<?xml version="1.0" encoding="ISO-8859-1"?><cms:container xmlns:cms="http://edoc.hu-berlin.de/diml/module/cms"><cms:document><cms:meta><cms:entry id="front" part="front" ref="front" type="front"/><cms:entry id="_Hlt525365711" part="front" ref="_Hlt525365711" type="link"/><cms:entry type="title">Untersuchungen zur Biotransformation neuer substituierter Piperidylbenzilate</cms:entry><cms:entry type="author">Berit Eyrich</cms:entry><cms:entry id="DiDiSeite_P0_N_2" part="front" ref="DiDiSeite_P0_N_2" type="link"/><cms:entry id="chapter1" part="chapter1" ref="chapter1" type="chapter">1</cms:entry><cms:entry id="N10058" part="chapter1" ref="N10058" type="citenumber">1</cms:entry><cms:entry id="_Hlt511205149" part="chapter1" ref="_Hlt511205149" type="link"/><cms:entry id="_Hlt511205378" part="chapter1" ref="_Hlt511205378" type="link"/><cms:entry id="N10078" part="chapter1" ref="N10078" type="citenumber">2</cms:entry><cms:entry id="_Hlt511210535" part="chapter1" ref="_Hlt511210535" type="link"/><cms:entry id="DiDiSeite_P0_N_14" part="chapter1" ref="DiDiSeite_P0_N_14" type="link"/><cms:entry id="N100A9" part="chapter1" ref="N100A9" type="citenumber">3</cms:entry><cms:entry id="_Hlt532117220" part="chapter1" ref="_Hlt532117220" type="link"/><cms:entry id="I_Ref524700347" part="chapter1" ref="I_Ref524700347" type="link"/><cms:entry id="_Hlt524700353" part="chapter1" ref="_Hlt524700353" type="link"/><cms:entry id="_Toc524932023" part="chapter1" ref="_Toc524932023" type="link"/><cms:entry id="_Toc524932707" part="chapter1" ref="_Toc524932707" type="link"/><cms:entry id="_Toc524944986" part="chapter1" ref="_Toc524944986" type="link"/><cms:entry id="_Toc524945275" part="chapter1" ref="_Toc524945275" type="link"/><cms:entry id="I_Ref530538897" part="chapter1" ref="I_Ref530538897" type="link"/><cms:entry id="_Toc530556381" part="chapter1" ref="_Toc530556381" type="link"/><cms:entry id="_Toc530556569" part="chapter1" ref="_Toc530556569" type="link"/><cms:entry id="_Toc532369219" part="chapter1" ref="_Toc532369219" type="link"/><cms:entry id="DiDiSeite_P0_N_15" part="chapter1" ref="DiDiSeite_P0_N_15" type="link"/><cms:entry id="chapter2" part="chapter2" ref="chapter2" type="chapter">2</cms:entry><cms:entry id="N1010E" part="chapter2" ref="N1010E" type="helpercitenumber">3</cms:entry><cms:entry id="_Hlt523538447" part="chapter2" ref="_Hlt523538447" type="link"/><cms:entry id="N10116" part="chapter2" ref="N10116" type="citenumber">4</cms:entry><cms:entry id="N10127" part="chapter2" ref="N10127" type="mm">300#150</cms:entry><cms:entry id="I_Ref529683318" part="chapter2" ref="I_Ref529683318" type="link"/><cms:entry id="_Hlt523706853" part="chapter2" ref="_Hlt523706853" type="link"/><cms:entry id="_Toc532370069" part="chapter2" ref="_Toc532370069" type="link"/><cms:entry id="_Toc530556954" part="chapter2" ref="_Toc530556954" type="link"/><cms:entry id="_Toc524940135" part="chapter2" ref="_Toc524940135" type="link"/><cms:entry id="_Toc524939453" part="chapter2" ref="_Toc524939453" type="link"/><cms:entry id="I_Ref523706842" part="chapter2" ref="I_Ref523706842" type="link"/><cms:entry id="N1014A" part="chapter2" ref="N1014A" type="citenumber">5</cms:entry><cms:entry id="_Hlt532117335" part="chapter2" ref="_Hlt532117335" type="link"/><cms:entry id="N1015E" part="chapter2" ref="N1015E" type="mm">303#148</cms:entry><cms:entry id="_Hlt529345002" part="chapter2" ref="_Hlt529345002" type="link"/><cms:entry id="I_Ref529344995" part="chapter2" ref="I_Ref529344995" type="link"/><cms:entry id="_Toc532370070" part="chapter2" ref="_Toc532370070" type="link"/><cms:entry id="_Toc530556955" part="chapter2" ref="_Toc530556955" type="link"/><cms:entry id="_Hlt529344878" part="chapter2" ref="_Hlt529344878" type="link"/><cms:entry id="_Hlt532117432" part="chapter2" ref="_Hlt532117432" type="link"/><cms:entry id="DiDiSeite_P0_N_16" part="chapter2" ref="DiDiSeite_P0_N_16" type="link"/><cms:entry id="N10194" part="chapter2" ref="N10194" type="citenumber">6</cms:entry><cms:entry id="N10197" part="chapter2" ref="N10197" type="mm">281#155</cms:entry><cms:entry id="I_Ref531396406" part="chapter2" ref="I_Ref531396406" type="link"/><cms:entry id="_Hlt529345018" part="chapter2" ref="_Hlt529345018" type="link"/><cms:entry id="_Toc532370071" part="chapter2" ref="_Toc532370071" type="link"/><cms:entry id="_Toc530556956" part="chapter2" ref="_Toc530556956" type="link"/><cms:entry id="_Toc524940136" part="chapter2" ref="_Toc524940136" type="link"/><cms:entry id="_Toc524939454" part="chapter2" ref="_Toc524939454" type="link"/><cms:entry id="I_Ref523706870" part="chapter2" ref="I_Ref523706870" type="link"/><cms:entry id="_Hlt532118075" part="chapter2" ref="_Hlt532118075" type="link"/><cms:entry id="_Hlt532118276" part="chapter2" ref="_Hlt532118276" type="link"/><cms:entry id="_Hlt512999894" part="chapter2" ref="_Hlt512999894" type="link"/><cms:entry id="_Hlt513003880" part="chapter2" ref="_Hlt513003880" type="link"/><cms:entry id="_Hlt532118325" part="chapter2" ref="_Hlt532118325" type="link"/><cms:entry id="N101F6" part="chapter2" ref="N101F6" type="citenumber">7</cms:entry><cms:entry id="N101F9" part="chapter2" ref="N101F9" type="mm">292#161</cms:entry><cms:entry id="I_Ref529346213" part="chapter2" ref="I_Ref529346213" type="link"/><cms:entry id="_Toc532370072" part="chapter2" ref="_Toc532370072" type="link"/><cms:entry id="_Toc530556957" part="chapter2" ref="_Toc530556957" type="link"/><cms:entry id="DiDiSeite_P0_N_17" part="chapter2" ref="DiDiSeite_P0_N_17" type="link"/><cms:entry id="_Hlt513003954" part="chapter2" ref="_Hlt513003954" type="link"/><cms:entry id="_Hlt513003956" part="chapter2" ref="_Hlt513003956" type="link"/><cms:entry id="N10241" part="chapter2" ref="N10241" type="citenumber">8</cms:entry><cms:entry id="_Hlt532118688" part="chapter2" ref="_Hlt532118688" type="link"/><cms:entry id="DiDiSeite_P0_N_18" part="chapter2" ref="DiDiSeite_P0_N_18" type="link"/><cms:entry id="N10270" part="chapter2" ref="N10270" type="citenumber">9</cms:entry><cms:entry id="N10273" part="chapter2" ref="N10273" type="mm">290#183</cms:entry><cms:entry id="_Hlt532370091" part="chapter2" ref="_Hlt532370091" type="link"/><cms:entry id="I_Ref532175920" part="chapter2" ref="I_Ref532175920" type="link"/><cms:entry id="_Toc532370073" part="chapter2" ref="_Toc532370073" type="link"/><cms:entry id="_Hlt529347279" part="chapter2" ref="_Hlt529347279" type="link"/><cms:entry id="N102A2" part="chapter2" ref="N102A2" type="mm">261#190</cms:entry><cms:entry id="_Hlt532370105" part="chapter2" ref="_Hlt532370105" type="link"/><cms:entry id="I_Ref532175970" part="chapter2" ref="I_Ref532175970" type="link"/><cms:entry id="_Toc532370074" part="chapter2" ref="_Toc532370074" type="link"/><cms:entry id="_Hlt529348510" part="chapter2" ref="_Hlt529348510" type="link"/><cms:entry id="N102BC" part="chapter2" ref="N102BC" type="citenumber">10</cms:entry><cms:entry id="_Hlt532118813" part="chapter2" ref="_Hlt532118813" type="link"/><cms:entry id="DiDiSeite_P0_N_19" part="chapter2" ref="DiDiSeite_P0_N_19" type="link"/><cms:entry id="_Hlt513970375" part="chapter2" ref="_Hlt513970375" type="link"/><cms:entry id="_Hlt513970378" part="chapter2" ref="_Hlt513970378" type="link"/><cms:entry id="N102EA" part="chapter2" ref="N102EA" type="mm">518#188</cms:entry><cms:entry id="_Hlt532176026" part="chapter2" ref="_Hlt532176026" type="link"/><cms:entry id="I_Ref532176023" part="chapter2" ref="I_Ref532176023" type="link"/><cms:entry id="_Toc532370075" part="chapter2" ref="_Toc532370075" type="link"/><cms:entry id="_Hlt523707060" part="chapter2" ref="_Hlt523707060" type="link"/><cms:entry id="N10304" part="chapter2" ref="N10304" type="citenumber">11</cms:entry><cms:entry id="_Hlt513970384" part="chapter2" ref="_Hlt513970384" type="link"/><cms:entry id="_Hlt513970401" part="chapter2" ref="_Hlt513970401" type="link"/><cms:entry id="DiDiSeite_P0_N_20" part="chapter2" ref="DiDiSeite_P0_N_20" type="link"/><cms:entry id="N1032F" part="chapter2" ref="N1032F" type="citenumber">12</cms:entry><cms:entry id="N10340" part="chapter2" ref="N10340" type="mm">293#171</cms:entry><cms:entry id="_Hlt532176105" part="chapter2" ref="_Hlt532176105" type="link"/><cms:entry id="I_Ref532176101" part="chapter2" ref="I_Ref532176101" type="link"/><cms:entry id="_Toc532370076" part="chapter2" ref="_Toc532370076" type="link"/><cms:entry id="N10357" part="chapter2" ref="N10357" type="citenumber">13</cms:entry><cms:entry id="_Hlt513977681" part="chapter2" ref="_Hlt513977681" type="link"/><cms:entry id="_Hlt513977684" part="chapter2" ref="_Hlt513977684" type="link"/><cms:entry id="N1037A" part="chapter2" ref="N1037A" type="mm">258#191</cms:entry><cms:entry id="_Hlt532370198" part="chapter2" ref="_Hlt532370198" type="link"/><cms:entry id="I_Ref532290524" part="chapter2" ref="I_Ref532290524" type="link"/><cms:entry id="_Toc532370077" part="chapter2" ref="_Toc532370077" type="link"/><cms:entry id="_Hlt525371078" part="chapter2" ref="_Hlt525371078" type="link"/><cms:entry id="DiDiSeite_P0_N_21" part="chapter2" ref="DiDiSeite_P0_N_21" type="link"/><cms:entry id="N1039D" part="chapter2" ref="N1039D" type="citenumber">14</cms:entry><cms:entry id="_Hlt514751299" part="chapter2" ref="_Hlt514751299" type="link"/><cms:entry id="_Hlt514750968" part="chapter2" ref="_Hlt514750968" type="link"/><cms:entry id="_Hlt512239502" part="chapter2" ref="_Hlt512239502" type="link"/><cms:entry id="_Hlt529582001" part="chapter2" ref="_Hlt529582001" type="link"/><cms:entry id="N103D8" part="chapter2" ref="N103D8" type="mm">565#366</cms:entry><cms:entry id="_Hlt532370461" part="chapter2" ref="_Hlt532370461" type="link"/><cms:entry id="I_Schema1" part="chapter2" ref="I_Schema1" type="link"/><cms:entry id="_Hlt529582124" part="chapter2" ref="_Hlt529582124" type="link"/><cms:entry id="DiDiSeite_P0_N_22" part="chapter2" ref="DiDiSeite_P0_N_22" type="link"/><cms:entry id="N1040C" part="chapter2" ref="N1040C" type="citenumber">15</cms:entry><cms:entry id="N1040F" part="chapter2" ref="N1040F" type="mm">565#366</cms:entry><cms:entry id="_Hlt529582126" part="chapter2" ref="_Hlt529582126" type="link"/><cms:entry id="I_Schema2" part="chapter2" ref="I_Schema2" type="link"/><cms:entry id="N10437" part="chapter2" ref="N10437" type="mm">565#366</cms:entry><cms:entry id="_Hlt532176382" part="chapter2" ref="_Hlt532176382" type="link"/><cms:entry id="I_Schema3" part="chapter2" ref="I_Schema3" type="link"/><cms:entry id="_Hlt514829354" part="chapter2" ref="_Hlt514829354" type="link"/><cms:entry id="DiDiSeite_P0_N_23" part="chapter2" ref="DiDiSeite_P0_N_23" type="link"/><cms:entry id="N10459" part="chapter2" ref="N10459" type="citenumber">16</cms:entry><cms:entry id="_Toc524932026" part="chapter2" ref="_Toc524932026" type="link"/><cms:entry id="_Toc524932710" part="chapter2" ref="_Toc524932710" type="link"/><cms:entry id="_Toc524944989" part="chapter2" ref="_Toc524944989" type="link"/><cms:entry id="_Toc524945278" part="chapter2" ref="_Toc524945278" type="link"/><cms:entry id="_Toc530556382" part="chapter2" ref="_Toc530556382" type="link"/><cms:entry id="_Toc530556570" part="chapter2" ref="_Toc530556570" type="link"/><cms:entry id="_Toc532369220" part="chapter2" ref="_Toc532369220" type="link"/><cms:entry id="DiDiSeite_P0_N_24" part="chapter2" ref="DiDiSeite_P0_N_24" type="link"/><cms:entry id="chapter3" part="chapter3" ref="chapter3" type="chapter">3</cms:entry><cms:entry id="N10493" part="chapter3" ref="N10493" type="helpercitenumber">16</cms:entry><cms:entry id="_Hlt514810432" part="chapter3" ref="_Hlt514810432" type="link"/><cms:entry id="_Hlt514810789" part="chapter3" ref="_Hlt514810789" type="link"/><cms:entry id="_Toc524932027" part="chapter3" ref="_Toc524932027" type="link"/><cms:entry id="_Toc524932711" part="chapter3" ref="_Toc524932711" type="link"/><cms:entry id="_Toc524944990" part="chapter3" ref="_Toc524944990" type="link"/><cms:entry id="_Toc524945279" part="chapter3" ref="_Toc524945279" type="link"/><cms:entry id="_Toc530556383" part="chapter3" ref="_Toc530556383" type="link"/><cms:entry id="_Toc530556571" part="chapter3" ref="_Toc530556571" type="link"/><cms:entry id="N104D8" part="chapter3" ref="N104D8" type="section">3.1</cms:entry><cms:entry id="_Toc532369221" part="chapter3" ref="_Toc532369221" type="link"/><cms:entry id="_Hlt514812005" part="chapter3" ref="_Hlt514812005" type="link"/><cms:entry id="_Hlt523708434" part="chapter3" ref="_Hlt523708434" type="link"/><cms:entry id="DiDiSeite_P0_N_25" part="chapter3" ref="DiDiSeite_P0_N_25" type="link"/><cms:entry id="N1050A" part="chapter3" ref="N1050A" type="citenumber">17</cms:entry><cms:entry id="_Hlt514816903" part="chapter3" ref="_Hlt514816903" type="link"/><cms:entry id="_Hlt514816912" part="chapter3" ref="_Hlt514816912" type="link"/><cms:entry id="_Toc524941114" part="chapter3" ref="_Toc524941114" type="link"/><cms:entry id="_Toc530557462" part="chapter3" ref="_Toc530557462" type="link"/><cms:entry id="_Toc532371140" part="chapter3" ref="_Toc532371140" type="link"/><cms:entry id="N10535" part="chapter3" ref="N10535" type="table"/><cms:entry id="I_Ref529587393" part="chapter3" ref="I_Ref529587393" type="link"/><cms:entry id="N10661" part="chapter3" ref="N10661" type="citenumber">18</cms:entry><cms:entry id="_Toc524932028" part="chapter3" ref="_Toc524932028" type="link"/><cms:entry id="_Toc524932712" part="chapter3" ref="_Toc524932712" type="link"/><cms:entry id="_Toc524944991" part="chapter3" ref="_Toc524944991" type="link"/><cms:entry id="_Toc524945280" part="chapter3" ref="_Toc524945280" type="link"/><cms:entry id="_Toc530556384" part="chapter3" ref="_Toc530556384" type="link"/><cms:entry id="_Toc530556572" part="chapter3" ref="_Toc530556572" type="link"/><cms:entry id="_Toc532369222" part="chapter3" ref="_Toc532369222" type="link"/><cms:entry id="DiDiSeite_P0_N_26" part="chapter3" ref="DiDiSeite_P0_N_26" type="link"/><cms:entry id="N1067E" part="chapter3" ref="N1067E" type="section">3.2</cms:entry><cms:entry id="I_Ref524700363" part="chapter3" ref="I_Ref524700363" type="link"/><cms:entry id="_Toc524932029" part="chapter3" ref="_Toc524932029" type="link"/><cms:entry id="_Toc524932713" part="chapter3" ref="_Toc524932713" type="link"/><cms:entry id="_Toc524944992" part="chapter3" ref="_Toc524944992" type="link"/><cms:entry id="_Toc524945281" part="chapter3" ref="_Toc524945281" type="link"/><cms:entry id="_Toc530556385" part="chapter3" ref="_Toc530556385" type="link"/><cms:entry id="_Toc530556573" part="chapter3" ref="_Toc530556573" type="link"/><cms:entry id="N106AD" part="chapter3" ref="N106AD" type="subsection">3.2.1</cms:entry><cms:entry id="_Toc532369223" part="chapter3" ref="_Toc532369223" type="link"/><cms:entry id="_Hlt514837683" part="chapter3" ref="_Hlt514837683" type="link"/><cms:entry id="_Hlt514832095" part="chapter3" ref="_Hlt514832095" type="link"/><cms:entry id="_Hlt514832106" part="chapter3" ref="_Hlt514832106" type="link"/><cms:entry id="_Hlt514832324" part="chapter3" ref="_Hlt514832324" type="link"/><cms:entry id="N106ED" part="chapter3" ref="N106ED" type="citenumber">19</cms:entry><cms:entry id="DiDiSeite_P0_N_27" part="chapter3" ref="DiDiSeite_P0_N_27" type="link"/><cms:entry id="_Toc524932030" part="chapter3" ref="_Toc524932030" type="link"/><cms:entry id="_Toc524932714" part="chapter3" ref="_Toc524932714" type="link"/><cms:entry id="_Toc524944993" part="chapter3" ref="_Toc524944993" type="link"/><cms:entry id="_Toc524945282" part="chapter3" ref="_Toc524945282" type="link"/><cms:entry id="_Toc530556386" part="chapter3" ref="_Toc530556386" type="link"/><cms:entry id="_Toc530556574" part="chapter3" ref="_Toc530556574" type="link"/><cms:entry id="_Toc532369224" part="chapter3" ref="_Toc532369224" type="link"/><cms:entry id="N10752" part="chapter3" ref="N10752" type="subsection">3.2.2</cms:entry><cms:entry id="N10759" part="chapter3" ref="N10759" type="citenumber">20</cms:entry><cms:entry id="DiDiSeite_P0_N_28" part="chapter3" ref="DiDiSeite_P0_N_28" type="link"/><cms:entry id="N10779" part="chapter3" ref="N10779" type="citenumber">21</cms:entry><cms:entry id="N1077C" part="chapter3" ref="N1077C" type="mm">579#890</cms:entry><cms:entry id="_Hlt529593216" part="chapter3" ref="_Hlt529593216" type="link"/><cms:entry id="I_Schema4" part="chapter3" ref="I_Schema4" type="link"/><cms:entry id="_Toc524932031" part="chapter3" ref="_Toc524932031" type="link"/><cms:entry id="_Toc524932715" part="chapter3" ref="_Toc524932715" type="link"/><cms:entry id="_Toc524944994" part="chapter3" ref="_Toc524944994" type="link"/><cms:entry id="_Toc524945283" part="chapter3" ref="_Toc524945283" type="link"/><cms:entry id="_Toc530556387" part="chapter3" ref="_Toc530556387" type="link"/><cms:entry id="_Toc530556575" part="chapter3" ref="_Toc530556575" type="link"/><cms:entry id="_Toc532369225" part="chapter3" ref="_Toc532369225" type="link"/><cms:entry id="DiDiSeite_P0_N_29" part="chapter3" ref="DiDiSeite_P0_N_29" type="link"/><cms:entry id="N107BC" part="chapter3" ref="N107BC" type="subsection">3.2.3</cms:entry><cms:entry id="_Hlt515956014" part="chapter3" ref="_Hlt515956014" type="link"/><cms:entry id="_Toc530556388" part="chapter3" ref="_Toc530556388" type="link"/><cms:entry id="_Toc530556576" part="chapter3" ref="_Toc530556576" type="link"/><cms:entry id="_Toc532369226" part="chapter3" ref="_Toc532369226" type="link"/><cms:entry id="DiDiSeite_P0_N_30" part="chapter3" ref="DiDiSeite_P0_N_30" type="link"/><cms:entry id="N107F0" part="chapter3" ref="N107F0" type="section">3.3</cms:entry><cms:entry id="_Hlt529610992" part="chapter3" ref="_Hlt529610992" type="link"/><cms:entry id="I_Ref529677466" part="chapter3" ref="I_Ref529677466" type="link"/><cms:entry id="_Toc530556389" part="chapter3" ref="_Toc530556389" type="link"/><cms:entry id="_Toc530556577" part="chapter3" ref="_Toc530556577" type="link"/><cms:entry id="N1080D" part="chapter3" ref="N1080D" type="subsection">3.3.1</cms:entry><cms:entry id="_Toc532369227" part="chapter3" ref="_Toc532369227" type="link"/><cms:entry id="N1081E" part="chapter3" ref="N1081E" type="citenumber">22</cms:entry><cms:entry id="N1082A" part="chapter3" ref="N1082A" type="citenumber">23</cms:entry><cms:entry id="DiDiSeite_P0_N_31" part="chapter3" ref="DiDiSeite_P0_N_31" type="link"/><cms:entry id="_Toc530557463" part="chapter3" ref="_Toc530557463" type="link"/><cms:entry id="_Toc532371141" part="chapter3" ref="_Toc532371141" type="link"/><cms:entry id="N10869" part="chapter3" ref="N10869" type="citenumber">24</cms:entry><cms:entry id="N1086C" part="chapter3" ref="N1086C" type="table"/><cms:entry id="I_Ref529668778" part="chapter3" ref="I_Ref529668778" type="link"/><cms:entry id="DiDiSeite_P0_N_32" part="chapter3" ref="DiDiSeite_P0_N_32" type="link"/><cms:entry id="N109C2" part="chapter3" ref="N109C2" type="citenumber">25</cms:entry><cms:entry id="_Hlt529670436" part="chapter3" ref="_Hlt529670436" type="link"/><cms:entry id="_Hlt529609277" part="chapter3" ref="_Hlt529609277" type="link"/><cms:entry id="I_Ref529678779" part="chapter3" ref="I_Ref529678779" type="link"/><cms:entry id="_Hlt532177434" part="chapter3" ref="_Hlt532177434" type="link"/><cms:entry id="N109FF" part="chapter3" ref="N109FF" type="subsection">3.3.2</cms:entry><cms:entry id="_Toc530556390" part="chapter3" ref="_Toc530556390" type="link"/><cms:entry id="_Toc530556578" part="chapter3" ref="_Toc530556578" type="link"/><cms:entry id="_Toc532369228" part="chapter3" ref="_Toc532369228" type="link"/><cms:entry id="N10A16" part="chapter3" ref="N10A16" type="citenumber">26</cms:entry><cms:entry id="_Hlt529670943" part="chapter3" ref="_Hlt529670943" type="link"/><cms:entry id="N10A41" part="chapter3" ref="N10A41" type="citenumber">27</cms:entry><cms:entry id="DiDiSeite_P0_N_33" part="chapter3" ref="DiDiSeite_P0_N_33" type="link"/><cms:entry id="I_Ref529929968" part="chapter3" ref="I_Ref529929968" type="link"/><cms:entry id="_Hlt529929987" part="chapter3" ref="_Hlt529929987" type="link"/><cms:entry id="N10A58" part="chapter3" ref="N10A58" type="subsection">3.3.3</cms:entry><cms:entry id="_Toc530556391" part="chapter3" ref="_Toc530556391" type="link"/><cms:entry id="_Toc530556579" part="chapter3" ref="_Toc530556579" type="link"/><cms:entry id="_Toc532369229" part="chapter3" ref="_Toc532369229" type="link"/><cms:entry id="_Hlt529690201" part="chapter3" ref="_Hlt529690201" type="link"/><cms:entry id="_Hlt530287113" part="chapter3" ref="_Hlt530287113" type="link"/><cms:entry id="_Hlt523893191" part="chapter3" ref="_Hlt523893191" type="link"/><cms:entry id="DiDiSeite_P0_N_34" part="chapter3" ref="DiDiSeite_P0_N_34" type="link"/><cms:entry id="N10AB8" part="chapter3" ref="N10AB8" type="citenumber">28</cms:entry><cms:entry id="N10ABB" part="chapter3" ref="N10ABB" type="mm">464#759</cms:entry><cms:entry id="_Hlt532177581" part="chapter3" ref="_Hlt532177581" type="link"/><cms:entry id="I_Schema5" part="chapter3" ref="I_Schema5" type="link"/><cms:entry id="DiDiSeite_P0_N_35" part="chapter3" ref="DiDiSeite_P0_N_35" type="link"/><cms:entry id="N10AEF" part="chapter3" ref="N10AEF" type="mm">406#207</cms:entry><cms:entry id="_Hlt532177598" part="chapter3" ref="_Hlt532177598" type="link"/><cms:entry id="I_Schema6" part="chapter3" ref="I_Schema6" type="link"/><cms:entry id="_Hlt529859412" part="chapter3" ref="_Hlt529859412" type="link"/><cms:entry id="_Hlt532178085" part="chapter3" ref="_Hlt532178085" type="link"/><cms:entry id="_Hlt529864155" part="chapter3" ref="_Hlt529864155" type="link"/><cms:entry id="N10B2E" part="chapter3" ref="N10B2E" type="citenumber">29</cms:entry><cms:entry id="_Hlt529866805" part="chapter3" ref="_Hlt529866805" type="link"/><cms:entry id="DiDiSeite_P0_N_36" part="chapter3" ref="DiDiSeite_P0_N_36" type="link"/><cms:entry id="N10B51" part="chapter3" ref="N10B51" type="mm">470#421</cms:entry><cms:entry id="_Hlt532178022" part="chapter3" ref="_Hlt532178022" type="link"/><cms:entry id="I_Schema7" part="chapter3" ref="I_Schema7" type="link"/><cms:entry id="N10B74" part="chapter3" ref="N10B74" type="citenumber">30</cms:entry><cms:entry id="_Toc524932032" part="chapter3" ref="_Toc524932032" type="link"/><cms:entry id="_Toc524932716" part="chapter3" ref="_Toc524932716" type="link"/><cms:entry id="_Toc524944995" part="chapter3" ref="_Toc524944995" type="link"/><cms:entry id="_Toc524945284" part="chapter3" ref="_Toc524945284" type="link"/><cms:entry id="_Toc530556392" part="chapter3" ref="_Toc530556392" type="link"/><cms:entry id="_Toc530556580" part="chapter3" ref="_Toc530556580" type="link"/><cms:entry id="_Toc532369230" part="chapter3" ref="_Toc532369230" type="link"/><cms:entry id="DiDiSeite_P0_N_37" part="chapter3" ref="DiDiSeite_P0_N_37" type="link"/><cms:entry id="N10BB5" part="chapter3" ref="N10BB5" type="section">3.4</cms:entry><cms:entry id="_Hlt516540484" part="chapter3" ref="_Hlt516540484" type="link"/><cms:entry id="N10BCA" part="chapter3" ref="N10BCA" type="citenumber">31</cms:entry><cms:entry id="_Hlt517146396" part="chapter3" ref="_Hlt517146396" type="link"/><cms:entry id="_Hlt517146490" part="chapter3" ref="_Hlt517146490" type="link"/><cms:entry id="_Hlt517168020" part="chapter3" ref="_Hlt517168020" type="link"/><cms:entry id="_Toc524932033" part="chapter3" ref="_Toc524932033" type="link"/><cms:entry id="_Toc524932717" part="chapter3" ref="_Toc524932717" type="link"/><cms:entry id="_Toc524944996" part="chapter3" ref="_Toc524944996" type="link"/><cms:entry id="_Toc524945285" part="chapter3" ref="_Toc524945285" type="link"/><cms:entry id="_Hlt524947251" part="chapter3" ref="_Hlt524947251" type="link"/><cms:entry id="_Toc530556393" part="chapter3" ref="_Toc530556393" type="link"/><cms:entry id="_Toc530556581" part="chapter3" ref="_Toc530556581" type="link"/><cms:entry id="N10C3B" part="chapter3" ref="N10C3B" type="subsection">3.4.1</cms:entry><cms:entry id="_Toc532369231" part="chapter3" ref="_Toc532369231" type="link"/><cms:entry id="kap3311" part="chapter3" ref="kap3311" type="link"/><cms:entry id="N10C49" part="chapter3" ref="N10C49" type="block">3.4.1.1</cms:entry><cms:entry id="_Hlt518447715" part="chapter3" ref="_Hlt518447715" type="link"/><cms:entry id="_Toc524932034" part="chapter3" ref="_Toc524932034" type="link"/><cms:entry id="_Toc524932718" part="chapter3" ref="_Toc524932718" type="link"/><cms:entry id="_Toc524944997" part="chapter3" ref="_Toc524944997" type="link"/><cms:entry id="_Toc524945286" part="chapter3" ref="_Toc524945286" type="link"/><cms:entry id="_Toc530556394" part="chapter3" ref="_Toc530556394" type="link"/><cms:entry id="_Toc530556582" part="chapter3" ref="_Toc530556582" type="link"/><cms:entry id="_Toc532369232" part="chapter3" ref="_Toc532369232" type="link"/><cms:entry id="N10C72" part="chapter3" ref="N10C72" type="citenumber">32</cms:entry><cms:entry id="_Hlt517663837" part="chapter3" ref="_Hlt517663837" type="link"/><cms:entry id="_Toc524941115" part="chapter3" ref="_Toc524941115" type="link"/><cms:entry id="_Toc530557464" part="chapter3" ref="_Toc530557464" type="link"/><cms:entry id="_Toc532371142" part="chapter3" ref="_Toc532371142" type="link"/><cms:entry id="I_Ref529611861" part="chapter3" ref="I_Ref529611861" type="link"/><cms:entry id="_Hlt529680849" part="chapter3" ref="_Hlt529680849" type="link"/><cms:entry id="N10CB1" part="chapter3" ref="N10CB1" type="citenumber">33</cms:entry><cms:entry id="N10CB4" part="chapter3" ref="N10CB4" type="table"/><cms:entry id="DiDiSeite_P0_N_38" part="chapter3" ref="DiDiSeite_P0_N_38" type="link"/><cms:entry id="_Hlt517677750" part="chapter3" ref="_Hlt517677750" type="link"/><cms:entry id="_Hlt517678042" part="chapter3" ref="_Hlt517678042" type="link"/><cms:entry id="_Hlt517680584" part="chapter3" ref="_Hlt517680584" type="link"/><cms:entry id="_Hlt520773560" part="chapter3" ref="_Hlt520773560" type="link"/><cms:entry id="_Hlt517680826" part="chapter3" ref="_Hlt517680826" type="link"/><cms:entry id="N1119A" part="chapter3" ref="N1119A" type="table"/><cms:entry id="DiDiSeite_P0_N_39" part="chapter3" ref="DiDiSeite_P0_N_39" type="link"/><cms:entry id="_Hlt517681649" part="chapter3" ref="_Hlt517681649" type="link"/><cms:entry id="_Hlt517682168" part="chapter3" ref="_Hlt517682168" type="link"/><cms:entry id="_Hlt517682342" part="chapter3" ref="_Hlt517682342" type="link"/><cms:entry id="_Hlt517682591" part="chapter3" ref="_Hlt517682591" type="link"/><cms:entry id="I_Ref522072758" part="chapter3" ref="I_Ref522072758" type="link"/><cms:entry id="_Hlt522072777" part="chapter3" ref="_Hlt522072777" type="link"/><cms:entry id="N1157A" part="chapter3" ref="N1157A" type="block">3.4.1.2</cms:entry><cms:entry id="_Toc524932035" part="chapter3" ref="_Toc524932035" type="link"/><cms:entry id="_Toc524932719" part="chapter3" ref="_Toc524932719" type="link"/><cms:entry id="_Toc524944998" part="chapter3" ref="_Toc524944998" type="link"/><cms:entry id="_Toc524945287" part="chapter3" ref="_Toc524945287" type="link"/><cms:entry id="_Toc530556395" part="chapter3" ref="_Toc530556395" type="link"/><cms:entry id="_Toc530556583" part="chapter3" ref="_Toc530556583" type="link"/><cms:entry id="_Toc532369233" part="chapter3" ref="_Toc532369233" type="link"/><cms:entry id="N115A4" part="chapter3" ref="N115A4" type="citenumber">34</cms:entry><cms:entry id="DiDiSeite_P0_N_40" part="chapter3" ref="DiDiSeite_P0_N_40" type="link"/><cms:entry id="N115C1" part="chapter3" ref="N115C1" type="mm">566#187</cms:entry><cms:entry id="I_Ref529681080" part="chapter3" ref="I_Ref529681080" type="link"/><cms:entry id="_Hlt524940237" part="chapter3" ref="_Hlt524940237" type="link"/><cms:entry id="_Toc532370078" part="chapter3" ref="_Toc532370078" type="link"/><cms:entry id="_Toc530556963" part="chapter3" ref="_Toc530556963" type="link"/><cms:entry id="_Toc524940142" part="chapter3" ref="_Toc524940142" type="link"/><cms:entry id="_Toc524939460" part="chapter3" ref="_Toc524939460" type="link"/><cms:entry id="abb10" part="chapter3" ref="abb10" type="link"/><cms:entry id="N115E9" part="chapter3" ref="N115E9" type="citenumber">35</cms:entry><cms:entry id="N115F2" part="chapter3" ref="N115F2" type="mm">566#187</cms:entry><cms:entry id="N11618" part="chapter3" ref="N11618" type="citenumber">36</cms:entry><cms:entry id="_Hlt529611866" part="chapter3" ref="_Hlt529611866" type="link"/><cms:entry id="I_Ref520085312" part="chapter3" ref="I_Ref520085312" type="link"/><cms:entry id="_Hlt521722260" part="chapter3" ref="_Hlt521722260" type="link"/><cms:entry id="_Toc524932036" part="chapter3" ref="_Toc524932036" type="link"/><cms:entry id="_Toc524932720" part="chapter3" ref="_Toc524932720" type="link"/><cms:entry id="_Toc524944999" part="chapter3" ref="_Toc524944999" type="link"/><cms:entry id="_Toc524945288" part="chapter3" ref="_Toc524945288" type="link"/><cms:entry id="_Toc530556396" part="chapter3" ref="_Toc530556396" type="link"/><cms:entry id="_Toc530556584" part="chapter3" ref="_Toc530556584" type="link"/><cms:entry id="_Toc532369234" part="chapter3" ref="_Toc532369234" type="link"/><cms:entry id="DiDiSeite_P0_N_41" part="chapter3" ref="DiDiSeite_P0_N_41" type="link"/><cms:entry id="N11676" part="chapter3" ref="N11676" type="block">3.4.1.3</cms:entry><cms:entry id="_Hlt529931761" part="chapter3" ref="_Hlt529931761" type="link"/><cms:entry id="N11687" part="chapter3" ref="N11687" type="citenumber">37</cms:entry><cms:entry id="_Hlt532205386" part="chapter3" ref="_Hlt532205386" type="link"/><cms:entry id="I_Ref520777003" part="chapter3" ref="I_Ref520777003" type="link"/><cms:entry id="_Toc524932037" part="chapter3" ref="_Toc524932037" type="link"/><cms:entry id="_Toc524932721" part="chapter3" ref="_Toc524932721" type="link"/><cms:entry id="_Toc524945000" part="chapter3" ref="_Toc524945000" type="link"/><cms:entry id="_Toc524945289" part="chapter3" ref="_Toc524945289" type="link"/><cms:entry id="_Hlt520777032" part="chapter3" ref="_Hlt520777032" type="link"/><cms:entry id="N116BF" part="chapter3" ref="N116BF" type="table"/><cms:entry id="I_Ref146447974" part="chapter3" ref="I_Ref146447974" type="link"/><cms:entry id="N11B8E" part="chapter3" ref="N11B8E" type="citenumber">38</cms:entry><cms:entry id="N11B91" part="chapter3" ref="N11B91" type="table"/><cms:entry id="_Hlt518438711" part="chapter3" ref="_Hlt518438711" type="link"/><cms:entry id="_Hlt518441209" part="chapter3" ref="_Hlt518441209" type="link"/><cms:entry id="_Hlt518441486" part="chapter3" ref="_Hlt518441486" type="link"/><cms:entry id="_Hlt518445445" part="chapter3" ref="_Hlt518445445" type="link"/><cms:entry id="DiDiSeite_P0_N_43" part="chapter3" ref="DiDiSeite_P0_N_43" type="link"/><cms:entry id="I_Ref530200274" part="chapter3" ref="I_Ref530200274" type="link"/><cms:entry id="_Toc530556397" part="chapter3" ref="_Toc530556397" type="link"/><cms:entry id="_Toc530556585" part="chapter3" ref="_Toc530556585" type="link"/><cms:entry id="_Hlt532184611" part="chapter3" ref="_Hlt532184611" type="link"/><cms:entry id="_Toc532369235" part="chapter3" ref="_Toc532369235" type="link"/><cms:entry id="N120B2" part="chapter3" ref="N120B2" type="subsection">3.4.2</cms:entry><cms:entry id="N120B9" part="chapter3" ref="N120B9" type="citenumber">39</cms:entry><cms:entry id="N120D5" part="chapter3" ref="N120D5" type="citenumber">40</cms:entry><cms:entry id="DiDiSeite_P0_N_44" part="chapter3" ref="DiDiSeite_P0_N_44" type="link"/><cms:entry id="N12140" part="chapter3" ref="N12140" type="citenumber">41</cms:entry><cms:entry id="N12143" part="chapter3" ref="N12143" type="mm">579#671</cms:entry><cms:entry id="_Hlt529950286" part="chapter3" ref="_Hlt529950286" type="link"/><cms:entry id="I_Schema8" part="chapter3" ref="I_Schema8" type="link"/><cms:entry id="DiDiSeite_P0_N_45" part="chapter3" ref="DiDiSeite_P0_N_45" type="link"/><cms:entry id="N12165" part="chapter3" ref="N12165" type="citenumber">42</cms:entry><cms:entry id="_Hlt530196163" part="chapter3" ref="_Hlt530196163" type="link"/><cms:entry id="_Toc530557466" part="chapter3" ref="_Toc530557466" type="link"/><cms:entry id="_Toc532371144" part="chapter3" ref="_Toc532371144" type="link"/><cms:entry id="I_Ref530196160" part="chapter3" ref="I_Ref530196160" type="link"/><cms:entry id="N121C6" part="chapter3" ref="N121C6" type="table"/><cms:entry id="_Hlt532372014" part="chapter3" ref="_Hlt532372014" type="link"/><cms:entry id="N126CA" part="chapter3" ref="N126CA" type="citenumber">43</cms:entry><cms:entry id="ID_d3e23283" part="chapter3" ref="ID_d3e23283" type="mm">349#902</cms:entry><cms:entry id="ID_d3e23356" part="chapter3" ref="ID_d3e23356" type="mm">346#910</cms:entry><cms:entry id="DiDiSeite_P0_N_46" part="chapter3" ref="DiDiSeite_P0_N_46" type="link"/><cms:entry id="DiDiSeite_P0_N_48" part="chapter3" ref="DiDiSeite_P0_N_48" type="link"/><cms:entry id="N1271C" part="chapter3" ref="N1271C" type="citenumber">44</cms:entry><cms:entry id="_Hlt532181432" part="chapter3" ref="_Hlt532181432" type="link"/><cms:entry id="_Hlt532205606" part="chapter3" ref="_Hlt532205606" type="link"/><cms:entry id="N1278B" part="chapter3" ref="N1278B" type="citenumber">45</cms:entry><cms:entry id="_Hlt518882117" part="chapter3" ref="_Hlt518882117" type="link"/><cms:entry id="_Hlt532181506" part="chapter3" ref="_Hlt532181506" type="link"/><cms:entry id="N127AD" part="chapter3" ref="N127AD" type="mm">405#115</cms:entry><cms:entry id="I_Ref530197141" part="chapter3" ref="I_Ref530197141" type="link"/><cms:entry id="_Toc532370081" part="chapter3" ref="_Toc532370081" type="link"/><cms:entry id="_Toc530556966" part="chapter3" ref="_Toc530556966" type="link"/><cms:entry id="DiDiSeite_P0_N_49" part="chapter3" ref="DiDiSeite_P0_N_49" type="link"/><cms:entry id="N127D2" part="chapter3" ref="N127D2" type="citenumber">46</cms:entry><cms:entry id="_Hlt518888599" part="chapter3" ref="_Hlt518888599" type="link"/><cms:entry id="N127EA" part="chapter3" ref="N127EA" type="mm">483#167</cms:entry><cms:entry id="I_Ref530198876" part="chapter3" ref="I_Ref530198876" type="link"/><cms:entry id="_Toc532370082" part="chapter3" ref="_Toc532370082" type="link"/><cms:entry id="_Toc530556967" part="chapter3" ref="_Toc530556967" type="link"/><cms:entry id="_Toc524940146" part="chapter3" ref="_Toc524940146" type="link"/><cms:entry id="_Toc524939464" part="chapter3" ref="_Toc524939464" type="link"/><cms:entry id="_Hlt530272726" part="chapter3" ref="_Hlt530272726" type="link"/><cms:entry id="N12821" part="chapter3" ref="N12821" type="citenumber">47</cms:entry><cms:entry id="_Hlt518982405" part="chapter3" ref="_Hlt518982405" type="link"/><cms:entry id="_Hlt518982430" part="chapter3" ref="_Hlt518982430" type="link"/><cms:entry id="DiDiSeite_P0_N_50" part="chapter3" ref="DiDiSeite_P0_N_50" type="link"/><cms:entry id="_Toc524932038" part="chapter3" ref="_Toc524932038" type="link"/><cms:entry id="_Toc524932722" part="chapter3" ref="_Toc524932722" type="link"/><cms:entry id="_Toc524945001" part="chapter3" ref="_Toc524945001" type="link"/><cms:entry id="_Toc524945290" part="chapter3" ref="_Toc524945290" type="link"/><cms:entry id="_Toc530556398" part="chapter3" ref="_Toc530556398" type="link"/><cms:entry id="_Toc530556586" part="chapter3" ref="_Toc530556586" type="link"/><cms:entry id="_Toc532369236" part="chapter3" ref="_Toc532369236" type="link"/><cms:entry id="N128BC" part="chapter3" ref="N128BC" type="subsection">3.4.3</cms:entry><cms:entry id="N128CE" part="chapter3" ref="N128CE" type="citenumber">48</cms:entry><cms:entry id="_Toc524932039" part="chapter3" ref="_Toc524932039" type="link"/><cms:entry id="_Toc524932723" part="chapter3" ref="_Toc524932723" type="link"/><cms:entry id="_Toc524945002" part="chapter3" ref="_Toc524945002" type="link"/><cms:entry id="_Toc524945291" part="chapter3" ref="_Toc524945291" type="link"/><cms:entry id="_Toc530556399" part="chapter3" ref="_Toc530556399" type="link"/><cms:entry id="_Toc530556587" part="chapter3" ref="_Toc530556587" type="link"/><cms:entry id="_Toc532369237" part="chapter3" ref="_Toc532369237" type="link"/><cms:entry id="N1293C" part="chapter3" ref="N1293C" type="subsection">3.4.4</cms:entry><cms:entry id="N12943" part="chapter3" ref="N12943" type="citenumber">49</cms:entry><cms:entry id="DiDiSeite_P0_N_51" part="chapter3" ref="DiDiSeite_P0_N_51" type="link"/><cms:entry id="N1297A" part="chapter3" ref="N1297A" type="citenumber">50</cms:entry><cms:entry id="_Toc524932041" part="chapter3" ref="_Toc524932041" type="link"/><cms:entry id="_Toc524932725" part="chapter3" ref="_Toc524932725" type="link"/><cms:entry id="_Toc524945004" part="chapter3" ref="_Toc524945004" type="link"/><cms:entry id="_Toc524945293" part="chapter3" ref="_Toc524945293" type="link"/><cms:entry id="_Toc530556401" part="chapter3" ref="_Toc530556401" type="link"/><cms:entry id="_Toc530556589" part="chapter3" ref="_Toc530556589" type="link"/><cms:entry id="_Toc532369238" part="chapter3" ref="_Toc532369238" type="link"/><cms:entry id="DiDiSeite_P0_N_52" part="chapter3" ref="DiDiSeite_P0_N_52" type="link"/><cms:entry id="N129D7" part="chapter3" ref="N129D7" type="section">3.5</cms:entry><cms:entry id="_Hlt519503640" part="chapter3" ref="_Hlt519503640" type="link"/><cms:entry