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Author Report for: Tsim KWK

Name Class
Tsim KWKFull_nameTsim Karl Wah-Keung
First_nameKarl
AddressMailDepartment of Biology; The Hong Kong University of Science and Technology; Clear Water Bay; Kowloon; Hong Kong
CountryChina
E_mailbotsim@ust.hk
URL_WWW//life-sci.ust.hk/team/karl-wah-keung-tsim/
Phone+85223587332
PaperTsim_1997_J.Neurochem_68_479
Wan_1997_Neurosci.Lett_232_83
Pun_1997_J.Neurochem_69_2555
Choi_2001_Mol.Cell.Neurosci_17_732
Choi_2001_J.Neurosci_21_9224
Tsim_2002_Neurosignals_11_58
Siow_2002_J.Biol.Chem_277_36129
Choi_2003_J.Neurosci_23_4445
Wan_2000_Neurosci.Lett_288_81
Choi_1998_Neurosci.Lett_248_17
Jiang_2003_J.Biol.Chem_278_45435
Lee_2004_J.Biol.Chem_279_27098
Luk_2012_Febs.J_279_3229
Tsim_1998_J.Physiol.Paris_92_505
Tsim_2012_Front.Mol.Neurosci_5_101
Choi_2013_Chem.Biol.Interact_203_282
Zha_2013_Chem.Biol.Interact_203_277
Yang_1999_Mol.Cell.Neurosci_13_415
Yang_1998_Brain.Res.Mol.Brain.Res_58_59
Zhou_1997_Mol.Cell.Neurosci_10_56
Xu_2012_J.Ethnopharmacol_143_109
Xu_2012_Evid.Based.Complement.Alternat.Med_2012_278273
Zhu_2012_Evid.Based.Complement.Alternat.Med_2012_149256
Tsim_2004_Cholinergic.Mechanisms.CRC.Press__105
Choi_2004_Cholinergic.Mechanisms.CRC.Press__515
Zhang_2004_Cholinergic.Mechanisms.CRC.Press__757
Xiao_2004_Cholinergic.Mechanisms.CRC.Press__733
Garcia-Ayllon_2014_Neurobiol.Aging_35_1526
Bi_2014_J.Mol.Neurosci_53_461
Campanari_2014_J.Mol.Neurosci_53_446
Mak_2014_J.Mol.Neurosci_53_511
Zou_2014_J.Mol.Neurosci_53_424
Bi_2010_Planta.Med_76_1525
Bi_2012_PLoS.One_7_e51670
Bi_2012_Planta.Med_78_122
Chen_2014_Planta.Med_80_1622
Cheung_2009_J.Ethnopharmacol_124_61
Choi_2013_Evid.Based.Complement.Alternat.Med_2013_635694
Li_2009_J.Chromatogr.A_1216_2071
Li_2009_Planta.Med_75_602
Maiwulanjiang_2013_Evid.Based.Complement.Alternat.Med_2013_687958
Wang_2012_J.Ethnopharmacol_139_214
Wang_2010_Planta.Med_76_1642
Xin_2014_Molecules_19_3450
Xu_2013_Evid.Based.Complement.Alternat.Med_2013_127075
Xu_2013_Planta.Med_79_1710
Xu_2013_Birth.Defects.Res.C.Embryo.Today_99_292
Zhan_2014_Phytomedicine_21_1318
Zhan_2013_Chin.Med_8_12
Zhan_2014_J.Ethnopharmacol_154_825
Zhan_2011_J.Agric.Food.Chem_59_6091
Zhan_2013_Planta.Med_79_533
Zhang_2013_Evid.Based.Complement.Alternat.Med_2013_483286
Zhang_2012_Phytomedicine_19_1042
Zheng_2011_J.Agric.Food.Chem_59_1697
Zheng_2012_J.Pharm.Biomed.Anal_70_671
Zheng_2010_J.Ethnopharmacol_132_259
Zheng_2011_Planta.Med_77_894
Zheng_2014_Planta.Med_80_159
Zheng_2012_Eur.J.Pharmacol_679_34
Zheng_2010_Planta.Med_76_439
Zhu_2009_Planta.Med_75_1489
Zhu_2009_Neurosci.Lett_461_172
