Partnerships and Investors

Join Us in Rewriting the Biology of Human Aging!

Rejuve Therapeutics is pioneering a new frontier in biotechnology: gene-driven rejuvenation medicine, powered by AI and validated through deep cellular biology. Our platform represents a convergence of transformative science—combining single-cell genomics, high-resolution longitudinal mapping, and state-of-the-art AI foundation model adaptation—to unlock the genetic programs that reverse aging at its root.
 
Whether you are:
  • A researcher advancing the frontiers of aging science
  • A biotech/pharma company seeking a strategic edge
  • An AI leader ready to shape the next generation of biological foundation models
  • A forward-looking investor committed to extending healthy human life
Your expertise and vision have a place at Rejuve Therapeutics.
 
Together, we can unlock the genetic programs that restore youth and redefine what it means to age, and build an unprecedented rejuvenation therapeutics company poised for extraordinary growth.
 
Interested in partnering? Please email us at: partners(at)rejuvetx.com

Gordon Ma, MD, PhD

Founder and CEO

Dr. Gordon Ma is a geneticist, stem cell biologist, and biotech founder with over 20 years of experience in epigenetics, gene regulation, and rejuvenation biology. His PhD work produced the first evidence of CDH1 promoter methylation in precancerous tissue—a foundational contribution to modern epigenetics. He completed postdoctoral training at Harvard Medical School and the University of Colorado, where he studied XIST-mediated epigenetic regulation.
At the NIH (NHLBI), Dr. Ma conducted research in embryonic stem cell differentiation and cardiovascular regenerative biology and made key findings on mitochondrial regulation of pluripotency. He later founded several life science companies while continuing NIH research as a special volunteer for nearly a decade.
As Founder and CEO of Rejuve Therapeutics, Dr. Ma is the principal inventor of a patented method demonstrating gene-driven rejuvenation without dedifferentiation. His ongoing work includes large-scale single-cell sequencing studies and the development of the first Longitudinal Human Aging and Rejuvenation Gene Expression Atlas. He is collaborating closely with AI scientists on transfer learning and biological foundation models to identify key regulatory genes driving aging and rejuvenation and to develop clinically viable rejuvenation gene cocktails