※Citation
For publication of results please cite the following articles:
GPS-Lipid: a robust tool for the prediction of multiple lipid modification sites. |
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※ GPS-Lipid/CSS-Palm cited by >180 publications :
1. Fukata Y, et al. Nature Reviews Neuroscience.2010;11(3):161-175.[PMID: 20168314]
2. Chamberlain LH, et al. Physiological Reviews.2015;95(2):341-376.[PMID: 25834228]
3. Brigidi GS, et al. Nature Neuroscience.2014;17(4):522-U571.[PMID: 24562000]
4. Blank M, et al. Molecular Biology and Evolution.2012;29(11):3553-3561.[PMID: 22718912]
5. Hoffmann FG, et al. Molecular Biology and Evolution.2012;29(7):1735-1745.[PMID: 22319164]
6. Schwarze K, et al. Molecular Biology and Evolution.2014;31(10):2708-2721.[PMID: 25061084]
7. Foe IT, et al. Cell Host & Microbe.2015;18(4):501-511.[PMID: 26468752]
8. Frenal K, et al. Cell Host & Microbe.2010;8(4):343-357.[PMID: 20951968]
9. Hicks SW, et al. Cell Host & Microbe.2011;10(1):9-20.[PMID: 21767808]
10. Batistic O, et al. Cell Research.2012;22(7):1155-1168.[PMID: 22547024]
11. Dejanovic B, et al. Plos Biology.2014;12(7).[PMID: 25025157]
12. Beard RS, et al. Nature Communications.2016;7.[PMID: 27653213]
13. De Henau S, et al. Nature Communications.2015;6.[PMID: 26621324]
14. Peyretaillade E, et al. Nature Communications.2012;3.[PMID: 23072807]
15. Ra EA, et al. Nature Communications.2016;7.[PMID: 27216961]
16. Misra JR, et al. Developmental Cell.2016;39(2):254-266.[PMID: 27746048]
17. Young FB, et al. Progress in Neurobiology.2012;97(2):220-238.[PMID: 22155432]
18. Kemp BJ, et al. Current Biology.2012;22(23):2213-2220.[PMID: 23141108]
19. Liu JJ, et al. Current Biology.2013;23(11):993-998.[PMID: 23684977]
20. Bosmans F, et al. Proceedings of the National Academy of Sciences of the United States of America.2011;108(50):20213-20218.[PMID: 22123950]
21. Fredericks GJ, et al. Proceedings of the National Academy of Sciences of the United States of America.2014;111(46):16478-16483.[PMID: 25368151]
22. Santos JM, et al. Proceedings of the National Academy of Sciences of the United States of America.2016;113(26):7183-7188.[PMID: 27303037]
