<?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">Arabidopsis root hair development in adaptation to  iron and phosphate supply</cms:entry><cms:entry type="author">Margarete Müller</cms:entry><cms:entry id="_Toc158175564" part="front" ref="_Toc158175564" type="link"/><cms:entry id="_Toc158175565" part="front" ref="_Toc158175565" type="link"/><cms:entry id="_Toc158175566" part="front" ref="_Toc158175566" type="link"/><cms:entry id="chapter1" part="chapter1" ref="chapter1" type="chapter">1</cms:entry><cms:entry id="N100A7" part="chapter1" ref="N100A7" type="citenumber">1</cms:entry><cms:entry id="N100AB" part="chapter1" ref="N100AB" type="section">1.1</cms:entry><cms:entry id="_Toc158175567" part="chapter1" ref="_Toc158175567" type="link"/><cms:entry id="N100BF" part="chapter1" ref="N100BF" type="subsection">1.1.1</cms:entry><cms:entry id="_Toc158175568" part="chapter1" ref="_Toc158175568" type="link"/><cms:entry id="N100D8" part="chapter1" ref="N100D8" type="citenumber">2</cms:entry><cms:entry id="N10117" part="chapter1" ref="N10117" type="citenumber">3</cms:entry><cms:entry id="_Toc158175569" part="chapter1" ref="_Toc158175569" type="link"/><cms:entry id="N10143" part="chapter1" ref="N10143" type="subsection">1.1.2</cms:entry><cms:entry id="N10183" part="chapter1" ref="N10183" type="citenumber">4</cms:entry><cms:entry id="N101C8" part="chapter1" ref="N101C8" type="citenumber">5</cms:entry><cms:entry id="_Toc158175570" part="chapter1" ref="_Toc158175570" type="link"/><cms:entry id="N101DC" part="chapter1" ref="N101DC" type="subsection">1.1.3</cms:entry><cms:entry id="N1020A" part="chapter1" ref="N1020A" type="citenumber">6</cms:entry><cms:entry id="N1024B" part="chapter1" ref="N1024B" type="citenumber">7</cms:entry><cms:entry id="N1024E" part="chapter1" ref="N1024E" type="mm">604#511</cms:entry><cms:entry id="_Toc158175571" part="chapter1" ref="_Toc158175571" type="link"/><cms:entry id="N10297" part="chapter1" ref="N10297" type="subsection">1.1.4</cms:entry><cms:entry id="_Toc158175572" part="chapter1" ref="_Toc158175572" type="link"/><cms:entry id="N102F6" part="chapter1" ref="N102F6" type="subsection">1.1.5</cms:entry><cms:entry id="N102FD" part="chapter1" ref="N102FD" type="citenumber">8</cms:entry><cms:entry id="N1030C" part="chapter1" ref="N1030C" type="table"/><cms:entry id="N10434" part="chapter1" ref="N10434" type="citenumber">9</cms:entry><cms:entry id="_Toc158175573" part="chapter1" ref="_Toc158175573" type="link"/><cms:entry id="N10446" part="chapter1" ref="N10446" type="section">1.2</cms:entry><cms:entry id="N10454" part="chapter1" ref="N10454" type="subsection">1.2.1</cms:entry><cms:entry id="_Toc158175574" part="chapter1" ref="_Toc158175574" type="link"/><cms:entry id="N10464" part="chapter1" ref="N10464" type="citenumber">10</cms:entry><cms:entry id="N104AC" part="chapter1" ref="N104AC" type="citenumber">11</cms:entry><cms:entry id="_Toc158175575" part="chapter1" ref="_Toc158175575" type="link"/><cms:entry id="N104F3" part="chapter1" ref="N104F3" type="subsection">1.2.2</cms:entry><cms:entry id="N104FA" part="chapter1" ref="N104FA" type="citenumber">12</cms:entry><cms:entry id="_Toc158175576" part="chapter1" ref="_Toc158175576" type="link"/><cms:entry id="N10544" part="chapter1" ref="N10544" type="subsection">1.2.3</cms:entry><cms:entry id="N1054E" part="chapter1" ref="N1054E" type="citenumber">13</cms:entry><cms:entry id="_Toc158175577" part="chapter1" ref="_Toc158175577" type="link"/><cms:entry id="N10580" part="chapter1" ref="N10580" type="subsection">1.2.4</cms:entry><cms:entry id="N10587" part="chapter1" ref="N10587" type="citenumber">14</cms:entry><cms:entry id="_Toc158175578" part="chapter1" ref="_Toc158175578" type="link"/><cms:entry id="N105AD" part="chapter1" ref="N105AD" type="subsection">1.2.5</cms:entry><cms:entry id="N105B4" part="chapter1" ref="N105B4" type="citenumber">15</cms:entry><cms:entry id="N1063E" part="chapter1" ref="N1063E" type="citenumber">16</cms:entry><cms:entry id="N10695" part="chapter1" ref="N10695" type="citenumber">17</cms:entry><cms:entry id="N106EF" part="chapter1" ref="N106EF" type="citenumber">18</cms:entry><cms:entry id="_Toc158175579" part="chapter1" ref="_Toc158175579" type="link"/><cms:entry id="N1070F" part="chapter1" ref="N1070F" type="subsection">1.2.6</cms:entry><cms:entry id="N1072B" part="chapter1" ref="N1072B" type="citenumber">19</cms:entry><cms:entry id="_Toc158175580" part="chapter1" ref="_Toc158175580" type="link"/><cms:entry id="N10781" part="chapter1" ref="N10781" type="subsection">1.2.7</cms:entry><cms:entry id="N10788" part="chapter1" ref="N10788" type="citenumber">20</cms:entry><cms:entry id="_Toc158175581" part="chapter1" ref="_Toc158175581" type="link"/><cms:entry id="N10815" part="chapter1" ref="N10815" type="section">1.3</cms:entry><cms:entry id="N1081C" part="chapter1" ref="N1081C" type="citenumber">21</cms:entry><cms:entry id="N10823" part="chapter1" ref="N10823" type="subsection">1.3.1</cms:entry><cms:entry id="_Toc158175582" part="chapter1" ref="_Toc158175582" type="link"/><cms:entry id="N1088D" part="chapter1" ref="N1088D" type="citenumber">22</cms:entry><cms:entry id="N108D8" part="chapter1" ref="N108D8" type="citenumber">23</cms:entry><cms:entry id="_Toc158175583" part="chapter1" ref="_Toc158175583" type="link"/><cms:entry id="N1090A" part="chapter1" ref="N1090A" type="subsection">1.3.2</cms:entry><cms:entry id="N10929" part="chapter1" ref="N10929" type="citenumber">24</cms:entry><cms:entry id="_Toc158175584" part="chapter1" ref="_Toc158175584" type="link"/><cms:entry id="N1095E" part="chapter1" ref="N1095E" type="subsection">1.3.3</cms:entry><cms:entry id="N10965" part="chapter1" ref="N10965" type="citenumber">25</cms:entry><cms:entry id="N109C8" part="chapter1" ref="N109C8" type="citenumber">26</cms:entry><cms:entry id="N109F2" part="chapter1" ref="N109F2" type="citenumber">27</cms:entry><cms:entry id="_Toc158175585" part="chapter1" ref="_Toc158175585" type="link"/><cms:entry id="N10A51" part="chapter1" ref="N10A51" type="subsection">1.3.4</cms:entry><cms:entry id="N10A58" part="chapter1" ref="N10A58" type="citenumber">28</cms:entry><cms:entry id="N10A88" part="chapter1" ref="N10A88" type="citenumber">29</cms:entry><cms:entry id="N10AC7" part="chapter1" ref="N10AC7" type="citenumber">30</cms:entry><cms:entry id="N10B1B" part="chapter1" ref="N10B1B" type="citenumber">31</cms:entry><cms:entry id="N10B49" part="chapter1" ref="N10B49" type="citenumber">32</cms:entry><cms:entry id="_Toc158175586" part="chapter1" ref="_Toc158175586" type="link"/><cms:entry id="N10B60" part="chapter1" ref="N10B60" type="subsection">1.3.5</cms:entry><cms:entry id="N10BA3" part="chapter1" ref="N10BA3" type="citenumber">33</cms:entry><cms:entry id="_Toc158175587" part="chapter1" ref="_Toc158175587" type="link"/><cms:entry id="N10C2D" part="chapter1" ref="N10C2D" type="section">1.4</cms:entry><cms:entry id="N10C37" part="chapter1" ref="N10C37" type="citenumber">34</cms:entry><cms:entry id="_Toc158175588" part="chapter1" ref="_Toc158175588" type="link"/><cms:entry id="chapter2" part="chapter2" ref="chapter2" type="chapter">2</cms:entry><cms:entry id="N10C4E" part="chapter2" ref="N10C4E" type="section">2.1</cms:entry><cms:entry id="_Toc158175589" part="chapter2" ref="_Toc158175589" type="link"/><cms:entry id="N10C58" part="chapter2" ref="N10C58" type="citenumber">35</cms:entry><cms:entry id="N10C61" part="chapter2" ref="N10C61" type="table"/><cms:entry id="_Toc158175590" part="chapter2" ref="_Toc158175590" type="link"/><cms:entry id="N11135" part="chapter2" ref="N11135" type="section">2.2</cms:entry><cms:entry id="N1113C" part="chapter2" ref="N1113C" type="citenumber">36</cms:entry><cms:entry id="N111BA" part="chapter2" ref="N111BA" type="citenumber">37</cms:entry><cms:entry id="_Toc158175591" part="chapter2" ref="_Toc158175591" type="link"/><cms:entry id="N11207" part="chapter2" ref="N11207" type="section">2.3</cms:entry><cms:entry id="_Toc158175592" part="chapter2" ref="_Toc158175592" type="link"/><cms:entry id="N1122C" part="chapter2" ref="N1122C" type="section">2.4</cms:entry><cms:entry id="N11233" part="chapter2" ref="N11233" type="citenumber">38</cms:entry><cms:entry id="_Toc158175593" part="chapter2" ref="_Toc158175593" type="link"/><cms:entry id="N1124A" part="chapter2" ref="N1124A" type="section">2.5</cms:entry><cms:entry id="N11251" part="chapter2" ref="N11251" type="citenumber">39</cms:entry><cms:entry id="_Toc158175594" part="chapter2" ref="_Toc158175594" type="link"/><cms:entry id="N1125C" part="chapter2" ref="N1125C" type="section">2.6</cms:entry><cms:entry id="_Toc158175595" part="chapter2" ref="_Toc158175595" type="link"/><cms:entry id="N1126E" part="chapter2" ref="N1126E" type="section">2.7</cms:entry><cms:entry id="_Toc158175596" part="chapter2" ref="_Toc158175596" type="link"/><cms:entry id="N11280" part="chapter2" ref="N11280" type="section">2.8</cms:entry><cms:entry id="N11287" part="chapter2" ref="N11287" type="citenumber">40</cms:entry><cms:entry id="_Toc158175597" part="chapter2" ref="_Toc158175597" type="link"/><cms:entry id="N1129B" part="chapter2" ref="N1129B" type="section">2.9</cms:entry><cms:entry id="_Toc158175598" part="chapter2" ref="_Toc158175598" type="link"/><cms:entry id="N112B6" part="chapter2" ref="N112B6" type="section">2.10</cms:entry><cms:entry id="_Toc158175599" part="chapter2" ref="_Toc158175599" type="link"/><cms:entry id="N112C8" part="chapter2" ref="N112C8" type="section">2.11</cms:entry><cms:entry id="N112CF" part="chapter2" ref="N112CF" type="citenumber">41</cms:entry><cms:entry id="N112E6" part="chapter2" ref="N112E6" type="citenumber">42</cms:entry><cms:entry id="N112E9" part="chapter2" ref="N112E9" type="table"/><cms:entry id="N115CB" part="chapter2" ref="N115CB" type="table"/><cms:entry id="_Toc158175600" part="chapter2" ref="_Toc158175600" type="link"/><cms:entry id="N11A5B" part="chapter2" ref="N11A5B" type="section">2.12</cms:entry><cms:entry id="_Toc158175601" part="chapter2" ref="_Toc158175601" type="link"/><cms:entry id="N11A6D" part="chapter2" ref="N11A6D" type="section">2.13</cms:entry><cms:entry id="N11A74" part="chapter2" ref="N11A74" type="citenumber">43</cms:entry><cms:entry id="_Toc158175602" part="chapter2" ref="_Toc158175602" type="link"/><cms:entry id="chapter3" part="chapter3" ref="chapter3" type="chapter">3</cms:entry><cms:entry id="N11A88" part="chapter3" ref="N11A88" type="section">3.1</cms:entry><cms:entry id="_Toc158175603" part="chapter3" ref="_Toc158175603" type="link"/><cms:entry id="N11A90" part="chapter3" ref="N11A90" type="helpercitenumber">43</cms:entry><cms:entry id="N11A95" part="chapter3" ref="N11A95" type="mm">604#311</cms:entry><cms:entry id="N11AA9" part="chapter3" ref="N11AA9" type="citenumber">44</cms:entry><cms:entry id="N11AAC" part="chapter3" ref="N11AAC" type="mm">604#171</cms:entry><cms:entry id="N11AD2" part="chapter3" ref="N11AD2" type="mm">604#157</cms:entry><cms:entry id="_Toc158175604" part="chapter3" ref="_Toc158175604" type="link"/><cms:entry id="N11AEB" part="chapter3" ref="N11AEB" type="section">3.2</cms:entry><cms:entry id="N11AF2" part="chapter3" ref="N11AF2" type="citenumber">45</cms:entry><cms:entry id="N11B02" part="chapter3" ref="N11B02" type="subsection">3.2.1</cms:entry><cms:entry id="_Toc158175605" part="chapter3" ref="_Toc158175605" type="link"/><cms:entry id="N11B0F" part="chapter3" ref="N11B0F" type="mm">605#178</cms:entry><cms:entry id="N11B23" part="chapter3" ref="N11B23" type="citenumber">46</cms:entry><cms:entry id="N11B26" part="chapter3" ref="N11B26" type="mm">604#485</cms:entry><cms:entry id="_Toc158175606" part="chapter3" ref="_Toc158175606" type="link"/><cms:entry id="N11B51" part="chapter3" ref="N11B51" type="subsection">3.2.2</cms:entry><cms:entry id="N11B58" part="chapter3" ref="N11B58" type="citenumber">47</cms:entry><cms:entry id="N11B67" part="chapter3" ref="N11B67" type="mm">604#806</cms:entry><cms:entry id="N11B87" part="chapter3" ref="N11B87" type="citenumber">48</cms:entry><cms:entry id="_Toc158175607" part="chapter3" ref="_Toc158175607" type="link"/><cms:entry id="N11B96" part="chapter3" ref="N11B96" type="section">3.3</cms:entry><cms:entry id="N11BA4" part="chapter3" ref="N11BA4" type="subsection">3.3.1</cms:entry><cms:entry id="_Toc158175608" part="chapter3" ref="_Toc158175608" type="link"/><cms:entry id="N11BD2" part="chapter3" ref="N11BD2" type="citenumber">49</cms:entry><cms:entry id="N11BD5" part="chapter3" ref="N11BD5" type="table"/><cms:entry id="N12B05" part="chapter3" ref="N12B05" type="citenumber">50</cms:entry><cms:entry id="N12B2F" part="chapter3" ref="N12B2F" type="mm">605#376</cms:entry><cms:entry id="N12B5E" part="chapter3" ref="N12B5E" type="citenumber">51</cms:entry><cms:entry id="_Toc158175609" part="chapter3" ref="_Toc158175609" type="link"/><cms:entry id="N12B90" part="chapter3" ref="N12B90" type="subsection">3.3.2</cms:entry><cms:entry id="N12BA0" part="chapter3" ref="N12BA0" type="citenumber">52</cms:entry><cms:entry id="N12BB5" part="chapter3" ref="N12BB5" type="mm">605#554</cms:entry><cms:entry id="N12C0E" part="chapter3" ref="N12C0E" type="citenumber">53</cms:entry><cms:entry id="_Toc158175610" part="chapter3" ref="_Toc158175610" type="link"/><cms:entry id="N12C37" part="chapter3" ref="N12C37" type="subsection">3.3.3</cms:entry><cms:entry id="N12C53" part="chapter3" ref="N12C53" type="citenumber">54</cms:entry><cms:entry id="N12C6B" part="chapter3" ref="N12C6B" type="table"/><cms:entry id="N12D4C" part="chapter3" ref="N12D4C" type="mm">605#209</cms:entry><cms:entry id="N12D63" part="chapter3" ref="N12D63" type="citenumber">55</cms:entry><cms:entry id="_Toc158175611" part="chapter3" ref="_Toc158175611" type="link"/><cms:entry id="N12D7D" part="chapter3" ref="N12D7D" type="subsection">3.3.4</cms:entry><cms:entry id="_Toc158175612" part="chapter3" ref="_Toc158175612" type="link"/><cms:entry id="N12D9B" part="chapter3" ref="N12D9B" type="subsection">3.3.5</cms:entry><cms:entry id="N12DD2" part="chapter3" ref="N12DD2" type="citenumber">56</cms:entry><cms:entry id="N12DD5" part="chapter3" ref="N12DD5" type="mm">605#537</cms:entry><cms:entry id="N12DEF" part="chapter3" ref="N12DEF" type="table"/><cms:entry id="_Toc158175613" part="chapter3" ref="_Toc158175613" type="link"/><cms:entry id="N12F3E" part="chapter3" ref="N12F3E" type="section">3.4</cms:entry><cms:entry id="N12F46" part="chapter3" ref="N12F46" type="subsection">3.4.1</cms:entry><cms:entry id="_Toc158175614" part="chapter3" ref="_Toc158175614" type="link"/><cms:entry id="N12F71" part="chapter3" ref="N12F71" type="citenumber">57</cms:entry><cms:entry id="N12F74" part="chapter3" ref="N12F74" type="table"/><cms:entry id="N1308D" part="chapter3" ref="N1308D" type="citenumber">58</cms:entry><cms:entry id="N13090" part="chapter3" ref="N13090" type="mm">604#524</cms:entry><cms:entry id="_Toc158175615" part="chapter3" ref="_Toc158175615" type="link"/><cms:entry id="N130C7" part="chapter3" ref="N130C7" type="subsection">3.4.2</cms:entry><cms:entry id="N130E3" part="chapter3" ref="N130E3" type="mm">605#161</cms:entry><cms:entry id="_Toc158175616" part="chapter3" ref="_Toc158175616" type="link"/><cms:entry id="N130FF" part="chapter3" ref="N130FF" type="subsection">3.4.3</cms:entry><cms:entry id="N13109" part="chapter3" ref="N13109" type="citenumber">59</cms:entry><cms:entry id="N1312A" part="chapter3" ref="N1312A" type="mm">604#283</cms:entry><cms:entry id="_Toc158175617" part="chapter3" ref="_Toc158175617" type="link"/><cms:entry id="N1314F" part="chapter3" ref="N1314F" type="subsection">3.4.4</cms:entry><cms:entry id="N1316B" part="chapter3" ref="N1316B" type="citenumber">60</cms:entry><cms:entry id="N1316E" part="chapter3" ref="N1316E" type="mm">604#182</cms:entry><cms:entry id="_Toc158175618" part="chapter3" ref="_Toc158175618" type="link"/><cms:entry id="N1318D" part="chapter3" ref="N1318D" type="subsection">3.4.5</cms:entry><cms:entry id="N131AC" part="chapter3" ref="N131AC" type="mm">515#283</cms:entry><cms:entry id="_Toc158175619" part="chapter3" ref="_Toc158175619" type="link"/><cms:entry id="N131CB" part="chapter3" ref="N131CB" type="subsection">3.4.6</cms:entry><cms:entry id="N131D5" part="chapter3" ref="N131D5" type="citenumber">61</cms:entry><cms:entry id="N131FC" part="chapter3" ref="N131FC" type="mm">604#199</cms:entry><cms:entry id="_Toc158175620" part="chapter3" ref="_Toc158175620" type="link"/><cms:entry id="N13218" part="chapter3" ref="N13218" type="subsection">3.4.7</cms:entry><cms:entry id="N13243" part="chapter3" ref="N13243" type="citenumber">62</cms:entry><cms:entry id="N13246" part="chapter3" ref="N13246" type="mm">605#171</cms:entry><cms:entry id="_Toc158175621" part="chapter3" ref="_Toc158175621" type="link"/><cms:entry id="N1329B" part="chapter3" ref="N1329B" type="subsection">3.4.8</cms:entry><cms:entry id="N132B7" part="chapter3" ref="N132B7" type="mm">604#531</cms:entry><cms:entry id="N132DA" part="chapter3" ref="N132DA" type="citenumber">63</cms:entry><cms:entry id="N132E3" part="chapter3" ref="N132E3" type="mm">604#269</cms:entry><cms:entry id="N13300" part="chapter3" ref="N13300" type="table"/><cms:entry id="N13432" part="chapter3" ref="N13432" type="citenumber">64</cms:entry><cms:entry id="N13441" part="chapter3" ref="N13441" type="table"/><cms:entry id="_Toc158175622" part="chapter3" ref="_Toc158175622" type="link"/><cms:entry id="chapter4" part="chapter4" ref="chapter4" type="chapter">4</cms:entry><cms:entry id="N136C6" part="chapter4" ref="N136C6" type="citenumber">65</cms:entry><cms:entry id="N136D0" part="chapter4" ref="N136D0" type="section">4.1</cms:entry><cms:entry id="_Toc158175623" part="chapter4" ref="_Toc158175623" type="link"/><cms:entry id="_Toc158175624" part="chapter4" ref="_Toc158175624" type="link"/><cms:entry id="N13733" part="chapter4" ref="N13733" type="section">4.2</cms:entry><cms:entry id="N13738" part="chapter4" ref="N13738" type="subsection">4.2.1</cms:entry><cms:entry id="_Toc158175625" part="chapter4" ref="_Toc158175625" type="link"/><cms:entry id="N13742" part="chapter4" ref="N13742" type="citenumber">66</cms:entry><cms:entry id="N13787" part="chapter4" ref="N13787" type="citenumber">67</cms:entry><cms:entry id="N1378D" part="chapter4" ref="N1378D" type="mm">605#339</cms:entry><cms:entry id="_Toc158175626" part="chapter4" ref="_Toc158175626" type="link"/><cms:entry id="N137BE" part="chapter4" ref="N137BE" type="subsection">4.2.2</cms:entry><cms:entry id="N137C5" part="chapter4" ref="N137C5" type="citenumber">68</cms:entry><cms:entry id="_Toc158175627" part="chapter4" ref="_Toc158175627" type="link"/><cms:entry id="N137EF" part="chapter4" ref="N137EF" type="section">4.3</cms:entry><cms:entry id="N137F9" part="chapter4" ref="N137F9" type="citenumber">69</cms:entry><cms:entry id="N137FC" part="chapter4" ref="N137FC" type="mm">604#334</cms:entry><cms:entry id="N13838" part="chapter4" ref="N13838" type="subsection">4.3.1</cms:entry><cms:entry id="_Toc158175628" part="chapter4" ref="_Toc158175628" type="link"/><cms:entry id="N13878" part="chapter4" ref="N13878" type="citenumber">70</cms:entry><cms:entry id="_Toc158175629" part="chapter4" ref="_Toc158175629" type="link"/><cms:entry id="N138AD" part="chapter4" ref="N138AD" type="subsection">4.3.2</cms:entry><cms:entry id="N138BD" part="chapter4" ref="N138BD" type="citenumber">71</cms:entry><cms:entry id="_Toc158175630" part="chapter4" ref="_Toc158175630" type="link"/><cms:entry id="N13913" part="chapter4" ref="N13913" type="subsection">4.3.3</cms:entry><cms:entry id="N1391A" part="chapter4" ref="N1391A" type="citenumber">72</cms:entry><cms:entry id="N13971" part="chapter4" ref="N13971" type="citenumber">73</cms:entry><cms:entry id="_Toc158175631" part="chapter4" ref="_Toc158175631" type="link"/><cms:entry id="N1399E" part="chapter4" ref="N1399E" type="section">4.4</cms:entry><cms:entry id="N139FF" part="chapter4" ref="N139FF" type="citenumber">74</cms:entry><cms:entry id="_Toc158175632" part="chapter4" ref="_Toc158175632" type="link"/><cms:entry ref="N13A1E" type="back"/><cms:entry ref="N13A20" type="bibliography">LITERATURE</cms:entry><cms:entry ref="_Toc158175633" type="link"/><cms:entry id="N15F0E" part="N15F0E" ref="N15F0E" type="acknowledgement">ACKNOWLEDGMENTS</cms:entry><cms:entry id="_Toc158175634" part="N15F0E" ref="_Toc158175634" type="link"/><cms:entry id="N15F1D" part="N15F1D" ref="N15F1D" type="appendix">Publikationen</cms:entry><cms:entry id="N15F1F" part="N15F1D" ref="N15F1F" type="head"/><cms:entry id="N15F22" part="N15F1D" ref="N15F22" type="p"/><cms:entry id="N15F28" part="N15F1D" ref="N15F28" type="p"/><cms:entry id="N15F34" part="N15F1D" ref="N15F34" type="p"/><cms:entry id="N15F3A" part="N15F1D" ref="N15F3A" type="p"/><cms:entry id="_Toc158175635" part="N15F1D" ref="_Toc158175635" type="link"/><cms:entry id="N15F41" part="N15F41" ref="N15F41" type="declaration">Erklärung</cms:entry><cms:entry part="N13A20" type=":current"/><cms:entry type=":lang">en</cms:entry><cms:entry id=":contents" part="front" ref=":contents" type=":contents">Table of contents</cms:entry><cms:entry type=":help"><url href="http://...">Help</url></cms:entry></cms:meta><cms:content><bibliography id="N13A20">
