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Titlebook: Structural and Kinetic Approach to Plasma Membrane Functions; Proceedings of a Mee Claude Nicolau (Professor of Molecular Biology, He Confe

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书目名称Structural and Kinetic Approach to Plasma Membrane Functions
副标题Proceedings of a Mee
编辑Claude Nicolau (Professor of Molecular Biology, He
视频videohttp://file.papertrans.cn/881/880075/880075.mp4
丛书名称Proceedings in Life Sciences
图书封面Titlebook: Structural and Kinetic Approach to Plasma Membrane Functions; Proceedings of a Mee Claude Nicolau (Professor of Molecular Biology, He Confe
出版日期Conference proceedings 1977
关键词Zellmembran; cell; cell growth; cell membrane; enzyme; enzymic activity; lipid-protein interaction; membran
版次1
doihttps://doi.org/10.1007/978-3-642-66659-9
isbn_softcover978-3-642-66661-2
isbn_ebook978-3-642-66659-9Series ISSN 0172-6625
issn_series 0172-6625
copyrightSpringer-Verlag Berlin Heidelberg 1977
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Density-dependent Growth Control and Lipid Mobilities in Normal and Tumor-Transformed Cell Membranemembrane of transformed cells would show any changes as compared to their normal counterparts and whether such changes might be correlated with the observed modifications in the membrane functions of the former.
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Modulation of Plasma Membrane Architecture in Animal Cells,effector or receptor organ with which they have been connected (1, 2). This term was later applied to a variety of physiologic states resulting from the exposure of cells, at any stage of their differentiation, to environmental signals, i. e., hormones, antigens, antibodies, ions, chemical agonists.
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Protein-Lipid Interactions: Freeze-fracture and Spin Label Studies,distribution is random in bacterial membranes or reconstitued systems. Below the transition, lateral separations often occur, but the behavior varies with the protein species and the lipid composition. Despite exclusion from solid lipid, protein molecules exert a rigidifying effect on the fluid phas
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Lipid Organization in Biological Membranes,ction of different lipid species. Variations are found both in the polar head group and the apolar side chains of the lipids. If one considers only the phospholipids, more than 400 different species can be found in nature (Fig.1). An example of the diversity in lipid composition of membranes from va
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Density-dependent Growth Control and Lipid Mobilities in Normal and Tumor-Transformed Cell Membranen to possess, in many instances, enhanced lectin agglutinability (1–3), increased hexose transport across the membrane (4, 5), and, above all, the tendency to grow to very high densities in cell cultures (6). These observations generated the question of whether the physical properties of the plasma
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