Zhu_2010_J.Sep.Sci_33_3666
Zhu_2013_Evid.Based.Complement.Alternat.Med_2013_731385
Hu_2015_J.Mol.Neurosci_55_1014
Xu_2015_J.Mol.Neurosci_57_446
Choi_2013_Mol.Pharmacol_84_50
Choi_2008_J.Biol.Chem_283_11050
Xu_2015_J.Mol.Neurosci_57_486
Li_2005_J.Biol.Chem_280_18179
Tung_2004_Mol.Pharmacol_66_794
Xu_2016_Chem.Biol.Interact_259_295
Lau_2016_Brain.Res_1642_114
Cui_2016_Chem.Biol.Interact_259_291
Xie_2016_Chem.Biol.Interact_259_286
XuL_2016_Chem.Biol.Interact_259_282
Lou_2016_Sci.Rep_6_31926
Ting_2005_Chem.Biol.Interact_157-158_63
Li_2006_Neuroreport_17_471
Xie_2005_Chem.Biol.Interact_157-158_432
Fu_2006_J.Neurochem_98_1400
Zhu_2007_Int.J.Biochem.Cell.Biol_39_93
Choi_2008_Chem.Biol.Interact_175_76
Doctor_2008_Chem.Biol.Interact_175_1
Tsim_2008_Chem.Biol.Interact_175_58
Xie_2008_Chem.Biol.Interact_175_79
Lau_2008_Mol.Cell.Neurosci_39_429
Chen_2010_Chem.Biol.Interact_187_106
Leung_2009_FEBS.J_276_3031
Mok_2009_Neurosci.Lett_461_202
Tsim_2010_J.Mol.Neurosci_40_40
Xie_2010_Chem.Biol.Interact_187_78
Choi_2007_J.Neurochem_102_1316
Fu_2007_J.Proteome.Res_6_2435
Guo_2010_Chem.Biol.Interact_187_246
Lin_2010_Chem.Biol.Interact_187_120
Tsim_2006_J.Mol.Neurosci_30_189
Wan_2006_J.Mol.Neurosci_30_33
Xie_2007_J.Biol.Chem_282_11765
Xie_2010_J.Biol.Chem_285_11537
Xu_2017_J.Biol.Chem_292_12667
Chen_2010_J.Biol.Chem_285_27265
Siow_2010_Mol.Pharmacol_78_1059
Chen_2011_Front.Mol.Neurosci_4_36
Chan_2012_Neurosci.Lett_523_71
Liu_2018_Front.Mol.Neurosci_11_59
Xie_2018_Environ.Pollut_235_965
Xu_2018_J.Neurochem_146_390
Liu_2019_Chem.Biol.Interact_13ChEPon_306_147
Xu_2019_Chem.Biol.Interact_13ChEPon_308_317
Wu_2018_J.Biol.Chem_293_14417
Luo_2019_Chem.Biol.Interact_13ChEPon_308_164
Kong_2019_Molecules_24_
Hu_2019_Cancers.(Basel)_11_
Hu_2018_Phytomedicine_42_135
Hu_2019_J.Agric.Food.Chem_67_1127
Hu_2019_FASEB.J_33_532
Lam_2019_Neurosci.Lett_707_134308
Wang_2019_J.Sep.Sci_42_2500
Xu_2019_Front.Pharmacol_10_1130
Hu_2020_Front.Pharmacol_11_1045
Wu_2020_Neurochem.Int_141_104861
Liu_2020_Acta.Pharm.Sin.B_10_1926
Kong_2020_Molecules_25_
Xuan_2021_ACS.Chem.Neurosci_12_2462
Liu_2021_Mol.Pharmacol__
Wu_2020_FASEB.J_34_8941
Xia_2022_FASEB.J_36_e22189
Guo_2022_FEBS.J__
Pun_1995_Neurosci.Lett_198_107
Reiss_1996_Cell.Tiss.Res_286_13
Tsim_1992_J.Cell.Biol_118_1201
Randall_1987_Eur.J.Biochem_164_95
Tsim_1988_Proc.Natl.Acad.Sci.U.S.A_85_1262
Weetman_1988_Clin.Exp.Immunol_71_96
Tsim_1988_Neurosci.Lett_86_245
Tsim_1988_J.Neurochem_51_95
Tsim_1988_EMBO.J_7_2451
Tsim_1992_Neuron_8_677
Ruegg_1992_Neuron_8_691
Choi_1998_J.Neurochem_71_152
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