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Keyword [Imidazoline]
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1. The Cardiovascular Effects Of The Imidzaolines Microinjected Into The RVLM In Rats
2. Cellular Mechanism Underlying The Cardiovascular Actions Of Agmatine
3. I1-imidazoline Receptor Mediates The Modulation To Morphine Dependence By Agmatine
4. The Experimental Study On The Analgesic Effect And Mechanisms Of Agmatine On The Inflammatory Pain
5. The Molecular Mechanism Of Novel Neurotransmitter Agmatine And Its New Target
6. Stable Expression Of I1 Imidazoline Receptors In CHO Cells And Study On The Functions Of The Receptors
7. Agmatine-I1 Imidazoline Receptor Mediates The Modulation To Compensatory Adaptation Of μ-opioid Receptor By Long-term Treatment Of Opioids
8. Preliminary Research On The Biological Characteristics And Function Of IRAS, A Candidate For â… 1-imidazoline Receptor
9. Study On The Mechanism Of Central Imidazoline-1 Receptors In The Cardiovascular Regulation
10. The Role Of I1-imidazoline Receptor In Agmatine-Inhibiting Opioid Dependence By RNA Interference
11. Involvement Of Central Nitric Oxide In The Cardiovascular Inhibitory Effects Of Moxonidine
12. Agmatine On Morphine Dependent Regulation Of Rat Hippocampal Neurogenesis And Its Possible Mechanism
13. Primary Study Of Regulation Effects Of Agmatine On Pulmonary Artery Tension And Its Receptor Mechanisms In Rats
14. The Signal Transduction Pathways Of Imidazoline-1 Receptor Candidate Protein
15. Effect Of Agmatine And Morphine On Learning And Memory In Mice And Rats
16. The Mechanism Of IR And Agmatine In Cardio-cerebral Vascular Of Septic Rats
17. Relevance Of Agmatine-imidazoline Receptors System To Depression
18. The Either Agmatine Antitumor Effect Of Pharmacodynamic Evaluation Mechanism
19. The Preliminary Study Of Interactions Between I1-imidazoline Receptor And μ-opioid Receptor
20. Studies Of Clonidine And Moxonidine On Arterial Baroreflex And Transient Pressor Response
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