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MeSH:(Morphine Dependence/metabolism*)

1.Inhibition of the reinstatement of morphine-induced place preference in rats by high-frequency stimulation of the bilateral nucleus accumbens.

Yu MA ; Ning CHEN ; Hui-Min WANG ; Fan-Gang MENG ; Jian-Guo ZHANG

Chinese Medical Journal 2013;126(10):1939-1943

2.Effects of scopolamine on morphine-dependence in mice and the relationship between the effect and hippocampus intracellular calcium.

Li-guang WANG ; Xin-hua GUO ; Ling-Yun LIU ; Bai-ying PENG ; Yu-ning LIU ; Jun-hong QIAO

Chinese Journal of Applied Physiology 2006;22(3):307-309

3.An immunohistochemical study on the distribution in organs in cases with morphine poisoning.

Ya-ming SHAN ; Chun-yu HAO ; Long WANG

Journal of Forensic Medicine 2002;18(1):9-11

6.The research of the heroin and its metabolites analysis in clinical samples.

Lan LIN ; Lin-chuan LIAO ; You-yi YAN

Journal of Forensic Medicine 2003;19(2):126-128

7.Effects of ginsenosides on the actions of morphine.

Ming GUO ; Chun-fu WU ; Jin-hui WANG ; Gang PEI

China Journal of Chinese Materia Medica 2004;29(4):299-301

8.The development of research on enzymes related to morphine-dependent.

Shi-jun HONG

Journal of Forensic Medicine 2005;21(2):152-158

9.The role of the spinal cord inducible nitric oxide synthase in morphine dependence and naloxone-precipitated withdrawal rats.

Hai-Lin LIU ; Yan-Ning QIAN ; Xiang-Cheng LI

Chinese Journal of Applied Physiology 2012;28(1):49-52

10.Melatonin enhances the expression of β-endorphin in hypothalamic arcuate nucleus of morphine-dependent mice.

Yi-Ming WEI ; Ying XU ; Chang-Xi YU ; Jing HAN

Acta Physiologica Sinica 2009;61(3):255-262

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