Biological Engineering—The Nexus Between Computer Programming and Medicine - Tim Lu - TED - 2018

Explore the intersection of computer programming and medicine in this 12-minute TED talk. Discover how Tim Lu transitioned from programming electrical computers to biological systems, driven by the potential for revolutionary advancements in bioengineered medicine. Learn about the exponential growth in DNA reading and writing capabilities, and how this accelerates biological programming. Gain insights into Lu's work engineering cells as living therapeutics, combining his expertise in computer programming, electrical engineering, and microbiology. Understand the challenges and potential of writing biological programs, including the complexities involved. Delve into topics such as synthetic biology, cancer programs, self-regulating therapies, and the future of bioengineered medicine. Gain a perspective on what is needed to advance programming for bioengineered medicine to the next level.

Introduction
First time I got to play with the computer
Switching to biological programming
Synthetic biology
Roomba
Human Programs
Cancer Programs
Therapeutic Programs
SelfRegulating Therapy
Challenges
Writing biological programs
Biological complexity
Conclusion