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catalog alternative "Principles of cell biology".
catalog contributor b7697617.
catalog contributor b7697618.
catalog created "1995.".
catalog date "1995".
catalog date "1995.".
catalog dateCopyrighted "1995.".
catalog description "Includes bibliographical references and index.".
catalog description "Part I. Background concepts. [Ch. 1] Prologue: cells and their molecules -- An overview of cell organization -- Molecular composition of cells -- What are viruses? -- [Ch. 2] Energy and enzymes -- Energy flow in living cells -- Enzymes and catalysis -- Mechanism of enzyme action -- Enzyme kinetics and regulation -- Coupled reactions and the role of ATP [Ch. 3] The flow of genetic information -- Identifying DNA as the genetic material -- DNA structure and replication -- DNA transcription and translation -- DNA mutation, repair, and rearrangement -- Recombinant DNA and gene cloning -- Practical applications of DNA technology -- [Ch. 4] Experimental approaches for studying cells -- Growing cells in the laboratory -- Viewing cells with a microscope -- Using microscopy to localize molecules inside cells -- Centrifugation and subcellular fractionation -- Techniques for studying macromolecules.".
catalog description "Part II. Cell organization. [Ch. 5] Membranes and membrane transport -- Models of membrane architecture -- Membrane lipids -- Membrane proteins -- Transport across cellular membranes -- [Ch. 6] The cell surface and cellular communication -- The membrane potential -- An overview of signaling molecules and their receptors -- Ion channel receptors -- Receptors linked to G proteins -- Catalytic receptors -- The extracellular matrix -- Cell-cell recognition and adhesion -- Cell junctions -- The plant cell surface -- The bacterial cell surface -- [Ch. 7] Cytoplasmic membranes and intracellular traffic -- The endoplasmic reticulum -- The golgi complex -- Cell secretion -- Lysosomes and endocytosis -- Membrane biogenesis -- [Ch. 8] Mitochondria and the capturing of energy derived from food -- Anaerobic pathways for capturing energy -- Anatomy of the mitochondrion -- How mitochondria capture energy -- How bacteria capture energy -- Peroxisomes and related organelles -- [Ch. 9] Chloroplasts and the capturing of energy derived from sunlight -- Early studies of photosynthesis -- Anatomy of the chloroplast -- The light reactions of photosynthesis -- The C0₂-fixing dark reactions -- Photorespiration and C₄ plants -- Photosynthesis in prokaryotes -- [Ch. 10] The nucleus and transription of genetic information -- The nucleus and nucleoid -- Gene transcription -- Processing of messenger RNA -- Gene regulation in prokaryotes -- Gene regulation in eukaryotes.".
catalog description "[Ch. 11] The ribosome and translation of genetic information -- Ribosome structure -- Ribosome biogenesis -- Protein synthesis -- Translational and posttranslational control -- Protein targeting -- [Ch. 12] Cell cycles and cell division -- Studying the cell cycle -- Bacterial division -- Mitotic division -- Meiotic division and genetic recombination -- [Ch. 13] The cytoskeleton and cell motility -- Muscle contraction -- Actin filaments in nonmuscle cells -- Microtubules -- Intermediate filaments -- Cytoskeletal interconnections -- Bacterial flagella -- [Ch. 14] Evolution of cells and genetics of cell organelles -- The first cells -- Genetic systems of mitochondria and chloroplasts -- Endosymbiosis and the origin of eukaryotic organelles -- Part III. Formation of specialized cells. [Ch. 15] Gametes, fertilization, and early development -- Gametogenesis -- Fertilization -- Formation of the embryo -- [Ch. 16] Lymphocytes and the immune response -- Overview of the immune response -- Antibody structure and diversity -- Cell interactions during antibody formation -- Cell-mediated immunity -- Tolerance, autoimmunity, and AIDS -- [Ch. 17] Neurons and synaptic signaling -- Neuron structure -- Transmission of nerve impulses -- Detecting stimuli and triggering responses -- Neuron growth and development -- [Ch. 18] Cancer cells and growth control -- What is cancer? -- What causes cancer? -- Can cancer be prevented or cured?".
catalog extent "xxviii, 810 [58] p. :".
catalog hasFormat "Principles of cell and molecular biology.".
catalog identifier "0065004043".
catalog isFormatOf "Principles of cell and molecular biology.".
catalog issued "1995".
catalog issued "1995.".
catalog language "eng".