23. Dowal L, et al. Blood.2011;118(13):E62-E73.[PMID: 21813449]
24. Betz C, et al. Journal of Cell Biology.2013;203(4):563-574.
25. Matakatsu H, et al. Journal of Cell Biology.2017;216(1):265-277.
26. Van Dolah DK, et al. Biological Psychiatry.2011;69(11):1035-1042.[PMID: 21216391]
27. Pan Y, et al. Nucleic Acids Research.2014;42(18):11570-11588.[PMID: 25232094]
28. Blicher T, et al. Current Opinion in Structural Biology.2010;20(3):335-341.[PMID: 20403684]
29. George J, et al. Elife.2015;4.[PMID: 25884247]
30. Wang SH, et al. Elife.2015;4.[PMID: 26371552]
31. Mill P, et al. Plos Genetics.2009;5(11).[PMID: 19956733]
32. Saleem AN, et al. Plos Genetics.2010;6(6).[PMID: 20548961]
33. Beck JR, et al. Plos Pathogens.2010;6(9).[PMID: 20844581]
34. Couto D, et al. Plos Pathogens.2016;12(8).[PMID: 27494702]
35. Frenal K, et al. Plos Pathogens.2014;10(11).[PMID: 25393004]
36. Garrison E, et al. Plos Pathogens.2012;8(11).[PMID: 23209419]
37. Katris NJ, et al. Plos Pathogens.2014;10(4).[PMID: 24743791]
38. Yount JS, et al. Current Opinion in Chemical Biology.2013;17(1):27-33.[PMID: 23332315]
39. Chesarino NM, et al. Bmc Biology.2014;12.[PMID: 25371237]
40. Boavida LC, et al. Plant Physiology.2013;163(2):696-712.[PMID: 23946353]
41. Matsui H, et al. Plant Physiology.2014;166(1):327-336.[PMID: 24958714]
42. Qi D, et al. Plant Physiology.2014;164(1):340-351.
43. Yang W, et al. Molecular & Cellular Proteomics.2010;9(1):54-70.[PMID: 19801377]
44. Upadhyay S, et al. Mbio.2016;7(6).[PMID: 27879337]
45. Schapansky J, et al. Human Molecular Genetics.2014;23(16):4201-4214.[PMID: 24682598]
46. Bisht NC, et al. New Phytologist.2011;190(1):35-48.[PMID: 21175635]
47. Hemsley PA. New Phytologist.2015;205(2):476-489.[PMID: 25283240]
48. Truernit E, et al. Development.2012;139(7):1306-1315.[PMID: 22395740]
49. Goldston AM, et al. Trends in Parasitology.2014;30(7):350-360.[PMID: 24954795]
50. Weckwerth P, et al. Plant Cell and Environment.2015;38(3):544-558.[PMID: 25052912]
51. Lai JB, et al. Journal of Experimental Botany.2015;66(20):6345-6353.[PMID: 26160582]
52. Tapken W, et al. Journal of Experimental Botany.2015;66(6):1573-1586.[PMID: 25725094]
53. Tom C, et al. Acs Chemical Biology.2013;8(1):46-57.[PMID: 23215442]
54. Roberts BJ, et al. Journal of Cell Science.2014;127(17):3782-3793.[PMID: 25002405]
55. Tsugama D, et al. Biochimica Et Biophysica Acta-Molecular Cell Research.2012;1823(12):2254-2260.[PMID: 23058975]
56. Saja S, et al. Neurobiology of Disease.2010;40(1):135-145.[PMID: 20206262]
57. Frohlich M, et al. Cell Death & Disease.2014;5.[PMID: 24525733]
58. Ganesan L, et al. Scientific Reports.2017;7.[PMID: 28112226]
59. Hettenhausen C, et al. Scientific Reports.2016;6.[PMID: 26733237]
60. Morrison E, et al. Scientific Reports.2015;5.[PMID: 26111759]
61. Xie YB, et al. Scientific Reports.2016;6.[PMID: 27306108]
62. Bayyareddy K, et al. Journal of Proteome Research.2012;11(12):5843-5855.[PMID: 23153095]
63. Yagoub D, et al. Journal of Proteome Research.2015;14(12):5038-5047.[PMID: 26554900]
64. Gehmlich K, et al. Heart Rhythm.2010;7(10):1446-1453.
65. Mathews EA, et al. Genetics.2012;192(4):1315-+.[PMID: 23051648]
