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Florida Protein Crystals in Space Program |
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The Florida Space Grant Consortium |
Robert S. Smith |
The Alabama Space Grant Consortium |
Credit: NASA photograph |
The "Old" Florida Protein Crystals in Space grant funding terminated on May 31st, 2005. The program was sponsored by the Florida Space Grant Consortium through a grant mangaed by the University of North Florida. Dr. Marianne Barnes was the Principal Investigator for the grant and Mr. Robert S. Smith was the Program Manager and Instructor. The Florida program was part of a national program managed by a group from The University of California Irvine. In the six years of the program's existance, over a thousand Florida high school students and teachers learned about structural biology, microgravity research, and space technology and participated in a lysozyme protein crystallization classroom activity. Over 100 of these students and teachers were selected to participate in workshops conducted at either at the University of Alabama at Hunsville (UAH) or in the vicinity of the Kennedy Space Center to make protein crystal payloads which were launched by three space shuttle missions to the International Space Station (ISS). |
Credit: NASA photograph |
The International Space Station (ISS)- Athough protein crystal microgravity experiments were conducted on space shuttle missions and onboard the Russian MIR space station prior to our program, the destination for our first three missions was the ISS. In fact our first mission, STS-106, was the first science payload mission to be conducted onbord the ISS (September, 2000). |
Credit: ESA-Astrium |
The destination for
the new program will also be the ISS. The difference will be that the payload
samples will be transported to the ISS onboard a Russian Soyuz rocket from
the Cosmodrome in Baikonour, Russia in October, 2008. Our ability
to fly payload samples is being made possible by a donation by Dr. Owen
K. Garriott, Azstronaut; Skylab (1973) and SpaceLab (1983). Dr. Garriott
has purchased space for his son onboard Soyuz from the Russian government.
His son will carry the payload samples onboard Soyuz to the space station.
The Alabama Space Grant consortium is responsible for the coordination of the new program. The Florida Space Grant Consortium is providing funding for our participation in the new program. |
We prticipated in a workshop in Huntsville, Alabama on April 14th and 15th which was conducted by the Alabama Space Grant Consortium and Dr. Joe Ng of the Structural Biology Department of the University of Alabama at Huntsville (UAH). Four (4) teachers and fifteen (15) students participated from Florida along with students and teachers from Texas, Alabama, and Mississippi. Six high schools from northeast Florida were represented at the workshop (The Bolles School, Terry Parker High School, and Stanton College Preparatory Academy in Jacksonville, Fleming Island High School in Clay County, and Eastside High School and Oak Hall School in Gainesville). One of the activities conducted at this workshop involved the students and two of the teachers making payload samples which are planned to be launched on the Soyuz rocket from Russia in October for the ISS. We are working on identifying funding so that we can participate in a second workshop with 3 teachers and 11 students in Huntsville June 24th and 25th.
Huntsville
April 14th/15th Workshop Agenda and links
A.M.- Welcome and Introduction by Dr. John Gregory and Dr. Joe Ng
Dr. John Gregory Director, Alabama Space Grant Consortium |
Dr. Joe Ng UAH Structural Biology Laboratory |
Presentration
by Dr. Owen Garriott (Skylab and Space Lab)
Presentation
by Dr. Larry DeLucas (STS-50)
Presentation
on the Principles of Structural Biology
Dr. Edward Meehan, Director of the UAH Structural
Biology Lab
Dr. Owen J. Garriott Astronaut, Skylab (1973) and SpaceLab (1983) |
Dr. Larry J. DeLucas Astronaut, STS-50 |
Director, UAH Structural Biology Lab |
Tuesday, April 15th
9:00 a.m.- Tour of Hudson Alpha Institute for Biotechnology
Dr. Neil Lamb gave a presentation and conducted a tour of the Hudson Alpha Institute. he Hudson Alpha Institue brings researchers and private companies together with the objective of investigating personal medicine. |
Personalized medicine involves using individual's genome to determine appropriate medications increasing effectivenes and reducing side effects. |
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The tour of the US Rocket and Space Center gave the teachers and students the opportunity to explore the museum and enjoy the video simumators and space rides. |
Two teachers (Diane Conlon on the left and Sarah Rosenfeldt on the right) and a student (Virginia Hickox) anticipate the 'Space Shot' launch experience. Another popular simulator with the students was the gravity simulator. |
Mr. Mohammed Arab, AP Chemistry teacher at Terry Parker High School and proein researcher at the Mayo Clinic in Jacksonville receives some shuttle landing simulator training from Mr. Robert S. Smith (ex-navy carrier pilot) |
Kristin Capes, student from Flemng Island HS practices simulated space shuttle landings in a futile attempt to defeat Mr. Smith in a good natured shuttle landing simulator competition. |
The final dinner gave the group a more formal atmosophere to complete
the second day's atcivities.
A
General Overview of the
"Old"
Florida Protein Crystals in Space Program Program
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Lab Activity Procedures |
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"OLd Program" Advanced Student Workshops
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January 23rd-January 25th, 2004 |
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January 31st-February 2nd, 2003 |
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February 8-11, 2002 |
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December 16-21, 2000 |
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June, 2000 |
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June, 1999 |
Visit
The University of Alabama at Huntsville (UAH) Structural Biology Lab and
learn
about Structural Biology and Rational Drug Design
Click
here to take a 'Gold
Badge Tour' of KSC Facilities
Space Station Matters |
Future
Development
Observable Protein Crystal Growth Apparatus (OPCGA) Experiment |
Other Important Protein Crystals in Space links:
Track the Space Station Website (Marshall Space Flight Center)
NASA's Human Spaceflight Website
NASA's Microgravity Research Program Website (MSFC)
Biological Crystal Growth in Space
Site Map for Research in Biological Crystal Growth in Space
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