id="N12A1A" part="chapter3" ref="N12A1A" type="citenumber">51</cms:entry><cms:entry id="_Toc524932042" part="chapter3" ref="_Toc524932042" type="link"/><cms:entry id="_Toc524932726" part="chapter3" ref="_Toc524932726" type="link"/><cms:entry id="_Toc524945005" part="chapter3" ref="_Toc524945005" type="link"/><cms:entry id="_Toc524945294" part="chapter3" ref="_Toc524945294" type="link"/><cms:entry id="_Toc530556402" part="chapter3" ref="_Toc530556402" type="link"/><cms:entry id="_Toc530556590" part="chapter3" ref="_Toc530556590" type="link"/><cms:entry id="N12A42" part="chapter3" ref="N12A42" type="subsection">3.5.1</cms:entry><cms:entry id="_Toc532369239" part="chapter3" ref="_Toc532369239" type="link"/><cms:entry id="N12A4A" part="chapter3" ref="N12A4A" type="block">3.5.1.1</cms:entry><cms:entry id="_Toc524932043" part="chapter3" ref="_Toc524932043" type="link"/><cms:entry id="_Toc524932727" part="chapter3" ref="_Toc524932727" type="link"/><cms:entry id="_Toc524945006" part="chapter3" ref="_Toc524945006" type="link"/><cms:entry id="_Toc524945295" part="chapter3" ref="_Toc524945295" type="link"/><cms:entry id="_Toc530556403" part="chapter3" ref="_Toc530556403" type="link"/><cms:entry id="_Toc530556591" part="chapter3" ref="_Toc530556591" type="link"/><cms:entry id="_Toc532369240" part="chapter3" ref="_Toc532369240" type="link"/><cms:entry id="N12A77" part="chapter3" ref="N12A77" type="citenumber">52</cms:entry><cms:entry id="DiDiSeite_P0_N_53" part="chapter3" ref="DiDiSeite_P0_N_53" type="link"/><cms:entry id="_Toc524941117" part="chapter3" ref="_Toc524941117" type="link"/><cms:entry id="_Toc530557467" part="chapter3" ref="_Toc530557467" type="link"/><cms:entry id="_Toc532371145" part="chapter3" ref="_Toc532371145" type="link"/><cms:entry id="I_Ref529613104" part="chapter3" ref="I_Ref529613104" type="link"/><cms:entry id="N12A9F" part="chapter3" ref="N12A9F" type="table"/><cms:entry id="_Hlt529682579" part="chapter3" ref="_Hlt529682579" type="link"/><cms:entry id="_Hlt520771648" part="chapter3" ref="_Hlt520771648" type="link"/><cms:entry id="_Hlt529675117" part="chapter3" ref="_Hlt529675117" type="link"/><cms:entry id="_Hlt520773217" part="chapter3" ref="_Hlt520773217" type="link"/><cms:entry id="_Hlt520773690" part="chapter3" ref="_Hlt520773690" type="link"/><cms:entry id="N12F33" part="chapter3" ref="N12F33" type="citenumber">53</cms:entry><cms:entry id="DiDiSeite_P0_N_54" part="chapter3" ref="DiDiSeite_P0_N_54" type="link"/><cms:entry id="N12F3C" part="chapter3" ref="N12F3C" type="table"/><cms:entry id="_Hlt520775117" part="chapter3" ref="_Hlt520775117" type="link"/><cms:entry id="_Hlt520775254" part="chapter3" ref="_Hlt520775254" type="link"/><cms:entry id="I_Ref520781085" part="chapter3" ref="I_Ref520781085" type="link"/><cms:entry id="_Hlt530201251" part="chapter3" ref="_Hlt530201251" type="link"/><cms:entry id="DiDiSeite_P0_N_55" part="chapter3" ref="DiDiSeite_P0_N_55" type="link"/><cms:entry id="N13411" part="chapter3" ref="N13411" type="block">3.5.1.2</cms:entry><cms:entry id="_Toc524932044" part="chapter3" ref="_Toc524932044" type="link"/><cms:entry id="_Toc524932728" part="chapter3" ref="_Toc524932728" type="link"/><cms:entry id="_Toc524945007" part="chapter3" ref="_Toc524945007" type="link"/><cms:entry id="_Toc524945296" part="chapter3" ref="_Toc524945296" type="link"/><cms:entry id="_Toc530556404" part="chapter3" ref="_Toc530556404" type="link"/><cms:entry id="_Toc530556592" part="chapter3" ref="_Toc530556592" type="link"/><cms:entry id="_Toc532369241" part="chapter3" ref="_Toc532369241" type="link"/><cms:entry id="N1343B" part="chapter3" ref="N1343B" type="citenumber">54</cms:entry><cms:entry id="N13452" part="chapter3" ref="N13452" type="mm">567#146</cms:entry><cms:entry id="_Hlt529687398" part="chapter3" ref="_Hlt529687398" type="link"/><cms:entry id="I_Ref529682303" part="chapter3" ref="I_Ref529682303" type="link"/><cms:entry id="_Toc532370083" part="chapter3" ref="_Toc532370083" type="link"/><cms:entry id="_Toc530556968" part="chapter3" ref="_Toc530556968" type="link"/><cms:entry id="_Toc524940147" part="chapter3" ref="_Toc524940147" type="link"/><cms:entry id="_Toc524939465" part="chapter3" ref="_Toc524939465" type="link"/><cms:entry id="N13476" part="chapter3" ref="N13476" type="citenumber">55</cms:entry><cms:entry id="N1347F" part="chapter3" ref="N1347F" type="mm">566#134</cms:entry><cms:entry id="_Hlt523297799" part="chapter3" ref="_Hlt523297799" type="link"/><cms:entry id="_Hlt520698304" part="chapter3" ref="_Hlt520698304" type="link"/><cms:entry id="_Hlt520698297" part="chapter3" ref="_Hlt520698297" type="link"/><cms:entry id="N134B2" part="chapter3" ref="N134B2" type="citenumber">56</cms:entry><cms:entry id="_Hlt532181643" part="chapter3" ref="_Hlt532181643" type="link"/><cms:entry id="DiDiSeite_P0_N_56" part="chapter3" ref="DiDiSeite_P0_N_56" type="link"/><cms:entry id="_Hlt529613110" part="chapter3" ref="_Hlt529613110" type="link"/><cms:entry id="I_Ref522089849" part="chapter3" ref="I_Ref522089849" type="link"/><cms:entry id="_Hlt522089865" part="chapter3" ref="_Hlt522089865" type="link"/><cms:entry id="N134E3" part="chapter3" ref="N134E3" type="block">3.5.1.3</cms:entry><cms:entry id="_Toc524932045" part="chapter3" ref="_Toc524932045" type="link"/><cms:entry id="_Toc524932729" part="chapter3" ref="_Toc524932729" type="link"/><cms:entry id="_Toc524945008" part="chapter3" ref="_Toc524945008" type="link"/><cms:entry id="_Toc524945297" part="chapter3" ref="_Toc524945297" type="link"/><cms:entry id="_Toc530556405" part="chapter3" ref="_Toc530556405" type="link"/><cms:entry id="_Toc530556593" part="chapter3" ref="_Toc530556593" type="link"/><cms:entry id="_Toc532369242" part="chapter3" ref="_Toc532369242" type="link"/><cms:entry id="N13509" part="chapter3" ref="N13509" type="citenumber">57</cms:entry><cms:entry id="DiDiSeite_P0_N_57" part="chapter3" ref="DiDiSeite_P0_N_57" type="link"/><cms:entry id="N13528" part="chapter3" ref="N13528" type="citenumber">58</cms:entry><cms:entry id="N1352B" part="chapter3" ref="N1352B" type="table"/><cms:entry id="N1356B" part="chapter3" ref="N1356B" type="mm">567#321</cms:entry><cms:entry id="N13578" part="chapter3" ref="N13578" type="table"/><cms:entry id="N135B0" part="chapter3" ref="N135B0" type="mm">566#432</cms:entry><cms:entry id="DiDiSeite_P0_N_58" part="chapter3" ref="DiDiSeite_P0_N_58" type="link"/><cms:entry id="I_Ref521743135" part="chapter3" ref="I_Ref521743135" type="link"/><cms:entry id="_Hlt521743151" part="chapter3" ref="_Hlt521743151" type="link"/><cms:entry id="_Toc524932046" part="chapter3" ref="_Toc524932046" type="link"/><cms:entry id="_Toc524932730" part="chapter3" ref="_Toc524932730" type="link"/><cms:entry id="_Toc524945009" part="chapter3" ref="_Toc524945009" type="link"/><cms:entry id="_Toc524945298" part="chapter3" ref="_Toc524945298" type="link"/><cms:entry id="_Toc530556406" part="chapter3" ref="_Toc530556406" type="link"/><cms:entry id="_Toc530556594" part="chapter3" ref="_Toc530556594" type="link"/><cms:entry id="_Toc532369243" part="chapter3" ref="_Toc532369243" type="link"/><cms:entry id="DiDiSeite_P0_N_59" part="chapter3" ref="DiDiSeite_P0_N_59" type="link"/><cms:entry id="N135FF" part="chapter3" ref="N135FF" type="subsection">3.5.2</cms:entry><cms:entry id="N13606" part="chapter3" ref="N13606" type="citenumber">59</cms:entry><cms:entry id="_Toc524932047" part="chapter3" ref="_Toc524932047" type="link"/><cms:entry id="N1361A" part="chapter3" ref="N1361A" type="mm">566#738</cms:entry><cms:entry id="_Hlt532370607" part="chapter3" ref="_Hlt532370607" type="link"/><cms:entry id="I_Schema9" part="chapter3" ref="I_Schema9" type="link"/><cms:entry id="_Hlt520683679" part="chapter3" ref="_Hlt520683679" type="link"/><cms:entry id="DiDiSeite_P0_N_60" part="chapter3" ref="DiDiSeite_P0_N_60" type="link"/><cms:entry id="_Hlt520776574" part="chapter3" ref="_Hlt520776574" type="link"/><cms:entry id="N13642" part="chapter3" ref="N13642" type="citenumber">60</cms:entry><cms:entry id="_Hlt532184599" part="chapter3" ref="_Hlt532184599" type="link"/><cms:entry id="N136A1" part="chapter3" ref="N136A1" type="citenumber">61</cms:entry><cms:entry id="_Hlt530272626" part="chapter3" ref="_Hlt530272626" type="link"/><cms:entry id="_Hlt521226058" part="chapter3" ref="_Hlt521226058" type="link"/><cms:entry id="_Hlt521226064" part="chapter3" ref="_Hlt521226064" type="link"/><cms:entry id="DiDiSeite_P0_N_61" part="chapter3" ref="DiDiSeite_P0_N_61" type="link"/><cms:entry id="N1370D" part="chapter3" ref="N1370D" type="citenumber">62</cms:entry><cms:entry id="_Toc524932048" part="chapter3" ref="_Toc524932048" type="link"/><cms:entry id="_Toc524932731" part="chapter3" ref="_Toc524932731" type="link"/><cms:entry id="_Toc524945010" part="chapter3" ref="_Toc524945010" type="link"/><cms:entry id="_Toc524945299" part="chapter3" ref="_Toc524945299" type="link"/><cms:entry id="_Toc530556407" part="chapter3" ref="_Toc530556407" type="link"/><cms:entry id="_Toc530556595" part="chapter3" ref="_Toc530556595" type="link"/><cms:entry id="_Toc532369244" part="chapter3" ref="_Toc532369244" type="link"/><cms:entry id="N1376B" part="chapter3" ref="N1376B" type="subsection">3.5.3</cms:entry><cms:entry id="N1377D" part="chapter3" ref="N1377D" type="citenumber">63</cms:entry><cms:entry id="_Toc524932049" part="chapter3" ref="_Toc524932049" type="link"/><cms:entry id="_Toc524932732" part="chapter3" ref="_Toc524932732" type="link"/><cms:entry id="_Toc524945011" part="chapter3" ref="_Toc524945011" type="link"/><cms:entry id="_Toc524945300" part="chapter3" ref="_Toc524945300" type="link"/><cms:entry id="_Toc530556408" part="chapter3" ref="_Toc530556408" type="link"/><cms:entry id="_Toc530556596" part="chapter3" ref="_Toc530556596" type="link"/><cms:entry id="_Toc532369245" part="chapter3" ref="_Toc532369245" type="link"/><cms:entry id="DiDiSeite_P0_N_62" part="chapter3" ref="DiDiSeite_P0_N_62" type="link"/><cms:entry id="N137C4" part="chapter3" ref="N137C4" type="subsection">3.5.4</cms:entry><cms:entry id="_Hlt529955990" part="chapter3" ref="_Hlt529955990" type="link"/><cms:entry id="N137ED" part="chapter3" ref="N137ED" type="citenumber">64</cms:entry><cms:entry id="_Toc524932051" part="chapter3" ref="_Toc524932051" type="link"/><cms:entry id="_Toc524932734" part="chapter3" ref="_Toc524932734" type="link"/><cms:entry id="_Toc524945013" part="chapter3" ref="_Toc524945013" type="link"/><cms:entry id="_Toc524945302" part="chapter3" ref="_Toc524945302" type="link"/><cms:entry id="_Toc530556410" part="chapter3" ref="_Toc530556410" type="link"/><cms:entry id="_Toc530556598" part="chapter3" ref="_Toc530556598" type="link"/><cms:entry id="_Toc532369246" part="chapter3" ref="_Toc532369246" type="link"/><cms:entry id="DiDiSeite_P0_N_63" part="chapter3" ref="DiDiSeite_P0_N_63" type="link"/><cms:entry id="N13859" part="chapter3" ref="N13859" type="section">3.6</cms:entry><cms:entry id="_Hlt520794375" part="chapter3" ref="_Hlt520794375" type="link"/><cms:entry id="_Hlt520794388" part="chapter3" ref="_Hlt520794388" type="link"/><cms:entry id="N13873" part="chapter3" ref="N13873" type="citenumber">65</cms:entry><cms:entry id="_Hlt521232889" part="chapter3" ref="_Hlt521232889" type="link"/><cms:entry id="_Toc524932052" part="chapter3" ref="_Toc524932052" type="link"/><cms:entry id="_Toc524932735" part="chapter3" ref="_Toc524932735" type="link"/><cms:entry id="_Toc524945014" part="chapter3" ref="_Toc524945014" type="link"/><cms:entry id="_Toc524945303" part="chapter3" ref="_Toc524945303" type="link"/><cms:entry id="_Toc530556411" part="chapter3" ref="_Toc530556411" type="link"/><cms:entry id="_Toc530556599" part="chapter3" ref="_Toc530556599" type="link"/><cms:entry id="N138C4" part="chapter3" ref="N138C4" type="subsection">3.6.1</cms:entry><cms:entry id="_Toc532369247" part="chapter3" ref="_Toc532369247" type="link"/><cms:entry id="I_Ref522069113" part="chapter3" ref="I_Ref522069113" type="link"/><cms:entry id="N138D2" part="chapter3" ref="N138D2" type="block">3.6.1.1</cms:entry><cms:entry id="_Hlt522069999" part="chapter3" ref="_Hlt522069999" type="link"/><cms:entry id="_Toc524932053" part="chapter3" ref="_Toc524932053" type="link"/><cms:entry id="_Toc524932736" part="chapter3" ref="_Toc524932736" type="link"/><cms:entry id="_Toc524945015" part="chapter3" ref="_Toc524945015" type="link"/><cms:entry id="_Toc524945304" part="chapter3" ref="_Toc524945304" type="link"/><cms:entry id="_Toc530556412" part="chapter3" ref="_Toc530556412" type="link"/><cms:entry id="_Toc530556600" part="chapter3" ref="_Toc530556600" type="link"/><cms:entry id="_Toc532369248" part="chapter3" ref="_Toc532369248" type="link"/><cms:entry id="N138FB" part="chapter3" ref="N138FB" type="citenumber">66</cms:entry><cms:entry id="_Hlt530893200" part="chapter3" ref="_Hlt530893200" type="link"/><cms:entry id="_Hlt530893193" part="chapter3" ref="_Hlt530893193" type="link"/><cms:entry id="DiDiSeite_P0_N_64" part="chapter3" ref="DiDiSeite_P0_N_64" type="link"/><cms:entry id="_Toc524941119" part="chapter3" ref="_Toc524941119" type="link"/><cms:entry id="_Toc530557469" part="chapter3" ref="_Toc530557469" type="link"/><cms:entry id="_Toc532371147" part="chapter3" ref="_Toc532371147" type="link"/><cms:entry id="I_Ref529613678" part="chapter3" ref="I_Ref529613678" type="link"/><cms:entry id="N13938" part="chapter3" ref="N13938" type="citenumber">67</cms:entry><cms:entry id="N1393B" part="chapter3" ref="N1393B" type="table"/><cms:entry id="_Hlt529685032" part="chapter3" ref="_Hlt529685032" type="link"/><cms:entry id="_Hlt9410165" part="chapter3" ref="_Hlt9410165" type="link"/><cms:entry id="_Hlt522083998" part="chapter3" ref="_Hlt522083998" type="link"/><cms:entry id="_Hlt521399226" part="chapter3" ref="_Hlt521399226" type="link"/><cms:entry id="_Hlt521399815" part="chapter3" ref="_Hlt521399815" type="link"/><cms:entry id="_Hlt521400114" part="chapter3" ref="_Hlt521400114" type="link"/><cms:entry id="_Hlt521400311" part="chapter3" ref="_Hlt521400311" type="link"/><cms:entry id="N13DFC" part="chapter3" ref="N13DFC" type="table"/><cms:entry id="_Hlt521401281" part="chapter3" ref="_Hlt521401281" type="link"/><cms:entry id="_Hlt521401473" part="chapter3" ref="_Hlt521401473" type="link"/><cms:entry id="_Hlt521401730" part="chapter3" ref="_Hlt521401730" type="link"/><cms:entry id="_Hlt521402170" part="chapter3" ref="_Hlt521402170" type="link"/><cms:entry id="_Hlt521402403" part="chapter3" ref="_Hlt521402403" type="link"/><cms:entry id="_Hlt521402639" part="chapter3" ref="_Hlt521402639" type="link"/><cms:entry id="I_Ref521895678" part="chapter3" ref="I_Ref521895678" type="link"/><cms:entry id="_Hlt521895696" part="chapter3" ref="_Hlt521895696" type="link"/><cms:entry id="_Hlt532185086" part="chapter3" ref="_Hlt532185086" type="link"/><cms:entry id="DiDiSeite_P0_N_66" part="chapter3" ref="DiDiSeite_P0_N_66" type="link"/><cms:entry id="N14235" part="chapter3" ref="N14235" type="block">3.6.1.2</cms:entry><cms:entry id="_Toc524932054" part="chapter3" ref="_Toc524932054" type="link"/><cms:entry id="_Toc524932737" part="chapter3" ref="_Toc524932737" type="link"/><cms:entry id="_Toc524945016" part="chapter3" ref="_Toc524945016" type="link"/><cms:entry id="_Toc524945305" part="chapter3" ref="_Toc524945305" type="link"/><cms:entry id="_Toc530556413" part="chapter3" ref="_Toc530556413" type="link"/><cms:entry id="_Toc530556601" part="chapter3" ref="_Toc530556601" type="link"/><cms:entry id="_Toc532369249" part="chapter3" ref="_Toc532369249" type="link"/><cms:entry id="N1425F" part="chapter3" ref="N1425F" type="citenumber">68</cms:entry><cms:entry id="N1427A" part="chapter3" ref="N1427A" type="mm">567#172</cms:entry><cms:entry id="_Hlt521895380" part="chapter3" ref="_Hlt521895380" type="link"/><cms:entry id="I_Ref521895356" part="chapter3" ref="I_Ref521895356" type="link"/><cms:entry id="_Toc532370084" part="chapter3" ref="_Toc532370084" type="link"/><cms:entry id="_Toc530556969" part="chapter3" ref="_Toc530556969" type="link"/><cms:entry id="_Toc524940148" part="chapter3" ref="_Toc524940148" type="link"/><cms:entry id="_Toc524939466" part="chapter3" ref="_Toc524939466" type="link"/><cms:entry id="N1429E" part="chapter3" ref="N1429E" type="citenumber">69</cms:entry><cms:entry id="N142A7" part="chapter3" ref="N142A7" type="mm">566#159</cms:entry><cms:entry id="N142B7" part="chapter3" ref="N142B7" type="citenumber">70</cms:entry><cms:entry id="N142BA" part="chapter3" ref="N142BA" type="mm">566#157</cms:entry><cms:entry id="DiDiSeite_P0_N_67" part="chapter3" ref="DiDiSeite_P0_N_67" type="link"/><cms:entry id="_Hlt521396513" part="chapter3" ref="_Hlt521396513" type="link"/><cms:entry id="_Hlt529683475" part="chapter3" ref="_Hlt529683475" type="link"/><cms:entry id="_Hlt521397257" part="chapter3" ref="_Hlt521397257" type="link"/><cms:entry id="_Hlt529684280" part="chapter3" ref="_Hlt529684280" type="link"/><cms:entry id="_Hlt521397262" part="chapter3" ref="_Hlt521397262" type="link"/><cms:entry id="N14306" part="chapter3" ref="N14306" type="citenumber">71</cms:entry><cms:entry id="_Hlt522084580" part="chapter3" ref="_Hlt522084580" type="link"/><cms:entry id="I_Ref522089429" part="chapter3" ref="I_Ref522089429" type="link"/><cms:entry id="_Hlt524409797" part="chapter3" ref="_Hlt524409797" type="link"/><cms:entry id="N14329" part="chapter3" ref="N14329" type="block">3.6.1.3</cms:entry><cms:entry id="_Toc524932055" part="chapter3" ref="_Toc524932055" type="link"/><cms:entry id="_Toc524932738" part="chapter3" ref="_Toc524932738" type="link"/><cms:entry id="_Toc524945017" part="chapter3" ref="_Toc524945017" type="link"/><cms:entry id="_Toc524945306" part="chapter3" ref="_Toc524945306" type="link"/><cms:entry id="_Toc530556414" part="chapter3" ref="_Toc530556414" type="link"/><cms:entry id="_Toc530556602" part="chapter3" ref="_Toc530556602" type="link"/><cms:entry id="_Toc532369250" part="chapter3" ref="_Toc532369250" type="link"/><cms:entry id="N14359" part="chapter3" ref="N14359" type="citenumber">72</cms:entry><cms:entry id="N14381" part="chapter3" ref="N14381" type="table"/><cms:entry id="N143C1" part="chapter3" ref="N143C1" type="mm">566#298</cms:entry><cms:entry id="N143CE" part="chapter3" ref="N143CE" type="citenumber">73</cms:entry><cms:entry id="_Hlt522089435" part="chapter3" ref="_Hlt522089435" type="link"/><cms:entry id="DiDiSeite_P0_N_68" part="chapter3" ref="DiDiSeite_P0_N_68" type="link"/><cms:entry id="DiDiSeite_P0_N_69" part="chapter3" ref="DiDiSeite_P0_N_69" type="link"/><cms:entry id="N143DD" part="chapter3" ref="N143DD" type="table"/><cms:entry id="N14415" part="chapter3" ref="N14415" type="mm">567#366</cms:entry><cms:entry id="_Toc524932056" part="chapter3" ref="_Toc524932056" type="link"/><cms:entry id="_Toc524932739" part="chapter3" ref="_Toc524932739" type="link"/><cms:entry id="_Toc524945018" part="chapter3" ref="_Toc524945018" type="link"/><cms:entry id="_Toc524945307" part="chapter3" ref="_Toc524945307" type="link"/><cms:entry id="_Toc530556415" part="chapter3" ref="_Toc530556415" type="link"/><cms:entry id="_Toc530556603" part="chapter3" ref="_Toc530556603" type="link"/><cms:entry id="_Toc532369251" part="chapter3" ref="_Toc532369251" type="link"/><cms:entry id="DiDiSeite_P0_N_70" part="chapter3" ref="DiDiSeite_P0_N_70" type="link"/><cms:entry id="N14452" part="chapter3" ref="N14452" type="subsection">3.6.2</cms:entry><cms:entry id="N14464" part="chapter3" ref="N14464" type="citenumber">74</cms:entry><cms:entry id="_Hlt522429816" part="chapter3" ref="_Hlt522429816" type="link"/><cms:entry id="N144A6" part="chapter3" ref="N144A6" type="citenumber">75</cms:entry><cms:entry id="N144FE" part="chapter3" ref="N144FE" type="citenumber">76</cms:entry><cms:entry id="N1451C" part="chapter3" ref="N1451C" type="mm">543#817</cms:entry><cms:entry id="I_Schema10" part="chapter3" ref="I_Schema10" type="link"/><cms:entry id="N14530" part="chapter3" ref="N14530" type="citenumber">77</cms:entry><cms:entry id="DiDiSeite_P0_N_71" part="chapter3" ref="DiDiSeite_P0_N_71" type="link"/><cms:entry id="_Toc524932057" part="chapter3" ref="_Toc524932057" type="link"/><cms:entry id="_Toc524932740" part="chapter3" ref="_Toc524932740" type="link"/><cms:entry id="_Toc524945019" part="chapter3" ref="_Toc524945019" type="link"/><cms:entry id="_Toc524945308" part="chapter3" ref="_Toc524945308" type="link"/><cms:entry id="_Toc530556416" part="chapter3" ref="_Toc530556416" type="link"/><cms:entry id="_Toc530556604" part="chapter3" ref="_Toc530556604" type="link"/><cms:entry id="_Toc532369252" part="chapter3" ref="_Toc532369252" type="link"/><cms:entry id="DiDiSeite_P0_N_72" part="chapter3" ref="DiDiSeite_P0_N_72" type="link"/><cms:entry id="N14568" part="chapter3" ref="N14568" type="subsection">3.6.3</cms:entry><cms:entry id="N1457D" part="chapter3" ref="N1457D" type="citenumber">78</cms:entry><cms:entry id="_Toc524932058" part="chapter3" ref="_Toc524932058" type="link"/><cms:entry id="_Toc524932741" part="chapter3" ref="_Toc524932741" type="link"/><cms:entry id="_Toc524945020" part="chapter3" ref="_Toc524945020" type="link"/><cms:entry id="_Toc524945309" part="chapter3" ref="_Toc524945309" type="link"/><cms:entry id="_Toc530556417" part="chapter3" ref="_Toc530556417" type="link"/><cms:entry id="_Toc530556605" part="chapter3" ref="_Toc530556605" type="link"/><cms:entry id="_Toc532369253" part="chapter3" ref="_Toc532369253" type="link"/><cms:entry id="N145CA" part="chapter3" ref="N145CA" type="subsection">3.6.4</cms:entry><cms:entry id="N145F6" part="chapter3" ref="N145F6" type="citenumber">79</cms:entry><cms:entry id="DiDiSeite_P0_N_73" part="chapter3" ref="DiDiSeite_P0_N_73" type="link"/><cms:entry id="_Toc524932060" part="chapter3" ref="_Toc524932060" type="link"/><cms:entry id="_Toc524932743" part="chapter3" ref="_Toc524932743" type="link"/><cms:entry id="_Toc524945022" part="chapter3" ref="_Toc524945022" type="link"/><cms:entry id="_Toc524945311" part="chapter3" ref="_Toc524945311" type="link"/><cms:entry id="_Toc530556419" part="chapter3" ref="_Toc530556419" type="link"/><cms:entry id="_Toc530556607" part="chapter3" ref="_Toc530556607" type="link"/><cms:entry id="_Toc532369254" part="chapter3" ref="_Toc532369254" type="link"/><cms:entry id="N1467A" part="chapter3" ref="N1467A" type="section">3.7</cms:entry><cms:entry id="N14681" part="chapter3" ref="N14681" type="citenumber">80</cms:entry><cms:entry id="_Toc524932061" part="chapter3" ref="_Toc524932061" type="link"/><cms:entry id="_Toc524932744" part="chapter3" ref="_Toc524932744" type="link"/><cms:entry id="_Toc524945023" part="chapter3" ref="_Toc524945023" type="link"/><cms:entry id="_Toc524945312" part="chapter3" ref="_Toc524945312" type="link"/><cms:entry id="_Toc530556420" part="chapter3" ref="_Toc530556420" type="link"/><cms:entry id="_Toc530556608" part="chapter3" ref="_Toc530556608" type="link"/><cms:entry id="N146E0" part="chapter3" ref="N146E0" type="subsection">3.7.1</cms:entry><cms:entry id="_Toc532369255" part="chapter3" ref="_Toc532369255" type="link"/><cms:entry id="N146E8" part="chapter3" ref="N146E8" type="block">3.7.1.1</cms:entry><cms:entry id="_Toc524932062" part="chapter3" ref="_Toc524932062" type="link"/><cms:entry id="_Toc524932745" part="chapter3" ref="_Toc524932745" type="link"/><cms:entry id="_Toc524945024" part="chapter3" ref="_Toc524945024" type="link"/><cms:entry id="_Toc524945313" part="chapter3" ref="_Toc524945313" type="link"/><cms:entry id="_Toc530556421" part="chapter3" ref="_Toc530556421" type="link"/><cms:entry id="_Toc530556609" part="chapter3" ref="_Toc530556609" type="link"/><cms:entry id="_Toc532369256" part="chapter3" ref="_Toc532369256" type="link"/><cms:entry id="N14707" part="chapter3" ref="N14707" type="citenumber">81</cms:entry><cms:entry id="_Hlt532186307" part="chapter3" ref="_Hlt532186307" type="link"/><cms:entry id="_Toc524941121" part="chapter3" ref="_Toc524941121" type="link"/><cms:entry id="_Toc530557471" part="chapter3" ref="_Toc530557471" type="link"/><cms:entry id="_Toc532371149" part="chapter3" ref="_Toc532371149" type="link"/><cms:entry id="_Hlt529677564" part="chapter3" ref="_Hlt529677564" type="link"/><cms:entry id="I_Ref529614688" part="chapter3" ref="I_Ref529614688" type="link"/><cms:entry id="_Hlt529686828" part="chapter3" ref="_Hlt529686828" type="link"/><cms:entry id="N1473F" part="chapter3" ref="N1473F" type="table"/><cms:entry id="DiDiSeite_P0_N_74" part="chapter3" ref="DiDiSeite_P0_N_74" type="link"/><cms:entry id="_Hlt522083597" part="chapter3" ref="_Hlt522083597" type="link"/><cms:entry id="_Hlt522073275" part="chapter3" ref="_Hlt522073275" type="link"/><cms:entry id="_Hlt522073507" part="chapter3" ref="_Hlt522073507" type="link"/><cms:entry id="_Hlt522074984" part="chapter3" ref="_Hlt522074984" type="link"/><cms:entry id="_Hlt522075352" part="chapter3" ref="_Hlt522075352" type="link"/><cms:entry id="_Hlt522595218" part="chapter3" ref="_Hlt522595218" type="link"/><cms:entry id="_Hlt522075776" part="chapter3" ref="_Hlt522075776" type="link"/><cms:entry id="_Hlt522076124" part="chapter3" ref="_Hlt522076124" type="link"/><cms:entry id="_Hlt522076261" part="chapter3" ref="_Hlt522076261" type="link"/><cms:entry id="N14CC1" part="chapter3" ref="N14CC1" type="citenumber">82</cms:entry><cms:entry id="N14CC4" part="chapter3" ref="N14CC4" type="table"/><cms:entry id="DiDiSeite_P0_N_75" part="chapter3" ref="DiDiSeite_P0_N_75" type="link"/><cms:entry id="_Hlt522085171" part="chapter3" ref="_Hlt522085171" type="link"/><cms:entry id="_Hlt522085222" part="chapter3" ref="_Hlt522085222" type="link"/><cms:entry id="_Hlt522085507" part="chapter3" ref="_Hlt522085507" type="link"/><cms:entry id="_Hlt522085885" part="chapter3" ref="_Hlt522085885" type="link"/><cms:entry id="_Hlt522086394" part="chapter3" ref="_Hlt522086394" type="link"/><cms:entry id="DiDiSeite_P0_N_76" part="chapter3" ref="DiDiSeite_P0_N_76" type="link"/><cms:entry id="N151BD" part="chapter3" ref="N151BD" type="block">3.7.1.2</cms:entry><cms:entry id="_Toc524932063" part="chapter3" ref="_Toc524932063" type="link"/><cms:entry id="_Toc524932746" part="chapter3" ref="_Toc524932746" type="link"/><cms:entry id="_Toc524945025" part="chapter3" ref="_Toc524945025" type="link"/><cms:entry id="_Toc524945314" part="chapter3" ref="_Toc524945314" type="link"/><cms:entry id="_Toc530556422" part="chapter3" ref="_Toc530556422" type="link"/><cms:entry id="_Toc530556610" part="chapter3" ref="_Toc530556610" type="link"/><cms:entry id="_Toc532369257" part="chapter3" ref="_Toc532369257" type="link"/><cms:entry id="N151F5" part="chapter3" ref="N151F5" type="citenumber">83</cms:entry><cms:entry id="N151FE" part="chapter3" ref="N151FE" type="mm">567#186</cms:entry><cms:entry id="_Hlt529686804" part="chapter3" ref="_Hlt529686804" type="link"/><cms:entry id="I_Ref529685633" part="chapter3" ref="I_Ref529685633" type="link"/><cms:entry id="_Toc532370085" part="chapter3" ref="_Toc532370085" type="link"/><cms:entry id="_Toc530556970" part="chapter3" ref="_Toc530556970" type="link"/><cms:entry id="_Toc524940149" part="chapter3" ref="_Toc524940149" type="link"/><cms:entry id="_Toc524939467" part="chapter3" ref="_Toc524939467" type="link"/><cms:entry id="_Hlt522593508" part="chapter3" ref="_Hlt522593508" type="link"/><cms:entry id="N1522A" part="chapter3" ref="N1522A" type="citenumber">84</cms:entry><cms:entry id="N1522D" part="chapter3" ref="N1522D" type="mm">581#355</cms:entry><cms:entry id="DiDiSeite_P0_N_77" part="chapter3" ref="DiDiSeite_P0_N_77" type="link"/><cms:entry id="_Hlt529685781" part="chapter3" ref="_Hlt529685781" type="link"/><cms:entry id="N1527A" part="chapter3" ref="N1527A" type="citenumber">85</cms:entry><cms:entry id="_Hlt524941539" part="chapter3" ref="_Hlt524941539" type="link"/><cms:entry id="I_Ref524409780" part="chapter3" ref="I_Ref524409780" type="link"/><cms:entry id="_Hlt524409802" part="chapter3" ref="_Hlt524409802" type="link"/><cms:entry id="N1529D" part="chapter3" ref="N1529D" type="block">3.7.1.3</cms:entry><cms:entry id="_Toc524932064" part="chapter3" ref="_Toc524932064" type="link"/><cms:entry id="_Toc524932747" part="chapter3" ref="_Toc524932747" type="link"/><cms:entry id="_Toc524945026" part="chapter3" ref="_Toc524945026" type="link"/><cms:entry id="_Toc524945315" part="chapter3" ref="_Toc524945315" type="link"/><cms:entry id="_Toc530556423" part="chapter3" ref="_Toc530556423" type="link"/><cms:entry id="_Toc530556611" part="chapter3" ref="_Toc530556611" type="link"/><cms:entry id="_Toc532369258" part="chapter3" ref="_Toc532369258" type="link"/><cms:entry id="_Hlt529939914" part="chapter3" ref="_Hlt529939914" type="link"/><cms:entry id="_Hlt532351934" part="chapter3" ref="_Hlt532351934" type="link"/><cms:entry id="N152D3" part="chapter3" ref="N152D3" type="citenumber">86</cms:entry><cms:entry id="N152E2" part="chapter3" ref="N152E2" type="table"/><cms:entry id="N15322" part="chapter3" ref="N15322" type="mm">566#306</cms:entry><cms:entry id="DiDiSeite_P0_N_78" part="chapter3" ref="DiDiSeite_P0_N_78" type="link"/><cms:entry id="N15335" part="chapter3" ref="N15335" type="table"/><cms:entry id="DiDiSeite_P0_N_79" part="chapter3" ref="DiDiSeite_P0_N_79" type="link"/><cms:entry id="N1536C" part="chapter3" ref="N1536C" type="mm">567#374</cms:entry><cms:entry id="_Toc524932065" part="chapter3" ref="_Toc524932065" type="link"/><cms:entry id="_Toc524932748" part="chapter3" ref="_Toc524932748" type="link"/><cms:entry id="_Toc524945027" part="chapter3" ref="_Toc524945027" type="link"/><cms:entry id="_Toc524945316" part="chapter3" ref="_Toc524945316" type="link"/><cms:entry id="_Toc530556424" part="chapter3" ref="_Toc530556424" type="link"/><cms:entry id="_Toc530556612" part="chapter3" ref="_Toc530556612" type="link"/><cms:entry id="_Toc532369259" part="chapter3" ref="_Toc532369259" type="link"/><cms:entry id="DiDiSeite_P0_N_80" part="chapter3" ref="DiDiSeite_P0_N_80" type="link"/><cms:entry id="N153A9" part="chapter3" ref="N153A9" type="subsection">3.7.2</cms:entry><cms:entry id="N153B0" part="chapter3" ref="N153B0" type="citenumber">87</cms:entry><cms:entry id="N153DC" part="chapter3" ref="N153DC" type="citenumber">88</cms:entry><cms:entry id="_Hlt522430697" part="chapter3" ref="_Hlt522430697" type="link"/><cms:entry id="N15435" part="chapter3" ref="N15435" type="citenumber">89</cms:entry><cms:entry id="DiDiSeite_P0_N_81" part="chapter3" ref="DiDiSeite_P0_N_81" type="link"/><cms:entry id="N15474" part="chapter3" ref="N15474" type="citenumber">90</cms:entry><cms:entry id="N15477" part="chapter3" ref="N15477" type="mm">543#824</cms:entry><cms:entry id="I_Schema11" part="chapter3" ref="I_Schema11" type="link"/><cms:entry id="DiDiSeite_P0_N_82" part="chapter3" ref="DiDiSeite_P0_N_82" type="link"/><cms:entry id="N154A0" part="chapter3" ref="N154A0" type="citenumber">91</cms:entry><cms:entry id="N154A3" part="chapter3" ref="N154A3" type="mm">358#165</cms:entry><cms:entry id="I_Ref530205318" part="chapter3" ref="I_Ref530205318" type="link"/><cms:entry id="_Toc532370086" part="chapter3" ref="_Toc532370086" type="link"/><cms:entry id="_Toc530556971" part="chapter3" ref="_Toc530556971" type="link"/><cms:entry id="_Toc524940150" part="chapter3" ref="_Toc524940150" type="link"/><cms:entry id="_Toc524939468" part="chapter3" ref="_Toc524939468" type="link"/><cms:entry id="_Toc524932066" part="chapter3" ref="_Toc524932066" type="link"/><cms:entry id="_Toc524932749" part="chapter3" ref="_Toc524932749" type="link"/><cms:entry id="_Toc524945028" part="chapter3" ref="_Toc524945028" type="link"/><cms:entry id="_Toc524945317" part="chapter3" ref="_Toc524945317" type="link"/><cms:entry id="_Toc530556425" part="chapter3" ref="_Toc530556425" type="link"/><cms:entry id="_Toc530556613" part="chapter3" ref="_Toc530556613" type="link"/><cms:entry id="_Toc532369260" part="chapter3" ref="_Toc532369260" type="link"/><cms:entry id="N154ED" part="chapter3" ref="N154ED" type="subsection">3.7.3</cms:entry><cms:entry id="N154FF" part="chapter3" ref="N154FF" type="citenumber">92</cms:entry><cms:entry id="_Toc524932067" part="chapter3" ref="_Toc524932067" type="link"/><cms:entry id="_Toc524932750" part="chapter3" ref="_Toc524932750" type="link"/><cms:entry id="_Toc524945029" part="chapter3" ref="_Toc524945029" type="link"/><cms:entry id="_Toc524945318" part="chapter3" ref="_Toc524945318" type="link"/><cms:entry id="_Toc530556426" part="chapter3" ref="_Toc530556426" type="link"/><cms:entry id="_Toc530556614" part="chapter3" ref="_Toc530556614" type="link"/><cms:entry id="_Toc532369261" part="chapter3" ref="_Toc532369261" type="link"/><cms:entry id="DiDiSeite_P0_N_83" part="chapter3" ref="DiDiSeite_P0_N_83" type="link"/><cms:entry id="N15561" part="chapter3" ref="N15561" type="subsection">3.7.4</cms:entry><cms:entry id="N15568" part="chapter3" ref="N15568" type="citenumber">93</cms:entry><cms:entry id="I_Ref524700411" part="chapter3" ref="I_Ref524700411" type="link"/><cms:entry id="_Toc524932068" part="chapter3" ref="_Toc524932068" type="link"/><cms:entry id="_Toc524932751" part="chapter3" ref="_Toc524932751" type="link"/><cms:entry id="_Toc524945030" part="chapter3" ref="_Toc524945030" type="link"/><cms:entry id="_Toc524945319" part="chapter3" ref="_Toc524945319" type="link"/><cms:entry id="_Toc530556427" part="chapter3" ref="_Toc530556427" type="link"/><cms:entry id="_Toc530556615" part="chapter3" ref="_Toc530556615" type="link"/><cms:entry id="_Toc532369262" part="chapter3" ref="_Toc532369262" type="link"/><cms:entry id="_Hlt532369365" part="chapter3" ref="_Hlt532369365" type="link"/><cms:entry id="N15605" part="chapter3" ref="N15605" type="section">3.8</cms:entry><cms:entry id="N1560C" part="chapter3" ref="N1560C" type="citenumber">94</cms:entry><cms:entry id="_Toc524932075" part="chapter3" ref="_Toc524932075" type="link"/><cms:entry id="_Toc524932758" part="chapter3" ref="_Toc524932758" type="link"/><cms:entry id="_Toc524945037" part="chapter3" ref="_Toc524945037" type="link"/><cms:entry id="_Toc524945326" part="chapter3" ref="_Toc524945326" type="link"/><cms:entry id="I_Ref525367724" part="chapter3" ref="I_Ref525367724" type="link"/><cms:entry id="_Hlt525367731" part="chapter3" ref="_Hlt525367731" type="link"/><cms:entry id="I_Ref525367916" part="chapter3" ref="I_Ref525367916" type="link"/><cms:entry id="I_Ref525368235" part="chapter3" ref="I_Ref525368235" type="link"/><cms:entry id="I_Ref530272588" part="chapter3" ref="I_Ref530272588" type="link"/><cms:entry id="I_Ref530272624" part="chapter3" ref="I_Ref530272624" type="link"/><cms:entry id="I_Ref530272723" part="chapter3" ref="I_Ref530272723" type="link"/><cms:entry id="_Toc530556428" part="chapter3" ref="_Toc530556428" type="link"/><cms:entry id="_Toc530556616" part="chapter3" ref="_Toc530556616" type="link"/><cms:entry id="_Toc532369263" part="chapter3" ref="_Toc532369263" type="link"/><cms:entry id="DiDiSeite_P0_N_84" part="chapter3" ref="DiDiSeite_P0_N_84" type="link"/><cms:entry id="N1567B" part="chapter3" ref="N1567B" type="section">3.9</cms:entry><cms:entry id="_Toc524932076" part="chapter3" ref="_Toc524932076" type="link"/><cms:entry id="_Toc524932759" part="chapter3" ref="_Toc524932759" type="link"/><cms:entry id="_Toc524945038" part="chapter3" ref="_Toc524945038" type="link"/><cms:entry id="_Toc524945327" part="chapter3" ref="_Toc524945327" type="link"/><cms:entry id="I_Ref530303334" part="chapter3" ref="I_Ref530303334" type="link"/><cms:entry id="I_Ref530303823" part="chapter3" ref="I_Ref530303823" type="link"/><cms:entry id="_Toc530556429" part="chapter3" ref="_Toc530556429" type="link"/><cms:entry id="_Toc530556617" part="chapter3" ref="_Toc530556617" type="link"/><cms:entry id="_Hlt532189472" part="chapter3" ref="_Hlt532189472" type="link"/><cms:entry id="N156B6" part="chapter3" ref="N156B6" type="subsection">3.9.1</cms:entry><cms:entry id="_Toc532369264" part="chapter3" ref="_Toc532369264" type="link"/><cms:entry id="_Hlt532187923" part="chapter3" ref="_Hlt532187923" type="link"/><cms:entry id="_Hlt532187918" part="chapter3" ref="_Hlt532187918" type="link"/><cms:entry id="_Hlt532187926" part="chapter3" ref="_Hlt532187926" type="link"/><cms:entry id="_Hlt532187991" part="chapter3" ref="_Hlt532187991" type="link"/><cms:entry id="_Hlt532187996" part="chapter3" ref="_Hlt532187996" type="link"/><cms:entry id="_Hlt532712952" part="chapter3" ref="_Hlt532712952" type="link"/><cms:entry id="N15728" part="chapter3" ref="N15728" type="citenumber">95</cms:entry><cms:entry id="DiDiSeite_P0_N_85" part="chapter3" ref="DiDiSeite_P0_N_85" type="link"/><cms:entry id="_Hlt532188318" part="chapter3" ref="_Hlt532188318" type="link"/><cms:entry id="_Hlt532188679" part="chapter3" ref="_Hlt532188679" type="link"/><cms:entry id="_Hlt532188677" part="chapter3" ref="_Hlt532188677" type="link"/><cms:entry id="_Hlt532188674" part="chapter3" ref="_Hlt532188674" type="link"/><cms:entry id="N1577C" part="chapter3" ref="N1577C" type="citenumber">96</cms:entry><cms:entry id="_Toc524932077" part="chapter3" ref="_Toc524932077" type="link"/><cms:entry id="_Toc524932760" part="chapter3" ref="_Toc524932760" type="link"/><cms:entry