$110.00Original price was: $110.00.$85.00Current price is: $85.00.
Mitochondrial peptides are studied for energy production, endurance, metabolic function, and exercise performance.
Description
Description: MOTS-C (Mitochondrial Grade) is a unique mitochondrial-derived peptide composed of 16 specific amino acids. It functions as an autonomous metabolic messenger, moving from the mitochondria directly to the cell nucleus to dictate specific gene expressions and manage overall cellular stamina.
Usage:
• Mitochondrial Biogenesis: Researched to monitor the creation, replication, and structural survival limits of energy centers within isolated muscle fibers. • Endurance and Performance Assays: Heavily evaluated in metabolic stress testing to study energy production adaptabilities and cellular lactic thresholds. • Executive Metabolic Profiles: Monitored within glycemic control frameworks to evaluate carbohydrate clearing rates and cellular lipid metabolism adjustments.
Potential Benefits:
• Direct Nuclear Communication: Provides an exceptional model to observe mitochondrial signaling overriding standard genomic programming. • AMPK Pathway Triggering: Automatically activates core cellular energy switches, boosting overall physical and metabolic performance trends. • Advanced Metabolic Insight: Exceptional for structural research mapping metabolic decline, fat cell management, and cellular endurance spikes.
Conclusion:
MOTS-c represents a groundbreaking frontier in mitochondrial signaling research due to its unique capability to directly override standard nuclear programming. Its reliable tracking data regarding metabolic clearance and cellular endurance adjustments makes it a world-class tool for mapping advanced performance limits.
Research Studies:
Preclinical Studies: Isolated muscle fiber testing demonstrates that the mitochondrial-derived peptide MOTS-c directly engages the cellular AMPK pathway, triggering rapid glucose uptake independent of standard cellular insulin triggers (p. 1).
Human Studies: Exercise and stamina research summaries show that optimizing MOTS-c levels significantly boosts physical endurance thresholds, improves cellular carbohydrate clearing dynamics, and limits metabolic decline variations under intense physical workload simulations.
Disclaimer:The information provided is intended solely for research and educational purposes. It is not intended as medical advice and should not be used for diagnosis, treatment, prevention, or cure of any disease or health condition. Strictly not for human or animal consumption.
