<?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 type="title">Dynamische Autoregulation der Nierengefäße von wachen Ratten</cms:entry><cms:entry type="author">Stefan Georg  Schönfeld
			</cms:entry><cms:entry id="N1003E" part="front" ref="N1003E" type="dedication"/><cms:entry id="chapter1" part="chapter1" ref="chapter1" type="chapter">1.</cms:entry><cms:entry id="N10050" part="chapter1" ref="N10050" type="pagenumber">6</cms:entry><cms:entry id="N1005A" part="chapter1" ref="N1005A" type="table"/><cms:entry id="chapter2" part="chapter2" ref="chapter2" type="chapter">2.</cms:entry><cms:entry id="N1025C" part="chapter2" ref="N1025C" type="pagenumber">7</cms:entry><cms:entry id="N10261" part="chapter2" ref="N10261" type="section">2.1.</cms:entry><cms:entry id="N1026E" part="chapter2" ref="N1026E" type="pagenumber">8</cms:entry><cms:entry id="N10277" part="chapter2" ref="N10277" type="section">2.2.</cms:entry><cms:entry id="N1028B" part="chapter2" ref="N1028B" type="pagenumber">9</cms:entry><cms:entry id="N1029D" part="chapter2" ref="N1029D" type="pagenumber">10</cms:entry><cms:entry id="N102A1" part="chapter2" ref="N102A1" type="mm">623#564</cms:entry><cms:entry id="N102AF" part="chapter2" ref="N102AF" type="pagenumber">11</cms:entry><cms:entry id="N102B5" part="chapter2" ref="N102B5" type="section">2.3.</cms:entry><cms:entry id="N102D3" part="chapter2" ref="N102D3" type="pagenumber">12</cms:entry><cms:entry id="N102F4" part="chapter2" ref="N102F4" type="pagenumber">13</cms:entry><cms:entry id="N102F8" part="chapter2" ref="N102F8" type="mm">623#748</cms:entry><cms:entry id="N10302" part="chapter2" ref="N10302" type="section">2.4.</cms:entry><cms:entry id="N10306" part="chapter2" ref="N10306" type="pagenumber">14</cms:entry><cms:entry id="N10339" part="chapter2" ref="N10339" type="pagenumber">15</cms:entry><cms:entry id="N10343" part="chapter2" ref="N10343" type="mm">623#331</cms:entry><cms:entry id="N10353" part="chapter2" ref="N10353" type="pagenumber">16</cms:entry><cms:entry id="N10372" part="chapter2" ref="N10372" type="pagenumber">17</cms:entry><cms:entry id="chapter3" part="chapter3" ref="chapter3" type="chapter">3.</cms:entry><cms:entry id="N103A7" part="chapter3" ref="N103A7" type="pagenumber">18</cms:entry><cms:entry id="N103AC" part="chapter3" ref="N103AC" type="section">3.1.</cms:entry><cms:entry id="N103B5" part="chapter3" ref="N103B5" type="section">3.2.</cms:entry><cms:entry id="N103CA" part="chapter3" ref="N103CA" type="pagenumber">19</cms:entry><cms:entry id="N103CE" part="chapter3" ref="N103CE" type="mm">648#448</cms:entry><cms:entry id="N103DF" part="chapter3" ref="N103DF" type="pagenumber">20</cms:entry><cms:entry id="N103EC" part="chapter3" ref="N103EC" type="pagenumber">21</cms:entry><cms:entry id="N103F8" part="chapter3" ref="N103F8" type="section">3.3.</cms:entry><cms:entry id="N1040A" part="chapter3" ref="N1040A" type="section">3.4.</cms:entry><cms:entry id="N1041D" part="chapter3" ref="N1041D" type="pagenumber">22</cms:entry><cms:entry id="N10427" part="chapter3" ref="N10427" type="pagenumber">23</cms:entry><cms:entry id="N10430" part="chapter3" ref="N10430" type="section">3.5.</cms:entry><cms:entry id="N1044F" part="chapter3" ref="N1044F" type="pagenumber">24</cms:entry><cms:entry id="N1045E" part="chapter3" ref="N1045E" type="mm">624#379</cms:entry><cms:entry id="N1046E" part="chapter3" ref="N1046E" type="section">3.6.</cms:entry><cms:entry id="N10478" part="chapter3" ref="N10478" type="pagenumber">25</cms:entry><cms:entry id="N10481" part="chapter3" ref="N10481" type="section">3.7.</cms:entry><cms:entry id="N10493" part="chapter3" ref="N10493" type="pagenumber">26</cms:entry><cms:entry id="N104A2" part="chapter3" ref="N104A2" type="mm">685#205</cms:entry><cms:entry id="N104B0" part="chapter3" ref="N104B0" type="pagenumber">27</cms:entry><cms:entry id="N104B7" part="chapter3" ref="N104B7" type="mm">630#205</cms:entry><cms:entry id="N104F2" part="chapter3" ref="N104F2" type="pagenumber">28</cms:entry><cms:entry id="N10529" part="chapter3" ref="N10529" type="mm">730#202</cms:entry><cms:entry id="N10534" part="chapter3" ref="N10534" type="pagenumber">29</cms:entry><cms:entry id="N1053E" part="chapter3" ref="N1053E" type="mm">725#206</cms:entry><cms:entry id="N1055E" part="chapter3" ref="N1055E" type="pagenumber">30</cms:entry><cms:entry id="chapter4" part="chapter4" ref="chapter4" type="chapter">4.</cms:entry><cms:entry id="N10571" part="chapter4" ref="N10571" type="pagenumber">31</cms:entry><cms:entry id="N10576" part="chapter4" ref="N10576" type="section">4.1.</cms:entry><cms:entry id="N1057D" part="chapter4" ref="N1057D" type="table"/><cms:entry id="N1069F" part="chapter4" ref="N1069F" type="section">4.2.</cms:entry><cms:entry id="N106A3" part="chapter4" ref="N106A3" type="pagenumber">32</cms:entry><cms:entry id="N106AA" part="chapter4" ref="N106AA" type="mm">609#777</cms:entry><cms:entry id="N106C3" part="chapter4" ref="N106C3" type="section">4.3.</cms:entry><cms:entry id="N106C7" part="chapter4" ref="N106C7" type="pagenumber">34</cms:entry><cms:entry id="N106CE" part="chapter4" ref="N106CE" type="mm">584#780</cms:entry><cms:entry id="N106DB" part="chapter4" ref="N106DB" type="section">4.4.</cms:entry><cms:entry id="N106DF" part="chapter4" ref="N106DF" type="pagenumber">36</cms:entry><cms:entry id="N106E6" part="chapter4" ref="N106E6" type="mm">628#787</cms:entry><cms:entry id="N106F4" part="chapter4" ref="N106F4" type="pagenumber">38</cms:entry><cms:entry id="N106F8" part="chapter4" ref="N106F8" type="mm">607#778</cms:entry><cms:entry id="N1072C" part="chapter4" ref="N1072C" type="pagenumber">40</cms:entry><cms:entry id="N10730" part="chapter4" ref="N10730" type="mm">614#776</cms:entry><cms:entry id="N10750" part="chapter4" ref="N10750" type="pagenumber">42</cms:entry><cms:entry id="N10754" part="chapter4" ref="N10754" type="mm">614#811</cms:entry><cms:entry id="N10761" part="chapter4" ref="N10761" type="section">4.5.</cms:entry><cms:entry id="N10765" part="chapter4" ref="N10765" type="pagenumber">44</cms:entry><cms:entry id="N1076C" part="chapter4" ref="N1076C" type="mm">638#819</cms:entry><cms:entry id="N10785" part="chapter4" ref="N10785" type="pagenumber">46</cms:entry><cms:entry id="N10789" part="chapter4" ref="N10789" type="mm">601#621</cms:entry><cms:entry id="N10797" part="chapter4" ref="N10797" type="pagenumber">47</cms:entry><cms:entry id="N107AA" part="chapter4" ref="N107AA" type="pagenumber">48</cms:entry><cms:entry id="N107AE" part="chapter4" ref="N107AE" type="mm">587#871</cms:entry><cms:entry id="N107BF" part="chapter4" ref="N107BF" type="pagenumber">50</cms:entry><cms:entry id="N107C3" part="chapter4" ref="N107C3" type="mm">732#770</cms:entry><cms:entry id="N107CE" part="chapter4" ref="N107CE" type="pagenumber">51</cms:entry><cms:entry id="N107E4" part="chapter4" ref="N107E4" type="pagenumber">52</cms:entry><cms:entry id="N107E8" part="chapter4" ref="N107E8" type="mm">659#705</cms:entry><cms:entry id="N107F3" part="chapter4" ref="N107F3" type="pagenumber">53</cms:entry><cms:entry id="chapter5" part="chapter5" ref="chapter5" type="chapter">5.</cms:entry><cms:entry id="N10813" part="chapter5" ref="N10813" type="pagenumber">54</cms:entry><cms:entry id="N1081B" part="chapter5" ref="N1081B" type="section">5.1.</cms:entry><cms:entry id="N10823" part="chapter5" ref="N10823" type="subsection">5.1.1.</cms:entry><cms:entry id="N10841" part="chapter5" ref="N10841" type="subsection">5.1.2.</cms:entry><cms:entry id="N1084A" part="chapter5" ref="N1084A" type="subsection">5.1.3.