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A research-focused combination bringing together three compounds investigated across cellular energy, metabolic function and inflammatory pathways.
MOTS-c 10mg — a mitochondria-derived peptide studied for its role in energy metabolism, AMPK signalling, metabolic adaptation and exercise-related responses.
NAD+ 100mg — an essential cellular coenzyme involved in energy metabolism, redox processes, cellular signalling and pathways associated with DNA maintenance and repair.
KPV 10mg — a small peptide fragment of α-MSH investigated primarily for its potential effects on inflammatory signalling, with current evidence largely coming from laboratory and animal studies.
The combination is designed around three complementary areas of research:
🔋 MOTS-c → energy metabolism & metabolic adaptation
⚡ NAD+ → cellular energy & essential cellular processes
🧬 KPV → inflammatory signalling research
Together, they create a broader research profile spanning energy, cellular function and inflammatory pathways, rather than concentrating on a single biological pathway.
Three compounds. Three research areas. One Performance Pack.
A research-focused combination bringing together three compounds investigated across cellular energy, metabolic function and inflammatory pathways.
MOTS-c 10mg — a mitochondria-derived peptide studied for its role in energy metabolism, AMPK signalling, metabolic adaptation and exercise-related responses.
NAD+ 100mg — an essential cellular coenzyme involved in energy metabolism, redox processes, cellular signalling and pathways associated with DNA maintenance and repair.
KPV 10mg — a small peptide fragment of α-MSH investigated primarily for its potential effects on inflammatory signalling, with current evidence largely coming from laboratory and animal studies.
The combination is designed around three complementary areas of research:
🔋 MOTS-c → energy metabolism & metabolic adaptation
⚡ NAD+ → cellular energy & essential cellular processes
🧬 KPV → inflammatory signalling research
Together, they create a broader research profile spanning energy, cellular function and inflammatory pathways, rather than concentrating on a single biological pathway.
Three compounds. Three research areas. One Performance Pack.