Applications include investigating sarcopenia prevention, athletic performance enhancement, and age-related muscle decline through stem cell pathway activation
Cellular NAD+ NAD+ Preservation By blocking NNMT, 5-Amino-1MQ preserves the cellular NAD+ pool, an essential cofactor for more than 500 metabolic reactions and for the activation of sirtuins
Metabolic Research Applications In published research, MOTS-c is most frequently studied in connection with cellular energy metabolism, exercise-response models, and age-related metabolic decline a research area explored further in our guide to peptides for longevity research
5-Amino-1MQ for Muscle Regeneration Studies suggest that inhibiting NNMT and increasing levels of NAD+ may promote muscle regeneration in various models, including aging skeletal muscles, muscle injury, and cardiac muscle dysfunction [6]: One study investigated the potential benefits of 5-amino-1MQ on muscle regeneration in aging
Pack Size: 60 capsules per container