Cell and Molecular BiologyA clearly written presentation of the structure and function of cells in plants, microbes, and animals. Discusses current tools and techniques of cell biology as well as major experiments that led to our present understanding of the field. Topics include the chemical composition, microscopic structure, and arrangement of cell organelles; basic chemical and biochemical reactions that occur in these parts; the energetics of cell reactions; and biomechanical and photochemical reactions. This edition is updated with the latest developments, such as research on ATP bonding during muscle contraction and the latest information on RNA transcription. Extensive, imaginative illustrations will enhance students' comprehension of the concepts explored. |
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actin activity alpha amino acids antibodies atoms bacteria beta binding Biochem bonds brane called carbohydrate carbon cell's cellular centrifugation centriole Chapter chemical chlorophyll chloroplasts chromatin chromosomes cisternae coli complex concentration contain Courtesy of Dr cycle cytochrome cytoplasm cytosol dehydrogenase density endoplasmic reticulum energy enzyme erythrocyte eukaryotic eukaryotic cells fatty acids FIGURE filaments function genes genetic globin chains glucose Golgi apparatus Golgi bodies gradient groups helix hemoglobin hydrogen inner membrane ions lipid lysosomes metabolic microtubules mitochondria molecular molecules mRNA muscle nuclear nucleic acid nucleotides nucleus occurs organelles organization oxidative oxygen pairs particles pathway peptide peroxisomes phase phosphate phosphorylation photomicrograph photosynthesis plant cells plasma membrane polypeptide polypeptide chain produced prokaryotic protein synthesis pyruvate radioactive reactions receptors regions released replication ribosomes RNA polymerase sequence side chains specific strand structure substrate subunit sugars surface teins tion tissue transcription transfer tRNA vacuoles vesicles viruses zymes