A Conversation with Dr. Momo Vuyisich

Michael Peres is joined by Dr. Momo Vuyisich, co-founder and Chief Science Officer of Viome, where he leads the development of RNA-based tests that decode the gut microbiome and other biological systems to power precision nutrition. A molecular biologist with more than two decades of experience, Dr. Vuyisich has dedicated his career to understanding how chronic diseases really begin in the body – and how targeted “food as medicine” interventions can change a person’s health trajectory.

The conversation

Michael Peres is joined by Dr. Momo Vuyisich, co-founder and Chief Science Officer of Viome, where he leads the development of RNA-based tests that decode the gut microbiome and other biological systems to power precision nutrition. A molecular biologist with more than two decades of experience, Dr. Vuyisich has dedicated his career to understanding how chronic diseases really begin in the body – and how targeted “food as medicine” interventions can change a person’s health trajectory.

In this episode, you’ll learn

  1. Why biology captivated him early on and why, even with modern science, we still don’t truly understand how the body and brain work
  2. How looking back at the Black Death reveals uncomfortable parallels with how we treat today’s chronic diseases and cancers as “bad luck”
  3. The gap between how we talk about diseases like Alzheimer’s, MS, and pancreatic cancer and what we actually know about their root causes
  4. How RNA-based testing and microbiome analysis can uncover early signals of dysfunction long before symptoms appear
  5. Viome’s vision for precision nutrition and using food as a targeted tool to help prevent and reverse chronic disease
  6. What it might look like to move from a reactive sick-care model to proactive, personalized health based on your own biology
Meet the guests
Dr. Momo Vuyisich

Dr. Momo Vuyisich is the co-founder and Chief Science Officer of Viome, where he leads the development of RNA-based tests that decode the gut microbiome and other biological systems to inform precision nutrition.