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Keyword [Bradykinin]
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1. An Experimental Study of Nitric Oxide,Protein Kinase C and Bradykinin Trigger the Induction of Heat Shock Protein and Delayed Protection of Ischemic Preconditioning and a Clinical Study of Plasma Nitric Oxide Level sin Patients with Chronic Atrial Fibrill
2. Study Of Calcium-Activated Potassium Channels In The Mechanism Of Bradykinin Selective Opening Blood-Brain Tumor Barrier
3. In Vitro Study Of The Mechanism Of Bradykinin Selective Opening The Blood Brain Barrier
4. The Role Of Glioma Cell In Bradykinin Selective Modulation Of The Blood Tumor Barrier
5. Mechanism Of Cardioprotection Against Ischemia-Reperfusion Injury By Angiotensin Ⅱ Type 1 Receptor Blockade Valsartan
6. The Relationship Between The -58T/C Polymorphism Of The Bradykinin β2 Receptor Gene, The G894T Polymorphism Of The Endothelial Nitric Oxide Synthase, The C825T Polymorphism Of G Protein β3 Subunit And Antihypertensive Response To A
7. In Vitro Effect Of Low Dose Bradykinin To Calcium-activated Potassium Currents On C6 Blood-brain Tumor Barrier Of Rats
8. The Protective Effects Of Bradykinin Preconditioning And Brain Ischemic Preconditioning On Cerebral Ischemia
9. Mediation Of Tumor Necrosis Factor-α To Bradykinin In Opening The Blood-brain Barrier
10. Effects Of Bradykinin On The Expression Of PCREB, Interleukin-1β And Interleukin-6 In C6 Glioma Cells
11. The Function Of Bradykinin Receptors In Cerebral Ischemia-reperfusion
12. Mechanism Of Bradykinin Selectively Increasing The Permeability Of Blood-tumor Barrier
13. Effects Of HKLK1 Gene Delivery On The Proliferation, Migration Of VSMCs And Carotid Artery Neointima Formation After Balloon Angioplasty In SHR
14. The Function And Mechanism Of Tissue Kallikrein To The Rat Model Of Cerebral Ischemic-reperfusion
15. The Function And Mechanism Of Bradykinin Receptors In Neuronal Injury From Hypoxia/reoxegenation
16. Mechanisms Of The Increased Blood-tumor Barrier Permeability By Associating Of Low-frequency Ultrasound Irradiation With Low Dose Bradykinin
17. Receptor-Mediated And Pharmacological Modulation Of M/KCNQ K+ Channel, Ca2+ Activated Cl- Channel, Kir Channel And The Physiological Significance
18. Mechanism Of Combination Of Low-frequency Ultrasound And Low-dose Bradykinin In Opening Blood-tumor Barrier
19. Study Of RhoA/ROCK Signalling In Bradykinin Selectively Increaseing The Permeability Of Blood-tumor Barrier
20. Changes Of The PAR-2-AP Induced Relaxation Of The Colonic Muscle Strips And The Sensitivity Of The Afferent Nerve Of Rats Following Bacillary Dysentery And The Underlying Mechanism
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