While the results of regional myocardial glucose metabolism measurements using positron emission computed tomography (/sup 13/N-ammonia) are promising, their utility and value remains to be determined in man. If this technique can be applied to patients with acute myocardial ischemia or infarction it may permit delineation of regional myocardial segments with altered, yet still active metabolism. Further, it may become possible to evaluate the effects of interventions designed to salvage reversibly injured myocardium by this technique
Bibliography: leaves 94-106.v, 106, [33] leaves, [2] leaves of platesAssessment of myocardial metabo...
Differentiation between viable myocardium and scar tissue in segments with abnormal contraction has ...
Despite the popularity of the positron emitting glucose analog, ($\sp{18}$F) -2-deoxy-2-fluoro-D-glu...
Positron emission computed tomography is a new technique for the noninvasive measure of myocardial b...
Positron emission tomography has been shown to distinguish between reversible and irreversible ische...
Positron emission computed tomography is a new technique for the nonin vasive measure of myocardial ...
Positron emission tomography allows noninvasive assessment of myocardial blood flow and metabolism, ...
SUMMARY Studies have shown that the extraction of glucose per unit flow is increased in moderately i...
ith the recent development of high spatial and temporal resolution positron emission tomography (PET...
Meaningful interpretation of metabolic images obtained by positron emission tomography for evaluatio...
Background. Previous studies suggested the presence of myocardial ischemia in symptomatic patients w...
Positron emission tomography offers the possibility of evaluating and quantifying regional myocardia...
AbstractEvaluation of regional myocardial blood flow by conventional scintigraphic techniques is lim...
N-13 ammonia mimics certain properties of microspheres. It rapidly clears from blood into myocardium...
Positron emission computed tomography (PCT) represents an important new tool for the noninvasive eva...
Bibliography: leaves 94-106.v, 106, [33] leaves, [2] leaves of platesAssessment of myocardial metabo...
Differentiation between viable myocardium and scar tissue in segments with abnormal contraction has ...
Despite the popularity of the positron emitting glucose analog, ($\sp{18}$F) -2-deoxy-2-fluoro-D-glu...
Positron emission computed tomography is a new technique for the noninvasive measure of myocardial b...
Positron emission tomography has been shown to distinguish between reversible and irreversible ische...
Positron emission computed tomography is a new technique for the nonin vasive measure of myocardial ...
Positron emission tomography allows noninvasive assessment of myocardial blood flow and metabolism, ...
SUMMARY Studies have shown that the extraction of glucose per unit flow is increased in moderately i...
ith the recent development of high spatial and temporal resolution positron emission tomography (PET...
Meaningful interpretation of metabolic images obtained by positron emission tomography for evaluatio...
Background. Previous studies suggested the presence of myocardial ischemia in symptomatic patients w...
Positron emission tomography offers the possibility of evaluating and quantifying regional myocardia...
AbstractEvaluation of regional myocardial blood flow by conventional scintigraphic techniques is lim...
N-13 ammonia mimics certain properties of microspheres. It rapidly clears from blood into myocardium...
Positron emission computed tomography (PCT) represents an important new tool for the noninvasive eva...
Bibliography: leaves 94-106.v, 106, [33] leaves, [2] leaves of platesAssessment of myocardial metabo...
Differentiation between viable myocardium and scar tissue in segments with abnormal contraction has ...
Despite the popularity of the positron emitting glucose analog, ($\sp{18}$F) -2-deoxy-2-fluoro-D-glu...