</cms:entry><cms:entry id="N10851" part="chapter5" ref="N10851" type="pagenumber">55</cms:entry><cms:entry id="N10883" part="chapter5" ref="N10883" type="pagenumber">56</cms:entry><cms:entry id="N10890" part="chapter5" ref="N10890" type="pagenumber">57</cms:entry><cms:entry id="N10899" part="chapter5" ref="N10899" type="subsection">5.1.4.</cms:entry><cms:entry id="N108A2" part="chapter5" ref="N108A2" type="subsection">5.1.5.</cms:entry><cms:entry id="N108A9" part="chapter5" ref="N108A9" type="pagenumber">58</cms:entry><cms:entry id="N108AF" part="chapter5" ref="N108AF" type="subsection">5.1.6.</cms:entry><cms:entry id="N108BC" part="chapter5" ref="N108BC" type="pagenumber">59</cms:entry><cms:entry id="N108C2" part="chapter5" ref="N108C2" type="subsection">5.1.7.</cms:entry><cms:entry id="N108CE" part="chapter5" ref="N108CE" type="subsection">5.1.8.</cms:entry><cms:entry id="N108D3" part="chapter5" ref="N108D3" type="block">1.</cms:entry><cms:entry id="N108DC" part="chapter5" ref="N108DC" type="block">2.</cms:entry><cms:entry id="N108E3" part="chapter5" ref="N108E3" type="pagenumber">60</cms:entry><cms:entry id="N108EE" part="chapter5" ref="N108EE" type="subblock">
								
								Kalibrierung
							</cms:entry><cms:entry id="N108F2" part="chapter5" ref="N108F2" type="pagenumber">61</cms:entry><cms:entry id="N10905" part="chapter5" ref="N10905" type="block">3.</cms:entry><cms:entry id="N1090E" part="chapter5" ref="N1090E" type="block">4.</cms:entry><cms:entry id="N10912" part="chapter5" ref="N10912" type="pagenumber">62</cms:entry><cms:entry id="N10926" part="chapter5" ref="N10926" type="section">5.2.</cms:entry><cms:entry id="N1092A" part="chapter5" ref="N1092A" type="pagenumber">63</cms:entry><cms:entry id="N10934" part="chapter5" ref="N10934" type="subsection">5.2.1.</cms:entry><cms:entry id="N10997" part="chapter5" ref="N10997" type="subsection">5.2.2.</cms:entry><cms:entry id="N1099B" part="chapter5" ref="N1099B" type="pagenumber">64</cms:entry><cms:entry id="N109A5" part="chapter5" ref="N109A5" type="pagenumber">65</cms:entry><cms:entry id="N109AF" part="chapter5" ref="N109AF" type="pagenumber">66</cms:entry><cms:entry id="N109B7" part="chapter5" ref="N109B7" type="subsection">5.2.3.</cms:entry><cms:entry id="N109C6" part="chapter5" ref="N109C6" type="pagenumber">67</cms:entry><cms:entry id="N109CD" part="chapter5" ref="N109CD" type="mm">623#351</cms:entry><cms:entry id="N109DA" part="chapter5" ref="N109DA" type="pagenumber">68</cms:entry><cms:entry id="N109E0" part="chapter5" ref="N109E0" type="subsection">5.2.4.</cms:entry><cms:entry id="N109E7" part="chapter5" ref="N109E7" type="pagenumber">69</cms:entry><cms:entry id="N109EE" part="chapter5" ref="N109EE" type="mm">623#372</cms:entry><cms:entry id="N109FF" part="chapter5" ref="N109FF" type="pagenumber">70</cms:entry><cms:entry id="N10A0E" part="chapter5" ref="N10A0E" type="subsection">5.2.5.</cms:entry><cms:entry id="N10A15" part="chapter5" ref="N10A15" type="pagenumber">71</cms:entry><cms:entry id="N10A1F" part="chapter5" ref="N10A1F" type="pagenumber">72</cms:entry><cms:entry id="N10A7F" part="chapter5" ref="N10A7F" type="pagenumber">73</cms:entry><cms:entry id="N10A92" part="chapter5" ref="N10A92" type="subsection">5.2.6.</cms:entry><cms:entry id="N10A9C" part="chapter5" ref="N10A9C" type="pagenumber">74</cms:entry><cms:entry id="N10AD3" part="chapter5" ref="N10AD3" type="pagenumber">75</cms:entry><cms:entry id="N10B06" part="chapter5" ref="N10B06" type="pagenumber">76</cms:entry><cms:entry id="N10B14" part="chapter5" ref="N10B14" type="subsection">5.2.7.</cms:entry><cms:entry id="N10B1B" part="chapter5" ref="N10B1B" type="pagenumber">77</cms:entry><cms:entry id="N10B25" part="chapter5" ref="N10B25" type="pagenumber">78</cms:entry><cms:entry ref="N10B2E" type="back"/><cms:entry ref="N10B30" type="bibliography">
				Literaturverzeichnis
			</cms:entry><cms:entry ref="RMRefList_DissLitonline" type="link"/><cms:entry ref="N10C2C" type="pagenumber">79</cms:entry><cms:entry ref="N10D49" type="pagenumber">80</cms:entry><cms:entry ref="N10E7D" type="pagenumber">81</cms:entry><cms:entry ref="N10F7D" type="pagenumber">82</cms:entry><cms:entry ref="N11094" type="pagenumber">83</cms:entry><cms:entry ref="N111AB" type="pagenumber">84</cms:entry><cms:entry ref="N112B1" type="pagenumber">85</cms:entry><cms:entry ref="N113AE" type="pagenumber">86</cms:entry><cms:entry ref="N114CE" type="pagenumber">87</cms:entry><cms:entry ref="N115E5" type="pagenumber">88</cms:entry><cms:entry ref="N116EB" type="pagenumber">89</cms:entry><cms:entry id="N11797" part="N11797" ref="N11797" type="declaration">
				
				Eidesstattliche Erklärung
			</cms:entry><cms:entry id="N1179B" part="N11797" ref="N1179B" type="pagenumber">90</cms:entry><cms:entry id="N117AF" part="N117AF" ref="N117AF" type="acknowledgement">
				
				Danksagung
			</cms:entry><cms:entry id="N117B3" part="N117AF" ref="N117B3" type="pagenumber">91</cms:entry><cms:entry id="N1181E" part="N1181E" ref="N1181E" type="vita">
				
				Lebenslauf
			</cms:entry><cms:entry id="N11822" part="N1181E" ref="N11822" type="pagenumber">92</cms:entry><cms:entry id="N11832" part="N1181E" ref="N11832" type="table"/><cms:entry id="N118A8" part="N1181E" ref="N118A8" type="table"/><cms:entry id="N11909" part="N1181E" ref="N11909" type="table"/><cms:entry id="N119F7" part="N1181E" ref="N119F7" type="pagenumber">93</cms:entry><cms:entry id="N11A04" part="N1181E" ref="N11A04" type="table"/><cms:entry id="N11A62" part="N1181E" ref="N11A62" type="table"/><cms:entry part="N10B30" 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><bibliography id="N10B30">
			<head>
				<link id="RMRefList_DissLitonline"/>Literaturverzeichnis
			</head>
			<citation published="yes" workType="Journal">
				<cut>[1]</cut>
				<workauthor>Abu-Amarah, I.; Ajikobi, D. O.; Bachelard, H.; Cupples, W. A. und Salevsky, F. C.</workauthor>
				<pubdate>(1998):</pubdate>
				<articletitle>Responses of mesenteric and renal blood flow dynamics to acute denervation in anesthetized rats</articletitle>, <worktitle>Am.J.Physiol.</worktitle>
				<volume>275</volume>, <pages>Seite R1543-R1552</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[2]</cut>
				<workauthor>Aizawa, C. und Waugh, W. H.</workauthor>
				<pubdate>(1977):</pubdate>
				<articletitle>Absence of renal circulatory autoregulation during perfusion with paraffin oil</articletitle>, <worktitle>Blood Vessels</worktitle>
				<volume>14</volume>, <pages>Seite 175-188</pages>.</citation>
			<citation published="yes" workType="Journal">[<cut>3</cut>] <workauthor>Arend, L. J.; Haramati, A.; Thompson, C. I. und Spielman, W. S.</workauthor>
				<pubdate>(1984):</pubdate>
				<articletitle>Adenosine-induced decrease in renin release: dissociation from hemodynamic effects</articletitle>, <worktitle>Am.J.Physiol.</worktitle>
				<volume>247</volume>
				<number>[3 Pt 2],</number>
				<pages>Seite F447-F452</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[4]</cut>
				<workauthor>Arendshorst, W. J.; Brannstrom, K. und Ruan, X.</workauthor>
				<pubdate>(1999):</pubdate>
				<articletitle>Actions of angiotensin II on the renal microvasculature</articletitle>, <worktitle>J.Am.Soc.Nephrol.</worktitle>
				<volume>10 Suppl 11</volume>, <pages>Seite S149-S161</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[5]</cut>
				<workauthor>Barber, J. D. und Moss, N. G.</workauthor>
				<pubdate>(1990):</pubdate>
