UCI Scientist Will Lead NASA Effort To Overcome Physical Impact Of Space Travel

As leader of the Muscle Alterations and Atrophy Team, Baldwin heads a group of scientists charged with learning why muscles atrophy and lose their functional capacity in the gravity-free environment of space and identifying ways to prevent these harmful changes from happening. The scientists, who come from institutions such as UCI, Harvard University and UCLA, also will design exercise equipment and programs to keep astronauts from weakening while traveling through space.

Discoveries by the team also will help people work for months at a time on the International Space Station.

Baldwin's appointment is for four years. He will oversee a program with approximately $2.5 million in annual funding to deliver some milestones designed to enhance the new NASA Space Exploration Initiative put forward by President George W. Bush.

"If we truly want to send humans to Mars, we need to address the physiological problems extended space travel presents," said Baldwin, a professor of biophysics and physiology. "Research funded by the institute will play a key role with overcoming the physical limits astronauts currently face."

In addition, Baldwin and Vince Caiozzo, an associate professor of orthopedics, each received approximately $1.2 million in grant funding from the National Space Biomedical Research Institute. Baldwin will use the new funds to develop exercise programs that astronauts can do to stem muscle atrophy, while Caiozzo will continue work with a "space cycle" he and Baldwin helped build to create resistance training programs to maintain muscle strength in the back and legs.

In the '90s, Baldwin, Caiozzo and Dr. Art Kreitenberg of the UCI College of Medicine developed a prototype cycle -- a "space cycle" -- to be used on the International Space Station. The bike whirls the cycling astronaut around, creating a miniature form of gravity and providing resistance-training exercise. The new funding will allow Baldwin and Caiozzo to resume using this innovative cycle to create exercise programs for astronauts.