Peptide Guides
How SS-31 Works: Protecting Cells from the Inside
How does SS-31 work? It binds to cardiolipin, a special fat molecule inside mitochondria. Here's a simple explanation.
Research Blog
How does SS-31 work? It binds to cardiolipin, a special fat molecule inside mitochondria. Here's a simple explanation.
SS-31 is a tiny 4-amino-acid peptide designed to target the inner membrane of mitochondria. Here's a beginner's guide.
How does MOTS-c work? It interacts with AMPK, your cells' energy sensor. Here's a simple explanation of why it matters to researchers.
MOTS-c comes from mitochondrial DNA — the separate instruction book inside your cells' power plants. Here's a simple guide.
How does the KLOW blend work? Each peptide targets a different pathway. Here's a simple breakdown of the components and how they…
KLOW is a multi-peptide blend product for research. Here's a simple overview of what's inside and why researchers study peptide blends.
How does the GLOW blend work? Each component targets different pathways. Here's a simple explanation of what each peptide in the blend…
GLOW is a peptide blend — multiple research compounds in one product. Here's a simple breakdown of what's inside and why researchers…
How does GHK-Cu work? The copper atom is the key. Here's a simple explanation of this copper-peptide complex and what researchers study.
GHK-Cu is a tiny 3-amino-acid peptide that carries a copper atom. Found naturally in blood, it's been researched since the 1970s.
