The Age-less Secret of Peptides: From Your Genes to Youthful Cells

The Age-less Secret of Peptides: From Your Genes to Youthful Cells

From The Science of Age-less Living by Dr. Ethan Hausman-Marquis

April 12, 2026 · 20 min · Season 2 · Episode 5

About this episode

Dr. Ethan Hausman-Marquis explores the role of peptides in aging and cellular communication.

In this episode of The Science of Age-less Living, Dr. Ethan dives deep into the fascinating world of peptides — the tiny but powerful molecular messengers that play a central role in how we age. You’ll discover how peptides are encoded in your genes, follow the remarkable cellular factory process of transcription and translation that builds them, and learn how these short chains of amino acids act as precise keys that unlock cell receptors and even function as transcription factors to control entire gene networks. The episode explores the full journey: from DNA blueprint to receptor signaling, and finally to the rapid breakdown and recycling that keeps cellular communication sharp and efficient. Along the way, Dr. Hausman-Marquis explains why youthful peptide signaling is key to reducing inflammation, boosting repair, keeping stem cells active, and preventing “zombie” senescent cells. You’ll also learn how aging affects this elegant system and simple lifestyle strategies that can help keep your peptide pipeline running smoothly for decades to come. If you want to understand the hidden biology behind staying biologically young, this episode is for you.

People in this episode

Host: Dr. Ethan Hausman-Marquis

Topics covered

  • peptides
  • aging
  • cellular communication
  • gene networks
  • inflammation
  • youthful signaling

Keywords

  • peptides
  • aging
  • cell receptors
  • gene expression
  • inflammation
  • stem cells
  • cell signaling

Mentioned in this episode

Organizations: The Science of Age-less Living

More episodes of The Science of Age-less Living

Explore listener stats, chart rankings, contacts and more on the The Science of Age-less Living podcast page.