Titlebook: Laboratory Techniques in Membrane Biophysics; An Introductory Cour W. McD. Armstrong,K. Baumann,W. Wilbrandt,H. Passo Book 1969 Springer-Ve

啞劇

kindred

Countertransport in Human Red Blood Cells,t system. Its occurence has been demonstrated in a number of cases where saturation kinetics and other evidence suggested the participation of carriers in transport processes. In general, the term is used to designate movement of one substrate S out of equilibrium (i.e. uphill), induced and energize

Limited

Palpate

浪費(fèi)時(shí)間

配偶

dagger

Bimolecular Lipid Membranes: Techniques of Formation, Study of Electrical Properties, and Induction[1,3,4], electrical capacitance (0.4 – 1.2 μF depending on lipid type) [1,5], dielectric strength (5 × 10.. cm.) [1 – 3], water permeability (1 μ min. atm. by osmometry) [3] and surface tension (between 0 and 5 dynes cm.) [3, 6].

制度

Dissection of Single Nerve Fibres and Measurement of Membrane Potential Changes of Ranvier Nodes bye glass plate for dissection is then approached from the flat side of the muscle and the preparation brought to rest on it without distorting the nerve. The plate is put on a water-cooled dissection stand. A circular neon-bulb situated underneath provides a dark field illumination.

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Ionic Currents in the Myelinated Nerve Fibre,urrents associated to step changes of the membrane potential. An analysis of the membrane currents, with the fibre in solutions of various compositions, shows that the ionic currents during step polarizations are passive currents; i.e. the ions move as charged particles in free diffusion in an elect

Detonate