In this episode, Alex chats with Dr. Noshir Pesika, a specialist in biomimicry.Noshir is a Chemical and Biomolecular Engineering professor at Tulane University, where he focuses his research on creating novel products based on the natural world. His research is centered around the concept of biomimicry - the idea that nature has spent millennia designing, testing, and iterating products for highly specialized functions. By analyzing the micro and nano-level structure and design of these ...
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In this episode, Alex chats with Dr. Noshir Pesika, a specialist in biomimicry.Noshir is a Chemical and Biomolecular Engineering professor at Tulane University, where he focuses his research on creating novel products based on the natural world. His research is centered around the concept of biomimicry - the idea that nature has spent millennia designing, testing, and iterating products for highly specialized functions. By analyzing the micro and nano-level structure and design of these ...
Dr. Robert Montgomery: The Future of Organ Transplantation
The Life Sciences Revolution
57 minutes
2 years ago
Dr. Robert Montgomery: The Future of Organ Transplantation
In this episode, Alex chats with Dr. Robert Montgomery, one of the world's foremost organ transplantation and research experts. Dr. Montgomery is the Chairman and Professor of Surgery at NYU Langone Health and is the Director of the NYU Langone Transplant Institute, one of the US' top transplant centers. Dr. Montgomery has been at the forefront of organ transplantation for decades as both a surgeon and a patient. He was the first surgeon to receive an implantable defibrillator after a ge...
The Life Sciences Revolution
In this episode, Alex chats with Dr. Noshir Pesika, a specialist in biomimicry.Noshir is a Chemical and Biomolecular Engineering professor at Tulane University, where he focuses his research on creating novel products based on the natural world. His research is centered around the concept of biomimicry - the idea that nature has spent millennia designing, testing, and iterating products for highly specialized functions. By analyzing the micro and nano-level structure and design of these ...