66. Miclaus M, et al. Genetics.2011;189(4):1271-+.[PMID: 21926304]
67. Sanders SS, et al. Plos Computational Biology.2015;11(8).[PMID: 26275289]
68. Anderson-White BR, et al. Cellular Microbiology.2011;13(1):18-31.[PMID: 20698859]
69. Cabrera A, et al. Traffic.2012;13(10):1335-1350.[PMID: 22759070]
70. Polonais V, et al. Traffic.2011;12(3):287-300.[PMID: 21143563]
71. Lee HJ, et al. Cell Communication and Signaling.2010;8.[PMID: 20509869]
72. Frietze KM, et al. Journal of Virology.2010;84(21):11310-11322.[PMID: 20739542]
73. Selariu A, et al. Journal of Virology.2012;86(16):8614-8624.[PMID: 22674980]
74. Chen L, et al. Journal of Biological Chemistry.2013;288(18):13136-13144.
75. Giancaspero TA, et al. Journal of Biological Chemistry.2013;288(40):29069-29080.[PMID: 23946482]
76. Howe V, et al. Journal of Biological Chemistry.2015;290(46):27533-27544.[PMID: 26434806]
77. Jeffries O, et al. Journal of Biological Chemistry.2010;285(43):33307-33314.[PMID: 20693285]
78. Jeffries O, et al. Journal of Biological Chemistry.2012;287(2):1468-1477.[PMID: 22084244]
79. Kawano Y, et al. Journal of Biological Chemistry.2014;289(27):19079-19088.[PMID: 24841201]
80. Kumari R, et al. Journal of Biological Chemistry.2013;288(44):32004-32019.[PMID: 24045944]
81. Majeau N, et al. Journal of Biological Chemistry.2009;284(49):33915-33925.[PMID: 19783655]
82. Montigny C, et al. Journal of Biological Chemistry.2014;289(49):33850-33861.[PMID: 25301946]
83. Montpellier C, et al. Journal of Biological Chemistry.2011;286(16):13954-13965.[PMID: 21343309]
84. Mukherjee A, et al. Journal of Biological Chemistry.2014;289(20):14351-14359.[PMID: 24692558]
85. Oku S, et al. Journal of Biological Chemistry.2013;288(27):19816-19829.[PMID: 23687301]
86. Shipston MJ. Journal of Biological Chemistry.2011;286(11):8709-8716.[PMID: 21216969]
87. Swayne LA, et al. Journal of Biological Chemistry.2010;285(32):24977-24986.[PMID: 20529862]
88. Tian LJ, et al. Journal of Biological Chemistry.2010;285(31):23954-23962.[PMID: 20507996]
89. Tokmakov AA, et al. Journal of Biological Chemistry.2012;287(32):27106-27116.[PMID: 22674579]
90. Tulloch LB, et al. Journal of Biological Chemistry.2011;286(41):36020-36031.[PMID: 21868384]
91. Yang X, et al. Journal of Biological Chemistry.2011;286(41):36152-36160.[PMID: 21878636]
92. Zuckerman DM, et al. Journal of Biological Chemistry.2011;286(21):19014-19023.
93. Shipston MJ. Journal of General Physiology.2014;143(6):659-678.[PMID: 24821965]
94. Gauthier-Kemper A, et al. Molecular Biology of the Cell.2014;25(21):3284-3299.[PMID: 25165142]
95. Meissner D, et al. Molecular Biology of the Cell.2010;21(14):2425-2433.[PMID: 20505074]
96. Gutgemann SA, et al. European Journal of Immunology.2015;45(4):1258-1269.[PMID: 25545687]
97. McFie PJ, et al. Biochimica Et Biophysica Acta-Molecular and Cell Biology of Lipids.2014;1841(9):1318-1328.[PMID: 24953780]
98. Rodriguez-Asiain A, et al. Biochimica Et Biophysica Acta-Molecular and Cell Biology of Lipids.2011;1811(12):1124-1135.[PMID: 22020259]
99. Tejero J, et al. Biochimica Et Biophysica Acta-Molecular and Cell Biology of Lipids.2016;1861(5):391-401.[PMID: 26928591]
