This abstract describes development work performed on the NASA Digital Astronaut Project Muscle Model. Muscle atrophy is a known physiological response to exposure to a low gravity environment. The DAP muscle model computationally predicts the change in muscle structure and function vs. time in a reduced gravity environment. The spaceflight muscle model can then be used in biomechanical models of exercise countermeasures and spaceflight tasks to: 1) develop site specific bone loading input to the DAP bone adaptation model over the course of a mission; 2) predict astronaut performance of spaceflight tasks; 3) inform effectiveness of new exercise countermeasures concepts
The acromiodeltoid shoulder muscle was demonstrated to be a suitable model for spaceflight studies. ...
Muscle and bone loss, plus cardiovascular and neuro-vestibular de-conditioning, are serious impedime...
Musculoskeletal atrophy is one of the major problems of extended periods of exposure to weightlessne...
The NASA Digital Astronaut Project (DAP) implements well-vetted computational models to predict and ...
Long duration space travel to destinations such as Mars or an asteroid will expose astronauts to ext...
Muscle atrophy in a weightless environment is studied. Topics of investigation include physiological...
MOTIVATION: Spaceflight countermeasures mitigate the harmful effects of the space environment on ast...
During long-duration spaceflight missions, astronauts exposure to microgravity without adequate coun...
In space, where the body does only a fraction of work it does on earth, muscle atrophy is a major co...
Long duration space travel to Mars or to an asteroid will expose astronauts to extended periods of r...
Decelerator problems of the knee are emphasized since the lower leg musculature is known to atrophy ...
This is the final version. Available on open access from Frontiers Media via the DOI in this recordH...
NASAs vision for future exploration missions depends on the ability to protect astronauts health and...
Thesis: Ph. D. in Aerospace Systems Engineering, Massachusetts Institute of Technology, Department o...
Spaceflight causes muscle wasting. The Sarcolab pilot study investigated two astronauts with regards...
The acromiodeltoid shoulder muscle was demonstrated to be a suitable model for spaceflight studies. ...
Muscle and bone loss, plus cardiovascular and neuro-vestibular de-conditioning, are serious impedime...
Musculoskeletal atrophy is one of the major problems of extended periods of exposure to weightlessne...
The NASA Digital Astronaut Project (DAP) implements well-vetted computational models to predict and ...
Long duration space travel to destinations such as Mars or an asteroid will expose astronauts to ext...
Muscle atrophy in a weightless environment is studied. Topics of investigation include physiological...
MOTIVATION: Spaceflight countermeasures mitigate the harmful effects of the space environment on ast...
During long-duration spaceflight missions, astronauts exposure to microgravity without adequate coun...
In space, where the body does only a fraction of work it does on earth, muscle atrophy is a major co...
Long duration space travel to Mars or to an asteroid will expose astronauts to extended periods of r...
Decelerator problems of the knee are emphasized since the lower leg musculature is known to atrophy ...
This is the final version. Available on open access from Frontiers Media via the DOI in this recordH...
NASAs vision for future exploration missions depends on the ability to protect astronauts health and...
Thesis: Ph. D. in Aerospace Systems Engineering, Massachusetts Institute of Technology, Department o...
Spaceflight causes muscle wasting. The Sarcolab pilot study investigated two astronauts with regards...
The acromiodeltoid shoulder muscle was demonstrated to be a suitable model for spaceflight studies. ...
Muscle and bone loss, plus cardiovascular and neuro-vestibular de-conditioning, are serious impedime...
Musculoskeletal atrophy is one of the major problems of extended periods of exposure to weightlessne...