Diagnostic and treatment support for the NASA space program astronauts

Area of Science:

• Space Medicine
• Medical Informatics
• Human Factors Engineering

Background:

• Long-term space missions require robust medical support systems independent of Earth-based experts.
• Advancements in computing technology have enabled the development of sophisticated on-board medical capabilities.

Purpose of the Study:

• To develop a stand-alone medical decision support system for astronauts on long-term space missions.
• To ensure comprehensive medical treatment and diagnostic capabilities are available in space.

Main Methods:

• Investigated and configured medical databases over a 9-year research period.
• Leveraged advancements in microcomputer technology for data processing and system development.
• Developed a broad-based decision support tool for astronaut medical needs.

Main Results:

• A functional on-board system capable of complete separation from Earth-based medical support has been achieved.
• The system provides essential medical treatment and diagnostic support for astronauts.
• Technology has advanced to allow packaging and delivery of this critical support tool for space travel.

Conclusions:

• The developed system offers vital medical and diagnostic support for astronauts, crucial for manned space mission success.
• This stand-alone capability enhances astronaut safety and mission autonomy.
• The system represents a significant advancement in space medical support technology.