Cellular Energy Stack

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Redox chemistry & mitochondrial communication

Cellular Energy Stack

Explore how cells handle metabolic reactions and stress signals. NAD+ is an electron-carrying coenzyme; MOTS-C is a mitochondrial-derived peptide studied for AMPK-related signalling and nuclear responses.

Explore the evidence

Inside the stack

NAD+1 × Price to be confirmed = Price to be confirmed

1 individual vial · strength

MOTS-C1 × Price to be confirmed = Price to be confirmed

1 individual vial · strength

2 individual vials · current retail sumPrice to be confirmed

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How each component works

NAD+

A coenzyme, not a peptide, that helps transfer electrons in the chemical reactions behind cellular metabolism.

• Cellular metabolism
• Electron-transfer chemistry
• Coenzyme identity

Study details & material specifications

Specific findings for this material remain under review.

MOTS-C

A mitochondria-derived peptide studied in the lab for how cells regulate metabolism and respond to stress.

• Metabolic cell signals
• Cell responses to stress
• Communication within cells

Lee et al., 2015 Kim et al., 2018 Study details & material specifications

For laboratory research use.