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Biomembranes. B.
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Biomembranes. B.
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Biomembranes. Q. ATP driven pumps and related transport: calcium, proton, and potassium pumps.
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Biomembranes. P. ATP driven pumps and related transport: the Na, K pump.
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Biomembranes. G. Bioenergetics, biogenesis of mitochondria, organization, and transport.
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Biomembranes. F. Bioenergetics oxidative phosphorylation.
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Biomembranes. C. Biological oxidations, microsomal cytochrome P-450, and other hemoprotein systems.
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Biomembranes. D. Biological oxidations, mitochondrial and microbial systems.
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Biomembranes. E. Biological oxidations, specialized techniques.
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Biomembranes. V. Cellular and subcellular transport: epithelial cells.
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Biomembranes. W. Cellular and subcellular transport: epithelial cells.
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Biomembranes. T. Cellular and subcellular transport: eukariotic (nonepithelial) cells.
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Biomembranes. U. Cellular and subcellular transport: eukaryotic (nonerithelial) cells.
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Biomembranes. K. Membrane biogenesis: assembly and targeting (prokaryotes, mitochondria, and chloroplasts)
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Biomembranes. J. Membrane biogenesis: assembly and tergeting (general methods, eukaryotes)
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Biomembranes. L. Membrane biogenesis: processing and recycling.
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Biomembranes. M. Transport in bacteria, mitochondria, and chloroplasts: general approaches and transport systems.
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Biomembranes. N. Transport in bacteria, mitochondria, and chloroplasts: protonmotive force.
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Biomembranes. S. Transport: membrane isolation and characterization.
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Biomembranes. R. Transport theory: cells and model membranes.
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