			<head>LITERATURE</head>
			
				<citation published="yes" workType="Journal">
					<workauthor>Abadía J, López-Millán A-N, Rombolŕ A, Abadía A</workauthor>
					<pubdate>(2002)</pubdate>
					<articletitle>Organic acids and Fe deficiency: a review.</articletitle>
					<worktitle>Plant and Soil</worktitle>
					<number>241: </number> <pages>75-86</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Abel S, Nürnberger T, Ahnert V, Krauss G-J, Glund K</workauthor>
					<pubdate>(2000)</pubdate>
					<articletitle>Induction of an extracellular cyclic nucleotide phosphodiesterase as an accessory ribonucleolytic activity during phosphate starvation of cultured tomato cells.</articletitle>
					<worktitle>Plant Physiology</worktitle>
					<number>122: </number> <pages>543-52</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Ae N, Arihara J, Okada K, Yoshihara T, Johansen C</workauthor>
					<pubdate> (1990)</pubdate>
					<articletitle>Phosphorus uptake by pigeon pea and its role in cropping systems of the Indian subcontinent.</articletitle>
					<worktitle>Science</worktitle>
					<number>248: </number> <pages>477-80</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Anthony RG, Henriques R, Helfer A, Mészáros T, Rios G, Testerink C, Munnik T, Deák M, Koncz C, Bögre L</workauthor>
					<pubdate>(2004) </pubdate> <articletitle>A protein kinase target of a PDK1 signaling pathway is involved in root hair growth in Arabidopsis.</articletitle>
					<worktitle>The EMBO Journal</worktitle>
					<number>23: </number> <pages>572-81</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Arahou M, Diem HG</workauthor>
					<pubdate>(1997) </pubdate> <articletitle>Iron deficiency induces cluster (proteoid) root formation in </articletitle>
					<articletitle>Casuarina glauca</articletitle>.  <worktitle>Plant and Soil</worktitle>
					<number>196: </number> <pages>71-9 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Aung K, Lin S, Wu C-C, Huang Y-T, Su C, Chiou T-J</workauthor>
					<pubdate> (2006)  </pubdate>
					<articletitle>pho2, a phosphate overaccumulator, is caused by a nonsense mutation in a microRNA399 target gene.</articletitle>
					<worktitle>Plant Physiology</worktitle>
					<number>141: </number> <pages>1000-11</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Bagnat M, Simons K</workauthor>
					<pubdate>(2002) </pubdate> <articletitle>Lipid rafts in protein sorting and cell polarity in budding yeast </articletitle>
					<articletitle>Saccharomyces cerevisiae</articletitle>
					<articletitle>.</articletitle>
					<worktitle>Biological Chemistry</worktitle>
					<number>383:</number>
					<pages>1475-80</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Balu&#353;ka F, Salaj J, Mathur J, Braun M, Jasper F, &#352;amaj J, Nam-Hai C, Barlow PW, Volkmann D</workauthor>
					<pubdate> (2000)  </pubdate>
					<articletitle>Root hair formation: F-actin-dependent tip growth is initiatied by local assembly of profilin-supported F-actin meshworks accumulated within expansin-enriched bulges.</articletitle>
					<worktitle>Developmental Biology</worktitle>
					<number>227:</number>
					<pages>618-32</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Bariola PA, Howard CJ, Taylor CB, Verburg MT, Jaglan VD, Green PJ</workauthor>
					<pubdate>(1994) </pubdate> <articletitle>The Arabidopsis ribonuclease gene </articletitle>
					<articletitle>RNS1</articletitle>
					<articletitle> is tightly controlled in response to phosphate limitation.</articletitle>
					<worktitle>The Plant Journal</worktitle> <number> 6:</number>
					<pages>673-85</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Bates TR, Lynch JP</workauthor>
					<pubdate> (2000)</pubdate>
					<articletitle>Plant growth and phosphorus accumulation of wild type and two root hair mutants of </articletitle>
					<articletitle>Arabidopsis thaliana</articletitle>
					<articletitle> (Brassicaceae).</articletitle>
					<worktitle>American Journal of Botany</worktitle>
					<number>87:</number>
					<pages>958-63</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Bates TR, Lynch JP</workauthor>
					<pubdate>(1996)</pubdate>
					<articletitle>Stimulation of root hair elongation in </articletitle>
					<articletitle>Arabidopsis thaliana</articletitle>
					<articletitle> by low phosphorus availability.</articletitle>
					<worktitle>Plant, Cell and Environment</worktitle>
					<number>19:</number>
					<pages>529-38</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Baumberger N, Ringli C, Keller B</workauthor>
					<pubdate>(2001) </pubdate> <articletitle>The chimeric leucin-rich repeat/extensin cell wall protein LRX1 is required for root hair morphogenesis in </articletitle>
					<articletitle>Arabidopsis thaliana</articletitle>
					<articletitle>.</articletitle>
					<worktitle>Genes and Development</worktitle>
					<number>15:</number>
					<pages>1128-39 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Baumberger N, Steiner M, Ryser U, Keller B, Ringli C</workauthor>
					<pubdate> (2003) </pubdate> <articletitle>Synergistic interaction of the two paralogus Arabidopsis genes </articletitle>
					<articletitle>LRX1</articletitle>
					<articletitle> and </articletitle>
					<articletitle>LRX2</articletitle>
					<articletitle> in cell wall formation during root hair development.</articletitle>
					<worktitle>The Plant Journal</worktitle>
					<number>35:</number>
					<pages>71-81</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Berger F, Haseloff J, Schiefelbein J, Dolan L</workauthor>
					<pubdate> (1998b)</pubdate>
					<articletitle>Positional information in root epidermis is defined during embryogenesis and acts in domains with strict boundaries.</articletitle>
					<worktitle>Current Biology</worktitle>
					<number>8:</number>
					<pages>421-30</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Berger F, Hung C-Y, Dolan L, Schiefelbein J</workauthor>
					<pubdate>(1998a)</pubdate>
					<articletitle>Control of cell division in the root epidermis of </articletitle>
					<articletitle>Arabidopsis thaliana</articletitle>
					<articletitle>.</articletitle>
					<worktitle>Developmental Biology</worktitle>
					<number>194:</number>
					<pages>235-45</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Bernhardt C, Tierney ML</workauthor>
					<pubdate>(2000)</pubdate>
					<articletitle>Expression of AtPRP3, a proline-rich structural cell wall protein from Arabidopsis, is regulated by cell-type-specific developmental pathways involved in root hair formation.</articletitle>
					<worktitle>Plant Physiology</worktitle>
					<number>122:</number>
					<pages>705-14</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Bernhardt C, Zhao M, Gonzalez A, Lloyd A, Schiefelbein J</workauthor>
					<pubdate>(2005) </pubdate> <articletitle>The bHLH genes </articletitle>
					<articletitle>GL3</articletitle>
					<articletitle> and </articletitle>
					<articletitle>EGL3</articletitle>
					<articletitle> participate in an intracellular regulatory circuit that controls cell patterning in the Arabidopsis root epidermis. </articletitle>
					<worktitle>Development</worktitle>
					<number>132: </number> <pages>291-8 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Bibikova TN, Blancaflor EB, Gilroy S</workauthor>
					<pubdate>(1999)  </pubdate>
					<articletitle>Microtubules regulate tip growth and orientation in root hair of </articletitle>
					<articletitle>Arabidopsis thaliana</articletitle>
					<articletitle>.</articletitle>
					<worktitle>The Plant Journal</worktitle>
					<number>17: </number> <pages>657-65</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Bibikova TN, Jacob T, Dahse I, Gilroy S</workauthor>
					<pubdate> (1998) </pubdate> <articletitle>Localized changes in apoplastic and cytoplasmatic pH are associated with root hair development in </articletitle>
					<articletitle>Arabidopsis thaliana</articletitle>
					<articletitle>.</articletitle>
					<worktitle>Development</worktitle>
					<number>125:</number>
					<pages>2925-34</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Bieleski RL</workauthor>
					<pubdate>(1973) </pubdate> <articletitle>Phosphate pools, phosphate transport, and phosphate availability.</articletitle>
					<worktitle>Annual Reviews in Plant Physiology</worktitle> <number> 24:</number>
					<pages>225-52 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Bienfait HF, De Weger LA, Kramer D</workauthor>
					<pubdate> (1987) </pubdate> <articletitle>Control of the development of iron-efficiency reactions in potato as a response to iron deficiency is located in the roots.</articletitle>
					<worktitle>Plant Physiology</worktitle>
					<number>83:</number>
					<pages>244-7  </pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Bischoff F, Vahlkamp L, Molendijk A, Palme K</workauthor>
					<pubdate> (2000) </pubdate> <articletitle>Localization of AtROP4 and AtROP6 and interaction with the guanine nucleotide dissociation inhibitor AtRhoGDI1 from Arabidopsis.</articletitle>
					<worktitle>Plant Molecular Biology</worktitle>
					<number>42:</number> <pages> 515-30</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Bonser AM, Lynch JP, Snapp S</workauthor>
					<pubdate>(1996) </pubdate> <articletitle>Effect of phosphorus deficiency on growth angle of basal roots in </articletitle>
					<articletitle>Phaseolus vulgaris</articletitle>
					<articletitle>.</articletitle>
					<worktitle>The New Phytologist</worktitle>
					<number>132:</number>
					<pages>281-8</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Braun M, Balu&#353;ka F, von Witsch M, Menzel D</workauthor>
					<pubdate>(1999) </pubdate> <articletitle>Redistribution of actin, profilin and phosphatidylinositol-4,5-bisphosphate in growing and maturing root hairs.</articletitle>
					<worktitle>Planta</worktitle>
					<number>209:</number>
					<pages>435-43 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Brown JC, Chaney RL, Ambler JE</workauthor>
					<pubdate>(1971)</pubdate>
					<articletitle>A new mutant inefficient in the transport of iron.</articletitle>
					<worktitle>Physiologica Plantarum</worktitle>
					<number>25:</number>
					<pages>48-53 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Brown JC, Foy CD, Bennett JH, Christiansen MN</workauthor>
					<pubdate>(1979) </pubdate> <articletitle>Two light sources differentially affect ferric iron reduction and growth of cotton.</articletitle>
					<worktitle>Plant Physiology</worktitle>
					<number>63:</number>
					<pages>692-5 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Brumbarova T, Bauer P</workauthor>
					<pubdate> (2005) </pubdate> <articletitle>Iron-mediated control of the basic helix-loop-helix protein FER, a regulator of iron uptake in tomato.</articletitle>
					<worktitle>Plant Physiology</worktitle>
					<number>137:</number>
					<pages>1018-26</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Bucher M, Schroeer B, Willmitzer L, Riesmeier JW</workauthor>
					<pubdate>(1997)</pubdate>
					<articletitle>Two genes encoding extensin-like proteins are predominantly expressed in tomato root hair cells.</articletitle>
					<worktitle>Plant Molecular Biology</worktitle>
					<number>35:</number>
					<pages>497-508</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Bünning E</workauthor>
					<pubdate> (1951)</pubdate>
					<articletitle>Über die Differenzierungsvorgänge in der Cruziferenwurzel.</articletitle>
					<worktitle>Planta</worktitle>
					<number>39:</number>
					<pages>126-53</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Burk DH, Liu B, Zhong R, Morrison WH, Ye Z-H</workauthor>
					<pubdate>(2001)</pubdate>
					<articletitle>A katanin-like protein regulates normal cell wall biosynthesis and cell elongation.</articletitle>
					<worktitle>The Plant Cell</worktitle>
					<number>13:</number> <pages> 807-27</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Burleigh SH, Harrison MJ</workauthor>
					<pubdate>(1997)</pubdate>
					<articletitle>A novel gene whose expression in </articletitle>
					<articletitle>Medicago trunculata</articletitle>
					<articletitle> roots is suppressed in response to colonization by vesicular-arbuscular mycorrhizal (VAM) fungi and to phosphate nutrition.</articletitle>
					<worktitle>Plant Molecular Biology</worktitle>
					<number>34:</number>
					<pages>199-208</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Burleigh SH, Harrison MJ</workauthor>
					<pubdate>(1999)</pubdate>
					<articletitle>The down-regulation of </articletitle>
					<articletitle>Mt4</articletitle>
					<articletitle>-like genes by phosphate fertilization occurs systemically and involves phosphate translocation to the shoots.</articletitle>
					<worktitle>Plant Physiology</worktitle> <number> 119:</number> <pages> 241-8 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Carol RJ, Takeda S, Linstead P, Durrant MC, Kakesova H, Derbyshire P, Drea S, Zarsky V, Dolan L</workauthor>
					<pubdate>(2005)</pubdate>
					<articletitle>A RhoGDP dissociation inhibitor spatially regulates growth in root hair cells.</articletitle>
					<worktitle>Nature</worktitle>
					<number>438: </number> <pages>1013-6</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Carpita NC, Gibeaut DM</workauthor>
					<pubdate>(1993) </pubdate> <articletitle>Structural models of primary cell walls in flowering plants: consistency of molecular structure with the physical properties of the walls during growth.</articletitle>
					<worktitle>The Plant Journal</worktitle>
					<number>3:</number>
					<pages>  1-30 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Carswell C, Grant BR, Theodorou ME, Harris J, Niere JO, Plaxton WC</workauthor>
					<pubdate>(1996)</pubdate>
					<articletitle>The fungicide phosphonate disrupts the phosphate-starvation response in </articletitle>
					<articletitle>Brassica nigra</articletitle>
					<articletitle> seedlings.</articletitle>
					<worktitle>Plant Physiology</worktitle>
					<number>110:</number>
					<pages>105-10</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Carswell MC, Grant BR, Plaxton WC</workauthor>
					<pubdate>(1997) </pubdate> <articletitle>Disruption of the phosphate-starvation response of oilseed rape suspension cells by the fungicide phosphonate.</articletitle>
					<worktitle>Planta</worktitle>
					<number>203:</number>
					<pages>67-74</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Casimiro I, Marchant A, Bhalerao RP, Beeckman T, Dhooge S, Swarup R, Graham N, Inzé D, Sandberg G, Casero PJ, Bennett M</workauthor>
					<pubdate>(2001)  </pubdate>
					<articletitle>Auxin transport promotes Arabidopsis lateral root initiation.</articletitle>
					<worktitle>The Plant Cell</worktitle>
					<number>13: </number> <pages>843-52</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Cassab GI</workauthor>
					<pubdate>(1998)</pubdate>
					<articletitle>Plant cell wall proteins.</articletitle>
					<worktitle>Annual Reviews of Plant Physiology and Plant Molecular Biology</worktitle>
					<number>49: </number> <pages>281-309</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Chen DL, Delatorre CA, Bakker A, Abel S</workauthor>
					<pubdate>(2000)</pubdate>
					<articletitle>Conditional identification of phosphate-starvation-response mutants in </articletitle>
					<articletitle>Arabidopsis thaliana</articletitle>
					<articletitle>.</articletitle>
					<worktitle>Planta</worktitle>
					<number>211:  </number>
					<pages>13-22</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Chiou T-J, Aung K, Lin S, Wu C-C, Chiang S-F, Su C-L</workauthor>
					<pubdate>(2006) </pubdate> <articletitle>Regulation of phosphate homeostasis by microRNA in Arabidopsis.</articletitle>
					<worktitle>The Plant Cell</worktitle>
					<number>18:</number>
					<pages>412-21</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Cho H-T, Cosgrove DJ</workauthor>
					<pubdate> (2002) </pubdate> <articletitle>Regulation of root hair initiation and expansin gene expression in Arabidopsis.</articletitle>
					<worktitle>The Plant Cell</worktitle>
					<number>14: </number> <pages>3237-53</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Ciereszko I, Johansson H, Hurry V, Kleezkowski LA</workauthor>
					<pubdate> (2001) </pubdate> <articletitle>Phosphate status affects the gene expression, protein content and enzymatic activity of UDP-glucose pyrophosphorylase in wildtype and </articletitle>
					<articletitle>pho</articletitle>
					<articletitle> mutants of Arabidopsis.</articletitle>
					<worktitle>Planta</worktitle>
