4-Me-TMP HCl Crystal

buy 4-Me-TMP HCl crystal online: Premium 4-Methylmethylphenidate Research Chemical in 2026

In the forefront of research chemicals, 4-Me-TMP HCl crystal stands out as a highly valued compound for sophisticated laboratory work. Known formally as threo-4-Methylmethylphenidate hydrochloride or 4-MeTMP HCl, this phenidate-class stimulant analog offers researchers a refined tool for investigating dopamine and norepinephrine systems. For those searching “buy 4-Me-TMP HCl crystal online” or “4-Me-TMP HCl crystal for sale,” our product provides unmatched purity and crystalline quality, ensuring dependable outcomes in your studies.

As 2026 unfolds, the demand for high purity 4-Me-TMP surges in neuropharmacology, toxicology, and cognitive research fields. Slightly less potent than methylphenidate yet with high binding affinity to transporters, this compound enables precise exploration of reuptake inhibition mechanisms. The hydrochloride salt crystal form delivers superior stability, solubility, and handling compared to other variants. Sold exclusively for research purposes—not for human consumption—our page targets high-volume keywords like “4-Methylmethylphenidate research chemical” and “high purity 4-Me-TMP HCl 2026” with thorough, science-driven content.

What Is 4-Me-TMP HCl Crystal? Detailed Chemical Profile

4-Me-TMP HCl crystal, or threo-4-Methylmethylphenidate hydrochloride, is a synthetic phenidate derivative featuring a methyl group at the 4-position of the phenyl ring. Its IUPAC name is methyl (2R)-2-(4-methylphenyl)-2-[(2S)-piperidin-2-yl]acetate hydrochloride, with formula C15H21NO2 • HCl and molecular weight approximately 283.79 g/mol (including HCl).

Appearing as pristine white to off-white crystals, this form enhances analytical precision due to its high crystallinity and minimal impurities. Researchers querying “4-Me-TMP chemical properties” value its role as a norepinephrine-dopamine reuptake inhibitor (NDRI), with lower efficacy at blocking dopamine reuptake than methylphenidate despite strong binding. This unique profile positions it for studies on potential substitute therapies or stimulant SAR.

CAS Number: 680996-70-7. Compared to analogs like 4F-MPH or ethylphenidate, 4-Me-TMP HCl offers milder potency, ideal for controlled behavioral and transporter assays. High-search terms like “4-Methylmethylphenidate HCl crystal” reflect its crystalline superiority for spectrometry and binding experiments.

Research Applications and Advantages of 4-Me-TMP HCl Crystal

Acquiring 4-Me-TMP HCl crystal unlocks extensive potential in scientific inquiry. Its benefits make it a staple for 2026 research:

1. Neuropharmacology and Transporter Studies: Excellent for examining DAT and NET inhibition, modeling focus, alertness, and mood pathways.
2. Cognitive and Behavioral Research: Supports investigations into attention mechanisms, using rodent models for head-twitch or locomotor assays.
3. Toxicology and Forensic Reference: Serves as a standard for detecting phenidate analogs in samples, aiding NPS monitoring.
4. Structure-Activity Relationship (SAR): The 4-methyl substitution allows comparisons with methylphenidate, revealing potency and metabolism impacts.
5. Crystalline Purity Benefits: Crystals ensure superior solubility in polar solvents and long-term stability (up to 2+ years stored properly).

Slightly reduced potency compared to parent compounds makes it safer for extended protocols. Keywords like “4-Me-TMP research applications 2026” highlight its role in emerging stimulant abuse studies.

Safe Laboratory Handling of 4-Me-TMP HCl Crystal

Optimal use of 4-Me-TMP HCl crystal demands rigorous protocols. Experimental levels typically range from micrograms in vitro to low mg/kg in models—always titrate cautiously.

Guidelines:

• Solubility: Highly soluble in water, ethanol, and saline; prepare fresh for accuracy.
• Storage: Airtight, cool, dark conditions; crystals resist degradation effectively.
• Safety: Employ full PPE—gloves, goggles, fume hood. Potential irritant to eyes/skin/respiratory tract.
• Analysis: Ideal for HPLC, NMR, GC-MS due to crystalline form.

For “4-Me-TMP HCl research protocols,” integrate into binding or metabolic studies with appropriate controls.

Research Considerations and Safety Profile

Models indicate stimulant effects like elevated dopamine/norepinephrine, potentially leading to hyperlocomotion or cardiovascular changes. In silico predictions suggest risks including cardiotoxicity or irritation.

Limited human data underscores lab-only use. High-volume searches like “4-Me-TMP safety considerations” stress monitoring and ethical compliance—no non-research applications.

Legal Status of 4-Me-TMP HCl Crystal in 2026

Status varies: Often unscheduled for research but may trigger analog laws (e.g., US Federal Analogue Act if misused). Banned as temporary class drug in UK historically; check isomers under recent rules.

Sold strictly for research with disclaimers. Verify “4-Me-TMP legal status 2026” locally—we enforce compliance.

Why Our 4-Me-TMP HCl Crystal Stands Out

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• 98%+ Purity: Third-party tested, COAs available.
• Crystal Form: Superior handling and stability.
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• Support: Expert advice on phenidate research.

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Related Compounds for Expanded Studies

Consider:

• 4F-MPH HCl
• Ethylphenidate
• Methylphenidate analogs

Broadening “phenidate research chemicals” scope.

FAQs on 4-Me-TMP HCl Crystal

• Where to buy 4-Me-TMP HCl crystal? Securely here—research exclusive.
• Purity guaranteed? 98%+, crystal form.
• Related to methylphenidate? Yes, milder analog.
• Suitable for transporter studies? Prime choice.

Conclusion: Pioneer Stimulant Research with 4-Me-TMP HCl Crystal

In 2026, 4-Me-TMP HCl crystal drives breakthroughs in phenidate and neurotransmitter research. Targeting “buy 4-Methylmethylphenidate HCl crystal” or analogs, our product offers crystalline excellence. Elevate your lab today—strictly scientific use.