Biochemistry

by Lubert Stryer (Author), Lubert Stryer (Author), Jeremy M. Berg (Author), John L. Tymoczko (Author)

• Used

  Hardcover
  2002

  $5.42

  With new co-authors Jeremy Berg and John Tymoczko, Biochemistry 5th edition has expanded integration of evolution, more chemical and structural insights, and a web based media component created simultaneously with the text. Improved pedagogy includes: chapter opening outlines, expanded end of chapter problem sets, new types of problems, and special icons highlighting evolutionary coverage, clinically relevant material, or related media content on the Web. Biochemistry also becomes the first text to fully reflect the revolution that has taken place in biomedical science in the past ten years, culminating in the human genome project. A key focus of the new edition is the unifying features of protein structure and function that have been revealed by the incredible progress in gene sequencing. All molecular diagrams have been recreated by Jeremy Berg for clearer and more consistent presentations of structure throughout, with the art programme being increased by nearly 20 per cent over the previous edition. The new author team has also worked to maintain the book's defining feature: the characteristic clarity.

• Used

  Paperback
  1988

  $3.28

  With a balance of topic coverage and depth this updated third edition covers the subject of biochemistry, and reflects the advances made in this field since the second edition published in 1981. These advances are incorporated without loss of historical perspective and without obscuring the main goal of the text: to teach the enduring fundamentals of the discipline. Included in the third edition is a completely reorganized part one introducing the flow of information from gene to protein. It emphasizes the growing interrelatedness of molecular biology and biochemistry, and acquaints one with experimental methods of both disciplines. Also included is 150 new problems and a wealth of new material on molecular genetics and cellular processes.