					<number>212:</number>
					<pages>598-605</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Cohen CK, Garvin DF, Kochian LV</workauthor>
					<pubdate>(2004)</pubdate>
					<articletitle>Kinetik properties of a micronutient transporter from </articletitle>
					<articletitle>Pisum sativum</articletitle>
					<articletitle> indicate a primary function in Fe uptake from the soil.</articletitle>
					<worktitle>Planta</worktitle>
					<number>218:</number>
					<pages>784-92 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Colangelo EP, Guerinot ML</workauthor>
					<pubdate>(2004)</pubdate>
					<articletitle>The essential basic helix-loop-helix protein FIT1 is required for the iron deficiency response.</articletitle>
					<worktitle>The Plant Cell</worktitle>
					<number>16: </number> <pages>3400-12</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Connolly EL, Campbell NH, Grotz N, Prichard CL, Guerinot ML</workauthor>
					<pubdate>(2003)</pubdate>
					<articletitle>Overexpression of the FRO2 ferric-chelate reductase confers tolerance to growth on low iron and uncovers posttranscriptional control.</articletitle>
					<worktitle>Plant Physiology</worktitle>
					<number>133:</number>
					<pages>1102-10</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Connolly EL, Fett JP, Guerinot ML</workauthor>
					<pubdate> (2002)</pubdate>
					<articletitle>Expression of the IRT1 metal transporter is controlled by metals at the levels of transcript and protein accumulation.</articletitle>
					<worktitle>The Plant Cell</worktitle>
					<number>14:</number>
					<pages>1347-57</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Cosgrove DJ</workauthor>
					<pubdate>(2000)</pubdate>
					<articletitle>Loosening of plant cell walls by expansins.</articletitle>
					<worktitle>Nature</worktitle>
					<number>407:</number>
					<pages>321-6</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Costa S, Shaw P</workauthor>
					<pubdate> (2006) </pubdate> <articletitle>Chromatin organization and cell fate switch respond to positional information in Arabidopsis.</articletitle>
					<worktitle>Nature</worktitle>
					<number>439:</number>
					<pages>493-6 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Cruz-Ramírez A, Oropeza-Aburto A, Razo-Hernánez F, Ramírez-Chávez E, Herrera-Estrella L</workauthor>
					<pubdate>(2006)</pubdate>
					<articletitle>Phospholipase DZ2 plays an important role in extraplastidic galactolipid biosynthesis and phosphate recycling in Arabidopsis roots.</articletitle>
					<worktitle>PNAS</worktitle>
					<number>103:</number>
					<pages>6765-70</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Curie C, Alonso JM, Le Jean M, Ecker JR, Briat J-F</workauthor>
					<pubdate>(2000) </pubdate> <articletitle>Involvement of </articletitle>
					<articletitle>NRAMP1</articletitle>
					<articletitle> from </articletitle>
					<articletitle>Arabidopsis thaliana</articletitle>
					<articletitle> in iron transport.</articletitle>
					<worktitle>Biochemical Journal</worktitle>
					<number>347:</number>
					<pages>749-55</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Daram P, Brunner S, Rausch C, Steiner C, Amrhein N, Bucher M</workauthor>
					<pubdate>(1999)</pubdate>
					<articletitle>Pht2;1 encodes a low-affinity phosphate transporter from Arabidopsis.</articletitle>
					<worktitle>The Plant Cell</worktitle>
					<number>11: </number> <pages>2153-66</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>del Pozo JC, Allona I, Rubio V, Leyva A, de la Peńa A, Aragoncillo C, Paz-Ares J</workauthor>
					<pubdate>(1999)</pubdate>
					<articletitle>A type 5 acid phosphatase gene from </articletitle>
					<articletitle>Arabidopsis thaliana</articletitle>
					<articletitle> is induced by phosphate starvation and by some other types of phosphate mobilising/oxidative stress conditions.</articletitle>
					<worktitle>The Plant Journal</worktitle>
					<number>19:  </number>
					<pages>579-89</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Delhaize E</workauthor>
					<pubdate> (1996)</pubdate>
					<articletitle>A metal-accumulator mutant of </articletitle>
					<articletitle>Arabidopsis thaliana</articletitle>.  <worktitle>Plant Physiology</worktitle>
					<number>111: </number> <pages>849-55</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Delhaize E, Randall PJ</workauthor>
					<pubdate>(1995)</pubdate>
					<articletitle>Characterization of a phosphate-accumulator mutant of </articletitle>
					<articletitle>Arabidopsis thaliana</articletitle>
					<articletitle>.</articletitle>
					<worktitle>Plant Physiology</worktitle> <number> 107:</number> <pages> 207-13</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>DerMardirossian C, Bokoch GM</workauthor>
					<pubdate>(2005)</pubdate>
					<articletitle>GDIs: central regulatory molecules in Rho GTPase activation.</articletitle>
					<worktitle>Trends in Cell Biology</worktitle> <number> 15:</number>
					<pages>356-63  </pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Desbrosses G, Josefsson C, Rigas S, Hatzopoulos P, Dolan L</workauthor>
					<pubdate> (2003)</pubdate>
					<articletitle>AKT1</articletitle>
					<articletitle> and </articletitle>
					<articletitle>TRH1</articletitle>
					<articletitle> are required during root hair elongation in Arabidopsis.</articletitle>
					<worktitle>Journal of Experimental Botany</worktitle> <number> 54:</number> <pages> 781-8</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>DiDonato R Jr, Roberts LA, Sanderson T, Eisley RB, Walker EL</workauthor>
					<pubdate>(2004) </pubdate> <articletitle>Arabidopsis </articletitle>
					<articletitle>Yellow Stripe-Like2</articletitle>
					<articletitle> (</articletitle>
					<articletitle>YSL2</articletitle>
					<articletitle>): a metal-regulated gene encoding a plasma membrane transporter of nicotianamine-metal complexes.</articletitle>
					<worktitle>The Plant Journal</worktitle>
					<number>39: </number> <pages>403-14</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Diet A, Brunner S, Ringli C</workauthor>
					<pubdate>(2004)</pubdate>
					<articletitle>The </articletitle>
					<articletitle>enl</articletitle>
					<articletitle> mutants enhance the lrx root hair mutant phenotype of </articletitle>
					<articletitle>Arabidopsis thaliana.</articletitle>
					<worktitle>Plant and Cell Physiology</worktitle>
					<number>45: </number> <pages>734-41</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Diet A, Link B, Seifert GJ, Schellenberg B, Wagner U, Pauly M, Reiter W-D, Ringli C</workauthor>
					<pubdate>(2006)</pubdate>
					<articletitle>The Arabidopsis root hair cell wall formation mutant lrx1 is suppressed by mutantions in the </articletitle>
					<articletitle>RHM1</articletitle>
					<articletitle> gene encoding a UDP-</articletitle>
					<articletitle>L</articletitle>
					<articletitle>-rhamnose synthase.</articletitle>
					<worktitle>The Plant Cell</worktitle> <number> 18: </number> <pages>1630-41</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Dittmer HJ</workauthor>
					<pubdate>(1937)</pubdate>
					<articletitle>A quantitative study of the roots and root hairs of a winter rye plant (</articletitle>
					<articletitle>Secale cereale</articletitle>
					<articletitle>).</articletitle>
					<worktitle>American Journal of Botany</worktitle>
					<number>24:</number>
					<pages>417-20</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Dolan L</workauthor>
					<pubdate>(2006)</pubdate>
					<articletitle>Positional information and mobile transcriptional regulators determine cell pattern in the Arabidopsis root epidermis.</articletitle>
					<worktitle>Journal of Experimental Botany</worktitle> <number> 57:</number>
					<pages>51-54  </pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Dolan L, Duckett MD, Grierson C, Linstead P, Schneider K, Lawson E, Dean C, Poethig S, Roberts K</workauthor>
					<pubdate>(1994) </pubdate> <articletitle>Clonal relationships and cell patterning in the root epidermis of Arabidopsis.</articletitle>
					<worktitle>Development</worktitle>
					<number>120:</number>
					<pages>2465-74</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Dolan L, Janmaat K, Willemsen V, Linstead P, Poethig S, Roberts K, Scheres B</workauthor>
					<pubdate>(1993) </pubdate> <articletitle>Cellular organization of the </articletitle>
					<articletitle>Arabidopsis thaliana</articletitle>
					<articletitle> root.</articletitle>
					<worktitle>Development</worktitle>
					<number>119:</number>
					<pages>71-84</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Donaldson JG, Cassel D, Kahn RA, Klausner RD</workauthor>
					<pubdate>(1992a)</pubdate>
					<articletitle>ADP-ribosylation factor, a small GTP-binding protein, is required for binding of the coatomer protein &#946;-COP to Golgi membranes.</articletitle>
					<worktitle>PNAS</worktitle>
					<number>89:</number>
					<pages>6408-12</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Donaldson JG, Finazzi D, Klausner RD</workauthor>
					<pubdate>(1992b)</pubdate>
					<articletitle>Brefeldin A inhibits Golgi membrane-catalyzed exchange of guanine nucleotide onto ARF protein.</articletitle>
					<worktitle>Nature</worktitle>
					<number>360:</number>
					<pages>350-2</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Dong B, Rengel Z, Delhaize E</workauthor>
					<pubdate>(1998)</pubdate>
					<articletitle>Uptake and translocation of phosphate by pho2 mutant and wildtype seedlings of </articletitle>
					<articletitle>Arabidopsis thaliana</articletitle>
					<articletitle>.</articletitle>
					<worktitle>Planta</worktitle>
					<number>205:</number>
					<pages>251-6 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Drew MC, Saker LR</workauthor>
					<pubdate>(1984)</pubdate>
					<articletitle>Uptake and long-distance transport of phosphate, potassium and chloride in relation to internal ion concentrations in barley: evidence of non-allosteric regulation.</articletitle>
					<worktitle>Planta</worktitle>
					<number>60:</number>
					<pages>500-7  </pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Duff SMG, Plaxton WC, Lefebvre DD</workauthor>
					<pubdate>(1991)</pubdate>
					<articletitle>Phosphate-starvation response in plant cells: </articletitle>
					<articletitle>de novo</articletitle>
					<articletitle> synthesis and degradation of acid phosphatases.</articletitle>
					<worktitle>PNAS</worktitle>
					<number>88: </number> <pages>9538-42 </pages> </citation>
			
			
				<citation published="yes" workType="Misc">
					<workauthor>Durrett T, Gassmann W, Rogers E</workauthor>
					<pubdate>(2006)</pubdate>
					<articletitle>Functional characterization of FRD3, a novel organic acid effluxer involved in iron homeostasis.</articletitle>
					<note>Abstract No. S4-O-7</note>  edited by: <editor>13</editor>
					<editor>
						<sup>th</sup>
					</editor>
					<editor> International Symposium of Iron Nutrition and Interaction in Plants,</editor>,  <address>Montpellier</address>
				</citation>
			
			
				<citation published="yes" workType="Misc">
					<workauthor>Duy D, Wanner G, Soll J, Philippar K</workauthor>
					<pubdate>(2006)</pubdate>
					<articletitle>PIC1: an ancient permease in Arabidopsis chloroplasts mediates transport of metal ions.</articletitle>
					<note>Abstract No. S4-O-4  edited by:</note> <editor>13</editor>
					<editor>
						<sup>th</sup>
					</editor>
					<editor> International Symposium of Iron Nutrition and Interaction in Plants</editor>,  <address>Montpellier</address>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Eckhardt U, Buckhout TJ</workauthor>
					<pubdate>(1998)</pubdate>
					<articletitle>Iron assimilation in </articletitle>
					<articletitle>Clamydomonas reinhardtii</articletitle>
					<articletitle> involves ferric reduction and is similar to strategy I higher plants.</articletitle>
					<worktitle>Journal of Experimental Botany</worktitle>
					<number>49:</number>
					<pages>1219-26</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Eckhardt U, Mas Marques A, Buckhout TJ</workauthor>
					<pubdate>(2001)</pubdate>
					<articletitle>Two iron-regulated cation transporter from tomato complement metal uptake-deficient yeast mutants.</articletitle>
					<worktitle>Plant Molecular Biology</worktitle>
					<number>45:</number>
					<pages>437-48</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Eide D, Broderius M, Fett J, Guerinot ML</workauthor>
					<pubdate>(1996)</pubdate>
					<articletitle>A novel iron-regulated metal transporter from plants identified by functional expression in yeast.</articletitle>
					<worktitle>PNAS</worktitle>
					<number>93: </number> <pages>5624-8</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Eliás M, Drdova E, Ziak D, Bavlnka B, Hala M, Cvrckova F, Soukupova H, &#381;árský V</workauthor>
					<pubdate>(2003)</pubdate>
					<articletitle>The exocyst complex in plants.</articletitle>
					<worktitle>Cell Biology International</worktitle> <number> 27:</number>
					<pages>199-201</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Estelle MA, Somerville C</workauthor>
					<pubdate>(1987)</pubdate>
					<articletitle>Auxin-resistant mutants of </articletitle>
					<articletitle>Arabidopsis thaliana </articletitle>
					<articletitle>with an altered morphology.</articletitle>
					<worktitle>Molecular and General Genetics</worktitle>
					<number>206:</number>
					<pages>200-6 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Evans ML, Ishikawa H, Estelle MA</workauthor>
					<pubdate>(1994)</pubdate>
					<articletitle>Response of Arabidopsis roots to auxin studied with high resolution: comparison of wild type and auxin-response mutants.</articletitle>
					<worktitle>Planta</worktitle>
					<number>194:</number> <pages> 215-22</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Favery B, Ryan E, Foreman J, Linstead P, Boudonck K, Steer M, Shaw P, Dolan L</workauthor>
					<pubdate>(2001)</pubdate>
					<articletitle>KOJAK</articletitle>
					<articletitle> encodes a cellulose synthase-like protein required for root hair cell morphogenesis in Arabidopsis.</articletitle>
					<worktitle>Genes and Development</worktitle>
					<number>15: </number> <pages>79-89</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Fischer U, Ikeda Y, Ljung K, Serralbo O, Singh M, Heidstra R, Palme K, Scheres B, Grebe M</workauthor>
					<pubdate>(2006)  </pubdate>
					<articletitle>Vectorial information for Arabidopsis planar polarity is mediated by combined </articletitle>
					<articletitle>AUX1</articletitle>
					<articletitle>, </articletitle>
					<articletitle>EIN2</articletitle>
					<articletitle>, and </articletitle>
					<articletitle>GNOM</articletitle>
					<articletitle> a</articletitle>
					<articletitle>ctivity.</articletitle>
					<worktitle>Current Biology</worktitle>
					<number>16:</number>
					<pages>2143-9</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Foehse D, Jungk A</workauthor>
					<pubdate> (1983)</pubdate>
					<articletitle>Influence of phosphate and nitrate supply on root hair formation of rape, spinach, and tomato plants.</articletitle>
					<worktitle>Plant and Soil</worktitle> <number> 74:</number>
					<pages>359-68</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Forde B, Lorenzo H</workauthor>
					<pubdate> (2001)</pubdate>
					<articletitle>The nutritional control of root development.</articletitle>
					<worktitle>Plant and Soil</worktitle> <number> 232:</number>
					<pages>51-68 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Foreman J, Demidchik V, Bothwell JHF, Mylona P, Miedema H, Torres MA, Linstead P, Costa S, Brownlee C, Jones JDG, Davies JM, Dolan L</workauthor>
					<pubdate> (2003)</pubdate>
					<articletitle>Reactive oxygen species produced by NADPH oxidase regulate plant cell growth.</articletitle>
					<worktitle>Nature</worktitle>
					<number>422: </number> <pages>442-6 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Foreman J, Dolan L</workauthor>
					<pubdate>(2001)</pubdate>
					<articletitle>Root hairs as a model system for studying plant cell growth.</articletitle>
					<worktitle>Annals of Botany</worktitle>
					<number>88:</number>
					<pages>1-7  </pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Foyer C, Spencer C</workauthor>
					<pubdate>(1986)</pubdate>
					<articletitle>The relationship between phosphate status and photosynthesis in leaves.</articletitle>
					<worktitle>Planta</worktitle>
					<number>167: </number> <pages>369-75</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Franco-Zorilla JM, González E, Bustos R, Linhares F, Leyva A, Paz-Ares J</workauthor>
					<pubdate>(2004)</pubdate>
					<articletitle>The transcriptional control of plant responses to phosphate limitation.</articletitle>
					<worktitle>Journal of Experimental Botany</worktitle>
					<number>55: </number> <pages>285-93</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Franco-Zorrilla JM, Martín AC, Solano R, Rubio V, Leyva A, Paz-Ares J</workauthor>
					<pubdate> (2002)</pubdate>
					<articletitle>Mutations at </articletitle>
					<articletitle>CRE1</articletitle>
					<articletitle> impair cytokinin-induced repression of phosphate starvation responses in Arabidopsis.</articletitle>
					<worktitle>The Plant Journal</worktitle>
					<number>32:</number>
					<pages>353-60</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Fredeen AL, Rao IM, Terry N</workauthor>
					<pubdate>(1989)</pubdate>
					<articletitle>Influence of phosphorus nutrition on growth and carbon partitioning in </articletitle>
					<articletitle>Glycine max</articletitle>
					<articletitle>.</articletitle>
					<worktitle>Plant Physiology</worktitle>
					<number>89</number>:  <pages>225-30</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Fujii H, Chiou T-J, Lin S, Aung K, Zhu J-K</workauthor>
					<pubdate>(2005)</pubdate>
					<articletitle>A miRNA involved in phosphate-starvation response in Arabidopsis.</articletitle>
					<worktitle>Current Biology</worktitle>
					<number>15: </number> <pages>2038-43</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Gahoonia TS, Nielsen NE</workauthor>
					<pubdate>(1998)</pubdate>
					<articletitle>Direct evidence on participation of root hairs in phosphorus (</articletitle>
					<articletitle>
						<sup>32</sup>
					</articletitle>
					<articletitle>P) uptake from soil.</articletitle>
					<worktitle>Plant and Soil</worktitle>
					<number>198:</number>
					<pages>147-52</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Gahoonia TS, Nielsen NE</workauthor>
					<pubdate>(1997)</pubdate>
					<articletitle>Variation in root hairs of barley cultivars doubled soil phosphorus uptake.</articletitle>
					<worktitle>Euphytica</worktitle>
