Key result
Ultraviolet fluorescence microscopy identifies early myocardial necrosis within 5 minutes of injury without special stains.
Why the study?
The histological phenomenon of fluorescence of necrotic myocardium under ultraviolet light requires evaluation for its usefulness in identifying early myocardial necrosis.
Does fluorescence microscopy under ultraviolet light improve the identification of early myocardial necrosis compared to standard histological techniques?
Observational
Does fluorescence microscopy under ultraviolet light improve the identification of early myocardial necrosis compared to standard histological techniques?
Fluorescence microscopy under ultraviolet light is a useful and rapid adjunct for identifying early or focal myocardial necrosis.
Answers are grounded in this paper and cite their sources.
May aid early necrosis detection in animal models; leaves open validation for human pathology.
To evaluate the histological phenomenon of fluorescence of necrotic myocardium in ultraviolet light a prospective study of fatal myocardial infarction with accurate clinical and biochemical correlation was made. To test the morphological characteristics and specificity of the technique experimental infarctions were induced surgically in sheep and pigs and acute ischaemia and infarction induced by catheter in intact dogs. Fluorescence was visible within five minutes of the injury in routinely stained sections and persisted for as long as cellular debris was identifiable. It was independent of autolysis, optimal fixation, prolonged storage, and special stains. Although the fluorescence was associated with hypereosinophilia in stained sections, necrotic myocardium also fluoresced in unstained ones, demonstrating primary or autofluorescence. Fluorescence microscopy is a useful adjunct to the histological identification of early myocardial necrosis and of scattered or focal necrosis especially in the absence of myocardial infarction.
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ALLWORK et al. (1986) conducted an observational in Fatal myocardial infarction and early myocardial necrosis. Fluorescence microscopy in ultraviolet light was evaluated on Identification of early myocardial necrosis. Fluorescence microscopy in ultraviolet light identified early myocardial necrosis within five minutes of injury, independent of autolysis, optimal fixation, or special stains.
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