				<articletitle>Reduced renal perfusion pressure causes prostaglandin-dependent excitation of R2 chemoreceptors in rats</articletitle>, <worktitle>Am.J.Physiol.</worktitle>
				<volume>259</volume>
				<pages>, Seite R1243-R1249</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[6]</cut>
				<workauthor>Beierwaltes, W. H.; Sigmon, D. H. und Carretero, O. A.</workauthor>
				<pubdate>(1992):</pubdate>
				<articletitle>Endothelium modulates renal blood flow but not autoregulation</articletitle>, <worktitle>Am.J.Physiol.</worktitle>
				<volume>262</volume>, <pages>Seite F943-F949.</pages>
			</citation>
			<citation published="yes" workType="Journal">
				<cut>[7]</cut>
				<workauthor>Berger, C. S. und Malpas, S. C.</workauthor>
				<pubdate>(1998):</pubdate>
				<articletitle>Modelling of the dynamic relationship between arterial pressure, renal sympathetic nerve activity and renal blood flow in conscious rabbits</articletitle>
				<worktitle>, J.Exp.Biol.</worktitle>
				<volume>201</volume>, <pages>Seite 3425-3430</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[8]</cut>
				<workauthor>Berthold, H.; Just, A.; Kirchheim, H. R.; Osswald, H. und Ehmke, H.</workauthor>
				<pubdate>(1998):</pubdate>
				<articletitle>Renal haemodynamic responses to exogenous and endogenous adenosine in conscious dogs</articletitle>, <worktitle>J.Physiol.(Lond)</worktitle>
				<volume>510</volume>, <pages>Seite 321-330</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[9]</cut>
				<workauthor>Busse, R.; Hecker, M. und Fleming, I.</workauthor>
				<pubdate>(1994):</pubdate>
				<articletitle>Control of nitric oxide and prostacyclin synthesis in endothelial cells</articletitle>
				<worktitle>, Arzneimittelforschung</worktitle>
				<volume>44</volume>
				<number>[3A],</number>
				<pages>Seite 392-396.</pages>
			</citation>
			<citation published="yes" workType="Journal">
				<pagenumber id="N10C2C" label="79" numbering="arabic" start="79"/>
				<cut>[10]</cut>
				<workauthor>Butler, P. J.; Weinbaum, S.; Chien, S. und Lemons, D. E.</workauthor>
				<pubdate>(2000):</pubdate>
				<articletitle>Endothelium-dependent, shear-induced vasodilation is rate-sensitive</articletitle>, <worktitle>Microcirculation</worktitle>
				<volume>7</volume>
				<number>[1]</number>, <pages>Seite 53-65</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[11]</cut>
				<workauthor>Cai, Z.; Xin, J.; Pollock, D. M. und Pollock, J. S.</workauthor>
				<pubdate>(2000):</pubdate>
				<articletitle>Shear stress-mediated NO production in inner medullary collecting duct cells</articletitle>, <worktitle>Am.J.Physiol. Renal Physiol.</worktitle>
				<volume>279</volume>
				<number>[2]</number>, <pages>Seite F270-F274</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[12]</cut>
				<workauthor>Carmines, P. K.; Bell, P. D.; Roman, R. J.; Work, J. und Navar, L. G.</workauthor>
				<pubdate>(1985):</pubdate>
				<articletitle>Prostaglandins in the sodium excretory response to altered renal arterial pressure in dogs</articletitle>, <worktitle>Am.J.Physiol.</worktitle>
				<volume>248</volume>, <pages>Seite F8-F14</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[13]</cut>
				<workauthor>Casellas, D. und Moore, L. C.</workauthor>
				<pubdate>(1990):</pubdate>
				<articletitle>Autoregulation and tubuloglomerular feedback in juxtamedullary glomerular arterioles</articletitle>, <worktitle>Am.J.Physiol.</worktitle>
				<volume>258</volume>
				<number>[3 Pt 2]</number>, <pages>Seite F660-F669</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[14]</cut>
				<workauthor>Celler, B. G.; Stella, A.; Golin, R. und Zanchetti, A.</workauthor>
				<pubdate>(1996):</pubdate>
				<articletitle>Analysis of the dynamics of renal vascular resistance and urine flow rate in the cat following electrical stimulation of the renal nerves</articletitle>, <worktitle>Physiol. Meas.</worktitle>
				<volume>17</volume>
				<number>[3]</number>, <pages>Seite 213-228</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[15]</cut>
				<workauthor>Chevalier, R. L. und Kaiser, D. L.</workauthor>
				<pubdate>(1983):</pubdate>
				<articletitle>Autoregulation of renal blood flow in the rat: effects of growth and uninephrectomy</articletitle>, <worktitle>Am.J.Physiol.</worktitle>
				<volume>244</volume>
				<number>[5]</number>, <pages>Seite F483-F487</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[16]</cut>
				<workauthor>Chevalier, R. L. und Kaiser, D. L.</workauthor>
				<pubdate>(1985):</pubdate>
				<articletitle>Effects of acute uninephrectomy and age on renal blood flow autoregulation in the rat</articletitle>, <worktitle>Am.J.Physiol.</worktitle>
				<volume>249</volume>
				<number>[5 Pt 2]</number>, <pages>Seite F672-F679</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[17]</cut>
				<workauthor>Chilton, L. und Loutzenhiser, R.</workauthor>
				<pubdate>(2001):</pubdate>
				<articletitle>Functional Evidence for an Inward Rectifier Potassium Current in Rat Renal Afferent Arterioles</articletitle>, <worktitle>Circ. Res.</worktitle>
				<volume>88</volume>, <pages>Seite 152-158.</pages>
			</citation>
			<citation published="yes" workType="Journal">
				<cut>[18]</cut>
				<workauthor>Chon, K. H.; Chen, Y. M.; Holstein-Rathlou, N. H. und Marmarelis, V. Z.</workauthor>
				<pubdate>(1998):</pubdate>
				<articletitle>Nonlinear system analysis of renal autoregulation in normotensive and hypertensive rats</articletitle>, <worktitle>IEEE Trans.Biomed.Eng.</worktitle>
				<volume>45</volume>, <pages>Seite 342-353</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[19]</cut>
				<workauthor>Cupples, W. A.</workauthor>
				<pubdate>(1993):</pubdate>
				<articletitle>Angiotensin II conditions the slow component of autoregulation of renal blood flow</articletitle>, <worktitle>Am.J.Physiol.</worktitle>
				<volume>264</volume>
				<number>[3 Pt 2]</number>, <pages>Seite F515-F522</pages>.</citation>
			<citation published="yes" workType="Journal">
				<pagenumber id="N10D49" label="80" numbering="arabic" start="80"/>
				<cut>[20]</cut>
				<workauthor>Cupples, W. A. und Loutzenhiser, R. D.</workauthor>
				<pubdate>(1998):</pubdate>
				<articletitle>Dynamic autoregulation in the in vitro perfused hydronephrotic rat kidney</articletitle>
				<worktitle>, Am.J.Physiol</worktitle>. <volume>275</volume>
				<number>[1 Pt 2]</number>, <pages>Seite F126-F130</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[21]</cut>
				<workauthor>Cupples, W. A.; Novak, P.; Novak, V. und Salevsky, F. C.</workauthor>
				<pubdate>(1996):</pubdate>
				<articletitle>Spontaneous blood pressure fluctuations and renal blood flow dynamics</articletitle>, <worktitle>Am.J.Physiol.</worktitle>
				<volume>270</volume>
				<number>[1 Pt 2]</number>, <pages>Seite F82-F89</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[22]</cut>
				<workauthor>Cupples, W. A.; Wexler, A. S. und Marsh, D. J.</workauthor>
				<pubdate>(1990):</pubdate>
				<articletitle>Model of TGF-proximal tubule interactions in renal autoregulation</articletitle>
				<worktitle>, Am.J.Physiol.</worktitle>
				<volume>259</volume>
				<number>[4 Pt 2]</number>, <pages>Seite F715-F726</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[23]</cut>
				<workauthor>Daniels, F. H.; Arendshorst, W. J. und Roberds, R. G.</workauthor>
				<pubdate>(1990):</pubdate>
				<articletitle>Tubuloglomerular feedback and autoregulation in spontaneously hypertensive rats</articletitle>, <worktitle>Am.J.Physiol.</worktitle>
