Collection: Longevity

This category features research peptides studied in relation to longevity, cellular signalling, and metabolic regulation. These compounds are commonly explored in laboratory settings to better understand biological pathways involved in cellular function, energy metabolism, and genetic expression.

Research in this area focuses on mechanisms associated with cellular ageing, mitochondrial activity, and long-term biological system performance. Certain peptides are investigated for their interaction with pathways linked to metabolic efficiency, stress response, and cellular adaptation.

Compounds such as MOTS-c are widely studied for their role in mitochondrial signalling and metabolic regulation, particularly in relation to cellular energy balance and adaptive stress responses. Additionally, molecules such as NAD⁺ (Nicotinamide Adenine Dinucleotide) are extensively researched for their involvement in cellular energy production, redox reactions, and pathways associated with cellular maintenance and ageing processes.

Research involving these compounds contributes to a broader scientific understanding of longevity-related pathways, mitochondrial function, and the regulation of cellular health within controlled laboratory environments.