Small-molecule NNMT inhibitor — not a peptide

5-Amino-1MQ

5-amino-1-methylquinolinium

Preclinical / not FDA-approved

An experimental small molecule used in nicotinamide N-methyltransferase research. Despite appearing in peptide catalogs, it is not a peptide.

FULL RESEARCH GRAPHIC

5-Amino-1MQ research overview

A phone-readable overview of NNMT inhibition, preclinical metabolic findings, evidence limits, and unresolved human safety questions.

Full Cybertide 5-Amino-1MQ research infographic identifying it as a small-molecule NNMT inhibitor and separating animal findings from unproven human benefits

Tap the graphic to open the full-resolution version.

CYBERTIDE // VISUAL PROFILE5-Amino-1MQ
PROFILE19
IDENTITY5-amino-1-methylquinoliniumSmall-molecule NNMT inhibitor — not a peptide

RESEARCH SIGNAL MAP

04 ACTIVE FIELDS
NODE 01Fat-mass models
NODE 02Glucose tolerance
NODE 03Insulin sensitivity
NODE 04Cellular NAD+ availability

EVIDENCE READOUT

Preclinical / not FDA-approved

Animal research reports reduced fat-mass gain, improved glucose tolerance and insulin sensitivity, and effects on cellular NAD+ availability. Human benefits and dosing have not been established.

BOUNDARY CHECK

CONTEXT REQUIRED

A laboratory identity or purity result does not convert 5-Amino-1MQ into an approved medicine or validate a human-use protocol.

RESEARCH CONTEXT • PRIMARY SOURCE LINKED • QR READYSOURCE ↗

10 MG VIAL REFERENCE

Mixing, average use, and reported benefits

The complete 3 mL BAC-water conversion is kept in one phone-readable graphic, followed immediately by the exact-lot laboratory record currently on file.

5-Amino-1MQ 10 mg vial mixing infographic showing 3 mL bacteriostatic water, 3.33 mg per mL concentration, and 2.5 mg or 75 U-100 units as the commonly reported average

Tap the graphic to open the full-resolution version.

SUBMITTED LAB DOCUMENTS

Test results

Reports may describe other strengths or blends. Match the labeled amount, composition, and exact lot to your vial. A report for another strength does not verify your vial. Each record identifies whether an exact lot was supplied.

VIAL REFERENCE

3 mL mixing math & dosing context

Every number is labeled by evidence level. The 3 mL reference calculates concentration and U-100 volume; it does not prove solvent compatibility, sterility, stability, or suitability for injection.

VIAL STRENGTH

10 mg vial

AFTER 3.0 mL3.33 mg/mL0.03 mg per U-100 unit
AMOUNTVOLUMEU-100
1 mg0.3 mL30 units
2.5 mg0.75 mL75 units
3 mg0.9 mL90 units
LIVE CALCULATOR

Change the liquid. See the amount.

U-100
CONCENTRATION3.333 mg/mL
DRAW VOLUME0.1 mL
AMOUNT IN THAT DRAW0.333 mg333.3 mcg

Calculation only: vial amount ÷ liquid volume × draw volume. It does not determine what dose to use or confirm product compatibility.

01 / MIXING REFERENCE

3.0 mL BAC-water workflow

  1. First confirm that bacteriostatic water and a 3.0 mL final volume are compatible with the exact product and vial capacity.
  2. Clean both vial stoppers with alcohol and allow them to dry.
  3. Add the 3.0 mL slowly down the inside wall instead of directing pressure onto the powder.
  4. Gently roll or swirl until dissolved; do not shake.
  5. Use product-specific refrigeration and discard guidance. If none exists, do not invent a beyond-use date.
REPORTED-USE CONTEXT

Commonly reported average: 2.5 mg daily

Community injection protocols commonly place 2.5 mg at the starting or average daily amount. No human clinical trial has established that dose, route, effectiveness, or safety.

Primary research — preclinical NNMT inhibition ↗

U-100 means 100 units = 1.0 mL. Any table result above 100 units exceeds one standard 1 mL U-100 syringe.

PRIMARY CONTEXTPubMed — 2024 NNMT-inhibition obesity study
Open source ↗
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