				<volume>258</volume>, <pages>Seite F1479-F1489</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[24]</cut>
				<workauthor>Davis, J. M.</workauthor>
				<pubdate>(1991):</pubdate>
				<articletitle>Role of the efferent arteriole in tubuloglomerular feedback</articletitle>, <worktitle>Kidney Int.Suppl.</worktitle>
				<volume>32</volume>, <pages>Seite S71-S73</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[25]</cut>
				<workauthor>Delp, M. D. und Laughlin, M. H.</workauthor>
				<pubdate>(1998):</pubdate>
				<articletitle>Regulation of skeletal muscle perfusion during exercise</articletitle>, <worktitle>Acta Physiol.Scand.</worktitle>
				<volume>162</volume>, <pages>Seite 411-419</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[26]</cut>
				<workauthor>Edwards, A.; Silldforff, E. P. und Pallone, T. L.</workauthor>
				<pubdate>(2000):</pubdate>
				<worktitle>The renal medullary microcirculation</worktitle>, <worktitle>Front.Biosci.</worktitle>
				<volume>5</volume>, <pages>Seite E36-E52</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[27]</cut>
				<workauthor>Edwards, R. M.</workauthor>
				<pubdate>(1983):</pubdate>
				<articletitle>Segmental effects of norepinephrine and angiotensin II on isolated renal microvessels</articletitle>, <worktitle>Am.J.Physiol.</worktitle>
				<volume>244</volume>, <pages>Seite F526-F534.</pages>
			</citation>
			<citation published="yes" workType="Journal">
				<cut>[28]</cut>
				<workauthor>Endlich, K.; Muller, C.; Barthelmebs, M. und Helwig, J. J.</workauthor>
				<pubdate>(1999):</pubdate>
				<articletitle>Role of shear stress in nitric oxide-dependent modulation of renal angiotensin II vasoconstriction</articletitle>, <worktitle>Br.J.Pharmacol.</worktitle>
				<volume>127</volume>, <pages>Seite 1929-1935</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[29]</cut>
				<workauthor>Finke, R.; Gross, R.; Hackenthal, E.; Huber, J. </workauthor>
				<workauthor>und Kirchheim, H. R.</workauthor>
				<pubdate>(1983):</pubdate>
				<articletitle>Threshold pressure for the pressure-dependent renin release in the autoregulating kidney of conscious dogs</articletitle>, <worktitle>Pflügers Archiv</worktitle>
				<volume>399</volume>
				<number>[2]</number>, <pages>Seite 102-110</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[30]</cut>
				<workauthor>Flemming, B.; Arenz, N.; Persson, P. B.; Steer, K. und Wronski, T.</workauthor>
				<pubdate>(1999):</pubdate>
				<articletitle>The time and oxygen dependency of the pressure-flow relations in the conscious rat kidney</articletitle>, <worktitle>Pflügers Archiv</worktitle>
				<volume>437</volume>
				<number>[5]</number>, <pages>Seite R69</pages>.</citation>
			<citation published="yes" workType="Journal">
				<pagenumber id="N10E7D" label="81" numbering="arabic" start="81"/>
				<cut>[31]</cut>
				<workauthor>Flemming, B.; Arenz, N.; Steer, K.; Wronski, T. und Persson, P. B.</workauthor>
				<pubdate>(2001):</pubdate>
				<articletitle>Time dependent autoregulation of renal blood flow in conscious rats</articletitle>, <worktitle>J.Am.Soc.Nephrol.</worktitle>
				<volume>12</volume>
				<number>[1]</number>, <pages>Seite 2253-2262</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[32]</cut>
				<workauthor>Flemming, B.; Seeliger, E.; Wronski, T.; Steer, K.; Arenz, N. und Persson, P. B.</workauthor>
				<pubdate>(2000):</pubdate>
				<articletitle>Oxygen and renal hemodynamics in the conscious rat,</articletitle>
				<worktitle>J.Am.Soc.Nephrol.</worktitle>
				<volume>11</volume>, <pages>Seite 18-24</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[33]</cut>
				<workauthor>Frangos, J. A.; Huang, T. Y. und Clark, C. B.</workauthor>
				<pubdate>(1996):</pubdate>
				<articletitle>Steady shear and step changes in shear stimulate endothelium via independent mechanisms-superposition of transient and sustained nitric oxide production</articletitle>, <worktitle>Biochem.Biophys.Res.Commun.</worktitle>
				<volume>224</volume>, <pages>Seite 660-665</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[34]</cut>
				<workauthor>Gardiner, S. M.; Kemp, P. A.; March, J. E. und Bennett, T.</workauthor>
				<pubdate>(1993):</pubdate>
				<articletitle>Regional haemodynamic effects of angiotensin II (3-8) in conscious rats</articletitle>, <worktitle>Br.J.Pharmacol.</worktitle>
				<volume>110</volume>, <pages>Seite 159-162</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[35]</cut>
				<workauthor>Given, M. B.; Lowe, R. F.; Lippton, H.; Hyman, A. L.; Sander, G. E. und Giles, T. D.</workauthor>
				<pubdate>(1989):</pubdate>
				<articletitle>Hemodynamic actions of endothelin in conscious and anesthetized dogs</articletitle>, <worktitle>Peptides</worktitle>
				<volume>10</volume>
				<number>[1]</number>, <pages>Seite 41-44</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[36]</cut>
				<workauthor>Golin, R.; Genovesi, S.; Castoldi, G.; Wijnmaalen, P.; Protasoni, G.; Zanchetti, A. und Stella, A.</workauthor>
				<pubdate>(1999):</pubdate>
				<articletitle>Role of the renal nerves and angiotensin II in the renal function curve</articletitle>, <worktitle>Arch.Ital.Biol.</worktitle>
				<volume>137</volume>
				<number>[4]</number>, <pages>Seite 289-297</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[37]</cut>
				<workauthor>Grabowski, E. F.; Jaffe, E. A. und Weksler, B. B.</workauthor>
				<pubdate>(1985):</pubdate>
				<articletitle>Prostacyclin production by cultured endothelial cell monolayers exposed to step increases in shear stress</articletitle>, <worktitle>J.Lab Clin.Med.</worktitle>
				<volume>105</volume>
				<number>[1]</number>, <pages>Seite 36-43</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[38]</cut>
				<workauthor>Gross, V.; Lippoldt, A.; Schneider, W. und Luft, F. C.</workauthor>
				<pubdate>(1995):</pubdate>
				<articletitle>Effect of captopril and angiotensin II receptor blockade on pressure natriuresis in transgenic TGR(mRen-2)27 rats</articletitle>, <worktitle>Hypertension</worktitle>
				<volume>26</volume>
				<number>[3]</number>, <pages>Seite 471-479</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[39]</cut>
				<workauthor>Haidekker, M. A.; L'Heureux, N. und Frangos, J. A.</workauthor>
				<pubdate>(2000):</pubdate>
				<articletitle>Fluid shear stress increases membrane fluidity in endothelial cells: a study with DCVJ fluorescence</articletitle>, <worktitle>Am.J.Physiol. Heart Circ.Physiol.</worktitle>
				<volume>278</volume>
				<number>[4]</number>, <pages>Seite H1401-H1406</pages>.</citation>
			<citation published="yes" workType="Journal">
				<pagenumber id="N10F7D" label="82" numbering="arabic" start="82"/>
				<cut>[40]</cut>
				<workauthor>Harrison-Bernard, L. M. und Navar, L. G.</workauthor>
				<pubdate>(1996):</pubdate>
				<articletitle>Renal cortical and medullary microvascular blood flow autoregulation in rat</articletitle>, <worktitle>Kidney Int.Suppl.</worktitle>
				<volume>57</volume>, <pages>Seite S23-S29</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[41]</cut>
				<workauthor>Hellebrekers, L. J.; Liard, J. F.; Laborde, A. L.; Greene, A. S. und Cowley, A. W., Jr.</workauthor>
				<pubdate>(1990):</pubdate>
				<articletitle>Regional autoregulatory responses during infusion of vasoconstrictor agents in conscious dogs</articletitle>, <worktitle>Am.J.Physiol.</worktitle>
				<volume>259</volume>
				<number>[4 Pt 2]</number>, <pages>Seite H1270-H1277</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[42]</cut>
