Research Applications NNMT Enzyme Inhibition Studied as a selective enzyme inhibitor: NNMT activity enzyme-inhibition research Methylation capacity SAM-cycle studies Enzyme kinetics inhibitor characterization NAD+ & Methylation Metabolism Examined in cellular-metabolism models: NAD+ salvage cofactor-regeneration research SAM cycle methyl-donor metabolism Cellular energetics metabolic signaling Adipocyte Metabolism Investigated in fat-cell research: Adipocyte function cellular-metabolism models Lipid handling metabolic research Metabolic Regulation Explored in energy-balance models: Diet-induced obesity preclinical models Metabolic disease research investigation Storage & Handling Guidelines Capsule Storage Store in a cool, dry place at room temperature (1525C) Keep in the original sealed container , away from light and moisture Retain any desiccant packet included in the bottle Keep the container tightly closed between uses Handling Guidelines No reconstitution, solvents, or mixing required Handle capsules with clean, dry hands Do not open, crush, or split the capsules Keep away from heat and out of reach of children Shelf Life & Stability Stable at room temperature when stored as directed Avoid excessive heat, humidity, and direct sunlight Reseal the container promptly after each use Use before the labeled expiration date 5-Amino-1MQ is a stable small-molecule salt
Storage Protocol Store lyophilized peptide at -20C in original packaging Reconstitute only the amount needed for current research phase Refrigerate reconstituted peptide at 2-8C Use within 4 weeks of reconstitution for BAC water preparations Document reconstitution date and concentration on vial Handling Practices Minimize Freeze-Thaw: Aliquot into single-use portions if freezing is necessary Aseptic Technique: Treat all reconstituted peptide as sterile
The CD38 expression of macrophages might be the main reason for the decline of NAD + in aging tissues
One of the primary reactions of methylcobalamin in the body is to convert homocysteine to methionine high homocysteine levels are undesirable and known to be an indicator of heart disease and stroke risk due to the fact free homocysteine in the blood causes sclerosis of the arteries, putting strain on the vascular system and the heart
