書籍詳情
格式
精裝書
頁數
303
語言
英語
已出版
Jan 1, 1984
出版商
Cold Spring Harbor Laboratory Press
ISBN-10
0879691727
ISBN-13
9780879691721
描述
Richard Losick and Lucy Shapiro delve into the fascinating realm of microbial development, a topic that has significant implications within the fields of microbiology and genetics. Compiled from the insights shared during the influential Conference on Microbial Development held at Cold Spring Harbor Laboratory in the spring of 1983, this work brings together a wealth of knowledge from leading experts in the field.
The discussions captured within these pages explore the intricate processes that govern the growth and differentiation of microbial organisms. Readers will encounter a rich tapestry of research findings, shedding light on how these tiny life forms adapt and evolve in diverse environments. The authors highlight not only the fundamental biological principles at play but also the broader implications for our understanding of cellular behavior and development.
As the scientific community continues to expand its horizons in microbial research, this compilation stands as a pivotal contribution, offering clarity and depth on the subject. It serves as both a historical reflection and a foundational resource for those seeking to navigate the complexities of microbial life.
The discussions captured within these pages explore the intricate processes that govern the growth and differentiation of microbial organisms. Readers will encounter a rich tapestry of research findings, shedding light on how these tiny life forms adapt and evolve in diverse environments. The authors highlight not only the fundamental biological principles at play but also the broader implications for our understanding of cellular behavior and development.
As the scientific community continues to expand its horizons in microbial research, this compilation stands as a pivotal contribution, offering clarity and depth on the subject. It serves as both a historical reflection and a foundational resource for those seeking to navigate the complexities of microbial life.