Subjects “...Biological transport....”

Subjects

“...Essential cell biology 2...”

Table of Contents “...Section I: Fundamentals: Thermodynamics for molecular biology -- Noncovalent interactions between atoms and molecules -- Aqueous solutions -- Kinetics: a brief review -- Isotopes and radioactivity -- Mass spectrometry ; Section II: Visualizing macromolecules : Scattering of radiation by molecules -- Microscopy and scanning probes -- Crystallography ; Section III: Spectroscopy : Absorption and emission of light -- Circular dichroism -- Vibrational spectroscopy -- Nuclear magnetic resonance -- Electron magnetic / paramagnetic / spin resonance ; Section IV: Transport in solution : Hydrodynamics: Movements of molecules in solution -- Sedimentation by centrifugation -- Electrophoresis -- Molecular sieves: gel filtration / size exclusion chromatography ; Section V: Interactions between molecules : Ligand binding -- Chromatography -- Interactions of immobilized macromolecules....”

Table of Contents “...An overview of cells and cell research -- The composition of cells -- Cell metabolism -- Fundamentals of molecular biology -- The organization and sequences of cellular genomes -- Replication, maintenance, and rearrangements of genomic DNA -- RNA synthesis and processing -- Protein synthesis, processing, and regulation -- The nucleus -- Protein sorting and transport : the endoplasmic reticulum, golgi apparatus, and lysosomes -- Bioenergetics and metabolism : mitochondria, chloroplasts, and peroxisomes -- The cytoskeleton and cell movement -- The plasma membrane -- Cell walls, the extracellular matrix, and cell interactions -- Cell signaling -- The cell cycle -- Cell death and cell renewal -- Cancer....”

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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Table of Contents “...Total synthesis of the biologically function gene....”

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