Titlebook: Cardiac Electrophysiology, Circulation, and Transport; Samuel Sideman (R.J. Matas Winnipeg Professor of B Book 1991 Springer Science+Busin

intellect

Nonlocal Linear Electromagnetic Theory,n the cell itself and in its neighboring cells. The complex interactions between the membrane voltage sources and the cell loading in the nonuniform anisotropic three-dimensional (3D) arrays of cells that make up the left ventricular (LV) myocardium are difficult to study. Simulations allow some ins

Insensate

Nonlocal Continuum Field Theoriesintrinsic membrane properties, but conduction characteristics may also be of importance, especially when the wavefront abruptly changes its direction, switching from longitudinal to transverse propagation or vice versa.

支柱

Nonlocal Continuum Field Theoriescell. As the coupling R is gradually decreased, the stimulated cell becomes able to respond successfully to more rapid stimulation and then, at levels of coupling R which allow conduction between the two cells, the coupled pair of cells exhibit arrhythmic interactions not predicted by the intrinsic

heirloom

A. Cemal Eringen (Emeritus Professor)ll coupling and different degrees of membrane excitability. Non sustained and sustained reentry are induced by a properly timed premature stimulus. The likelihood of inducing reentry is proportional to the degree of cellular uncoupling, demonstrating the importance of cellular uncoupling in the gene

MIME

Nonlocal Linear Electromagnetic Theory,D) of conduction velocity and the probability of occurrence of a locally ordered dispersion of velocities, shown to have the potential to result in circular propagation. This probability is found to be insignificant when the RSD was lower than 10%, but increased dramatically for RSD’s greater than 1

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A. Cemal Eringen (Emeritus Professor)electrical properties of cardiac gap junctions. An attempt was made to correlate the impulse transfer with the conductance of the gap junction membrane and the number of operational gap junction channels.

gerrymander

Nonlocal Continuum Field Theoriesresistance of these narrow extracellular clefts are discussed. Evidence is provided from discussion of published work that the resistance to current flow in the extracellular compartment is approximately of the same magnitude as the resistance in the intracellular compartment. The extracellular elec

ELUDE

葡萄糖

Nonlocal Electromagnetic Theory,ibers with stimuli of relatively high amplitude at decreasing cycle lengths reveals period doubling bifurcations en route to highly irregular activity. The seemingly random behavior corresponds to low dimensional chaos in that it follows a simple deterministic law and has sensitive dependence on ini

SYN

Nonlocal Electromagnetic Theory,aracteristic single length scale and into certain complex processes (e.g. physiologic heart rate regulation) that lack a single time scale. Heart rate control is perturbed by alterations in neuroautonomic function in a number of important clinical syndromes, including sudden cardiac death, congestiv