id="_Toc524945039" part="chapter3" ref="_Toc524945039" type="link"/><cms:entry id="_Toc524945328" part="chapter3" ref="_Toc524945328" type="link"/><cms:entry id="I_Ref530287663" part="chapter3" ref="I_Ref530287663" type="link"/><cms:entry id="_Hlt530287678" part="chapter3" ref="_Hlt530287678" type="link"/><cms:entry id="_Toc530556430" part="chapter3" ref="_Toc530556430" type="link"/><cms:entry id="_Toc530556618" part="chapter3" ref="_Toc530556618" type="link"/><cms:entry id="I_Ref532353319" part="chapter3" ref="I_Ref532353319" type="link"/><cms:entry id="_Toc532369265" part="chapter3" ref="_Toc532369265" type="link"/><cms:entry id="N157C5" part="chapter3" ref="N157C5" type="subsection">3.9.2</cms:entry><cms:entry id="_Hlt530883745" part="chapter3" ref="_Hlt530883745" type="link"/><cms:entry id="_Hlt530303443" part="chapter3" ref="_Hlt530303443" type="link"/><cms:entry id="_Toc530557473" part="chapter3" ref="_Toc530557473" type="link"/><cms:entry id="_Toc532371151" part="chapter3" ref="_Toc532371151" type="link"/><cms:entry id="I_Ref530285468" part="chapter3" ref="I_Ref530285468" type="link"/><cms:entry id="N15820" part="chapter3" ref="N15820" type="citenumber">97</cms:entry><cms:entry id="N15823" part="chapter3" ref="N15823" type="table"/><cms:entry id="_Hlt532372266" part="chapter3" ref="_Hlt532372266" type="link"/><cms:entry id="N158D7" part="chapter3" ref="N158D7" type="mm">19#53</cms:entry><cms:entry id="_Hlt530284412" part="chapter3" ref="_Hlt530284412" type="link"/><cms:entry id="_Hlt532369410" part="chapter3" ref="_Hlt532369410" type="link"/><cms:entry id="N1597D" part="chapter3" ref="N1597D" type="citenumber">98</cms:entry><cms:entry id="N15980" part="chapter3" ref="N15980" type="mm">344#156</cms:entry><cms:entry id="_Hlt532370335" part="chapter3" ref="_Hlt532370335" type="link"/><cms:entry id="I_Ref532189178" part="chapter3" ref="I_Ref532189178" type="link"/><cms:entry id="_Toc532370087" part="chapter3" ref="_Toc532370087" type="link"/><cms:entry id="_Toc530556972" part="chapter3" ref="_Toc530556972" type="link"/><cms:entry id="I_Ref525371623" part="chapter3" ref="I_Ref525371623" type="link"/><cms:entry id="_Toc524940151" part="chapter3" ref="_Toc524940151" type="link"/><cms:entry id="_Toc524939469" part="chapter3" ref="_Toc524939469" type="link"/><cms:entry id="_Hlt530557313" part="chapter3" ref="_Hlt530557313" type="link"/><cms:entry id="_Hlt532189261" part="chapter3" ref="_Hlt532189261" type="link"/><cms:entry id="N159EF" part="chapter3" ref="N159EF" type="citenumber">99</cms:entry><cms:entry id="N159F5" part="chapter3" ref="N159F5" type="mm">550#121</cms:entry><cms:entry id="_Hlt530288845" part="chapter3" ref="_Hlt530288845" type="link"/><cms:entry id="I_Schema12" part="chapter3" ref="I_Schema12" type="link"/><cms:entry id="DiDiSeite_P0_N_87" part="chapter3" ref="DiDiSeite_P0_N_87" type="link"/><cms:entry id="N15A0C" part="chapter3" ref="N15A0C" type="citenumber">100</cms:entry><cms:entry id="N15A0F" part="chapter3" ref="N15A0F" type="mm">426#102</cms:entry><cms:entry id="N15A1C" part="chapter3" ref="N15A1C" type="mm">395#141</cms:entry><cms:entry id="N15A33" part="chapter3" ref="N15A33" type="citenumber">101</cms:entry><cms:entry id="N15A54" part="chapter3" ref="N15A54" type="citenumber">102</cms:entry><cms:entry id="_Hlt525372141" part="chapter3" ref="_Hlt525372141" type="link"/><cms:entry id="DiDiSeite_P0_N_88" part="chapter3" ref="DiDiSeite_P0_N_88" type="link"/><cms:entry id="_Hlt532189452" part="chapter3" ref="_Hlt532189452" type="link"/><cms:entry id="N15AD9" part="chapter3" ref="N15AD9" type="citenumber">103</cms:entry><cms:entry id="DiDiSeite_P0_N_89" part="chapter3" ref="DiDiSeite_P0_N_89" type="link"/><cms:entry id="_Toc530557474" part="chapter3" ref="_Toc530557474" type="link"/><cms:entry id="_Toc532371152" part="chapter3" ref="_Toc532371152" type="link"/><cms:entry id="N15B24" part="chapter3" ref="N15B24" type="table"/><cms:entry id="I_Ref530303862" part="chapter3" ref="I_Ref530303862" type="link"/><cms:entry id="_Hlt530298760" part="chapter3" ref="_Hlt530298760" type="link"/><cms:entry id="N15F3E" part="chapter3" ref="N15F3E" type="citenumber">104</cms:entry><cms:entry id="N15F50" part="chapter3" ref="N15F50" type="mm">350#919</cms:entry><cms:entry id="N15F66" part="chapter3" ref="N15F66" type="mm">400#918</cms:entry><cms:entry id="I_Ref530294888" part="chapter3" ref="I_Ref530294888" type="link"/><cms:entry id="_Toc532370089" part="chapter3" ref="_Toc532370089" type="link"/><cms:entry id="_Toc530556974" part="chapter3" ref="_Toc530556974" type="link"/><cms:entry id="I_Ref525365986" part="chapter3" ref="I_Ref525365986" type="link"/><cms:entry id="DiDiSeite_P0_N_90" part="chapter3" ref="DiDiSeite_P0_N_90" type="link"/><cms:entry id="I_Ref524700414" part="chapter3" ref="I_Ref524700414" type="link"/><cms:entry id="_Toc524932069" part="chapter3" ref="_Toc524932069" type="link"/><cms:entry id="_Toc524932752" part="chapter3" ref="_Toc524932752" type="link"/><cms:entry id="_Toc524945031" part="chapter3" ref="_Toc524945031" type="link"/><cms:entry id="_Toc524945320" part="chapter3" ref="_Toc524945320" type="link"/><cms:entry id="_Toc530556431" part="chapter3" ref="_Toc530556431" type="link"/><cms:entry id="_Toc530556619" part="chapter3" ref="_Toc530556619" type="link"/><cms:entry id="_Toc532369266" part="chapter3" ref="_Toc532369266" type="link"/><cms:entry id="DiDiSeite_P0_N_92" part="chapter3" ref="DiDiSeite_P0_N_92" type="link"/><cms:entry id="chapter4" part="chapter4" ref="chapter4" type="chapter">4</cms:entry><cms:entry id="N15FCE" part="chapter4" ref="N15FCE" type="helpercitenumber">104</cms:entry><cms:entry id="I_Ref523303569" part="chapter4" ref="I_Ref523303569" type="link"/><cms:entry id="_Hlt523303573" part="chapter4" ref="_Hlt523303573" type="link"/><cms:entry id="_Toc524932070" part="chapter4" ref="_Toc524932070" type="link"/><cms:entry id="_Toc524932753" part="chapter4" ref="_Toc524932753" type="link"/><cms:entry id="_Toc524945032" part="chapter4" ref="_Toc524945032" type="link"/><cms:entry id="_Toc524945321" part="chapter4" ref="_Toc524945321" type="link"/><cms:entry id="_Toc530556432" part="chapter4" ref="_Toc530556432" type="link"/><cms:entry id="_Toc530556620" part="chapter4" ref="_Toc530556620" type="link"/><cms:entry id="N15FFE" part="chapter4" ref="N15FFE" type="section">4.1</cms:entry><cms:entry id="_Toc532369267" part="chapter4" ref="_Toc532369267" type="link"/><cms:entry id="N16008" part="chapter4" ref="N16008" type="citenumber">105</cms:entry><cms:entry id="N16051" part="chapter4" ref="N16051" type="citenumber">106</cms:entry><cms:entry id="_Hlt532190981" part="chapter4" ref="_Hlt532190981" type="link"/><cms:entry id="_Hlt532190978" part="chapter4" ref="_Hlt532190978" type="link"/><cms:entry id="N16086" part="chapter4" ref="N16086" type="citenumber">107</cms:entry><cms:entry id="DiDiSeite_P0_N_93" part="chapter4" ref="DiDiSeite_P0_N_93" type="link"/><cms:entry id="N160A1" part="chapter4" ref="N160A1" type="mm">559#99</cms:entry><cms:entry id="I_Schema13" part="chapter4" ref="I_Schema13" type="link"/><cms:entry id="N160B6" part="chapter4" ref="N160B6" type="citenumber">108</cms:entry><cms:entry id="N160C4" part="chapter4" ref="N160C4" type="mm">560#206</cms:entry><cms:entry id="_Hlt532370771" part="chapter4" ref="_Hlt532370771" type="link"/><cms:entry id="I_Schema14" part="chapter4" ref="I_Schema14" type="link"/><cms:entry id="DiDiSeite_P0_N_94" part="chapter4" ref="DiDiSeite_P0_N_94" type="link"/><cms:entry id="_Hlt532191377" part="chapter4" ref="_Hlt532191377" type="link"/><cms:entry id="N160F4" part="chapter4" ref="N160F4" type="citenumber">109</cms:entry><cms:entry id="_Hlt532191465" part="chapter4" ref="_Hlt532191465" type="link"/><cms:entry id="_Hlt532359927" part="chapter4" ref="_Hlt532359927" type="link"/><cms:entry id="N16110" part="chapter4" ref="N16110" type="mm">558#287</cms:entry><cms:entry id="_Hlt532370799" part="chapter4" ref="_Hlt532370799" type="link"/><cms:entry id="I_Schema15" part="chapter4" ref="I_Schema15" type="link"/><cms:entry id="DiDiSeite_P0_N_95" part="chapter4" ref="DiDiSeite_P0_N_95" type="link"/><cms:entry id="N1612A" part="chapter4" ref="N1612A" type="citenumber">110</cms:entry><cms:entry id="_Hlt523217690" part="chapter4" ref="_Hlt523217690" type="link"/><cms:entry id="N16166" part="chapter4" ref="N16166" type="citenumber">111</cms:entry><cms:entry id="_Hlt532191734" part="chapter4" ref="_Hlt532191734" type="link"/><cms:entry id="_Hlt532191737" part="chapter4" ref="_Hlt532191737" type="link"/><cms:entry id="_Hlt532191740" part="chapter4" ref="_Hlt532191740" type="link"/><cms:entry id="_Hlt532191742" part="chapter4" ref="_Hlt532191742" type="link"/><cms:entry id="_Hlt532191871" part="chapter4" ref="_Hlt532191871" type="link"/><cms:entry id="DiDiSeite_P0_N_96" part="chapter4" ref="DiDiSeite_P0_N_96" type="link"/><cms:entry id="N161C8" part="chapter4" ref="N161C8" type="mm">559#249</cms:entry><cms:entry id="_Hlt532370818" part="chapter4" ref="_Hlt532370818" type="link"/><cms:entry id="I_Schema16" part="chapter4" ref="I_Schema16" type="link"/><cms:entry id="N161D9" part="chapter4" ref="N161D9" type="citenumber">112</cms:entry><cms:entry id="_Hlt532191942" part="chapter4" ref="_Hlt532191942" type="link"/><cms:entry id="N161F1" part="chapter4" ref="N161F1" type="mm">553#304</cms:entry><cms:entry id="_Hlt532370854" part="chapter4" ref="_Hlt532370854" type="link"/><cms:entry id="I_Schema17" part="chapter4" ref="I_Schema17" type="link"/><cms:entry id="DiDiSeite_P0_N_97" part="chapter4" ref="DiDiSeite_P0_N_97" type="link"/><cms:entry id="N1620C" part="chapter4" ref="N1620C" type="citenumber">113</cms:entry><cms:entry id="_Hlt532192016" part="chapter4" ref="_Hlt532192016" type="link"/><cms:entry id="_Hlt532713732" part="chapter4" ref="_Hlt532713732" type="link"/><cms:entry id="N16240" part="chapter4" ref="N16240" type="citenumber">114</cms:entry><cms:entry id="N16243" part="chapter4" ref="N16243" type="mm">560#308</cms:entry><cms:entry id="I_Schema18" part="chapter4" ref="I_Schema18" type="link"/><cms:entry id="_Hlt532714038" part="chapter4" ref="_Hlt532714038" type="link"/><cms:entry id="DiDiSeite_P0_N_98" part="chapter4" ref="DiDiSeite_P0_N_98" type="link"/><cms:entry id="_Hlt523212235" part="chapter4" ref="_Hlt523212235" type="link"/><cms:entry id="_Hlt532714083" part="chapter4" ref="_Hlt532714083" type="link"/><cms:entry id="N16273" part="chapter4" ref="N16273" type="mm">560#136</cms:entry><cms:entry id="_Hlt532370918" part="chapter4" ref="_Hlt532370918" type="link"/><cms:entry id="I_Schema19" part="chapter4" ref="I_Schema19" type="link"/><cms:entry id="N16288" part="chapter4" ref="N16288" type="citenumber">115</cms:entry><cms:entry id="_Hlt532714114" part="chapter4" ref="_Hlt532714114" type="link"/><cms:entry id="N16299" part="chapter4" ref="N16299" type="mm">377#160</cms:entry><cms:entry id="I_Schema20" part="chapter4" ref="I_Schema20" type="link"/><cms:entry id="_Hlt532714140" part="chapter4" ref="_Hlt532714140" type="link"/><cms:entry id="_Hlt532714190" part="chapter4" ref="_Hlt532714190" type="link"/><cms:entry id="_Hlt532714196" part="chapter4" ref="_Hlt532714196" type="link"/><cms:entry id="_Hlt532714224" part="chapter4" ref="_Hlt532714224" type="link"/><cms:entry id="DiDiSeite_P0_N_99" part="chapter4" ref="DiDiSeite_P0_N_99" type="link"/><cms:entry id="N162D3" part="chapter4" ref="N162D3" type="citenumber">116</cms:entry><cms:entry id="_Hlt532192365" part="chapter4" ref="_Hlt532192365" type="link"/><cms:entry id="_Hlt532714256" part="chapter4" ref="_Hlt532714256" type="link"/><cms:entry id="N162EB" part="chapter4" ref="N162EB" type="mm">559#407</cms:entry><cms:entry id="_Hlt532371004" part="chapter4" ref="_Hlt532371004" type="link"/><cms:entry id="I_Schema21" part="chapter4" ref="I_Schema21" type="link"/><cms:entry id="DiDiSeite_P0_N_100" part="chapter4" ref="DiDiSeite_P0_N_100" type="link"/><cms:entry id="N16322" part="chapter4" ref="N16322" type="citenumber">117</cms:entry><cms:entry id="_Hlt532714292" part="chapter4" ref="_Hlt532714292" type="link"/><cms:entry id="DiDiSeite_P0_N_101" part="chapter4" ref="DiDiSeite_P0_N_101" type="link"/><cms:entry id="_Hlt532192857" part="chapter4" ref="_Hlt532192857" type="link"/><cms:entry id="_Hlt532714565" part="chapter4" ref="_Hlt532714565" type="link"/><cms:entry id="N16382" part="chapter4" ref="N16382" type="citenumber">118</cms:entry><cms:entry id="_Hlt532192884" part="chapter4" ref="_Hlt532192884" type="link"/><cms:entry id="_Hlt532714590" part="chapter4" ref="_Hlt532714590" type="link"/><cms:entry id="_Hlt532714596" part="chapter4" ref="_Hlt532714596" type="link"/><cms:entry id="I_Ref523539007" part="chapter4" ref="I_Ref523539007" type="link"/><cms:entry id="_Toc524932071" part="chapter4" ref="_Toc524932071" type="link"/><cms:entry id="_Toc524932754" part="chapter4" ref="_Toc524932754" type="link"/><cms:entry id="_Toc524945033" part="chapter4" ref="_Toc524945033" type="link"/><cms:entry id="_Toc524945322" part="chapter4" ref="_Toc524945322" type="link"/><cms:entry id="_Hlt530539157" part="chapter4" ref="_Hlt530539157" type="link"/><cms:entry id="_Toc530556433" part="chapter4" ref="_Toc530556433" type="link"/><cms:entry id="_Toc530556621" part="chapter4" ref="_Toc530556621" type="link"/><cms:entry id="_Toc532369268" part="chapter4" ref="_Toc532369268" type="link"/><cms:entry id="N163D9" part="chapter4" ref="N163D9" type="section">4.2</cms:entry><cms:entry id="N163FF" part="chapter4" ref="N163FF" type="citenumber">119</cms:entry><cms:entry id="DiDiSeite_P0_N_102" part="chapter4" ref="DiDiSeite_P0_N_102" type="link"/><cms:entry id="_Toc530557475" part="chapter4" ref="_Toc530557475" type="link"/><cms:entry id="_Toc532371153" part="chapter4" ref="_Toc532371153" type="link"/><cms:entry id="I_Ref530542308" part="chapter4" ref="I_Ref530542308" type="link"/><cms:entry id="N1643A" part="chapter4" ref="N1643A" type="table"/><cms:entry id="_Hlt532192920" part="chapter4" ref="_Hlt532192920" type="link"/><cms:entry id="DiDiSeite_P0_N_103" part="chapter4" ref="DiDiSeite_P0_N_103" type="link"/><cms:entry id="N166B7" part="chapter4" ref="N166B7" type="citenumber">120</cms:entry><cms:entry id="_Hlt532193134" part="chapter4" ref="_Hlt532193134" type="link"/><cms:entry id="N166CE" part="chapter4" ref="N166CE" type="citenumber">121</cms:entry><cms:entry id="DiDiSeite_P0_N_104" part="chapter4" ref="DiDiSeite_P0_N_104" type="link"/><cms:entry id="_Hlt532193275" part="chapter4" ref="_Hlt532193275" type="link"/><cms:entry id="N16700" part="chapter4" ref="N16700" type="citenumber">122</cms:entry><cms:entry id="_Toc524932072" part="chapter4" ref="_Toc524932072" type="link"/><cms:entry id="_Toc524932755" part="chapter4" ref="_Toc524932755" type="link"/><cms:entry id="_Toc524945034" part="chapter4" ref="_Toc524945034" type="link"/><cms:entry id="_Toc524945323" part="chapter4" ref="_Toc524945323" type="link"/><cms:entry id="_Hlt525371289" part="chapter4" ref="_Hlt525371289" type="link"/><cms:entry id="I_Ref525371325" part="chapter4" ref="I_Ref525371325" type="link"/><cms:entry id="_Toc530556434" part="chapter4" ref="_Toc530556434" type="link"/><cms:entry id="_Toc530556622" part="chapter4" ref="_Toc530556622" type="link"/><cms:entry id="_Toc532369269" part="chapter4" ref="_Toc532369269" type="link"/><cms:entry id="N16753" part="chapter4" ref="N16753" type="section">4.3</cms:entry><cms:entry id="N1675A" part="chapter4" ref="N1675A" type="citenumber">123</cms:entry><cms:entry id="_Hlt532193327" part="chapter4" ref="_Hlt532193327" type="link"/><cms:entry id="DiDiSeite_P0_N_105" part="chapter4" ref="DiDiSeite_P0_N_105" type="link"/><cms:entry id="_Hlt532108032" part="chapter4" ref="_Hlt532108032" type="link"/><cms:entry id="_Hlt523539651" part="chapter4" ref="_Hlt523539651" type="link"/><cms:entry id="N1678E" part="chapter4" ref="N1678E" type="citenumber">124</cms:entry><cms:entry id="_Hlt532193386" part="chapter4" ref="_Hlt532193386" type="link"/><cms:entry id="_Hlt523540886" part="chapter4" ref="_Hlt523540886" type="link"/><cms:entry id="N167B0" part="chapter4" ref="N167B0" type="citenumber">125</cms:entry><cms:entry id="_Toc524932073" part="chapter4" ref="_Toc524932073" type="link"/><cms:entry id="_Toc524932756" part="chapter4" ref="_Toc524932756" type="link"/><cms:entry id="_Toc524945035" part="chapter4" ref="_Toc524945035" type="link"/><cms:entry id="_Toc524945324" part="chapter4" ref="_Toc524945324" type="link"/><cms:entry id="I_Ref525371359" part="chapter4" ref="I_Ref525371359" type="link"/><cms:entry id="_Toc530556435" part="chapter4" ref="_Toc530556435" type="link"/><cms:entry id="_Toc530556623" part="chapter4" ref="_Toc530556623" type="link"/><cms:entry id="_Toc532369270" part="chapter4" ref="_Toc532369270" type="link"/><cms:entry id="N167E8" part="chapter4" ref="N167E8" type="section">4.4</cms:entry><cms:entry id="N167F6" part="chapter4" ref="N167F6" type="citenumber">126</cms:entry><cms:entry id="DiDiSeite_P0_N_106" part="chapter4" ref="DiDiSeite_P0_N_106" type="link"/><cms:entry id="_Toc530557476" part="chapter4" ref="_Toc530557476" type="link"/><cms:entry id="_Toc532371154" part="chapter4" ref="_Toc532371154" type="link"/><cms:entry id="I_Ref530542325" part="chapter4" ref="I_Ref530542325" type="link"/><cms:entry id="N16821" part="chapter4" ref="N16821" type="table"/><cms:entry id="_Hlt530542329" part="chapter4" ref="_Hlt530542329" type="link"/><cms:entry id="N16BBC" part="chapter4" ref="N16BBC" type="citenumber">127</cms:entry><cms:entry id="DiDiSeite_P0_N_107" part="chapter4" ref="DiDiSeite_P0_N_107" type="link"/><cms:entry id="N16BDB" part="chapter4" ref="N16BDB" type="citenumber">128</cms:entry><cms:entry id="N16BF7" part="chapter4" ref="N16BF7" type="citenumber">129</cms:entry><cms:entry id="_Toc524932074" part="chapter4" ref="_Toc524932074" type="link"/><cms:entry id="_Toc524932757" part="chapter4" ref="_Toc524932757" type="link"/><cms:entry id="_Toc524945036" part="chapter4" ref="_Toc524945036" type="link"/><cms:entry id="_Toc524945325" part="chapter4" ref="_Toc524945325" type="link"/><cms:entry id="_Toc530556436" part="chapter4" ref="_Toc530556436" type="link"/><cms:entry id="_Toc530556624" part="chapter4" ref="_Toc530556624" type="link"/><cms:entry id="_Toc532369271" part="chapter4" ref="_Toc532369271" type="link"/><cms:entry id="DiDiSeite_P0_N_108" part="chapter4" ref="DiDiSeite_P0_N_108" type="link"/><cms:entry id="N16C32" part="chapter4" ref="N16C32" type="section">4.5</cms:entry><cms:entry id="N16C39" part="chapter4" ref="N16C39" type="citenumber">130</cms:entry><cms:entry id="_Hlt524848601" part="chapter4" ref="_Hlt524848601" type="link"/><cms:entry id="I_Ref524700419" part="chapter4" ref="I_Ref524700419" type="link"/><cms:entry id="_Hlt524700432" part="chapter4" ref="_Hlt524700432" type="link"/><cms:entry id="_Toc524932078" part="chapter4" ref="_Toc524932078" type="link"/><cms:entry id="_Toc524932761" part="chapter4" ref="_Toc524932761" type="link"/><cms:entry id="_Toc524945040" part="chapter4" ref="_Toc524945040" type="link"/><cms:entry id="_Toc524945329" part="chapter4" ref="_Toc524945329" type="link"/><cms:entry id="_Toc530556437" part="chapter4" ref="_Toc530556437" type="link"/><cms:entry id="_Toc530556625" part="chapter4" ref="_Toc530556625" type="link"/><cms:entry id="_Toc532369272" part="chapter4" ref="_Toc532369272" type="link"/><cms:entry id="DiDiSeite_P0_N_109" part="chapter4" ref="DiDiSeite_P0_N_109" type="link"/><cms:entry ref="chapter5" type="chapter">5</cms:entry><cms:entry ref="N16CB4" type="helpercitenumber">130</cms:entry><cms:entry ref="_Toc524932079" type="link"/><cms:entry ref="_Toc524932762" type="link"/><cms:entry ref="_Toc524945041" type="link"/><cms:entry ref="_Toc524945330" type="link"/><cms:entry ref="_Toc530556438" type="link"/><cms:entry ref="_Toc530556626" type="link"/><cms:entry ref="N16CD8" type="section">5.1</cms:entry><cms:entry ref="_Toc532369273" type="link"/><cms:entry ref="N16CE2" type="citenumber">131</cms:entry><cms:entry ref="_Hlt532369549" type="link"/><cms:entry ref="_Toc524932080" type="link"/><cms:entry ref="_Toc524932763" type="link"/><cms:entry ref="_Toc524945042" type="link"/><cms:entry ref="_Toc524945331" type="link"/><cms:entry ref="_Toc530556439" type="link"/><cms:entry ref="_Toc530556627" type="link"/><cms:entry ref="_Toc532369274" type="link"/><cms:entry ref="DiDiSeite_P0_N_110" type="link"/><cms:entry ref="N16DA8" type="section">5.2</cms:entry><cms:entry ref="_Toc524932081" type="link"/><cms:entry ref="_Toc524932764" type="link"/><cms:entry ref="_Toc524945043" type="link"/><cms:entry ref="_Toc524945332" type="link"/><cms:entry ref="_Toc530556440" type="link"/><cms:entry ref="_Toc530556628" type="link"/><cms:entry ref="N16DD1" type="subsection">5.2.1</cms:entry><cms:entry ref="_Toc532369275" type="link"/><cms:entry ref="_Toc524932082" type="link"/><cms:entry ref="_Toc524932765" type="link"/><cms:entry ref="_Toc524945044" type="link"/><cms:entry ref="_Toc524945333" type="link"/><cms:entry ref="I_Ref530292289" type="link"/><cms:entry ref="_Hlt530292376" type="link"/><cms:entry ref="_Toc530556441" type="link"/><cms:entry ref="_Toc530556629" type="link"/><cms:entry ref="I_Ref531401269" type="link"/><cms:entry ref="I_Ref532353364" type="link"/><cms:entry ref="_Toc532369276" type="link"/><cms:entry ref="I_Ref532865892" type="link"/><cms:entry ref="DiDiSeite_P0_N_111" type="link"/><cms:entry ref="N16E37" type="subsection">5.2.2</cms:entry><cms:entry ref="I_Ref519478588" type="link"/><cms:entry ref="_Hlt519478594" type="link"/><cms:entry ref="_Toc524932083" type="link"/><cms:entry ref="_Toc524932766" type="link"/><cms:entry ref="_Toc524945045" type="link"/><cms:entry ref="_Toc524945334" type="link"/><cms:entry ref="_Toc530556442" type="link"/><cms:entry ref="_Toc530556630" type="link"/><cms:entry ref="N16E6C" type="block">5.2.2.1</cms:entry><cms:entry ref="_Toc532369277" type="link"/><cms:entry ref="N16E7F" type="citenumber">132</cms:entry><cms:entry ref="_Hlt517149046" type="link"/><cms:entry ref="N16EA2" type="citenumber">133</cms:entry><cms:entry ref="N16EA5" type="table"/><cms:entry ref="_Hlt9390744" type="link"/><cms:entry ref="_Hlt9391040" type="link"/><cms:entry ref="_Hlt517156988" type="link"/><cms:entry ref="_Hlt517161625" type="link"/><cms:entry ref="N16FD4" type="citenumber">134</cms:entry><cms:entry ref="N16FED" type="table"/><cms:entry ref="_Hlt517162568" type="link"/><cms:entry ref="N17085" type="citenumber">135</cms:entry><cms:entry ref="N170A4" type="citenumber">136</cms:entry><cms:entry ref="N170B1" type="table"/><cms:entry ref="_Hlt517167788" type="link"/><cms:entry ref="N17192" type="citenumber">137</cms:entry><cms:entry ref="_Hlt517163002" type="link"/><cms:entry ref="N171B5" type="citenumber">138</cms:entry><cms:entry ref="N171B8" type="table"/><cms:entry ref="_Hlt517167839" type="link"/><cms:entry ref="DiDiSeite_P0_N_113" type="link"/><cms:entry ref="N17287" type="citenumber">139</cms:entry><cms:entry ref="N1728A" type="table"/><cms:entry ref="N172D1" type="citenumber">140</cms:entry><cms:entry ref="N172D7" type="table"/><cms:entry ref="N17407" type="citenumber">141</cms:entry><cms:entry ref="N17427" type="citenumber">142</cms:entry><cms:entry ref="N1742A" type="table"/><cms:entry ref="_Hlt532194334" type="link"/><cms:entry ref="N1751F" type="citenumber">143</cms:entry><cms:entry ref="N17538" type="table"/><cms:entry ref="N17617" type="citenumber">144</cms:entry><cms:entry ref="N17636" type="citenumber">145</cms:entry><cms:entry ref="N17643" type="table"/><cms:entry ref="N1770A" type="citenumber">146</cms:entry><cms:entry ref="N1772A" type="citenumber">147</cms:entry><cms:entry ref="N1772D" type="table"/><cms:entry ref="N17807" type="citenumber">148</cms:entry><cms:entry ref="_Hlt517664088" type="link"/><cms:entry ref="N1782A" type="citenumber">149</cms:entry><cms:entry ref="N1782D" type="table"/><cms:entry ref="_Hlt9393613" type="link"/><cms:entry ref="_Hlt9402707" type="link"/><cms:entry ref="_Hlt517664719" type="link"/><cms:entry ref="DiDiSeite_P0_N_116" type="link"/><cms:entry ref="N17906" type="citenumber">150</cms:entry><cms:entry ref="N1791F" type="table"/><cms:entry ref="N17A32" type="citenumber">151</cms:entry><cms:entry ref="N17A4E" type="citenumber">152</cms:entry><cms:entry ref="N17A68" type="citenumber">153</cms:entry><cms:entry ref="N17A81" type="table"/><cms:entry ref="N17AB9" type="citenumber">154</cms:entry><cms:entry ref="N17AD5" type="citenumber">155</cms:entry><cms:entry ref="N17AE2" type="table"/><cms:entry ref="_Toc524932084" type="link"/><cms:entry ref="_Toc524932767" type="link"/><cms:entry ref="_Toc524945046" type="link"/><cms:entry ref="_Toc524945335" type="link"/><cms:entry ref="_Toc530556443" type="link"/><cms:entry ref="_Toc530556631" type="link"/><cms:entry ref="_Toc532369278" type="link"/><cms:entry ref="N17B42" type="block">5.2.2.2</cms:entry><cms:entry ref="N17B52" type="citenumber">156</cms:entry><cms:entry ref="_Hlt519477960" type="link"/><cms:entry ref="N17B74" type="citenumber">157</cms:entry><cms:entry ref="N17B81" type="table"/><cms:entry ref="N17CC1" type="citenumber">158</cms:entry><cms:entry ref="_Hlt519482302" type="link"/><cms:entry ref="DiDiSeite_P0_N_118" type="link"/><cms:entry ref="N17CEA" type="citenumber">159</cms:entry><cms:entry ref="N17CED" type="table"/><cms:entry ref="N17DB6" type="citenumber">160</cms:entry><cms:entry ref="N17DB9" type="table"/><cms:entry ref="N17E00" type="citenumber">161</cms:entry><cms:entry ref="N17E06" type="table"/><cms:entry ref="N17F2F" type="citenumber">162</cms:entry><cms:entry ref="N17F4B" type="citenumber">163</cms:entry><cms:entry ref="N17F58" type="table"/><cms:entry ref="N18013" type="citenumber">164</cms:entry><cms:entry ref="N18033" type="citenumber">165</cms:entry><cms:entry ref="N18036" type="table"/><cms:entry ref="DiDiSeite_P0_N_120" type="link"/><cms:entry ref="N180DD" type="citenumber">166</cms:entry><cms:entry ref="N180E0" type="table"/><cms:entry ref="N1812B" type="citenumber">167</cms:entry><cms:entry ref="N1812E" type="table"/><cms:entry ref="DiDiSeite_P0_N_121" type="link"/><cms:entry ref="N18247" type="citenumber">168</cms:entry><cms:entry ref="N1824D" type="table"/><cms:entry ref="N1828A" type="citenumber">169</cms:entry><cms:entry ref="N18297" type="table"/><cms:entry ref="I_Ref521899954" type="link"/><cms:entry ref="_Hlt521899961" type="link"/><cms:entry ref="_Toc524932085" type="link"/><cms:entry ref="_Toc524932768" type="link"/><cms:entry ref="_Toc524945047" type="link"/><cms:entry ref="_Toc524945336" type="link"/><cms:entry ref="_Toc530556444" type="link"/><cms:entry ref="_Toc530556632" type="link"/><cms:entry ref="_Toc532369279" type="link"/><cms:entry ref="DiDiSeite_P0_N_122" type="link"/><cms:entry ref="N1842E" type="block">5.2.2.3</cms:entry><cms:entry ref="_Hlt521899983" type="link"/><cms:entry ref="N18444" type="citenumber">170</cms:entry><cms:entry ref="N18464" type="citenumber">171</cms:entry><cms:entry ref="N18467" type="table"/><cms:entry ref="_Hlt520797466" type="link"/><cms:entry ref="N1858F" type="citenumber">172</cms:entry><cms:entry ref="N185A8" type="table"/><cms:entry ref="N18686" type="citenumber">173</cms:entry><cms:entry ref="N18692" type="table"/><cms:entry ref="N186E4" type="citenumber">174</cms:entry><cms:entry ref="N186F4" type="table"/><cms:entry ref="N1880C" type="citenumber">175</cms:entry><cms:entry ref="DiDiSeite_P0_N_124" type="link"/><cms:entry ref="N18831" type="citenumber">176</cms:entry><cms:entry ref="N1883D" type="table"/><cms:entry ref="N18929" type="citenumber">177</cms:entry><cms:entry ref="N18949" type="citenumber">178</cms:entry><cms:entry ref="N1894C" type="table"/><cms:entry ref="N18A1B" type="citenumber">179</cms:entry><cms:entry ref="N18A34" type="table"/><cms:entry ref="N18B13" type="citenumber">180</cms:entry><cms:entry ref="N18B26" type="citenumber">181</cms:entry><cms:entry ref="N18B3F" type="table"/><cms:entry ref="N18C46" type="citenumber">182</cms:entry><cms:entry ref="N18C62" type="citenumber">183</cms:entry><cms:entry ref="N18C6F" type="table"/><cms:entry ref="_Toc524932086" type="link"/><cms:entry ref="_Toc524932769" type="link"/><cms:entry ref="_Toc524945048" type="link"/><cms:entry ref="_Toc524945337" type="link"/><cms:entry ref="_Toc530556445" type="link"/><cms:entry ref="_Toc530556633" type="link"/><cms:entry ref="_Toc532369280" type="link"/><cms:entry ref="N18D5A" type="block">5.2.2.4</cms:entry><cms:entry ref="N18D6A" type="citenumber">184</cms:entry><cms:entry ref="N18D89" type="citenumber">185</cms:entry><cms:entry ref="N18D96" type="table"/><cms:entry ref="DiDiSeite_P0_N_127" type="link"/><cms:entry ref="N18EDB" type="citenumber">186</cms:entry><cms:entry ref="N18EF7" type="citenumber">187</cms:entry><cms:entry ref="N18EFA" type="table"/><cms:entry ref="N18FA9" type="citenumber">188</cms:entry><cms:entry ref="N18FC5" type="citenumber">189</cms:entry><cms:entry ref="N18FC8" type="table"/><cms:entry ref="N1903F" type="table"/><cms:entry ref="N19085" type="citenumber">190</cms:entry><cms:entry ref="DiDiSeite_P0_N_128" type="link"/><cms:entry ref="N190A6" type="citenumber">191</cms:entry><cms:entry ref="N190A9" type="table"/><cms:entry ref="_Toc524932087" type="link"/><cms:entry ref="_Toc524932770" type="link"/><cms:entry ref="_Toc524945049" type="link"/><cms:entry ref="_Toc524945338" type="link"/><cms:entry ref="_Toc530556446" type="link"/><cms:entry ref="_Toc530556634" type="link"/><cms:entry ref="_Toc532369281" type="link"/><cms:entry ref="DiDiSeite_P0_N_129" type="link"/><cms:entry ref="N191F5" type="section">5.3</cms:entry><cms:entry ref="_Toc524932088" type="link"/><cms:entry ref="_Toc524932771" type="link"/><cms:entry ref="_Toc524945050" type="link"/><cms:entry ref="_Toc524945339" type="link"/><cms:entry ref="_Toc530556447" type="link"/><cms:entry ref="_Toc530556635" type="link"/><cms:entry ref="N1921E" type="subsection">5.3.1</cms:entry><cms:entry ref="_Toc532369282" type="link"/><cms:entry ref="_Toc524932089" type="link"/><cms:entry ref="_Toc524932772" type="link"/><cms:entry ref="_Toc524945051" type="link"/><cms:entry ref="_Toc524945340" type="link"/><cms:entry ref="_Toc530556448" type="link"/><cms:entry ref="_Toc530556636" type="link"/><cms:entry ref="_Toc532369283" type="link"/><cms:entry ref="N19264" type="subsection">5.3.2</cms:entry><cms:entry ref="_Toc530556449" type="link"/><cms:entry ref="_Toc530556637" type="link"/><cms:entry ref="_Toc532369284" type="link"/><cms:entry ref="N19281" type="subsection">5.3.3</cms:entry><cms:entry ref="I_Ref514841298" type="link"/><cms:entry ref="_Toc524932091" type="link"/><cms:entry ref="_Toc524932774" type="link"/><cms:entry ref="_Toc524945053" type="link"/><cms:entry ref="_Toc524945342" type="link"/><cms:entry ref="_Toc530556450" type="link"/><cms:entry ref="_Toc530556638" type="link"/><cms:entry ref="_Hlt532176696" type="link"/><cms:entry ref="N192B6" type="block">5.3.3.1</cms:entry><cms:entry ref="_Toc532369285" type="link"/><cms:entry ref="N192C0" type="citenumber">192</cms:entry><cms:entry ref="_Toc524932092" type="link"/><cms:entry ref="_Toc524932775" type="link"/><cms:entry ref="_Toc524945054" type="link"/><cms:entry ref="_Toc524945343" type="link"/><cms:entry ref="_Toc530556451" type="link"/><cms:entry ref="_Toc530556639" type="link"/><cms:entry ref="N192F8" type="subblock">5.3.3.1.1</cms:entry><cms:entry ref="_Toc532369286" type="link"/><cms:entry ref="DiDiSeite_P0_N_130" type="link"/><cms:entry ref="N1930C" type="table"/><cms:entry ref="N19365" type="mm">15#17</cms:entry><cms:entry ref="N1936C" type="mm">15#17</cms:entry><cms:entry ref="N19373" type="mm">15#17</cms:entry><cms:entry ref="N193B0" type="mm">15#17</cms:entry><cms:entry ref="N193B7" type="mm">15#17</cms:entry><cms:entry ref="N193BE" type="mm">15#17</cms:entry><cms:entry ref="N193FB" type="mm">15#17</cms:entry><cms:entry ref="N19402" type="mm">15#17</cms:entry><cms:entry ref="N19409" type="mm">15#17</cms:entry><cms:entry ref="N19446" type="mm">15#17</cms:entry><cms:entry ref="N1944D" type="mm">15#17</cms:entry><cms:entry ref="N19454" type="mm">15#17</cms:entry><cms:entry ref="_Toc524932093" type="link"/><cms:entry ref="_Toc524932776" type="link"/><cms:entry ref="_Toc524945055" type="link"/><cms:entry ref="_Toc524945344" type="link"/><cms:entry ref="_Toc530556452" type="link"/><cms:entry ref="_Toc530556640" type="link"/><cms:entry ref="_Toc532369287" type="link"/><cms:entry ref="N1948A" type="subblock">5.3.3.1.2</cms:entry><cms:entry ref="N19494" type="citenumber">193</cms:entry><cms:entry ref="N194A1" type="table"/><cms:entry ref="N194E7" type="mm">15#17</cms:entry><cms:entry ref="N19515" type="mm">15#17</cms:entry><cms:entry ref="N19543" type="mm">15#17</cms:entry><cms:entry ref="N19571" type="mm">15#17</cms:entry><cms:entry ref="_Toc524932094" type="link"/><cms:entry ref="_Toc524932777" type="link"/><cms:entry ref="_Toc524945056" type="link"/><cms:entry ref="_Toc524945345" type="link"/><cms:entry ref="_Toc530556453" type="link"/><cms:entry ref="_Toc530556641" type="link"/><cms:entry ref="_Hlt531396243" type="link"/><cms:entry ref="_Toc532369288" type="link"/><cms:entry ref="N195AD" type="subblock">5.3.3.1.3</cms:entry><cms:entry ref="DiDiSeite_P0_N_131" type="link"/><cms:entry ref="N195C4" type="citenumber">194</cms:entry><cms:entry ref="N195C7" type="table"/><cms:entry ref="N1960D" type="mm">15#17</cms:entry><cms:entry ref="N1963B" type="mm">15#17</cms:entry><cms:entry ref="N19669" type="mm">15#17</cms:entry><cms:entry ref="N19697" type="mm">15#17</cms:entry><cms:entry ref="_Toc524932095" type="link"/><cms:entry ref="_Toc524932778" type="link"/><cms:entry ref="_Toc524945057" type="link"/><cms:entry ref="_Toc524945346" type="link"/><cms:entry ref="I_Ref525367434" type="link"/><cms:entry ref="_Hlt525367439" type="link"/><cms:entry ref="_Toc530556454" type="link"/><cms:entry ref="_Toc530556642" type="link"/><cms:entry ref="_Toc532369289" type="link"/><cms:entry ref="N196DA" type="block">5.3.3.2</cms:entry><cms:entry ref="_Hlt529594012" type="link"/><cms:entry ref="DiDiSeite_P0_N_132" type="link"/><cms:entry ref="_Toc524932096" type="link"/><cms:entry ref="_Toc524932779" type="link"/><cms:entry ref="_Toc524945058" type="link"/><cms:entry ref="_Toc524945347" type="link"/><cms:entry ref="_Toc530556455" type="link"/><cms:entry ref="_Toc530556643" type="link"/><cms:entry ref="_Toc532369290" type="link"/><cms:entry ref="N19719" type="subsection">5.3.4</cms:entry><cms:entry ref="_Toc524932097" type="link"/><cms:entry ref="_Toc524932780" type="link"/><cms:entry ref="_Toc524945059" type="link"/><cms:entry ref="_Toc524945348" type="link"/><cms:entry ref="_Toc530556456" type="link"/><cms:entry ref="_Toc530556644" type="link"/><cms:entry ref="_Toc532369291" type="link"/><cms:entry ref="DiDiSeite_P0_N_133" type="link"/><cms:entry ref="N19756" type="section">5.4</cms:entry><cms:entry ref="_Toc524932098" type="link"/><cms:entry ref="_Toc524932781" type="link"/><cms:entry ref="_Toc524945060" type="link"/><cms:entry ref="_Toc524945349" type="link"/><cms:entry ref="I_Ref529608877" type="link"/><cms:entry ref="_Hlt529608884" type="link"/><cms:entry ref="_Toc530556457" type="link"/><cms:entry ref="_Toc530556645" type="link"/><cms:entry ref="N1978B" type="subsection">5.4.1</cms:entry><cms:entry ref="_Toc532369292" type="link"/><cms:entry ref="_Toc524932099" type="link"/><cms:entry ref="_Toc524932782" type="link"/><cms:entry ref="_Toc524945061" type="link"/><cms:entry ref="_Toc524945350" type="link"/><cms:entry ref="I_Ref529672391" type="link"/><cms:entry ref="_Hlt529672395" type="link"/><cms:entry ref="I_Ref530284334" type="link"/><cms:entry ref="_Toc530556458" type="link"/><cms:entry ref="_Toc530556646" type="link"/><cms:entry ref="N197C9" type="block">5.4.1.1</cms:entry><cms:entry ref="_Toc532369293" type="link"/><cms:entry ref="N197D3" type="citenumber">195</cms:entry><cms:entry ref="_Hlt532109860" type="link"/><cms:entry ref="N197E6" type="table"/><cms:entry ref="FM1" type="entry"/><cms:entry ref="FM2" type="entry"/><cms:entry ref="FM3" type="entry"/><cms:entry ref="_Hlt521403238" type="link"/><cms:entry ref="_Hlt517683845" type="link"/><cms:entry ref="N19850" type="citenumber">196</cms:entry><cms:entry ref="N19856" type="table"/><cms:entry ref="DMB" type="entry"/><cms:entry ref="DMC" type="entry"/><cms:entry ref="DMD" type="entry"/><cms:entry ref="_Hlt532866110" type="link"/><cms:entry ref="_Hlt518881303" type="link"/><cms:entry ref="_Hlt521404791" type="link"/><cms:entry ref="_Hlt517676574" type="link"/><cms:entry ref="_Toc524932100" type="link"/><cms:entry ref="_Toc524932783" type="link"/><cms:entry ref="_Toc524945062" type="link"/><cms:entry ref="_Toc524945351" type="link"/><cms:entry ref="_Toc530556459" type="link"/><cms:entry ref="_Toc530556647" type="link"/><cms:entry ref="_Toc532369294" type="link"/><cms:entry ref="N1992F" type="block">5.4.1.2</cms:entry><cms:entry ref="DiDiSeite_P0_N_134" type="link"/><cms:entry ref="N19953" type="subsection">5.4.2</cms:entry><cms:entry ref="_Toc524932101" type="link"/><cms:entry ref="_Toc524932784" type="link"/><cms:entry ref="_Toc524945063" type="link"/><cms:entry