				<workauthor>Heller, J. und Horacek, V.</workauthor>
				<pubdate>(1979):</pubdate>
				<articletitle>Autoregulation of superficial nephron function in the alloperfused dog kidney</articletitle>, <worktitle>Pflügers Archiv</worktitle>
				<volume>382</volume>
				<number>[1]</number>, <pages>Seite 99-104</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[43]</cut>
				<workauthor>Henrion, D.; Iglarz, M. und Levy, B. I.</workauthor>
				<pubdate>(1999):</pubdate>
				<articletitle>Chronic endothelin-1 improves nitric oxide-dependent flow-induced dilation in resistance arteries from normotensive and hypertensive rats</articletitle>, <worktitle>Arterioscler.Thromb.Vasc.Biol.</worktitle>
				<volume>19</volume>
				<number>[9]</number>, <pages>Seite 2148-2153</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[44]</cut>
				<workauthor>Heyman, S. N.; Goldfarb, M.; Carmeli, F.; Shina, A.; Rahmilewitz, D. und Brezis, M.</workauthor>
				<pubdate>(1998):</pubdate>
				<articletitle>Effect of radiocontrast agents on intrarenal nitric oxide (NO) and NO synthase activity</articletitle>, <worktitle>Exp.Nephrol.</worktitle>
				<volume>6</volume>, <pages>Seite 557-562</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[45]</cut>
				<workauthor>Holstein-Rathlou, N. H. und Marsh, D. J.</workauthor>
				<pubdate>(1990):</pubdate>
				<articletitle>A dynamic model of the tubuloglomerular feedback mechanism</articletitle>, <worktitle>Am.J.Physiol.</worktitle>
				<volume>258</volume>, <pages>Seite F1448-F1459</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[46]</cut>
				<workauthor>Holstein-Rathlou, N. H. und Marsh, D. J.</workauthor>
				<pubdate>(1994):</pubdate>
				<articletitle>A dynamic model of renal blood flow autoregulation</articletitle>, <worktitle>Bull.Math.Biol.</worktitle>
				<volume>56</volume>, <pages>Seite 411-429</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[47]</cut>
				<workauthor>Holstein-Rathlou, N. H.; Wagner, A. J. und Marsh, D. J.</workauthor>
				<pubdate>(1991):</pubdate>
				<articletitle>Tubuloglomerular feedback dynamics and renal blood flow autoregulation in rats</articletitle>, <worktitle>Am.J.Physiol.</worktitle>
				<volume>260</volume>, <pages>Seite F53-F68</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[48]</cut>
				<workauthor>Hutcheson, I. R. und Griffith, T. M.</workauthor>
				<pubdate>(1994):</pubdate>
				<articletitle>Heterogeneous populations of K+ channels mediate EDRF release to flow but not agonists in rabbit aorta</articletitle>, <worktitle>Am.J.Physiol</worktitle>. <volume>266</volume>
				<number>[2 Pt 2]</number>, <pages>Seite H590-H596</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[49]</cut>
				<workauthor>Ichihara, A.; Imig, J. D. und Navar, L. G.</workauthor>
				<pubdate>(1999):</pubdate>
				<articletitle>Cyclooxygenase-2 modulates afferent arteriolar responses to increases in pressure</articletitle>, <worktitle>Hypertension </worktitle>
				<volume>34</volume>
				<number>[4II]</number>, <pages>Seite 843-847</pages>.</citation>
			<citation published="yes" workType="Journal">
				<pagenumber id="N11094" label="83" numbering="arabic" start="83"/>
				<cut>[50]</cut>
				<workauthor>Imig, J. D.; Navar, L. G.; Roman, R. J.; Reddy, K. K. und Falck, J. R.</workauthor>
				<pubdate>(1996):</pubdate>
				<articletitle>Actions of epoxygenase metabolites on the preglomerular vasculature</articletitle>, <worktitle>J.Am.Soc.Nephrol.</worktitle>
				<volume>7</volume>, <pages>Seite 2364-2370</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[51]</cut>
				<workauthor>Imig, J. D. und Roman, R. J.</workauthor>
				<pubdate>(1992):</pubdate>
				<articletitle>Nitric oxide modulates vascular tone in preglomerular arterioles</articletitle>, <worktitle>Hypertension</worktitle>
				<volume>19</volume>, <pages>Seite 770-774</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[52]</cut>
				<workauthor>Ito, B. R.; Libraty, D. H. und Engler, R. L.</workauthor>
				<pubdate>(1991):</pubdate>
				<articletitle>Effect of transient coronary occlusion on coronary blood flow autoregulation, vasodilator reserve and response to adenosine in the dog</articletitle>, <worktitle>J.Am.Coll.Cardiol.</worktitle>
				<volume>18</volume>
				<number>[3]</number>, <pages>Seite 858-867</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[53]</cut>
				<workauthor>Ito, S.</workauthor>
				<pubdate>(1998):</pubdate>
				<articletitle>Characteristics of isolated perfused juxtaglomerular apparatus</articletitle>, <worktitle>Kidney Int.Suppl.</worktitle>
				<volume>67</volume>, <pages>Seite S46-S48</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[54]</cut>
				<workauthor>Iversen, B. M.; Sekse, I. und Ofstad, J.</workauthor>
				<pubdate>(1987):</pubdate>
				<articletitle>Resetting of renal blood flow autoregulation in spontaneously hypertensive rats</articletitle>, <worktitle>Am.J.Physiol.</worktitle>
				<volume>252</volume>
				<number>[3 Pt 2]</number>, <pages>Seite F480-F486</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[55]</cut>
				<workauthor>Jackson, T. E.; Guyton, A. C. und Hall, J. E.</workauthor>
				<pubdate>(1977):</pubdate>
				<articletitle>Transient response of glomerular filtration rate and renal blood flow to step changes in arterial pressure</articletitle>, <worktitle>Am.J.Physiol.</worktitle>
				<volume>233</volume>
				<number>[5]</number>, <pages>Seite F396-F402</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[56]</cut>
				<workauthor>Just, A.; Ehmke, H. ; Toktomambetova, L. und Kirchheim, H. R.</workauthor>
				<pubdate>(2001):</pubdate>
				<articletitle>Dynamic characteristics and underlying mechanisms of renal blood flow autoregulation in the conscious dog</articletitle>, <worktitle>Am.J.Physiol Renal Physiol.</worktitle>
				<volume>280</volume>
				<number>[6]</number>, <pages>Seite F1062-F1071</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[57]</cut>
				<workauthor>Just, A.; Ehmke, H. ; Wittmann, U. und Kirchheim, H. R.</workauthor>
				<pubdate>(1999):</pubdate>
				<articletitle>Tonic and phasic influences of nitric oxide on renal blood flow autoregulation in conscious dogs</articletitle>, <worktitle>Am.J.Physiol.</worktitle>
				<volume>276</volume>
				<number>[3 Pt 2]</number>, <pages>Seite F442-F449</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[58]</cut>
				<workauthor>Just, A.; Wittmann, U.; Ehmke, H. und Kirchheim, H. R.</workauthor>
				<pubdate>(1998):</pubdate>
				<articletitle>Autoregulation of renal blood flow in the conscious dog and the contribution of the tubuloglomerular feedback</articletitle>, <worktitle>J.Physiol.(Lond)</worktitle>
				<volume>506</volume>, <pages>Seite 275-290</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[59]</cut>
				<workauthor>Karlsen, F. M.; Andersen, C. B.; Leyssac, P. P. und Holstein-Rathlou, N. H.</workauthor>
				<pubdate>(1997):</pubdate>
				<articletitle>Dynamic autoregulation and renal injury in Dahl rats</articletitle>, <worktitle>Hypertension</worktitle>
				<volume>30</volume>, <pages>Seite 975-983</pages>.</citation>
			<citation published="yes" workType="Journal">
				<pagenumber id="N111AB" label="84" numbering="arabic" start="84"/>
				<cut>[60]</cut>
				<workauthor>Kernick, D. P.; Tooke, J. E. und Shore, A. C.</workauthor>
				<pubdate>(1999):</pubdate>
				<articletitle>The biological zero signal in laser Doppler fluximetry - origins and practical implications</articletitle>, <worktitle>Pflügers Archiv</worktitle>