					<number>98: </number> <pages>177-82</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Galway ME, Heckman JW Jr., Schiefelbein JW</workauthor>
					<pubdate>(1997)</pubdate>
					<articletitle>Growth and ultrastructure of Arabidopsis root hairs: the </articletitle>
					<articletitle>rhd3</articletitle>
					<articletitle> mutation alters vacuole enlargement and tip growth.</articletitle>
					<worktitle>Planta</worktitle>
					<number>201:</number>
					<pages>209-18</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Galway ME, Lane DC, Schiefelbein JW</workauthor>
					<pubdate>(1999)</pubdate>
					<articletitle>Defective control of growth rate and cell diameter in tip-growing root hairs of the </articletitle>
					<articletitle>rhd4</articletitle>
					<articletitle> mutant of </articletitle>
					<articletitle>Arabidopsis thaliana</articletitle>
					<articletitle>.</articletitle>
					<worktitle>Canadian Journal of Botany</worktitle>
					<number>77: </number> <pages>494-507</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Galway ME, Masucci JD, Lloyd AM, Walbot V, Davis RW, Schiefelbein JW</workauthor>
					<pubdate> (1994)</pubdate>
					<articletitle>The </articletitle>
					<articletitle>TTG</articletitle>
					<articletitle> gene is required to specify epidermal cell fate and cell patterning in the Arabidopsis root.</articletitle>
					<worktitle>Developmental Biology</worktitle>
					<number>166:</number>
					<pages>740-54</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Gardner WK, Barber DA, Parbery DG</workauthor>
					<pubdate>(1983)</pubdate>
					<articletitle>The acquisition of phosphorus by </articletitle>
					<articletitle>Lupinus albus</articletitle>
					<articletitle> L. III. The probable mechanism by which phosphorus movement in the soil/root interface is enhanced.</articletitle>
					<worktitle>Plant and Soil</worktitle> <number> 70:</number>
					<pages>107-24</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Ge Z, Rubio G, Lynch JP</workauthor>
					<pubdate>(2000)</pubdate>
					<articletitle>The importance of root gravitropism for inter-root competition and phosphorus acquisition efficiency: results from a geometric simulation model.</articletitle>
					<worktitle>Plant and Soil</worktitle>
					<number>218: </number> <pages>159-71</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Gilbert GA, Knight JD, Vance CP, Allan DL</workauthor>
					<pubdate>(2000)</pubdate>
					<articletitle>Proteoid root development of phosphorus deficient lupin is mimicked by auxin and phosphonate.</articletitle>
					<worktitle>Annals of Botany</worktitle>
					<number>85: </number> <pages>921-8</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>González E, Solano R, Rubio V, Leyva A, Paz-Ares J</workauthor>
					<pubdate>(2005) </pubdate> <articletitle>PHOSPHATE TRANSPORTER TRAFFIC FACILITATOR1 is a plant-specific SEC12-related protein that enables the endoplasmatic reticulum exit of a high-affinity phosphate transporter in Arabidopsis.</articletitle>
					<worktitle>The Plant Cell</worktitle>
					<number>17:</number>
					<pages>3500-12</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Grebe M</workauthor>
					<pubdate>(2004)</pubdate>
					<articletitle>Ups and downs of tissue and planar polarity in plants.</articletitle>
					<worktitle>BioEssays</worktitle>
					<number>26: </number> <pages>719-29</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Grebe M, Friml J, Swarup R, Ljung K, Sandberg G, Terlou M, Palme K, Bennett MJ, Scheres B</workauthor>
					<pubdate>(2002) </pubdate> <articletitle>Cell polarity signaling in Arabidopsis involves a BFA-sensitive auxin influx pathway.</articletitle>
					<worktitle>Current Biology</worktitle>
					<number>12:</number> <pages> 329-34</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Green LS, Rogers EE</workauthor>
					<pubdate>(2004)</pubdate>
					<articletitle>FRD3</articletitle>
					<articletitle> controls iron localization in Arabidopsis.</articletitle>
					<worktitle>Plant Physiology</worktitle>
					<number>136:</number>
					<pages>1-9  </pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Grierson PF</workauthor>
					<pubdate>(1992)</pubdate>
					<articletitle>Organic acids in the rhizosphere of </articletitle>
					<articletitle>Baksia integrifolia </articletitle>
					<articletitle>L.f.</articletitle>
					<worktitle>Plant and Soil</worktitle>
					<number>144:</number>
					<pages>259-65</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Grusak MA</workauthor>
					<pubdate> (1995) </pubdate> <articletitle>Whole-root iron(III)-reductase activity throughout the life-cycle or iron-grown </articletitle>
					<articletitle>Pisum sativum</articletitle>
					<articletitle> L. (Fabaceae): Relevance to the iron nutrition of developing seeds.</articletitle>
					<worktitle>Planta</worktitle>
					<number>197:</number>
					<pages>111-7</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Hamburger D, Rezzonico E, MacDonald-Comber Petétot J, Somerville C, Poirier Y</workauthor>
					<pubdate> (2002)</pubdate>
					<articletitle>Identification and characterization of the Arabidopsis PHO1 gene involved in phosphate loading of the xylem.</articletitle>
					<worktitle>The Plant Cell</worktitle>
					<number>14:</number> <pages> 889-902</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Hammond JP, Broadley MR, White PJ</workauthor>
					<pubdate>(2004) </pubdate> <articletitle>Genetic responses to phosphorus deficiency.</articletitle>
					<worktitle>Annals of Botany</worktitle>
					<number>94:</number>
					<pages>323-32</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Harada T, Matsuzaki O, Hayashi H, Sugano S, Matsuda A, Nishida E</workauthor>
					<pubdate>(2003)</pubdate>
					<articletitle>AKRL1 and AKRL2 activate the JNK pathway.</articletitle>
					<worktitle>Genes to Cells</worktitle>
					<number>8: </number>
					<pages> 493-500  </pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Harrison PM, Arosio P</workauthor>
					<pubdate>(1996)</pubdate>
					<articletitle>The ferritins: molecular properties, iron storage function, and cellular regulation.</articletitle>
					<worktitle>Biochemica Biophysica Acta</worktitle>
					<number>1275:</number>
					<pages>161-203</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>He Z, Ma Z, Brown KM, Lynch JP</workauthor>
					<pubdate>(2005)</pubdate>
					<articletitle>Assessment of inequality of root hair density in </articletitle>
					<articletitle>Arabidopsis thaliana</articletitle>
					<articletitle> using the Gini coefficient: a close look at the effect of phosphorus and its interaction with ethylene.</articletitle>
					<worktitle>Annals of Botany</worktitle>
					<number>95:</number> <pages> 287-93</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Hell R, Stephan UW</workauthor>
					<pubdate> (2003)</pubdate>
					<articletitle>Iron uptake, trafficking and homeostasis in plants.</articletitle>
					<worktitle>Planta</worktitle>
					<number>216:</number>
					<pages>541-51 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Hellmann H, Estelle M</workauthor>
					<pubdate>(2002)</pubdate>
					<articletitle>Plant development: regulation by protein degradation.</articletitle>
					<worktitle>Science</worktitle>
					<number>297:</number>
					<pages>793-7</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Helms JB, Rothman JE</workauthor>
					<pubdate>(1992)</pubdate>
					<articletitle>Inhibition by brefeldin A of a Golgi membrane enzyme that catalyzes exchange of guanine nucleotide bound to ARF.</articletitle>
					<worktitle>Nature</worktitle>
					<number>360:</number>
					<pages>352-4</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Hemsley PA, Kemp AC, Grierson CS</workauthor>
					<pubdate>(2005)</pubdate>
					<articletitle>The TIP GROWTH DEFECTIVE1 </articletitle>
					<articletitle>S</articletitle>
					<articletitle>-acyl transferase regulates plant cell growth in Arabidopsis.</articletitle>
					<worktitle>The Plant Cell</worktitle>
					<number>17:</number>
					<pages>2554-63</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Hepler PK, Vidali L, Cheung AY</workauthor>
					<pubdate>(2001)</pubdate>
					<articletitle>Polarized cell growth in higher plants.</articletitle>
					<worktitle>Annual Review of Cell and Developmental Biology</worktitle>
					<number>17:</number>
					<pages>159-87 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Herbik A, Bölling C, Buckhout TJ</workauthor>
					<pubdate>(2002)</pubdate>
					<articletitle>The involvement of a multicopper oxidase in iron uptake by the green algae </articletitle>
					<articletitle>Chlamydomonas reinhardtii</articletitle>.  <worktitle>Plant Physiology</worktitle>
					<number>130:</number>
					<pages>2039-48 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Himanen K, Boucheron E, Vanneste S, de Almeida Engler J, Inzé D, Beeckman T</workauthor>
					<pubdate>(2002) </pubdate> <articletitle>Auxin-mediated cell cycle activation during early lateral root initiation.</articletitle>
					<worktitle>The Plant Cell</worktitle> <number> 14:</number>
					<pages>2339-51</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Hobbie L, Estelle M</workauthor>
					<pubdate> (1995)</pubdate>
					<articletitle>The </articletitle>
					<articletitle>axr4</articletitle>
					<articletitle> auxin-resistant mutants of </articletitle>
					<articletitle>Arabidopsis thaliana</articletitle>
					<articletitle> define a gene important for root gravitropism and lateral root initiation.</articletitle>
					<worktitle>The Plant Journal</worktitle> <number> 7: </number> <pages>211-20</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Horgan JM, Wareing PF</workauthor>
					<pubdate>(1980)</pubdate>
					<articletitle>Cytokinins and the growth responses of seedlings of </articletitle>
					<articletitle>Betula pendula</articletitle>
					<articletitle> Roth and </articletitle>
					<articletitle>Acer pseudoplatanus</articletitle>
					<articletitle> L. to nitrogen and phosphorus deficiency.</articletitle>
					<worktitle>Journal of Experimental Botany</worktitle>
					<number>31:</number>
					<pages>525-32</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Hu Y, Zhong R, Morrison H, Ye Z-H</workauthor>
					<pubdate>(2003)</pubdate>
					<articletitle>The Arabidopsis </articletitle>
					<articletitle>RHD3</articletitle>
					<articletitle> gene is required for cell wall biosynthesis and actin organization.</articletitle>
					<worktitle>Planta</worktitle>
					<number>217: </number> <pages>912-21</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Hülskamp M</workauthor>
					<pubdate> (2000) </pubdate> <articletitle>Cell morphogenesis: how plants split hairs.</articletitle>
					<worktitle>Current Biology</worktitle>
					<number>10:</number>
					<pages>308-10 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Hülskamp M, Misera S, Jürgens G</workauthor>
					<pubdate>(1994)</pubdate>
					<articletitle>Genetic dissection of trichome cell development in Arabidopsis.</articletitle>
					<worktitle>Cell</worktitle>
					<number>76: </number> <pages>555-66</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Hung C-Y, Lin Y, Zhang M, Pollock S, Marks MD, Schiefelbein J</workauthor>
					<pubdate>(1998) </pubdate> <articletitle>A common position-dependent mechanism controls cell-type patterning and GLABRA2 regulation in the root and hypocotyl epidermis of Arabidopsis.</articletitle>
					<worktitle>Plant Physiology</worktitle>
					<number>117:</number>
					<pages>73-84 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Inoue T, Higuchi M, Hashimoto Y, Seki M, Kobayashi M, Kato T, Tabata S, Shinozaki K, Kakimoto T</workauthor>
					<pubdate>(2001) </pubdate> <articletitle>Identification of CRE1 as a cytokinin receptor from Arabidopsis.</articletitle>
					<worktitle>Nature</worktitle>
					<number>409:</number>
					<pages>1060-3 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Ivashuta S, Liu J, Liu J, Lohar DP, Haridas S, Bucciarelli B, VandenBosch KA, Vance CP, Harrison MJ, Gantt JS</workauthor>
					<pubdate>(2005) </pubdate> <articletitle>RNA interference identifies a calcium-dependent protein kinase involved in </articletitle>
					<articletitle>Medicago trunculata</articletitle>
					<articletitle> root development.</articletitle>
					<worktitle>The Plant Cell</worktitle>
					<number>17:</number>
					<pages>2911-21</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Jacoby M, Wang H-Y, Reidt W, Weisshaar B, Bauer P</workauthor>
					<pubdate>(2004)</pubdate>
					<articletitle>FRU (bHLH029)</articletitle>
					<articletitle> is required for induction of iron mobilization genes in </articletitle>
					<articletitle>Arabidopsis thaliana</articletitle>.  <worktitle>FEBS letters</worktitle>
					<number>577:</number>
					<pages>528-534</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Jeschke WD, Kirkby EA, Peuke AD, Pate JS, Hartung W</workauthor>
					<pubdate>(1997)</pubdate>
					<articletitle>Effects of P deficiency on assimilation and transport of nitrate and phosphate in intact plants of castor bean (</articletitle>
					<articletitle>Ricinus communis</articletitle>
					<articletitle> L.).</articletitle>
					<worktitle>Journal of Experimental Botany</worktitle> <number> 48:</number>
					<pages>75-91</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Jeschke WD, Peuke A, Kirkby EA, Pate JS, Hartung W</workauthor>
					<pubdate>(1996)</pubdate>
					<articletitle>Effects of P deficiency on the uptake, flows and utilization of C, N, and H</articletitle>
					<articletitle>
						<sub>2</sub>
					</articletitle>
					<articletitle>O within intact plants of </articletitle>
					<articletitle>Rhicinus communis</articletitle>
					<articletitle> L.</articletitle>
					<worktitle>Journal of Experimental Botany</worktitle>
					<number>47:</number>
					<pages>1737-54</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Johnson JF, Vance CP, Allan D</workauthor>
					<pubdate>(1996)</pubdate>
					<articletitle>Phosphorus deficiency in </articletitle>
					<articletitle>Lupinus albus</articletitle>
					<articletitle>. Altered lateral root development and enhanced expression of phosphoenolpyruvate carboxylase.</articletitle>
					<worktitle>Plant Physiology</worktitle>
					<number>112:  </number>
					<pages>31-41 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Jones M, Raymond MJ, Smirnoff N</workauthor>
					<pubdate> (2006)</pubdate>
					<articletitle>Analysis of the root hair morphogenesis transcriptome reveals the molecular identity of six genes with roles in root hair development in Arabidopsis.</articletitle>
					<worktitle>The Plant Journal</worktitle>
					<number>45:</number> <pages> 83-100</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Jones MA, Shen J-J, Fu Y, Li H, Yang Z, Grierson CS</workauthor>
					<pubdate>(2002)</pubdate>
					<articletitle>The Arabidopsis Rop2 GTPase is a positive regulator of both root hair initiation and tip growth.</articletitle>
					<worktitle>The Plant Cell</worktitle>
					<number>14:</number>
					<pages>763-76</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Joubčs J, Chevalier C</workauthor>
					<pubdate> (2000)</pubdate>
					<articletitle>Endoreduplication in higher plants.</articletitle>
					<worktitle>Plant Molecular Biolgy</worktitle>
					<number>43:</number>
					<pages>735-45</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Kai M, Masuda Y, Kikuchi Y, Osaki M, Tadano T</workauthor>
					<pubdate>(1997) </pubdate> <articletitle>Isolation and characterization of a cDNA from </articletitle>
					<articletitle>Catharanthus roseus</articletitle>
					<articletitle> which is highly homologous with phosphate transporter.</articletitle>
					<worktitle>Soil Science and Plant Nutrition</worktitle>
					<number>43: </number> <pages>227-35</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Karandashov V, Bucher M</workauthor>
					<pubdate>(2004)</pubdate>
					<articletitle>Symbiotic phosphate transport in arbuscular mycorrhizas.</articletitle>
					<worktitle>Trends in Plant Science</worktitle>
					<number>10</number>:  <pages>22-9</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Kiiskinen M, Korhonen M, Kangasjärvi J</workauthor>
					<pubdate>(1997)</pubdate>
					<articletitle>Isolation and characterization of cDNA for a plant mitochondrial phosphate translocator (</articletitle>
					<articletitle>Mpt1</articletitle>
					<articletitle>): ozone stress induces </articletitle>
					<articletitle>Mpt1</articletitle>
					<articletitle> mRNA accumulation in birch (</articletitle>
					<articletitle>Betula pendula</articletitle>
					<articletitle> Roth).</articletitle>
					<worktitle>Plant Molecular Biology</worktitle>
					<number>35: </number> <pages>271-9 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Kim DW, Lee SH, Choi S-B, Won S-K, Heo Y-K, Cho M, Park Y-I, Cho H-T</workauthor>
					<pubdate>(2006)</pubdate>
					<articletitle>Functional conservation of a root hair cell-specific </articletitle>
					<articletitle>cis</articletitle>
					<articletitle>-element in angiosperms with different root hair distribution patterns.</articletitle>
					<worktitle>The Plant Cell</worktitle>
					<number>18:</number>
					<pages>2958-70</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Kim SA, Punshon T, Lanzirotti A, Li L, Alonso JM, Ecker JR, Kaplan J, Guerinot ML</workauthor>
					<pubdate>(2006)</pubdate>
					<articletitle>Localization of iron in Arabidopsis seed requires the vacuolar membrane transporter VIT1.</articletitle>
					<worktitle>Science</worktitle>
					<number>314:</number>
					<pages>1295-8</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Kim WT, Silverstone A, Yip WK, Dong JG, Yang SF</workauthor>
					<pubdate>(1992) </pubdate> <articletitle>Induction of 1-aminocyclopropane-carboxylate synthase mRNA by auxin in mung bean hypocotyls and cultured apple shoots.</articletitle>
					<worktitle>Plant Physiology</worktitle>
					<number>98: </number> <pages>465-71</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Koornneef M, Dellaert LWM, van der Veen JH</workauthor>
					<pubdate> (1982)</pubdate>
					<articletitle>EMS- and radiation-induced mutation frequencies at individual loci in </articletitle>
					<articletitle>Arabidopsis thaliana</articletitle>
					<articletitle> (L.) Heynh.</articletitle>
					<worktitle>Mutation Research</worktitle> <number> 93: </number>
					<pages> 109-123</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Koshino-Kimura Y, Wada T, Tachibana T, Tsugeki R, Ishiguro S, Okada K</workauthor>
					<pubdate>(2005)</pubdate>
					<articletitle>Regulation of </articletitle>
					<articletitle>CAPRICE</articletitle>
