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Keyword [methamphetamine]
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1. Proteomic Identification Of Proteins Associated With Methamphetamine-induced Neurotoxicity
2. Dopamine D2 Receptors Maintain Arousal And Mediate The Neurobiological Mechanism Of Psychotropic Drugs
3. Effects Of Oxytocin In Psychological Dependence Induced By Methamphetamine And The Underlying Mechanisms
4. The Inflammatory Reactions Evoked By MG Participate METH-induced Striatum Neurotoxicity
5. Expression Of Dopamine Transporter, Dopamine Receptor D1, Dopamine Receptor D2, And Serotonin Transporter In Six Cerebral Regions Related To Methamphetamine Dependence In Rats
6. Research On Cardiac Myocytes Apoptosis Induced By Methamphetamine In Rats
7. The Effects Of Gp120 And Methamphetamine On Outward Rectified Potassium Channels In HIV Associated Dementia
8. Studies On The Glutamatergic Mechanism Of Addictive Drug-Induced Ascorbic Acid Release In Striatum And Nucleus Accumbens Of The Rats
9. Intervention Of Rhynchophylline On Methamphetamine Dependence In Rats
10. Altered Expression Of Metabrotropic Glutamata Receptor Subtype 5(mGluR5) In Subacute Methamphetamine Hydrochloride In The Rat
11. The Ultrastructure And Apoptosis Changes Of Neurons In Mice Which Were Methamphetamine Poisoned
12. A Study On Toxicity Of Neural Cells Induced By Methamphetamine And The Protective Effect Of Nicotinamide
13. Study On Determination Method And Distribution Of Methamphetamine In Addictive Animals
14. Study Of Methamphetamine's Pharmacokinetics In Rat
15. HSP70 And Ga12 Expression Of Related Encephalic Region In MethAmphetamine Dependence Rats
16. Role Of Cannabinoid CB1 Receptor Antagonist Rimonabant In Methamphetamine Conditioned Place Preference In Mice
17. Toxicokinetics Interaction Between Methamphetamine And Ketamine In Rabbits
18. Changes Of Enzyme Activity In Oxidative Stress Iuduced By Methamphetamine In Striatum Of Rat Brain
19. Caspase-3 And Bcl-2 Expressions Of Related Encephalic Region In Rats Subacute Poisoning Of Methamphetamine
20. DA,5-HT And Metabolite Changes Of Related Encephalic Region In Methamphetamine Dependence Rats~*
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