A brief interruption of blood flow to the brain results in the selective loss of specific
subpopulations of neurons. Important advances have been made in recent years in defining …

A short period of global ischemia results in the death of selected subpopulations of neurons.
Some advances have been made in understanding events which might contribute to the …

Short-term cerebral ischemia results in the delayed loss of specific neuronal subpopulations.
This review discusses changes in energy metabolism and Ca 2+ distribution during …

Brain ischemia due to a critical reduction in cerebral blood flow is a well recognized and
common cause of irreversible brain damage. The observation that brain cells are more …

In spite of significant advances made in the technology to image the intracranial contents
and to measure the metabolic activity of discrete brain sites, the factor (s) responsible for the …

This review describes histopathologic observations made with both light and electron
microscopy using both conventional staining techniques and histochemistry. Several …

The objective of this article is to amalgamate previous results into a speculative synthesis
that sheds light on the causes of secondary brain damage following either global/forebrain …

The purpose of this manuscript is to briefly review the pathophysiology of cerebral ischemia.
Ischemic thresholds are well-defined in lower animals. The concept of the ischemic …

Reperfusion injury is believed to contribute to the pathophysiology of ischemic cell death,
but the precipitating factors have yet to be completely elucidated. The goal of this study was …

The neuronal response to complete cerebral ischemia (CCI) of 5–15 min duration was
evaluated at the light and electron microscopic level subsequent to postischemic …