⚡ 2-Me-PiHP (2′-Methyl-α-Pyrrolidinohexiophenone)
Advanced Research Chemical in the Cathinone Family
2-Me-PiHP, also known as 2′-Methyl-α-Pyrrolidinohexiophenone or 2′-MHP, is a synthetic stimulant compoundbelonging to the cathinone class, a subgroup of substituted amphetamines. Closely related to α-PHP and MDPV, 2-Me-PiHP has attracted growing interest in pharmacological and forensic research due to its potent psychoactive and stimulant properties.
Scientific Overview
2-Me-PiHP acts on the central nervous system, influencing dopamine and norepinephrine activity—neurotransmitters associated with focus, energy, and mood regulation. Research has demonstrated that compounds in this class exhibit powerful stimulant-like effects, making them valuable for understanding the mechanisms of synthetic cathinones.
Observed research characteristics include:
✨ Increased alertness and cognitive focus
⚙️ Enhanced physical energy and motivation
Elevated mood and sociability
2-Me-PiHP serves as a useful model compound for studying dopamine reuptake inhibition, addiction potential, and neurostimulant pharmacodynamics.
Applications in Research
2-Me-PiHP is utilized exclusively within professional laboratory settings for:
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Pharmacological and behavioral analysis
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Neurotransmitter interaction studies
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Forensic and analytical testing
Its unique molecular profile provides researchers with valuable insights into the effects and safety considerations surrounding stimulant-class compounds.
⚠️ Safety & Handling Notice
2-Me-PiHP is a highly potent stimulant and must be handled only by trained laboratory professionals in compliance with local regulations and safety standards.
Potential hazards include:
❗ Elevated heart rate and blood pressure
❗ Anxiety, agitation, or insomnia
❗ Unknown toxicity and long-term risks
STRICTLY FOR RESEARCH USE ONLY
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Not for human or animal consumption
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Not for medical, dietary, or recreational use
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For controlled laboratory research only
Proper personal protective equipment (PPE) and safety protocols are mandatory during handling and experimentation.
Key Features
✅ Research-grade purity and consistency
✅ Ideal for forensic and neurochemical studies
✅ Reliable analytical performance
Investigate the stimulant properties and dopaminergic mechanisms of 2-Me-PiHP with scientific precision—strictly for research purposes only.
