Study Guide for Introductory Genetics

Author(s): David Peebles

Edition: 4

Copyright: 2013

Pages: 372

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$85.70

ISBN 9781792453816

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The Study Guide for Introductory Genetics was developed as a workbook for introductory genetics students. It is the main source of class information, with other texts and articles used as supplemental reading. In order to increase the understanding and learning efficiency of the student, the order of subject material in the Study Guide corresponds to that presented in class. It also contains blank pages for additional note taking.

To meet the needs of an audience belonging to a broad spectrum of science majors, its contents incorporate a large variety of important topics from Mendelian concepts to DNA sequencing. Furthermore, it draws from both the prokaryotic and eukaryotic levels, and plant and animal kingdoms for demonstrational purposes. The Study Guide has been eagerly adopted by students and has been described as complete, yet very understandable.

Acknowledgments

I. Mendelian Concepts and Mono- and Multi-Hybrid Inheritance
II. Gene Interaction
III. Probability
IV. Chi-Square
V. Pedigree Analysis
VI. The Cell, Cell Cycle, Mitosis, and Meiosis
VII. Gametogenesis
VIII. Sporogenesis
IX. Sex Determination
X. Sex-Influenced and Sex-Limited Gene Expression
XI. Sex Linkage
XII. Genetic Material
XIII. Replication
XIV. Transcription
XV. Translation
XVI. Linkage
XVII. Mutation
XVIII. DNA Damage and Repair
XIX. Multiple Alleles
XX. Quantitative Traits
XXI. Population Genetics
XXII. DNA Cloning and Sequencing
XXIII. Periodic Table of Elements
XXIV. Karyotype
XXV. Drosophila melanogaster Laboratory
XXVI. Glossary

 

David Peebles

The Study Guide for Introductory Genetics was developed as a workbook for introductory genetics students. It is the main source of class information, with other texts and articles used as supplemental reading. In order to increase the understanding and learning efficiency of the student, the order of subject material in the Study Guide corresponds to that presented in class. It also contains blank pages for additional note taking.

To meet the needs of an audience belonging to a broad spectrum of science majors, its contents incorporate a large variety of important topics from Mendelian concepts to DNA sequencing. Furthermore, it draws from both the prokaryotic and eukaryotic levels, and plant and animal kingdoms for demonstrational purposes. The Study Guide has been eagerly adopted by students and has been described as complete, yet very understandable.

Acknowledgments

I. Mendelian Concepts and Mono- and Multi-Hybrid Inheritance
II. Gene Interaction
III. Probability
IV. Chi-Square
V. Pedigree Analysis
VI. The Cell, Cell Cycle, Mitosis, and Meiosis
VII. Gametogenesis
VIII. Sporogenesis
IX. Sex Determination
X. Sex-Influenced and Sex-Limited Gene Expression
XI. Sex Linkage
XII. Genetic Material
XIII. Replication
XIV. Transcription
XV. Translation
XVI. Linkage
XVII. Mutation
XVIII. DNA Damage and Repair
XIX. Multiple Alleles
XX. Quantitative Traits
XXI. Population Genetics
XXII. DNA Cloning and Sequencing
XXIII. Periodic Table of Elements
XXIV. Karyotype
XXV. Drosophila melanogaster Laboratory
XXVI. Glossary

 

David Peebles