ref="_Toc524945352" type="link"/><cms:entry ref="_Toc530556460" type="link"/><cms:entry ref="_Toc530556648" type="link"/><cms:entry ref="_Toc532369295" type="link"/><cms:entry ref="_Toc524932102" type="link"/><cms:entry ref="_Toc524932785" type="link"/><cms:entry ref="_Toc524945064" type="link"/><cms:entry ref="_Toc524945353" type="link"/><cms:entry ref="I_Ref529671036" type="link"/><cms:entry ref="_Hlt529671045" type="link"/><cms:entry ref="_Toc530556461" type="link"/><cms:entry ref="_Toc530556649" type="link"/><cms:entry ref="N199A0" type="block">5.4.2.1</cms:entry><cms:entry ref="_Toc532369296" type="link"/><cms:entry ref="N199AE" type="citenumber">197</cms:entry><cms:entry ref="N199B1" type="table"/><cms:entry ref="N19A12" type="table"/><cms:entry ref="_Hlt517662669" type="link"/><cms:entry ref="_Toc524932103" type="link"/><cms:entry ref="_Toc524932786" type="link"/><cms:entry ref="_Toc524945065" type="link"/><cms:entry ref="_Toc524945354" type="link"/><cms:entry ref="_Toc530556462" type="link"/><cms:entry ref="_Toc530556650" type="link"/><cms:entry ref="_Toc532369297" type="link"/><cms:entry ref="N19AAD" type="block">5.4.2.2</cms:entry><cms:entry ref="N19AB8" type="table"/><cms:entry ref="N19B1A" type="citenumber">198</cms:entry><cms:entry ref="DiDiSeite_P0_N_135" type="link"/><cms:entry ref="N19B26" type="subsection">5.4.3</cms:entry><cms:entry ref="_Toc524932104" type="link"/><cms:entry ref="_Toc524932787" type="link"/><cms:entry ref="_Toc524945066" type="link"/><cms:entry ref="_Toc524945355" type="link"/><cms:entry ref="_Toc530556463" type="link"/><cms:entry ref="_Toc530556651" type="link"/><cms:entry ref="_Toc532369298" type="link"/><cms:entry ref="_Hlt523824271" type="link"/><cms:entry ref="_Hlt523824204" type="link"/><cms:entry ref="_Hlt523824185" type="link"/><cms:entry ref="_Hlt523824261" type="link"/><cms:entry ref="N19B5C" type="subsection">5.4.4</cms:entry><cms:entry ref="_Toc524932105" type="link"/><cms:entry ref="_Toc524932788" type="link"/><cms:entry ref="_Toc524945067" type="link"/><cms:entry ref="_Toc524945356" type="link"/><cms:entry ref="_Toc530556464" type="link"/><cms:entry ref="_Toc530556652" type="link"/><cms:entry ref="_Toc532369299" type="link"/><cms:entry ref="_Hlt523824360" type="link"/><cms:entry ref="_Toc524932106" type="link"/><cms:entry ref="_Toc524932789" type="link"/><cms:entry ref="_Toc524945068" type="link"/><cms:entry ref="_Toc524945357" type="link"/><cms:entry ref="_Toc530556465" type="link"/><cms:entry ref="_Toc530556653" type="link"/><cms:entry ref="_Toc532369300" type="link"/><cms:entry ref="N19BB0" type="subsection">5.4.5</cms:entry><cms:entry ref="_Hlt523824660" type="link"/><cms:entry ref="N19BBD" type="citenumber">199</cms:entry><cms:entry ref="_Hlt523824986" type="link"/><cms:entry ref="N19BD1" type="subsection">5.4.6</cms:entry><cms:entry ref="_Toc524932107" type="link"/><cms:entry ref="_Toc524932790" type="link"/><cms:entry ref="_Toc524945069" type="link"/><cms:entry ref="_Toc524945358" type="link"/><cms:entry ref="_Toc530556466" type="link"/><cms:entry ref="_Toc530556654" type="link"/><cms:entry ref="_Toc532369301" type="link"/><cms:entry ref="N19BF4" type="table"/><cms:entry ref="_Toc524932108" type="link"/><cms:entry ref="_Toc524932791" type="link"/><cms:entry ref="_Toc524945070" type="link"/><cms:entry ref="_Toc524945359" type="link"/><cms:entry ref="_Hlt524948426" type="link"/><cms:entry ref="_Toc530556467" type="link"/><cms:entry ref="_Toc530556655" type="link"/><cms:entry ref="_Toc532369302" type="link"/><cms:entry ref="DiDiSeite_P0_N_136" type="link"/><cms:entry ref="N19CCA" type="subsection">5.4.7</cms:entry><cms:entry ref="N19CD1" type="citenumber">200</cms:entry><cms:entry ref="N19CD7" type="table"/><cms:entry ref="_Toc524932109" type="link"/><cms:entry ref="_Toc524932792" type="link"/><cms:entry ref="_Toc524945071" type="link"/><cms:entry ref="_Toc524945360" type="link"/><cms:entry ref="_Toc530556468" type="link"/><cms:entry ref="_Toc530556656" type="link"/><cms:entry ref="_Toc532369303" type="link"/><cms:entry ref="DiDiSeite_P0_N_137" type="link"/><cms:entry id="chapter6" part="chapter6" ref="chapter6" type="chapter">6</cms:entry><cms:entry id="N19D79" part="chapter6" ref="N19D79" type="helpercitenumber">200</cms:entry><cms:entry id="N19D7E" part="chapter6" ref="N19D7E" type="citenumber">201</cms:entry><cms:entry id="_Hlt530549437" part="chapter6" ref="_Hlt530549437" type="link"/><cms:entry id="N19DAF" part="chapter6" ref="N19DAF" type="citenumber">202</cms:entry><cms:entry id="_Hlt530901184" part="chapter6" ref="_Hlt530901184" type="link"/><cms:entry id="_Hlt524854441" part="chapter6" ref="_Hlt524854441" type="link"/><cms:entry id="_Hlt524854444" part="chapter6" ref="_Hlt524854444" type="link"/><cms:entry id="DiDiSeite_P0_N_138" part="chapter6" ref="DiDiSeite_P0_N_138" type="link"/><cms:entry id="N19E0E" part="chapter6" ref="N19E0E" type="citenumber">203</cms:entry><cms:entry id="DiDiSeite_P0_N_139" part="chapter6" ref="DiDiSeite_P0_N_139" type="link"/><cms:entry id="N19E26" part="chapter6" ref="N19E26" type="citenumber">204</cms:entry><cms:entry id="_Toc524945072" part="chapter6" ref="_Toc524945072" type="link"/><cms:entry id="_Toc524945361" part="chapter6" ref="_Toc524945361" type="link"/><cms:entry id="_Hlt524948441" part="chapter6" ref="_Hlt524948441" type="link"/><cms:entry id="litertur" part="chapter6" ref="litertur" type="link"/><cms:entry id="DiDiSeite_P0_N_140" part="chapter6" ref="DiDiSeite_P0_N_140" type="link"/><cms:entry ref="N19E67" type="back"/><cms:entry id="N19E69" part="N19E69" ref="N19E69" type="acknowledgement">Danksagung</cms:entry><cms:entry id="I_Ref524699652" part="N19E69" ref="I_Ref524699652" type="link"/><cms:entry id="_Toc524945270" part="N19E69" ref="_Toc524945270" type="link"/><cms:entry id="_Hlt530556658" part="N19E69" ref="_Hlt530556658" type="link"/><cms:entry id="schemaverz" part="N19E69" ref="schemaverz" type="link"/><cms:entry id="DiDiSeite_P0_N_8" part="N19E69" ref="DiDiSeite_P0_N_8" type="link"/><cms:entry id="N19EA8" part="N19EA8" ref="N19EA8" type="appendix">Schemataverzeichnis</cms:entry><cms:entry id="N19EAA" part="N19EA8" ref="N19EAA" type="head"/><cms:entry id="N19EAD" part="N19EA8" ref="N19EAD" type="p"/><cms:entry id="N19EBC" part="N19EA8" ref="N19EBC" type="p"/><cms:entry id="N19ECB" part="N19EA8" ref="N19ECB" type="p"/><cms:entry id="N19EDA" part="N19EA8" ref="N19EDA" type="p"/><cms:entry id="N19EE1" part="N19EA8" ref="N19EE1" type="p"/><cms:entry id="N19EE8" part="N19EA8" ref="N19EE8" type="p"/><cms:entry id="N19EEF" part="N19EA8" ref="N19EEF" type="p"/><cms:entry id="N19EFA" part="N19EA8" ref="N19EFA" type="p"/><cms:entry id="N19F05" part="N19EA8" ref="N19F05" type="p"/><cms:entry id="N19F10" part="N19EA8" ref="N19F10" type="p"/><cms:entry id="N19F1B" part="N19EA8" ref="N19F1B" type="p"/><cms:entry id="N19F26" part="N19EA8" ref="N19F26" type="p"/><cms:entry id="_Hlt530884603" part="N19EA8" ref="_Hlt530884603" type="link"/><cms:entry id="N19F30" part="N19EA8" ref="N19F30" type="p"/><cms:entry id="N19F37" part="N19EA8" ref="N19F37" type="p"/><cms:entry id="N19F3E" part="N19EA8" ref="N19F3E" type="p"/><cms:entry id="N19F45" part="N19EA8" ref="N19F45" type="p"/><cms:entry id="N19F4C" part="N19EA8" ref="N19F4C" type="p"/><cms:entry id="N19F53" part="N19EA8" ref="N19F53" type="p"/><cms:entry id="N19F5A" part="N19EA8" ref="N19F5A" type="p"/><cms:entry id="N19F65" part="N19EA8" ref="N19F65" type="p"/><cms:entry id="N19F70" part="N19EA8" ref="N19F70" type="p"/><cms:entry id="N19F7B" part="N19EA8" ref="N19F7B" type="p"/><cms:entry id="_Toc524932019" part="N19EA8" ref="_Toc524932019" type="link"/><cms:entry id="N19F81" part="N19EA8" ref="N19F81" type="p"/><cms:entry id="_Toc524932704" part="N19EA8" ref="_Toc524932704" type="link"/><cms:entry id="N19F87" part="N19EA8" ref="N19F87" type="p"/><cms:entry id="_Toc524944983" part="N19EA8" ref="_Toc524944983" type="link"/><cms:entry id="N19F8D" part="N19EA8" ref="N19F8D" type="p"/><cms:entry id="_Toc524945272" part="N19EA8" ref="_Toc524945272" type="link"/><cms:entry id="N19F93" part="N19EA8" ref="N19F93" type="p"/><cms:entry id="_Hlt530556660" part="N19EA8" ref="_Hlt530556660" type="link"/><cms:entry id="N19F99" part="N19EA8" ref="N19F99" type="p"/><cms:entry id="substanzbez" part="N19EA8" ref="substanzbez" type="link"/><cms:entry id="N19F9F" part="N19EA8" ref="N19F9F" type="p"/><cms:entry id="substanzbezI" part="N19EA8" ref="substanzbezI" type="link"/><cms:entry id="N19FA5" part="N19EA8" ref="N19FA5" type="p"/><cms:entry id="DiDiSeite_P0_N_10" part="N19EA8" ref="DiDiSeite_P0_N_10" type="link"/><cms:entry id="N19FAC" part="N19FAC" ref="N19FAC" type="appendix">Verzeichnis der verwendeten Substanzbezeichnungen (Teil I) </cms:entry><cms:entry id="N19FAE" part="N19FAC" ref="N19FAE" type="head"/><cms:entry id="N19FB1" part="N19FAC" ref="N19FB1" type="p"/><cms:entry id="N19FB3" part="N19FAC" ref="N19FB3" type="table"/><cms:entry id="b1" part="N19FAC" ref="b1" type="entry"/><cms:entry id="b2" part="N19FAC" ref="b2" type="entry"/><cms:entry id="b3" part="N19FAC" ref="b3" type="entry"/><cms:entry id="b4" part="N19FAC" ref="b4" type="entry"/><cms:entry id="_Hlt530204357" part="N19FAC" ref="_Hlt530204357" type="link"/><cms:entry id="b5" part="N19FAC" ref="b5" type="entry"/><cms:entry id="b6" part="N19FAC" ref="b6" type="entry"/><cms:entry id="b7" part="N19FAC" ref="b7" type="entry"/><cms:entry id="b8" part="N19FAC" ref="b8" type="entry"/><cms:entry id="b9" part="N19FAC" ref="b9" type="entry"/><cms:entry id="b10" part="N19FAC" ref="b10" type="entry"/><cms:entry id="b11" part="N19FAC" ref="b11" type="entry"/><cms:entry id="b12" part="N19FAC" ref="b12" type="entry"/><cms:entry id="b13" part="N19FAC" ref="b13" type="entry"/><cms:entry id="b14" part="N19FAC" ref="b14" type="entry"/><cms:entry id="b15" part="N19FAC" ref="b15" type="entry"/><cms:entry id="b16" part="N19FAC" ref="b16" type="entry"/><cms:entry id="b17" part="N19FAC" ref="b17" type="entry"/><cms:entry id="b18" part="N19FAC" ref="b18" type="entry"/><cms:entry id="b19" part="N19FAC" ref="b19" type="entry"/><cms:entry id="b20" part="N19FAC" ref="b20" type="entry"/><cms:entry id="b21" part="N19FAC" ref="b21" type="entry"/><cms:entry id="b22" part="N19FAC" ref="b22" type="entry"/><cms:entry id="b23" part="N19FAC" ref="b23" type="entry"/><cms:entry id="b24" part="N19FAC" ref="b24" type="entry"/><cms:entry id="b25" part="N19FAC" ref="b25" type="entry"/><cms:entry id="b26" part="N19FAC" ref="b26" type="entry"/><cms:entry id="b27" part="N19FAC" ref="b27" type="entry"/><cms:entry id="b28" part="N19FAC" ref="b28" type="entry"/><cms:entry id="b29" part="N19FAC" ref="b29" type="entry"/><cms:entry id="b30" part="N19FAC" ref="b30" type="entry"/><cms:entry id="b31" part="N19FAC" ref="b31" type="entry"/><cms:entry id="b32" part="N19FAC" ref="b32" type="entry"/><cms:entry id="b33" part="N19FAC" ref="b33" type="entry"/><cms:entry id="b34" part="N19FAC" ref="b34" type="entry"/><cms:entry id="N1A2C0" part="N19FAC" ref="N1A2C0" type="p"/><cms:entry id="_Hlt515935877" part="N19FAC" ref="_Hlt515935877" type="link"/><cms:entry id="_Hlt514812007" part="N19FAC" ref="_Hlt514812007" type="link"/><cms:entry id="_Hlt517145792" part="N19FAC" ref="_Hlt517145792" type="link"/><cms:entry id="_Hlt517145565" part="N19FAC" ref="_Hlt517145565" type="link"/><cms:entry id="_Hlt517146401" part="N19FAC" ref="_Hlt517146401" type="link"/><cms:entry id="_Hlt517676041" part="N19FAC" ref="_Hlt517676041" type="link"/><cms:entry id="_Hlt517676743" part="N19FAC" ref="_Hlt517676743" type="link"/><cms:entry id="_Hlt517676898" part="N19FAC" ref="_Hlt517676898" type="link"/><cms:entry id="_Hlt517677003" part="N19FAC" ref="_Hlt517677003" type="link"/><cms:entry id="_Hlt517677756" part="N19FAC" ref="_Hlt517677756" type="link"/><cms:entry id="_Hlt517678046" part="N19FAC" ref="_Hlt517678046" type="link"/><cms:entry id="_Hlt517679624" part="N19FAC" ref="_Hlt517679624" type="link"/><cms:entry id="_Hlt517779065" part="N19FAC" ref="_Hlt517779065" type="link"/><cms:entry id="_Hlt517680592" part="N19FAC" ref="_Hlt517680592" type="link"/><cms:entry id="_Hlt517680673" part="N19FAC" ref="_Hlt517680673" type="link"/><cms:entry id="_Hlt517680853" part="N19FAC" ref="_Hlt517680853" type="link"/><cms:entry id="_Hlt517681491" part="N19FAC" ref="_Hlt517681491" type="link"/><cms:entry id="_Hlt517681651" part="N19FAC" ref="_Hlt517681651" type="link"/><cms:entry id="_Hlt517681738" part="N19FAC" ref="_Hlt517681738" type="link"/><cms:entry id="_Hlt517681853" part="N19FAC" ref="_Hlt517681853" type="link"/><cms:entry id="_Hlt517681932" part="N19FAC" ref="_Hlt517681932" type="link"/><cms:entry id="_Hlt517663848" part="N19FAC" ref="_Hlt517663848" type="link"/><cms:entry id="_Hlt517682348" part="N19FAC" ref="_Hlt517682348" type="link"/><cms:entry id="_Hlt517682470" part="N19FAC" ref="_Hlt517682470" type="link"/><cms:entry id="_Hlt517682602" part="N19FAC" ref="_Hlt517682602" type="link"/><cms:entry id="_Hlt520098063" part="N19FAC" ref="_Hlt520098063" type="link"/><cms:entry id="_Hlt520098315" part="N19FAC" ref="_Hlt520098315" type="link"/><cms:entry id="_Hlt520098928" part="N19FAC" ref="_Hlt520098928" type="link"/><cms:entry id="_Hlt520099388" part="N19FAC" ref="_Hlt520099388" type="link"/><cms:entry id="_Hlt520099692" part="N19FAC" ref="_Hlt520099692" type="link"/><cms:entry id="_Hlt520100000" part="N19FAC" ref="_Hlt520100000" type="link"/><cms:entry id="_Hlt520100355" part="N19FAC" ref="_Hlt520100355" type="link"/><cms:entry id="_Hlt520100885" part="N19FAC" ref="_Hlt520100885" type="link"/><cms:entry id="_Hlt520102109" part="N19FAC" ref="_Hlt520102109" type="link"/><cms:entry id="_Hlt520104039" part="N19FAC" ref="_Hlt520104039" type="link"/><cms:entry id="_Hlt520108472" part="N19FAC" ref="_Hlt520108472" type="link"/><cms:entry id="_Hlt522086396" part="N19FAC" ref="_Hlt522086396" type="link"/><cms:entry id="_Toc524932021" part="N19FAC" ref="_Toc524932021" type="link"/><cms:entry id="_Toc524932705" part="N19FAC" ref="_Toc524932705" type="link"/><cms:entry id="_Toc524944984" part="N19FAC" ref="_Toc524944984" type="link"/><cms:entry id="_Toc524945273" part="N19FAC" ref="_Toc524945273" type="link"/><cms:entry id="abkürz" part="N19FAC" ref="abkürz" type="link"/><cms:entry id="DiDiSeite_P0_N_11" part="N19FAC" ref="DiDiSeite_P0_N_11" type="link"/><cms:entry id="N1A345" part="N1A345" ref="N1A345" type="abbreviation">Verzeichnis der verwendeten Abkürzungen</cms:entry><cms:entry id="N1A34C" part="N1A345" ref="N1A34C" type="table"/><cms:entry id="APT" part="N1A345" ref="APT" type="entry"/><cms:entry id="ATP" part="N1A345" ref="ATP" type="entry"/><cms:entry id="Cnmr" part="N1A345" ref="Cnmr" type="entry"/><cms:entry id="COMT" part="N1A345" ref="COMT" type="entry"/><cms:entry id="CytP" part="N1A345" ref="CytP" type="entry"/><cms:entry id="dad" part="N1A345" ref="dad" type="entry"/><cms:entry id="dc" part="N1A345" ref="dc" type="entry"/><cms:entry id="dTh" part="N1A345" ref="dTh" type="entry"/><cms:entry id="EDTA" part="N1A345" ref="EDTA" type="entry"/><cms:entry id="EI" part="N1A345" ref="EI" type="entry"/><cms:entry id="FM" part="N1A345" ref="FM" type="entry"/><cms:entry id="Fp" part="N1A345" ref="Fp" type="entry"/><cms:entry id="GC" part="N1A345" ref="GC" type="entry"/><cms:entry id="Hnmr" part="N1A345" ref="Hnmr" type="entry"/><cms:entry id="HPLC" part="N1A345" ref="HPLC" type="entry"/><cms:entry id="IR" part="N1A345" ref="IR" type="entry"/><cms:entry id="Irel" part="N1A345" ref="Irel" type="entry"/><cms:entry id="m" 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ref="N1A6A1" type="mm">15#17</cms:entry><cms:entry id="_Toc524932022" part="N1A345" ref="_Toc524932022" type="link"/><cms:entry id="_Toc524932706" part="N1A345" ref="_Toc524932706" type="link"/><cms:entry id="_Toc524944985" part="N1A345" ref="_Toc524944985" type="link"/><cms:entry id="_Toc524945274" part="N1A345" ref="_Toc524945274" type="link"/><cms:entry id="I_Ref529581704" part="N1A345" ref="I_Ref529581704" type="link"/><cms:entry id="_Toc530556380" part="N1A345" ref="_Toc530556380" type="link"/><cms:entry id="_Toc530556568" part="N1A345" ref="_Toc530556568" type="link"/><cms:entry id="_Toc532369218" part="N1A345" ref="_Toc532369218" type="link"/><cms:entry id="DiDiSeite_P0_N_13" part="N1A345" ref="DiDiSeite_P0_N_13" type="link"/><cms:entry id="N1A6EC" part="N1A6EC" ref="N1A6EC" type="bibliography">Literatur</cms:entry><cms:entry id="I_bib1" part="N1A6EC" ref="I_bib1" type="link"/><cms:entry id="I_bib2" part="N1A6EC" ref="I_bib2" type="link"/><cms:entry id="_Hlt532359929" 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type="link"/><cms:entry id="I_bib86" part="N1A6EC" ref="I_bib86" type="link"/><cms:entry id="_Hlt532714317" part="N1A6EC" ref="_Hlt532714317" type="link"/><cms:entry id="I_bib87" part="N1A6EC" ref="I_bib87" type="link"/><cms:entry id="_Hlt532192742" part="N1A6EC" ref="_Hlt532192742" type="link"/><cms:entry id="I_bib88" part="N1A6EC" ref="I_bib88" type="link"/><cms:entry id="_Hlt532192734" part="N1A6EC" ref="_Hlt532192734" type="link"/><cms:entry id="I_bib89" part="N1A6EC" ref="I_bib89" type="link"/><cms:entry id="_Hlt532714567" part="N1A6EC" ref="_Hlt532714567" type="link"/><cms:entry id="I_bib90" part="N1A6EC" ref="I_bib90" type="link"/><cms:entry id="_Hlt532192859" part="N1A6EC" ref="_Hlt532192859" type="link"/><cms:entry id="_Hlt523892172" part="N1A6EC" ref="_Hlt523892172" type="link"/><cms:entry id="I_bib91" part="N1A6EC" ref="I_bib91" type="link"/><cms:entry id="_Hlt532192912" part="N1A6EC" ref="_Hlt532192912" type="link"/><cms:entry id="_Hlt523893822" part="N1A6EC" ref="_Hlt523893822" type="link"/><cms:entry id="I_bib92" part="N1A6EC" ref="I_bib92" type="link"/><cms:entry id="_Hlt532193286" part="N1A6EC" ref="_Hlt532193286" type="link"/><cms:entry id="_Hlt524411682" part="N1A6EC" ref="_Hlt524411682" type="link"/><cms:entry id="I_bib93" part="N1A6EC" ref="I_bib93" type="link"/><cms:entry id="_Hlt524833098" part="N1A6EC" ref="_Hlt524833098" type="link"/><cms:entry id="I_bib94" part="N1A6EC" ref="I_bib94" type="link"/><cms:entry id="I_bib95" part="N1A6EC" ref="I_bib95" type="link"/><cms:entry id="_Hlt532193293" part="N1A6EC" ref="_Hlt532193293" type="link"/><cms:entry id="_Hlt529859416" part="N1A6EC" ref="_Hlt529859416" type="link"/><cms:entry id="I_bib96" part="N1A6EC" ref="I_bib96" type="link"/><cms:entry id="DiDiSeite_P0_N_148" part="N1A6EC" ref="DiDiSeite_P0_N_148" type="link"/><cms:entry id="_Hlt529866237" part="N1A6EC" ref="_Hlt529866237" type="link"/><cms:entry id="I_bib97" part="N1A6EC" ref="I_bib97" type="link"/><cms:entry id="_Hlt530208248" part="N1A6EC" ref="_Hlt530208248" type="link"/><cms:entry id="I_bib98" part="N1A6EC" ref="I_bib98" type="link"/><cms:entry id="_Hlt530474218" part="N1A6EC" ref="_Hlt530474218" type="link"/><cms:entry id="I_bib99" part="N1A6EC" ref="I_bib99" type="link"/><cms:entry id="_Hlt530554366" part="N1A6EC" ref="_Hlt530554366" type="link"/><cms:entry id="I_bib100" part="N1A6EC" ref="I_bib100" type="link"/><cms:entry id="_Hlt532196290" part="N1A6EC" ref="_Hlt532196290" type="link"/><cms:entry id="substanzbezII" part="N1A6EC" ref="substanzbezII" type="link"/><cms:entry id="DiDiSeite_P0_N_149" part="N1A6EC" ref="DiDiSeite_P0_N_149" type="link"/><cms:entry id="N1B3BE" part="N1B3BE" ref="N1B3BE" type="appendix">Verzeichnis der verwendeten Substanzbezeichnungen (Teil II)</cms:entry><cms:entry id="N1B3C0" part="N1B3BE" ref="N1B3C0" type="head"/><cms:entry id="N1B3C3" part="N1B3BE" ref="N1B3C3" type="p"/><cms:entry id="sb2" part="N1B3BE" ref="sb2" type="table"/><cms:entry id="b35" part="N1B3BE" ref="b35" type="entry"/><cms:entry id="b36" part="N1B3BE" ref="b36" type="entry"/><cms:entry id="b37" part="N1B3BE" ref="b37" type="entry"/><cms:entry id="b38" part="N1B3BE" ref="b38" type="entry"/><cms:entry id="b39" part="N1B3BE" ref="b39" type="entry"/><cms:entry id="b40" part="N1B3BE" ref="b40" type="entry"/><cms:entry id="b41" part="N1B3BE" ref="b41" type="entry"/><cms:entry id="b42" part="N1B3BE" ref="b42" type="entry"/><cms:entry id="b43" part="N1B3BE" ref="b43" type="entry"/><cms:entry id="b44" part="N1B3BE" ref="b44" type="entry"/><cms:entry id="b45" part="N1B3BE" ref="b45" type="entry"/><cms:entry id="b46" part="N1B3BE" ref="b46" type="entry"/><cms:entry id="b47" part="N1B3BE" ref="b47" type="entry"/><cms:entry id="b48" part="N1B3BE" ref="b48" type="entry"/><cms:entry id="b49" part="N1B3BE" ref="b49" type="entry"/><cms:entry id="b50" part="N1B3BE" ref="b50" type="entry"/><cms:entry id="b51" part="N1B3BE" ref="b51" type="entry"/><cms:entry id="b52" part="N1B3BE" 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type="link"/><cms:entry id="_Hlt521401620" part="N1B3BE" ref="_Hlt521401620" type="link"/><cms:entry id="_Hlt521401733" part="N1B3BE" ref="_Hlt521401733" type="link"/><cms:entry id="_Hlt521738791" part="N1B3BE" ref="_Hlt521738791" type="link"/><cms:entry id="_Hlt521402113" part="N1B3BE" ref="_Hlt521402113" type="link"/><cms:entry id="_Hlt521402173" part="N1B3BE" ref="_Hlt521402173" type="link"/><cms:entry id="_Hlt521402269" part="N1B3BE" ref="_Hlt521402269" type="link"/><cms:entry id="_Hlt521402406" part="N1B3BE" ref="_Hlt521402406" type="link"/><cms:entry id="_Hlt521402640" part="N1B3BE" ref="_Hlt521402640" type="link"/><cms:entry id="_Hlt522071426" part="N1B3BE" ref="_Hlt522071426" type="link"/><cms:entry id="_Hlt522074935" part="N1B3BE" ref="_Hlt522074935" type="link"/><cms:entry id="_Hlt522074987" part="N1B3BE" ref="_Hlt522074987" type="link"/><cms:entry id="_Hlt522075143" part="N1B3BE" ref="_Hlt522075143" type="link"/><cms:entry id="_Hlt522075259" part="N1B3BE" ref="_Hlt522075259" type="link"/><cms:entry id="_Hlt522071430" part="N1B3BE" ref="_Hlt522071430" type="link"/><cms:entry id="_Hlt522075448" part="N1B3BE" ref="_Hlt522075448" type="link"/><cms:entry id="_Hlt522075779" part="N1B3BE" ref="_Hlt522075779" type="link"/><cms:entry id="_Hlt522076025" part="N1B3BE" ref="_Hlt522076025" type="link"/><cms:entry id="_Hlt522076127" part="N1B3BE" ref="_Hlt522076127" type="link"/><cms:entry id="_Hlt522076264" part="N1B3BE" ref="_Hlt522076264" type="link"/><cms:entry id="_Hlt522076385" part="N1B3BE" ref="_Hlt522076385" type="link"/><cms:entry id="_Hlt522085887" part="N1B3BE" ref="_Hlt522085887" type="link"/><cms:entry id="DiDiSeite_P0_N_150" part="N1B3BE" ref="DiDiSeite_P0_N_150" type="link"/><cms:entry id="N1B74C" part="N1B74C" ref="N1B74C" type="declaration">Erklärung</cms:entry><cms:entry part="chapter5" type=":current"/><cms:entry type=":lang">de</cms:entry><cms:entry id=":contents" part="front" ref=":contents" type=":contents">Inhaltsverzeichnis</cms:entry><cms:entry type=":help"><url href="http://...">Hilfe</url></cms:entry></cms:meta><cms:content><chapter id="chapter5" label="5">
         <head>Experimenteller Teil</head>
         <p><citenumber helper="true" id="N16CB4" start="130"/>
            <link id="_Toc524932079"/>
         </p>
         <p>
            <link id="_Toc524932762"/>
         </p>
         <p>
            <link id="_Toc524945041"/>
         </p>
         <p>
            <link id="_Toc524945330"/>
         </p>
         <p>
            <link id="_Toc530556438"/>
         </p>
         <p>
            <link id="_Toc530556626"/>
         </p>
         <section id="N16CD8" label="5.1">
            <head>
               <link id="_Toc532369273"/>Geräte</head>
            <p>
               <citenumber id="N16CE2" start="131"/>
               <ul>
                  <li>
                     <p>
                        <link ref="HPLC">HPLC</link>: analytisch: HP 1090 M Series II (Hewlett Packard) mit <link ref="dad">DAD</link>
                     </p>
                  </li>
                  <li>
                     <p>präparativ: Merck Hitachi <link ref="HPLC">HPLC</link>-System mit L-4000 UV Detektor, D-6000 Interface, L-6200A Intelligent Pump</p>
                  </li>
                  <li>
                     <p>
                        <link ref="MS">MS</link>: MS 5995 (Hewlett Packard) mit Direkteinlasssystem, Elektronen-energie 70 eV</p>
                  </li>
                  <li>
                     <p>
                        <link ref="GC">GC</link>-<link ref="MS">MS</link>: GC 5890 Serie II (Hewlett Packard), MS 5989 B (Hewlett Packard)</p>
                  </li>
                  <li>
                     <p>
                        <link ref="nmr">NMR</link>: DPX 300 NMR-Spektrometer (Bruker)</p>
                  </li>
                  <li>
                     <p>Heiztischmikroskop Thermogalen GA-D-4/89 (Leica)</p>
                  </li>
                  <li>
                     <p>Vakuumrotationsverdampfer Rotavapor R 111 (Büchi)</p>
                  </li>
                  <li>
                     <p>Ultraschallbad Sonorex RK 100 (Bandelin)</p>
                  </li>
                  <li>
                     <p>Magnetrührer RCT basic (IKA Labortechnik)</p>
                  </li>
                  <li>
                     <p>Kontaktthermometer ETS-D4 fuzzy (IKA<sup>®</sup> Werke)</p>
                  </li>
                  <li>
                     <p>Membran-Vakuumpumpe TYP N 726.3FT.18 (KFN Neuberger GmbH)</p>
                  </li>
                  <li>
                     <p>UV-Lampe Nr. 022.9230, Leistung 8 W (Camag)</p>
                  </li>
                  <li>
                     <p>Heizplatte 0 &#8211; 250 °C (Gerhardt)<link id="_Hlt532369549"/>
                     </p>
                  </li>
                  <li>
                     <p>pH-Messgerät WTW pH 522 (Wissenschaftlich-Technische Werkstätten), mit Glaselektrode N 6280 (SCHOTT Geräte)</p>
                  </li>
                  <li>
                     <p>Lyophylisator CHRIST ALPHA 1-4 (Medizinischer Apparatebau CHRIST) mit Ölpumpe DUO 004 B (Pfeiffer)</p>
                  </li>
                  <li>
                     <p>Tiefkühlschrank (-20 °C) (FORON)</p>
                  </li>
                  <li>
                     <p>Tiefkühlschrank GFL (-85 °C) (ATEX)</p>
                  </li>
                  <li>
                     <p>Kühlschrank LABEX-280 (6 °C) (Kirsch)</p>
                  </li>
               </ul>
            </p>
            <p>
               <link id="_Toc524932080"/>
            </p>
            <p>
               <link id="_Toc524932763"/>
            </p>
            <p>
               <link id="_Toc524945042"/>
            </p>
            <p>
               <link id="_Toc524945331"/>
            </p>
            <p>
               <link id="_Toc530556439"/>
            </p>
            <p>
               <link id="_Toc530556627"/>
            </p>
            <p>
               <link id="_Toc532369274"/>
            </p>
            <p>
               <link id="DiDiSeite_P0_N_110"/>
            </p>
         </section>
         <section id="N16DA8" label="5.2">
            <head>Chemikalien und Vergleichssubstanzen</head>
            <p>
               <link id="_Toc524932081"/>
            </p>
            <p>
               <link id="_Toc524932764"/>
            </p>
            <p>
               <link id="_Toc524945043"/>
            </p>
            <p>
               <link id="_Toc524945332"/>
            </p>
            <p>
               <link id="_Toc530556440"/>
            </p>
            <p>
               <link id="_Toc530556628"/>
            </p>
            <subsection id="N16DD1" label="5.2.1">
               <head>
                  <link id="_Toc532369275"/>Chemikalien und kommerziell erworbene Vergleichssubstanzen</head>
               <p>Aceton (Merck), Acetonitril gradient grade (Merck), Amberlite<sup>®</sup> XAD-2 (VEB Chemiekombinat Bitterfeld), Ammoniak-Lösung (33 %) (Ferak), Ammoniumacetat (Laborchemie Apolda), Ammoniumchlorid (Laborchemie Apolda), basisches Bismutoxidnitrat (Fluka), Chloroform (Baker), Cyclohexan (Ferak), Deuterochloroform &#8805; 99,5 % (Merck), Dichlormethan (Merck), Diethylether (Baker), 3,4-Dimethoxy-benzoesäure (Merck), Dimethylformamid (Ferak), Dimethylsulfat (Merck), Dioxan (Laborchemie Apolda), Essigsäure 100 % (Merck), Essigsäureethylester (Aldrich), Ethanol (Baker), Extrelut<sup>®</sup> (Merck), ß-Glucuronidase (30 U/ml)/Arylsulfatase (60 U/ml) (Merck), 3-Hydroxy-N-methylpiperidin 98 % (Aldrich), 4-Hydroxy-N-methylpiperidin 98 % (Aldrich), Isopropanol (Merck), Isovanillinsäure (ICN Biomedicals Inc.), Kaliumdihydrogenphosphat-Dihydrat (Laborchemie Apolda), Kaliumhexacyano-ferrat(III) (Laborchemie Apolda), Kaliumiodid (Merck), Kaliumpermanganat (Merck), Methanol (Baker), Methanol gradient grade (Merck), 3-Methoxybenzoesäure (Merck), 3-Methyl-2-benzothiazolinonhydrazon (MBTH) (Aldrich), Natrium (Merck), Natrium-carbonat (Merck), Natriumchlorid (Merck), Natrium-<link ref="EDTA">EDTA</link> (isocommerz), Natrium-hydrogencarbonat (Merck), Natriumhydroxid (Chemapol), Natriumsulfat wasserfrei (Riedel-de-Haën), Perchlorsäure 70 % (Ferak), Petroleumbenzin 60 &#8211; 80 °C (Baker), Phenolphthalein (Merck), 3-Piperidinol (Fluka), 4-Piperidinol (Fluka), Quecksilber-II-acetat (VK Labor- und Feinchemikalien), Salzsäure 36 % (Baker), Schwefelsäure <br/>95 - 97 % (Merck), Stickstoff (Air Liquide GmbH), Toluen (Merck), Vanillinsäure (ICN Biomedicals Inc.)</p>
               <p>
                  <link id="_Toc524932082"/>
               </p>
               <p>
                  <link id="_Toc524932765"/>
               </p>
               <p>
                  <link id="_Toc524945044"/>
               </p>
               <p>
                  <link id="_Toc524945333"/>
               </p>
               <p>
                  <link id="I_Ref530292289"/>
               </p>
               <p>
                  <link id="_Hlt530292376"/>
               </p>
               <p>
                  <link id="_Toc530556441"/>
               </p>
               <p>
                  <link id="_Toc530556629"/>
               </p>
               <p>
                  <link id="I_Ref531401269"/>
               </p>
               <p>
                  <link id="I_Ref532353364"/>
               </p>
               <p>
                  <link id="_Toc532369276"/>
               </p>
               <p>
                  <link id="I_Ref532865892"/>
               </p>
               <p>
                  <link id="DiDiSeite_P0_N_111"/>
               </p>
            </subsection>
            <subsection id="N16E37" label="5.2.2">
               <head>Synthetisierte Vergleichssubstanzen</head>
               <p>
                  <link id="I_Ref519478588"/>
               </p>
               <p>
                  <link id="_Hlt519478594"/>
               </p>
               <p>
                  <link id="_Toc524932083"/>
               </p>
               <p>
                  <link id="_Toc524932766"/>
               </p>
               <p>
                  <link id="_Toc524945045"/>
               </p>
               <p>
                  <link id="_Toc524945334"/>
               </p>
               <p>
                  <link id="_Toc530556442"/>
               </p>
               <p>
                  <link id="_Toc530556630"/>
               </p>
               <block id="N16E6C" label="5.2.2.1">
                  <head>
                     <link id="_Toc532369277"/>(R,S)-N-Methyl-4-piperidyl 3,4-dimethoxybenzilat (1) und verwandte Verbindungen</head>
                  <p>
                     <strong>(R,S)-N-Methyl-4-piperidyl 3,4-dimethoxybenzilat (</strong>1<strong>)</strong>
                  </p>
                  <p>
                     <citenumber id="N16E7F" start="132"/>Die Synthese und Struktursicherung erfolgten in der Arbeitsgruppe Pharmazeutische Chemie (Prof. Dr. Göber) am Institut für Pharmazie der HUB [<link id="_Hlt517149046"/>
                     <link ref="I_bib3">3</link>].</p>
                  <p>C<sub>22</sub>H<sub>27</sub>NO<sub>5</sub>
                  </p>
                  <p>
                     <link ref="Mr">M</link>
                     <sub>r </sub>= 385,4 g/mol</p>
                  <p>
                     <citenumber id="N16EA2" start="133"/>
                     <table frame="all" id="N16EA5" orient="port" tocentry="1">
                        <tgroup align="left" char="" charoff="50" cols="2">
                           <colspec colname="1" colnum="1"/>
                           <colspec colname="2" colnum="2"/>
                           <tbody valign="top">
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="Fp">F</link>
                                       <sub>P</sub>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>108 &#8211; 110 °C (Diethylether)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="HPLC">HPLC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="Rt">R</link>
                                       <sub>T </sub>= 10,7 min (Methode I)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="dc">DC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p><link ref="FM">FM</link> I: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,46<link id="_Hlt9390744"/>
                                    </p>
                                    <p>
                                       <link ref="FM">FM</link> II:<link id="_Hlt9391040"/>
                                       <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,85 </p>
                                    <p>Detektion: A, B (Raumtemperatur braun, Heizplatte hellblau), C (orange)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="EI">EI</link>-<link ref="MS">MS</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="mz">m/z</link> (<link id="_Hlt517156988"/>I
                                       <sub>rel.</sub> in %): M<sup>+</sup>385 (2), 243 (32), 165 (5), 137 (3), 105 (100), 99 (34), 98 (18), 97 (5), 96 (12), 77 (16)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <sup>1</sup>
                                       <link ref="Hnmr">H-NMR</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>&#948; [ppm]: 1,66 und 1,81 (4H, CH<sub>2</sub>); 2,11 (3H, N-CH<sub>3</sub>); 2,15 und 2,25 (4H, N-CH<sub>2</sub>); 3,74 und 3,81 (je 3H, OCH<sub>3</sub>); 4,27 (1H, OH); 4,91 (1H, CH); 6,75 (1H, Ar-H, C-5); 6,89 und 6,93 (2H, Ar-H, C-2, C-6); 7,20 - 7,37 (5H, Ar-H)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <sup>13</sup>
                                       <link ref="Cnmr">C-NMR</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>&#948; [ppm]: 30,4 (CH<sub>2</sub>); 46,1 (N-CH<sub>3</sub>); 52,1 (N-CH<sub>2</sub>); 55,8 und 55,9 (OCH<sub>3</sub>); 80,7 (C<sup>*</sup>); 84,5 (CH); 110,2 (Ar-C-5); 110,7 (Ar-C-2); 119,9 (Ar-C-6); 127,4 (2 Ar-<link ref="m">m</link>-C); 127,9 (2 Ar-C); 128,0 (Ar-<link ref="o"><em>o</em></link>-C); 128,0 (Ar-<link ref="p">p</link>-C); 134,4 (Ar-C); 142,2 (Ar-C-1); 148,5 (Ar-C-4); 148,7 (Ar-C-3); 174,0 (C=O)</p>
                                 </entry>
                              </row>
                           </tbody>
                        </tgroup>
                     </table>
                  </p>
                  <p>
                     <strong>(R,S)-N-Methyl-4-piperidyl 4-hydroxy-3-methoxybenzilat (</strong>5<strong>)</strong>
                  </p>
                  <p>Die Substanz erschien als Abbauprodukt bei Stabilitätsuntersuchungen und wurde von Vorwerk strukturaufgeklärt [<link id="_Hlt517161625"/>
                     <link ref="I_bib3">3</link>].</p>
                  <p>
                     <citenumber id="N16FD4" start="134"/>C<sub>21</sub>H<sub>25</sub>NO<sub>5</sub>
                  </p>
                  <p>
                     <link ref="Mr">M</link>
                     <sub>r</sub> = 371,4 g/mol</p>
                  <p>
                     <table frame="all" id="N16FED" orient="port" tocentry="1">
                        <tgroup align="left" char="" charoff="50" cols="2">
                           <colspec colname="1" colnum="1"/>
                           <colspec colname="2" colnum="2"/>
                           <tbody valign="top">
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="HPLC">HPLC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p><link ref="Rt">R</link>
                                       <sub>T</sub> = 6,5 min (Methode I)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p><link ref="dc">DC</link><link id="_Hlt517162568"/>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="FM">FM</link> I: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,44</p>
                                    <p>
                                       <link ref="FM">FM</link> II: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,75</p>
                                    <p>Detektion: A, B (Raumtemperatur braun, Heizplatte hellblau), C (orange), D (dunkelrot)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="EI">EI</link>-<link ref="MS">MS</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="mz">m/z</link> (I<sub>rel.</sub> in %): M<sup>+</sup>371 (1), 229 (37), 151 (9), 123 (3), 105 (100), 99 (27), 98 (18), 97 (4), 96 (14), 77 (19)</p>
