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New horizons (Baltimore, Md.), 1996
Reperfusion injury, precipitated by lack of oxygen, is likely to play a major role in many clinical conditions, including shock, coronary artery occlusion disease, and solid organ transplantation. Certain tissues, such as the intestinal mucosa, may be especially susceptible because of the specific microvascular anatomy.
A, Ar'Rajab, I, Dawidson, R, Fabia
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Reperfusion injury, precipitated by lack of oxygen, is likely to play a major role in many clinical conditions, including shock, coronary artery occlusion disease, and solid organ transplantation. Certain tissues, such as the intestinal mucosa, may be especially susceptible because of the specific microvascular anatomy.
A, Ar'Rajab, I, Dawidson, R, Fabia
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Compartment Syndromes and Reperfusion Injury
Surgical Clinics of North America, 1988Compartment syndrome has been defined as increased pressure within a limited space that compromises the blood supply and function of tissues within that space. The pressure rise is usually a result of increased interstitial fluid, although cell swelling may play a part. Most closed compartment syndromes can be detected by repeated clinical examination.
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Journal of vascular nursing : official publication of the Society for Peripheral Vascular Nursing, 1994
Reperfusion injury occurs after flow is restored to an ischemic area in an effort to salvage limbs and prevent amputation. Skeletal muscle damage occurs during ischemia as well as during reperfusion. Literature review supports the theory that reperfusion of the ischemic area may cause a chain of events that results in irreversible necrosis. Neutrophils,
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Reperfusion injury occurs after flow is restored to an ischemic area in an effort to salvage limbs and prevent amputation. Skeletal muscle damage occurs during ischemia as well as during reperfusion. Literature review supports the theory that reperfusion of the ischemic area may cause a chain of events that results in irreversible necrosis. Neutrophils,
openaire +1 more source
Enzyme Therapeutic for Ischemia and Reperfusion Injury in Organ Transplantation.
Advanced Materials, 2022Chen Zhang, Zhihua Gan, Chaoyong Liu
exaly