Principles of population genetic pdf download

Population Genetics: A Concise Guide. Population Genetics and Microevolutionary Theory. Genetics: Principles and Analysis. Principles and Analysis. Some Mathematical Models from Population Genetics. An Introduction to Population Genetics Theory. Bacterial Population Genetics in Infectious Disease. Principles of Plant Genetics and Breeding. Genetics: Analysis and Principles, 4th Edition. Fungal Genetics: Principles and Practice Mycology.

Recommend Documents. Principles of Population Genetics Population Genetics Matthew B. Hamilton A John Simmons Universi Your name. To focus on the scientific process by showing how scientific concepts develop from observation and experimentation.

Our book provides numerous examples to show how genetic principles have emerged from the work of different scientists. We emphasize that science is an ongoing process of observation, experimentation, and discovery. To focus on human genetics by incorporating human examples and showing the relevance of genetics to societal issues.

Experience has shown us that students are keenly interested in the genetics of their own species. Because of this interest, they find it easier to comprehend complex concepts when these concepts are illustrated with human examples.

Consequently, we have used human examples to illustrate genetic principles wherever possible. We have also included discussions of the Human Genome Project, human gene mapping, genetic disorders, gene therapy, and genetic counseling throughout the text. Issues such as genetic screening, DNA profiling, genetic engineering, cloning, stem cell research, and gene therapy have sparked vigorous debates about the social, legal, and ethical ramifications of genetics.

We believe that it is important to involve students in discussions about these issues, and we hope that this textbook will provide students with the background to engage in such discussions thoughtfully. To focus on developing critical thinking skills by emphasizing the analysis of experimental data and problems. Genetics has always been a bit different from other disciplines in biology because of its heavy emphasis on problem solving.

In this text, we have fleshed out the analytical nature of genetics in many ways—in the development of principles in classical genetics, in the discussion of experiments in molecular genetics, and in the presentation of calculations in population genetics.

Throughout the book we have emphasized the integration of observational and experimental evidence with logical analysis in the development of key concepts. Each chapter has two sets of worked-out problems—the Basic Exercises section, which contains simple problems that illustrate basic genetic analysis, and the Testing Your Knowledge section, which contains more complex problems that integrate different concepts and techniques.

A set of Questions and Problems follows the worked-out problems so that students can enhance their understanding of the concepts in the chapter and develop their analytical skills. Another section, Genomics on the Web, poses issues that can be investigated by going to the National Center for Biotechnology Information web site. In this section, students can learn how to use the vast repository of genetic information that is accessible via that web site, and they can apply that information to specific problems.

Each chapter also has a Problem-Solving Skills feature, which poses a problem, lists the pertinent facts and concepts, and then analyzes the problem and presents a solution. Each chapter also has two examples of another feature, Solve It, to provide students with opportunities to test their understanding of concepts as they encounter them in the text.

The organization of this edition of Principles of Genetics is similar to that of the previous edition. However, the content has been sifted and winnowed to allow thoughtful updating. In selecting material to be included in this edition of Principles of Genetics, we have tried to be comprehensive but not encyclopedic. The printed text comprises 20 chapters. Four more chapters can be found on the companion website and within WileyPLUS; we have moved these chapters online to create a slimmer, more compact book that is suitable for most courses in genetics.

Chapters 1—2 introduce the science of genetics, basic features of cellular reproduction, and some of the model genetic organisms; Chapters 3—8 present the concepts of classical genetics and the basic procedures for the genetic analysis of microorganisms; Chapters 9—13 present the topics of molecular genetics, including DNA replication, transcription, translation, and mutation; Chapters 14—16 cover more advanced topics in molecular genetics and genom-ics; Chapters 17 and 18 deal with the regulation of gene expression, and Chapters 19 and 20 present the concepts of quantitative and population genetics.