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1. NASA Glenn Educational Activities
fabricate, and operate a microgravity experiment. OAI promotes collaborative research,graduate and continuing underrepresented youth to activities in the
http://www.grc.nasa.gov/Doc/educatn.htm&e=747

2. Lesson Plans
Access Excellence activities Exchange. Access collaborative activities and 30 lesson plans for grades K12. The collection of plans include lessons for the study of microgravity
http://www.csun.edu/~vceed009/lesson.html
Lesson Plans and Activities
Academy Curriculum Exchange (K-5). Academy Curriculum Exchange (K-5) provides 130 mini-lesson plans for the elementary school covering a variety of science topics. Among these are microscope use, mapping constellations, water pollution, studying owl pellets and caterpillars to butterflies.
Academy Curriculum Exchange (6-8). Academy Curriculum Exchange (6-8) features 60 mini-lesson plans for many science topics covered in the middle school. Among these are weather forcasting, photosynthesis, building a psychrometer and "ph" and solvent activities.
Academy Curriculum Exchange (9-12). Academy Curriculum Exchange (9-12) offers 22 mini-Lessons plans suitable for the high school science. Among these are chemistry magic, a parallax experiment with candles, and a magnetic fields activity.
Access Excellence Activities Exchange. Access Excellence Activities Exchange contains an archive of hundreds of lessons and activities submitted by high school biology and life sciences teachers participating in the Access Excellence program. High school teachers will find the activities from the 1996 collection , the 1994-1995 collection , the 1996 Share-A-Thon collection , the partners collection , and the classic collection . Teachers can also search for individual activities from the Access Excellence archive. A new collection, "The Mystery Spot", will added in 1997.

3. Science Lesson Plans And Activities A To Z
Academy Curriculum Exchange (K5). Academy Curriculum Exchange (K-5) provides 130 mini-lesson plans for the elementary school covering a variety of science topics. Access Excellence activities Exchange. Access collaborative activities and 30 lesson plans for grades K-12. The collection of plans include lessons for the study of microgravity
http://www.ehcs.k12.nj.us/curriculum/linkscatalog/Science Lesson Plans and Activ
Science Lesson Plans and Activities A to Z
Academy Curriculum Exchange (K-5). Academy Curriculum Exchange (K-5) provides 130 mini-lesson plans for the elementary school covering a variety of science topics. Among these are microscope use, mapping constellations, water pollution, studying owl pellets and caterpillars to butterflies. Academy Curriculum Exchange (6-8). Academy Curriculum Exchange (6-8) features 60 mini-lesson plans for many science topics covered in the middle school. Among these are weather forcasting, photosynthesis, building a psychrometer and "ph" and solvent activities. Academy Curriculum Exchange (9-12). Academy Curriculum Exchange (9-12) offers 22 mini-Lessons plans suitable for the high school science. Among these are chemistry magic, a parallax experiment with candles, and a magnetic fields activity. Access Excellence Activities Exchange. Access Excellence Activities Exchange contains an archive of hundreds of lessons and activities submitted by high school biology and life sciences teachers participating in the Access Excellence program. High school teachers will find the activities from the 1996 collection , the 1994-1995 collection , the 1996 Share-A-Thon collection , the partners collection , and the classic collection . Teachers can also search for individual activities from the Access Excellence archive. A new collection, "The Mystery Spot", will added in 1997.

4. Life And Microgravity Sciences And Applications
The OLMSA also manages the Space Station Payload Facilities development program. BUDGET SUMMARY OFFICE OF LIFE AND microgravity SCIENCES AND APPLICATIONS SUMMARY OF RESOURCES support more than $5.0 million annually of collaborative activities with the NIH
http://www.hq.nasa.gov/office/budget/fy96/sat_2.html

5. GRC DIRECTORATES
Finally, GRC’s microgravity program has an impact on local tourism the AeronauticsDirectorate is involved in a number of collaborative activities with the
http://urban.csuohio.edu/research/pubs/nasa2000/directorates.htm&e=747

6. NASA Telemedicine - Current Activities
orbit for conducting research in microgravity and provide commercial access to education and telemedicine. NASA's collaborative activities in telemedicine, Spacebridge to Russia
http://www.quasar.org/21698/nasa/current.html
Current Activities
Operational Telemedicine in Space Flight
Telemedicine is practiced on a daily basis in the human space flight program. It is a significant adjunct to the systems that are available in flight to address medical issues. Currently there are three operational space flight programs: Space Shuttle, Shuttle/MIR, and International Space Station.
Space Shuttle
The Space Shuttle Program has been flying since the Spring of 1981. The Space Shuttle, which consists of the fleet of Orbiters (Columbia, Discovery, Endeavour, and Atlantis), the external tanks, and the solid rocket boosters, serves as the work horse of the human space flight program. It's primary role in access to space is :
  • transportation to low Earth orbit
  • cargo vessel
  • laboratory in space
  • repair shop
  • future construction vehicle
  • transportation to the International Space Station.
As Shuttle flights have changed in complexity and duration, the medical care capability in flight as evolved to support these changes. EMK
MBK
EAK
MAK
CCK
AMAK
MEDOP
Telemedicine has been applied and continues to be used everyday humans are in space. Private medical conferences (PMCs) between crew members and their flight surgeons, as well as vital physiological parameters continues to characterize telemedicine in space flight. In addition, video downlink capability can be used to support medical events when they occur. Here is an image of an astronaut examining another astronaut's eye with a fundus scope during a technology demonstration inflight. The image of the retina was down linked to the NASA Johnson Space Center where experts access the astronauts health status.

