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Keyword [rotenone]
Result: 41 - 60 | Page: 3 of 9
41. Effect Of Biological Behavior Of BV2 Stimulated With Rotenone
42. Effects Of Autophagy On The α-synuclein Metabolism And The Relevance Of HDAC6 In Rotenone-induced Injury Of SH-SY5Y Cells
43. The Role Of Cathepsin L In The Rotenone Induced Cell Cycle Abnormal Of SH-SY5Y Cells
44. Effect Of Exposure Of Paraquat, Maneb And Rotenone On The System Of Substantial Nigra And Striatum In Mice
45. Protective Effect Of Rapamycin On Rotenone-induced PC12 Cell Injuries And Its Relative Machanisms
46. Î±-Synuclein Expression In Substantianigra Chronic Rotenone Parkinson's Disease Mice
47. Proteomics Study In Substantia Nigra Of Chronic Mouse Models Of Parkinson's Disease Induced By Rotenone And MPTP
48. Proteomics Study Of Mouse Model Induded By Rotenone In Chronic Parkinson's Desease
49. An Experimental Study Of Butylphthalide On Rotenone-induced Hemiparkinsonian Rats Model
50. Extracellular Signal-regulated Kinase Regulates Rotenone-induced Injury In Pc12 Cells
51. Dl-3-n-Butylphthalide Protects Dopamine Neurons In Rotenone Models For Parkinson's Disease
52. Altered Expression Of Mglur1a And GLT-1of Brain In Parkinsonian Rats Induced By Rotenone
53. Modulation Of PC12Cells Injury And BV2Microglial Activation By5-lipoxyenase In Rotenone-induced Cell Model
54. Long-Term Efficacy And Safety Of VEGF-Expressing Human Umbilical Cord Mesenchymal Stem Cells In Hemiparkinsonian Models
55. The Neuroprotective Effects Of Candisartan Cilexextil And Salubrinal On Rotenone-induced Dopaminergic Cells
56. Long-term Efficacy And Safety Of VEGF-expressing Human Umbilical Cord Mesenchymal Stem Cells In Rotenone-induced Hemiparkinsonian Rats
57. An Experimental Study On Glyceraldehyde-3-phosphate Dehydrogenase Cytoplasmic Aggregation And Nuclear Translocation In The Pathogenesis Of Parkinson’s Disease
58. The Aberrant Regulation Of The G2/M Transition Involved In Rotenone-induced Dopaminergic Neurons Damage
59. Study On GAPDH Gene5’UTR Mutation And Over-expression In Parkinson’s Disease
60. DRAM1 Protects Against Rotenone-induced Dopaminergic Damage
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