※ Previous CSS-Palm is cited by more than 400 publications :
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66. Aicart-Ramos C , et al.Biochimica Et Biophysica Acta-Biomembranes.2011;1808(12):2981-2994[PMID: 21819967]
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77. Butt AM , et al.Molecular Biology Reports.2012;39(2):1359-1369[PMID: 21617949]
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81. Davies WIL , et al.Plos One.2012;7(12)[PMID: 23251480]
82. Dowal L , et al.Blood.2011;118(13):E62-E73[PMID: 21813449]
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87. Frohlich M , et al.Cell Death & Disease.2014;5[PMID: 24525733]
88. Garrison E , et al.Plos Pathogens.2012;8(11)[PMID: 23209419]
89. Gehmlich K , et al.Heart Rhythm.2010;7(10):1446-1453[PMID: 20708101]
90. Giancaspero TA , et al.Journal of Biological Chemistry.2013;288(40):29069-29080[PMID: 23946482]
91. Giltrow E , et al.General and Comparative Endocrinology.2011;173(3):483-490[PMID: 21827763]
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114. Markussen T , et al.Plos One.2013;8(7)[PMID: 23922911]
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120. Mukherjee A , et al.Journal of Biological Chemistry.2014;289(20):14351-14359[PMID: 24692558]
121. Murungi E , et al.Parasitology International.2014;63(2):341-348[PMID: 24269876]
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164. Aksnes Henriette , et al.Molecular Cell.2019;73(6):1097-1114[PMID: 30878283 ]
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169. Ernst Andreas M. , et al.Developmental Cell.2018;47(4):479-+[PMID: 30458139 ]
170. Pulkoski-Gross Michael J. , et al.Biochimica Et Biophysica Acta-molecular And Cell Biology Of Lipids.2018;1863(11):1413-1422[PMID: 30591148 ]
171. Lathe Richard , et al.Journal Of Steroid Biochemistry And Molecular Biology.2018;184:20-28[PMID: 30026064 ]
172. Wang Zhen , et al.Investigative Ophthalmology & Visual Science.2018;59(13):5648-5658[PMID: 30489624 ]
173. Young Pamela A. , et al.Journal Of Biological Chemistry.2018;293(43):16724-16740[PMID: 30190326 ]
174. Dumoulin Alexandre , et al.Frontiers In Molecular Neuroscience.2018;11[PMID: 30319353 ]
175. Li Huiyun , et al.Journal Of Experimental Botany.2018;69(18):4459-4468[PMID: 29931348 ]
176. Hou Jing , et al.Febs Journal.2018;285(15):2900-2921[PMID: 29917313 ]
177. Carluccio Anna Vittoria , et al.Plos Pathogens.2018;14(8)[PMID: 30067843 ]
178. Sallee Maria D. , et al.Plos Biology.2018;16(8)[PMID: 30080857 ]
179. Strauch Lisa , et al.Febs Letters.2018;592(14):2403-2413[PMID: 29920663 ]
180. Ayana R. , et al.Frontiers In Cellular And Infection Microbiology.2018;8[PMID: 29977865 ]
181. Marcello Matthew R. , et al.Biology Of Reproduction.2018;98(6):776-783[PMID: 29546388 ]
182. Wang Mingle , et al.Plant Molecular Biology Reporter.2018;36(2):176-187[PMID: NA ]
183. Jiang Hong , et al.Chemical Reviews.2018;118(3):43-112[PMID: 29292991 ]
184. Fu Shuai , et al.Molecular Plant.2018;11(2):269-287[PMID: 29229567 ]
185. Ritzefeld Markus , et al.Parasitology.2018;145(2):157-174[PMID: 28270257 ]
186. Cecilia Almadanim M. , et al.Biochimica Et Biophysica Acta-molecular Cell Research.2018;1865(2):231-246[PMID: 29100789 ]
187. Huang Guohua , et al.Current Bioinformatics.2018;13(4):387-395[PMID: NA ]
188. Xu Yan , et al.Protein And Peptide Letters.2018;25(9):807-814[PMID: 30255739 ]
189. Ismail Tariq , et al.Acta Biochimica Polonica.2018;65(2):209-218[PMID: 29913479 ]
190. Boyce Andrew K. J. , et al.Biochimica Et Biophysica Acta-biomembranes.2018;1860(1):72-82[PMID: 28279657 ]
191. Mittal Shikha , et al.Frontiers In Chemistry.2017;5[PMID: 29312925 ]
192. Atsmon-Raz Yoav , et al.Journal Of Physical Chemistry B.2017;121(49):11132-11143[PMID: 29144135 ]
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194. Daniotti Jose L. , et al.Traffic.2017;18(11):699-710[PMID: 30067843 ]
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212. Buerstenbinder Katharina , et al.Plant Physiology.2017;173(3):1692-1708[PMID: 28115582 ]
213. Carvalho de Oliveira Simone Santiago , et al.Bmc Microbiology.2015;15[PMID: 26415499 ]
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215. Li Shuyan , et al.Journal Of Chemical Information And Modeling.2015;55(9):2015-2025[PMID: 26274591 ]
216. Sanders Shaun S. , et al.Plos Computational Biology.2015;11(8)[PMID: 26275289 ]
217. Singh Amarjeet , et al.Cell Calcium.2015;58(2):139-146[PMID: 25933832 ]
218. Albisetti Anna , et al.Experimental Parasitology.2015;155:49-57[PMID: 25982029 ]
219. Taylor Erin B. , et al.Molecular Immunology.2015;66(2):126-138[PMID: 25771179 ]
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221. Morrison Eliot , et al.Scientific Reports.2015;5[PMID: 26111759 ]
222. Scifo Enzo , et al.Journal Of Proteomics.2015;123:42-53[PMID: 26217791 ]
223. Deng Qiong , et al.Molecular And Cellular Endocrinology.2015;408(C):23-32[PMID: 27120390 ]
224. Xiang Yang , et al.Legume Research.2015;38(3):313-320[PMID: NA ]
225. Colquhoun David R. , et al.Proteomics.2015;15(12):2066-2077[PMID: 25914232 ]
226. Boucher Lauren E. , et al.Journal Of Structural Biology.2015;190(2):93-114[PMID: 25764948 ]
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228. Chamberlain Luke H. , et al.Physiological Reviews.2015;95(2):341-376[PMID: 30559274 ]
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232. Tapken Wiebke , et al.Journal Of Experimental Botany.2015;66(6):1573-1586[PMID: 25725094 ]
233. Weckwerth Philipp , et al.Plant Cell And Environment.2015;38(3):544-558[PMID: 25052912 ]
234. Huang Guohua , et al.Mini-reviews In Organic Chemistry.2015;12(6):468-480[PMID: 30285084 ]
235. Ghosh Ritesh , et al.Journal Of Plant Interactions.2015;10(1):158-166[PMID: NA ]
236. Prajer Malgorzata , et al.Folia Biologica-krakow.2015;63(3):195-213[PMID: 26462332 ]
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