Andrea Riposati Company is the first company of its kind in the world, operating in the cutting-edge field of human cellular tissue preservation. Andrea Riposati has been leading this pioneering endeavor since its inception, and her leadership has led to many breakthroughs.

Andrea Riposati company is a for-profit biotech spin-off from Stanford University Medical School with a presence in Silicon Valley and around the world, where we work closely with scientists and clinicians to develop groundbreaking new medicines and cures for life-threatening illnesses like cancer, diabetes, heart disease, etc. using organs and tissues from human cadavers.

The central focus of Andrea Riposati Company is to increase the efficacy, safety, and affordability of medical treatments by using cells from human cadavers and using them as surgical guides for reconstructive surgery or regenerative medicine protocols. Our team is here to provide you with additional information about our company and the services we can offer; please feel free to contact us at any time with your inquiries.

We are an innovative biotech company headquartered in San Francisco, California, operating globally that focuses on preserving solid human organs such as livers, kidneys, spleens, etc.

Perfect organs for transplants and research, the company believes that humans must work together to develop a cure for life-threatening diseases like cancer and diabetes. To accomplish this mission, we have developed several innovative services.

Our mission is to advance human health. We have developed several advanced technologies that improve the efficiency of organ preservation, and our primary focus is on alternative methods of protection and using human tissues in reconstructive surgery. Through our services, we aim to increase the efficacy of medical treatments, increase global health through improved access to affordable organs for transplantation, reduce costs by eliminating the need for expensive animal tests and decrease risk by utilizing alternative preservation methods.