7. SCIENCE, AERONAUTICS AND TECHNOLOGY
year supports collaborative activities with the NIH microgravity research and identifies the deficiencies in our knowledge of materials behavior on Earth. collaborative activities
http://www.hq.nasa.gov/budget/olmsa1.html
SCIENCE, AERONAUTICS AND TECHNOLOGY
FY 1998 ESTIMATES
BUDGET SUMMARY
OFFICE OF LIFE AND MICROGRAVITY SCIENCES AND APPLICATIONS
SUMMARY OF RESOURCE REQUIREMENTS Life and Microgravity Sciences and Applications FY 1996 FY 1997 FY 1998
Life sciences Research and analysis [Construction of facilities] Flight program Subtotal Microgravity science research Research and analysis Flight program Subtotal Space product development Space shuttle/spacelab payload mission management and integration Aerospace medicine/occupational health Total Distribution of Program Amount by Installation FY 1996 FY 1997 FY 1998 Johnson Space Center Kennedy Space Center Marshall Space Flight Center Ames Research Center Langley Research Center Lewis Research Center Goddard Space Flight Center Jet Propulsion Laboratory Headquarters Total SCIENCE, AERONAUTICS AND TECHNOLOGY
FISCAL YEAR 1998 ESTIMATES
OFFICE OF LIFE AND MICROGRAVITY SCIENCE AND APPLICATIONS
PROGRAM GOALS
The NASA Life and Microgravity Sciences and Applications (LMSA) program leads the nation's efforts in space biological, physical and chemical research and aerospace medicine, supporting technology development, and applications using the attributes of the space environment to advance knowledge, to improve the quality of life on Earth, and to strengthen the foundations for continuing the exploration and development of space. LMSA activities are supportive of, and closely aligned to, the goals of the Human Exploration and Development of Space (HEDS) Enterprise. Those goals include: 1) increase human knowledge of Nature's processes using the space environment; 2) explore and settle the Solar System; 3) achieve routine space travel; and 4) enrich life on Earth through people living and working in Space.

8. MICROGRAVITY NEWS SPRING 1996
mechanisms for collaborative ground and flight activities. A second meeting willbe scheduled for late winter or early spring. A microgravity combustion
http://spaceresearch.hamptonu.edu/mgnwinter94/winter94spru.html&e=747

9. Lesson Plan Bible
Access Excellence activities Exchange. Access collaborative activities and 30 lesson plans for grades K12. The collection of plans include lessons for the study of microgravity
http://fhs.sbac.edu/lesson_plan_bible.htm
TECHNOLOGY LEARNING CENTER Lesson Plan Bible
[ Lesson Plan Bible ]
Lesson Plans and Activities
Academy Curriculum Exchange (K-5). Academy Curriculum Exchange (K-5) provides 130 mini-lesson plans for the elementary school covering a variety of science topics. Among these are microscope use, mapping constellations, water pollution, studying owl pellets and caterpillars to butterflies. Academy Curriculum Exchange (6-8). Academy Curriculum Exchange (6-8) features 60 mini-lesson plans for many science topics covered in the middle school. Among these are weather forcasting, photosynthesis, building a psychrometer and "ph" and solvent activities. Academy Curriculum Exchange (9-12). Academy Curriculum Exchange (9-12) offers 22 mini-Lessons plans suitable for the high school science. Among these are chemistry magic, a parallax experiment with candles, and a magnetic fields activity. Access Excellence Activities Exchange. Access Excellence Activities Exchange contains an archive of hundreds of lessons and activities submitted by high school biology and life sciences teachers participating in the Access Excellence program. High school teachers will find the activities from the 1996 collection , the 1994-1995 collection , the 1996 Share-A-Thon collection , the partners collection , and the classic collection . Teachers can also search for individual activities from the Access Excellence archive. A new collection, "The Mystery Spot", will added in 1997.