100. Merino MC, et al. Plos Neglected Tropical Diseases.2014;8(7).[PMID: 25058047]
101. Zoltewicz SJ, et al. Asn Neuro.2012;4(6).[PMID: 23127255]
102. Pinner AL, et al. Schizophrenia Research.2016;177(1-3):78-87.[PMID: 26876311]
103. Droge J, et al. International Journal of Biological Sciences.2014;10(7):689-701.[PMID: 25013378]
104. Kono M, et al. Frontiers in Bioscience-Landmark.2013;18:982-992.
105. Deng Q, et al. Molecular and Cellular Endocrinology.2015;408(C):23-32.[PMID: 25676569]
106. Groeneweg FL, et al. Molecular and Cellular Endocrinology.2012;350(2):299-309.[PMID: 21736918]
107. Singh A, et al. Cell Calcium.2015;58(2):139-146.[PMID: 25933832]
108. Jerng HH, et al. Frontiers in Cellular Neuroscience.2014;8.[PMID: 24723849]
109. Schroeder GN, et al. Infection and Immunity.2015;83(10):3989-4002.[PMID: 26216420]
110. Park JS, et al. Molecular Pharmacology.2012;82(5):784-794.[PMID: 22837314]
111. Clark GB, et al. Plant Science.2014;225:107-116.[PMID: 25017166]
112. Rowland O, et al. Plant Science.2012;193:28-38.[PMID: 22794916]
113. Kolesinski P, et al. Plant Molecular Biology.2011;77(4-5):447-459.[PMID: 21922322]
114. Ye SF, et al. Plant Molecular Biology.2009;70(3):311-325.[PMID: 19263224]
115. Li SY, et al. Journal of Chemical Information and Modeling.2015;55(9):2015-2025.[PMID: 26274591]
116. Kanchiswamy CN, et al. Bmc Genomics.2013;14.[PMID: 24192013]
117. Colquhoun DR, et al. Proteomics.2015;15(12):2066-2077.[PMID: 25914232]
118. Lineiro E, et al. Proteomics.2016;16(17):2363-2376.[PMID: 27329576]
119. Toledo A, et al. Proteomics.2015;15(21):3662-3675.[PMID: 26256460]
120. Lesniewicz K, et al. Bmc Plant Biology.2012;12.[PMID: 23102437]
121. Zhou LA, et al. Bmc Plant Biology.2010;10.[PMID: 21192820]
122. Tokmakov AA. Frontiers in Microbiology.2014;5.[PMID: 24999341]
123. Kamath KS, et al. Journal of Proteomics.2011;75(1):127-144.[PMID: 21983556]
124. Scifo E, et al. Journal of Proteomics.2015;123:42-53.[PMID: 25865307]
125. Thomas PV, et al. Journal of Proteomics.2014;103:178-193.[PMID: 24713161]
126. Wagner G, et al. Journal of Proteomics.2013;82:52-63.[PMID: 23466310]
127. Yano J, et al. Journal of Proteomics.2013;78:113-122.[PMID: 23146917]
128. Vartak N, et al. Biophysical Journal.2014;106(1):93-105.[PMID: 24411241]
129. Sever L, et al. Developmental and Comparative Immunology.2014;42(2):211-219.[PMID: 24060503]
130. Wang Z, et al. Investigative Ophthalmology & Visual Science.2015;56(13):8349-8360.[PMID: 26747763]
131. Gui JS, et al. Frontiers in Plant Science.2015;6.[PMID: 26483819]
132. Mani B, et al. Frontiers in Plant Science.2015;6.[PMID: 26697042]
133. Mohanta TK, et al. Frontiers in Plant Science.2015;6.[PMID: 26734045]
134. Srivastava V, et al. Frontiers in Plant Science.2016;7.[PMID: 27148305]
135. Zauber H, et al. Frontiers in Plant Science.2014;5.[PMID: 24672530]
136. Meyer S, et al. Transfusion.2014;54(12):3198-3207.[PMID: 24845979]
137. Blank M, et al. Plos One.2011;6(9).[PMID: 21949889]
