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This premium research-grade small molecule compound is supplied as a highly stable, purified powder formulated for controlled in vitro laboratory analysis. Each 5mg vial is processed under rigorous quality control standards to ensure chemical uniformity, purity, and precise measurement across sensitive experimental protocols.
As a potent, selective membrane-permeable inhibitor of the enzyme nicotinamide N-methyltransferase (NNMT), 5-A-1MQ serves as a specialized chemical reagent for investigating cellular energy homeostasis and NAD+ metabolism pathways.
Key Research Applications:
NNMT Enzyme Inhibition: Applied in biochemical assays to study the kinetics of NNMT inhibition and the resulting structural or metabolic alterations within cellular models.
NAD+ Salvage Pathways: Frequently utilized in molecular biology settings to observe the compound's impact on intracellular NAD+ concentrations and sirtuin (SIRT1) signaling activity in vitro.
Adipocyte & Muscle Cell Regulation: Investigated within laboratory research looking at cellular metabolic switching, gene expression related to lipid metabolism, and energy expenditure dynamics at a cellular level.
This product is structurally verified and packaged securely to preserve stability and ensure reproducible, reliable data across complex laboratory workflows.
Important Notice: For In-Vitro Laboratory Research Use Only. This product is a raw chemical reagent intended exclusively for evaluation by trained professionals. Not for human or animal consumption, therapeutic, or diagnostic use.
This premium research-grade small molecule compound is supplied as a highly stable, purified powder formulated for controlled in vitro laboratory analysis. Each 5mg vial is processed under rigorous quality control standards to ensure chemical uniformity, purity, and precise measurement across sensitive experimental protocols.
As a potent, selective membrane-permeable inhibitor of the enzyme nicotinamide N-methyltransferase (NNMT), 5-A-1MQ serves as a specialized chemical reagent for investigating cellular energy homeostasis and NAD+ metabolism pathways.
Key Research Applications:
NNMT Enzyme Inhibition: Applied in biochemical assays to study the kinetics of NNMT inhibition and the resulting structural or metabolic alterations within cellular models.
NAD+ Salvage Pathways: Frequently utilized in molecular biology settings to observe the compound's impact on intracellular NAD+ concentrations and sirtuin (SIRT1) signaling activity in vitro.
Adipocyte & Muscle Cell Regulation: Investigated within laboratory research looking at cellular metabolic switching, gene expression related to lipid metabolism, and energy expenditure dynamics at a cellular level.
This product is structurally verified and packaged securely to preserve stability and ensure reproducible, reliable data across complex laboratory workflows.
Important Notice: For In-Vitro Laboratory Research Use Only. This product is a raw chemical reagent intended exclusively for evaluation by trained professionals. Not for human or animal consumption, therapeutic, or diagnostic use.