				<volume>437</volume>
				<number>[4]</number>, <pages>Seite 624-631</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[61]</cut>
				<workauthor>Kirton, C. A. und Loutzenhiser, R.</workauthor>
				<pubdate>(1998):</pubdate>
				<articletitle>Alterations in basal protein kinase C activity modulate renal afferent arteriolar myogenic reactivity</articletitle>, <worktitle>Am.J.Physiol.</worktitle>
				<volume>275</volume>
				<number>[2 Pt 2]</number>, <pages>Seite H467-H475</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[62]</cut>
				<workauthor>Kramp, R. A.; Genard, J.; Fourmanoir, P; Caron, N; Laekeman, G. und Herman, A.</workauthor>
				<pubdate>(1995):</pubdate>
				<articletitle>Renal hemodynamics and blood flow autoregulation during acute cyclooxygenase inhibition in male rats</articletitle>, <worktitle>Am.J.Physiol.</worktitle>
				<volume>268</volume>, <pages>Seite F468-F479</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[63]</cut>
				<workauthor>Liu, J. L.; Murakami, H. und Zucker, I. H.</workauthor>
				<pubdate>(1998):</pubdate>
				<articletitle>Angiotensin II-nitric oxide interaction on sympathetic outflow in conscious rabbits</articletitle>, <worktitle>Circ.Res.</worktitle>
				<volume>82</volume>
				<number>[4]</number>, <pages>Seite 496-502</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[64]</cut>
				<workauthor>Loutzenhiser, R.; Bidani, A. und Chilton, L.</workauthor>
				<pubdate>(2002):</pubdate>
				<articletitle>Renal myogenic response: kinetic attributes and physiological role</articletitle>, <worktitle>Circ.Res.</worktitle>
				<volume>90</volume>
				<number>[12]</number>, <pages>Seite 1316-1324</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[65]</cut>
				<workauthor>Loutzenhiser, R.; Hayashi, K. und Epstein, M.</workauthor>
				<pubdate>(1989):</pubdate>
				<articletitle>Divergent effects of KCl-induced depolarization on afferent and efferent arterioles</articletitle>, <worktitle>Am.J.Physiol.</worktitle>
				<volume>257</volume>
				<number>[4 Pt 2]</number>, <pages>Seite F561-F564</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[66]</cut>
				<workauthor>Majid, D. S.; Said, K. E.; Omoro, S. A. und Navar, L. G.</workauthor>
				<pubdate>(2001):</pubdate>
				<articletitle>Nitric oxide dependency of arterial pressure-induced changes in renal interstitial hydrostatic pressure in dogs</articletitle>, <worktitle>Circ.Res.</worktitle>
				<volume>88</volume>
				<number>[3]</number>, <pages>Seite 347-351</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[67]</cut>
				<workauthor>Malek, A. und Izumo, S.</workauthor>
				<pubdate>(1992):</pubdate>
				<articletitle>Physiological fluid shear stress causes downregulation of endothelin-1 mRNA in bovine aortic endothelium</articletitle>, <worktitle>Am.J.Physiol.</worktitle>
				<volume>263</volume>
				<number>[2 Pt 1]</number>, <pages>Seite C389-C396</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[68]</cut>
				<workauthor>Marshall, J. M.</workauthor>
				<pubdate>(2000):</pubdate>
				<articletitle>Adenosine and muscle vasodilatation in acute systemic hypoxia</articletitle>, <worktitle>Acta Physiol. Scand.</worktitle>
				<volume>168</volume>
				<number>[4]</number>, <pages>Seite 561-573</pages>.</citation>
			<citation published="yes" workType="Journal">
				<pagenumber id="N112B1" label="85" numbering="arabic" start="85"/>
				<cut>[69]</cut>
				<workauthor>Matrougui, K.; Levy, B. I. und Henrion, D.</workauthor>
				<pubdate>(2000):</pubdate>
				<articletitle>Tissue angiotensin II and endothelin-1 modulate differently the response to flow in mesenteric resistance arteries of normotensive and spontaneously hypertensive rats</articletitle>, <worktitle>Br.J.Pharmacol.</worktitle>
				<volume>130</volume>
				<number>[3]</number>, <pages>Seite 521-526</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[70]</cut>
				<workauthor>Miura, K.; Yukimura, T.; Yamashita, Y.; Shimmen, T.; Okumura, M.; Yamanaka, S. ; Imanishi, M. und Yamamoto, K.</workauthor>
				<pubdate>(1991):</pubdate>
				<articletitle>Renal and femoral vascular responses to endothelin-1 in dogs: role of prostaglandins</articletitle>, <worktitle>J.Pharmacol.Exp.Ther.</worktitle>
				<volume>256</volume>
				<number>[1]</number>, <pages>Seite 11-17</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[71]</cut>
				<workauthor>Morawietz, H.; Talanow, R.; Szibor, M.; Rueckschloss, U.; Schubert, A.; Bartling, B.; Darmer, D. und Holtz, J.</workauthor>
				<pubdate>(2000):</pubdate>
				<articletitle>Regulation of the endothelin system by shear stress in human endothelial cells</articletitle>, <worktitle>J.Physiol.</worktitle>
				<volume>525 Pt 3</volume>, <pages>Seite 761-770</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[72]</cut>
				<workauthor>Nafz, B.; Ehmke, H. ; Wagner, C. D.; Kirchheim, H. R. und Persson, P. B.</workauthor>
				<pubdate>(1998):</pubdate>
				<articletitle>Blood pressure variability and urine flow in the conscious dog</articletitle>, <worktitle>Am.J.Physiol.</worktitle>
				<volume>274</volume>
				<number>[4 Pt 2]</number>, <pages>Seite F680-F686</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[73]</cut>
				<workauthor>Nafz, B.; Stegemann, J.; Bestle, M. H.; Richter, N.; Seeliger, E.; Schimke, I. ; Reinhardt, H. W. und Persson, P. B.</workauthor>
				<pubdate>(2000):</pubdate>
				<articletitle>Antihypertensive effect of 0.1-Hz blood pressure oscillations to the kidney</articletitle>, <worktitle>Circulation</worktitle>
				<volume>101</volume>, <pages>Seite 553-557</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[74]</cut>
				<workauthor>Nakata, M.; Tatsumi, E.; Tsukiya, T.; Taenaka, Y.; Nishimura, T.; Nishinaka, T.; Takano, H.; Masuzawa, T. und Ohba, K.</workauthor>
				<pubdate>(1999):</pubdate>
				<articletitle>Augmentative effect of pulsatility on the wall shear stress in tube flow</articletitle>, <worktitle>Artif.Organs</worktitle>
				<volume>23</volume>, <pages>Seite 727-731</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[75]</cut>
				<workauthor>Navar, L. G.; Bell, P. D. und Burke, T. J.</workauthor>
				<pubdate>(1982):</pubdate>
				<articletitle>Role of a macula densa feedback mechanism as a mediator of renal autoregulation</articletitle>, <worktitle>Kidney Int.Suppl.</worktitle>
				<volume>12</volume>
				<number>[1]</number>, <pages>Seite S157-S164</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[76]</cut>
				<workauthor>Navar, L. G.; Inscho, E. W.; Imig, J. D. und Mitchell, K. D.</workauthor>
				<pubdate>(1998):</pubdate>
				<articletitle>Heterogeneous activation mechanisms in the renal microvasculature</articletitle>, <worktitle>Kidney Int.Suppl.</worktitle>
				<volume>67</volume>, <pages>Seite S17-S21</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[77]</cut>
				<workauthor>Nishiyama, A.; Majid, D. S.; Taher, K. A.; Miyatake, A. und Navar, L. G.</workauthor>
				<pubdate>(2000):</pubdate>
				<articletitle>Relation between renal interstitial ATP concentrations and autoregulation-mediated changes in renal vascular resistance</articletitle>, <worktitle>Circ.Res.</worktitle>
				<volume>86</volume>
				<number>[6]</number>, <pages>Seite 656-662</pages>.</citation>
			<citation published="yes" workType="Journal">
				<pagenumber id="N113AE" label="86" numbering="arabic" start="86"/>
				<cut>[78]</cut>
