Human has about 30,000 genes, which govern who we are and how we live. During the past fifty years or more, our understanding of the genome has advanced tremendously. Among the many accomplishments is the realization of how genes, RNAs and proteins interact and work in a coordinated manner to form the so called genetic regulatory networks. It opens up the door for studying the genome as a system, not individual genes. As an engineer, the author studies genetic regulatory networks through mathematical models and engineering methods. This book focuses on three vital problems in the genetic...
Human has about 30,000 genes, which govern who we are and how we live. During the past fifty years or more, our understanding of the genome has advanc...
