Aug 23, 2026 · 57 min · 12 segments
**What if a vaccine could help the immune system clear senescent “zombie” cells — damaged cells linked to ageing, chronic inflammation and age-related disease?** **In this episode of Beyond…
David ScieszkaGuestDaphnaHostWelcome to Beyond Longevity, the podcast that explores not just how we age, but how we can build a longer, healthier future for ourselves.
What if we could teach the immune system to remove some of the damaged cells that contribute to the aging process? My guest today is David Cheska, a biomedical scientist, computational biologist, and the founder and CEO of Vertical Longevity Pharmaceuticals, or Velopharma for short.
He holds a PhD in biomedical sciences as well as an MBA.
From here, he moved into laboratory science, computational biology, and eventually biotech entrepreneurship.
His company is now developing a senolytic vaccine.
The idea is to help the immune system recognize and clear senescent cells, the dysfunctional, so-called zombie cells, that accumulate as we age.
The company's first focus is the vasculature, the network of blood vessels that carries blood around the body.
More specifically, they are looking at atherosclerosis, where blood builds up inside the arteries.
But this episode is about much more than one vaccine.
We take a step back and look at why so much promising longevity science struggles to make it from the lab into real world medicine.
We talk about where AI can genuinely help, what animal studies can really tell us, and what it takes to turn a scientific idea into a treatment that could one day reach patients.
And running through the conversation is a bigger question.
David.
You've taken a rather unusual route into this field from U.S. Army through several different areas of science to founding a longevity biotech company.
And behind all that journey seems to be an ambition that goes well beyond developing one successful treatment.
But before we get into the science, I want to start with you.
How did you get from the U.S. Army to studying aging? And when did this become something you felt personally driven to?
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Welcome to Beyond Longevity, the podcast that explores not just how we age, but how we can build a longer, healthier future for ourselves.
What if we could teach the immune system to remove some of the damaged cells that contribute to the aging process? My guest today is David Cheska, a biomedical scientist, computational biologist, and the founder and CEO of Vertical Longevity Pharmaceuticals, or Velopharma for short.
He holds a PhD in biomedical sciences as well as an MBA.
From here, he moved into laboratory science, computational biology, and eventually biotech entrepreneurship.
His company is now developing a senolytic vaccine.
The idea is to help the immune system recognize and clear senescent cells, the dysfunctional, so-called zombie cells, that accumulate as we age.
The company's first focus is the vasculature, the network of blood vessels that carries blood around the body.
More specifically, they are looking at atherosclerosis, where blood builds up inside the arteries.
But this episode is about much more than one vaccine.
We take a step back and look at why so much promising longevity science struggles to make it from the lab into real world medicine.
We talk about where AI can genuinely help, what animal studies can really tell us, and what it takes to turn a scientific idea into a treatment that could one day reach patients.
And running through the conversation is a bigger question.
David.
You've taken a rather unusual route into this field from U.S. Army through several different areas of science to founding a longevity biotech company.
And behind all that journey seems to be an ambition that goes well beyond developing one successful treatment.
But before we get into the science, I want to start with you.
How did you get from the U.S. Army to studying aging? And when did this become something you felt personally driven to?