7OH Powder
Premium Alkaloid Isolate
Uncut 7-Hydroxy Extract | June Batch | Exclusive Release
7OH Powder is a pure, lab-processed isolate of 7-hydroxymitragynine — extracted and refined for high-precision botanical research. Unlike raw kratom or blended extracts, this compound is isolated to study direct mu-opioid receptor interactions, SAR expression, and bioavailability with zero plant debris or alkaloid noise.
This isn’t a head shop powder. It’s research-grade material designed for controlled experimentation, comparative compound modeling, and formulation development. Each batch is refined and filtered to maximize molecular integrity, minimize degradation, and deliver consistent potency in every milligram.
Compared to MGM-15, 7OH Powder presents a more organic origin profile but remains similarly potent. Researchers may notice slightly faster binding kinetics and a sharper onset curve, particularly in receptor arrays tested against delta-opioid pathways. While MGM-15 leans into synthetic backbone modification for prolonged half-life, 7OH Powder stays true to the original molecule — raw, reactive, and powerful.
Use cases include SAR profiling, ligand affinity tests, and mu-receptor activity prediction modeling. Because of its isolated structure, 7OH Powder allows researchers to work with a consistent, repeatable material that minimizes background interference in cellular assays and in vitro setups.
🔎 Quick Facts
- Type: 7-hydroxymitragynine isolate “7OH Powder” (uncut)
- Batch: June 2025 | Lot #7OH-003A
- Form: Fine crystalline tan/off-white powder
- Potency: ~12–14x active strength over raw botanical
- Sizes: 0.5g – $39.99 | 1g – $79.99
🔬 Lab Results & Research Context
Preliminary chromatography confirms >98% active alkaloid content with minimal residuals. Full third-party panel pending. Our research team is tracking receptor activity, stability under varying storage conditions, and potential metabolic overlap with synthetic derivatives like MGM-15.
Current studies suggest 7OH-based isolates maintain fast receptor affinity with shorter half-lives and lower toxicity profiles than their synthetic counterparts. That makes this powder ideal for short-cycle research and receptor behavior modeling.
Unlike many natural kratom samples, this isolate is free of biological contaminants and chlorophyll’s that often skew results in spectroscopy or binding assays. The absence of mitragynine and minor alkaloid interference ensures clean data, batch after batch.
QR code access to lab reports will be included with each new batch once certification is finalized.
📦 Shipping & Handling
All orders ship within 24–48 hours of payment confirmation. Packaging is discreet, air-sealed, and light-shielded to maintain compound stability during transit. Payment instructions will be emailed to you upon ordering. Tracking is provided by email once your shipment is prepped.
💳 Payment Accepted
Zelle, CashApp (BTC), and direct Bitcoin payments accepted. Full instructions provided at checkout. All orders are manually confirmed before fulfillment.
🧪 Receptor Activity & Pharmacological Profile
7OH is classified as a mixed opioid receptor modulator. Research shows it acts as a partial agonist at μ-opioid receptors (MOR), while behaving as a competitive antagonist at both δ- and κ-opioid receptors. Unlike traditional opioids, 7OH does not significantly engage the β-arrestin pathway — a mechanism often linked to respiratory depression and dependency. Binding affinity studies have reported MOR interaction as low as 13.5nM, with DOR and KOR affinities generally between 120–150nM, suggesting strong selectivity for the μ-receptor without heavy δ or κ engagement. This makes it ideal for labs exploring alternative pathways to analgesia and dependency mitigation.
NOTE: This material is for research purposes only. Not for human consumption. Do not ingest, inhale, or apply to the body. Violators will be permanently banned from purchasing. This is not kratom. This is precision isolate — handle accordingly.
Want a breakdown of how we source, test, and package our top-tier alkaloids? Tap here to read our About page and learn what separates Stout Alkz from the clones.
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