				<workauthor>Nishiyama, A.; Majid, D. S.; Walker, M., III; Miyatake, A. und Navar, L. G.</workauthor>
				<pubdate>(2001):</pubdate>
				<articletitle>Renal interstitial ATP responses to changes in arterial pressure during alterations in tubuloglomerular feedback activity</articletitle>, <worktitle>Hypertension</worktitle>
				<volume>37</volume>
				<number>[2]</number>, <pages>Seite 753-759</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[79]</cut>
				<workauthor>Parekh, N. und Zou, A. P.</workauthor>
				<pubdate>(1996):</pubdate>
				<articletitle>Role of prostaglandins in renal medullary circulation: response to different vasoconstrictors</articletitle>, <worktitle>Am.J.Physiol.</worktitle>
				<volume>271</volume>
				<number>[3 Pt 2]</number>, <pages>Seite F653-F658</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[80]</cut>
				<workauthor>Persson, P.; Ehmke, H. und Kirchheim, H.</workauthor>
				<pubdate>(1988):</pubdate>
				<articletitle>Influence of the renin-angiotensin system on the autoregulation of renal blood flow and glomerular filtration rate in conscious dogs</articletitle>, <worktitle>Acta Physiol. Scand.</worktitle>
				<volume>134</volume>
				<number>[1]</number>, <pages>Seite 1-7</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[81]</cut>
				<workauthor>Persson, P. B.; Ehmke, H.; Kirchheim, H. R.; Janssen, B.; Baumann, J. E.; Just, A. und Nafz, B.</workauthor>
				<pubdate>(1993):</pubdate>
				<articletitle>Autoregulation and non-homeostatic behaviour of renal blood flow in conscious dogs</articletitle>, <worktitle>J.Physiol.</worktitle>
				<volume>462</volume>, <pages>Seite 261-273</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[82]</cut>
				<workauthor>Pohl, U.; Herlan, K.; Huang, A. und Bassenge, E.</workauthor>
				<pubdate>(1991):</pubdate>
				<articletitle>EDRF-mediated shear-induced dilation opposes myogenic vasoconstriction in small rabbit arteries</articletitle>, <worktitle>Am.J.Physiol.</worktitle>
				<volume>261</volume>
				<number>[6 Pt 2]</number>, <number>Seite H2016-H2023</number>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[83]</cut>
				<workauthor>Popp, R.; Fleming, I. und Busse, R.</workauthor>
				<pubdate>(1998):</pubdate>
				<articletitle>Pulsatile stretch in coronary arteries elicits release of endothelium-derived hyperpolarizing factor: a modulator of arterial compliance</articletitle>, <worktitle>Circ.Res.</worktitle>
				<volume>82</volume>
				<number>[6]</number>, <pages>Seite 696-703</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[84]</cut>
				<workauthor>Qiu, Y. und Tarbell, J. M.</workauthor>
				<pubdate>(2000):</pubdate>
				<articletitle>Interaction between wall shear stress and circumferential strain affects endothelial cell biochemical production</articletitle>, <worktitle>J.Vasc.Res.</worktitle>
				<volume>37</volume>
				<number>[3]</number>, <pages>Seite 147-157</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[85]</cut>
				<workauthor>Raczka, E. und Quintana, A.</workauthor>
				<pubdate>(1999):</pubdate>
				<articletitle>Effects of intravenous administration of prostacyclin on regional blood circulation in awake rats</articletitle>, <worktitle>Br.J.Pharmacol.</worktitle>
				<volume>126</volume>
				<number>[6]</number>, <pages>Seite 1325-1332</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[86]</cut>
				<workauthor>Ren, Y.; Garvin, J. L. und Carretero, O. A.</workauthor>
				<pubdate>(2001):</pubdate>
				<articletitle>Efferent arteriole tubuloglomerular feedback in the renal nephron</articletitle>, <worktitle>Kidney Int.</worktitle>
				<volume>59</volume>
				<number>[1]</number>, <pages>Seite 222-229</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[87]</cut>
				<workauthor>Roman, R. J. und Smits, C.</workauthor>
				<pubdate>(1986):</pubdate>
				<articletitle>Laser-Doppler determination of papillary blood flow in young and adult rats</articletitle>, <worktitle>Am.J.Physiol.</worktitle>
				<volume>251</volume>, <pages>Seite F115-F124</pages>.</citation>
			<citation published="yes" workType="Journal">
				<pagenumber id="N114CE" label="87" numbering="arabic" start="87"/>
				<cut>[88]</cut>
				<workauthor>Schnermann, J. und Levine, D. Z.</workauthor>
				<pubdate>(2003):</pubdate>
				<articletitle>Paracrine factors in tubuloglomerular feedback: adenosine, ATP, and nitric oxide</articletitle>, <worktitle>Annu.Rev.Physiol.</worktitle>
				<volume>65</volume>, <pages>Seite 501-529</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[89]</cut>
				<workauthor>Schreiner, W.; Neumann, F.; Karch, R.; Neumann, M.; Roedler, S. M. und End, A.</workauthor>
				<pubdate>(1999):</pubdate>
				<articletitle>Shear stress distribution in arterial tree models, generated by constrained constructive optimization</articletitle>, <worktitle>J.Theor.Biol.</worktitle>
				<volume>198</volume>, <pages>Seite 27-45</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[90]</cut>
				<workauthor>Schubert, R. und Mulvany, M. J.</workauthor>
				<pubdate>(1999):</pubdate>
				<articletitle>The myogenic response: established facts and attractive hypotheses</articletitle>, <worktitle>Clin.Sci.(Colch.)</worktitle>
				<volume>96</volume>
				<number>[4]</number>, <pages>Seite 313-326</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[91]</cut>
				<workauthor>Shearer, J. R.; Norman, J. N.; MacIntyre, J. und Smith, G.</workauthor>
				<pubdate>(1970):</pubdate>
				<articletitle>The effects of hypoxia and hyperoxia on renal blood-flow</articletitle>, <worktitle>Br.J.Surg.</worktitle>
				<volume>57</volume>, <pages>Seite 851</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[92]</cut>
				<workauthor>Siegel, G.; Malmsten, M. und Schmidt, A.</workauthor>
				<pubdate>(1996):</pubdate>
				<articletitle>Flow sensing at the endothelial cell membrane-blood interface</articletitle>, <worktitle>J.Membrane Sci.</worktitle>
				<volume>113</volume>, <pages>Seite 101-113</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[93]</cut>
				<workauthor>Sorensen, C. M.; Leyssac, P. P.; Skott, O. und Holstein-Rathlou, N. H.</workauthor>
				<pubdate>(2000):</pubdate>
				<articletitle>Role of the renin-angiotensin system in regulation and autoregulation of renal blood flow</articletitle>, <worktitle>Am.J.Physiol. Regul.Integr.Comp.Physiol.</worktitle>
				<volume>279</volume>
				<number>[3]</number>, <pages>Seite R1017-R1024</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[94]</cut>
				<workauthor>Stella, A.; Calaresu, F. und Zanchetti, A.</workauthor>
				<pubdate>(1976):</pubdate>
				<articletitle>Neural factors contributing to renin release during reduction in renal perfusion pressure and blood flow in cats</articletitle>, <worktitle>Clin.Sci.Mol.Med.</worktitle>
				<volume>51</volume>
				<number>[5]</number>, <pages>Seite 453-461</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[95]</cut>
				<workauthor>Strick, D. M.; Fiksen-Olsen, M. J.; Lockhart, J. C.; Roman, R. J. und Romero, J. C.</workauthor>
				<pubdate>(1994):</pubdate>
				<articletitle>Direct measurement of renal medullary blood flow in the dog</articletitle>
				<worktitle>, Am.J.Physiol.</worktitle>
				<volume>267</volume>, <pages>Seite R253-R259</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[96]</cut>
				<workauthor>Taguchi, Y.; Kaminogo, M. und Austin, G. M.</workauthor>
				<pubdate>(1984):</pubdate>
				<articletitle>Autoregulation of cortical blood flow and oxygen tension in the rabbit</articletitle>, <worktitle>Neurol.Res.</worktitle>
