μ-opioid - Globe Thesis

Keyword [μ-opioid] Result: 1 - 20 \| Page: 1 of 3
1.	Agmatine-I1 Imidazoline Receptor Mediates The Modulation To Compensatory Adaptation Of μ-opioid Receptor By Long-term Treatment Of Opioids
2.	Study On The Local Analgesia Mechanism Of μ-opioid Receptors And Clinical Utility In Periphery
3.	GABA And ENK Have Effect On Gustatory Input In The Rostral Portion Of The Nucleus Of The Solitary Tract
4.	The Analgesic Studies Of Selective Blocking Of Descending Facilitation Through μ Opioid Receptor Mediated Targeted Lesion In The Rat Model Of Cancer Induced Bone Pain
5.	Study On The μ-opioid Receptor Internalization
6.	The Role Of Phosphatidylethanolamine-binding Protein In Opioid Dependence
7.	Virtual Screening And Molecular Design Of Computer Aided μ - Opioid Receptor Agonists
8.	Effects Of Glucocorticoid Onμ-opioid Receptor And Expression Of C_fos Gene In Morphine Dependent Rats
9.	Study On Analgesic Tolerance And Antagonistic Effect Of Thenorphine
10.	Morphine-induced Regulation Of μ-opioid Receptors In Human Endometrium
11.	The Comparison Of Clinical Effects On Intravenous Anesthesia With Remifentanil Or Fentanyl Combined With Propofol In The Thoracic Operation
12.	The Application Of Sufentanil In The Anesthesia Of Breast Operation
13.	Association Study Between Single Nucleotide Polymorphisms In Exon1, 5' Regulatory Region Of μ Opioid Receptor Gene And Heroin Dependence
14.	Association Of μ-opioid Receptor Gene Polymorphism (A118G) With Variations In Sufentanil Consumption For Analgesia After Abdominal Surgery
15.	Morphine-induced Regulation Of μ-opioid Receptors In Human Ovaries Granular Cell
16.	Remifentanil Mediated-Hypotension And Bradycardia With Distinct Mechanisms
17.	The Effect Of Two Type Of Anesthesia On Blood Gas Analysis In Breast Conserving Surgery
18.	Effects Of CCK-8 On μ-opioid Receptor In Morphine Withdrawal Rats
19.	The Dimerization Of Mu Opioid Receptor And Oxytocin Receptor Mediate The Inhibition Of Oxytocin On Morphine Tolerance
20.	Conformational Analysis Of Endomorphin-2 Analogs With Antagonist Activity By NMR Spectroscopy And Molecular Modeling
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