Metabolic & Weight
Research peptides studied for their influence on mitochondrial metabolism, adipose tissue regulation, energy expenditure, and metabolic pathway modulation.
MOTS-c
10mgExercise in a molecule — activates your metabolism, burns fat without dieting, and gives your cells the energy boost of a hard workout.
- Burns fat by activating your body's metabolic furnace (AMPK)
- Mimics the benefits of exercise at the cellular level
5-Amino-1MQ
50mg × 60 CapsulesBurns fat at the cellular level — blocks the enzyme that makes fat cells expand, shrinking them while you keep eating normally.
- Shrinks fat cells without changing your diet
- Blocks the enzyme (NNMT) that makes fat cells grow
NAD+ (NMN Precursor)
500mgThe fuel your cells run on — restores the NAD+ levels that decline with age, activating longevity genes, clearing brain fog, and powering DNA repair.
- Restores cellular energy levels that decline with age
- Activates sirtuins — the 'longevity genes'
The NAD+ precursor that powers cellular youth — directly raises the molecule every cell needs for energy, DNA repair, and metabolic function. 50g bulk supply.
- Directly boosts NAD+ — the molecule that powers every cell
- Reverses age-related metabolic decline
About Metabolic & Weight Research
The Metabolic & Weight research collection features peptides and bioactive compounds investigated for their roles in cellular energy metabolism and body composition regulation. MOTS-c is a mitochondria-derived peptide studied for its effects on AMPK activation, insulin sensitivity, and exercise mimetic properties. 5-Amino-1MQ is under investigation for its role in nicotinamide N-methyltransferase inhibition and fat cell differentiation. NAD+ is a coenzyme central to metabolic flux and sirtuin-mediated energy regulation. These compounds are valuable tools for researchers in metabolic syndrome, obesity biology, and bioenergetics.