EP3: Biological Logic Gates - Networks and DNA Origami Nanorobots
15m
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Incomplete Thoughts
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Logic gates are the basic fundamental unit of computers, but they exist in biology as well. This episode we talk about how gene regulatory networks allow organisms to perform complex behaviour and how new foldable synthetic DNA nanorobots may be the next frontier for personalized and targeted medicine. Universal computing by DNA origami robots in a living animal
Twitter: @kartikitrak
The episode EP3: Biological Logic Gates - Networks and DNA Origami Nanorobots from the podcast Incomplete Thoughts has a duration of
15:17. It was first published
More episodes from Incomplete Thoughts
EP3: Biological Logic Gates - Networks and DNA Origami Nanorobots
Logic gates are the basic fundamental unit of computers, but they exist in biology as well. This episode we talk about how gene regulatory networks allow organisms to perform complex behaviour and how new foldable synthetic DNA nanorobots may be the next frontier for personalized and targeted medicine. Universal computing by DNA origami robots in a living animal
Twitter: @kartikitrak
EP2: State Space - A multidimensional approach to understanding
Overly reductionist approaches have plagued science for decades. Now in the era of biological big data, how can we understand complex network dynamics? The state space framework captures the flexibility in the so-called "dogmatic" rules of biology. This idea can be applied to so much more than just biological interactions. Anything big-data.
Twitter: @kartikitrak
EP1: Welcome to The Incomplete Thoughts Podcast
Welcome all and everyone!
Incomplete Thoughts is a podcast about everything that is interesting in this world. Its mostly my effort to formalize and articulate some idea that perhaps until now may have just been some abstract idea in the hurricane of my mind.
If you wish to reach out to me, you can follow me on twitter @kartikitrak.
By Kartik Pradeepan