				<volume>6</volume>
				<number>[4]</number>, <pages>Seite 159-162</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[97]</cut>
				<workauthor>Takeuchi, T.; Horiuchi, J.; Terada, N.; Nagao, M. </workauthor>
				<workauthor>und Terajima, H.</workauthor>
				<pubdate>(1992):</pubdate>
				<articletitle>Effects of hypoxia, hyperoxia and hypercapnia on graded cerebral ischemic responses in rabbits</articletitle>, <worktitle>Am.J.Physiol.</worktitle>
				<volume>263</volume>, <pages>Seite H1839-H1846</pages>.</citation>
			<citation published="yes" workType="Journal">
				<pagenumber id="N115E5" label="88" numbering="arabic" start="88"/>
				<cut>[98]</cut>
				<workauthor>Turkstra, E.; Braam, B. und Koomans, H. A.</workauthor>
				<pubdate>(2000):</pubdate>
				<articletitle>Impaired renal blood flow autoregulation in two-kidney, one-clip hypertensive rats is caused by enhanced activity of nitric oxide</articletitle>, <worktitle>J.Am.Soc.Nephrol.</worktitle>
				<volume>11</volume>
				<number>[5]</number>, <pages>Seite 847-855</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[99]</cut>
				<workauthor>Ulfendahl, H. R.; Ericson, A. C.; Goransson, A.; Kallskog, O. und Sjoquist, M.</workauthor>
				<pubdate>(1982):</pubdate>
				<articletitle>The tubulo-glomerular feedback mechanism-a determinant for the autoregulation of the glomerular filtration rate in superficial and juxtamedullary nephrons</articletitle>
				<worktitle>, Klin.Wochenschr.</worktitle>
				<volume>60</volume>
				<number>[18]</number>, <pages>Seite 1071-1076</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[100]</cut>
				<workauthor>Walker, M., III; Harrison-Bernard, L. M.; Cook, A. K. und Navar, L. G.</workauthor>
				<pubdate>(2000):</pubdate>
				<articletitle>Dynamic interaction between myogenic and TGF mechanisms in afferent arteriolar blood flow autoregulation</articletitle> [In Process Citation], <worktitle>Am.J.Physiol. Renal Physiol.</worktitle>
				<volume>279</volume>
				<number>[5]</number>, <pages>Seite F858-F865</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[101]</cut>
				<workauthor>Wang, C. T.; Chin, S. Y. und Navar, L. G.</workauthor>
				<pubdate>(2000):</pubdate>
				<articletitle>Impairment of pressure-natriuresis and renal autoregulation in ANG II-infused hypertensive rats</articletitle>, <worktitle>Am.J.Physiol. Renal Physiol.</worktitle>
				<volume>279</volume>
				<number>[2]</number>, <pages>Seite F319-F325</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[102]</cut>
				<workauthor>Wang, D. H.; Prewitt, R. L. und Reilly, C. K.</workauthor>
				<pubdate>(1993):</pubdate>
				<articletitle>Altered local regulation of blood flow and shear rate in renal hypertension</articletitle>, <worktitle>Am.J.Hypertens.</worktitle>
				<volume>6</volume>
				<number>[10]</number>, <pages>Seite 851-856</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[103]</cut>
				<workauthor>Wang, X.; Ajikobi, D. O.; Salevsky, F. C. und Cupples, W. A.</workauthor>
				<pubdate>(2000):</pubdate>
				<articletitle>Impaired myogenic autoregulation in kidneys of Brown Norway rats</articletitle>, <worktitle>Am.J.Physiol. Renal Physiol.</worktitle>
				<volume>278</volume>
				<number>[6]</number>, <pages>Seite F962-F969</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[104]</cut>
				<workauthor>Wang, X.; Aukland, K.; Ofstad, J. und Iversen, B. M.</workauthor>
				<pubdate>(1995):</pubdate>
				<articletitle>Autoregulation of zonal glomerular filtration rate and renal blood flow in spontaneously hypertensive rats</articletitle>, <worktitle>Am.J.Physiol.</worktitle>
				<volume>269</volume>
				<number>[4 Pt 2]</number>, <pages>Seite F515-F521</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[105]</cut>
				<workauthor>Wang, X. und Loutzenhiser, R.</workauthor>
				<pubdate>(2002):</pubdate>
				<articletitle>Determinants of renal microvascular response to ACh: afferent and efferent arteriolar actions of EDHF</articletitle>, <worktitle>Am.J.Physiol. Renal Physiol.</worktitle>
				<volume>282</volume>
				<number>[1]</number>, <pages>Seite F124-F132</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[106]</cut>
				<workauthor>Welch, W. J.</workauthor>
				<pubdate>(2002):</pubdate>
				<articletitle>Adenosine A1 receptor antagonists in the kidney: effects in fluid-retaining disorders</articletitle>, <worktitle>Curr.Opin.Pharmacol.</worktitle>
				<volume>2</volume>, <pages>Seite 165-170</pages>.</citation>
			<citation published="yes" workType="Journal">
				<pagenumber id="N116EB" label="89" numbering="arabic" start="89"/>
				<cut>[107]</cut>
				<workauthor>Wende, P.; Strauch, M.; Unger, T.; Gretz, N. und Rohmeiss, P.</workauthor>
				<pubdate>(1993):</pubdate>
				<articletitle>[Autoregulation of kidney circulation, glomerular filtration rate and plasma renin activity in spontaneously hypertensive rats and normotensive Wistar rats]Autoregulation der Nierendurchblutung, der glomerularen Filtrationsrate und der Plasmareninaktivitat in spontan hypertensiven Ratten und normotensiven Wistar-Ratten</articletitle>, <worktitle>Med.Klin.</worktitle>
				<volume>88</volume>
				<number>[4]</number>, <pages>Seite 207-211</pages>.</citation>
			<citation published="yes" workType="Misc">
				<cut>[108]</cut>
				<workauthor>Winton, F. R.</workauthor>
				<pubdate>(1956):</pubdate>
				<articletitle>The pressure and flows of blood and urine within the kidney</articletitle>, <editor>J.&amp;A. Churchill Ltd.</editor>
				<worktitle>Modern views on the secretion of Urine</worktitle>, <address>London</address>, <pages>Seite 61-95</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[109]</cut>
				<workauthor>Yamamoto, K.; Korenaga, R.; Kamiya, A. und Ando, J.</workauthor>
				<pubdate>(2000):</pubdate>
				<articletitle>Fluid shear stress activates Ca(2+) influx into human endothelial cells via P2X4 purinoceptors</articletitle>, <worktitle>Circ.Res.</worktitle>
				<volume>87</volume>
				<number>[5]</number>, <pages>Seite 385-391</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[110]</cut>
				<workauthor>Yip, K. P.; Holstein-Rathlou, N. H. und Marsh, D. J.</workauthor>
				<pubdate>(1993):</pubdate>
				<articletitle>Mechanisms of temporal variation in single-nephron blood flow in rats</articletitle> , <worktitle>Am.J.Physiol.</worktitle>
				<volume>264</volume>, <pages>Seite F427-F434.</pages>
			</citation>
			<citation published="yes" workType="Journal">
				<cut>[111]</cut>
				<workauthor>Ziegler, T.; Bouzourene, K.; Harrison, V. J.; Brunner, H. R. und Hayoz, D.</workauthor>
				<pubdate>(1998):</pubdate>
				<articletitle>Influence of oscillatory and unidirectional flow environments on the expression of endothelin and nitric oxide synthase in cultured endothelial cells</articletitle>, <worktitle>Arterioscler.Thromb.Vasc.Biol.</worktitle>
				<volume>18</volume>
				<number>[5]</number>, <pages>Seite 686-692</pages>.</citation>
			<citation published="yes" workType="Journal">
				<cut>[112]</cut>
				<workauthor>Zou, A. P.; Imig, J. D.; Kaldunski, M.; Ortiz de Montellano, P. R.; Sui, Z. und Roman, R. J.</workauthor>
				<pubdate>(1994):</pubdate>
				<articletitle>Inhibition of renal vascular 20-HETE production impairs autoregulation of renal blood flow</articletitle>, <worktitle>Am.J.Physiol.</worktitle>
				<volume>266</volume>
				<number>[2 Pt 2]</number>, <pages>Seite F275-F282</pages>.</citation>
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