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MOTS-C 10MG
MOTS-C 10 MG Lyophilized Powder Research Use Only
Enhances mitochondrial function and cellular energy — Optimizes energy production in skin cells to support vitality, resilience, and a more youthful, energized appearance by countering age-related mitochondrial decline
Promotes anti-aging effects and skin rejuvenation — Helps maintain mitochondrial health to slow visible signs of aging, potentially improving skin quality, tone, and overall radiance through better metabolic adaptation and stress resistance
Supports collagen and elastin preservation — May help prevent age-related loss of dermal collagen and elastin by reducing inflammation and supporting tissue integrity for firmer, more elastic-looking skin
Reduces inflammation and oxidative stress — Provides antioxidant-like protection and anti-inflammatory benefits to calm redness, protect against environmental damage, and promote a clearer, healthier complexion
Boosts metabolic health and fat utilization — Encourages efficient energy use and fat oxidation at the cellular level, which may contribute to a more toned, revitalized appearance and support overall skin health
Aids in tissue repair and recovery — Supports cellular repair processes that could enhance post-procedure healing, reduce downtime from irritation or damage, and promote smoother skin regeneration
May improve skin barrier and resilience — Strengthens cellular defenses against stress and aging factors for better hydration retention, barrier function, and long-term skin protection
Potential support for hair and scalp vitality — By optimizing mitochondrial energy and reducing systemic inflammation, emerging formulations suggest benefits for healthier follicles, reduced thinning, and improved scalp condition (often paired with other peptides in topical solution
References:
Lee C et al., Cell Metab, 2015;21(3):443–454
Kim KH et al., Nat Commun, 2018;9(1):4774
Lee C et al., Cell Metab, 2016;23(2):303–309
MOTS-C 10 MG Lyophilized Powder Research Use Only
Enhances mitochondrial function and cellular energy — Optimizes energy production in skin cells to support vitality, resilience, and a more youthful, energized appearance by countering age-related mitochondrial decline
Promotes anti-aging effects and skin rejuvenation — Helps maintain mitochondrial health to slow visible signs of aging, potentially improving skin quality, tone, and overall radiance through better metabolic adaptation and stress resistance
Supports collagen and elastin preservation — May help prevent age-related loss of dermal collagen and elastin by reducing inflammation and supporting tissue integrity for firmer, more elastic-looking skin
Reduces inflammation and oxidative stress — Provides antioxidant-like protection and anti-inflammatory benefits to calm redness, protect against environmental damage, and promote a clearer, healthier complexion
Boosts metabolic health and fat utilization — Encourages efficient energy use and fat oxidation at the cellular level, which may contribute to a more toned, revitalized appearance and support overall skin health
Aids in tissue repair and recovery — Supports cellular repair processes that could enhance post-procedure healing, reduce downtime from irritation or damage, and promote smoother skin regeneration
May improve skin barrier and resilience — Strengthens cellular defenses against stress and aging factors for better hydration retention, barrier function, and long-term skin protection
Potential support for hair and scalp vitality — By optimizing mitochondrial energy and reducing systemic inflammation, emerging formulations suggest benefits for healthier follicles, reduced thinning, and improved scalp condition (often paired with other peptides in topical solution
References:
Lee C et al., Cell Metab, 2015;21(3):443–454
Kim KH et al., Nat Commun, 2018;9(1):4774
Lee C et al., Cell Metab, 2016;23(2):303–309