Assessment of reperfusion in myocardial infarction by body surface electrocardiographic mapping. Kilpatrick, D., Bell, A., & Briggs, C. j-JE, 26(4):279--89, 1993. bibtex @Article{RSM:Kil93,
author = "D. Kilpatrick and A.J. Bell and C. Briggs",
title = "Assessment of reperfusion in myocardial infarction by
body surface electrocardiographic mapping.",
journal = j-JE,
year = "1993",
volume = "26",
number = "4",
pages = "279--89",
robnote = "To determine the efficacy of body surface potential
mapping to detect and quantify reperfusion in acute
infarction, 66 patients were studied by repeated body
surface potential mapping before and after
administration of the thrombolytic agent. The QRS and
ST-segment were analyzed and compared to the arterial
patency as assessed by arteriography within 10 days.
The infarct-related vessel was patent in 50 patients
and occluded in the remaining 16. In 6 of the 15
patients in whom thrombolytic therapy was started
within 2 hours of the onset of chest pain the
ST-segment changed from that of an acute infarction
pattern to that of a normal pattern, and the QRS
pattern either remained normal or recovered prior to
discharge. In two additional patients the QRS pattern
returned to normal prior to discharge from the
hospital. In the 51 patients with later thrombolytic
therapy (> or = 2 hours) the degree of ST elevation and
depression decreased more than either the control
infarction group (36 inferior and 73 anterior patients)
or the group in whom reperfusion attempts were
unsuccessful, but the pattern of the map remained that
of an infarction. The QRS maps showed that in the first
48 hours recovery of potential was insufficient to
distinguish those with successful thrombolysis. Early
reperfusion could be detected by body surface potential
mapping and the eventual damage predicted from the
degree of change in the QRS map. Later reperfusion
could be surmised but not quantified.",
}
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{"_id":"YBFhT8y98sh6G7jMC","bibbaseid":"kilpatrick-bell-briggs-assessmentofreperfusioninmyocardialinfarctionbybodysurfaceelectrocardiographicmapping-1993","downloads":0,"creationDate":"2016-07-01T21:38:35.646Z","title":"Assessment of reperfusion in myocardial infarction by body surface electrocardiographic mapping.","author_short":["Kilpatrick, D.","Bell, A.","Briggs, C."],"year":1993,"bibtype":"article","biburl":"http://www.sci.utah.edu/~macleod/Bibtex/biglit.bib","bibdata":{"bibtype":"article","type":"article","author":[{"firstnames":["D."],"propositions":[],"lastnames":["Kilpatrick"],"suffixes":[]},{"firstnames":["A.J."],"propositions":[],"lastnames":["Bell"],"suffixes":[]},{"firstnames":["C."],"propositions":[],"lastnames":["Briggs"],"suffixes":[]}],"title":"Assessment of reperfusion in myocardial infarction by body surface electrocardiographic mapping.","journal":"j-JE","year":"1993","volume":"26","number":"4","pages":"279--89","robnote":"To determine the efficacy of body surface potential mapping to detect and quantify reperfusion in acute infarction, 66 patients were studied by repeated body surface potential mapping before and after administration of the thrombolytic agent. The QRS and ST-segment were analyzed and compared to the arterial patency as assessed by arteriography within 10 days. The infarct-related vessel was patent in 50 patients and occluded in the remaining 16. In 6 of the 15 patients in whom thrombolytic therapy was started within 2 hours of the onset of chest pain the ST-segment changed from that of an acute infarction pattern to that of a normal pattern, and the QRS pattern either remained normal or recovered prior to discharge. In two additional patients the QRS pattern returned to normal prior to discharge from the hospital. In the 51 patients with later thrombolytic therapy (> or = 2 hours) the degree of ST elevation and depression decreased more than either the control infarction group (36 inferior and 73 anterior patients) or the group in whom reperfusion attempts were unsuccessful, but the pattern of the map remained that of an infarction. The QRS maps showed that in the first 48 hours recovery of potential was insufficient to distinguish those with successful thrombolysis. Early reperfusion could be detected by body surface potential mapping and the eventual damage predicted from the degree of change in the QRS map. Later reperfusion could be surmised but not quantified.","bibtex":"@Article{RSM:Kil93,\n author = \"D. Kilpatrick and A.J. Bell and C. Briggs\",\n title = \"Assessment of reperfusion in myocardial infarction by\n body surface electrocardiographic mapping.\",\n journal = j-JE,\n year = \"1993\",\n volume = \"26\",\n number = \"4\",\n pages = \"279--89\",\n robnote = \"To determine the efficacy of body surface potential\n mapping to detect and quantify reperfusion in acute\n infarction, 66 patients were studied by repeated body\n surface potential mapping before and after\n administration of the thrombolytic agent. The QRS and\n ST-segment were analyzed and compared to the arterial\n patency as assessed by arteriography within 10 days.\n The infarct-related vessel was patent in 50 patients\n and occluded in the remaining 16. In 6 of the 15\n patients in whom thrombolytic therapy was started\n within 2 hours of the onset of chest pain the\n ST-segment changed from that of an acute infarction\n pattern to that of a normal pattern, and the QRS\n pattern either remained normal or recovered prior to\n discharge. In two additional patients the QRS pattern\n returned to normal prior to discharge from the\n hospital. In the 51 patients with later thrombolytic\n therapy (> or = 2 hours) the degree of ST elevation and\n depression decreased more than either the control\n infarction group (36 inferior and 73 anterior patients)\n or the group in whom reperfusion attempts were\n unsuccessful, but the pattern of the map remained that\n of an infarction. The QRS maps showed that in the first\n 48 hours recovery of potential was insufficient to\n distinguish those with successful thrombolysis. Early\n reperfusion could be detected by body surface potential\n mapping and the eventual damage predicted from the\n degree of change in the QRS map. Later reperfusion\n could be surmised but not quantified.\",\n}\n\n","author_short":["Kilpatrick, D.","Bell, A.","Briggs, C."],"key":"RSM:Kil93","id":"RSM:Kil93","bibbaseid":"kilpatrick-bell-briggs-assessmentofreperfusioninmyocardialinfarctionbybodysurfaceelectrocardiographicmapping-1993","role":"author","urls":{},"downloads":0,"html":""},"search_terms":["assessment","reperfusion","myocardial","infarction","body","surface","electrocardiographic","mapping","kilpatrick","bell","briggs"],"keywords":[],"authorIDs":[],"dataSources":["5HG3Kp8zRwDd7FotB"]}