					<articletitle> transcription by MYB proteins for root epidermis differentiation in Arabidopsis.</articletitle>
					<worktitle>Plant and Cell Physiology</worktitle>
					<number>46:</number>
					<pages>817-26 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Koyama H, Kawamura A, Kihara T, Hara T, Takita E, Shibata D</workauthor>
					<pubdate>(2000)</pubdate>
					<articletitle>Overexpression of mitochondrial citrate synthase in </articletitle>
					<articletitle>Arabidopsis thaliana</articletitle>
					<articletitle> improved growth on a phosphorus-limited soil.</articletitle>
					<worktitle>Plant and Cell Physiology</worktitle>
					<number>41:</number>
					<pages>1030-7</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Kramer D, Römheld V, Landsberg E-C, Marschner H</workauthor>
					<pubdate>(1980)</pubdate>
					<articletitle>Induction of transfer-cell formation by iron deficiency in the root epidermis of </articletitle>
					<articletitle>Helianthus annuus</articletitle>
					<articletitle> L.</articletitle>
					<worktitle>Planta</worktitle> <number> 147:</number>
					<pages>335-9 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Kristensen I, Larsen PO</workauthor>
					<pubdate>(1974)</pubdate>
					<articletitle>Azetidine-2-carboxylic acid derivates from seeds of </articletitle>
					<articletitle>Fagus silvativa</articletitle>
					<articletitle> L. and a revised structure for nicotianamine.</articletitle>
					<worktitle>Phytochemistry</worktitle>
					<number>13:</number> <pages> 2791-8</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Krüger C, Berkowitz O, Stephan UW, Hell R</workauthor>
					<pubdate>(2002)</pubdate>
					<articletitle>A metal-binding member of the late embryogenesis abundant protein family transports iron the phloem of </articletitle>
					<articletitle>Rhicinus communis</articletitle>
					<articletitle> L.</articletitle>
					<worktitle>The Journal of Biological Chemistry</worktitle>
					<number>277:</number>
					<pages>25062-9</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Kuiper D</workauthor>
					<pubdate>(1988) </pubdate> <articletitle>Growth responses of </articletitle>
					<articletitle>Plantago major</articletitle>
					<articletitle> L. ssp. </articletitle>
					<articletitle>pleiosperma</articletitle>
					<articletitle> (Pilger) to changes in mineral supply. Evidence for regulation by cytokinins.</articletitle>
					<worktitle>Plant Physiology</worktitle>
					<number>87: </number>
					<pages> 555-7</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Kuiper D, Schuit J, Kuiper PJC</workauthor>
					<pubdate>(1988)</pubdate>
					<articletitle>Effects of internal and external cytokinin concentrations on root growth and shoot to root ratio of </articletitle>
					<articletitle>Plantago major</articletitle>
					<articletitle> ssp </articletitle>
					<articletitle>pleiosperma</articletitle>
					<articletitle> at different nutrient conditions.</articletitle>
					<worktitle>Plant and Soil</worktitle>
					<number>111: </number> <pages>231-6</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Kurata T, Ishida T, Kawabata-Awai C, Noguchi M, Hattori S, Sano R, Nagasaka R, Tominaga R, Koshino-Kimura Y, Kato T, Sato S, Tabata S, Okada K, Wada T</workauthor>
					<pubdate>(2005)</pubdate>
					<articletitle>Cell-to-cell movement of the CAPRICE protein in Arabidopsis root epidermal cell differentiation.</articletitle>
					<worktitle>Development</worktitle>
					<number>132:</number>
					<pages>5387-98 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Kwak S-H, Shen R, Schiefelbein J</workauthor>
					<pubdate>(2005)</pubdate>
					<articletitle>Positional signaling mediated by a receptor-like kinase in Arabidopsis.</articletitle>
					<worktitle>Science</worktitle>
					<number>307: </number> <pages>1111-3 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Lamont BB</workauthor>
					<pubdate>(2003)</pubdate>
					<articletitle>Structure, ecology and physiology of root clusters - a review.</articletitle>
					<worktitle>Plant and Soil</worktitle>
					<number>248:</number>
					<pages>1-19 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Landsberg E-C</workauthor>
					<pubdate> (1996) </pubdate> <articletitle>Hormonal regulation of iron stress response in sunflower roots: a morphological and cytological investigation.</articletitle>
					<worktitle>Protoplasma</worktitle> <number> 194:</number> <pages> 69-80</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Landsberg E-C</workauthor>
					<pubdate>(1984)</pubdate>
					<articletitle>Regulation of iron-stress-response by whole plant activity.</articletitle>
					<worktitle>Journal of Plant Nutrition</worktitle>
					<number>7:  </number>
					<pages>609-21</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Landsberg E-C</workauthor>
					<pubdate>(1986)</pubdate>
					<articletitle>Function of rhizodermal transfer cells in the Fe stress response mechanism of </articletitle>
					<articletitle>Capsicum annuum</articletitle>
					<articletitle> L.</articletitle>
					<worktitle>Plant Physiology</worktitle>
					<number>82:</number>
					<pages>511-7</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Lanquar V, Lelievre F, Bolte S, Hames C, Alcon C, Neumann D, Vansuyt G, Curie C, Schroeder A, Krämer U, Barbier-Brygoo H, Thomine S</workauthor>
					<pubdate>(2005)</pubdate>
					<articletitle>Mobilization of vacuolar iron by AtNRAMP3 and AtNRAMP4 is essential for seed germination on low iron.</articletitle>
					<worktitle>EMBO Journal</worktitle>
					<number>24:</number> <pages> 4041-51 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Le Jean M, Schikora A, Briat J-F, Curie C</workauthor>
					<pubdate>(2005) </pubdate> <articletitle>A loss-of-function mutation in AtYSL1 reveals its role in iron and nicotianamine seed loading.</articletitle>
					<worktitle>The Plant Journal</worktitle>
					<number>44:</number>
					<pages>769- </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Lee MM, Schiefelbein J</workauthor>
					<pubdate>(1999) </pubdate> <articletitle>WEREWOLF, a MYB-related protein in Arabidopsis, is a position-dependent regulator of epidermal cell patterning.</articletitle>
					<worktitle>Cell</worktitle>
					<number>99:</number>
					<pages>473-83</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Lee MM, Schiefelbein J</workauthor>
					<pubdate>(2002)</pubdate>
					<articletitle>Cell pattern in the Arabidopsis root epidermis determined by lateral inhibition with feedback.</articletitle>
					<worktitle>The Plant Cell</worktitle>
					<number>14:</number>
					<pages>611-8</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Lefebvre DD, Duff SMG, Fife CA, Julien-Inalsingh C, Plaxton WC</workauthor>
					<pubdate>(1990)</pubdate>
					<articletitle>Response to phosphate deprivation in </articletitle>
					<articletitle>Brassica nigra</articletitle>
					<articletitle> suspension cells. Enhancement of intracellular, cell surface, and secreted phosphatase activities compared to increases in P</articletitle>
					<articletitle>
						<sub>i</sub>
					</articletitle>
					<articletitle>-absorption rate.</articletitle>
					<worktitle>Plant Physiology</worktitle> <number> 93:</number>
					<pages>504-11  </pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Leggewie G, Willmitzer L, Riesmeier JW</workauthor>
					<pubdate>(1997)</pubdate>
					<articletitle>Two cDNAs from potato are able to complement a phosphate uptake-deficient yeast mutant: identification of phosphate transporters from higher plants.</articletitle>
					<worktitle>The Plant Cell</worktitle> <number> 9</number>:  <pages>381-92 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Ling H-Q, Bauer P, Bereczky Z, Keller B, Ganal M</workauthor>
					<pubdate>(2002)</pubdate>
					<articletitle>The tomato </articletitle>
					<articletitle>fer</articletitle>
					<articletitle> gene encoding a bHLH protein controls iron-uptake responses in roots.</articletitle>
					<worktitle>PNAS</worktitle>
					<number>99:</number>
					<pages>13938-43</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Ling H-Q, Koch G, Bäumlein H, Ganal MW</workauthor>
					<pubdate> (1999) </pubdate> <articletitle>Map-based cloning of </articletitle>
					<articletitle>chloronerva</articletitle>
					<articletitle>, a gene involved in iron uptake of higher plants encoding nicotinanamine synthase.</articletitle>
					<worktitle>PNAS</worktitle>
					<number>96: </number> <pages>7098-103 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Linkohr BI, Williamson LC, Fitter AH, Leyser HMO</workauthor>
					<pubdate> (2002)</pubdate>
					<articletitle>Nitrate and phosphate availability and distribution have different effects on root system architecture of Arabidopsis.</articletitle>
					<worktitle>The Plant Journal</worktitle>
					<number>29:  </number>
					<pages>751-60</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Lipton GS, Blanchar RW, Blevins DG</workauthor>
					<pubdate>(1987) </pubdate> <articletitle>Citrate, malate and succinate concentration in exudates from P sufficient and P-stressed </articletitle>
					<articletitle>Medicago sativa</articletitle>
					<articletitle> L. seedlings.</articletitle>
					<worktitle>Plant Physiology</worktitle>
					<number>85:  </number>
					<pages>315-7 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Liu C, Muchhal US, Raghothama KG</workauthor>
					<pubdate>(1997)</pubdate>
					<articletitle>Differential expression of TPSI1, a phosphate starvation-induced gene in tomato.</articletitle>
					<worktitle>Plant Molecular Biology</worktitle>
					<number>33: </number> <pages>867-74 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Lobréaux S, Briat J-F</workauthor>
					<pubdate>(1991)</pubdate>
					<articletitle>Ferritin accumulation and degradation in different organs of pea (</articletitle>
					<articletitle>Pisum sativum</articletitle>
					<articletitle>) during development.</articletitle>
					<worktitle>Biochemical Journal</worktitle>
					<number>274:</number>
					<pages>601-6 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Löffler A, Abel S, Jost W, Beintema JJ, Glund K</workauthor>
					<pubdate> (1992)</pubdate>
					<articletitle>Phosphate-regulated induction of intracellular ribonucleases in cultured tomato (</articletitle>
					<articletitle>Lycopersicon esculentum</articletitle>
					<articletitle>) cells.</articletitle>
					<worktitle>Plant Physiology</worktitle>
					<number>98: </number> <pages>1472-8</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>López-Bucio J, Cruz-Ramírez A, Herrera-Estrella L</workauthor>
					<pubdate>(2003) </pubdate> <articletitle>The role of nutrient availability in regulating root architecture.</articletitle>
					<worktitle>Current Opinion in Plant Biology</worktitle> <number> 6: </number> <pages>280-7</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>López-Bucio J, Hernández-Abreu E, Sánchez-Calderón L, Nieto-Jacobo MF, Simpson J, Herrera-Estrella L</workauthor>
					<pubdate>(2002)</pubdate>
					<articletitle>Phosphate availability alters architecture and causes changes in hormone sensitivity in the Arabidopsis root system.</articletitle>
					<worktitle>Plant Physiology</worktitle>
					<number>129:</number> <pages> 244-56</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>López-Bucio J, Hernández-Abreu E, Sánchez-Calderón L, Pérez-Torres A, Rampey RA, Bartel B, Herrera-Estrella L</workauthor>
					<pubdate> (2005) </pubdate> <articletitle>An auxin transport independent pathway is involved in phosphate stress-induced root architectural alterations in Arabidopsis. Identification of </articletitle>
					<articletitle>BIG</articletitle>
					<articletitle> as a mediator of auxin in pericycle cell activation.</articletitle>
					<worktitle>Plant Physiology</worktitle>
					<number>137:</number>
					<pages>681-91</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>López-Milán AF, Morales F, Abadía A, Abadía J</workauthor>
					<pubdate>(2000) </pubdate> <articletitle>Effects of iron deficiency on the composition of the leaf apoplastic fluid and xylem sap in sugar beet. Implications for iron and carbon transport.</articletitle>
					<worktitle>Plant Physiology</worktitle>
					<number>124</number>:  <pages>873-84 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Lynch JP, Brown KM</workauthor>
					<pubdate>(2001)</pubdate>
					<articletitle>Topsoil foraging - an architectural adaptation of plants to low phosphorus availability.</articletitle>
					<worktitle>Plant and Soil</worktitle>
					<number>237:</number>
					<pages>225-237</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Ma Z, Baskin TI, Brown KM, Lynch JP</workauthor>
					<pubdate>(2003)</pubdate>
					<articletitle>Regulation of root elongation under phosphorus stress involves changes in ethylene responsiveness.</articletitle>
					<worktitle>Plant Physiology</worktitle>
					<number>131:</number> <pages> 1-10 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Ma Z, Bielenberg DG, Brown KM, Lynch JP</workauthor>
					<pubdate>(2001a)</pubdate>
					<articletitle>Regulation of root hair density by phosphorus availability in </articletitle>
					<articletitle>Arabidopsis thaliana</articletitle>
					<articletitle>.</articletitle>
					<worktitle>Plant, Cell and Environment</worktitle>
					<number>24:</number>
					<pages>459-67</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Maas FM, van de Wetering DAM, van Beusichem ML, Bienfait HF</workauthor>
					<pubdate>(1988)</pubdate>
					<articletitle>Characterization of phloem iron and its possible role in the regulation of Fe-efficiency reactions.</articletitle>
					<worktitle>Plant Physiology</worktitle>
					<number>87:</number>
					<pages>167-71</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Mähönen AP, Bonke M, Kauppinen L, Riikonen M, Benfey PN, Helariutta Y</workauthor>
					<pubdate>(2000)</pubdate>
					<articletitle>A novel two-component hybrid molecule regulates vascular morphogenesis of the Arabidopsis root.</articletitle>
					<worktitle>Genes and Development</worktitle>
					<number>14:</number>
					<pages>2938-43</pages>
				</citation>
			
			
				<citation published="yes" workType="Book">
					<workauthor>Marschner H</workauthor>
					<pubdate>(1995) </pubdate> <worktitle>Mineral nutrition of higher plants.</worktitle>
					<version>2nd edition</version>,  <publisher>Academic Press</publisher>,  <address>London</address>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Masaoka Y, Kojima M, Sugihara S, Yoshihara T, Koshino M, Ichihara A</workauthor>
					<pubdate>(1993)</pubdate>
					<articletitle>Dissolution of ferric phosphate by alfalfa (</articletitle>
					<articletitle>Medicago stiva</articletitle>
					<articletitle> L.) root exudates.</articletitle>
					<worktitle>Plant and Soil</worktitle>
					<number>155/156:</number>
					<pages>75-8</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Masucci JD, Rerie WG, Foreman DR, Zhang M, Galway ME, Marks MD, Schiefelbein JW</workauthor>
					<pubdate> (1996) </pubdate> <articletitle>The homeobox gene </articletitle>
					<articletitle>GLABRA2</articletitle>
					<articletitle> is required for position-dependent cell differentiation in the root epidermis of </articletitle>
					<articletitle>Arabidopsis thaliana.</articletitle>
					<worktitle>Development</worktitle>
					<number>122:</number>
					<pages>1253-60</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Masucci JD, Schiefelbein JW</workauthor>
					<pubdate>(1994)</pubdate>
					<articletitle>The </articletitle>
					<articletitle>rhd6</articletitle>
					<articletitle> mutation of </articletitle>
					<articletitle>Arabidopsis thaliana</articletitle>
					<articletitle> alters root-hair initiation through an auxin- and ethylene-associated process.</articletitle>
					<worktitle>Plant Physiology</worktitle>
					<number>106:</number>
					<pages>1335-46</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Masucci JD, Schiefelbein JW</workauthor>
					<pubdate> (1996)</pubdate>
					<articletitle>Hormones act downstream of </articletitle>
					<articletitle>TTG</articletitle>
					<articletitle> and </articletitle>
					<articletitle>GL2</articletitle>
					<articletitle> to promote root hair outgrowth during epidermis development in the Arabidopsis root.</articletitle>
					<worktitle>The Plant Cell</worktitle>
					<number>8:</number>
					<pages>1505-17</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>McQueen-Mason S, Durachko DM, Cosgrove DJ</workauthor>
					<pubdate>(1992)</pubdate>
					<articletitle>Two endogenous proteins that induce cell wall extension in plants.</articletitle>
					<worktitle>The Plant Cell</worktitle>
					<number>4:</number>
					<pages>1425-33</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Miller SS, Liu J, Allan DL, Menzhuber CJ, Fedorova M, Vance CP</workauthor>
					<pubdate> (2001)</pubdate>
					<articletitle>Molecular control of acid phosphatase secretion into the rhizosphere of proteoid roots from phosphorus-stressed white lupin.</articletitle>
					<worktitle>Plant Physiology</worktitle>
					<number>127:</number>
					<pages>594-606</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Mimura T, Sakano K, Shimmen T</workauthor>
					<pubdate>(1996) </pubdate> <articletitle>Studies on the distribution, re-translocation and homeostasis of inorganic phosphate in barley leaves.</articletitle>
					<worktitle>Plant, Cell and Environment</worktitle>
					<number>19: </number> <pages>311-20 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Miura K, Rus A, Sharkhuu A, Yokoi S, Karthikeyan AS, Raghothama KG, Baek D, Koo YD, Jin JB, Bressan RA, Yun D-J, Hasegawa PM</workauthor>
					<pubdate>(2005)</pubdate>
					<articletitle>The Arabidopsis SUMO E3 ligase SIZ1 controls phosphate deficiency responses.</articletitle>
					<worktitle>PNAS</worktitle> <number> 102:</number>
					<pages>7760-5</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Molendijk AJ, Bischoff F, Rajendrakumar CSV, Friml J, Braun M, Gilroy S, Palme K</workauthor>
					<pubdate>(2001) </pubdate> <articletitle>Arabidopsis thaliana </articletitle>
					<articletitle>Rop GTPases are localized to tips of root hairs and control planar growth.</articletitle>
					<worktitle>The EMBO Journal</worktitle>
					<number>20:</number>
					<pages>2779-88</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Moog PR, van der Kooij TAW, Brüggemann W, Schiefelbein JW, Kuiper PJC</workauthor>
					<pubdate>(1995)</pubdate>
					<articletitle>Response to iron deficiency in </articletitle>
					<articletitle>Arabidopsis thaliana</articletitle>
					<articletitle>: The turbo iron reductase does not depend on the formation of root hairs and transfer cells.</articletitle>
					<worktitle>Planta</worktitle>
