Effects of Hydroxylated Mephedrone Metabolites on Monoamine Transporter Activity in vitro

Keyphrases

• In Vitro Activity 100%
• Monoamine Transporters 100%
• Hydroxylated 100%
• Transporter Activity 100%
• Mephedrone 100%
• Serotonin 50%
• Urine Samples 16%
• Inhibitory Potency 16%
• Metabolic Pathway 16%
• Chemical Structure 16%
• Psychostimulants 16%
• Metabolism 8%
• Beta-blockers 8%
• Monoamines 8%
• Dopamine 8%
• Structure-activity Relationship 8%
• New Therapies 8%
• Pharmacodynamics 8%
• Pharmacological Profile 8%
• Stereochemistry 8%
• Drug Users 8%
• Pharmacological Activities 8%
• Pharmacologically Active 8%
• Molecular Modeling 8%
• Hydrophobic Nature 8%
• Enantioselectivity 8%
• Stereoselectivity 8%
• Acute Intoxication 8%
• Subjective Effects 8%
• OH Groups 8%
• Minor Effect 8%
• Metabolic Reactions 8%
• Quantitative Structure-activity Relationship 8%
• High Transporters 8%
• Keto Group 8%

Pharmacology, Toxicology and Pharmaceutical Science

• Monoamine 100%
• Mephedrone 100%
• Serotonin 50%
• Psychostimulant 16%
• Structure Activity Relationship 8%
• Elimination 8%
• Pharmacodynamics 8%
• Noradrenalin 8%
• Toxic Injury 8%
• Pharmacological Activity 8%
• Subjective Effects 8%
• QSAR Study 8%