Cell and molecular biology
A 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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activity alpha amino acids antibodies atoms bacteria beta binding blood cells bonds brane called carbohydrate carbon catalyzed cell's cellular centrifugation Chapter chemical chlorophyll chloroplasts chromosomes coli compounds concentration contain courtesy of Dr cycle cytochrome cytoplasm cytosol dehydrogenase endoplasmic reticulum energy enzyme eukaryotic eukaryotic cells fatty acids FIGURE filaments fraction function genes genetic globin chains glucose Golgi apparatus groups helices helix hemoglobin hydrogen inner membrane ions light lipid lysosomes metabolic pathway microscope microtubules mitochondria mole molecular molecules mRNA nuclear nucleic acid nucleotides nucleus occurs organelles organization oxidation oxygen pairs particles peptide peroxisomes phase phosphate phosphorylation photomicrograph photosynthesis photosystem plant cells plasma membrane polymerase polypeptide polypeptide chain produced prokaryotic protein synthesis radioactive reactions regions replication ribosomes rotor sedimentation separated sequence side chains solute specific strand structure substrate subunits sugars surface teins tion tissue transcription transfer tRNA vesicles virus viruses zymes