1993
DOI: 10.3109/14639239309034468
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Comparison between manual and automatic coding of medical record statistical cards at a university hospital

Abstract: The coding error rate of systems for medical record statistical cards (MRSCs) throughout health services is about 30%. A program using automatic coding has been developed at the Institute of Clinical Surgery II, Padua University Hospital, with a view to reducing this percentage. Out of an overall sample of 4776 MRSCs from all departments of the hospital, 54 were automatically coded at our institute. Categories of discrepancy between the discharge diagnosis codes of the 4722 manually coded MRSCs and the other 5… Show more

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Cited by 7 publications
(1 citation statement)
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“…In Europe, the International Classification of Diseases and Operations for Hospitals (HCIMO) is a translation and an extension of the ICD-9-CM [4]. Despite its large and often mandatory use in many countries, the encoding procedure is still a burdensome task with a significant error rate and inconsistency between human coders [5]. Providing a system which contributes to the design of a generic system that generates classification codes from natural-language PDSs, to support resource management and public health research, is a recommendation of the European AIM office [6].…”
mentioning
confidence: 99%
“…In Europe, the International Classification of Diseases and Operations for Hospitals (HCIMO) is a translation and an extension of the ICD-9-CM [4]. Despite its large and often mandatory use in many countries, the encoding procedure is still a burdensome task with a significant error rate and inconsistency between human coders [5]. Providing a system which contributes to the design of a generic system that generates classification codes from natural-language PDSs, to support resource management and public health research, is a recommendation of the European AIM office [6].…”
mentioning
confidence: 99%