INFLUENCE OF MORPHINE-OR APOMORPHINE-INDUCED SENSITIZATION ON HISTAMINE STATE-DEPENDENT LEARNING

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MALEK MOHAMMADI N.; KHALILZADEH A.; FAZELI TABAEI S.; ZARINDAST M.R.

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Journal: Advances in Cognitive Sciences Year:2006 | Volume:8 | Issue:3 Page(s): 1-10

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Title

INFLUENCE OF MORPHINE-OR APOMORPHINE-INDUCED SENSITIZATION ON HISTAMINE STATE-DEPENDENT LEARNING

Author(s)

MALEK MOHAMMADI N. | KHALILZADEH A. | FAZELI TABAEI S. | ZARINDAST M.R. | Issue Writer Certificate

Keywords

APOMORPHINEQ3

MORPHINEQ3

HISTAMINEQ3

MEMORYQ2

Abstract

Objective: To survey the interaction of MORPHINE and HISTAMINE and the involvement of dopaminergic system on HISTAMINE state-dependent learning in step-down passive avoidance test. Method: First, with the administration of 3 different doses of MORPHINE for three days and a subsequent five days of no drug treatment, mice were sensitized to MORPHINE. Then, the necessary MEMORY tests were carried out and the effect of HISTAMINE on the memories of MORPHINE-sensitized mice and non-sensitized mice was compared. Step-down passive avoidance test was used to assess MEMORY. Results: Sensitization with MORPHINE and APOMORPHINE prevented HISTAMINE-induced MEMORY impairment and MEMORY was retrieved. However, the co-administration of APOMORPHINE and sulpride as a D2 receptor antagonist decreased the effect of MEMORY retrieval; but the administration of SCH 23390 as a dopamine 1 receptor antagonist had no such effect. Also, the co-administration of naloxone, SCH 23390, and sulpride, plus MORPHINE significantly decreased the effect of MEMORY retrieval. Conclusion: APOMORPHINE activates the HISTAMINErgic neural system through stimulation of D2 receptors and the improvement of MEMORY in MORPHINE sensitized mice through the stimulation of opioid and D1 and D2 receptors.

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APA: Copy

MALEK MOHAMMADI, N., KHALILZADEH, A., FAZELI TABAEI, S., & ZARINDAST, M.R.. (2006). INFLUENCE OF MORPHINE-OR APOMORPHINE-INDUCED SENSITIZATION ON HISTAMINE STATE-DEPENDENT LEARNING. ADVANCES IN COGNITIVE SCIENCE, 8(3), 1-10. SID. https://sid.ir/paper/82953/en

Vancouver: Copy

MALEK MOHAMMADI N., KHALILZADEH A., FAZELI TABAEI S., ZARINDAST M.R.. INFLUENCE OF MORPHINE-OR APOMORPHINE-INDUCED SENSITIZATION ON HISTAMINE STATE-DEPENDENT LEARNING. ADVANCES IN COGNITIVE SCIENCE[Internet]. 2006;8(3):1-10. Available from: https://sid.ir/paper/82953/en

IEEE: Copy

N. MALEK MOHAMMADI, A. KHALILZADEH, S. FAZELI TABAEI, and M.R. ZARINDAST, “INFLUENCE OF MORPHINE-OR APOMORPHINE-INDUCED SENSITIZATION ON HISTAMINE STATE-DEPENDENT LEARNING,” ADVANCES IN COGNITIVE SCIENCE, vol. 8, no. 3, pp. 1–10, 2006, [Online]. Available: https://sid.ir/paper/82953/en

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