Computer multimedia case history as a present-day tool of keepingrecords

Abstract


Aim. To design the program of computer multimedia case history (MCH) for collection, storage and
analysis of information about the patient including diagnostic images; to test MCH for application in
telemedical consulting and control over valid conduction of the treatment protocol.
Material and methods. Brief representation of information is reached by integrated multilevel placement
of the data on common time axis. Dynamics of the selected parameters is represented as normalized
diagrams in the same system axes. Electron tables arefdled either by hand or import of the data
from individual electron file of all the information about the patient. Diagnostic images and conclusions
are obtained from local computer bases of the diagnostic units. Inexpensive commonly used computers
allows one to input digital micro- and macrophotos, x-ray images, etc. Monitor information is
available from the universal computer net directly from the monitors Geolink-M.
Results. MCH was tested in the Hematological Research Center of RAMS. In cooperation with Bryansk
diagnostic center N 1 telemedical consulting and some data bases were perfected. The MCH system
joints routine activity of the clinic without any problems raising quality of the patients management, facilitating
the access to therapeutic and diagnostic information and its analysis. On-line breaking the limits
of the controlled parameters and protocols is detected automatically. These events are emphasized by
"blocking questions" which must be worked out by the user. The information on the patient can be fully
stored on CD-ROM in line with the MCH program providing organization of the data.
Conclusion. The system is introduced which collects medical information from various sourses and
builds up comprehensive representation of the data on the same time axis. The system provides control
over implimintation of the protocols of the patients' management, gives a convenient access to medical
information, ensures its reliable storage and availability in case of the patients transfer to other medical
institutions, facilitates analysis of clinical cases, conduction of medical consulting.

References

  1. Воробьев А. И. В кн.: Тезисы докладов V Российского съезда специалистов по лабораторной диагностике. М.; 1995: 57.
  2. Воробьев П. А. Пробл. стандартизации в здравоохранении. 1999, 16 49-55
  3. Емелин И. В. Компьютеризированная история болезни и система классификации мед. терминов. Компьютер, технол. в мед. 1997; 2: 53-60.
  4. Aranda J. M. Journ. of Amer. Medic. Assoc. The problem-oriented medical records: Experiences in a community hospital. 1974; 549-551.
  5. Payne T. H., Savarino J., Marshall R., et al. Use of clinical event monitor to prevent and detect medication errors. Proc.
  6. Am. Medical Informatics Association Symposium. Filadelphia. 200: 640-644.
  7. Воробьев А. И., Бриллиант М. Д. Динамика лейкоцитов и тромбоцитов при остром лучевом синдроме как биологический дозиметр. В кн.: Материалы науч. конф. Ин-та биофизики. М.; 1970; 6-11.
  8. Воробьев А. И., Бриллиант М. Д. Опыт амбулаторного лечения больных гемобластозами. Тер. арх. 1977; 49 (8): 3-9.
  9. Воробьев И. А., Захарова А. И., Атауллаханов Ф. И. и др. Определение условий компьютерной записи периферической крови. Пробл. гематол. 1998; 3: 14-20.
  10. Shklovsky-Kordi N., Goldberg S., Zingerman B. Time-Oriented Multi-Image Presentation of Dinamic Case History. Philadelphia. Proc. Am. Medical Informatics Association Symposium, 1998; 1074.
  11. Шкловский-Корди Н. Е., Зингерман Б. В., Ривкинд И. Б. и др. Опыт телемедицинских консультаций гематологических пациентов на основе мультимедийной истории болезни (МИБ). В кн.: Тезисы докладов Ш-го Ежегодного международного симпозиума по телемедицине "Телемедицина и проблемы передачи изображений". М.: МАКС Пресс; 2000: 67.
  12. Shklovskiy-Kordi N., Freidin I., Goldberg S. et al. Standardization for Telemedical Consultation on a Basis of Multimedia Case History, In: Proceedings, Fourteenth IEEE Symposium on Computer-Based Medical Systems, Bethesda, Maryland 2001: 535-540.

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Copyright (c) 2020 Shklovsky-Kordi N.Е., Zingerman В.V., Goldberg S.V., Velichko S.A., Gudilina Y.Y., Kaplanov K.D., Klimenko S.V., Kravchenko S.K., Kremenetskaya A.M., Kobelyatsky V.F., Kostochkina S.V., Margolin O.V., Rivkind N.В., Freidin Y.L., Erlikh L., Vorobyev A.I.

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