					<number>195:</number>
					<pages>505-13</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Moorby H, White RE, Nye PH</workauthor>
					<pubdate>(1988)</pubdate>
					<articletitle>The influence of phosphate nutrition on H ion efflux from the roots of young rape plants.</articletitle>
					<worktitle>Plant and Soil</worktitle>
					<number>105:</number>
					<pages>247-56 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Muchhal US, Liu C, Raghothama KG</workauthor>
					<pubdate>(1997)</pubdate>
					<articletitle>Ca</articletitle>
					<articletitle>
						<sup>2+</sup>
					</articletitle>
					<articletitle>-ATPase is expressed differentially in phosphate-starved roots of tomato.</articletitle>
					<worktitle>Physiologica plantarum</worktitle> <number> 101</number>:  <pages>540-4 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Muchhal US, Pardot JM, Raghothama KG</workauthor>
					<pubdate>(1996)</pubdate>
					<articletitle>Phosphate transporters from the higher plant </articletitle>
					<articletitle>Arabidopsis thaliana</articletitle>
					<articletitle>.</articletitle>
					<worktitle>PNAS</worktitle>
					<number>93:</number>
					<pages>10519-23</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Mudge SR, Rae AL, Diatloff E, Smith FW</workauthor>
					<pubdate>(2002)</pubdate>
					<articletitle>Expression analysis suggests novel roles for members of the Pht1 family of phosphate transporters in Arabidopsis.</articletitle>
					<worktitle>The Plant Journal</worktitle>
					<number>31:</number>
					<pages>341-53 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Mukherjee I, Campbell NH, Ash JS, Connolly EL</workauthor>
					<pubdate>(2006)</pubdate>
					<articletitle>Expression profiling of the Arabidopsis ferric-chelate reductase (FRO) gene family reveals differential regulation by iron and copper.</articletitle>
					<worktitle>Planta</worktitle>
					<number>223:</number>
					<pages>1178-90</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Müller A, Guan C, Gälweiler L, Tänzler P, Huijser P, Marchant A, Parry G, Bennett M, Wisman E, Palme K</workauthor>
					<pubdate> (1998) </pubdate> <articletitle>AtPIN2 defines a locus of Arabidopsis for root gravitropism control.</articletitle>
					<worktitle>The EMBO Journal</worktitle>
					<number>17:</number>
					<pages>6903-11</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Müller R, Nilsson L, Krintel C, Nielsen TH</workauthor>
					<pubdate>(2004)</pubdate>
					<articletitle>Gene expression during recovery from phosphate starvation in roots and shoots of </articletitle>
					<articletitle>Arabidopsis thaliana</articletitle>
					<articletitle>.</articletitle>
					<worktitle>Physiologica Plantarum</worktitle>
					<number>122:</number>
					<pages>233-43</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Nacry P, Canivenc G, Muller B, Azmi A, Van Onckelen H, Rossignol M, Doumas P</workauthor>
					<pubdate> (2005) </pubdate> <articletitle>A role for auxin redistribution in the responses of the root system architecture to phosphate starvation in Arabidopsis.</articletitle>
					<worktitle>Plant Physiology</worktitle>
					<number>138:</number>
					<pages>2061-74</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Norvell WA, Welch RM, Adams ML, Kochian LV</workauthor>
					<pubdate>(1993)</pubdate>
					<articletitle>Reduction of Fe(III), Mn(III), and Cu(II) chelates by roots of pea (</articletitle>
					<articletitle>Pisum sativum</articletitle>
					<articletitle> L.) or soybean (</articletitle>
					<articletitle>Glycine max</articletitle>
					<articletitle>).</articletitle>
					<worktitle>Plant and Soil</worktitle>
					<number>155/156:</number>
					<pages>123-6  </pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Nürnberger T, Abel S, Jost W, Glund K</workauthor>
					<pubdate>(1990)</pubdate>
					<articletitle>Induction of an extracellular ribonuclease in cultured tomato cells upon phosphate starvation.</articletitle>
					<worktitle>Plant Physiology</worktitle>
					<number>92: </number> <pages>970-6</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Ohashi Y, Oka A, Rodrigues-Pousada R, Possenti M, Ruberti I, Morelli G, Aoyama T</workauthor>
					<pubdate>(2003)  </pubdate>
					<articletitle>Modulation of phospholipid signaling by GLABRA2 in root-hair pattern formation.</articletitle>
					<worktitle>Science</worktitle>
					<number>300:</number>
					<pages>1427-30</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Oyama T, Shimura Y, Okada K</workauthor>
					<pubdate>(2002)</pubdate>
					<articletitle>The </articletitle>
					<articletitle>IRE</articletitle>
					<articletitle> gene encodes a proetin kinase homologue and modulates root hair growth in Arabidopsis.</articletitle>
					<worktitle>The Plant Journal</worktitle> <number> 30:</number>
					<pages>289-99 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Palmgren MG</workauthor>
					<pubdate>(2001)</pubdate>
					<articletitle>Plant plasma membrane H</articletitle>
					<articletitle>
						<sup>+</sup>
					</articletitle>
					<articletitle>-ATPases: powerhouses for nutrient uptake.</articletitle>
					<worktitle>Annual Reviews of Plant Molecular Biology</worktitle>
					<number>52:</number>
					<pages>817-45</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Pao SS, Paulsen IT, Saier MH Jr.</workauthor>
					<pubdate> (1998)</pubdate>
					<articletitle>Major facilitator superfamily.</articletitle>
					<worktitle>Microbiology and Molecular Biology Reviews</worktitle>
					<number>62:</number> <pages> 1-34</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Parker JS, Cavell AC, Dolan L, Roberts K, Grierson CS</workauthor>
					<pubdate>(2000)</pubdate>
					<articletitle>Genetic interactions during root hair morphogenesis in Arabidopsis.</articletitle>
					<worktitle>The Plant Cell</worktitle>
					<number>12</number>:  <pages>1961-74 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Pesch M, Hülskamp M</workauthor>
					<pubdate>(2004)</pubdate>
					<articletitle>Creating a two-dimensional pattern </articletitle>
					<articletitle>de novo</articletitle>
					<articletitle> during Arabidopsis trichome and root hair initiation.</articletitle>
					<worktitle>Current Opinion in Genetics and Development</worktitle>
					<number>14:</number>
					<pages>422-7 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Peterson RL</workauthor>
					<pubdate> (1992)</pubdate>
					<articletitle>Adaptations of root structure in relation to biotic and abiotic factors.</articletitle>
					<worktitle>Canadian Journal of Botany</worktitle> <number> 40</number>:  <pages>661-75</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Peterson RL</workauthor>
					<pubdate>(1992)</pubdate>
					<articletitle>Adaptations of root structure in relation to biotic and abiotic factors.</articletitle>
					<worktitle>Canadian Journal of Botany</worktitle>
					<number>40:</number> <pages> 661-75  </pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Pich A, Hillmer S, Manteuffel R, Scholz G</workauthor>
					<pubdate> (1997) </pubdate> <articletitle>First immunohistochemical localization of the endogenous Fe</articletitle>
					<articletitle>
						<sup>2+</sup>
					</articletitle>
					<articletitle>-chelator nicotianamine.</articletitle>
					<worktitle>Journal of Experimental Botany</worktitle>
					<number>48:</number>
					<pages>759-67</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Pich A, Manteuffel R, Hillmer S, Scholz G, Schmidt W</workauthor>
					<pubdate>(2001)</pubdate>
					<articletitle>Fe homeostasis in plant cells: Does nicotianamine play multiple roles in the regulation of cytoplasmic Fe concentration?</articletitle>
					<worktitle>Planta</worktitle>
					<number>213</number>:  <pages>967-76</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Pich A, Scholz G, Stephan UW</workauthor>
					<pubdate> (1994)</pubdate>
					<articletitle>Iron-dependent changes of heavy metals, nichotianamine, and citrate in different plant organs and in the xylem exudate of two tomato genotypes. Nicotianamine as possible copper translocator.</articletitle>
					<worktitle>Plant and Soil</worktitle> <number> 165:</number>
					<pages>189-96</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Pilbeam DJ, Cakmak I, Marschner H, Kirkby EA</workauthor>
					<pubdate>(1993)</pubdate>
					<articletitle>Effect of withdrawal of phosphorus on nitrate assimilation and PEP carboxylase activity in tomato.</articletitle>
					<worktitle>Plant and Soil</worktitle>
					<number>154:</number> <pages> 111-7 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Pinton R, Cesco S, De Nobili M, Santi S, Varanini Z</workauthor>
					<pubdate>(1998)</pubdate>
					<articletitle>Water and pyrophosphate extractable humic substances fractions as a source of iron for Fe-deficient cucumber plants.</articletitle>
					<worktitle>Biology and Fertility of Soils</worktitle>
					<number>26:</number>
					<pages>23-7</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Pitts RJ, Cernac A, Estelle M</workauthor>
					<pubdate>(1998)</pubdate>
					<articletitle>Auxin and ethylene promote root hair elongation in Arabidopsis.</articletitle>
					<worktitle>The Plant Journal</worktitle>
					<number>16:</number>
					<pages>553-60  </pages>
				</citation>
			
			
				<citation published="yes" workType="Book">
					<workauthor>Poirier Y, Bucher M</workauthor>
					<pubdate>(2002)</pubdate>
					<articletitle>Phosphate transport and homeostasis in Arabidopsis.</articletitle>
					<worktitle>The Arabidopsis Book</worktitle>
					<editor>edited by</editor>: <editor>Somerville CR, Meyerowitz EM</editor>,  <publisher>American Society of Plant Biologists</publisher>,  <address>Rockville</address>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Poirier Y, Thoma S, Somerville C, Schiefelbein J</workauthor>
					<pubdate>(1991) </pubdate> <articletitle>A mutant of Arabidopsis deficient in xylem loading of phosphate.</articletitle>
					<worktitle>Plant Physiology</worktitle>
					<number>97:</number> <pages> 1087-93 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Preuss ML, Schmitz AJ, Thole JM, Bonner HKS, Otegui MS, Nielsen E</workauthor>
					<pubdate>(2006)</pubdate>
					<articletitle>A role for the RabA4b effector protein PI-4K&#946;1 in polarized expansion of root hair cells in </articletitle>
					<articletitle>Arabidopsis thaliana</articletitle>
					<articletitle>.</articletitle>
					<worktitle>The Journal of Cell Biology</worktitle> <number> 172:</number>
					<pages>991-8</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Preuss ML, Serna J, Falbel TG, Bednarek SY, Nielsen E</workauthor>
					<pubdate>(2004)</pubdate>
					<articletitle>The Arabidopsis Rab GTPase RabA4b localizes to the tips of growing root hair cells.</articletitle>
					<worktitle>The Plant Cell</worktitle>
					<number>16</number>:  <pages>1589-603</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Raghothama KG</workauthor>
					<pubdate>(1999)</pubdate>
					<articletitle>Phosphate acquisition.</articletitle>
					<worktitle>Annual Reviews of Plant Physiology and Molecular Biology</worktitle>
					<number>50:</number>
					<pages>665-93 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Raghothama KG, Karthikeyan AS</workauthor>
					<pubdate>(2005)</pubdate>
					<articletitle>Phosphate acquisition.</articletitle>
					<worktitle>Plant and Soil</worktitle>
					<number>274:</number>
					<pages>37-49</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Rausch C, Bucher M</workauthor>
					<pubdate>(2002)</pubdate>
					<articletitle>Molecular mechanism of phosphate transport in plants.</articletitle>
					<worktitle>Planta</worktitle>
					<number>216:</number>
					<pages>23-37 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Reed RC, Brady SR, Muday GK</workauthor>
					<pubdate>(1998)</pubdate>
					<articletitle>Inhibition of auxin movement from the shoot into the root inhibits lateral root development in Arabidopsis.</articletitle>
					<worktitle>Plant Physiology</worktitle>
					<number>118:</number>
					<pages>1369-78</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Rentel MC, Lecourieux D, Ouaked F, Usher SL, Petersen L, Okamoto H, Knight H, Peck SC, Grierson CS, Hirt H, Knight MR</workauthor>
					<pubdate>(2004)</pubdate>
					<articletitle>OXI1 kinase is necessary for oxidative burst-mediated signaling in Arabidopsis.</articletitle>
					<worktitle>Nature</worktitle>
					<number>427: </number> <pages>858-61 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Reymond M, Svistoonoff S, Loudet O, Nussaume L, Desnos T</workauthor>
					<pubdate>(2006)</pubdate>
					<articletitle>Identification of QTL controlling root growth response to phosphate starvation in </articletitle>
					<articletitle>Arabidopsis thaliana</articletitle>
					<articletitle>.</articletitle>
					<worktitle>Plant, Cell and Environment</worktitle>
					<number>29: </number> <pages>115-25</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Rigas S, Debrosses G, Haralampidis K, Vincente-Agullo F, Feldmann KA, Grabov A, Dolan L, Hatzopoulos P</workauthor>
					<pubdate> (2001)</pubdate>
					<articletitle>TRH1</articletitle>
					<articletitle> encodes a potassium transporter required for tip growth in Arabidopsis root hairs.</articletitle>
					<worktitle>The Plant Cell</worktitle>
					<number>13:</number>
					<pages>139-51</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Ringli C, Baumberger N, Diet A, Frey B, Keller B</workauthor>
					<pubdate>(2002)</pubdate>
					<articletitle>ACTIN2 is essential for bulge site selection and tip growth during root hair development of Arabidopsis.</articletitle>
					<worktitle>Plant Physiology</worktitle>
					<number>129:</number>
					<pages>1464-72</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Robinson NJ, Procter CM, Collony EL, Guerinot ML</workauthor>
					<pubdate>(1999)</pubdate>
					<articletitle>A ferric-chelate reductase for iron uptake from soils.</articletitle>
					<worktitle>Nature</worktitle>
					<number>397:</number>
					<pages>694-7 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Rogers EE, Eide DJ, Guerinot ML</workauthor>
					<pubdate> (2000)</pubdate>
					<articletitle>Altered selectivity in an Arabidopsis metal transporter.</articletitle>
					<worktitle>PNAS</worktitle> <number> 97: </number> <pages>12356-60</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Rogers EE, Guerinot ML</workauthor>
					<pubdate>(2002)</pubdate>
					<articletitle>FRD3, a member of the multidrug and protein efflux family controls iron deficiency responses in Arabidopsis.</articletitle>
					<worktitle>The Plant Cell</worktitle>
					<number>14:</number> <pages> 1787-99</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Romera FJ, Alcántara E</workauthor>
					<pubdate> (1994)</pubdate>
					<articletitle>Iron-deficiency stress responses in cucumber (</articletitle>
					<articletitle>Cucumis sativus </articletitle>
					<articletitle>L.) roots. A possible role for ethylene?</articletitle>
					<worktitle>Plant Physiology</worktitle>
					<number>105:</number>
					<pages>1133-8</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Romera FJ, Alcántara E, De la Guardia MD</workauthor>
					<pubdate>(1999)</pubdate>
					<articletitle>Ethylene production by Fe-deficient roots and its involvement in the regulation of Fe-deficiency stress responses by strategy I plants.</articletitle>
					<worktitle>Annals of Botany</worktitle>
					<number>83:</number>
					<pages>51-5</pages>
				</citation>
			
			
				<citation published="yes" workType="Book">
					<workauthor>Romera FJ, Lucena C, Alcántara E</workauthor>
					<pubdate>2006</pubdate>
					<articletitle>Plant hormones influencing iron uptake in plants.</articletitle>
					<worktitle>Iron Nutrition in Plants and Rhizospheric Microorganisms.</worktitle>
					<editor>edited by:</editor> <editor>Barton LL, Abadía J</editor>,  <publisher>Springer</publisher>,  <address>Netherlands</address>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Römheld V</workauthor>
					<pubdate>(1987)</pubdate>
					<articletitle>Different strategies for iron acquisition in higher plants.</articletitle>
					<worktitle>Physiologica Plantarum</worktitle>
					<number>70:</number>
					<pages>231-34</pages>
				</citation>
			
			
				<citation published="yes" workType="Book">
					<workauthor>Römheld V, Marschner H</workauthor>
					<pubdate>(1986) </pubdate> <articletitle>Mobilization of iron in the rhizosphere of different plant species.</articletitle>
					<worktitle>Advances in Plant Nutrition</worktitle>
					<pages>155-204</pages>
					<editor>edited by:</editor> <editor>Tinker B, Läuchli A</editor>,  <publisher>Praeger</publisher>,  <address>New York</address>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Römheld V, Marschner H</workauthor>
					<pubdate> (1986)</pubdate>
					<articletitle>Evidence for a specific uptake system for iron phytosiderophores in roots of grasses.</articletitle>
					<worktitle>Plant Physiology</worktitle>
					<number>80: </number> <pages>175-80</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Rubio V, Linhares F, Solano R, Martín AC, Iglesias J, Leyva A, Paz-Ares J</workauthor>
					<pubdate>(2001)</pubdate>
					<articletitle>A conserved MYB transcription factor involved in phosphate starvation signaling both in vascular plants and in unicellular algae.</articletitle>
					<worktitle>Genes and Development</worktitle>
					<number>15: </number> <pages>2122-33</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Ryan E, Grierson CS, Cavell A, Steer M, Dolan L</workauthor>
					<pubdate>(1998) </pubdate> <articletitle>TIP1 is required for both tip growth and non-tip growth in Arabidopsis.</articletitle>
					<worktitle>New Phytologist</worktitle>
					<number>138:</number>
					<pages>49-58</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Sakano K</workauthor>
					<pubdate>(1990)</pubdate>
					<articletitle>Proton/phosphate stoichiometry in uptake of inorganic phosphate by cultured cells of </articletitle>
					<articletitle>Catharanthus roseus</articletitle>
					<articletitle> (L.) G. Don.</articletitle>
					<worktitle>Plant Physiology</worktitle>
					<number>93:</number>
					<pages>479-83</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Salama AMSE-DA, Wareing PF</workauthor>
					<pubdate>(1979)</pubdate>
					<articletitle>Effects of mineral nutrition on endogenous cytokinins in plant of sunflower (</articletitle>
					<articletitle>Helianthus annuus</articletitle>
					<articletitle> L.).</articletitle>
					<worktitle>Journal of Experimental Botany</worktitle>
