-transparent.png){kind=logo}
Interpretations of angiographic images have been coded and stored using an on-line computer terminal for seven years. Decoded angiographic information is incorporated in computer-generated reports which are printed on demand after completion of cardiac catheterization procedures. Currently, almost 5,500 cases are stored in an off-line data base which has been designed to help identify patterns with prognostic potential. Also, the program has helped standardize angiographic nomenclature, saved much clerical time, and virtually eliminated clerical errors. The program interacts with other software in the hospital, avoiding repetitious entries. The advantages and shortcomings of the program and commonly used approaches to computer storage/retrieval of radiographic information are described.
A Budkin, and
A J Gosselin, and
T J Stokes
December 1980,
Computer programs in biomedicine,
A Budkin, and
A J Gosselin, and
T J Stokes
January 1984,
Computer programs in biomedicine,
A Budkin, and
A J Gosselin, and
T J Stokes
December 1983,
Asia-Oceania journal of obstetrics and gynaecology,
A Budkin, and
A J Gosselin, and
T J Stokes
June 1974,
Laboratory investigation; a journal of technical methods and pathology,
A Budkin, and
A J Gosselin, and
T J Stokes
August 1972,
Canadian Medical Association journal,
A Budkin, and
A J Gosselin, and
T J Stokes
January 1987,
Catheterization and cardiovascular diagnosis,
A Budkin, and
A J Gosselin, and
T J Stokes
January 1978,
Journal of medical systems,
A Budkin, and
A J Gosselin, and
T J Stokes
January 1975,
Eksperimental'naia khirurgiia i anesteziologiia,
A Budkin, and
A J Gosselin, and
T J Stokes
January 1981,
Archives of ophthalmology (Chicago, Ill. : 1960),
A Budkin, and
A J Gosselin, and
T J Stokes
November 1970,
Military medicine,
