Medical knowledge systems: applications to telemedicine

Area of Science:

• Medical Informatics
• Biomedical Engineering
• Space Medicine

Background:

• Electronically stored medical knowledge significantly influences healthcare delivery system design.
• Remote medical care and disaster relief present unique information access challenges.
• Long-term space missions require self-sufficient medical knowledge systems due to isolation.

Purpose of the Study:

• To design a PC-based multimedia biomedical library for NASA's long-term space missions.
• To create a flexible medical knowledge system for remote and disaster relief scenarios.
• To establish a foundational element for telemedicine networking.

Main Methods:

• Developed a PC-based multimedia biomedical library integrating traditional references and secondary databases.
• Structured the library within a primary care physician's workstation.
• Integrated the library with a point-of-care system.

Main Results:

• The system provides essential medical knowledge for isolated environments.
• Integration optimizes the use of medical references and point-of-care data.
• The library serves as a building block for telemedicine networks.

Conclusions:

• PC-based multimedia biomedical libraries are crucial for remote healthcare delivery.
• System integration enhances medical resource utilization.
• This approach supports the development of robust telemedicine capabilities.