					<number>30: </number> <pages>971-81</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>&#352;amaj J, Ovecka M, Hlavacka A, Lecourieuw F, Meskiene I, Lichtscheidl I, Lenart P, Salaj J, Volkmann D, Bögre L, Balu&#353;ka F, Hirt H</workauthor>
					<pubdate>(2002)</pubdate>
					<articletitle>Involvement of the mitogen-activated protein kinase SIMK in regulation of root hair tip growth.</articletitle>
					<worktitle>The EMBO Journal</worktitle> <number> 21:  </number>
					<pages>3296-306</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Sánchez-Calderón L, López-Bucio J, Chacón-López A, Cruz-Ramírez A, Nieto-Jacobo F, Dubrovsky JG, Herrera-Estrella L</workauthor>
					<pubdate> (2005) </pubdate> <articletitle>Phosphate starvation induces a determinate developmental program in the roots of </articletitle>
					<articletitle>Arabidopsis thaliana</articletitle>
					<articletitle>.</articletitle>
					<worktitle>Plant and Cell Physiology</worktitle> <number> 46:</number>
					<pages>174-84</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Sánchez-Calderón L, López-Bucio J, Chacón-López A, Gutiérrez-Ortega A, Hernández-Abreu E, Herrera-Estrella L</workauthor>
					<pubdate>(2006)</pubdate>
					<articletitle>Characterization of </articletitle>
					<articletitle>low phosphorus insensitive</articletitle>
					<articletitle> mutants reveals a crosstalk between low phosphorus-induced determinate root development and the activation of genes involved in the adaptation of Arabidopsis to phosphorus deficiency.</articletitle>
					<worktitle>Plant Physiology</worktitle>
					<number>140:</number>
					<pages>879-89</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Schaaf G, Schikora A, Häberle J, Vert G, Ludewig U, Briat J-F</workauthor>
					<pubdate>(2005)</pubdate>
					<articletitle>A putative function for the Arabidopsis Fe-phytosiderophore transporter homolog AtYSL2 in Fe and Zn homeostasis.</articletitle>
					<worktitle>Plant and Cell Physiology</worktitle>
					<number>46:</number>
					<pages>762-74</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Scheres B</workauthor>
					<pubdate>(2002) </pubdate> <articletitle>Plant Patterning: TRY to inhibit your neighbors.</articletitle>
					<worktitle>Current Biology</worktitle>
					<number>12:</number>
					<pages>804-6</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Scheres B</workauthor>
					<pubdate> (2000)</pubdate>
					<articletitle>Non-linear signaling for pattern formation?</articletitle>
					<worktitle>Current Opinion in Plant Biology</worktitle>
					<number>3:</number>
					<pages>412-7  </pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Schiefelbein J</workauthor>
					<pubdate>(2003)</pubdate>
					<articletitle>Cell-fate specification in the epidermis: a common patterning mechanism in the root and shoot.</articletitle>
					<worktitle>Current Opinion in Plant Biology</worktitle>
					<number>6:</number>
					<pages>74-8 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Schiefelbein J, Galway M, Masucci J, Ford S</workauthor>
					<pubdate>(1993)</pubdate>
					<articletitle>Pollen tube and root hair tip growth is disrupted in a mutant of </articletitle>
					<articletitle>Arabidopsis thaliana</articletitle>
					<articletitle>.</articletitle>
					<worktitle>Plant Physiology</worktitle>
					<number>103:</number>
					<pages>979-85</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Schiefelbein J, Lee MM</workauthor>
					<pubdate> (2006) </pubdate> <articletitle>A novel regulatory circuit specifies cell fate in the Arabidopsis root epidermis.</articletitle>
					<worktitle>Physiologica Plantarum</worktitle>
					<number>126:</number>
					<pages>503-10</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Schiefelbein JW, Shipley A, Rowse P</workauthor>
					<pubdate>(1992)</pubdate>
					<articletitle>Calcium influx at the tip of growing root-hair cells of </articletitle>
					<articletitle>Arabidopsis thaliana</articletitle>
					<articletitle>.</articletitle>
					<worktitle>Planta</worktitle>
					<number>187:</number>
					<pages>455-9</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Schiefelbein JW, Somerville C</workauthor>
					<pubdate>(1990)</pubdate>
					<articletitle>Genetic control of root hair development in </articletitle>
					<articletitle>Arabidopsis thaliana</articletitle>
					<articletitle>.</articletitle>
					<worktitle>The Plant Cell</worktitle>
					<number>2:</number> <pages> 235-43</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Schikora A, Schmidt W</workauthor>
					<pubdate>(2001)</pubdate>
					<articletitle>Iron stress-induced changes in root epidermal cell fate are regulated independently from physiological responses to low iron availability.</articletitle>
					<worktitle>Plant Physiology</worktitle>
					<number>125:</number>
					<pages>1679-87</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Schikora A, Schmidt W</workauthor>
					<pubdate>(2002) </pubdate> <articletitle>Formation of transfer cells and H</articletitle>
					<articletitle>
						<sup>+</sup>
					</articletitle>
					<articletitle>-ATPase expression in tomato roots under P and Fe deficiency.</articletitle>
					<worktitle>Planta</worktitle>
					<number>215:</number>
					<pages>304-11</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Schmidt W</workauthor>
					<pubdate>(1999)</pubdate>
					<articletitle>Mechanisms and regulation of reduction-based iron uptake in plants.</articletitle>
					<worktitle>The New Phytologist</worktitle>
					<number>141:</number>
					<pages>1-26</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Schmidt W</workauthor>
					<pubdate>(2003)</pubdate>
					<articletitle>Iron solutions: acquisition strategies and signaling pathways in plants.</articletitle>
					<worktitle>Trends in Plant Science</worktitle> <number> 8:</number>
					<pages>188-93</pages>
				</citation>
			
			
				<citation published="yes" workType="Book">
					<workauthor>Schmidt W</workauthor>
					<pubdate>(2006)</pubdate>
					<articletitle>Iron stress responses in roots of strategy I plants.</articletitle>
					<worktitle>Iron nutrition in plants and rhizospere microorganisms.</worktitle>
					<pages>229-50</pages>
					<editor>edited by: Bar</editor>
					<editor>ton LL, Abadia J</editor>,  <publisher>Kluwer Academic Publishers</publisher>,  <address>Dordrecht</address>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Schmidt W, Bartels M</workauthor>
					<pubdate>(1996)</pubdate>
					<articletitle>Formation of root epidermal transfer cells in </articletitle>
					<articletitle>Plantago</articletitle>.  <worktitle>Plant Physiology</worktitle>
					<number>110:</number>
					<pages>217-25</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Schmidt W, Boomgaarden B, Ahrens V</workauthor>
					<pubdate>(1996)</pubdate>
					<articletitle>Reduction of root iron in </articletitle>
					<articletitle>Plantago lanceolata</articletitle>
					<articletitle> during recovery from Fe deficiency.</articletitle>
					<worktitle>Physiologica Plantarum</worktitle>
					<number>98:</number>
					<pages>587-93</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Schmidt W, Schikora A</workauthor>
					<pubdate>(2001)</pubdate>
					<articletitle>Different pathways are involved in phosphate and iron stress-induced alterations of root epidermal cell development.</articletitle>
					<worktitle>Plant Physiology</worktitle>
					<number>125:</number>
					<pages>2078-84 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Schmidt W, Schikora A, Pich A, Bartels M</workauthor>
					<pubdate>(2000)</pubdate>
					<articletitle>Hormones induce an Fe-deficiency-like root epidermal cell pattern in the Fe-inefficient tomato mutant </articletitle>
					<articletitle>fer</articletitle>.  <worktitle>Protoplasma</worktitle>
					<number>213: </number> <pages>67-73</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Schmidt W, Steinbach S</workauthor>
					<pubdate>(2000) </pubdate> <articletitle>Sensing iron - a whole plant approach.</articletitle>
					<worktitle>Annals of Botany</worktitle>
					<number>86:</number>
					<pages>589-593</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Schneider K, Mathur J, Boudonck K, Wells B, Dolan L, Roberts K</workauthor>
					<pubdate>(1998)</pubdate>
					<articletitle>The </articletitle>
					<articletitle>ROOT HAIRLESS1</articletitle>
					<articletitle> gene encodes a nuclear protein required for root hair initiation in Arabidopsis.</articletitle>
					<worktitle>Genes &amp; Development</worktitle>
					<number>12:</number>
					<pages>2013-21</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Schneider K, Wells B, Dolan L, Roberts K</workauthor>
					<pubdate>(1997)</pubdate>
					<articletitle>Structural and genetic analysis of epidermal cell differentiation in Arabidopsis primary roots.</articletitle>
					<worktitle>Development</worktitle>
					<number>124:</number>
					<pages>1789-98</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Schnittger A, Hülskamp M</workauthor>
					<pubdate>(2002)</pubdate>
					<articletitle>Trichome morphogenesis: a cell-cycle perspective.</articletitle>
					<worktitle>Philosophical Transactions of the Royal Society of London Series B-Biological Science</worktitle>
					<number>357:</number>
					<pages>823-6 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Scholz G</workauthor>
					<pubdate> (1989) </pubdate> <articletitle>Effect of nicotianamine on iron re-mobilization in de-rooted tomato seedlings.</articletitle>
					<worktitle>Biometals</worktitle>
					<number>2:</number>
					<pages>89-91</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Seifert GJ, Barber C, Wells B, Dolan L, Roberts K</workauthor>
					<pubdate> (2002)</pubdate>
					<articletitle>Galactose biosynthesis in Arabidopsis: genetic evidence for substrate channeling from UDP-D-galctose into cell wall polymers.</articletitle>
					<worktitle>Current Biology</worktitle>
					<number>12: </number> <pages>1840-5</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Shin H, Shin H-S, Chen R, Harrison MJ</workauthor>
					<pubdate>(2006)</pubdate>
					<articletitle>Loss of </articletitle>
					<articletitle>At4</articletitle>
					<articletitle> function impacts phosphate distribution between the roots and the shoots during phosphate starvation.</articletitle>
					<worktitle>The Plant Journal</worktitle>
					<number>45:</number>
					<pages>712-26 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Shin H, Shin H-S, Dewbre GR, Harrison MJ</workauthor>
					<pubdate>(2004)</pubdate>
					<articletitle>Phosphate transport in Arabidopsis: Pht1;1 and Pht1;4 play a major role in phosphate acquisition from both low- and high-phosphate environments.</articletitle>
					<worktitle>The Plant Journal</worktitle>
					<number>39:</number>
					<pages>629-42</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Sieberer BJ, Ketelaar T, Esseling JJ, Emons AMC</workauthor>
					<pubdate>(2005)</pubdate>
					<articletitle>Microtubules guide root hair tip growth.</articletitle>
					<worktitle>New Phytologist</worktitle>
					<number>167:</number>
					<pages>711-9  </pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Smith BN</workauthor>
					<pubdate> (1984)</pubdate>
					<articletitle>Iron in higher plants: storage and metabolic role.</articletitle>
					<worktitle>Journal of Plant Nutrition</worktitle>
					<number>7:</number>
					<pages>759-66 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Smith FW, Ealing PM, Dong B, Delhaize E</workauthor>
					<pubdate>(1997) </pubdate> <articletitle>The cloning of two Arabidopsis genes belonging to a phosphate transporter family.</articletitle>
					<worktitle>The Plant Journal</worktitle>
					<number>11:</number>
					<pages>83-92</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Song X-F, Yang C-Y, Liu J, Yang W-C</workauthor>
					<pubdate>(2006)</pubdate>
					<articletitle>RPA, a class II ARFGAP protein, activates ARF1 and U5 and plays a role in root hair development in Arabidopsis.</articletitle>
					<worktitle>Plant Physiology</worktitle>
					<number>414: </number> <pages>966-76</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Souter M, Topping J, Pullen M, Friml J, Palme K, Hackett R, Grierson D, Lindsey K</workauthor>
					<pubdate> (2002) </pubdate> <articletitle>hydra</articletitle>
					<articletitle> mutants of Arabidopsis are defective in sterol profiles and auxin and ethylen signaling.</articletitle>
					<worktitle>The Plant Cell</worktitle>
					<number>14:</number>
					<pages>1017-31</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Spain BH, Koo D, Ramakrishnan M, Dzudzor B, Colicelli J</workauthor>
					<pubdate>(1995)</pubdate>
					<articletitle>Truncated forms of a novel yeast protein suppress the lethality of a G protein a subunit deficiency by interacting with the &#946; subunit.</articletitle>
					<worktitle>The Journal of Biological Chemistry</worktitle>
					<number>270:</number>
					<pages>25435-44</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Spiegel S, Foster D, Kolesnickz R</workauthor>
					<pubdate> (1996)</pubdate>
					<articletitle>Signal transduction through lipid second messengers.</articletitle>
					<worktitle>Current Opinion in Cell Biology</worktitle>
					<number>8:</number>
					<pages>159-67</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Steinmann T, Geldner N, Grebe M, Mangold S, Jackson CL, Paris S, Gälweiler L, Palme K, Jürgens G</workauthor>
					<pubdate>(1999)</pubdate>
					<articletitle>Coordinated polar localization of auxin efflux carrier PIN1 by GNOM ARF GEF.</articletitle>
					<worktitle>Science</worktitle>
					<number>286</number>:  <pages>316-8</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Stephan UW, Schmidke I, Pich A</workauthor>
					<pubdate>(1994)</pubdate>
					<articletitle>Phloem translocation of Fe, Cu, Mn, and Zn in </articletitle>
					<articletitle>Ricinus</articletitle>
					<articletitle> seedlings in relation to the concentrations of nicotianamine, an endogenous chelator of divalent metal ions, in different seedling parts.</articletitle>
					<worktitle>Plant and Soil</worktitle>
					<number>165:</number>
					<pages>181-8</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Stephan UW, Schmidke I, Stephan VW, Scholz G</workauthor>
					<pubdate>(1996)</pubdate>
					<articletitle>The nicotianamine molecule is made-to-measure for complexation of metal micronutrients in plants.</articletitle>
					<worktitle>Biometals</worktitle>
					<number>9</number>:  <pages>84-90  </pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Stephan UW, Scholz G, Rudolph A</workauthor>
					<pubdate>(1990)</pubdate>
					<articletitle>Distribution of nicotianamine, a presumed symplast iron transporter, in different organs of sunflower and of a tomato wild type and its mutant </articletitle>
					<articletitle>chloronerva</articletitle>
					<articletitle>.</articletitle>
					<worktitle>Biochemie und Physiologie der Pflanzen</worktitle>
					<number>186:</number>
					<pages>81-8 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Sugimoto-Shirasu K, Roberts GR, Stacey NJ, McCann MC, Maxwell A, Roberts K</workauthor>
					<pubdate>(2005)</pubdate>
					<articletitle>RHL1 is an essential component of the plant DNA topoisomerase VI complex and is required for ploidy-dependent cell growth.</articletitle>
					<worktitle>PNAS</worktitle>
					<number>102:</number>
					<pages>18736-41</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Sunkar R, Zhu J-K</workauthor>
					<pubdate> (2004)</pubdate>
					<articletitle>Novel and stress-regulated microRNAs and other small RNAs from Arabidopsis.</articletitle>
					<worktitle>The Plant Cell</worktitle>
					<number>16:</number>
					<pages>2001-19</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Susín S, Abián J, Peleato ML, Sánchez-Baeza F, Abadía A, Gelpi E, Abadía J</workauthor>
					<pubdate> (1993)</pubdate>
					<articletitle>Flavin excretion from roots of iron-deficient sugar beet (</articletitle>
					<articletitle>Beta vulgaris</articletitle>
					<articletitle> L.).</articletitle>
					<worktitle>Planta</worktitle>
					<number>193:</number>
					<pages>514-519</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Suzuki T, Miwa K, Ishikawa K, Yamada H, Aiba H, Mizuno T</workauthor>
					<pubdate>(2001) </pubdate> <articletitle>The Arabidopsis sensor His-kinase, AHK4, can respond to cytokinins.</articletitle>
					<worktitle>Plant and Cell Physiology</worktitle>
					<number>42:</number>
					<pages>107-13</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Synek L, Schlager N, Eliás M, Quentin M, Hauser M-T, &#381;árský V</workauthor>
					<pubdate>(2006)</pubdate>
					<articletitle>AtEXO70A1, a member of a family of putative exocyst subunits specifically expanded in land plants, is important for polar growth and plant development.</articletitle>
					<worktitle>The Plant Journal</worktitle>
					<number>48: </number> <pages>54-72</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Takabatake R, Hata S, Taniguchi M, Kouchi H, Sugiyama T</workauthor>
					<pubdate>(1999)</pubdate>
					<articletitle>Isolation and characterization of cDNAs encoding mitochondrial phosphate transporters in soybean, maize, rice, and Arabidopsis.</articletitle>
					<worktitle>Plant Molecular Biology</worktitle>
					<number>40:</number>
					<pages>479-86 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Taylor CB, Bariola PA, del Cardayré SB, Raines RT, Green PJ</workauthor>
					<pubdate>(1993)</pubdate>
					<articletitle>RNS2: a senescence-associated RNase of Arabidopsis that diverged from the S-RNases before speciation.</articletitle>
					<worktitle>PNAS</worktitle>
					<number>90:  </number>
					<pages>5118-22  </pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Thomine S, Leličvre F, Debarbieux E, Schroeder JI, Barbier-Brygoo H</workauthor>
					<pubdate>(2003)</pubdate>
					<articletitle>AtNRAMP3, a multispecific vacuolar metal transporter involved in plant responses to iron deficiency.</articletitle>
					<worktitle>The Plant Journal</worktitle>
					<number>34:</number>
					<pages>685-95 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Thomine S, Wang R, Ward JM, Crawford NM, Schroeder JI</workauthor>
					<pubdate>(2000)</pubdate>
					<articletitle>Cadmium and iron transport by members of a plant transporter gene family in </articletitle>
					<articletitle>Arabidopsis</articletitle>
					<articletitle> with homology to NRAMP genes.</articletitle>
					<worktitle>PNAS</worktitle>
					<number>97:</number>
					<pages>4991-6 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Ticconi CA, Abel S</workauthor>
					<pubdate>(2004)</pubdate>
					<articletitle>Short on phosphate: plant surveillance and countermeasures.</articletitle>
					<worktitle>Trends in Plant Science</worktitle>
