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    DMO-PHP Stats & Data

    3,4-dmohp 3,4-dimethoxy-α-php
    Chemical Class Amphetamine
    Psychoactive Class Stimulant
    Half-Life Estimated 2 – 4 h (no human PK studies; inferred from α‑PHP/α‑PVP analogs; high variability likely)

    Effect Profile

    Curated
    Stimulant 5.4

    Strong euphoria and anxiety/jitters with moderate focus, low stimulation

    Stimulation / Energy×3
    3
    Euphoria / Mood Lift×2
    10
    Focus / Productivity×2
    7
    Anxiety / Jitters×1
    10

    Tolerance & Pharmacokinetics

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    Half-Life
    Estimated 2 – 4 h (no human PK studies; inferred from α‑PHP/α‑PVP analogs; high variability likely)
    Addiction Potential
    High – comparable to α‑PVP/MDPV; rapid onset, short duration and strong DAT/NET inhibition promote compulsive redosing and binge patterns.

    Tolerance Decay

    Full tolerance 4d Half tolerance 10d Baseline ~35d

    Tolerance appears to build rapidly over multi‑day use (as with α‑PVP/MDPV) and decays over weeks; figures are approximate and based on patterns reported for structurally similar pyrrolidinophenones rather than controlled studies. Space sessions by multiple weeks to limit escalation and psychosis risk.

    Cross-Tolerances

    α‑PVP / α‑PHP analogs
    60% ●○○
    amphetamine‑type stimulants
    30% ●○○
    cocaine
    30% ●○○

    Harm Reduction

    drugs.wiki

    • Identity confusion exists between dimethoxy pyrrolidinophenones: both 3',4'-dimethoxy‑α‑PHP (hexanone) and 3,4‑dimethoxy‑α‑PVP (pentanone) circulate online under overlapping names (e.g., “3,4‑DMPV”). Mislabeling raises dosing risk; confirm with instrumental drug checking when possible.

    • PubChem lists entries for both dimethoxy α‑PVP and 3',4'-dimethoxy‑α‑PHP, supporting the presence of both scaffolds on the market; do not assume which you have based on vendor naming or reagent tests alone.

    • Reagent kits have limited specificity for cathinones; Liebermann/Simons patterns can suggest a cathinone but cannot distinguish ring/side‑chain variants—avoid making dosage decisions from reagents; use lab drug checking (GC/MS, LC‑MS).

    • As a pyrrolidinophenone, expected pharmacology is potent dopamine/norepinephrine transporter inhibition with minimal SERT activity; risks include tachycardia, hypertension, vasoconstriction (cold extremities), anxiety/paranoia, hyperthermia and, at high/extended doses, rhabdomyolysis.

    • Acute management (medical setting): benzodiazepines are first‑line for sympathomimetic toxicity (agitation, hypertension, hyperthermia, seizures). External cooling for hyperthermia; avoid self‑treating stimulant symptoms with beta‑blockers without clinical oversight due to potential unopposed α‑effects.

    • Chronic/behavioral risks: strong craving/redosing loops, sleep deprivation, weight loss, depressive ‘crash’, and stimulant psychosis—risk increases with binges/multi‑day use, as seen with MDPV/α‑PVP cases.

    • Routes: oral has the gentlest profile; insufflation can increase BP/vasoconstriction and irritate sinuses; inhalation (vaporizing) causes very rapid spikes, harsh smoke, and the highest compulsion—prefer oral if using at all.

    • Harm reduction: use an accurate 1 mg‑resolution scale; consider volumetric dosing for sub‑10 mg accuracy. Plan a hard cap on total session dose and number of redoses; set a time limit. Keep cool, avoid strenuous activity, sip electrolytes, and schedule nutrition and sleep.

    • Polysubstance & mis-sold risks are common in the cathinone market (e.g., α‑PVP or NEP sold as ‘3‑MMC’). Use accredited drug‑checking services where available; start with allergy test doses from any new batch.

    • No human pharmacokinetic data for DMO‑PHP specifically; half‑life is inferred from related α‑PHP/α‑PVP analogs; large inter‑individual variability should be expected.

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