                                 </entry>
                              </row>
                           </tbody>
                        </tgroup>
                     </table>
                  </p>
                  <p>
                     <citenumber id="N17085" start="135"/>
                     <strong>(R,S)-4-Piperidyl 3,4-dimethoxybenzilat (</strong>8<strong>)</strong>
                  </p>
                  <p>Die Synthese und Struktursicherung erfolgten in der Arbeitsgruppe Pharmazeutische Chemie (Prof. Dr. Göber) am Institut für Pharmazie der HUB [<link ref="I_bib3">3</link>].</p>
                  <p>C<sub>21</sub>H<sub>25</sub>NO<sub>5</sub>
                  </p>
                  <p>
                     <citenumber id="N170A4" start="136"/>
                     <link ref="Mr">M</link>
                     <sub>r</sub> = 371,4 g/mol</p>
                  <p>
                     <table frame="all" id="N170B1" orient="port" tocentry="1">
                        <tgroup align="left" char="" charoff="50" cols="2">
                           <colspec colname="1" colnum="1"/>
                           <colspec colname="2" colnum="2"/>
                           <tbody valign="top">
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="Fp">F</link>
                                       <sub>P</sub>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>160 °C (Chloroform/Diethylether)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="HPLC">HPLC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="Rt">R</link>
                                       <sub>T </sub>= 10,0 min (Methode I)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="dc">DC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="FM">FM</link> I: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,41 </p>
                                    <p>
                                       <link ref="FM">FM</link> II: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,66 </p>
                                    <p>Detektion: A, B (Raumtemperatur braun, Heizplatte hellblau), C (orange)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="EI">EI</link>-<link ref="MS">MS</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="mz">m/z</link> (I
                                       <sub>rel.</sub> in %): M<sup>+</sup>371 (2), 243 (54), 165 (6), 137 (1), 105 (100), 85 (23), 84 (12), 83 (1), 82 (6), 77 (21)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="nmr">NMR</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>s. [<link id="_Hlt517167788"/>
                                       <link ref="I_bib3">3</link>, <link ref="I_bib4">4</link>]</p>
                                 </entry>
                              </row>
                           </tbody>
                        </tgroup>
                     </table>
                  </p>
                  <p>
                     <strong>(R,S)-N-Methyl-4-piperidyl 3,4-dimethoxybenzilat N-oxid (</strong>12<strong>) (beide Isomere)</strong>
                  </p>
                  <p>
                     <citenumber id="N17192" start="137"/>Die Synthese und Struktursicherung erfolgten in der Arbeitsgruppe Pharmazeutische Chemie (Prof. Dr. Göber) am Institut für Pharmazie der HUB [<link id="_Hlt517163002"/>
                     <link ref="I_bib4">4</link>].</p>
                  <p>C<sub>22</sub>H<sub>27</sub>NO<sub>6</sub>
                  </p>
                  <p>
                     <link ref="Mr">M</link>
                     <sub>r</sub> = 401,4 g/mol</p>
                  <p>
                     <citenumber id="N171B5" start="138"/>
                     <table frame="all" id="N171B8" orient="port" tocentry="1">
                        <tgroup align="left" char="" charoff="50" cols="2">
                           <colspec colname="1" colnum="1"/>
                           <colspec colname="2" colnum="2"/>
                           <tbody valign="top">
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="HPLC">HPLC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="Rt">R</link>
                                       <sub>T</sub> = 11,7 und 12,1 min (Methode I)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="dc">DC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p><link ref="FM">FM</link> I: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,20 und 0,36</p>
                                    <p>
                                       <link ref="FM">FM</link> II: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,25 und 0,36</p>
                                    <p>Detektion: A, B (Raumtemperatur braun, Heizplatte hellblau), C (orange)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="EI">EI</link>-<link ref="MS">MS</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="mz">m/z</link> (I
                                       <sub>rel.</sub> in %): kein M<sup>+</sup>    , 385 (1), 243 (26), 165 (30), 137 (4), 105 (100), 99 (23), 98 (14), 97 (3), 96 (10), 77 (36)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="nmr">NMR</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>s. [<link id="_Hlt517167839"/>
                                       <link ref="I_bib4">4</link>]</p>
                                 </entry>
                              </row>
                           </tbody>
                        </tgroup>
                     </table>
                  </p>
                  <p>
                     <link id="DiDiSeite_P0_N_113"/>
                  </p>
                  <p>
                     <strong>(R,S)-N-Methyl-2-oxo-4-piperidyl 3,4-dimethoxybenzilat (</strong>13<strong>)</strong>
                  </p>
                  <p>0,60 g Kaliumpermanganat und 0,50 g Natriumcarbonat werden unter Eiskühlung in <br/>30 ml Wasser gerührt. Dazu werden 0,50 g <link ref="b1">1</link>-HCl gegeben und bis zum Verschwinden der Violettfärbung gerührt. Der Braunstein wird abfiltriert und die Lösung dreimal mit je 20 ml Ether extrahiert. Die Etherphase wird darauf dreimal mit je 20 ml 2 % Salzsäure ausgeschüttelt und im Vakuum eingeengt.</p>
                  <p>
                     <citenumber id="N17287" start="139"/>
                     <table frame="all" id="N1728A" orient="port" tocentry="1">
                        <tgroup align="left" char="" charoff="50" cols="2">
                           <colspec colname="1" colnum="1"/>
                           <colspec colname="2" colnum="2"/>
                           <tbody valign="top">
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>Ausbeute:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>3 % (der Theorie)</p>
                                 </entry>
                              </row>
                           </tbody>
                        </tgroup>
                     </table>
                  </p>
                  <p>C<sub>22</sub>H<sub>25</sub>NO<sub>6</sub>
                  </p>
                  <p>
                     <link ref="Mr">M</link>
                     <sub>r </sub>= 399,4 g/mol</p>
                  <p>
                     <citenumber id="N172D1" start="140"/>gelbes Öl</p>
                  <p>
                     <table frame="all" id="N172D7" orient="port" tocentry="1">
                        <tgroup align="left" char="" charoff="50" cols="2">
                           <colspec colname="1" colnum="1"/>
                           <colspec colname="2" colnum="2"/>
                           <tbody valign="top">
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="HPLC">HPLC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="Rt">R</link>
                                       <sub>T </sub>= 7,1 min (Methode I)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="dc">DC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="FM">FM</link> I: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,50 </p>
                                    <p>
                                       <link ref="FM">FM</link> II: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,80 </p>
                                    <p>Detektion: A, B (Raumtemperatur braun, Heizplatte hellblau), C (orange)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="EI">EI</link>-<link ref="MS">MS</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="mz">m/z</link> (I
                                       <sub>rel.</sub> in %): M<sup>+</sup> 399 (1), 243 (27), 165 (30), 137 (11), 113 (13); 105 (100), 77 (51), 55 (10), 51 (15), 44 (17)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="GC">GC</link>-<link ref="MS">MS</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="Rt">R</link>
                                       <sub>T </sub>= 17,2 min</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <sup>1</sup>
                                       <link ref="Hnmr">H-NMR</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>&#948; [ppm]: 1,92 (2H, N-CO-CH<sub>2</sub>); 2,44 und 2,63 (2H, N-CH<sub>2</sub>-CH<sub>2</sub>); 2,74 (3H, N-CH<sub>3</sub>); 3,00 und 3,39 (2H, N-CH<sub>2</sub>), 3,72 und 3,81 (je 3H, OCH<sub>3</sub>); 5,25 (1H, CH); 5,84 (1H, OH); 6,76 (1H, Ar-H, C-5); 6,87 und 6,91 (2H, Ar-H, C-2, C-6); 7,20 - 7,33 (5H, Ar-H)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <sup>13</sup>
                                       <link ref="Cnmr">C-NMR</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>&#948; [ppm]: 26,7 (N-CH<sub>2</sub>-CH<sub>2</sub>); 34,3 (N-CH<sub>3</sub>); 36,9 (N-CH<sub>2</sub>); 44,70 (N-CO-CH<sub>2</sub>), 55,9 (OCH<sub>3</sub>); 70,1 (CH); 80,7 (C<sup>&#8727;</sup>); 110,2 (Ar-C-5); 110,7 (Ar-C-2); 119,9 (Ar-C-6); 127,1 (2 Ar-<link ref="m">m</link>-C); 127,1 (2 Ar-<link ref="o">o</link>-C); 128,3 (Ar-<link ref="p">p</link>-C); 133,9 (Ar-C); 141,8 (Ar-C-1); 148,8 (Ar-C-4); 148,9 (Ar-C-3); 166,4 (N-C=O); 173,8 (C=O)</p>
                                 </entry>
                              </row>
                           </tbody>
                        </tgroup>
                     </table>
                  </p>
                  <p>
                     <strong>(R,S)-3,4-Dimethoxybenzilsäure (</strong>16<strong>)</strong>
                  </p>
                  <p>
                     <citenumber id="N17407" start="141"/>Die Synthese und Struktursicherung erfolgten in der Arbeitsgruppe Pharmazeutische Chemie (Prof. Dr. Göber) am Institut für Pharmazie der HUB [<link ref="I_bib3">3</link>].</p>
                  <p>C<sub>16</sub>H<sub>16</sub>O<sub>5</sub>
                  </p>
                  <p>
                     <link ref="Mr">M</link>
                     <sub>r</sub> = 288,3 g/mol</p>
                  <p>
                     <citenumber id="N17427" start="142"/>
                     <table frame="all" id="N1742A" orient="port" tocentry="1">
                        <tgroup align="left" char="" charoff="50" cols="2">
                           <colspec colname="1" colnum="1"/>
                           <colspec colname="2" colnum="2"/>
                           <tbody valign="top">
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="Fp">F</link>
                                       <sub>P</sub>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>92-96 °C (Wasser)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p><link ref="HPLC">HPLC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="Rt">R</link>
                                       <sub>T</sub> = 9,5 min (Methode I)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="dc">DC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="FM">FM</link> I: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,22</p>
                                    <p>
                                       <link ref="FM">FM</link> II: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,20</p>
                                    <p>FM III: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,32</p>
                                    <p>Detektion: A, B (Raumtemperatur braun, Heizplatte hellblau)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="EI">EI</link>-<link ref="MS">MS</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="mz">m/z</link> (I
                                       <sub>rel.</sub> in %): M<sup>+</sup>288 (3), 243 (17), 165 (7), 137 (1), 105 (100), 77 (26)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="nmr">NMR</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>s. [<link ref="I_bib3">3</link>, <link ref="I_bib4">4</link>]</p>
                                 </entry>
                              </row>
                           </tbody>
                        </tgroup>
                     </table>
                  </p>
                  <p>
                     <strong>3,4-Dimethoxybenzophenon (</strong>20<strong>)</strong>
                  </p>
                  <p>Die Synthese und Struktursicherung erfolgten nach [<link id="_Hlt532194334"/>
                     <link ref="I_bib98">98</link>] in der Arbeitsgruppe Pharmazeutische Chemie (Prof. Dr. Göber) am Institut für Pharmazie der HUB [<link ref="I_bib4">4</link>].</p>
                  <p>
                     <citenumber id="N1751F" start="143"/>C<sub>15</sub>H<sub>14</sub>O<sub>3</sub>
                  </p>
                  <p>
                     <link ref="Mr">M</link>
                     <sub>r</sub> = 242,3 g/mol</p>
                  <p>
                     <table frame="all" id="N17538" orient="port" tocentry="1">
                        <tgroup align="left" char="" charoff="50" cols="2">
                           <colspec colname="1" colnum="1"/>
                           <colspec colname="2" colnum="2"/>
                           <tbody valign="top">
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="Fp">F</link>
                                       <sub>P</sub>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>98-101 °C (Wasser-Ethanol-Gemisch)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="HPLC">HPLC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="Rt">R</link>
                                       <sub>T</sub> = 16,2 min (Methode I)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="dc">DC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="FM">FM</link> I: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,75</p>
                                    <p>
                                       <link ref="FM">FM</link> II: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,90</p>
                                    <p>FM III: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,95</p>
                                    <p>Detektion: A, B (gelb)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="EI">EI</link>-<link ref="MS">MS</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="mz">m/z</link> (I
                                       <sub>rel.</sub> in %): M<sup>+</sup>242 (25), 165 (100), 137 (14), 105 (55), 77 (73)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="nmr">NMR</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>s. [<link ref="I_bib3">3</link>, <link ref="I_bib4">4</link>]</p>
                                 </entry>
                              </row>
                           </tbody>
                        </tgroup>
                     </table>
                  </p>
                  <p>
                     <citenumber id="N17617" start="144"/>
                     <strong>4-Hydroxy-3-methoxybenzophenon (</strong>21<strong>)</strong>
                  </p>
                  <p>Die biomimetische Synthese und Strukturaufklärung erfolgten in der Arbeitsgruppe Pharmazeutische Chemie (Prof. Dr. Göber) am Institut für Pharmazie der HUB [<link ref="I_bib4">4</link>].</p>
                  <p>C<sub>14</sub>H<sub>12</sub>O<sub>3</sub>
                  </p>
                  <p>
                     <citenumber id="N17636" start="145"/>
                     <link ref="Mr">M</link>
                     <sub>r</sub> = 228,2 g/mol</p>
                  <p>
                     <table frame="all" id="N17643" orient="port" tocentry="1">
                        <tgroup align="left" char="" charoff="50" cols="2">
                           <colspec colname="1" colnum="1"/>
                           <colspec colname="2" colnum="2"/>
                           <tbody valign="top">
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="HPLC">HPLC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="Rt">R</link>
                                       <sub>T</sub> = 14,4 min (Methode I)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="dc">DC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="FM">FM</link> I: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,55</p>
                                    <p>
                                       <link ref="FM">FM</link> II: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,47</p>
                                    <p>FM III: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,42</p>
                                    <p>Detektion: A, B (gelb), D (blaugrün)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="EI">EI</link>-<link ref="MS">MS</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="mz">m/z</link> (I
                                       <sub>rel.</sub> in %): M<sup>+</sup> 228 (29), 151 (100), 123 (37), 105 (27), 77 (42)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p><link ref="nmr">NMR</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>s. [<link ref="I_bib4">4</link>]</p>
                                 </entry>
                              </row>
                           </tbody>
                        </tgroup>
                     </table>
                  </p>
                  <p>
                     <strong>(R,S)-Methyl 3,4-dimethoxybenzilat (</strong>35<strong>)</strong>
                  </p>
                  <p>
                     <citenumber id="N1770A" start="146"/>Die Synthese und Struktursicherung erfolgten in der Arbeitsgruppe Pharmazeutische Chemie (Prof. Dr. Göber) am Institut für Pharmazie der HUB [<link ref="I_bib3">3</link>].</p>
                  <p>C<sub>17</sub>H<sub>18</sub>O<sub>5</sub>
                  </p>
                  <p>
                     <link ref="Mr">M</link>
                     <sub>r</sub> = 302,3 g/mol</p>
                  <p>
                     <citenumber id="N1772A" start="147"/>
                     <table frame="all" id="N1772D" orient="port" tocentry="1">
                        <tgroup align="left" char="" charoff="50" cols="2">
                           <colspec colname="1" colnum="1"/>
                           <colspec colname="2" colnum="2"/>
                           <tbody valign="top">
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="Fp">F</link>
                                       <sub>P</sub>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>88-90 °C (Ethanol/Wasser)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="HPLC">HPLC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="Rt">R</link>
                                       <sub>T</sub> = 14,4 min (Methode I)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="dc">DC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="FM">FM</link> I: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,86</p>
                                    <p>
                                       <link ref="FM">FM</link> II: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,92</p>
                                    <p>Detektion: A, B (Raumtemperatur braun, Heizplatte hellblau)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="EI">EI</link>-<link ref="MS">MS</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="mz">m/z</link> (I
                                       <sub>rel.</sub> in %): M<sup>+</sup>302 (4), 243 (17), 165 (7), 137 (2), 105 (100), 77 (28)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="nmr">NMR</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>s. [<link ref="I_bib3">3</link>]</p>
                                 </entry>
                              </row>
                           </tbody>
                        </tgroup>
                     </table>
                  </p>
                  <p>Nicht nachgewiesen:</p>
                  <p>
                     <strong>3-Hydroxy-4-methoxybenzophenon</strong>
                  </p>
                  <p>
                     <citenumber id="N17807" start="148"/>Die biomimetische Synthese und Strukturaufklärung erfolgten in der Arbeitsgruppe Pharmazeutische Chemie (Prof. Dr. Göber) am Institut für Pharmazie der HUB [<link id="_Hlt517664088"/>
                     <link ref="I_bib4">4</link>].</p>
                  <p>C<sub>14</sub>H<sub>12</sub>O<sub>3</sub>
                  </p>
                  <p>
                     <link ref="Mr">M</link>
                     <sub>r</sub> = 228,2 g/mol</p>
                  <p>
                     <citenumber id="N1782A" start="149"/>
                     <table frame="all" id="N1782D" orient="port" tocentry="1">
                        <tgroup align="left" char="" charoff="50" cols="2">
                           <colspec colname="1" colnum="1"/>
                           <colspec colname="2" colnum="2"/>
                           <tbody valign="top">
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p><link ref="HPLC">HPLC</link><link id="_Hlt9393613"/>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="Rt">R</link>
                                       <sub>T</sub> = 14,4 min (Methode I)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="dc">DC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="FM">FM</link> I: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,55</p>
                                    <p>
                                       <link ref="FM">FM</link>
                                       <link id="_Hlt9402707"/> II: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,77</p>
                                    <p>FM III: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,42</p>
                                    <p>Detektion: A, B (gelb), D (dunkelrot)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="EI">EI</link>-<link ref="MS">MS</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="mz">m/z</link> (I
                                       <sub>rel.</sub> in %): M<sup>+</sup>228 (25), 151 (100), 123 (19), 105 (22), 77 (35)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="nmr">NMR</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>s. [<link ref="I_bib4">4</link>]</p>
                                 </entry>
                              </row>
                           </tbody>
                        </tgroup>
                     </table>
                  </p>
                  <p>
                     <strong>(R,S)-N-Formyl-4-piperidyl 3,4-dimethoxybenzilat </strong>
                  </p>
                  <p>Die biomimetische Synthese und Strukturaufklärung erfolgten in der Arbeitsgruppe Pharmazeutische Chemie (Prof. Dr. Göber) am Institut für Pharmazie der HUB [<link id="_Hlt517664719"/>
                     <link ref="I_bib4">4</link>].</p>
                  <p>
                     <link id="DiDiSeite_P0_N_116"/>
                  </p>
                  <p>
                     <citenumber id="N17906" start="150"/>C<sub>22</sub>H<sub>25</sub>NO<sub>6</sub>
                  </p>
                  <p>
                     <link ref="Mr">M</link>
                     <sub>r </sub>= 399,4 g/mol</p>
                  <p>
                     <table frame="all" id="N1791F" orient="port" tocentry="1">
                        <tgroup align="left" char="" charoff="50" cols="2">
                           <colspec colname="1" colnum="1"/>
                           <colspec colname="2" colnum="2"/>
                           <tbody valign="top">
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="HPLC">HPLC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="Rt">R</link>
                                       <sub>T </sub>= 13,1 min (Methode I)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="dc">DC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="FM">FM</link> I: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,50 </p>
                                    <p>
                                       <link ref="FM">FM</link> II: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,89 </p>
                                    <p>Detektion: A, B (Raumtemperatur braun, Heizplatte hellblau), C (orange)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="EI">EI</link>-<link ref="MS">MS</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="mz">m/z</link> (I
                                       <sub>rel.</sub> in %): M<sup>+</sup>399 (2), 243 (65), 165 (8), 137 (1), 113 (7), 105 (100), 77 (16), 55 (20), 42 (14)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>GC-MS:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="Rt">R</link>
                                       <sub>T </sub>= 17,7 min</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <sup>1</sup>
                                       <link ref="Hnmr">H-NMR</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>&#948; [ppm]: 1,63 und 1,75 (4H, CH<sub>2</sub>); 3,16 und 3,45 (4H, N-CH<sub>2</sub>); 3,72 und 3,81 (je 3H, OCH<sub>3</sub>); 5,15 (1H, CH); 6,75 (1H, Ar-H, C-5); 6,87 und 6,93 (2H, Ar-H, C-2, C-6); 7,19 - 7,37 (5H, Ar-H); 7,91 (3H, N-CHO);</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <sup>13</sup>
                                       <link ref="Cnmr">C-NMR</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>&#948; [ppm]: 29,8/29,9 (CH<sub>2</sub>); 31,1/31,2 (CH<sub>2</sub>); 36,3/36,4 (N-CH<sub>2</sub>); 42,4/42,5 (N-CH<sub>2</sub>); 56,3 (OCH<sub>3</sub>); 72,1 (CH); 81,2 (C<sup>*</sup>); 110,7 (Ar-C-2); 111,1 (Ar-C-5); 120,1 (Ar-C-6); 127,7 (2 Ar-<link ref="m">m</link>-C); 128,5 (2 Ar-<link ref="o">o</link>-C); 128,7 (Ar-<link ref="p">p</link>-C); 134,4 (Ar-C); 142,2 (Ar-C-1); 149,1 (Ar-C-4); 149,3 (Ar-C-3); 161,0 (CHO); 174,2 (C=O)</p>
                                 </entry>
                              </row>
                           </tbody>
                        </tgroup>
                     </table>
                  </p>
                  <p>
                     <citenumber id="N17A32" start="151"/>
                     <strong>(R,S)-N-Methyl-4-piperidyl 3,4-dihydroxybenzilat</strong>
                  </p>
                  <p>Synthese und Analytik: s. [<link ref="I_bib3">3</link>]</p>
                  <p>C<sub>20</sub>H<sub>23</sub>NO<sub>5</sub>
                  </p>
                  <p>
                     <citenumber id="N17A4E" start="152"/>
                     <link ref="Mr">M</link>
                     <sub>r</sub> = 357,4 g/mol</p>
                  <p>
                     <strong>2-(3,4-Dimethoxyphenyl)-2-phenylessigsäure</strong>
                  </p>
                  <p>Synthese und Analytik: s. [<link ref="I_bib3">3</link>]</p>
                  <p>
                     <citenumber id="N17A68" start="153"/>C<sub>16</sub>H<sub>16</sub>O<sub>4</sub>
                  </p>
                  <p>
                     <link ref="Mr">M</link>
                     <sub>r</sub> = 272,3 g/mol</p>
                  <p>
                     <table frame="all" id="N17A81" orient="port" tocentry="1">
                        <tgroup align="left" char="" charoff="50" cols="2">
                           <colspec colname="1" colnum="1"/>
                           <colspec colname="2" colnum="2"/>
                           <tbody valign="top">
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="Fp">F</link>
                                       <sub>P</sub>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>58-62 °C (Wasser-Ethanol-Gemisch)</p>
                                 </entry>
                              </row>
                           </tbody>
                        </tgroup>
                     </table>
                  </p>
                  <p>
                     <citenumber id="N17AB9" start="154"/>
                     <strong>3,4-Dihydroxybenzophenon</strong>
                  </p>
                  <p>Synthese und Analytik: s. [<link ref="I_bib3">3</link>]</p>
                  <p>C<sub>13</sub>H<sub>10</sub>O<sub>3</sub>
                  </p>
                  <p>
                     <citenumber id="N17AD5" start="155"/>
                     <link ref="Mr">M</link>
                     <sub>r</sub> = 216,2 g/mol</p>
                  <p>
                     <table frame="all" id="N17AE2" orient="port" tocentry="1">
                        <tgroup align="left" char="" charoff="50" cols="2">
                           <colspec colname="1" colnum="1"/>
                           <colspec colname="2" colnum="2"/>
                           <tbody valign="top">
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p><link ref="Fp">F</link>
                                       <sub>P</sub>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>128-133 °C (Wasser-Ethanol-Gemisch)</p>
                                 </entry>
                              </row>
                           </tbody>
                        </tgroup>
                     </table>
                  </p>
                  <p>
                     <link id="_Toc524932084"/>
                  </p>
                  <p>
                     <link id="_Toc524932767"/>
                  </p>
                  <p>
                     <link id="_Toc524945046"/>
                  </p>
                  <p>
                     <link id="_Toc524945335"/>
                  </p>
                  <p>
                     <link id="_Toc530556443"/>
                  </p>
                  <p>
                     <link id="_Toc530556631"/>
                  </p>
                  <p>
                     <link id="_Toc532369278"/>
                  </p>
               </block>
               <block id="N17B42" label="5.2.2.2">
                  <head>(R,S)-N-Methyl-3-piperidyl 3,4-dimethoxybenzilat (2) und verwandte<br/>Verbindungen</head>
                  <p>(vgl. Kapitel <link ref="I_Ref519478588">5.2.2.1</link>)</p>
                  <p>
                     <citenumber id="N17B52" start="156"/>
                     <strong>(R,S)-N-Methyl-3-piperidyl 3,4-dimethoxybenzilat (</strong>2<strong>)</strong>
                  </p>
                  <p>Die Synthese und Struktursicherung erfolgten in der Arbeitsgruppe Pharmazeutische Chemie (Prof. Dr. Göber) am Institut für Pharmazie der HUB [<link id="_Hlt519477960"/>
                     <link ref="I_bib3">3</link>].</p>
                  <p>C<sub>22</sub>H<sub>27</sub>NO<sub>5</sub>
                  </p>
                  <p>
                     <citenumber id="N17B74" start="157"/>
                     <link ref="Mr">M</link>
                     <sub>r </sub>= 385,4 g/mol</p>
                  <p>
                     <table frame="all" id="N17B81" orient="port" tocentry="1">
                        <tgroup align="left" char="" charoff="50" cols="2">
                           <colspec colname="1" colnum="1"/>
                           <colspec colname="2" colnum="2"/>
                           <tbody valign="top">
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="Fp">F</link>
                                       <sub>P</sub>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>82 &#8211; 85 °C (Diethylether)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="HPLC">HPLC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="Rt">R</link>
                                       <sub>T </sub>= 12,2 min (Methode I)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="dc">DC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="FM">FM</link> I: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,76 </p>
                                    <p>
                                       <link ref="FM">FM</link> II: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,92 </p>
                                    <p>Detektion: A, B (Raumtemperatur braun, Heizplatte hellblau), C (orange)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="EI">EI</link>-<link ref="MS">MS</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="mz">m/z</link> (I
                                       <sub>rel.</sub> in %): M<sup>+</sup> 385 (1), 243 (8), 165 (6), 137 (3), 105 (65), 99 (15), 98 (25), 97 (100), 96 (12), 77 (27)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <sup>1</sup>
                                       <link ref="Hnmr">H-NMR</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>&#948; [ppm]: 1,33 und 1,75 (2H, N-CH<sub>2</sub>-CH<sub>2</sub>-CH<sub>2</sub>); 1,47 und 1,63 (2H, N-CH<sub>2</sub>-CH<sub>2</sub>); 2,05 - 2,20 (je 1H, N-CH<sub>2</sub> und O-CH-CH<sub>2</sub>); 2,13 (3H, N-CH<sub>3</sub>); 2,37 (1H, N-CH<sub>2</sub>); 2,59 (1H, O-CH-CH<sub>2</sub>); 3,74 und 3,81 (je 3H, OCH<sub>3</sub>); 4,55 (1H, OH); 4,91 (1H, CH); 6,74 (1H, Ar-H, C-5); 6,94 und 6,98 (2H, Ar-H, C-2, C-6); 7,19 - 7,34 (5H, Ar-H)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <sup>13</sup>
                                       <link ref="Cnmr">C-NMR</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>&#948; [ppm]: 22,3 (N-CH<sub>2</sub>-CH<sub>2</sub>); 28,4 (N-CH<sub>2</sub>-CH<sub>2</sub>-CH<sub>2</sub>); 46,2 (N-CH<sub>3</sub>); 55,1 (N-CH<sub>2</sub>); 55,79 und 55,84 (OCH<sub>3</sub>); 58,6 (O-CH-CH<sub>2</sub>); 72,1 (CH); 80,7 (C<sup>&#8727;</sup>); 110,2 (Ar-C-5); 110,7 (Ar-C-2); 119,7 (Ar-C-6); 127,3 (2 Ar-<link ref="m">m</link>-C); 127,9 (2 Ar-<link ref="o">o</link>-C); 128,0 (Ar-<link ref="p">p</link>-C); 134,5 (Ar-C); 142,4 (Ar-C-1); 148,5 (Ar-C-4); 148,7 (Ar-C-3); 173,7 (C=O)</p>
                                 </entry>
                              </row>
                           </tbody>
                        </tgroup>
                     </table>
                  </p>
                  <p>
                     <strong>(R,S)-3-Piperidyl 3,4-dimethoxybenzilat (</strong>28<strong>)</strong>
                  </p>
                  <p>
                     <citenumber id="N17CC1" start="158"/>Die Synthese und Struktursicherung erfolgten in der Arbeitsgruppe Pharmazeutische Chemie (Prof. Dr. Göber) am Institut für Pharmazie der HUB [<link id="_Hlt519482302"/>
                     <link ref="I_bib4">4</link>].</p>
                  <p>
                     <link id="DiDiSeite_P0_N_118"/>
                  </p>
                  <p>C<sub>21</sub>H<sub>25</sub>NO<sub>5</sub>
                  </p>
                  <p>
                     <link ref="Mr">M</link>
                     <sub>r</sub> = 371,4 g/mol</p>
                  <p>
                     <citenumber id="N17CEA" start="159"/>
                     <table frame="all" id="N17CED" orient="port" tocentry="1">
                        <tgroup align="left" char="" charoff="50" cols="2">
                           <colspec colname="1" colnum="1"/>
                           <colspec colname="2" colnum="2"/>
                           <tbody valign="top">
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="HPLC">HPLC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="Rt">R</link>
                                       <sub>T</sub> = 11,6 min (Methode I)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="dc">DC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="FM">FM</link> I: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,56</p>
                                    <p>
                                       <link ref="FM">FM</link> II: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,62</p>
                                    <p>Detektion: A, B (Raumtemperatur braun, Heizplatte hellblau), C (orange)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="EI">EI</link>-<link ref="MS">MS</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="mz">m/z</link> (I
                                       <sub>rel.</sub> in %): M<sup>+</sup>371 (&lt;1), 243 (9), 165 (7), 137 (1), 105 (100), 85 (22), 84 (13), 83 (18), 82 (7), 77 (37)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="nmr">NMR</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>s. [<link ref="I_bib4">4</link>]</p>
                                 </entry>
                              </row>
                           </tbody>
                        </tgroup>
                     </table>
                  </p>
                  <p>
                     <strong>(R,S)-N-Methyl-6-oxo-3-piperidyl 3,4-dimethoxybenzilat (</strong>32<strong>)</strong>
                  </p>
