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Keyword [PD98059]
Result: 1 - 20 | Page: 1 of 4
1. Experimental Study On The AngⅡ-induced MAPKs Signal Transduction And Its Intervention In Primary Cultured Rat Cardiomyocytes
2. Expression Of FGF In Ovarian Cancer And Its Signal Translation Pathway
3. An Experimental Study About The Role Of Signal Transduction Pathway In Epileptogenesis
4. Study On The Action Of Small G Proteins And MAP Kinase To Vascular Smooth Muscle Cell Migration Stimulated By Lipoprotein(a)
5. The Study On Propofol Regulating Hippocampus Precursor Cells Proliferation And The Mechanism
6. The Influence Of Testosterone On The Insulin Sensitivity Of C2C12 Myotubes And Its Molecular Mechanisms
7. Study On The Effect And Mechanism Of Lead On Bone Formation
8. A Preliminary Study On The Expression Of MMPs And MAPKs Signaling Pathway Kinases In Cartilage Of Osteoarthritic Rabbits
9. Research Of The Role And Mechanism Of HSP47 In Renal Fibrosis
10. Experimental Study Of The Effect On Prostate Cancer Cell Line DU145 Via ShRNA Expression Vector-mediated Glutathione S-transferase P1 Gene Silencing
11. The Mechanism Of DC Differentiation Inhibited By UVB
12. Induction And Mechanism About Anxiety-like Behaviour Following Surgical Incision In The Rats
13. Sensitivity Alteration To CDDP And Its Mechanism Of HepG2 Expressing HBx
14. Study Of Effect Of Urotensin Ⅱ On The Proliferation And Collagen Synthesis Of The Cardiac Myofibroblasts And Their Signaling Mechanisms In New-born SD Rats
15. The Experimental Study Of 14-3-3 Protein Involuement In The Delayed Protection After Anoxic Preconditioning In Primary Cultured Cardiomyocytes
16. The Founction Of MAPK In The Signal Pathway Of Diabetic Complication
17. Relationship Between PD98059 And Apoptosis Induced By Paclitaxel In Human Colon Cancer Cells CX1
18. PD98059, A Selective Mek Inhibitor, Effect On The Proliferation And Apoptosis Of HepG2 Cell
19. Study On The Relationship Of ERK And Its Inhibitor With Adenoid Cystic Carcinoma Of Salivary Gland
20. Effect Of ERK Signal Transduction On The Cell Proliferation Of Human Retinal Pigment Epithelium Stimulated By Hypoxia.
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