The Cell: A Molecular ApproachThe fourth edition has been thoroughly updated to reflect major advances in the field, including the role of microRNAs in the regulation of gene expression, advances in stem cell biology as well as Oncogenes and the rational design of new anticancer drugs. |
Contents
INTRODUCTION | 1 |
An Overview of Cells and Cell Research | 3 |
The Evolution of Metabolism | 7 |
Copyright | |
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actin activity addition allowing amino acids analysis animal approximately associated bacteria base pairs binding Biol biology bonds called cancer cells Chapter chromosomes cloned coli complex consists contain culture cycle cytoplasm cytosolic determined direct discussed disease domains electron electron transport chain encoded energy enzyme eukaryotic eukaryotic cells example experiments expression factors Figure formation fragments function genes genetic genome glucose Golgi growth human identified important initiation interactions involved isolated kinase leading light lipid major mechanism microtubules molecular molecules mRNA mutations myosin Nature normal nuclear nucleotides nucleus organisms pathway plant plasma membrane play polymerase polypeptide produced proteins reaction receptor recombination regions regulation replication residues responsible result ribosomes role sequences signaling single specific strand structure studies surface synthesis tion tissues trans transcription transfer translation transport types variety vesicles yeast yield