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Description
RNA technology is poised to drive a new era of discovery and innovation across human and veterinary medicine, agriculture, and industry—an inflection point as consequential as the recombinant DNA revolution of the 1980s. As the first comprehensive survey of noncoding RNAs, this textbook provides a timely and authoritative introduction to one of the most dynamic frontiers in modern biology. It offers a broad overview of RNA biology while serving as a companion volume to The Biology of RNA: Long and Small Non-coding RNAs, and two forthcoming volumes on the practical applications of RNA. Designed to promote learning and long-term retention, each chapter features overviews, learning objectives, and clearly highlighted key concepts, definitions, and key takeaways, along with case studies and quizzes that help readers apply what they have learned. Bringing together foundational discoveries, current research, and emerging directions, this textbook is an indispensable resource for undergraduate and graduate students, researchers, and all readers seeking a deeper understanding of this fast-moving field.
Advance Praise for The Biology of RNA:
“A rare RNA textbook that closes the gap between basic RNA biology and the clinical revolution unfolding around it.” – Ada E. Yonath, PhD, Nobel Prize in Chemistry 2009
“Anyone who reads it will come away with a far better understanding and appreciation of this important molecule that is fundamental to all of our lives.” – Robert S. Langer, David H. Koch Institute Professor, MIT.
Table of Contents
Foundations of DNA and RNA bio.- RNA Types.- The concept of gene History and RNA driven evolution.-RNA prominence in the expanded central molecular biology dogma.- The RNA world and the confluence of organic and inorganic matter in the generation structure and function of RNA.- Transfer RNAs tRNA derived fragments or small RNAs tRNA like structures free tRNA introns and tRNA intronic circular RNAs.- Ribosomal RNAs and derived fragments.