					<number>9:</number>
					<pages>548-55</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Ticconi CA, Delatorre CA, Abel S</workauthor>
					<pubdate>(2001)</pubdate>
					<articletitle>Attenuation of phosphate starvation responses by phosphite in Arabidopsis.</articletitle>
					<worktitle>Plant Physiology</worktitle>
					<number>127:</number>
					<pages>963-72</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Ticconi CA, Delatorre CA, Lahner B, Salt DE, Abel S</workauthor>
					<pubdate>(2004)</pubdate>
					<articletitle>Arabidopsis </articletitle>
					<articletitle>pdr2</articletitle>
					<articletitle> reveals a phosphate-sensitive checkpoint in root development.</articletitle>
					<worktitle>The Plant Journal</worktitle>
					<number>37:</number>
					<pages>801-14</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Tiffin OL</workauthor>
					<pubdate>(1966)</pubdate>
					<articletitle>Iron translocation I. Plant culture, exudate sampling, and iron-citrate analysis.</articletitle>
					<worktitle>Plant Physiology</worktitle>
					<number>41:</number>
					<pages>510-4 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Törjék O, Berger D, Meyer RC, Müssig C, Schmidt KJ, Sörensen TR, Weisshaar B, Mitchel-Olds T, Altmann T</workauthor>
					<pubdate> (2003)</pubdate>
					<articletitle>Establishment of a high-affinity SNP-based framework marker set for Arabidopsis.</articletitle>
					<worktitle>The Plant Journal</worktitle>
					<number>36:</number>
					<pages>122-40 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Torrey J</workauthor>
					<pubdate>(1950)</pubdate>
					<articletitle>The induction of lateral roots by indoleacetic acid and root decapitation.</articletitle>
					<worktitle>American Journal of Botany</worktitle>
					<number>37: </number> <pages>257-64</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Tsugeki R, Fedoroff NV</workauthor>
					<pubdate>(1999)</pubdate>
					<articletitle>Genetic ablation of root cap cells in Arabidopsis.</articletitle>
					<worktitle>PNAS</worktitle>
					<number>96:</number>
					<pages>12941-6</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Ueki K</workauthor>
					<pubdate>(1978)</pubdate>
					<articletitle>Control of phosphatase release from cultured tobacco cells.</articletitle>
					<worktitle>Plant and Cell Physiology</worktitle>
					<number>19:</number>
					<pages>385-92</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Ullrich-Eberius CI, Novacky A, van Bel AJE</workauthor>
					<pubdate>(1984)</pubdate>
					<articletitle>Phosphate uptake in </articletitle>
					<articletitle>Lemna gibba</articletitle>
					<articletitle> G1: energetics and kinetics.</articletitle>
					<worktitle>Planta</worktitle>
					<number>161:</number> <pages> 46-52</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>van Hengel AJ, Barber C, Roberts K</workauthor>
					<pubdate>(2004)</pubdate>
					<articletitle>The expression patterns of arabinogalactan-protein </articletitle>
					<articletitle>AtAGP30</articletitle>
					<articletitle> and </articletitle>
					<articletitle>GLABRA2</articletitle>
					<articletitle> reveals a role for abscisic acid in the early stages of root epidermal patterning.</articletitle>
					<worktitle>The Plant Journal</worktitle>
					<number>39:</number>
					<pages>70-83</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Vance CP, Uhde-Stone C, Allan DL</workauthor>
					<pubdate>(2003)</pubdate>
					<articletitle>Phosphorus acquisition and use: critical adaptations by plants for securing a nonrenewable resource.</articletitle>
					<worktitle>The New Phytologist</worktitle>
					<number>157:</number>
					<pages>423-47 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Vernoud V, Horton AC, Yang Z, Nielsen E</workauthor>
					<pubdate>(2003)</pubdate>
					<articletitle>Analysis of the small GTPase gene superfamily of Arabidopsis.</articletitle>
					<worktitle>Plant Physiology</worktitle>
					<number>131:</number>
					<pages>1191-205</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Vert G, Briat J-F, Curie C</workauthor>
					<pubdate>(2003)</pubdate>
					<articletitle>Dual regulation of the Arabidopsis high-affinity root iron uptake system by local and long-distance signals.</articletitle>
					<worktitle>Plant Physiology</worktitle>
					<number>132:</number>
					<pages>796-804</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Vert G, Grotz N, Dédaldéchamp F, Gaymard F, Guerinot ML, Briat J-F, Curie C</workauthor>
					<pubdate>(2002) </pubdate> <articletitle>IRT1, an Arabidopsis transporter essential for iron uptake from the soil and for plant growth.</articletitle>
					<worktitle>The Plant Cell</worktitle>
					<number>14:</number>
					<pages>1223-33</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Very A-A, Davies JM</workauthor>
					<pubdate>(2000)</pubdate>
					<articletitle>Hyperpolarization-activated calcium channels at the tip of Arabidopsis root hairs.</articletitle>
					<worktitle>PNAS</worktitle>
					<number>97:</number>
					<pages>9801-6</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Vincent P, Chua M, Nogue F, Fairbrother A, Mekeel H, Xu Y, Allen N, Bibikova TN, Gilroy S, Bankaitis VA</workauthor>
					<pubdate>(2005)</pubdate>
					<articletitle>A Sec14p-nodulin domain phosphatidylinositol transfer protein polarizes membrane growth of </articletitle>
					<articletitle>Arabidopsis thaliana</articletitle>
					<articletitle> root hairs.</articletitle>
					<worktitle>The Journal of Cell Biology</worktitle>
					<number>168:</number>
					<pages>801-12</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Vincente-Agullo F, Rigas S, Desbrosses G, Dolan L, Hatzopoulos P, Grabov A</workauthor>
					<pubdate>(2004)</pubdate>
					<articletitle>Potassium carrier TRH1 is required for auxin transport in Arabidopsis roots.</articletitle>
					<worktitle>The Plant Journal</worktitle>
					<number>40: </number> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Vissenberg K, Fry SC, Verbelen J-P</workauthor>
					<pubdate>(2001)</pubdate>
					<articletitle>Root hair initiation is coupled to a highly localized increase of xyloglucan endotransglycosylase action in Arabidopsis roots.</articletitle>
					<worktitle>Plant Physiology</worktitle>
					<number>127:</number>
					<pages>1125-35</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>von Wirén N, Klair S, Bansal S, Briat J-F, Khodr H, Shioiri T, Leigh RA, Hider RC</workauthor>
					<pubdate>(1999)</pubdate>
					<articletitle>Nicotianamine chelates both FeIII and FeII. Implications for metal transport in plants.</articletitle>
					<worktitle>Plant Physiology</worktitle>
					<number>119:</number>
					<pages>1107-14</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Wada T, Kurata T, Tominaga R, Koshino-Kimura Y, Tachibana T, Goto K, Marks D, Shimura Y, Okada K</workauthor>
					<pubdate>(2002)</pubdate>
					<articletitle>Role of a positive regulator of root hair development, </articletitle>
					<articletitle>CAPRICE</articletitle>
					<articletitle>, in Arabidopsis root epidermal cell differentiation.</articletitle>
					<worktitle>Development</worktitle>
					<number>129:</number>
					<pages>5409-19 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Wada T, Tachibana T, Shimura Y, Okada K</workauthor>
					<pubdate>(1997)</pubdate>
					<articletitle>Epidermal cell differentiation in Arabidopsis determined by a MYB homolog CPC.</articletitle>
					<worktitle>Science</worktitle>
					<number>277:</number>
					<pages>1113-6  </pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Wade VJ, Treffry A, Laulhčre JP, Bauminger ER, Cleton MI, Mann S</workauthor>
					<pubdate>(1993)</pubdate>
					<articletitle>Structure and composition of ferritin cores from pea seed (</articletitle>
					<articletitle>Pisum sativum)</articletitle>
					<articletitle>.</articletitle>
					<worktitle>Biochimica Biophysica Acta</worktitle>
					<number>1161:</number>
					<pages>91-6</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Walker AR, Davison PA, Bolognesi-Winfield AC, James CM, Srinivasan N, Blundell TL, Esch JJ, Marks MD, Gray JC</workauthor>
					<pubdate>(1999)</pubdate>
					<articletitle>The </articletitle>
					<articletitle>TRANSPARENT TESTA GLABRA1</articletitle>
					<articletitle> locus, which regulates trichome differentiation and anthocyanin biosynthesis in Arabidopsis, encodes a WD40 repeat protein.</articletitle>
					<worktitle>The Plant Cell</worktitle>
					<number>11:</number>
					<pages>1337-49</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Walker JD, Oppenheimer DG, Concienne J, Larkin JC</workauthor>
					<pubdate>(2000)</pubdate>
					<articletitle>SIAMESE, a gene controlling the endoreduplication cell cycle in </articletitle>
					<articletitle>Arabidopsis thaliana</articletitle>
					<articletitle> trichomes.</articletitle>
					<worktitle>Development</worktitle>
					<number>127:</number>
					<pages>3931-40</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Wang H, Lockwood SK, Hoeltzel MF, Schiefelbein JW</workauthor>
					<pubdate>(1997)</pubdate>
					<articletitle>The </articletitle>
					<articletitle>ROOT HAIR DEFECTIVE3</articletitle>
					<articletitle> gene encodes an evolutionarily conserved protein with GTP-binding motifs and is required for regulated cell enlargement in Arabidopsis.</articletitle>
					<worktitle>Genes and Development</worktitle>
					<number>11:</number> <pages> 799-811</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Wang X, Cnops G, Vanderhaeghen R, De Block S, Van Montagu M, Van Lijsebettens M</workauthor>
					<pubdate>(2001)</pubdate>
					<articletitle>AtCSLD3</articletitle>
					<articletitle>, a cellulose synthase-like gene important for root hair growth in Arabidopsis.</articletitle>
					<worktitle>Plant Physiology</worktitle>
					<number>126:</number>
					<pages>575-86</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Wasaki J, Yonetani R, Kai M, Osaki M</workauthor>
					<pubdate>(2003)</pubdate>
					<articletitle>Expression of the </articletitle>
					<articletitle>OsPI1</articletitle>
					<articletitle> gene, cloned from rice roots using cDNA microarray, rapidly responds to phosphorus status.</articletitle>
					<worktitle>New Phytologist</worktitle>
					<number>158:</number>
					<pages>239-48 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Waters BM, Blevins DG, Eide DJ</workauthor>
					<pubdate>(2002)</pubdate>
					<articletitle>Characterization of FRO1, a pea ferric-chelate reductase involved in root iron acquisition.</articletitle>
					<worktitle>Plant Physiology</worktitle>
					<number>129:</number>
					<pages>85-94</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Webb M, Jouannic S, Foreman J, Linstead P, Dolan L</workauthor>
					<pubdate>(2002)</pubdate>
					<articletitle>Cell specification in the Arabidopsis root epidermis requires the activity of ECTOPIC ROOT HAIR3 - a katanin-p60 protein.</articletitle>
					<worktitle>Development</worktitle>
					<number>129:</number>
					<pages>123-31</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Welch RM, Norvell WA, Schaefer SC, Shaft JE, Kochian LV</workauthor>
					<pubdate>(1993)</pubdate>
					<articletitle>Induction of iron(III) and copper(II) reduction in pea (</articletitle>
					<articletitle>Pisum sativum</articletitle>
					<articletitle> L.) roots by Fe and Cu status: Does the root-cell plasmalemma Fe(III)-chelate reductase perform a general role in regulating cation uptake?</articletitle>
					<worktitle>Planta</worktitle>
					<number>190:</number>
					<pages>555-61</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Wellman CH, Osterloff PL, Mohiuddin U</workauthor>
					<pubdate>(2003) </pubdate> <articletitle>Fragments of the earliest land plants.</articletitle>
					<worktitle>Nature</worktitle>
					<number>425: </number> <pages>282-5</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>White PF, Robson AD</workauthor>
					<pubdate>(1989)</pubdate>
					<articletitle>Rhizosphere acidification and Fe</articletitle>
					<articletitle>
						<sup>3+</sup>
					</articletitle>
					<articletitle> reduction in lupins and peas: Iron deficiency in lupins is not due to a poor ability to reduce Fe</articletitle>
					<articletitle>
						<sup>3+</sup>
					</articletitle>
					<articletitle>.</articletitle>
					<worktitle>Plant and Soil</worktitle>
					<number>119: </number> <pages>163-75</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Willemsen V, Friml J, Grebe M, van den Toorn A, Palme K, Scheres B</workauthor>
					<pubdate>(2003)</pubdate>
					<articletitle>Cell polarity and PIN protein positioning in Arabidopsis require </articletitle>
					<articletitle>STEROL METHYLTRANSFERASE1</articletitle>
					<articletitle> function.</articletitle>
					<worktitle>The Plant Cell</worktitle>
					<number>15:</number>
					<pages>612-25</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Williamson LC, Ribrioux SPCP, Fitter AH, Leyser HMO</workauthor>
					<pubdate>(2001) </pubdate> <articletitle>Phosphate availability regulates root system architecture in Arabidopsis.</articletitle>
					<worktitle>Plant Physiology</worktitle> <number> 126:</number>
					<pages>875-82 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Wilson AK, Pickett FB, Turner JC, Estelle M</workauthor>
					<pubdate>(1990)</pubdate>
					<articletitle>A dominant mutation in Arabidopsis confers resistance to auxin, ethylene and abscisic acid.</articletitle>
					<worktitle>Molecular and General Genetics</worktitle>
					<number>222:</number>
					<pages>377-83</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Wintz H, Fox T, Wu Y-Y, Feng V, Chen W, Chang H-S, Zhu T, Vulpe C</workauthor>
					<pubdate>(2003)</pubdate>
					<articletitle>Expression profiles of </articletitle>
					<articletitle>Arabidopsis thaliana</articletitle>
					<articletitle> in mineral deficiencies reveal novel transporters involved in metal homeostasis.</articletitle>
					<worktitle>The Journal of Biological Chemistry</worktitle>
					<number>278:</number>
					<pages>47644-53</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Wykoff DD, Grossman AR, Weeks DP, Usuda H, Shimogawara K</workauthor>
					<pubdate>(1999)</pubdate>
					<articletitle>Psr1, a nuclear localized protein that regulates phosphorus metabolism in Clamydomonas.</articletitle>
					<worktitle>PNAS</worktitle>
					<number>96:</number>
					<pages>15336-41 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Wymer CL, Bibikova TN, Gilroy S</workauthor>
					<pubdate>(1997)</pubdate>
					<articletitle>Cytoplasmic free calcium distributions during the development of root hairs of </articletitle>
					<articletitle>Arabidopsis thaliana</articletitle>
					<articletitle>.</articletitle>
					<worktitle>The Plant Journal</worktitle>
					<number>12:</number>
					<pages>427-39</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Xu C-R, Liu C, Wang Y-L, Li L-C, Chen W-Q, Xu Z-H, Bai S-N</workauthor>
					<pubdate>(2005)</pubdate>
					<articletitle>Histone acetylation affects expression of cellular patterning genes in the Arabidopsis root epidermis.</articletitle>
					<worktitle>PNAS</worktitle>
					<number>102:</number>
					<pages>14469-74</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Xu J, Scheres B</workauthor>
					<pubdate>(2005) </pubdate> <articletitle>Dissection of Arabidopsis ADP-RIBOSYLATION FACTOR1 function in epidermal cell polarity.</articletitle>
					<worktitle>The Plant Cell</worktitle>
					<number>17:</number>
					<pages>525-36</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Yalovsky S, Rodríguez-Concepción M, Gruissem W</workauthor>
					<pubdate>(1999) </pubdate> <articletitle>Lipid modifications of proteins - slipping in and out of membranes.</articletitle>
					<worktitle>Trends in Plant Science</worktitle> <number> 4:</number> <pages> 439-45</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Yan F, Zhu Y, Müller C, Zörb C, Schubert S</workauthor>
					<pubdate>(2002)</pubdate>
					<articletitle>Adaptation of H</articletitle>
					<articletitle>
						<sup>+</sup>
					</articletitle>
					<articletitle>-pumping and plasma membrane H</articletitle>
					<articletitle>
						<sup>+</sup>
					</articletitle>
					<articletitle> ATPase activity in proteoid roots of white lupin under phosphate deficiency.</articletitle>
					<worktitle>Plant Physiology</worktitle>
					<number>129:</number>
					<pages>50-63</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Yi K, Wu Z, Zhou J, Du L, Guo L, Wu Y, Wu  P</workauthor>
					<pubdate>(2005)</pubdate>
					<articletitle>OsPTF1, a novel transcription factor involved in tolerance to phosphate starvation in rice.</articletitle>
					<worktitle>Plant Physiology</worktitle>
					<number>138:</number>
					<pages>2087-96</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Yu Y-B, Yang SF</workauthor>
					<pubdate>(1979)</pubdate>
					<articletitle>Auxin-induced ethylene production and its inhibition by aminoethoxyvinylglycine and cobalt ion.</articletitle>
					<worktitle>Plant Physiology</worktitle>
					<number>64: </number> <pages>1074-7 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Zhang C, Römheld V, Marschner H</workauthor>
					<pubdate> (1995)</pubdate>
					<articletitle>Distribution pattern of root-supplied </articletitle>
					<articletitle>
						<sup>59</sup>
					</articletitle>
					<articletitle>iron in iron-sufficient and -deficient bean plants.</articletitle>
					<worktitle>Journal of Plant Nutrition</worktitle>
					<number>18</number>:  <pages>2049-58</pages>
				</citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Zhang Y-J, Lynch JP, Brown KM</workauthor>
					<pubdate>(2003)</pubdate>
					<articletitle>Ethylene and phosphorus availability have interacting yet distinct effects on root hair development.</articletitle>
					<worktitle>Journal of Experimental Botany</worktitle>
					<number>54:</number>
					<pages>2351-61 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Zheng H, Kunst L, Hawes C, Moore I</workauthor>
					<pubdate>(2004) </pubdate> <articletitle>A GFP-based assay reveals a role for RHD3 in transport between the endoplasmic reticulum and Golgi apparatus.</articletitle>
					<worktitle>The Plant Journal</worktitle>
					<number>37:</number>
					<pages>398-414 </pages> </citation>
			
			
				<citation published="yes" workType="Journal">
					<workauthor>Zheng Z-L, Yang Z</workauthor>
					<pubdate>(2000)</pubdate>
					<articletitle>The Rop GTPase: an emerging signaling switch in plants.</articletitle>
					<worktitle>Plant Molecular Biology</worktitle>
					<number>44</number>:  <pages>1-9 </pages> </citation>
			
			<p>
				<link id="_Toc158175633"/>
			</p>
		</bibliography></cms:content></cms:document></cms:container>