10. MITAC Activities
These experiments are the first to evaluate a microgravity surgical simulator purposeof the meeting was to discuss collaborative activities in telemedicine
http://www.meditac.com/MedITAC/activities/activities_main.cfm&e=747

11. Microgravity Research Program 1995 Annual Report
NASA'S microgravity Science Research Program. 1995 ANNUAL REPORT The microgravity program also has collaborative work with the National Institute of Allergies years ever for international activities, with the microgravity program playing a large
http://www.microgravity.nasa.gov/mgar95.html
NASA'S Microgravity Science Research Program
1995 ANNUAL REPORT
M icrogravity offers scientists another tool, albeit a powerful one, to pursue and enhance their mainstream traditional laboratory science endeavors in biotechnology, combustion science, fluid physics, materials science, and low-temperature microgravity physics. In this way, microgravity experiments compliment an investigators conventional ground-based pursuit of increased understanding of a process or phenomena and provides insight and advancement in knowledge which would otherwise be impossible.
EXECUTIVE SUMMARY
T he ongoing challenge faced by NASA's Microgravity Science Research Program in Fiscal Year 1995 and every year is to work with the scientific and engineering communities to secure the maximum return from our Nation's investments by: (1) assuring that the best possible science emerges from the science community for microgravity investigations; (2) ensuring the maximum scientific return from each investigation in the most timely and cost-effective manner; and (3) enhancing the distribution of data and applications of results acquired through completed investigations to maximize their benefits. We continued to meet this challenge in Fiscal Year (FY) 1995. NASA continued to build a solid RESEARCH COMMUNITY of Microgravity Researchers for the coming space station era.

12. SUBCOMMITTEE ON SPACE AND AERONAUTICS
these studies; 3) any studies on life and microgravity programs currently commenton 1) the nature of the collaborative research activities that have
http://www.house.gov/science/space_charter_032200.htm&e=747

13. National Institute On AgingNational Institutes Of Health
in today’s hearing on life and microgravity research and the NIA and NASA have beenengaged in numerous collaborative research activities since 1989
http://www.house.gov/science/hodes_032200.htm&e=747

14. 2000 USSS Submission -- Washington University, St. Louis
previous Symposium activities, and suggests possible collaborative activities to be developed at K12 students perform real microgravity experiments, have hands-on participation
http://screem.engr.scu.edu/usss/usss01/wustl/wustl.htm
Project Aria: GAS Cans, Virtual Explorers and Solar Sails at Washington University
Michael A. Swartwout (Mechanical Engineering), Keith Bennett (Computer. Science)
Project Aria
Washington University
St. Louis, MO 63130-4899, USA
mas@me.wustl.edu

http://aria.cec.wustl.edu/
Overview
Project Aria at Washington University in St. Louis, is in its fourth year of space systems education and outreach. Past projects include passive experiments flown on the Space Shuttle and technology demonstrators for balloon flights. Currently, Project Aria is pursuing several robotic missions, including more Shuttle flights, a robotic control network, and operations support for the Sapphire microsatellite. These projects have also been included in previous Symposium activities. This program is seeking collaborators for future Shuttle experiments, as well as joint operation of robotic vehicles and a long-term solar sail development project. This paper provides highlights of some Project Aria missions, results from previous Symposium activities, and suggests possible collaborative activities to be developed at the 2001 Symposium.
Project Aria
Project Aria began in 1998 as an outreach program at the School of Engineering and Applied Science (SEAS) at Washington University; it was chartered to connect St. Louis-area school districts with hands-on science and education projects with the goal of encouraging students to pursue scientific careers. As a secondary goal, Project Aria provides undergraduate education opportunities and faculty research experiments through its programs. Recent missions include:

15. Research Investigator And Faculty Demographic Information
Signal transduction Gene regulation Protein therapeutics Prostate cancer biologyCell growth and development in microgravity. Major collaborative activities
http://research.bidmc.harvard.edu/research/ResearchPIInfo.ASP?Submit=Display&Per

16. Not Found
4. Telementoring 5. Questionand-Answer activities. to engage in collaborative educationalprojects that Join live webcasts where experts discuss microgravity.
http://fc.thompson.k12.co.us/~pdd/collaborative.htm&e=747
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17. Taskbook 2003
We have engaged in productive collaborative activities with other members of the risksof space flight and longterm exposure to microgravity involve cardiac
http://peer1.nasaprs.com/search2003/index.cfm?action=public_query_taskbook_conte

18. Professor JR Helliwell 1997
External activities. Advanced Photon Source, South East collaborative Access Team(CAT ESA, Member of microgravity Physical Sciences Working Group Member, Paris
http://spec.ch.man.ac.uk/98stuf/jrh1997.html&e=747

19. Digital Space Commons Project Showcase
be able to propel itself through the microgravity environment of other educators,and education associations may conduct meaningful collaborative activities.
http://www.digitalspace.com/projects/showcase.html&e=747

20. Natl. Aeronautics And Space Administration
expand its biomedical research activities, these collaborative advancing its missionthrough appropriate collaboration. of NASA s microgravity research program
http://www.faseb.org/opa/consensus99/nasa.html&e=747

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