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Physiological Reviews, Vol. 81, No. 3, July 2001, pp. 1065-1096
Copyright ©2001 by the American Physiological Society
Department of Cell Biology, Duke University Medical Center, Durham, North Carolina
Somjen, George G.
Mechanisms of Spreading Depression and Hypoxic Spreading
Depression-Like Depolarization. Physiol. Rev. 81: 1065-1096, 2001.
Spreading depression (SD) and the
related hypoxic SD-like depolarization (HSD) are characterized by
rapid and nearly complete depolarization of a sizable population of
brain cells with massive redistribution of ions between intracellular
and extracellular compartments, that evolves as a regenerative,
"all-or-none" type process, and propagates slowly as a wave in
brain tissue. This article reviews the characteristics of SD and HSD
and the main hypotheses that have been proposed to explain them. Both
SD and HSD are composites of concurrent processes. Antagonists of
N-methyl-D-aspartate (NMDA) channels or
voltage-gated Na+ or certain types of Ca2+
channels can postpone or mitigate SD or HSD, but it takes a combination of drugs blocking all known major inward currents to effectively prevent HSD. Recent computer simulation confirmed that SD can be
produced by positive feedback achieved by increase of extracellular K+ concentration that activates persistent inward currents
which then activate K+ channels and release more
K+. Any slowly inactivating voltage and/or
K+-dependent inward current could generate SD-like
depolarization, but ordinarily, it is brought about by the cooperative
action of the persistent Na+ current
INa,P plus NMDA receptor-controlled current.
SD is ignited when the sum of persistent inward currents exceeds
persistent outward currents so that total membrane current turns
inward. The degree of depolarization is not determined by the number of channels available, but by the feedback that governs the SD process. Short bouts of SD and HSD are well tolerated, but prolonged
depolarization results in lasting loss of neuron function. Irreversible
damage can, however, be avoided if Ca2+ influx into neurons
is prevented.
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