Titlebook: Cell-to-Cell Communication; Walmor C. Mello Book 1987 Plenum Press, New York 1987 Embryo.Termination.electron microscopy.membrane potentia

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Concluding Discussions and Propositionsranes come close together, reducing the intercellular space to 2–4 nm. Structures known as connexons lie in clusters within each membrane, uniting in pairs across the gap. Since each connexon is annular, enclosing a channel, the junction appears to provide a direct, low-resistance pathway between ce

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Manuel Eliseu,M. Isabel Gomes,Angel A. Juaning adjacent cells in contact by a 2- to 5-nm-wide “gap,” from which the name . is derived (Revel and Karnovsky, 1967). In freeze-fracture replicas viewed by electron microscopy, gap junctions are composed of tightly packed clusters of particles (Kreutziger, 1968). Each particle in a gap junction pr

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https://doi.org/10.1007/978-1-4613-1917-7Embryo; Termination; electron microscopy; membrane potential; microscopy; physiology; skeletal muscle; smoo

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Gap Junctions in Smooth Muscle,-to-cell junctions in smooth muscle, identification of those junctions (gap junctions and others) that may participate in cell-to-cell coupling, regulation of the formation of gap junctions and of the conductance of gap junctions in smooth muscle.

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Gustave de Beaumont,Alexis de TocquevilleCell-to-cell coupling through low-resistance junctions represents a very old mechanism of intercellular communication. In sponges and medusae, for instance, without nervous tissue, the epithelia receive external stimuli and convert them into electrical pulses that are conducted in all directions through low-resistance junctions (Mackie, 1964).

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