Life : The science of Biology

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Biochemistry / by Pelley, John W.

Table of Contents: “…Carbohydrates, lipids, and amino acids : metabolic fuels and biosynthetic precursors -- Proteins and enzymes -- Membrane biochemistry and signal transduction -- Nutrition -- Generation of energy from dietary fuels -- Carbohydrate metabolism -- Lipid metabolism -- Nitrogen metabolism -- Integration of metabolism -- Nucleotide synthesis and metabolism -- Organization, synthesis, and repair of DNA -- Gene expression -- DNA technology -- Common laboratory values.…”
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Principles of Medical Biochemistry / by Meisenberg, Gerhard

Table of Contents: “…Introduction to biomolecules -- Introduction to protein structure -- Oxygen-binding proteins : hemoglobin and myoglobin -- Enzymatic reactions -- Coenzymes -- DNA, RNA, and protein synthesis -- The human genome -- Protein targeting and proteostasis -- Introduction to genetic diseases -- Viruses -- DNA technology -- Biological membranes -- The cytoskeleton -- The extracellular matrix -- Extracellular messengers -- Intracellular messengers -- Plasma proteins -- Defense mechanisms -- Cellular growth control and cancer -- Digestive enzymes -- Introduction to metabolic pathways -- Glycolysis, tricarboxylic acid cycle, and oxidative phosphorylation -- Oxygen deficiency and oxygen toxicity -- Carbohydrate metabolism -- The metabolism of fatty acids and triglycerides -- The metabolism of membrane lipids -- Lipid transport -- Amino acid metabolism -- Metabolism of iron and heme -- The metabolism of purines and pyrimidines -- Micronutrients -- Integration of metabolism.…”
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Molecular Exercise Physiology : an introduction /

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Wilson and Walker's Principles and Techniques of Biochemistry and Molecular Biology /

Table of Contents: “…Biochemical and molecular biological methods in life sciences studies -- Basic principles -- Cell culture techniques -- Recombinant DNA techniques and molecular cloning -- Preparative protein biochemistry -- Electrophoretic techniques -- Immunochemical techniques -- Flow cytometry -- Radioisotope techniques -- Principles of clinical biochemistry -- Microscopy -- Centrifugation and ultracentrifugation -- Spectroscopic techniques -- Basic techniques probing molecular structure and interactions -- Mass spectrometric techniques -- Fundamentals of bioinformatics -- Fundamentals of chemoinformatics -- The python programming language -- Data analysis -- Fundamentals of genome sequencing and annotation -- Fundamentals of proteomics -- Fundamentals of metabolomics -- Enzymes and receptors -- Drug discovery and development.…”
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Wilson and Walker's Principles and Techniques of Biochemistry and Molecular Biology /

Table of Contents: “…Biochemical and molecular biological methods in life sciences studies -- Basic principles -- Cell culture techniques -- Recombinant DNA techniques and molecular cloning -- Preparative protein biochemistry -- Electrophoretic techniques -- Immunochemical techniques -- Flow cytometry -- Radioisotope techniques -- Principles of clinical biochemistry -- Microscopy -- Centrifugation and ultracentrifugation -- Spectroscopic techniques -- Basic techniques probing molecular structure and interactions -- Mass spectrometric techniques -- Fundamentals of bioinformatics -- Fundamentals of chemoinformatics -- The python programming language -- Data analysis -- Fundamentals of genome sequencing and annotation -- Fundamentals of proteomics -- Fundamentals of metabolomics -- Enzymes and receptors -- Drug discovery and development.…”
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Introduction to genetic analysis / by Griffiths, Anthony J. F., Doebley, John F., Peichel, Catherine L., 1969-, Wassarman, David A.

Table of Contents: “…Core Principles in Molecular and Developmental Genetics -- 7. DNA : Structure and Replication -- 8. RNA : Transcription, Processing, and Decay -- 9. …”
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Microbiology / by Prescott, Lansing M.

Table of Contents: “…The history and scope of microbiology -- The study of microbial structure: microscopy and specimen preparation -- Procaryotic cell structure and function -- Eucaryotic cell structure and function -- Microbial nutrition -- Microbial growth -- Control of microorganisms by physical and chemical agents -- Metabolism: energy, enzymes, and regulation -- Metabolism: energy release and conservation -- Metabolism: the use of energy in biosynthesis -- Genes: structure, replication, and mutation -- Genes: expression and regulation -- Microbial recombination and plasmids -- Recombinant DNA technology -- Microbial Genomics -- The viruses: introduction and general characteristics -- The viruses: bacteriophages -- The viruses: viruses of eucaryotes -- Microbial taxonomy -- The archaea -- Bacteria: the deinococci and nonproteobacteria gram negatives -- Bacteria: the proteobacteria -- Bacteria: the Low G 1 C gram positives -- Bacteria: the High G 1 C gram positivies -- The fungi (eumycota), slime molds, and water molds -- The algae -- The protozoa -- Microorganism interactions and microbial ecology -- Microorganisms in aquatic environments -- Microorganisms in terrestrial environments -- Normal microbiota and nonspecific host resistance -- Specific immunity -- Medical immunology -- Pathogenicity of microorganisms -- Antimicrobial chemotherapy -- Clinical microbiology -- The epidemiology of infectious disease -- Human diseases caused by viruses -- Human diseases caused by bacteria -- Human diseases causedd by fungi and protozoa -- Microbiology of food -- Industrial microbiology and biotechnology.…”
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Far From the Madding Crowd /

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