FileTitleManuscript Id
Chapter Introductionlodish8e_ch1_1.html56ff1641757a2ea72e000002
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1.1 The Molecules of Life lodish8e_ch1_2.html56ff1641757a2ea72e000002
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Proteins Give Cells Structure and Perform Most Cellular Tasks lodish8e_ch1_3.html56ff1641757a2ea72e000002
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Nucleic Acids Carry Coded Information for Making Proteins at the Right Time and Place lodish8e_ch1_4.html56ff1641757a2ea72e000002
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Phospholipids Are the Conserved Building Blocks of All Cellular Membranes lodish8e_ch1_5.html56ff1641757a2ea72e000002
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1.2 Prokaryotic Cell Structure and Function lodish8e_ch1_6.html56ff1641757a2ea72e000002
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Prokaryotes Comprise Two Kingdoms: Archaea and Eubacteria lodish8e_ch1_7.html56ff1641757a2ea72e000002
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Escherichia coli Is Widely Used in Biological Research lodish8e_ch1_8.html56ff1641757a2ea72e000002
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1.3 Eukaryotic Cell Structure and Function lodish8e_ch1_9.html56ff1641757a2ea72e000002
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The Cytoskeleton Has Many Important Functions lodish8e_ch1_10.html56ff1641757a2ea72e000002
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The Nucleus Contains the DNA Genome, RNA Synthetic Apparatus, and a Fibrous Matrix lodish8e_ch1_11.html56ff1641757a2ea72e000002
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Eukaryotic Cells Contain a Large Number of Internal Membrane Structures lodish8e_ch1_12.html56ff1641757a2ea72e000002
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Mitochondria Are the Principal Sites of ATP Production in Aerobic Cells lodish8e_ch1_13.html56ff1641757a2ea72e000002
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Chloroplasts Contain Internal Compartments in Which Photosynthesis Takes Place lodish8e_ch1_14.html56ff1641757a2ea72e000002
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All Eukaryotic Cells Use a Similar Cycle to Regulate Their Division lodish8e_ch1_15.html56ff1641757a2ea72e000002
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1.4 Unicellular Eukaryotic Model Organisms lodish8e_ch1_16.html56ff1641757a2ea72e000002
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Yeasts Are Used to Study Fundamental Aspects of Eukaryotic Cell Structure and Function lodish8e_ch1_17.html56ff1641757a2ea72e000002
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Mutations in Yeast Led to the Identification of Key Cell Cycle Proteins lodish8e_ch1_18.html56ff1641757a2ea72e000002
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Studies in the Alga Chlamydomonas reinhardtii Led to the Development of a Powerful Technique to Study Brain Function lodish8e_ch1_19.html56ff1641757a2ea72e000002
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The Parasite That Causes Malaria Has Novel Organelles That Allow It to Undergo a Remarkable Life Cycle lodish8e_ch1_20.html56ff1641757a2ea72e000002
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1.5 Metazoan Structure, Differentiation, and Model Organisms lodish8e_ch1_21.html56ff1641757a2ea72e000002
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Multicellularity Requires Cell-Cell and Cell-Matrix Adhesions lodish8e_ch1_22.html56ff1641757a2ea72e000002
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Epithelia Originated Early in Evolution lodish8e_ch1_23.html56ff1641757a2ea72e000002
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Tissues Are Organized into Organs lodish8e_ch1_24.html56ff1641757a2ea72e000002
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Genomics Has Revealed Important Aspects of Metazoan Evolution and Cell Function lodish8e_ch1_25.html56ff1641757a2ea72e000002
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Embryonic Development Uses a Conserved Set of Master Transcription Factors lodish8e_ch1_26.html56ff1641757a2ea72e000002
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Planaria Are Used to Study Stem Cells and Tissue Regeneration lodish8e_ch1_27.html56ff1641757a2ea72e000002
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Invertebrates, Fish, Mice, and Other Organisms Serve as Experimental Systems for Study of Human Development and Disease lodish8e_ch1_28.html56ff1641757a2ea72e000002
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Genetic Diseases Elucidate Important Aspects of Cell Function lodish8e_ch1_29.html56ff1641757a2ea72e000002
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The Following Chapters Present Much Experimental Data That Explains How We Know What We Know About Cell Structure and Function lodish8e_ch1_30.html56ff1641757a2ea72e000002
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