                  <p>0,98 g Quecksilber-(II)-acetat und 1,15 g Na-<link ref="EDTA">ED</link> werden unter Rühren in 30 ml 1 %  Essigsäure gelöst. Unter Einleiten von Stickstoff werden zu dieser heißen Lösung 0,42 g <link ref="b2">2</link>-HCl gegeben und 60 min unter Sieden erhitzt. Nach kurzer Zeit färbt sich die Lösung gelb und metallisches Quecksilber scheidet sich ab. Nach Abkühlen wird die Lösung filtriert, mit Natronlauge alkalisiert und dreimal mit je 25 ml Ether extrahiert. Die Etherphase wird darauf dreimal mit je 25 ml 2 % Salzsäure ausgeschüttelt, über Natriumsulfat getrocknet und im Vakuum eingeengt.</p>
                  <p>
                     <citenumber id="N17DB6" start="160"/>
                     <table frame="all" id="N17DB9" orient="port" tocentry="1">
                        <tgroup align="left" char="" charoff="50" cols="2">
                           <colspec colname="1" colnum="1"/>
                           <colspec colname="2" colnum="2"/>
                           <tbody valign="top">
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>Ausbeute:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>33 % d. Th.</p>
                                 </entry>
                              </row>
                           </tbody>
                        </tgroup>
                     </table>
                  </p>
                  <p>C<sub>22</sub>H<sub>25</sub>NO<sub>6</sub>
                  </p>
                  <p>
                     <link ref="Mr">M</link>
                     <sub>r </sub>= 399,4 g/mol</p>
                  <p>
                     <citenumber id="N17E00" start="161"/>gelbes Öl</p>
                  <p>
                     <table frame="all" id="N17E06" orient="port" tocentry="1">
                        <tgroup align="left" char="" charoff="50" cols="2">
                           <colspec colname="1" colnum="1"/>
                           <colspec colname="2" colnum="2"/>
                           <tbody valign="top">
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="HPLC">HPLC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="Rt">R</link>
                                       <sub>T </sub>= 10,3 min (Methode I)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="dc">DC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="FM">FM</link> I: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,58 </p>
                                    <p>
                                       <link ref="FM">FM</link> II: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,78 </p>
                                    <p>Detektion: A, B (Raumtemperatur braun, Heizplatte hellblau), C (orange)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="EI">EI</link>-<link ref="MS">MS</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="mz">m/z</link> (I
                                       <sub>rel.</sub> in %): M<sup>+</sup> 399 (1), 243 (13), 165 (6), 137 (1), 113 (50) 105 (100), 98 (7), 77 (25), 55 (12), 44 (6), 42 (5)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p><link ref="GC">GC</link>-<link ref="MS">MS</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="Rt">R</link>
                                       <sub>T </sub>= 16,5 min</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <sup>1</sup>
                                       <link ref="Hnmr">H-NMR</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>&#948; [ppm]: 1,92 &#8211; 1,94 (2H, N-CO-CH<sub>2</sub>); 2,16 &#8211; 2,26 (2H, N-CO-CH<sub>2</sub>-CH<sub>2</sub>); 2,73 (3H, N-CH<sub>3</sub>); 3,14 - 3,18 und 3,42 - 3,46 (2H, N-CH<sub>2</sub>); 3,71 und 3,79 (je 3H, OCH<sub>3</sub>); 5,24 (1H, CH); 5,76 (1H, OH); 6,74 (1H, Ar-H, C-5); 6,81 - 6,83 (1H, Ar-H, C-6); 6,90 &#8211; 6,95 (1H, Ar-H, C-2); 7,20 - 7,30 (5H, Ar-H)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <sup>13</sup>
                                       <link ref="Cnmr">C-NMR</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>&#948; [ppm]: 25,1 (N-CO-CH<sub>2</sub>); 27,0 (N-CO-CH<sub>2</sub>-CH<sub>2</sub>); 34,3 (N-CH<sub>3</sub>); 52,6 (N-CH<sub>2</sub>); 55,7 (OCH<sub>3</sub>); 68,3 (CH); 80,8 (C<sup>&#8727;</sup>); 110,2 (Ar-C-5); 110,4 (Ar-C-2); 119,7 (Ar-C-6); 126,9 (2 Ar-<link ref="m">m</link>-C); 128,0 (2 Ar-<link ref="o">o</link>-C); 128,0 (Ar-<link ref="p">p</link>-C); 133,7 (Ar-C-1); 141,5 (Ar-C); 148,5 (Ar-C-4); 148,7 (Ar-C-3); 168,7 (N-C=O); 173,7 (C=O)</p>
                                 </entry>
                              </row>
                           </tbody>
                        </tgroup>
                     </table>
                  </p>
                  <p>Nicht nachgewiesen:</p>
                  <p>
                     <citenumber id="N17F2F" start="162"/>
                     <strong>(R,S)-N-Methyl-3-piperidyl 3,4-dimethoxybenzilat N-oxid (beide Isomere)</strong>
                  </p>
                  <p>Die Synthese und Struktursicherung erfolgten in der Arbeitsgruppe Pharmazeutische Chemie (Prof. Dr. Göber) am Institut für Pharmazie der HUB [<link ref="I_bib4">4</link>].</p>
                  <p>C<sub>22</sub>H<sub>27</sub>NO<sub>6</sub>
                  </p>
                  <p>
                     <citenumber id="N17F4B" start="163"/>
                     <link ref="Mr">M</link>
                     <sub>r</sub> = 401,4 g/mol</p>
                  <p>
                     <table frame="all" id="N17F58" orient="port" tocentry="1">
                        <tgroup align="left" char="" charoff="50" cols="2">
                           <colspec colname="1" colnum="1"/>
                           <colspec colname="2" colnum="2"/>
                           <tbody valign="top">
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="HPLC">HPLC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="Rt">R</link>
                                       <sub>T</sub> = 12,3 und 12,7 min (Methode I)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="dc">DC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="FM">FM</link> I: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,18 und 0,21</p>
                                    <p>
                                       <link ref="FM">FM</link> II: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,25 und 0,32</p>
                                    <p>Detektion: A, B (Raumtemperatur braun, Heizplatte hellblau), C (orange)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="EI">EI</link>-<link ref="MS">MS</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="mz">m/z</link> (I
                                       <sub>rel.</sub> in %): kein M<sup>+</sup>, 385 (&lt;1), 243 (12), 165 (31), 137 (4), 105 (100), 99 (11), 98 (11), 97 (58), 96 (7), 77 (41)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="nmr">NMR</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>s. [<link ref="I_bib4">4</link>]</p>
                                 </entry>
                              </row>
                           </tbody>
                        </tgroup>
                     </table>
                  </p>
                  <p>
                     <strong>(R,S)-N-Formyl-3-piperidyl 3,4-dimethoxybenzilat </strong>
                  </p>
                  <p>
                     <citenumber id="N18013" start="164"/>Die biomimetische Synthese und Strukturaufklärung erfolgten in der Arbeitsgruppe Pharmazeutische Chemie (Prof. Dr. Göber) am Institut für Pharmazie der HUB [<link ref="I_bib4">4</link>].</p>
                  <p>C<sub>22</sub>H<sub>25</sub>NO<sub>6</sub>
                  </p>
                  <p>
                     <link ref="Mr">M</link>
                     <sub>r </sub>= 399,4 g/mol</p>
                  <p>
                     <citenumber id="N18033" start="165"/>
                     <table frame="all" id="N18036" orient="port" tocentry="1">
                        <tgroup align="left" char="" charoff="50" cols="2">
                           <colspec colname="1" colnum="1"/>
                           <colspec colname="2" colnum="2"/>
                           <tbody valign="top">
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="HPLC">HPLC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="Rt">R</link>
                                       <sub>T </sub>= 12,9 min (Methode I)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="dc">DC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="FM">FM</link> I: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,80</p>
                                    <p>
                                       <link ref="FM">FM</link> II: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,95</p>
                                    <p>Detektion: A, B (Raumtemperatur braun, Heizplatte hellblau), C (orange)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="EI">EI</link>-<link ref="MS">MS</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="mz">m/z</link> (I
                                       <sub>rel.</sub> in %): M<sup>+</sup> 399 (1), 243 (22), 165 (5), 137 (1), 113 (28), 105 (100), 77 (23)</p>
                                 </entry>
                              </row>
                           </tbody>
                        </tgroup>
                     </table>
                  </p>
                  <p>
                     <link id="DiDiSeite_P0_N_120"/>
                  </p>
                  <p>
                     <strong>(R,S)-Methyl 2-(3,4-dimethoxyphenyl)-2-phenylacetat</strong>
                  </p>
                  <p>10 mmol 3,4-Dimethoxydiphenylessigsäure und 20 mmol Natriumhydrogencarbonat werden in einem 50 ml-Rundkolben in 15 ml Dimethylformamid suspendiert. Die Mischung wird nach Zugabe von 45 mmol Dimethylsulfat 10 min bei Raumtemperatur und dann 10 min auf dem Wasserbad bei 80 - 90 °C gerührt. Anschließend wird das Reaktionsgemisch in 200 ml Wasser aufgenommen und nach dem Erkalten dreimal mit Chloroform extrahiert. Die vereinigten organischen Phasen werden mit Wasser gewaschen, über Natriumsulfat getrocknet und im Vakuum eingeengt.</p>
                  <p>
                     <citenumber id="N180DD" start="166"/>
                     <table frame="all" id="N180E0" orient="port" tocentry="1">
                        <tgroup align="left" char="" charoff="50" cols="2">
                           <colspec colname="1" colnum="1"/>
                           <colspec colname="2" colnum="2"/>
                           <tbody valign="top">
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>Ausbeute:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>69 % <link ref="dTh">d. Th</link>.</p>
                                 </entry>
                              </row>
                           </tbody>
                        </tgroup>
                     </table>
                  </p>
                  <p>C<sub>17</sub>H<sub>18</sub>O<sub>4</sub>
                  </p>
                  <p>
                     <link ref="Mr">M</link>
                     <sub>r </sub>= 286,3 g/mol</p>
                  <p>
                     <citenumber id="N1812B" start="167"/>
                     <table frame="all" id="N1812E" orient="port" tocentry="1">
                        <tgroup align="left" char="" charoff="50" cols="2">
                           <colspec colname="1" colnum="1"/>
                           <colspec colname="2" colnum="2"/>
                           <tbody valign="top">
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="HPLC">HPLC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="Rt">R</link>
                                       <sub>T </sub>= 17,2 min (Methode I)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="dc">DC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="FM">FM</link> I: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,87 </p>
                                    <p>
                                       <link ref="FM">FM</link> II: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,91 </p>
                                    <p>Detektion: A, B (Raumtemperatur gelblich, Heizplatte altrosa)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="IR">IR</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>[cm<sup>-1</sup>]:1514, 1591 (C=C), 1737 (C=O), 2837 (OCH<sub>3</sub>)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="EI">EI</link>-<link ref="MS">MS</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="mz">m/z</link> (I
                                       <sub>rel.</sub> in %): M<sup>+</sup> 286 (13), 227 (100), 196 (17), 183 (9), 181 (16), 153 (14), 152 (17), 115 (24)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <sup>1</sup>
                                       <link ref="Hnmr">H-NMR</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>&#948; [ppm]: 3,65 (3H, CH<sub>3</sub>); 3,74 und 3,76 (je 3H, OCH<sub>3</sub>); 4,90 (1H, CH); 6,71 (1H, Ar-H, C-5); 6,74 und 6,77 (2H, Ar-H, C-2, C-6); 7,22 (5H, Ar-H)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <sup>13</sup>
                                       <link ref="Cnmr">C-NMR</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>&#948; [ppm]: 52,1 (CH<sub>3</sub>); 55,7 (OCH<sub>3</sub>); 56,3 (CH); 110,9 (Ar-C-5); 111,7 (Ar-C-2); 120,7 (Ar-C-6); 127,1 (2 Ar-<link ref="m">m</link>-C); 128,2 (2 Ar-<link ref="o">o</link>-C); 128,4 (Ar-<link ref="p">p</link>-C); 130,8 (Ar-C); 138,7 (Ar-C-1); 148,1 (Ar-C-4); 148,8(Ar-C-3); 173,0 (C<u>=</u>O)</p>
                                 </entry>
                              </row>
                           </tbody>
                        </tgroup>
                     </table>
                  </p>
                  <p>
                     <strong>(R,S)-N-Methyl-3-piperidyl 2-(3,4-dimethoxyphenyl)-2-phenylacetat </strong>
                  </p>
                  <p>In einen Rundkolben werden 10 mmol (R,S)-Methyl 2-(3,4-dimethoxyphenyl)-2-phenylacetat und 11,7 mmol N-Methyl-3-piperidinol in 70 ml Petroleumbenzin vorgelegt. Zur Entfernung von Wasserspuren werden 20 ml Lösungsmittel abdestilliert und anschließend 0,4 ml einer frisch bereiteten 10 %igen methanolischen Natriummethanolatlösung zugetropft. Die Destillationsgeschwindigkeit wird so eingestellt, dass innerhalb von 5 h das Petroleumbenzin sowie vorhandenes und entstandenes Methanol abgetrieben wird, wobei nach 3 h noch einmal eine Zugabe von Natriummethanolatlösung erfolgt.</p>
                  <p>
                     <link id="DiDiSeite_P0_N_121"/>
                  </p>
                  <p>
                     <citenumber id="N18247" start="168"/>Der Rückstand wird in 50 ml Chloroform aufgenommen und dreimal mit 10 %iger Weinsäure extrahiert. Die Weinsäurephasen werden vereinigt, mit 4 M Natriumhydroxid vorsichtig alkalisiert und sofort dreimal mit Chloroform extrahiert. Die vereinigten organischen Phasen werden über Natriumsulfat getrocknet, im Vakuum eingeengt und umkristallisiert.</p>
                  <p>
                     <table frame="all" id="N1824D" orient="port" tocentry="1">
                        <tgroup align="left" char="" charoff="50" cols="2">
                           <colspec colname="1" colnum="1"/>
                           <colspec colname="2" colnum="2"/>
                           <tbody valign="top">
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>Ausbeute:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>82 % d. Th.</p>
                                 </entry>
                              </row>
                           </tbody>
                        </tgroup>
                     </table>
                  </p>
                  <p>C<sub>22</sub>H<sub>27</sub>NO<sub>4</sub>
                  </p>
                  <p>
                     <citenumber id="N1828A" start="169"/>
                     <link ref="Mr">M</link>
                     <sub>r </sub>= 369,4 g/mol</p>
                  <p>
                     <table frame="all" id="N18297" orient="port" tocentry="1">
                        <tgroup align="left" char="" charoff="50" cols="2">
                           <colspec colname="1" colnum="1"/>
                           <colspec colname="2" colnum="2"/>
                           <tbody valign="top">
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="Fp">F</link>
                                       <sub>P</sub>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>73 &#8211; 75 °C (Diethylether)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="HPLC">HPLC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="Rt">R</link>
                                       <sub>T </sub>= 14,3 min (Methode I)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="dc">DC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="FM">FM</link> I: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,80</p>
                                    <p>
                                       <link ref="FM">FM</link> II: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,94</p>
                                    <p>Detektion: A, B (Raumtemperatur rosé, Heizplatte braun), C (orange)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="IR">IR</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>[cm<sup>-1</sup>]:1515, 1591 (C=C), 1732 (C=O), 2786 (N-CH<sub>3</sub>), 2836 (OCH<sub>3</sub>), 2941 (CH<sub>2</sub>)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="EI">EI</link>-<link ref="MS">MS</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="mz">m/z</link> (I
                                       <sub>rel.</sub> in %): M<sup>+</sup>369 (1), 227 (8), 196 (3), 183 (3), 181 (3), 153 (3), 152 (4), 115 (4), 99 (1), 98 (13), 97 (100), 96 (14)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <sup>1</sup>
                                       <link ref="Hnmr">H-NMR</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>&#948; [ppm]: 1,35 und 1,69 (2H, N-CH<sub>2</sub>-CH<sub>2</sub>-CH<sub>2</sub>); 1,50 und 1,63 (2H, N-CH<sub>2</sub>-CH<sub>2</sub>); 2,07 und 2,11 (je 1H, N-CH<sub>2</sub> und O-CH-CH<sub>2</sub>); 2,16 (3H, N-CH<sub>3</sub>); 2,35 (1H, N-CH<sub>2</sub>); 2,59 (1H, O-CH-CH<sub>2</sub>); 3,74 und 3,76 (je 3H, OCH<sub>3</sub>); 4,91 (1H, CH); 6,73 (1H, Ar-H, C-5); 6,77 und 6,80 (2H, Ar-H, C-2, C-6); 7,15-7,23 (5H, Ar-H)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <sup>13</sup>
                                       <link ref="Cnmr">C-NMR</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>&#948; [ppm]: 22,4 (N-CH<sub>2</sub>-CH<sub>2</sub>); 28,5 (N-CH<sub>2</sub>-CH<sub>2</sub>-CH<sub>2</sub>); 46,2 (N-CH<sub>3</sub>); 55,1 (N-CH<sub>2</sub>); 55,7 (OCH<sub>3</sub>); 56,3 (CH); 58,9 (O-CH-CH<sub>2</sub>); 70,1  (C<sup>&#8727;</sup>); 110,9 (Ar-C-5); 111,7 (Ar-C-2); 120,7 (Ar-C-6); 127,0 (2 Ar-<link ref="m">m</link>-C); 128,2 (2 Ar-<link ref="o">o</link>-C); 128,4 (Ar-<link ref="p">p</link>-C); 131,1 (Ar-C); 138,9 (Ar-C-1); 148,1 (Ar-C-4); 148,8 (Ar-C-3); 171,9 (C=O)</p>
                                 </entry>
                              </row>
                           </tbody>
                        </tgroup>
                     </table>
                  </p>
                  <p>
                     <link id="I_Ref521899954"/>
                  </p>
                  <p>
                     <link id="_Hlt521899961"/>
                  </p>
                  <p>
                     <link id="_Toc524932085"/>
                  </p>
                  <p>
                     <link id="_Toc524932768"/>
                  </p>
                  <p>
                     <link id="_Toc524945047"/>
                  </p>
                  <p>
                     <link id="_Toc524945336"/>
                  </p>
                  <p>
                     <link id="_Toc530556444"/>
                  </p>
                  <p>
                     <link id="_Toc530556632"/>
                  </p>
                  <p>
                     <link id="_Toc532369279"/>
                  </p>
                  <p>
                     <link id="DiDiSeite_P0_N_122"/>
                  </p>
               </block>
               <block id="N1842E" label="5.2.2.3">
                  <head>N-Methyl-4-piperidyl 3,3&#8216;-dimethoxybenzilat (3) und verwandte Ver-bindungen</head>
                  <p>
                     <link id="_Hlt521899983"/>
                  </p>
                  <p>
                     <strong>N-Methyl-4-piperidyl 3,3&#8216;-dimethoxybenzilat (</strong>3<strong>)</strong>
                  </p>
                  <p>
                     <citenumber id="N18444" start="170"/>Die Synthese und Struktursicherung erfolgten in der Arbeitsgruppe Pharmazeutische Chemie (Prof. Dr. Göber) am Institut für Pharmazie der HUB [<link ref="I_bib3">3</link>].</p>
                  <p>C<sub>22</sub>H<sub>27</sub>NO<sub>5</sub>
                  </p>
                  <p>
                     <link ref="Mr">M</link>
                     <sub>r </sub>= 385,4 g/mol</p>
                  <p>
                     <citenumber id="N18464" start="171"/>
                     <table frame="all" id="N18467" orient="port" tocentry="1">
                        <tgroup align="left" char="" charoff="50" cols="2">
                           <colspec colname="1" colnum="1"/>
                           <colspec colname="2" colnum="2"/>
                           <tbody valign="top">
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="Fp">F</link>
                                       <sub>P</sub>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>118 &#8211; 120 °C (Chloroform/Diethylether)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="HPLC">HPLC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="Rt">R</link>
                                       <sub>T </sub>= 13,6 min (Methode II)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="dc">DC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="FM">FM</link> I: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,54</p>
                                    <p>
                                       <link ref="FM">FM</link> II: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,89</p>
                                    <p>
                                       <link ref="FM3">FM III</link>: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,88</p>
                                    <p>Detektion: A, B (Raumtemperatur grün, Heizplatte grau), C (orange)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="EI">EI</link>-<link ref="MS">MS</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="mz">m/z</link> (I
                                       <sub>rel.</sub> in %): M<sup>+</sup>385 (3), 243 (24), 135 (100), 107 (27), 99 (59), 98 (70), 97 (17), 96 (68), 92 (15), 77 (16)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <sup>1</sup>
                                       <link ref="Hnmr">H-NMR</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>&#948; [ppm]: 1,64 und 1,79 (4H, CH<sub>2</sub>); 2,08 (3H, N-CH<sub>3</sub>); 2,15 - 2,25 (4H, N-CH<sub>2</sub>); 3,68 (je 3H, OCH<sub>3</sub>); 4,51 (1H, OH); 4,89 (1H, CH); 6,76 (2H, Ar-H, C-4, C-4&#8216;); 6,94 (2H, Ar-H, C-6, C-6&#8216;); 6,95 (2H, Ar-H, C-2, C-2&#8216;); 7,16 (2H, Ar-H, C-5, C-5&#8216;)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <sup>13</sup>
                                       <link ref="Cnmr">C-NMR</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>&#948; [ppm]: 30,3 (CH<sub>2</sub>); 46,0 (N-CH<sub>3</sub>); 52,0 (N-CH<sub>2</sub>); 55,2 (OCH<sub>3</sub>); 72,2 (CH); 80,7 (C<sup>&#8727;</sup>); 113,3 (Ar-C-2, Ar-C-2&#8216;); 113,4 (Ar-C-4, Ar-C-4&#8216;); 119,9 (Ar-C-6, Ar-C-6&#8216;); 128,9 (Ar-C-5, Ar-C-5&#8216;); 143,6 (Ar-C-1, Ar-C-1&#8216;); 159,3 (Ar-C-3, Ar-C-3&#8216;); 173,6 (C=O)</p>
                                 </entry>
                              </row>
                           </tbody>
                        </tgroup>
                     </table>
                  </p>
                  <p>
                     <strong>4-Piperidyl 3,3&#8216;-dimethoxybenzilat (</strong>42<strong>)</strong>
                  </p>
                  <p>Die Synthese und Struktursicherung erfolgten in der Arbeitsgruppe Pharmazeutische Chemie (Prof. Dr. Göber) am Institut für Pharmazie der HUB [<link id="_Hlt520797466"/>
                     <link ref="I_bib4">4</link>].</p>
                  <p>
                     <citenumber id="N1858F" start="172"/>C<sub>21</sub>H<sub>25</sub>NO<sub>5</sub>
                  </p>
                  <p>
                     <link ref="Mr">M</link>
                     <sub>r</sub> = 371,4 g/mol</p>
                  <p>
                     <table frame="all" id="N185A8" orient="port" tocentry="1">
                        <tgroup align="left" char="" charoff="50" cols="2">
                           <colspec colname="1" colnum="1"/>
                           <colspec colname="2" colnum="2"/>
                           <tbody valign="top">
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="Fp">F</link>
                                       <sub>P</sub>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>152-154 °C (Chloroform/Diethylether)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="HPLC">HPLC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="Rt">R</link>
                                       <sub>T </sub>= 8,6 min (Methode II)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="dc">DC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="FM">FM</link> I: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,21</p>
                                    <p><link ref="FM">FM</link> II: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,26</p>
                                    <p>
                                       <link ref="FM3">FM III</link>: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,38</p>
                                    <p>Detektion: A, B (Raumtemperatur grün, Heizplatte grau), C (orange)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="EI">EI</link>-<link ref="MS">MS</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="mz">m/z</link> (I
                                       <sub>rel.</sub> in %): M<sup>+</sup>371 (1), 243 (32), 135 (100), 107 (35), 92 (19), 85 (65), 84 (55), 83 (12), 82 (35), 77 (21)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="nmr">NMR</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>s. [<link ref="I_bib4">4</link>]</p>
                                 </entry>
                              </row>
                           </tbody>
                        </tgroup>
                     </table>
                  </p>
                  <p>
                     <citenumber id="N18686" start="173"/>
                     <strong>(R,S)-N-Methyl-2-oxo-4-piperidyl 3,3&#8216;-dimethoxybenzilat (</strong>45<strong>)</strong>
                  </p>
                  <p>
                     <table frame="all" id="N18692" orient="port" tocentry="1">
                        <tgroup align="left" char="" charoff="50" cols="2">
                           <colspec colname="1" colnum="1"/>
                           <colspec colname="2" colnum="2"/>
                           <tbody valign="top">
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>Synthese:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>s. Vergleichssubstanz (13), Rührtemperatur 5 &#8211; 10 °C</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>Ausbeute:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>2 % d. Th.</p>
                                 </entry>
                              </row>
                           </tbody>
                        </tgroup>
                     </table>
                  </p>
                  <p>C<sub>22</sub>H<sub>25</sub>NO<sub>6</sub>
                  </p>
                  <p>
                     <citenumber id="N186E4" start="174"/>
                     <link ref="Mr">M</link>
                     <sub>r </sub>= 399,4 g/mol</p>
                  <p>gelbes Öl</p>
                  <p>
                     <table frame="all" id="N186F4" orient="port" tocentry="1">
                        <tgroup align="left" char="" charoff="50" cols="2">
                           <colspec colname="1" colnum="1"/>
                           <colspec colname="2" colnum="2"/>
                           <tbody valign="top">
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="HPLC">HPLC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="Rt">R</link>
                                       <sub>T </sub>= 8,5 min (Methode II)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="dc">DC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="FM">FM</link> I: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,58 </p>
                                    <p>
                                       <link ref="FM">FM</link> II: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,78 </p>
                                    <p>Detektion: A, B (Raumtemperatur grün, Heizplatte grau), C (orange)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="EI">EI</link>-<link ref="MS">MS</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="mz">m/z</link> (I
                                       <sub>rel.</sub> in %): M<sup>+</sup>399 (1), 243 (15), 135 (100), 113 (73); 107 (20), 92 (11), 77 (17), 55 (18), 44 (11)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="GC">GC</link>-<link ref="MS">MS</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="Rt">R</link>
                                       <sub>T </sub>= 17,2 min</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <sup>1</sup>
                                       <link ref="Hnmr">H-NMR</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>&#948; [ppm]: 1,95 (2H, N-CO-CH<sub>2</sub>); 2,48 - 2,66 (2H, N-CH<sub>2</sub>-CH<sub>2</sub>); 2,76 (3H, N-CH<sub>3</sub>); 3,01 und 3,59 (2H, N-CH<sub>2</sub>), 3,69 und 3,70 (je 3H, OCH<sub>3</sub>); 5,25 (1H, CH); 6,80 (2H, Ar-H, C-4, C-4&#8216;); 6,88 (2H, Ar-H, C-6, C-6&#8216;); 6,94 (2H, Ar-H, C-2, C-2&#8216;); 7,19 (2H, Ar-H, C-5, C-5&#8216;)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <sup>13</sup>
                                       <link ref="Cnmr">C-NMR</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>&#948; [ppm]: 26,7 (CH<sub>2</sub>); 34,4 (N-CH<sub>3</sub>); 36,8 (N-CH<sub>2</sub>); 44,8 (N-CO-CH<sub>2</sub>), 55,3 (OCH<sub>3</sub>); 70,2 (CH); 80,8 (C<sup>&#8727;</sup>); 113,2 (Ar-C-2, Ar-C-2&#8216;); 113,6 (Ar-C-4, Ar-C-4&#8216;); 119,8 (Ar-C-6, Ar-C-6&#8216;); 129,3 (Ar-C-5, Ar-C-5&#8216;); 141,5 (Ar-C-1, Ar-C-1&#8216;); 159,5 (Ar-C-3, Ar-C-3&#8216;); 169,9 (N-C=O), 176,8 (C=O)</p>
                                 </entry>
                              </row>
                           </tbody>
                        </tgroup>
                     </table>
                  </p>
                  <p>
                     <citenumber id="N1880C" start="175"/>
                     <strong>3,3&#8216;-Dimethoxybenzilsäure (</strong>46<strong>) </strong>
                  </p>
                  <p>Die Synthese und Struktursicherung erfolgten in der Arbeitsgruppe Pharmazeutische Chemie (Prof. Dr. Göber) am Institut für Pharmazie der HUB [<link ref="I_bib3">3</link>].</p>
                  <p>C<sub>16</sub>H<sub>16</sub>O<sub>5</sub>
                  </p>
                  <p>
                     <link id="DiDiSeite_P0_N_124"/>
                  </p>
                  <p>
                     <citenumber id="N18831" start="176"/><link ref="Mr">M</link>
                     <sub>r</sub> = 288,3 g/mol</p>
                  <p>
                     <table frame="all" id="N1883D" orient="port" tocentry="1">
                        <tgroup align="left" char="" charoff="50" cols="2">
                           <colspec colname="1" colnum="1"/>
                           <colspec colname="2" colnum="2"/>
                           <tbody valign="top">
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="Fp">F</link>
                                       <sub>P</sub>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>105-106 °C (Ethanol)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="HPLC">HPLC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="Rt">R</link>
                                       <sub>T</sub> = 3,4 min (Methode II)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="dc">DC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="FM">FM</link> I: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,23</p>
                                    <p>
                                       <link ref="FM">FM</link> II: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,28</p>
                                    <p>
                                       <link ref="FM3">FM III</link>: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,36</p>
                                    <p>Detektion: A, B (Raumtemperatur grün, Heizplatte grau)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="EI">EI</link>-<link ref="MS">MS</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="mz">m/z</link> (I
                                       <sub>rel.</sub> in %): M<sup>+</sup>288 (3), 243 (17), 135 (100), 107 (30), 92 (18), 77 (26)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="nmr">NMR</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>s. [<link ref="I_bib3">3</link>, <link ref="I_bib4">4</link>]</p>
                                 </entry>
                              </row>
                           </tbody>
                        </tgroup>
                     </table>
                  </p>
                  <p>
                     <strong>3,3&#8216;-Dimethoxybenzophenon (</strong>51<strong>) </strong>
                  </p>
                  <p>
                     <citenumber id="N18929" start="177"/>Die Synthese und Struktursicherung erfolgten in der Arbeitsgruppe Pharmazeutische Chemie (Prof. Dr. Göber) am Institut für Pharmazie der HUB [<link ref="I_bib4">4</link>].</p>
                  <p>C<sub>15</sub>H<sub>14</sub>O<sub>3</sub>
                  </p>
                  <p>
                     <link ref="Mr">M</link>
                     <sub>r</sub> = 242,3 g/mol</p>
                  <p>
                     <citenumber id="N18949" start="178"/>
                     <table frame="all" id="N1894C" orient="port" tocentry="1">
                        <tgroup align="left" char="" charoff="50" cols="2">
                           <colspec colname="1" colnum="1"/>
                           <colspec colname="2" colnum="2"/>
                           <tbody valign="top">
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="HPLC">HPLC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="Rt">R</link>
                                       <sub>T</sub> = 11,3 min (Methode II)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="dc">DC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="FM">FM</link> I: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,91</p>
                                    <p>
                                       <link ref="FM">FM</link> II: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,94</p>
                                    <p>
                                       <link ref="FM3">FM III</link>: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,90</p>
                                    <p>Detektion: A, B (gelb)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="EI">EI</link>-<link ref="MS">MS</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="mz">m/z</link> (I
                                       <sub>rel.</sub> in %): M<sup>+</sup> 242 (15), 135 (100), 107 (37), 92 (32), 77 (49)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="nmr">NMR</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>s. [<link ref="I_bib4">4</link>]</p>
                                 </entry>
                              </row>
                           </tbody>
                        </tgroup>
                     </table>
                  </p>
                  <p>
                     <strong>Methyl 3,3&#8216;-dimethoxybenzilat (</strong>68<strong>)</strong>
                  </p>
                  <p>Die Synthese und Struktursicherung erfolgten in der Arbeitsgruppe Pharmazeutische Chemie (Prof. Dr. Göber) am Institut für Pharmazie der HUB [3].</p>
                  <p>
                     <citenumber id="N18A1B" start="179"/>C<sub>17</sub>H<sub>18</sub>O<sub>5</sub>
                  </p>
                  <p>
                     <link ref="Mr">M</link>
                     <sub>r</sub> = 302,3 g/mol</p>
                  <p>
                     <table frame="all" id="N18A34" orient="port" tocentry="1">
                        <tgroup align="left" char="" charoff="50" cols="2">
                           <colspec colname="1" colnum="1"/>
