5-Amino-1MQ

£34.00

A high-purity research compound studied in metabolism and NAD+ research. Available in 10mg with every batch independently tested and dispatched from the UK.

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Product Overview

Overview

5-Amino-1MQ compound UK is Castle House Peptides’ small-molecule NNMT research compound, available in 10mg strengths for laboratory research.

10mg vial

Available strengths

MS verified

Identity confirmed

HPLC tested

Chromatographic purity

Batch CoA

Documentation supplied

Key Features

Studied in research involving NNMT enzyme activity and nicotinamide methylation
Studied in research involving NAD-related metabolic pathways
Studied in research involving adipocyte and energy-balance models
Studied in research involving cellular methyl-donor metabolism
Batch-specific quality documentation available

Reconstituted

2–8°C · ~30 days

Research

5-Amino-1MQ Research

Laboratory research involving 5-Amino-1MQ has focused on selective NNMT inhibition and its effect on diet-induced obesity in mouse models (Learn more), and the downstream metabolic consequences of changing nicotinamide methylation, alongside related work on other ageing and metabolic compounds such as NAD+. Experimental models have explored adipocyte biology, cellular energy handling, NAD-related pathways and methyl-donor metabolism.

NNMT enzyme activity and nicotinamide methylation
NAD-related metabolic pathways
Adipocyte and energy-balance models
Cellular methyl-donor metabolism

Specifications

Product

5-Amino-1MQ

Classification

Small-molecule NNMT research compound

Available strength

10mg vial

Molecular weight

286.11 g/mol (iodide salt); 159.21 g/mol for the cation

Form

Lyophilized powder

Purity and assay

≥ 99%

Reconstituted

2–8°C · ~30 days

Verification

HPLC and Mass Spectrometry where analytically appropriate

Purity and Testing

Castle House Peptides 5-Amino-1MQ is supplied with batch-specific quality documentation appropriate to the material. Analytical methods vary by compound and formulation, so the Certificate of Analysis should be used as the definitive source for identity, assay, purity and relevant impurity information.

Storage Conditions

Store unreconstituted material at -20°C ± 5°C in a cool, dry environment
Prepared research solutions should use validated storage conditions appropriate to the compound and study design
Protect from unnecessary heat, direct light and repeated temperature fluctuations