Szczegóły książki
Format
Twarda okładka
Język
Angielski
Opublikowany
Dec 1, 1985
Wydawca
John Wiley & Sons
ISBN-10
0471847712
ISBN-13
9780471847717
Opis
This work delves into the intricate relationship between the nuclear envelope and the process of RNA maturation. The authors present a comprehensive overview of cellular mechanisms, emphasizing how the structure of the nuclear envelope influences RNA processing. Through detailed analyses and contributions from various studies, they elucidate the complex interplay between nuclear architecture and gene expression.
Smuckler and Clawson aim to bridge the gap between molecular biology and cellular dynamics by examining how defects in the nuclear envelope can lead to disruptions in RNA maturation, potentially affecting overall cellular function. Their insightful exploration points to the significant roles played by these structures in the life cycle of RNA, offering valuable perspectives for researchers in genetics and cell biology.
The book is not only a resource for understanding the basic science behind nuclear structure and function, but it also addresses its implications in disease and developmental biology. Readers are invited into a detailed examination of cellular processes that fundamentally impact gene regulation and expression, making it a critical addition for those looking to further their knowledge in this specialized field.
Smuckler and Clawson aim to bridge the gap between molecular biology and cellular dynamics by examining how defects in the nuclear envelope can lead to disruptions in RNA maturation, potentially affecting overall cellular function. Their insightful exploration points to the significant roles played by these structures in the life cycle of RNA, offering valuable perspectives for researchers in genetics and cell biology.
The book is not only a resource for understanding the basic science behind nuclear structure and function, but it also addresses its implications in disease and developmental biology. Readers are invited into a detailed examination of cellular processes that fundamentally impact gene regulation and expression, making it a critical addition for those looking to further their knowledge in this specialized field.