Titlebook: Concepts and Models; Daniel C. Tosteson (Dean) Book 1978 Springer-Verlag Berlin, Heidelberg 1978 bacteria.biology.cell.cell membrane.chlor

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MOT

Ingenuity

Interpretation of Tracer Fluxes,ms of membrane permeabilities presented enormous difficulties. Often it was not even possible to decide whether the isotopic exchange process was limited by blood flow, diffusion resistances in extracellular tissue spaces, or processes in the cell membranes.

不能仁慈

LASH

Channels in Black Lipid Films,nce properties at the pore level in detail and finally discuss how single-channel properties can explain the macroscopic properties of the conductances induced by some pore formers. At this point we will have earned the right to speculate a little on possible molecular mechanisms through which pore formers act.

Flustered

Ordnance

Chemical Composition of Membranes,ts. Obviously, without the availability of data on the chemical nature of cellular components, little progress could have been made in understanding the many physiological processes operative in these complex biological systems.

chalice

Permeability Properties of Unmodified Lipid Bilayer Membranes,nd identifying the properties of particular transport systems — whether . or .. Much of the available information has been obtained in a few particularly simple biological systems. Most of the conceptual knowledge, however, has been obtained in studies on artificial model membranes.

Lymphocyte

Scalability in Parallel Processingal identification of transport proteins during their purification from whole membranes, and 3) to find out whether antibodies would modify basic physiological functions of transport systems, enabling the membrane physiologist to dissect further and understand the complexities of some biological transport processes.

富饒

Membrane Immunological Reactions and Transport,al identification of transport proteins during their purification from whole membranes, and 3) to find out whether antibodies would modify basic physiological functions of transport systems, enabling the membrane physiologist to dissect further and understand the complexities of some biological transport processes.