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[Automation of renographic studies using a microcomputer]
Meditsinskaia Radiologiia
|May 1, 1986
Summary
This study automated renogram storage and processing using a VUMS-28 computer system. The developed REN-1 program enables simultaneous analysis of renograms, improving diagnostic efficiency.
Area of Science:
- Medical Imaging
- Computer Science
- Biomedical Engineering
Context:
- Renal function assessment often relies on renograms.
- Manual storage and processing of renograms are time-consuming and prone to errors.
- Automating this process can enhance efficiency and accuracy in clinical practice.
Purpose:
- To describe the development and implementation of an automated system for renogram storage and processing.
- To introduce the REN-1 software designed for simultaneous analysis of renograms from multiple devices.
- To evaluate the system's capability in analyzing key renogram parameters.
Summary:
- A VUMS-28 computer system, interfaced via KAMAK apparatus, was utilized for automated renogram handling.
- The system integrated magnetic tape storage (KML AZII-4), two Hungarian-manufactured renographs (NP-356, NP-307), and an N-306 plotter.
- The custom REN-1 program, developed in QUASIC, facilitated simultaneous storage and processing of renograms, analyzing parameters like maximum time (Tmax) and semiexcretion time (T 1/2) based on a linear chamber model of hippuran transport.
Impact:
- This automation streamlines the workflow for renogram analysis.
- The system provides a foundation for more efficient and potentially more accurate renal function diagnostics.
- The developed software and hardware integration represent a significant step in medical data processing.