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Fundamental Molecular Biology. Edition No. 3

  • ID: 5225252
  • Book
  • July 2021
  • John Wiley and Sons Ltd

While there is an innate fascination and interest in how our own genes influence our lives, molecular biology students are daunted by the amount of information they need to assimilate in order to succeed in the course. And, with the fast pace of discovery in the field, it is difficult to find suitable, up to date texts for the course-they are either too advanced, comprehensive and overwhelming detailed, or they are too basic, superficial, and less experimental in their approach.  Instructors find it difficult to decide what topics are the most important to include and exclude in the course when presented with an extensive array of choices.

Fundamental Molecular Biology is selective in its coverage and presents essential topics that allow students to develop an understanding of how molecular biology is applied to the analysis of complex systems. Through the process of discovery-- observations, questions, experimental designs, results and conclusions-and with an emphasis on the language of molecular biology, students can focus on the key ideas they need to succeed in the course. Students will also have the support they need outside the classroom to leave your course knowing the core, fundamental concepts of molecular biology delivered through a visually engaging, and focused text with a rich media program that promotes self-study.

With a strong emphasis on biomedical research and discovery, students are exposed to both classic and the most up to date techniques and research in molecular biology today. Our book encourages reading and discovery through in-text tools, and media tools.

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Chapter 1  The Beginnings of Molecular Biology      (2e Chapter 1)

Chapter 2  The Structure of DNA (2e Chapter 2)

Chapter 3  The Versatility of RNA         (2e Chapter 3)

Chapter 4  Protein Structure and Folding       (2e Chapter 4)

Chapter 5  Genome Organization and Evolution     (2e Chapter 5)

Chapter 6  DNA Replication and Telomer Maintenance   (2e Chapter 6)

Chapter 7  DNA Repair Pathways         (2e Chapter 7)

Chapter 8  Transcription in Bacteria         (2e Chapter 10)

Chapter 9  Transcription in Eukaryotes        (2e Chapter 11)

Chapter 10 Epigenetic Mechanisms of Gene Regulation   (2e Chapter 12)

Chapter 11 RNA Processing and Posttranscriptional    (2e Chapter 13)

Gene Regulation 

Chapter 12 The Mechanisms of Translation       (2e Chapter 14)

Chapter 13 Recombinant DNA Technology and      (2e Chapters 8 & 15)

Genetically Modified Organisms     

Chapter 14 Tools for Analyzing Gene Organization,     (2e Chapters 9 & Chapter 16, Sections

Expression, and Function 16.1-16.5)

Chapter 15 Medical Molecular Biology        (2e Chapter 16, Section 16.6, Chapter 17)

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Lizabeth A. Allison College of William and Mary, Virginia.
Note: Product cover images may vary from those shown
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