Revolutionizing the
therapy production
and delivery landscape

AddGraft is deploying cutting edge genetic treatments
to address some of the biggest problems facing our world today

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ABOUT

AddGraft Therapeutics is redefining the therapy production and delivery landscape with our one-of-a-kind approach to gene therapy.

Our unique technology has unlocked new treatments for some of the most pressing problems facing the world today and we are starting with one of the biggest.

Addiction, or substance use disorder (SUD), plagues millions of people around the world and has taken an incalculable amount away from families and society.

We aim to translate our promising pre-clinical
work into the clinic to help people around the world better face SUD and other chronic conditions.

OUR TEAM

Ryan Meyers

Chief Executive Officer

Ryan is a skilled STEM leader with significant experience in management consulting and venture capital. Prior to

co-founding AddGraft, Ryan helped lead healthcare organizations through significant M&A activities.

Here he developed expertise in project management, team leadership and strategic decision making. Ryan is also completing his MBA at the Booth School of Business at the University of Chicago.

Dr. Ming Xu

Chief Science Officer

Dr. Ming Xu is a professor of neurobiology in the Biological Science Division at the University of Chicago.

Over the last 25 years, Dr. Xu’s laboratory has worked to understand the mechanisms of drug addiction and aimed to find possible treatment strategies. With over 100 publications in the field of Neurobiology,

Dr. Xu is world class expert in the study of Neurological Disease and specifically addiction.

Dr. Xiaoyang Wu

Chief Technology Officer

Dr. Xiaoyang Wu is an associate professor of tissue engineering in the Biological Science Division at the University of Chicago. Dr. Wu’s long-term interest is to explore cell signaling and the molecular mechanisms controlling somatic stem cell behavior and somatic gene therapy. His laboratory has significantly advanced our understanding of how skin injuries activate quiescent epidermal stem cells to proliferate and migrate to repair a wound.