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Original Articles
- Computerization of Microscope Slide Labelling.
- Dong Sug Kim, Dae Hong Suh
- Korean J Pathol. 1997;31(7):628-634.
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Abstract
PDF - The automation in surgical pathology, particularly in the reporting and encoding system using personal computers has been greatly improved in recent years, but the computerization of microscope slide labelling has not been improved. The authors have developed database program for slide labelling using FoxPro 2.5 and FoxBASE SCOUNIX 2.1.2: For I year during trial an effect has been put forward to simplify and organize the labelling work in routine surgical pathology. The program is now become easily applicable to the labelling work without disturbing the normal flow in a pathology laboratory. It is possible to get information concerning how many paraffin blocks and H&E slides have been made, as well as what kind of special stains have been requested for each case. The authors think that the computerization of labelling work in routine surgical pathology is a fairly easy task, and this should simplify the labelling work at a lower cost, diminish the workload of a typist or technician, and indirect information concerning the workload in a pathology laboratory can be calculated.
- Computerization of 100,000 cases of Surgical Pathology Data at SNUH by Automatic Coding System using Personal Computer.
- Woo Ho Kim, Ghee Young Choe, Jeong Wook Seo, Yong Il Kim
- Korean J Pathol. 1990;24(4):509-512.
- 1,653 View
- 21 Download
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Abstract
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- A computer program using automatic coding of the diagnosis has been used for report printing as well as data storage and retrieval system at the Department of Pathology, Seoul National University Hospital. Previous surgical pathology files were also computerized by the automatic coding system using personal computer, and 100,000 cases of surgical pathology data during 7 years were computerized at present. The cpmputerized surgical files were counted and listed according to topograph and morphologic diagnosis. It is available to print out the list of a specific diagnosis or to copy the records to a floppy diskette. Collection of cases in surgical pathology files using cpmputerized automatic coding system becomes much convenient and accurate than using stored file cards or log books. In addition, previous biopsy records of the patient are automatically searched during the routine work so that understanding of a patient as a whole is possible through the informations about previous pathologic diagnosis. We confirm that automatic coding methods is the most practical and economic method for computerization of the surgical pathology records.
- Computerization of Surgical Pathology Reporting and Data Storage by Automatic Coding System using Personal Computer.
- Woo Ho Kim, Jeong Wook Seo, Yong Il Kim
- Korean J Pathol. 1989;23(4):410-415.
- 1,622 View
- 13 Download
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Abstract
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- The authors developed a computer program for use in report printing as well as data storage and retrieval system at the surgical pathology and its efficacy was evaluated at the Department of Pathology, Seoul National University Hospital. This program used IBM PC XT and was written in DBASE III plus language. The main features of the program included an automatic coding and decoding of the diagnosis, automatic searching of the previous biopsy during gross dictation, powerful word processing function and flexibility of the program. The data storage was carried out during the typewriting of the report, so that the typist's workload became markedly reduced. Two kinds of data files wer stored in the hard disk ; the temporary file contained full informations and the permanent file contained the core data only. Searching of a specific case was performed by pathology accession number, chart number, patient's name or by SNOMED code within a second. All the cases were arranged by copied to the diskette during the daily service automatically, with which data were easily restored in case of hard disk failure. The advantages of this program using a persosnal computer were discussed with comparison to those of larger computer system. Based on the experience of 8 months usage in Seoul National University, we assume that this program gives a sufficient solution to the surgical pathology service of many institutes where a large computer system with well designed software is not available yet.
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