Cellular brain ischemia and stroke: Neuroprotection, metabolism, and new strategies for brain recovery

Kelley A. Foster; Christopher J. Beaver; Larry B. Goldstein; Dennis A. Turner

Cellular brain ischemia and stroke: Neuroprotection, metabolism, and new strategies for brain recovery

Kelley A. Foster, Christopher J. Beaver, Larry B. Goldstein, Dennis A. Turner

Research output: Chapter in Book/Report/Conference proceeding › Chapter › peer-review

1 Scopus citations

Abstract

Each year 4.6 million people die from stroke worldwide and 75% of these cases occur in industrialized countries.1 In the U.S., stroke is the third leading cause of mortality, with 4.7 million survivors, 15 to 30% of whom are left with permanent disabilities and 20% of whom require long-term institutional care.2 Significant social, financial, and personal problems occur as a result of these disabilities.3 Stroke is a generic term, encompassing a wide variety of vascular diseases affecting the nervous system. Treatment of these diverse disease processes necessarily involves several different approaches.

Original language	English
Title of host publication	Modern Neurosurgery
Subtitle of host publication	Clinical Translation of Neuroscience Advances
Pages	59-83
Number of pages	25
ISBN (Electronic)	9780203503997
State	Published - Jan 1 2004

Bibliographical note

Publisher Copyright:
© 2005 by CRC Press LLC.

ASJC Scopus subject areas

Medicine (all)

Cite this

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title = "Cellular brain ischemia and stroke: Neuroprotection, metabolism, and new strategies for brain recovery",

abstract = "Each year 4.6 million people die from stroke worldwide and 75% of these cases occur in industrialized countries.1 In the U.S., stroke is the third leading cause of mortality, with 4.7 million survivors, 15 to 30% of whom are left with permanent disabilities and 20% of whom require long-term institutional care.2 Significant social, financial, and personal problems occur as a result of these disabilities.3 Stroke is a generic term, encompassing a wide variety of vascular diseases affecting the nervous system. Treatment of these diverse disease processes necessarily involves several different approaches.",

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N2 - Each year 4.6 million people die from stroke worldwide and 75% of these cases occur in industrialized countries.1 In the U.S., stroke is the third leading cause of mortality, with 4.7 million survivors, 15 to 30% of whom are left with permanent disabilities and 20% of whom require long-term institutional care.2 Significant social, financial, and personal problems occur as a result of these disabilities.3 Stroke is a generic term, encompassing a wide variety of vascular diseases affecting the nervous system. Treatment of these diverse disease processes necessarily involves several different approaches.

AB - Each year 4.6 million people die from stroke worldwide and 75% of these cases occur in industrialized countries.1 In the U.S., stroke is the third leading cause of mortality, with 4.7 million survivors, 15 to 30% of whom are left with permanent disabilities and 20% of whom require long-term institutional care.2 Significant social, financial, and personal problems occur as a result of these disabilities.3 Stroke is a generic term, encompassing a wide variety of vascular diseases affecting the nervous system. Treatment of these diverse disease processes necessarily involves several different approaches.

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Cellular brain ischemia and stroke: Neuroprotection, metabolism, and new strategies for brain recovery

Abstract

Bibliographical note

ASJC Scopus subject areas

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