Bookbot

Peter J. Russell

    Peter Russell è un educatore e ricercatore specializzato in genetica. Il suo lavoro approfondisce gli intricati meccanismi dell'ereditarietà e le sue profonde implicazioni.

    Genetik: Eine Einführung
    Essential IGenetics
    IGenetics. A molecular approach
    Genetics
    Elementi di biologia cellulare
    • Genetics

      Fifth Edition

      • 805pagine
      • 29 ore di lettura

      This text's step-by-step method reveals the logic behind genetic experiments and the interpretation of experimental data, thereby emphasizing critical thinking. Russell continues to demystify genetics by incorporating problem-solving techniques, including solved end-of-chapter problems, and additional questions and problems. This fourth edition features a reorganization of chapters which includes a new introductory chapter, updated coverage of molecular genetics, new chapter-ending problems, new and revised art, and new chapter-opening photographs with captions.

      Genetics
      3,5
    • IGenetics. A molecular approach

      • 850pagine
      • 30 ore di lettura

      Reflects the dynamic nature of modern genetics by emphasizing an experimental, inquiry-based approach. This text is useful for students who have had some background in biology and chemistry and who are interested in learning the central concepts of genetics.

      IGenetics. A molecular approach
      3,9
    • Essential IGenetics

      • 600pagine
      • 21 ore di lettura

      Presents an introduction to genetics, including basic genetics principles, with coverage of Mendel, historical experiments, and chapters on genome analysis and molecular evolution. This book enables students to develop and apply critical thinking skills, as they work step-by-step through a number of solved genetics problems.

      Essential IGenetics
      3,3
    • Inhaltsverzeichnis1 Das genetische Material.2 Erbmaterial und Chromosomenaufbau.3 DNA-Replikation bei Prokaryonten.4 DNA-Replikation und der Zellzyklus bei Eukaryonten.5 Mitose und Meiose.6 Mutation, Mutagenese und Selektion.7 Transkription.8 Proteinbiosynthese (Translation).9 Der genetische Code.10 Phagengenetik.11 Bakteriengenetik.12 Rekombinierte DNA.13 Genetik der Eukaryonten: Die Mendelschen Regeln.14 Genetik der Eukaryonten: Meiotische Analyse bei Diploiden.15 Genetik der Eukaryonten: Pilzgenetik.16 Genetik der Eukaryonten: Ein Überblick über die Humangenetik.17 Extrachromosomale Genetik.18 Biochemische Genetik (Genfunktion).19 Genregulation bei Bakterien.20 Regulation der Genexpression bei Eukaryonten.21 Populationsgenetik.

      Genetik: Eine Einführung