Body surface potential maps were recorded from 120 electrode sites in 236 normals (N), 114 patients with anterior MI (AMI) and 144 patients with inferior MI (IMI). At each time instant, the group-mean N map was subtracted in turn from the corresponding AMI and IMI maps; the resulting differences at each electrode site were standardized, producing discriminant maps for each bi-group comparison. Classification of patients based on the presence of one or more patterns typical in time and in location of their respective groups yielded 96% and 93% of correct assignment to AMI and IMI, respectively. Specificity was 94%.SCOPUS: cp.pinfo:eu-repo/semantics/publishe
The goal of this work was to develop an ECG Body Surface Mapping system and use it in patients in th...
The thoracic activation map patterns, the distribution of occlusions, and the ventriculograms obtain...
SUMMARY Isointegral analysis of body surface potential maps has been proposed as a useful approach t...
Body surface potential maps were recorded from 120 electrode sites in 236 normal subjects and 258 pa...
Body surface electrocardiographic mapping is a technique for recording the thoracic electrical pote...
The clinical usefulness of the body surface maps (maps) to discriminate old anterior myocardial infa...
SUMMARY To determine the depolarization and repolarization time-integral patterns in patients with f...
SUMMARY Total body surface maps obtained from 19 patients with previous inferior myocardial infarc-t...
Multivariate analysis was performed on 120-lead electrocardiographic (ECG) data in order to derive d...
A rule-based expert system shell was developed in order to correctly classify 159 normal subjects (N...
Abstracfi An algorithm for the early detcction of acute myocardial infarction (MI) using body surfac...
Whether or not a significant interrelation exists between patterns of the body surface isopotential ...
Background. Patients with acute non-Q wave myocardial infarction (NQMI) appear to have more jeopardi...
The objective of the present study was to investigate the characteristics of body surface potential ...
textabstractThis paper describes the incorporation of body surface mapping algorithms to detect the ...
The goal of this work was to develop an ECG Body Surface Mapping system and use it in patients in th...
The thoracic activation map patterns, the distribution of occlusions, and the ventriculograms obtain...
SUMMARY Isointegral analysis of body surface potential maps has been proposed as a useful approach t...
Body surface potential maps were recorded from 120 electrode sites in 236 normal subjects and 258 pa...
Body surface electrocardiographic mapping is a technique for recording the thoracic electrical pote...
The clinical usefulness of the body surface maps (maps) to discriminate old anterior myocardial infa...
SUMMARY To determine the depolarization and repolarization time-integral patterns in patients with f...
SUMMARY Total body surface maps obtained from 19 patients with previous inferior myocardial infarc-t...
Multivariate analysis was performed on 120-lead electrocardiographic (ECG) data in order to derive d...
A rule-based expert system shell was developed in order to correctly classify 159 normal subjects (N...
Abstracfi An algorithm for the early detcction of acute myocardial infarction (MI) using body surfac...
Whether or not a significant interrelation exists between patterns of the body surface isopotential ...
Background. Patients with acute non-Q wave myocardial infarction (NQMI) appear to have more jeopardi...
The objective of the present study was to investigate the characteristics of body surface potential ...
textabstractThis paper describes the incorporation of body surface mapping algorithms to detect the ...
The goal of this work was to develop an ECG Body Surface Mapping system and use it in patients in th...
The thoracic activation map patterns, the distribution of occlusions, and the ventriculograms obtain...
SUMMARY Isointegral analysis of body surface potential maps has been proposed as a useful approach t...