138. Britzen-Laurent N, et al. Plos One.2010;5(12).[PMID: 21151871]
139. Chaki M, et al. Plos One.2014;9(10).[PMID: 25333472]
140. Davies WIL, et al. Plos One.2012;7(12).[PMID: 23251480]
141. Hellewell AL, et al. Plos One.2014;9(6).[PMID: 24910990]
142. Henry SC, et al. Plos One.2014;9(4).[PMID: 24751652]
143. Hrdinka M, et al. Plos One.2012;7(5).[PMID: 22662118]
144. Kumari B, et al. Plos One.2014;9(2).[PMID: 24586628]
145. Lefebvre M, et al. Plos One.2013;8(9).[PMID: 24086735]
146. Liu W, et al. Plos One.2014;9(6).[PMID: 24887436]
147. Lorestani A, et al. Plos One.2010;5(8).[PMID: 20808817]
148. Markussen T, et al. Plos One.2013;8(7).[PMID: 23922911]
149. Rausch F, et al. Plos One.2012;7(10).[PMID: 23094088]
150. Segal-Salto M, et al. Plos One.2016;11(1).[PMID: 26731412]
151. Xue Y, et al. Plos One.2010;5(6).[PMID: 20585580]
152. Zhang XB, et al. Plos One.2013;8(1).[PMID: 23349782]
153. Lorenzo MM, et al. Journal of General Virology.2012;93:733-743.[PMID: 22238237]
154. Chavda B, et al. Expert Opinion on Drug Discovery.2014;9(9):1005-1019.[PMID: 24967607]
155. Planey SL, et al. Expert Opinion on Drug Discovery.2010;5(2):155-164.[PMID: 22822915]
156. Slowinska M, et al. Biology of Reproduction.2014;91(5).[PMID: 25253733]
157. Aicart-Ramos C, et al. Biochimica Et Biophysica Acta-Biomembranes.2011;1808(12):2981-2994.[PMID: 21819967]
158. Caers J, et al. Insect Biochemistry and Molecular Biology.2016;70:73-84.[PMID: 26690928]
159. Meyer JM, et al. Insect Biochemistry and Molecular Biology.2011;41(8):563-571.[PMID: 21457782]
160. Frenal K, et al. International Journal for Parasitology.2014;44(2):121-131.[PMID: 24184909]
161. Boucher LE, et al. Journal of Structural Biology.2015;190(2):93-114.[PMID: 25764948]
162. Tsugama D, et al. Febs Letters.2012;586(6):693-698.[PMID: 22449965]
163. Schuch JB, et al. American Journal of Medical Genetics Part B-Neuropsychiatric Genetics.2016;171(3):479-491.[PMID: 26892727]
164. Awan FM, et al. Infection Genetics and Evolution.2014;27:355-365.[PMID: 25120100]
165. Shipston MJ. Biochemical Society Transactions.2013;41:67-71.[PMID: 23356260]
166. Caballero MC, et al. Biochimica Et Biophysica Acta-Proteins and Proteomics.2016;1864(4):400-408.[PMID: 26825284]
167. Hernandez JL, et al. Molecular Biosystems.2016;12(6):1799-1808.[PMID: 27030425]
168. Raimondo F, et al. Molecular Biosystems.2015;11(6):1708-1716.[PMID: 25926002]
169. Emmer BT, et al. Eukaryotic Cell.2011;10(3):455-463.[PMID: 21193548]
170. Hu LL, et al. Biochimie.2011;93(3):489-496.[PMID: 21075167]
171. Pokotylo I, et al. Biochimie.2014;96:144-157.[PMID: 23856562]
172. Dietrich MA, et al. Fish & Shellfish Immunology.2014;41(2):389-401.[PMID: 25251775]
173. Lorestani A, et al. Cytoskeleton.2012;69(12):1069-1085.[PMID: 23027733]
174. Taylor EB, et al. Molecular Immunology.2015;66(2):126-138.[PMID: 25771179]
175. de Oliveira SSC, et al. Bmc Microbiology.2015;15.[PMID: 26415499]
