Isotopes in Biology

Isotopes in Biology

1st Edition - January 1, 1964

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  • Author: George Wolf
  • eBook ISBN: 9781483225746

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Isotope is Biology is a six-chapter supplementary text that covers the properties and application of isotopes as labels or analytical tools in biological research. The first chapters deal with the physico-chemical properties and radioactivity of isotopes. These chapters also explore their synthesis, preparation, radiation decomposition, and decay of radioactivity. The succeeding chapter considers other aspects of isotopes, including their effect of health, disposal, spills, and laboratory use. Another chapter examines the chemical and biochemical behavior, natural abundance, and the chemical stability of isotopic compounds. The final chapters describe several isotopic methods, namely, isotope dilution, paper chromatography, and autoradiography, with emphasis on their application in biological studies. This book will be of value to biologists, and graduate and undergraduate biology students.

Table of Contents

  • Preface


    1. What are Isotopic Tracers and Why Use Them?

    2. Historical


    General References

    I. Some Physics and Chemistry

    1. The Structure of Matter; Isotopes

    2. Radioactivity

    3. Energy of Radiation

    4. Decay of Radioactivity

    5. Production of Isotopes

    6. Measurement of Radioactivity and of Stable Isotope Concentration

    7. Synthesis of Radioactive Compounds

    8. Preparation of Tritium-Labeled Compounds

    9. Preparative Biosynthesis

    10. Radiation Decomposition


    II. Units of Radioactivity and of Stable Isotopes

    1. Units of Radioactivity; Parameters

    2. Specific Radioactivity

    3. Specific Activity per Mole

    4. Specific Activity per Atom of Carbon

    5. Units of Stable Isotopes


    III. Health Hazards and Isotope Laboratory Design

    1. Health Hazards

    2. Radiation Protection

    3. Waste Disposal

    4. Spills

    5. The Isotope Laboratory


    IV. Principles and Conditions for the Use of Isotopes in Biology

    Section I. Identical Chemical and Biochemical Behavior of Isotopic Compounds

    A. Cases of Nonidentical Chemical Behavior

    B. Cases of Nonidentical Biological Behavior

    Section II. Constant Natural Abundance

    1. Radiocarbon Dating

    Section III. Chemical Stability of Isotopic Compounds

    1. Calcium Absorption; The Intestinal Loop


    V. Methods

    Section I. The Isotope Dilution Method

    A. The Isotope Dilution Method in the Isolation, Purification, and Characterization of Unknown Compounds

    B. Isotope Dilution as a Means for Studying The Synthesis of Knoton Compounds

    C. Isotope Dilution as An Analytical Tool

    Section II. Paper Chromatography and Autoradiography

    1. Radioactive Compounds Separated by Paper Chromatography

    2. Tissue Autoradiography

    3. Cell Autoradiography

    4. Chromosome Autoradiography


    VI. Application of the Isotope Technique

    Section I. Gross Distribution Studies

    1. Geographical Distribution

    2. Translocation

    3. Drug Distribution

    4. Whole-Body Radiography

    5. "Volume" and "Space" Determinations

    6. Radiocardiology

    7. Organ and Cell Distribution

    Section II. Molecular Distribution Studies

    A. Metabolic Pathways; Biosynthesis and Breakdown

    B. Protein Synthesis and the Transfer of Genetic Information

    Section III. Rates of Reactions in Living Organisms

    1. The Dynamic State of Body Constituents

    2. Hemoglobin Turnover

    3. Turnover; Theoretical Considerations

    4. Definitions

    5. Turnover Experiments; Examples

    6. Turnover Experiments by Continuous Infusion

    7. Precursor-Product Relationships

    8. Alternative Metabolic Pathways



Product details

  • No. of pages: 184
  • Language: English
  • Copyright: © Academic Press 1964
  • Published: January 1, 1964
  • Imprint: Academic Press
  • eBook ISBN: 9781483225746

About the Author

George Wolf

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