id	author	title	date	pages	extension	mime	words	sentences	flesch	summary	cache	txt
work_ig33m7b5hrhzlezwoev34e7ify	Michael Oeff	Non-invasive recording of the arrhythmogenic substrate within the QRS-complex using magnetocardiography	1996	1	.pdf	application/pdf	1331	189	71	room (background noise < 5 fTIv'Hz) in normal parsons (norm), in postmyocardial infarction patients (post-MI pts) and in patients prone to sustained veofdcular tacbycardia (VT-pts). the QRS complex due to inadequate filtering; variable signals are eliminated signals within the QRS complex different from background noise characterize patients (pts) w~th high risk of malignant tachyarrhythmias, single-beat high resolution rnegnofocardicgraphic recordings (MCG) of 16 normal persons (NORM) and 12 patients mit ventricular tachyan'nythmlas (VTVF) were (Pc) of the low amplitude fragmented signals within QRS were calculated filtering and 2-dimensional spoctrofemperal analysis identified variable irregular mlcropetantisls even with the QRS to identify patients with malignant only detects "late potentials" longer than the QRS-complex. Thus, high-resolution magnetocardiographic mapping with QRS analysis Signal-avemgod ECG (SAECG) was performed in 120 patients with idiopathic dil&'ed card~omyupatby (DCM, 50 -412 years, EF 31 411%). Results: SAECG revealed ventdcular late potentials in 22 of 120 patients 	./cache/work_ig33m7b5hrhzlezwoev34e7ify.pdf	./txt/work_ig33m7b5hrhzlezwoev34e7ify.txt