本の詳細
形式
ハードカバー
ページ数
824
言語
英語
公開されました
Apr 9, 2004
出版社
Academic Press
版
1
ISBN-10
0199693730
ISBN-13
9780199693733
説明
This volume delves into the intricate mechanisms of oxygen sensing and its crucial role in various biological systems. The authors, renowned experts in their fields, present a comprehensive overview of the methodologies employed to study oxygen levels and their physiological implications. Each chapter offers a blend of theoretical background and practical applications, making it accessible to both seasoned researchers and newcomers.
Through a detailed exploration of enzymatic processes, readers gain insights into how organisms detect and respond to changes in oxygen availability. The work emphasizes the significance of oxygen sensing in metabolic regulation and cellular function, highlighting advancements in techniques and tools that have emerged in the field. The rich content serves as a valuable resource for those interested in biochemistry, molecular biology, and associated research domains.
Additionally, the volume encourages further inquiry into the implications of oxygen sensing in health and disease, paving the way for future studies. It embodies a blend of scientific rigor and innovative thinking, reflecting the cutting-edge research that characterizes contemporary biochemistry.
Through a detailed exploration of enzymatic processes, readers gain insights into how organisms detect and respond to changes in oxygen availability. The work emphasizes the significance of oxygen sensing in metabolic regulation and cellular function, highlighting advancements in techniques and tools that have emerged in the field. The rich content serves as a valuable resource for those interested in biochemistry, molecular biology, and associated research domains.
Additionally, the volume encourages further inquiry into the implications of oxygen sensing in health and disease, paving the way for future studies. It embodies a blend of scientific rigor and innovative thinking, reflecting the cutting-edge research that characterizes contemporary biochemistry.