Subjects “...Chromosomes....”

Table of Contents “...Chromatin, histones, and instability -- Chromosome biology and genome architecture -- Centromeres and kinetochores -- Organizing chromosomes during segregation -- Mitosis and cell cycle -- Meiosis -- Germ cells, imprinting, gene dosage, and regulation -- Heterochromatin, errors, and damage -- Dorcas Cummings lectures....”

Table of Contents

Table of Contents

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Table of Contents “...Molecular Structure of Genes and Chromosomes --...”

Table of Contents “...Discovering the cell -- Evolution and diversity -- We love plankton -- Voyage inside the cell -- Membrane -- Signals and calcium -- Membrane traffic -- Mitochondria -- Microfilaments -- Microtubules -- Centrosome -- Proteins -- Nucleolus and nucleus -- The cell cycle -- Mitosis and chromosomes -- Mitosis and spindle -- Cleavage -- Stem cells -- Cells and program -- Cells and evolution....”

Table of Contents “...Cells and genomes -- Cell chemistry and bioenergetics -- Proteins -- DNA, chromosomes, and genomes -- DNA replication, repair, and recombination -- How cells read the genome: from DNA to protein -- Control of gene expression -- Analyzing cells, molecules, and systems -- Visualizing cells -- Membrane structure -- Membrane transport of small molecules and the electrical properties of membranes -- Intracellular compartments and protein sorting -- Intracellular membrane traffic -- Energy conversion: mitochondria and chloroplasts -- Cell signaling -- The cytoskeleton -- The cell cycle -- Cell death -- Cell junctions and the extracellular matrix -- Cancer -- Development of multicellular organisms -- Stem cells and tissue renewal -- Pathogens and infection -- The innate and adaptive immune systems....”

Table of Contents “...Life begins with cells -- Chemical foundations -- Protein structure and function -- Basic molecular genetic mechanisms -- Molecular genetic techniques -- Genes, genomics, and chromosomes -- Transcriptional control of gene expression -- Post-transcriptional gene control -- Visualizing, fractionating, and culturing cells -- Biomembrane structure -- Transmembrane transport of ions and small molecules -- Cellular energetics -- Moving proteins into membranes and organelles -- Vesicular traffic, secretion, and endocytosis -- Cell signaling I : signal transduction and short-term cellular responses -- Cell signaling II : signaling pathways that control gene activity -- Cell organization and movement I : microfilaments -- Cell organization and movement II : microtubules and intermediate filaments -- Integrating cells into tissues -- Regulating the eukaryotic cell cycle -- Cell birth, lineage, and death -- The molecular cell biology of development -- Nerve cells -- Immunology -- Cancer....”
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