LIMITATIONS OF AMBULATORY ECG REAL-TIME ANALYSIS FOR VENTRICULAR AND SUPRAVENTRICULAR ARRHYTHMIA ACCURACY DETECTED BY CLINICAL-EVALUATION
被引:3
作者:
KENNEDY, HL
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RUSH HEART INST,CARDIOL SECT,1653 W CONGRESS PKWY,CHICAGO,IL 60612RUSH HEART INST,CARDIOL SECT,1653 W CONGRESS PKWY,CHICAGO,IL 60612
KENNEDY, HL
[1
]
SMITH, SC
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RUSH HEART INST,CARDIOL SECT,1653 W CONGRESS PKWY,CHICAGO,IL 60612RUSH HEART INST,CARDIOL SECT,1653 W CONGRESS PKWY,CHICAGO,IL 60612
SMITH, SC
[1
]
SPRAGUE, MK
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RUSH HEART INST,CARDIOL SECT,1653 W CONGRESS PKWY,CHICAGO,IL 60612RUSH HEART INST,CARDIOL SECT,1653 W CONGRESS PKWY,CHICAGO,IL 60612
SPRAGUE, MK
[1
]
MIZERA, J
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RUSH HEART INST,CARDIOL SECT,1653 W CONGRESS PKWY,CHICAGO,IL 60612RUSH HEART INST,CARDIOL SECT,1653 W CONGRESS PKWY,CHICAGO,IL 60612
MIZERA, J
[1
]
BUCKINGHAM, TA
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RUSH HEART INST,CARDIOL SECT,1653 W CONGRESS PKWY,CHICAGO,IL 60612RUSH HEART INST,CARDIOL SECT,1653 W CONGRESS PKWY,CHICAGO,IL 60612
BUCKINGHAM, TA
[1
]
机构:
[1] RUSH HEART INST,CARDIOL SECT,1653 W CONGRESS PKWY,CHICAGO,IL 60612
来源:
AMERICAN JOURNAL OF NONINVASIVE CARDIOLOGY
|
1992年
/
6卷
/
03期
关键词:
ARRHYTHMIA ANALYSIS;
AMBULATORY ECG VALIDATION AND INSTRUMENTATION;
REAL-TIME ANALYSIS INSTRUMENTATION;
D O I:
10.1159/000470348
中图分类号:
R5 [内科学];
学科分类号:
1002 ;
100201 ;
摘要:
Real-time analysis arrhythmia accuracy and repeatability of the Hewlett-Packard ambulatory ECG instrument and two updated versions of the arrhythmia algorithm were examined in the clinical evaluation of 50 patients. Appreciable algorithm inaccuracy occurred at low densities of repetitive ventricular arrhythmias. The limitations of real-time analysis ambulatory ECG arrhythmia algorithm accuracy as disclosed by a clinical evaluation as compared to authoritative database evaluations (e.g., the American Heart Association and Massachusetts Institute of Technology) were apparent. This investigation calls into question the present concept of automatic preprocessed real-time arrhythmia analysis, and suggests that some form of operator interaction is necessary to attain practical optimum accuracy.