Radioisotopes and Life Processes (Revised)

audiobook

Radioisotopes and Life Processes (Revised)

by Renato Baserga, Walter E. Kisieleski

EN·~1 hours

Chapters

Description

This booklet introduces listeners to the fascinating intersection of nuclear science and biology, explaining why a basic understanding of radioisotopes is important for everyday citizens. It begins with a clear overview of cell structure, showing how every living organism—from single‑celled microbes to humans—is built from the same microscopic units. The authors then describe the three molecular pillars of modern biology—DNA, RNA, and proteins—and how these essential building blocks can be examined with radioactive tracers.

Through vivid examples and accessible language, the guide reveals how scientists use radioisotopes to track the inner workings of cells, shedding light on processes such as genetic replication and protein synthesis. Listeners will gain insight into the historical development of cell theory and discover how contemporary techniques have transformed our ability to “see” life at the molecular level, all while appreciating the broader role of nuclear energy in society.

Details

Language

en

Duration

~1 hours (82K characters)

Series

Understanding the atom

Publisher of text edition

Project Gutenberg

Credits

Produced by Stephen Hutcheson, Dave Morgan and the Online Distributed Proofreading Team at http://www.pgdp.net

Release date

2015-06-30

Rights

Public domain in the USA.

About the authors

Renato Baserga

Renato Baserga

b. 1925

An influential cancer biologist and physician, he helped shape modern thinking about how cells grow and divide. His long career linked basic cell biology with cancer research, and his life story stretched from anti-fascist resistance in wartime Italy to major research posts in the United States.

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WE

Walter E. Kisieleski

1920–2011

A lifelong research chemist at Argonne National Laboratory, he wrote clear, practical science books that helped general readers understand how radioisotopes can illuminate the processes of living cells. His work blends solid laboratory knowledge with an approachable, educational style.

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