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Life on earth began as a single-celled microbe and the human body has evolved to trillions of cells. With the increasing complexity of development of species, scientists are faced with a myriad of questions about the origin of life. Dr. Wen-Hsiung Li from the Biodiversity Research Center in Academia Sinica talks about how comparing the genetic codes of different species helps us understand their evolutionary origins and how this fundamental knowledge can be translated into producing important enzymes and hormones.
If you are interested to know more about his work in Evolutionary Genomics, visit the following website http://www.biodiv.tw/index.php/en/people/faculty/dr-wen-hsiung-li#lab-pi
Academician Wen-Hsiung Li received the 2019 SMBE’s Lifetime Contribution Award http://bit.ly/2IoIi6H
Did you miss the previous episode? Listen to Episode 7 https://apple.co/2I7SdNP
Let's be friends
By STEMSpeak PodLife on earth began as a single-celled microbe and the human body has evolved to trillions of cells. With the increasing complexity of development of species, scientists are faced with a myriad of questions about the origin of life. Dr. Wen-Hsiung Li from the Biodiversity Research Center in Academia Sinica talks about how comparing the genetic codes of different species helps us understand their evolutionary origins and how this fundamental knowledge can be translated into producing important enzymes and hormones.
If you are interested to know more about his work in Evolutionary Genomics, visit the following website http://www.biodiv.tw/index.php/en/people/faculty/dr-wen-hsiung-li#lab-pi
Academician Wen-Hsiung Li received the 2019 SMBE’s Lifetime Contribution Award http://bit.ly/2IoIi6H
Did you miss the previous episode? Listen to Episode 7 https://apple.co/2I7SdNP
Let's be friends