                           <colspec colname="2" colnum="2"/>
                           <tbody valign="top">
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="Fp">F</link>
                                       <sub>P</sub>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>69-70 °C (Methanol/Wasser)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="HPLC">HPLC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="Rt">R</link>
                                       <sub>T</sub> = 10,0 min (Methode II)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="dc">DC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="FM">FM</link> I: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,80</p>
                                    <p>
                                       <link ref="FM">FM</link> II: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,91</p>
                                    <p>
                                       <link ref="FM3">FM III</link>: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,92</p>
                                    <p>Detektion: A, B (Raumtemperatur grün, Heizplatte grau)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="EI">EI</link>-<link ref="MS">MS</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="mz">m/z</link> (I
                                       <sub>rel.</sub> in %): M<sup>+</sup>  302 (1), 243 (22), 135 (100), 107 (29), 92 (15), 77 (23)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="nmr">NMR</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>s. [<link ref="I_bib3">3</link>]</p>
                                 </entry>
                              </row>
                           </tbody>
                        </tgroup>
                     </table>
                  </p>
                  <p>
                     <citenumber id="N18B13" start="180"/>Nicht nachgewiesen:</p>
                  <p>
                     <strong>(R,S)-N-Formyl-4-piperidyl 3,3&#8216;-dimethoxybenzilat </strong>
                  </p>
                  <p>Die biomimetische Synthese und Strukturaufklärung erfolgten in der Arbeitsgruppe Pharmazeutische Chemie (Prof. Dr. Göber) am Institut für Pharmazie der HUB [<link ref="I_bib4">4</link>].</p>
                  <p>
                     <citenumber id="N18B26" start="181"/>C<sub>22</sub>H<sub>25</sub>NO<sub>6</sub>
                  </p>
                  <p>
                     <link ref="Mr">M</link>
                     <sub>r </sub>= 399,4 g/mol</p>
                  <p>
                     <table frame="all" id="N18B3F" orient="port" tocentry="1">
                        <tgroup align="left" char="" charoff="50" cols="2">
                           <colspec colname="1" colnum="1"/>
                           <colspec colname="2" colnum="2"/>
                           <tbody valign="top">
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="HPLC">HPLC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="Rt">R</link>
                                       <sub>T </sub>= 9,0 min (Methode II)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="dc">DC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="FM">FM</link> I: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,60 </p>
                                    <p>
                                       <link ref="FM">FM</link> II: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,92 </p>
                                    <p>Detektion: A, B (Raumtemperatur grün, Heizplatte grau), C (orange)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="EI">EI</link>-<link ref="MS">MS</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="mz">m/z</link> (I
                                       <sub>rel.</sub> in %): M<sup>+</sup> 399 (1), 243 (16), 135 (100), 113 (55), 107 (32), 92 (15), 77 (24), 55 (17), 42 (12)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>GC-MS:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="Rt">R</link>
                                       <sub>T </sub>= 18,1 min</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <sup>1</sup>
                                       <link ref="Hnmr">H-NMR</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>&#948; [ppm]: 1,7 (4H, CH<sub>2</sub>); 3,14 und 3,48 (4H, N-CH<sub>2</sub>); 3,71 (je 6H, OCH<sub>3</sub>); 4,2 (1H, OH); 5,2 (1H, CH); 6,79 (2H, Ar-H, C-4, C-4&#8216;); 6,90 (2H, Ar-H, C-6, C-6&#8216;); 6,93 (2H, Ar-H, C-2, C-2&#8216;); 7,2 (2H, Ar-H, C-5, C-5&#8216;); 7,9 (3H, N-CHO);</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <sup>13</sup>
                                       <link ref="Cnmr">C-NMR</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>&#948; [ppm]: 29,3 (CH<sub>2</sub>); 30,7 (CH<sub>2</sub>); 35,8 (N-CH<sub>2</sub>); 42,0 (N-CH<sub>2</sub>); 55,2 (OCH<sub>3</sub>); 71,8 (CH); 80,8 (C<sup>*</sup>); 113,3 (Ar-C-2, Ar-C-2&#8216;); 113,4 (Ar-C-4, Ar-C-4&#8216;); 119,7 (Ar-C-6, Ar-C-6&#8216;); 129,1 (Ar-C-5, Ar-C-5&#8216;); 143,1 (Ar-C-1, Ar-C-1&#8216;); 159,3 (Ar-C-3, Ar-C-3&#8216;); 159,4 (CHO); 173,5 (C=O)</p>
                                 </entry>
                              </row>
                           </tbody>
                        </tgroup>
                     </table>
                  </p>
                  <p>
                     <citenumber id="N18C46" start="182"/>
                     <strong>(R,S)-N-Methyl-4-piperidyl 3,4-dimethoxybenzilat N-oxid (beide Isomere)</strong>
                  </p>
                  <p>Die Synthese und Struktursicherung erfolgten in der Arbeitsgruppe Pharmazeutische Chemie (Prof. Dr. Göber) am Institut für Pharmazie der HUB [<link ref="I_bib4">4</link>].</p>
                  <p>C<sub>22</sub>H<sub>27</sub>NO<sub>6</sub>
                  </p>
                  <p>
                     <citenumber id="N18C62" start="183"/>
                     <link ref="Mr">M</link>
                     <sub>r</sub> = 401,4 g/mol</p>
                  <p>
                     <table frame="all" id="N18C6F" orient="port" tocentry="1">
                        <tgroup align="left" char="" charoff="50" cols="2">
                           <colspec colname="1" colnum="1"/>
                           <colspec colname="2" colnum="2"/>
                           <tbody valign="top">
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="HPLC">HPLC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="Rt">R</link>
                                       <sub>T</sub> = 8,3 und 8,5 min (Methode II)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p><link ref="dc">DC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="FM">FM</link> I: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,23 und 0,35</p>
                                    <p>
                                       <link ref="FM">FM</link> II: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,30 und 0,37</p>
                                    <p>
                                       <link ref="FM3">FM III</link>: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,48 und 0,62</p>
                                    <p>Detektion: A, B (Raumtemperatur grün, Heizplatte grau), C (orange)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="EI">EI</link>-<link ref="MS">MS</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="mz">m/z</link> (I
                                       <sub>rel.</sub> in %): kein M<sup>+</sup>, 243 (14), 135 (100), 107 (36), 99 (16), 98 (21), 97 (5), 96 (23), 92 (25), 77 (36)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="nmr">NMR</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>s. [<link ref="I_bib4">4</link>]</p>
                                 </entry>
                              </row>
                           </tbody>
                        </tgroup>
                     </table>
                  </p>
                  <p>
                     <link id="_Toc524932086"/>
                  </p>
                  <p>
                     <link id="_Toc524932769"/>
                  </p>
                  <p>
                     <link id="_Toc524945048"/>
                  </p>
                  <p>
                     <link id="_Toc524945337"/>
                  </p>
                  <p>
                     <link id="_Toc530556445"/>
                  </p>
                  <p>
                     <link id="_Toc530556633"/>
                  </p>
                  <p>
                     <link id="_Toc532369280"/>
                  </p>
               </block>
               <block id="N18D5A" label="5.2.2.4">
                  <head>(R,S)-N-Methyl-3-piperidyl 3,3&#8216;-dimethoxybenzilat (4) und verwandte<br/> Verbindungen</head>
                  <p>(vgl. Kapitel <link ref="I_Ref521899954">5.2.2.3</link>)</p>
                  <p>
                     <citenumber id="N18D6A" start="184"/>
                     <strong>(R,S)-N-Methyl-3-piperidyl 3,3&#8216;-dimethoxybenzilat (</strong>4<strong>)</strong>
                  </p>
                  <p>Die Synthese und Struktursicherung erfolgten in der Arbeitsgruppe Pharmazeutische Chemie (Prof. Dr. Göber) am Institut für Pharmazie der HUB [<link ref="I_bib3">3</link>].</p>
                  <p>C<sub>22</sub>H<sub>27</sub>NO<sub>5</sub>
                  </p>
                  <p>
                     <citenumber id="N18D89" start="185"/>
                     <link ref="Mr">M</link>
                     <sub>r </sub>= 385,4 g/mol</p>
                  <p>
                     <table frame="all" id="N18D96" orient="port" tocentry="1">
                        <tgroup align="left" char="" charoff="50" cols="2">
                           <colspec colname="1" colnum="1"/>
                           <colspec colname="2" colnum="2"/>
                           <tbody valign="top">
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="Fp">F</link>
                                       <sub>P</sub>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>66-70 °C (Methanol/Wasser)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="HPLC">HPLC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="Rt">R</link>
                                       <sub>T </sub>=  11,5 min (Methode II)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="dc">DC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="FM">FM</link> I: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,74</p>
                                    <p>
                                       <link ref="FM">FM</link> II: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,89</p>
                                    <p>
                                       <link ref="FM3">FM III</link>: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,89</p>
                                    <p>Detektion: A, B (Raumtemperatur grün, Heizplatte grau), C (orange)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="EI">EI</link>-<link ref="MS">MS</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="mz">m/z</link> (I
                                       <sub>rel.</sub> in %): M<sup>+</sup>385 (&lt;1), 243 (5), 135 (24), 107 (12), 99 (4), 98 (14), 97 (100), 96 (13), 92 (12), 77 (8)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <sup>1</sup>
                                       <link ref="Hnmr">H-NMR</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>&#948; [ppm]: 1,34 und 1,75 (2H, N-CH<sub>2</sub>-CH<sub>2</sub>-CH<sub>2</sub>); 1,49 und 1,61 (2H, N-CH<sub>2</sub>-CH<sub>2</sub>); 2,10 - 2,20 (je 1H, N-CH<sub>2</sub> und O-CH-CH<sub>2</sub>); 2,11 (3H, N-CH<sub>3</sub>); 2,54 -  2,59 (je 1H, O-CH-CH<sub>2</sub> und N-CH<sub>2</sub>); 3,67/3,68 (je 3H, OCH<sub>3</sub>); 4,92 (1H, CH); 6,75 (2H, Ar-H, C-4, C-4&#8216;); 6,91 - 6,99 (4H, Ar-H, C-2, C-2&#8216;, C-6, C-6&#8216;); 7,15 (2H, Ar-H, C-5, C-5&#8216;)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <sup>13</sup>
                                       <link ref="Cnmr">C-NMR</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>&#948; [ppm]: 22,2 (N-CH<sub>2</sub>-CH<sub>2</sub>); 28,4 (N-CH<sub>2</sub>-CH<sub>2</sub>-CH<sub>2</sub>); 46,0 (N-CH<sub>3</sub>); 55,0 (N-CH<sub>2</sub>); 55,2 (OCH<sub>3</sub>); 58,5 (O-CH-CH<sub>2</sub>); 72,0 (CH);  80,8 (C<sup>&#8727;</sup>); 113,0 <link id="DiDiSeite_P0_N_127"/>(Ar-C-2, Ar-C-2&#8216;); 113,4 (Ar-C-4, Ar-C-4&#8216;); 119,8 (Ar-C-6, Ar-C-6&#8216;); 128,8 (Ar-C-5, Ar-C-5&#8216;); 143,6 (Ar-C-1, Ar-C-1&#8216;); 159,3 (Ar-C-3, Ar-C-3&#8216;); 173,3 (C=O)</p>
                                 </entry>
                              </row>
                           </tbody>
                        </tgroup>
                     </table>
                  </p>
                  <p>
                     <strong>(R,S)-3-Piperidyl 3,3&#8216;-dimethoxybenzilat (</strong>60<strong>)</strong>
                  </p>
                  <p>
                     <citenumber id="N18EDB" start="186"/>Die Synthese und Struktursicherung erfolgten in der Arbeitsgruppe Pharmazeutische Chemie (Prof. Dr. Göber) am Institut für Pharmazie der HUB.</p>
                  <p>C<sub>21</sub>H<sub>25</sub>NO<sub>5</sub>
                  </p>
                  <p>
                     <link ref="Mr">M</link>
                     <sub>r</sub> = 371,4 g/mol</p>
                  <p>
                     <citenumber id="N18EF7" start="187"/>
                     <table frame="all" id="N18EFA" orient="port" tocentry="1">
                        <tgroup align="left" char="" charoff="50" cols="2">
                           <colspec colname="1" colnum="1"/>
                           <colspec colname="2" colnum="2"/>
                           <tbody valign="top">
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="HPLC">HPLC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="Rt">R</link>
                                       <sub>T </sub>= 9,4 min (Methode II)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="dc">DC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="FM">FM</link> I: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,55</p>
                                    <p>
                                       <link ref="FM">FM</link> II: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,82</p>
                                    <p>
                                       <link ref="FM3">FM III</link>: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,88</p>
                                    <p>Detektion: A, B (Raumtemperatur grün, Heizplatte grau), C (orange)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="EI">EI</link>-<link ref="MS">MS</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="mz">m/z</link> (I
                                       <sub>rel.</sub> in %): M<sup>+</sup>371 (&lt;1), 243 (4), 135 (27), 107 (11), 92 (12), 85 (9), 84 (16), 83 (100), 82 (16)</p>
                                 </entry>
                              </row>
                           </tbody>
                        </tgroup>
                     </table>
                  </p>
                  <p>Nicht nachgewiesen:</p>
                  <p>
                     <strong>(R,S)-N-Methyl-3-piperidyl 3,3&#8216;-dimethoxybenzilat N-oxid (beide Isomere)</strong>
                  </p>
                  <p>
                     <citenumber id="N18FA9" start="188"/>Die Synthese und Struktursicherung erfolgten in der Arbeitsgruppe Pharmazeutische Chemie (Prof. Dr. Göber) am Institut für Pharmazie der HUB.</p>
                  <p>C<sub>22</sub>H<sub>27</sub>NO<sub>6</sub>
                  </p>
                  <p>
                     <link ref="Mr">M</link>
                     <sub>r</sub> = 401,4 g/mol</p>
                  <p>
                     <citenumber id="N18FC5" start="189"/>
                     <table frame="all" id="N18FC8" orient="port" tocentry="1">
                        <tgroup align="left" char="" charoff="50" cols="2">
                           <colspec colname="1" colnum="1"/>
                           <colspec colname="2" colnum="2"/>
                           <tbody valign="top">
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="HPLC">HPLC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="Rt">R</link>
                                       <sub>T</sub> =  8,2 und 8,6 min (Methode II)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="dc">DC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="FM">FM</link> I: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,22 und 0,33</p>
                                    <p>
                                       <link ref="FM">FM</link> II: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,25 und 0,32</p>
                                    <p>Detektion: A, B (Raumtemperatur grün, Heizplatte grau), C (orange)</p>
                                 </entry>
                              </row>
                           </tbody>
                        </tgroup>
                     </table>
                  </p>
                  <p>
                     <strong>N-Methyl-6-oxo-3-piperidyl 3,3&#8216;-dimethoxybenzilat </strong>
                  </p>
                  <p>
                     <table frame="all" id="N1903F" orient="port" tocentry="1">
                        <tgroup align="left" char="" charoff="50" cols="2">
                           <colspec colname="1" colnum="1"/>
                           <colspec colname="2" colnum="2"/>
                           <tbody valign="top">
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>Synthese:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>s. Vergleichssubstanz 32</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>Ausbeute:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>13 % (der Theorie)</p>
                                 </entry>
                              </row>
                           </tbody>
                        </tgroup>
                     </table>
                  </p>
                  <p>
                     <citenumber id="N19085" start="190"/>C<sub>22</sub>H<sub>25</sub>NO<sub>6</sub>
                  </p>
                  <p>
                     <link id="DiDiSeite_P0_N_128"/>
                  </p>
                  <p><link ref="Mr">M</link>
                     <sub>r </sub>= 399,4 g/mol</p>
                  <p>gelbes Öl</p>
                  <p>
                     <citenumber id="N190A6" start="191"/>
                     <table frame="all" id="N190A9" orient="port" tocentry="1">
                        <tgroup align="left" char="" charoff="50" cols="2">
                           <colspec colname="1" colnum="1"/>
                           <colspec colname="2" colnum="2"/>
                           <tbody valign="top">
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="HPLC">HPLC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="Rt">R</link>
                                       <sub>T </sub>= 8,2 min (Methode II)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="dc">DC</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="FM">FM</link> I: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,54 </p>
                                    <p>
                                       <link ref="FM">FM</link> II: <link ref="Rf">R</link>
                                       <sub>F</sub> = 0,79 </p>
                                    <p>Detektion: A, B (Raumtemperatur grün, Heizplatte grau), C (orange)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="EI">EI</link>-<link ref="MS">MS</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="mz">m/z</link> (I
                                       <sub>rel.</sub> in %): M<sup>+</sup>399 (&gt;1), 243 (11), 135 (100), 113 (70); 107 (34), 98 (7), 92 (14), 77 (25), 55 (10), 42 (8)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="GC">GC</link>-<link ref="MS">MS</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="Rt">R</link>
                                       <sub>T </sub>= 18,0 min</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <sup>1</sup>
                                       <link ref="Hnmr">H-NMR</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>&#948; [ppm]: 1,95 (2H, N-CO-CH<sub>2</sub>); 2,16 - 2,30 (2H, N-CO-CH<sub>2</sub>-CH<sub>2</sub>); 2,77 (3H, N-CH<sub>3</sub>); 3,23 und 3,46 (2H, N-CH<sub>2</sub>); 3,69 (je 3H, OCH<sub>3</sub>); 5,26 (1H, CH); 6,77-6,80 (2H, Ar-H, C-4, C-4&#8216;); 6,86-6,93 (4H, Ar-H, C-2, C-2&#8216;, C-6, C-6&#8216;); 7,15 - 7,20 (2H, Ar-H, C-5, C-5&#8216;)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <sup>13</sup>
                                       <link ref="Cnmr">C-NMR</link>:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>&#948; [ppm]: 25,1 (N-CO-CH<sub>2</sub>); 27,0 (N-CO-CH<sub>2</sub>-CH<sub>2</sub>); 34,6 (N-CH<sub>3</sub>); 52,9 (N-CH<sub>2</sub>); 55,2 (OCH<sub>3</sub>); 68,6 (CH); 80,9 (C<sup>&#8727;</sup>); 113,3 (Ar-C-2, Ar-C-2&#8216;); 113,5 (Ar-C-4, Ar-C-4&#8216;); 119,5 (Ar-C-6, Ar-C-6&#8216;); 129,1 (Ar-C-5, Ar-C-5&#8216;); 142,8 (Ar-C-1, Ar-C-1&#8216;); 159,4 (Ar-C-3, Ar-C-3&#8216;); 168,9 (N-C=O); 173,3 (C=O)</p>
                                 </entry>
                              </row>
                           </tbody>
                        </tgroup>
                     </table>
                  </p>
                  <p>
                     <link id="_Toc524932087"/>
                  </p>
                  <p>
                     <link id="_Toc524932770"/>
                  </p>
                  <p>
                     <link id="_Toc524945049"/>
                  </p>
                  <p>
                     <link id="_Toc524945338"/>
                  </p>
                  <p>
                     <link id="_Toc530556446"/>
                  </p>
                  <p>
                     <link id="_Toc530556634"/>
                  </p>
                  <p>
                     <link id="_Toc532369281"/>
                  </p>
                  <p>
                     <link id="DiDiSeite_P0_N_129"/>
                  </p>
               </block>
            </subsection>
         </section>
         <section id="N191F5" label="5.3">
            <head>Biotransformationsuntersuchungen</head>
            <p>
               <link id="_Toc524932088"/>
            </p>
            <p>
               <link id="_Toc524932771"/>
            </p>
            <p>
               <link id="_Toc524945050"/>
            </p>
            <p>
               <link id="_Toc524945339"/>
            </p>
            <p>
               <link id="_Toc530556447"/>
            </p>
            <p>
               <link id="_Toc530556635"/>
            </p>
            <subsection id="N1921E" label="5.3.1">
               <head>
                  <link id="_Toc532369282"/>Tiermaterial</head>
               <p>Die Biotransformationsuntersuchungen von <link ref="b1">1</link>, <link ref="b2">2</link>, <link ref="b3">3</link> und <link ref="b4">4</link> wurden an jeweils 16 männlichen Wistarratten mit einem Körpergewicht von 200 bis 400 g, die von der Tierzucht Schönwalde GmbH stammten, durchgeführt. Die Tiere wurden bei einer Lufttemperatur von 20 °C und einer Luftfeuchtigkeit von 55 - 60 % im 12 h Hell-Dunkel-Rhythmus gehalten. Während der Versuche saßen sie zu zweit 48 h in Stoffwechselkäfigen, die eine getrennte Entnahme von Urin und Kot ermöglichten.  Sie erhielten die ganze Zeit Altromin Standard-Diät für Ratten - Mäuse und Leitungswasser ad libitum. </p>
               <p>
                  <link id="_Toc524932089"/>
               </p>
               <p>
                  <link id="_Toc524932772"/>
               </p>
               <p>
                  <link id="_Toc524945051"/>
               </p>
               <p>
                  <link id="_Toc524945340"/>
               </p>
               <p>
                  <link id="_Toc530556448"/>
               </p>
               <p>
                  <link id="_Toc530556636"/>
               </p>
               <p>
                  <link id="_Toc532369283"/>
               </p>
            </subsection>
            <subsection id="N19264" label="5.3.2">
               <head>Applikation und Gewinnung der biologischen Proben</head>
               <p>Mittels Schlundsonde sind den Ratten im Abstand von 7 Tagen abwechselnd <br/>200 mg/kg, 100 mg/kg, 50 mg/kg des jeweiligen Benzilsäureesters als Hydrochlorid oder reines Leitungswasser in den Magen appliziert worden. Bei einer Dosierung von 200 mg/kg wurden 40 mg/ml Wasser gelöst und entsprechend dem Gewicht der Ratte verabreicht (eine 200 g schwere Ratte bekam 1 ml Wirkstofflösung). Bei den anderen Dosierungen wurden entsprechend verdünnte Lösungen benutzt. Urin und Kot sind getrennt in 24 h- und 48 h- Fraktionen gesammelt und bei &#8211;15 °C eingefroren worden.</p>
               <p>
                  <link id="_Toc530556449"/>
               </p>
               <p>
                  <link id="_Toc530556637"/>
               </p>
               <p>
                  <link id="_Toc532369284"/>
               </p>
            </subsection>
            <subsection id="N19281" label="5.3.3">
               <head>Probenvorbereitung</head>
               <p>
                  <link id="I_Ref514841298"/>
               </p>
               <p>
                  <link id="_Toc524932091"/>
               </p>
               <p>
                  <link id="_Toc524932774"/>
               </p>
               <p>
                  <link id="_Toc524945053"/>
               </p>
               <p>
                  <link id="_Toc524945342"/>
               </p>
               <p>
                  <link id="_Toc530556450"/>
               </p>
               <p>
                  <link id="_Toc530556638"/>
               </p>
               <p>
                  <link id="_Hlt532176696"/>
               </p>
               <block id="N192B6" label="5.3.3.1">
                  <head>
                     <link id="_Toc532369285"/>Ermittlung der besten Reinigungsmethode</head>
                  <p>
                     <citenumber id="N192C0" start="192"/>Drei Methoden wurden in ihrer Eignung zur Reinigung des biologischen Materials überprüft. Zur Bestimmung der Wiederfindung wurden 100 mg von <link ref="b1">1</link>, <link ref="b2">2</link>, <link ref="b3">3</link> und <link ref="b4">4</link> in 25 ml Eigenurin gelöst. 2,5 ml dieser Lösung wurden zu 25,0 ml Urin aufgefüllt. </p>
                  <p>
                     <link id="_Toc524932092"/>
                  </p>
                  <p>
                     <link id="_Toc524932775"/>
                  </p>
                  <p>
                     <link id="_Toc524945054"/>
                  </p>
                  <p>
                     <link id="_Toc524945343"/>
                  </p>
                  <p>
                     <link id="_Toc530556451"/>
                  </p>
                  <p>
                     <link id="_Toc530556639"/>
                  </p>
                  <subblock id="N192F8" label="5.3.3.1.1">
                     <head>
                        <link id="_Toc532369286"/>Reinigung durch Flüssig-Flüssig-Extraktion</head>
                     <p>20,0 ml dieser Lösung wurden dreimal mit je 15 ml des jeweiligen Lösungsmittels extrahiert und aufgrund ungenügender Phasentrennung zentrifugiert. Nach Einengung der organischen Phasen und Aufnahme der Rückstände in 20,0 ml Wasser wurden die <link id="DiDiSeite_P0_N_130"/>Wiederfindungen jeweils durch Dreifachbestimmung mittels <link ref="HPLC">HPLC</link> ermittelt.</p>
                     <p>
                        <table frame="all" id="N1930C" orient="port" tocentry="1">
                           <tgroup align="left" char="" charoff="50" cols="5">
                              <colspec colname="1" colnum="1"/>
                              <colspec colname="2" colnum="2"/>
                              <colspec colname="3" colnum="3"/>
                              <colspec colname="4" colnum="4"/>
                              <colspec colname="5" colnum="5"/>
                              <tbody valign="top">
                                 <row>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p>Wiederfindungsrate:</p>
                                    </entry>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p>
                                          <link ref="b1">1</link>
                                       </p>
                                    </entry>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p>-</p>
                                    </entry>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p>Dichlormethan</p>
                                       <p>Essigsäureethylester</p>
                                       <p>Diethylether</p>
                                    </entry>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p>
                                          <mm entity="ID_d3e75736" file="image001.gif" id="N19365" label="15#17"/> = 90,7 % (88,9 - 91,4 %)</p>
                                       <p>
                                          <mm entity="ID_d3e75747" file="image001.gif" id="N1936C" label="15#17"/> = 88,3 % (87,8 - 89,2 %)</p>
                                       <p>
                                          <mm entity="ID_d3e75764" file="image001.gif" id="N19373" label="15#17"/> = 81,5 % (80,1 - 83,4 %)</p>
                                    </entry>
                                 </row>
                                 <row>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p/>
                                    </entry>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p>
                                          <link ref="b2">2</link>
                                       </p>
                                    </entry>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p>-</p>
                                    </entry>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p>Dichlormethan</p>
                                       <p>Essigsäureethylester</p>
                                       <p>Diethylether</p>
                                    </entry>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p>
                                          <mm entity="ID_d3e75819" file="image001.gif" id="N193B0" label="15#17"/> = 87,7 % (87,3 - 88,5 %)</p>
                                       <p>
                                          <mm entity="ID_d3e75830" file="image001.gif" id="N193B7" label="15#17"/>= 91,2 % (89,7 - 92,3 %)</p>
                                       <p>
                                          <mm entity="ID_d3e75841" file="image001.gif" id="N193BE" label="15#17"/>= 81,5 % (80,8 - 82,3 %)</p>
                                    </entry>
                                 </row>
                                 <row>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p/>
                                    </entry>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p>
                                          <link ref="b3">3</link>
                                       </p>
                                    </entry>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p>-</p>
                                    </entry>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p>Dichlormethan</p>
                                       <p>Essigsäureethylester</p>
                                       <p>Diethylether</p>
                                    </entry>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p>
                                          <mm entity="ID_d3e75906" file="image001.gif" id="N193FB" label="15#17"/> = 77,8 % (76,2 - 79,6 %)</p>
                                       <p>
                                          <mm entity="ID_d3e75917" file="image001.gif" id="N19402" label="15#17"/> = 80,2 % (80,1 - 80,4 %)</p>
                                       <p>
                                          <mm entity="ID_d3e75928" file="image001.gif" id="N19409" label="15#17"/> = 73,6 % (72,5 - 74,2 %)</p>
                                    </entry>
                                 </row>
                                 <row>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p/>
                                    </entry>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p>
                                          <link ref="b4">4</link>
                                       </p>
                                    </entry>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p>-</p>
                                    </entry>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p>Dichlormethan</p>
                                       <p>Essigsäureethylester</p>
                                       <p>Diethylether</p>
                                    </entry>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p>
                                          <mm entity="ID_d3e75993" file="image001.gif" id="N19446" label="15#17"/> = 79,5 % (79,1 - 80,4 %)</p>
                                       <p>
                                          <mm entity="ID_d3e76004" file="image001.gif" id="N1944D" label="15#17"/> = 79,8 % (78,3 - 80,6 %)</p>
                                       <p>
                                          <mm entity="ID_d3e76015" file="image001.gif" id="N19454" label="15#17"/> = 70,6 % (69,8 - 71,0 %)</p>
                                    </entry>
                                 </row>
                              </tbody>
                           </tgroup>
                        </table>
                     </p>
                     <p>
                        <link id="_Toc524932093"/>
                     </p>
                     <p>
                        <link id="_Toc524932776"/>
                     </p>
                     <p>
                        <link id="_Toc524945055"/>
                     </p>
                     <p>
                        <link id="_Toc524945344"/>
                     </p>
                     <p>
                        <link id="_Toc530556452"/>
                     </p>
                     <p>
                        <link id="_Toc530556640"/>
                     </p>
                     <p>
                        <link id="_Toc532369287"/>
                     </p>
                  </subblock>
                  <subblock id="N1948A" label="5.3.3.1.2">
                     <head>Reinigung durch Flüssig-Flüssig-Extraktion mittels Extrelut<sup>®</sup>
                     </head>
                     <p>
                        <citenumber id="N19494" start="193"/>20,0 ml der Lösung wurden auf Extrelut<sup>®</sup> 20-Säulen aufgegeben, 15 Minuten zum Einziehen belassen und danach mit 40 ml Essigsäureethylester eluiert. Die organische Phase wurde eingeengt und in 20,0 ml Wasser aufgenommen. Die Wiederfindung konnte durch Dreifachbestimmung mittels <link ref="HPLC">HPLC</link> ermittelt werden.</p>
                     <p>
                        <table frame="all" id="N194A1" orient="port" tocentry="1">
                           <tgroup align="left" char="" charoff="50" cols="4">
                              <colspec colname="1" colnum="1"/>
                              <colspec colname="2" colnum="2"/>
                              <colspec colname="3" colnum="3"/>
                              <colspec colname="4" colnum="4"/>
                              <tbody valign="top">
                                 <row>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p>Wiederfindungsrate:</p>
                                    </entry>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p>
                                          <link ref="b1">1</link>
                                       </p>
                                    </entry>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p>-</p>
                                    </entry>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p>
                                          <mm entity="ID_d3e76120" file="image001.gif" id="N194E7" label="15#17"/>  = 98,5 % (98,1 - 98,8 %)</p>
                                    </entry>
                                 </row>
                                 <row>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p/>
                                    </entry>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p>
                                          <link ref="b2">2</link>
                                       </p>
                                    </entry>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p>-</p>
                                    </entry>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p>