176. Zerenturk EJ, et al. Bioscience Reports.2014;34:107-+.
177. Gu LQ, et al. Proteomics Clinical Applications.2016;10(12):1159-1177.[PMID: 27666938]
178. Caers J, et al. General and Comparative Endocrinology.2016;235:142-149.[PMID: 27288635]
179. Giltrow E, et al. General and Comparative Endocrinology.2011;173(3):483-490.
180. Hansen M, et al. Neurochemical Research.2013;38(6):1236-1251.[PMID: 23417431]
181. Caers J, et al. Journal of Insect Physiology.2016;93-94:105-111.[PMID: 27677695]
182. Taketa DA, et al. Immunogenetics.2015;67(10):605-623.[PMID: 26359175]
183. Fu L, et al. Chemometrics and Intelligent Laboratory Systems.2014;135:208-212.
184. Cui X, et al. Parasitology.2012;139(8):998-1004.[PMID: 22405293]
185. Horna-Terron E, et al. International Journal of Molecular Sciences.2014;15(12):23501-23518.[PMID: 25526565]
186. Patnaik BB, et al. International Journal of Molecular Sciences.2013;14(10):20744-20767.[PMID: 24132157]
187. Wang XB, et al. Protein Engineering Design & Selection.2009;22(11):707-712.[PMID: 19783671]
188. Xue Y, et al. Protein Engineering Design & Selection.2011;24(3):255-260.
189. Murungi E, et al. Parasitology International.2014;63(2):341-348.[PMID: 24269876]
190. Shen CJ, et al. Virology Journal.2009;6.[PMID: 19575796]
191. Wu Y, et al. Virology Journal.2011;8.[PMID: 21609474]
192. Abe H, et al. Gene.2012;494(2):174-180.[PMID: 22197655]
193. Shi SP, et al. Journal of Molecular Graphics & Modelling.2013;40:125-130.[PMID: 23419766]
194. Butt AM, et al. Molecular Biology Reports.2012;39(2):1359-1369.[PMID: 21617949]
195. Zuo R, et al. Molecular Biology Reports.2013;40(3):2645-2662.[PMID: 23242656]
196. Rausch F, et al. Journal of Molecular Modeling.2014;20(11).[PMID: 25381619]
197. Abe H, et al. Journal of Molecular Evolution.2013;77(5-6):260-267.[PMID: 24193891]
198. Albisetti A, et al. Experimental Parasitology.2015;155:49-57.[PMID: 25982029]
199. Tetaud E, et al. Experimental Parasitology.2016;166:97-107.[PMID: 27060615]
200. Hao JW, et al. Virus Genes.2014;49(1):58-67.[PMID: 24771495]
201. Li YX, et al. Protein and Peptide Letters.2011;18(2):186-193.[PMID: 21054270]
202. Charollais J, et al. Molecular Membrane Biology.2009;26(1-2):55-66.[PMID: 19085289]
203. Planey SL, et al. Molecular Membrane Biology.2009;26(1-2):14-31.[PMID: 19191172]
204. Ghosh R, et al. Journal of Plant Interactions.2015;10(1):158-166.
205. Farani TF, et al. Genetics and Molecular Research.2015;14(1):483-491.[PMID: 25729982]
206. Huang GH, et al. Mini-Reviews in Organic Chemistry.2015;12(6):468-480.
207. Fang CY, et al. Chinese Journal of Analytical Chemistry.2014;42(4):616-622.
208. Bhardwaj A, et al. Animal Biotechnology.2012;23(2):71-88.[PMID: 22537057]
209. Prajer M, et al. Folia Biologica-Krakow.2015;63(3):195-213.[PMID: 26462332]
210. Graebert A, et al. Trace Elements and Electrolytes.2010;27(3):140-144.
211. Xiang Y, et al. Legume Research.2015;38(3):313-320.
212. Einarsson E, et al. Msphere.2016;1(2).[PMID: 27303715]
213. Qin YM, et al. Big Data Research.2015;2(1):12-18.
214. Rao KH, et al. Msphere.2016;1(4).[PMID: 27504497]
215. Shipston MJ. Frontiers in Physiology.2014;5.[PMID: 25140154]
216. Spang A. Membranes.2015;5(1):84-98.
217. Swartzlander DB, et al. (2012) In Doetsch, P. W.
218. Wright MH, et al. Acs Infectious Diseases.2016;2(6):427-441.[PMID: 27331140]