catalog publisher "New York : HarperCollins,".
catalog relation "Principles of cell and molecular biology.".
catalog subject "574.87 20".
catalog subject "Cell Physiological Phenomena.".
catalog subject "Cytology.".
catalog subject "Molecular Biology.".
catalog subject "Molecular biology.".
catalog subject "QH581.2 .K54 1995".
catalog tableOfContents "Part I. Background concepts. [Ch. 1] Prologue: cells and their molecules -- An overview of cell organization -- Molecular composition of cells -- What are viruses? -- [Ch. 2] Energy and enzymes -- Energy flow in living cells -- Enzymes and catalysis -- Mechanism of enzyme action -- Enzyme kinetics and regulation -- Coupled reactions and the role of ATP [Ch. 3] The flow of genetic information -- Identifying DNA as the genetic material -- DNA structure and replication -- DNA transcription and translation -- DNA mutation, repair, and rearrangement -- Recombinant DNA and gene cloning -- Practical applications of DNA technology -- [Ch. 4] Experimental approaches for studying cells -- Growing cells in the laboratory -- Viewing cells with a microscope -- Using microscopy to localize molecules inside cells -- Centrifugation and subcellular fractionation -- Techniques for studying macromolecules.".
catalog tableOfContents "Part II. Cell organization. [Ch. 5] Membranes and membrane transport -- Models of membrane architecture -- Membrane lipids -- Membrane proteins -- Transport across cellular membranes -- [Ch. 6] The cell surface and cellular communication -- The membrane potential -- An overview of signaling molecules and their receptors -- Ion channel receptors -- Receptors linked to G proteins -- Catalytic receptors -- The extracellular matrix -- Cell-cell recognition and adhesion -- Cell junctions -- The plant cell surface -- The bacterial cell surface -- [Ch. 7] Cytoplasmic membranes and intracellular traffic -- The endoplasmic reticulum -- The golgi complex -- Cell secretion -- Lysosomes and endocytosis -- Membrane biogenesis -- [Ch. 8] Mitochondria and the capturing of energy derived from food -- Anaerobic pathways for capturing energy -- Anatomy of the mitochondrion -- How mitochondria capture energy -- How bacteria capture energy -- Peroxisomes and related organelles -- [Ch. 9] Chloroplasts and the capturing of energy derived from sunlight -- Early studies of photosynthesis -- Anatomy of the chloroplast -- The light reactions of photosynthesis -- The C0₂-fixing dark reactions -- Photorespiration and C₄ plants -- Photosynthesis in prokaryotes -- [Ch. 10] The nucleus and transription of genetic information -- The nucleus and nucleoid -- Gene transcription -- Processing of messenger RNA -- Gene regulation in prokaryotes -- Gene regulation in eukaryotes.".
catalog tableOfContents "[Ch. 11] The ribosome and translation of genetic information -- Ribosome structure -- Ribosome biogenesis -- Protein synthesis -- Translational and posttranslational control -- Protein targeting -- [Ch. 12] Cell cycles and cell division -- Studying the cell cycle -- Bacterial division -- Mitotic division -- Meiotic division and genetic recombination -- [Ch. 13] The cytoskeleton and cell motility -- Muscle contraction -- Actin filaments in nonmuscle cells -- Microtubules -- Intermediate filaments -- Cytoskeletal interconnections -- Bacterial flagella -- [Ch. 14] Evolution of cells and genetics of cell organelles -- The first cells -- Genetic systems of mitochondria and chloroplasts -- Endosymbiosis and the origin of eukaryotic organelles -- Part III. Formation of specialized cells. [Ch. 15] Gametes, fertilization, and early development -- Gametogenesis -- Fertilization -- Formation of the embryo -- [Ch. 16] Lymphocytes and the immune response -- Overview of the immune response -- Antibody structure and diversity -- Cell interactions during antibody formation -- Cell-mediated immunity -- Tolerance, autoimmunity, and AIDS -- [Ch. 17] Neurons and synaptic signaling -- Neuron structure -- Transmission of nerve impulses -- Detecting stimuli and triggering responses -- Neuron growth and development -- [Ch. 18] Cancer cells and growth control -- What is cancer? -- What causes cancer? -- Can cancer be prevented or cured?".
catalog title "Principles of cell and molecular biology / Lewis J. Kleinsmith, Valerie M. Kish.".
catalog title "Principles of cell biology".
catalog type "text".