                                          <mm entity="ID_d3e76165" file="image001.gif" id="N19515" label="15#17"/> = 100,0 % (99,3 - 100,4 %)</p>
                                    </entry>
                                 </row>
                                 <row>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p/>
                                    </entry>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p>
                                          <link ref="b3">3</link>
                                       </p>
                                    </entry>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p>-</p>
                                    </entry>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p>
                                          <mm entity="ID_d3e76205" file="image001.gif" id="N19543" label="15#17"/> = 95,2 % (94,4 - 95,7 %)</p>
                                    </entry>
                                 </row>
                                 <row>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p/>
                                    </entry>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p>
                                          <link ref="b4">4</link>
                                       </p>
                                    </entry>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p>-</p>
                                    </entry>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p>
                                          <mm entity="ID_d3e76250" file="image001.gif" id="N19571" label="15#17"/> = 89,5 % (88,9 - 90,0 %)</p>
                                    </entry>
                                 </row>
                              </tbody>
                           </tgroup>
                        </table>
                     </p>
                     <p>
                        <link id="_Toc524932094"/>
                     </p>
                     <p>
                        <link id="_Toc524932777"/>
                     </p>
                     <p>
                        <link id="_Toc524945056"/>
                     </p>
                     <p>
                        <link id="_Toc524945345"/>
                     </p>
                     <p>
                        <link id="_Toc530556453"/>
                     </p>
                     <p>
                        <link id="_Toc530556641"/>
                     </p>
                     <p>
                        <link id="_Hlt531396243"/>
                     </p>
                     <p>
                        <link id="_Toc532369288"/>
                     </p>
                  </subblock>
                  <subblock id="N195AD" label="5.3.3.1.3">
                     <head>Reinigung durch Flüssig-Fest-Extraktion mittels Amberlite<sup>®</sup> XAD-2</head>
                     <p>Bei der Aufarbeitung der Proben mit Hilfe des Adsorberharz Amberlite<sup>®</sup> XAD-2 erfolgte zunächst die Konditionierung des Materials. Dazu wurde das Harz in Wasser suspendiert und in eine Glassäule gefüllt (Innendurchmesser 10 mm, Länge 15 cm). Vor Auftragen der Urinprobe erfolgt eine Reinigung und Aktivierung des Materials durch Spülung der Säule nacheinander mit 50 ml Methanol, 50 ml Methanol/Salzsäure <br/>(0,01 M) 1:1, 50 ml Salzsäure (0,01 M), 50 ml Natronlauge (0,01 M) und 50 ml destilliertem Wasser. Anschließend wurden 20,0 ml der Urinlösung aufgetragen und <link id="DiDiSeite_P0_N_131"/>nach Einwirken mit 100 ml destilliertem Wasser gewaschen. Die Elution erfolgte mit <br/>50 ml Methanol. Diese Lösung wurde eingeengt und der Rückstand in 20,0 ml Wasser aufgenommen. Die Wiederfindung wurde durch Dreifachbestimmung mittels HPLC ermittelt. Auf die Angabe der Schwankungsbreiten wird aufgrund starker Abweichungen in den Werten verzichtet.</p>
                     <p>
                        <citenumber id="N195C4" start="194"/>
                        <table frame="all" id="N195C7" orient="port" tocentry="1">
                           <tgroup align="left" char="" charoff="50" cols="4">
                              <colspec colname="1" colnum="1"/>
                              <colspec colname="2" colnum="2"/>
                              <colspec colname="3" colnum="3"/>
                              <colspec colname="4" colnum="4"/>
                              <tbody valign="top">
                                 <row>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p>Wiederfindungsrate:</p>
                                    </entry>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p>
                                          <link ref="b1">1</link>
                                       </p>
                                    </entry>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p>-</p>
                                    </entry>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p>
                                          <mm entity="ID_d3e76368" file="image001.gif" id="N1960D" label="15#17"/>  = 41,2 %</p>
                                    </entry>
                                 </row>
                                 <row>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p/>
                                    </entry>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p>
                                          <link ref="b2">2</link>
                                       </p>
                                    </entry>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p>-</p>
                                    </entry>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p>
                                          <mm entity="ID_d3e76414" file="image001.gif" id="N1963B" label="15#17"/>= 33,2 %</p>
                                    </entry>
                                 </row>
                                 <row>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p/>
                                    </entry>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p>
                                          <link ref="b3">3</link>
                                       </p>
                                    </entry>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p>-</p>
                                    </entry>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p>
                                          <mm entity="ID_d3e76454" file="image001.gif" id="N19669" label="15#17"/> = 27,9 %</p>
                                    </entry>
                                 </row>
                                 <row>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p/>
                                    </entry>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p>
                                          <link ref="b4">4</link>
                                       </p>
                                    </entry>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p>-</p>
                                    </entry>
                                    <entry morerows="0" rotate="0" valign="top">
                                       <p>
                                          <mm entity="ID_d3e76494" file="image001.gif" id="N19697" label="15#17"/> = 25,8 %</p>
                                    </entry>
                                 </row>
                              </tbody>
                           </tgroup>
                        </table>
                     </p>
                     <p>
                        <link id="_Toc524932095"/>
                     </p>
                     <p>
                        <link id="_Toc524932778"/>
                     </p>
                     <p>
                        <link id="_Toc524945057"/>
                     </p>
                     <p>
                        <link id="_Toc524945346"/>
                     </p>
                     <p>
                        <link id="I_Ref525367434"/>
                     </p>
                     <p>
                        <link id="_Hlt525367439"/>
                     </p>
                     <p>
                        <link id="_Toc530556454"/>
                     </p>
                     <p>
                        <link id="_Toc530556642"/>
                     </p>
                     <p>
                        <link id="_Toc532369289"/>
                     </p>
                  </subblock>
               </block>
               <block id="N196DA" label="5.3.3.2">
                  <head>Aufarbeitung</head>
                  <p>Die Harn- und Kotproben wurden nach Lyophylisation viermal erschöpfend mit 30 °C warmen Methanol extrahiert. Dabei entsprach die Menge Lösungsmittel dem ursprünglichen Probengewicht vor der Gefriertrocknung. Die Filtrate wurden eingeengt und mit Wasser so aufgefüllt, dass ein Drittel der früheren Menge an Urin oder Kot erreicht wurde. Je 20 ml Konzentrat wurden 0,5 g Ammoniumchlorid zugesetzt und mit verdünnter Salzsäure auf einen pH-Wert von 2 eingestellt. Diese Lösung wurde auf eine Extrelut<sup>®</sup> 20-Säule aufgebracht und nach 15minütigem Einziehen mit 40 ml Essigsäueethylester eluiert. Auf der Säule verbliebenes Elutionsmittel konnte durch Absaugen gewonnen werden. Durch anschließendes Einengen und Aufnahme in Methanol ist die Fraktion der unkonjugierten Säuren und Neutralstoffe erhalten worden. Mit einer Pumpe wurde Ammoniakdampf durch die Säulen gezogen. Das Ende der Äquilibration konnte aufgrund der basischen Reaktion einer Phenolphthaleinlösung, die hinter die Säule geschaltet war, indiziert werden. Nach Elution mit 40 ml Dichlormethan/Isopropanol (85:15) wurde die Fraktion der basischen unkonjugierten Metaboliten erhalten. Das ursprüngliche Urinkonzentrat konnte durch Aufgabe von 40 ml gesättigter Natriumchloridlösung wiedergewonnen werden, indem dieses zuerst das restliche Lösungsmittel und dann die aufgezogene wässrige Lösung verdrängte. Diese Lösung enthielt die konjugierten Metabolite. Sie wurde mit verdünnter Salzsäure auf einen pH-Wert von 5 eingestellt, mit 80 &#956;l des Enzymgemischs von <br/>ß-Glucuronidase/<link id="_Hlt529594012"/>Arylsulfatase versetzt und 24 Stunden bei 37 °C zur Konjugatspaltung inkubiert. Zu 20 ml dieser Lösung wurden 0,5 g Ammoniumchlorid gegeben und, wie <link id="DiDiSeite_P0_N_132"/>oben beschrieben, weiter verfahren. Es wurden nun die Fraktionen der ursprünglich konjugierten Metabolite gewonnen.</p>
                  <p>
                     <link id="_Toc524932096"/>
                  </p>
                  <p>
                     <link id="_Toc524932779"/>
                  </p>
                  <p>
                     <link id="_Toc524945058"/>
                  </p>
                  <p>
                     <link id="_Toc524945347"/>
                  </p>
                  <p>
                     <link id="_Toc530556455"/>
                  </p>
                  <p>
                     <link id="_Toc530556643"/>
                  </p>
                  <p>
                     <link id="_Toc532369290"/>
                  </p>
               </block>
            </subsection>
            <subsection id="N19719" label="5.3.4">
               <head>Trennung und Isolierung der Metabolite</head>
               <p>Die sauren und basischen Metabolitenfraktionen in Methanol wurden bandenförmig auf DC-Alufolien oder PSC-Fertigplatten, Kieselgel 60 F<sub>254</sub>, 20 x 20 cm aufgetragen und eluiert. Die einzelnen Metabolitenbanden wurden ausgeschnitten oder ausgekratzt und mit Methanol extrahiert. Die filtrierten Rückstände konnten nun den weiteren analytischen Untersuchungen zugeführt werden. </p>
               <p>
                  <link id="_Toc524932097"/>
               </p>
               <p>
                  <link id="_Toc524932780"/>
               </p>
               <p>
                  <link id="_Toc524945059"/>
               </p>
               <p>
                  <link id="_Toc524945348"/>
               </p>
               <p>
                  <link id="_Toc530556456"/>
               </p>
               <p>
                  <link id="_Toc530556644"/>
               </p>
               <p>
                  <link id="_Toc532369291"/>
               </p>
               <p>
                  <link id="DiDiSeite_P0_N_133"/>
               </p>
            </subsection>
         </section>
         <section id="N19756" label="5.4">
            <head>Analytische Methoden</head>
            <p>
               <link id="_Toc524932098"/>
            </p>
            <p>
               <link id="_Toc524932781"/>
            </p>
            <p>
               <link id="_Toc524945060"/>
            </p>
            <p>
               <link id="_Toc524945349"/>
            </p>
            <p>
               <link id="I_Ref529608877"/>
            </p>
            <p>
               <link id="_Hlt529608884"/>
            </p>
            <p>
               <link id="_Toc530556457"/>
            </p>
            <p>
               <link id="_Toc530556645"/>
            </p>
            <subsection id="N1978B" label="5.4.1">
               <head>
                  <link id="_Toc532369292"/>Dünnschichtchromatographie</head>
               <p>
                  <link id="_Toc524932099"/>
               </p>
               <p>
                  <link id="_Toc524932782"/>
               </p>
               <p>
                  <link id="_Toc524945061"/>
               </p>
               <p>
                  <link id="_Toc524945350"/>
               </p>
               <p>
                  <link id="I_Ref529672391"/>
               </p>
               <p>
                  <link id="_Hlt529672395"/>
               </p>
               <p>
                  <link id="I_Ref530284334"/>
               </p>
               <p>
                  <link id="_Toc530556458"/>
               </p>
               <p>
                  <link id="_Toc530556646"/>
               </p>
               <block id="N197C9" label="5.4.1.1">
                  <head>
                     <link id="_Toc532369293"/>Analytische Dünnschichtchromatographie</head>
                  <p>
                     <citenumber id="N197D3" start="195"/>Für die analytische <link ref="dc">DC</link> wurden DC-Alufolien, Kieselgel 60 F<sub>254</sub>, 20 x 20 cm (Merck) verwendet. Die Entwicklung erfolgte in Normalkammern nach 30minütiger <link id="_Hlt532109860"/>Kammersättigung über eine Laufhöhe von 15 cm.</p>
                  <p>Fließmittelgemische:</p>
                  <p>
                     <table frame="all" id="N197E6" orient="port" tocentry="1">
                        <tgroup align="left" char="" charoff="50" cols="2">
                           <colspec colname="1" colnum="1"/>
                           <colspec colname="2" colnum="2"/>
                           <tbody valign="top">
                              <row>
                                 <entry id="FM1" morerows="0" rotate="0" valign="top">
                                    <p>I:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>Dichlormethan/Cyclohexan/Methanol/Ammoniak &#8211; 50 : 35 : 15 : 1</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry id="FM2" morerows="0" rotate="0" valign="top">
                                    <p>II:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>Dioxan/Cyclohexan/Ethylacetat/Ethanol/Ammoniak &#8211; 15 : 15 : 40 : 20 : 10</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry id="FM3" morerows="0" rotate="0" valign="top">
                                    <p>III:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>Toluol/Isopropanol/Ammoniak &#8211; 30 : 60 : 10</p>
                                 </entry>
                              </row>
                           </tbody>
                        </tgroup>
                     </table>
                  </p>
                  <p>
                     <link id="_Hlt521403238"/>
                  </p>
                  <p>
                     <link id="_Hlt517683845"/>
                  </p>
                  <p>
                     <citenumber id="N19850" start="196"/>Detektionsmittel:</p>
                  <p>
                     <table frame="all" id="N19856" orient="port" tocentry="1">
                        <tgroup align="left" char="" charoff="50" cols="2">
                           <colspec colname="1" colnum="1"/>
                           <colspec colname="2" colnum="2"/>
                           <tbody valign="top">
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>A:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>Fluoreszenzlöschung im UV (254 nm)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry id="DMB" morerows="0" rotate="0" valign="top">
                                    <p>B:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>konzentrierte Schwefelsäure, nach Besprühen 10 - 20 min auf der Heizplatte bei 120 °C</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry id="DMC" morerows="0" rotate="0" valign="top">
                                    <p>C:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>Dragendorff-Reagenz, modifiziert [<link ref="I_bib99">99</link>]</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry id="DMD" morerows="0" rotate="0" valign="top">
                                    <p>D:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>MBTH-Reagenz [<link ref="I_bib8">8</link>]</p>
                                    <p>(Aufbewahren der Platte 10 min in einer mit Ammoniak gesättigten Kammer, nacheinander Besprühen mit 2 %iger methanolischer <link ref="MBTH">MBTH</link>-Lösung und 8 %iger wässriger Kaliumhexacyanoferrat-(III)-Lösung)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>§ </p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>außerdem: Emerson-Reagenz [<link id="_Hlt532866110"/>
                                       <link ref="I_bib27">27</link>]</p>
                                 </entry>
                              </row>
                           </tbody>
                        </tgroup>
                     </table>
                  </p>
                  <p>
                     <link id="_Hlt518881303"/>
                  </p>
                  <p>
                     <link id="_Hlt521404791"/>
                  </p>
                  <p>
                     <link id="_Hlt517676574"/>
                  </p>
                  <p>
                     <link id="_Toc524932100"/>
                  </p>
                  <p>
                     <link id="_Toc524932783"/>
                  </p>
                  <p>
                     <link id="_Toc524945062"/>
                  </p>
                  <p>
                     <link id="_Toc524945351"/>
                  </p>
                  <p>
                     <link id="_Toc530556459"/>
                  </p>
                  <p>
                     <link id="_Toc530556647"/>
                  </p>
                  <p>
                     <link id="_Toc532369294"/>
                  </p>
               </block>
               <block id="N1992F" label="5.4.1.2">
                  <head>Präparative Schichtchromatographie</head>
                  <p>Für die präparative Schichtchromatographie wurden <link ref="psc">PSC</link>-Fertigplatten, Kieselgel 60 F<sub>254</sub>, 20 x 20 cm, 2 mm Schichtdicke (Merck) und <link ref="dc">DC</link>-Alufolien, Kieselgel 60 F<sub>254</sub>, <br/>20 x 20 cm (Merck) verwendet. Die Entwicklung erfolgte in Normalkammern nach 30minütiger Kammersättigung über eine Laufhöhe von 16 cm. Die verwendeten Fließmittelgemische entsprachen denen der analytischen <link ref="dc">DC</link>. Die Substanzbanden wurden detektiert, ausgekratzt oder ausgeschnitten, mit Methanol extrahiert und danach eingeengt.</p>
                  <p>
                     <link id="DiDiSeite_P0_N_134"/>
                  </p>
               </block>
            </subsection>
            <subsection id="N19953" label="5.4.2">
               <head><link ref="HPLC">HPLC</link>
                  <link id="_Toc524932101"/>
                  <link id="_Toc524932784"/>
                  <link id="_Toc524945063"/>
                  <link id="_Toc524945352"/>
                  <link id="_Toc530556460"/>
                  <link id="_Toc530556648"/>
                  <link id="_Toc532369295"/>
               </head>
               <p>
                  <link id="_Toc524932102"/>
               </p>
               <p>
                  <link id="_Toc524932785"/>
               </p>
               <p>
                  <link id="_Toc524945064"/>
               </p>
               <p>
                  <link id="_Toc524945353"/>
               </p>
               <p>
                  <link id="I_Ref529671036"/>
               </p>
               <p>
                  <link id="_Hlt529671045"/>
               </p>
               <p>
                  <link id="_Toc530556461"/>
               </p>
               <p>
                  <link id="_Toc530556649"/>
               </p>
               <block id="N199A0" label="5.4.2.1">
                  <head>
                     <link id="_Toc532369296"/>Analytische <link ref="HPLC">HPLC</link>
                  </head>
                  <p>
                     <citenumber id="N199AE" start="197"/>
                     <table frame="all" id="N199B1" orient="port" tocentry="1">
                        <tgroup align="left" char="" charoff="50" cols="2">
                           <colspec colname="1" colnum="1"/>
                           <colspec colname="2" colnum="2"/>
                           <tbody valign="top">
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>Stationäre Phase:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>LiChroCART<sup>®</sup> 125-4, LiChrospher<sup>®</sup> 60, RP-select B (5 &#956;m) (Merck)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>Detektion:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>Dioden-Array-Detektor (bei 280 nm)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>Injektionsvolumen:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>25 &#956;l</p>
                                 </entry>
                              </row>
                           </tbody>
                        </tgroup>
                     </table>
                  </p>
                  <p>
                     <table frame="all" id="N19A12" orient="port" tocentry="1">
                        <tgroup align="left" char="" charoff="50" cols="2">
                           <colspec colname="1" colnum="1"/>
                           <colspec colname="2" colnum="2"/>
                           <tbody valign="top">
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <em>Methode I:</em>
                                    </p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>(nach Smolinka [<link id="_Hlt517662669"/>
                                       <link ref="I_bib4">4</link>])</p>
                                    <p>Mobile Phase:</p>
                                    <p>Wässrige Ammoniumacetatlösung (0,05 M) wird mit 70 %iger Perchlorsäure auf einen pH-Wert von 2,3 eingestellt (Lösung A).</p>
                                    <p>Lösung A / Acetonitril: </p>
                                    <p>Gradient: lineare Erhöhung des Acetonitrilanteils von 20 % auf 27 % innerhalb 10 min, auf 50 % innerhalb 15 min, danach konstant 50 : 50; </p>
                                    <p>Fluss: 1,2 ml/min</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <em>Methode II:</em>
                                    </p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>(nach Smolinka [<link ref="I_bib4">4</link>])</p>
                                    <p>Mobile Phase:</p>
                                    <p>Kaliumdihydrogenphosphatpuffer pH 7,5 /Acetonitril:</p>
                                    <p>Gradient: 1 min 10 % Acetonitril, danach lineare Erhöhung des Acetonitrils auf 90 % innerhalb von 17 min; </p>
                                    <p>Fluss: 1,5 ml/min</p>
                                 </entry>
                              </row>
                           </tbody>
                        </tgroup>
                     </table>
                  </p>
                  <p>
                     <link id="_Toc524932103"/>
                  </p>
                  <p>
                     <link id="_Toc524932786"/>
                  </p>
                  <p>
                     <link id="_Toc524945065"/>
                  </p>
                  <p>
                     <link id="_Toc524945354"/>
                  </p>
                  <p>
                     <link id="_Toc530556462"/>
                  </p>
                  <p>
                     <link id="_Toc530556650"/>
                  </p>
                  <p>
                     <link id="_Toc532369297"/>
                  </p>
               </block>
               <block id="N19AAD" label="5.4.2.2">
                  <head>Präparative <link ref="HPLC">HPLC</link>
                  </head>
                  <p>
                     <table frame="all" id="N19AB8" orient="port" tocentry="1">
                        <tgroup align="left" char="" charoff="50" cols="2">
                           <colspec colname="1" colnum="1"/>
                           <colspec colname="2" colnum="2"/>
                           <tbody valign="top">
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>Stationäre Phase: </p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>LiChroCART<sup>®</sup> 250-10, LiChrosorb RP-18 (7 &#956;m) (Merck)</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>Detektion:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>
                                       <link ref="uv">UV</link>-Detektor bei 280 nm</p>
                                 </entry>
                              </row>
                              <row>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>Injektionsvolumen:</p>
                                 </entry>
                                 <entry morerows="0" rotate="0" valign="top">
                                    <p>100 &#956;l</p>
                                 </entry>
                              </row>
                           </tbody>
                        </tgroup>
                     </table>
                  </p>
                  <p>
                     <citenumber id="N19B1A" start="198"/> Die verwendeten mobilen Phasen entsprachen denen der analytischen HPLC. </p>
                  <p>
                     <link id="DiDiSeite_P0_N_135"/>
                  </p>
               </block>
            </subsection>
            <subsection id="N19B26" label="5.4.3">
               <head><link ref="uv">UV</link>
                  <link id="_Toc524932104"/>
                  <link id="_Toc524932787"/>
                  <link id="_Toc524945066"/>
                  <link id="_Toc524945355"/>
                  <link id="_Toc530556463"/>
                  <link id="_Toc530556651"/>
                  <link id="_Toc532369298"/><link id="_Hlt523824271"/>-spektroskopische Untersuchungen</head>
               <p>Die <link ref="uv">UV</link>-Spektren der Metabolite wurden während der <link ref="HPLC">HPLC</link><link id="_Hlt523824204"/>-Messungen mit Hilfe des Dioden-Array-Detektors aufgenommen. Die verwendeten Lösungsmittel entsprachen <link ref="HPLC">HPLC</link><link id="_Hlt523824185"/>P<link id="_Hlt523824261"/>-Qualität.</p>
            </subsection>
            <subsection id="N19B5C" label="5.4.4">
               <head><link ref="IR">IR</link>
                  <link id="_Toc524932105"/>
                  <link id="_Toc524932788"/>
                  <link id="_Toc524945067"/>
                  <link id="_Toc524945356"/>
                  <link id="_Toc530556464"/>
                  <link id="_Toc530556652"/>
                  <link id="_Toc532369299"/><link id="_Hlt523824360"/>-spektroskopische Untersuchungen </head>
               <p>Die <link ref="IR">IR</link>-Spektren der Verbindungen wurden in einer Konzentration von ca. 10<sup>-3</sup> mol/l als Kaliumbromid-Pressling oder in Chloroform als Film in Natriumchlorid-Zellen mit einer Schichtdicke von 0,266 mm aufgenommen.</p>
               <p>
                  <link id="_Toc524932106"/>
               </p>
               <p>
                  <link id="_Toc524932789"/>
               </p>
               <p>
                  <link id="_Toc524945068"/>
               </p>
               <p>
                  <link id="_Toc524945357"/>
               </p>
               <p>
                  <link id="_Toc530556465"/>
               </p>
               <p>
                  <link id="_Toc530556653"/>
               </p>
               <p>
                  <link id="_Toc532369300"/>
               </p>
            </subsection>
            <subsection id="N19BB0" label="5.4.5">
               <head>Massenspektrometrische Untersuchungen</head>
               <p>
                  <link id="_Hlt523824660"/>
               </p>
               <p>
                  <citenumber id="N19BBD" start="199"/><link ref="EI">EI</link>-Bedingungen: Ionenquelltemperatur 140 &#8211; 175 °C; Ionisationsenergie 70 eV</p>
               <p>Die <link id="_Hlt523824986"/><link ref="mz">m/z</link>-Werte sind den Massenspektren entnommen und mit den relativen Intensitäten (I
                  <sub>rel.</sub> in %) aufgeführt.</p>
            </subsection>
            <subsection id="N19BD1" label="5.4.6">
               <head><link ref="GC">GC</link>
                  <link id="_Toc524932107"/>
                  <link id="_Toc524932790"/>
                  <link id="_Toc524945069"/>
                  <link id="_Toc524945358"/>
                  <link id="_Toc530556466"/>
                  <link id="_Toc530556654"/>
                  <link id="_Toc532369301"/>-<link ref="MS">MS</link>-Untersuchungen</head>
               <p>
                  <table frame="all" id="N19BF4" orient="port" tocentry="1">
                     <tgroup align="left" char="" charoff="50" cols="3">
                        <colspec colname="1" colnum="1"/>
                        <colspec colname="2" colnum="2"/>
                        <colspec colname="3" colnum="3"/>
                        <tbody valign="top">
                           <row>
                              <entry morerows="0" rotate="0" valign="top">
                                 <p>GC-Säule:</p>
                              </entry>
                              <entry morerows="0" nameend="3" namest="2" rotate="0" valign="top">
                                 <p>HP 5 M.S., 30 m Länge, Innendurchmesser 0,25 mm, Filmdicke <br/>0,25 &#956;m</p>
                              </entry>
                           </row>
                           <row>
                              <entry morerows="0" rotate="0" valign="top">
                                 <p>Trägergas:</p>
                              </entry>
                              <entry morerows="0" nameend="3" namest="2" rotate="0" valign="top">
                                 <p>Helium (0,8 ml/min)</p>
                              </entry>
                           </row>
                           <row>
                              <entry morerows="0" rotate="0" valign="top">
                                 <p>Bedingungen:</p>
                              </entry>
                              <entry morerows="0" nameend="3" namest="2" rotate="0" valign="top">
                                 <p>Lösung der Substanz in Chloroform, Injektionsvolumen 1 &#956;l</p>
                              </entry>
                           </row>
                           <row>
                              <entry morerows="0" rotate="0" valign="top">
                                 <p/>
                              </entry>
                              <entry morerows="0" rotate="0" valign="top">
                                 <p>Temperaturverlauf:</p>
                              </entry>
                              <entry morerows="0" rotate="0" valign="top">
                                 <p>2 min bei 120 °C, danach Anstieg von <br/>20 °C/min bis auf 300 °C, danach isotherm</p>
                              </entry>
                           </row>
                           <row>
                              <entry morerows="0" rotate="0" valign="top">
                                 <p>
                                    <link ref="MS">MS</link>:</p>
                              </entry>
                              <entry morerows="0" nameend="3" namest="2" rotate="0" valign="top">
                                 <p>Elektronenstoßionisation mit 70 eV</p>
                              </entry>
                           </row>
                        </tbody>
                     </tgroup>
                  </table>
               </p>
               <p>
                  <link id="_Toc524932108"/>
               </p>
               <p>
                  <link id="_Toc524932791"/>
               </p>
               <p>
                  <link id="_Toc524945070"/>
               </p>
               <p>
                  <link id="_Toc524945359"/>
               </p>
               <p>
                  <link id="_Hlt524948426"/>
               </p>
               <p>
                  <link id="_Toc530556467"/>
               </p>
               <p>
                  <link id="_Toc530556655"/>
               </p>
               <p>
                  <link id="_Toc532369302"/>
               </p>
               <p>
                  <link id="DiDiSeite_P0_N_136"/>
               </p>
            </subsection>
            <subsection id="N19CCA" label="5.4.7">
               <head>Kernresonanzspektroskopische Untersuchungen</head>
               <p>
                  <citenumber id="N19CD1" start="200"/>Ca. 5 - 10 mg Substanz wurden in 0,6 ml Deuterochloroform gelöst und in 5 mm Probenröhrchen bei 25 °C gegen Tetramethylsilan als internen Standard vermessen.</p>
               <p>
                  <table frame="all" id="N19CD7" orient="port" tocentry="1">
                     <tgroup align="left" char="" charoff="50" cols="2">
                        <colspec colname="1" colnum="1"/>
                        <colspec colname="2" colnum="2"/>
                        <tbody valign="top">
                           <row>
                              <entry morerows="1" rotate="0" valign="top">
                                 <p>
                                    <sup>1</sup>H-<link ref="Hnmr">NMR</link>:</p>
                              </entry>
                              <entry morerows="0" rotate="0" valign="top">
                                 <p>Frequenz 300,13 MHz, 0 &#8211; 14 ppm Messbreite, 16 &#8211; 32 Akkumulationen</p>
                              </entry>
                           </row>
                           <row>
                              <entry morerows="0" rotate="0" valign="top">
                                 <p>Spektrenberechnung: ACD/HNMR 1.0</p>
                              </entry>
                           </row>
                           <row>
                              <entry morerows="1" rotate="0" valign="top">
                                 <p>
                                    <sup>13</sup>C-<link ref="Cnmr">NMR</link>:</p>
                              </entry>
                              <entry morerows="0" rotate="0" valign="top">
                                 <p>Frequenz 75,47 MHz, 0 &#8211; 240 ppm Messbreite, 120 - 240 Akkumulationen</p>
                              </entry>
                           </row>
                           <row>
                              <entry morerows="0" rotate="0" valign="top">
                                 <p>Spektrenberechnung: ACD/CNMR 1.1</p>
                              </entry>
                           </row>
                        </tbody>
                     </tgroup>
                  </table>
               </p>
               <p>
                  <link id="_Toc524932109"/>
               </p>
               <p>
                  <link id="_Toc524932792"/>
               </p>
               <p>
                  <link id="_Toc524945071"/>
               </p>
               <p>
                  <link id="_Toc524945360"/>
               </p>
               <p>
                  <link id="_Toc530556468"/>
               </p>
               <p>
                  <link id="_Toc530556656"/>
               </p>
               <p>
                  <link id="_Toc532369303"/>
               </p>
               <p>
                  <link id="DiDiSeite_P0_N_137"/>
               </p>
            </subsection>
         </section>
      </chapter></cms:content></cms:document></cms:container>