Location

Howard Johnson Plaza-Hotel, Columbia/ Enterprise Rooms

Start Date

28-4-1993 2:00 PM

End Date

28-4-1993 5:30 PM

Description

Life sciences has always been an important part of the human space program. The effects of space flight on humans were monitored from the beginning and some research was conducted in the Gemini and Apollo programs. But it was only when a space station, Skylab, was available that we were able to perform in-depth medical experiments to examine the responses of humans to space flight. Since Skylab, flight research programs have been and still are progressing toward our goals of helping astronauts live in space for long periods of time and readapt to Earth's gravity as rapidly as possible, and studying the response of living systems to microgravity.

The remaining Spacelab missions promise to build on the knowledge gained from previous missions to provide further understanding of physiologic changes occurring in and resulting from space flight. Investigation results and lessons learned from each of these missions will be used to influence future space shuttle missions and Space Station Freedom.

Comments

Past and Future Payloads

Session Chairman: JoAnn H. Morgan, Director, Payloads Projects Management, NASA, Kennedy Space Center

Session Organizer: Shirley Green, Payload Support Office, NASA, Kennedy Space Center

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Apr 28th, 2:00 PM Apr 28th, 5:30 PM

Paper Session II-B - Evolution of Biomedical Payloads to Expand Human Presence in Space

Howard Johnson Plaza-Hotel, Columbia/ Enterprise Rooms

Life sciences has always been an important part of the human space program. The effects of space flight on humans were monitored from the beginning and some research was conducted in the Gemini and Apollo programs. But it was only when a space station, Skylab, was available that we were able to perform in-depth medical experiments to examine the responses of humans to space flight. Since Skylab, flight research programs have been and still are progressing toward our goals of helping astronauts live in space for long periods of time and readapt to Earth's gravity as rapidly as possible, and studying the response of living systems to microgravity.

The remaining Spacelab missions promise to build on the knowledge gained from previous missions to provide further understanding of physiologic changes occurring in and resulting from space flight. Investigation results and lessons learned from each of these missions will be used to influence future space shuttle missions and Space Station Freedom.

 

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