Add to ORKGGround based and ISS (International Space Station) exercise research have shown that axial loading via two-point loading at the shoulders and load quality (i.e. consistent load and at least 1:1 concentric to eccentric ratio) are extremely important to optimize musculoskeletal adaptations to resistance exercise. The Advanced Resistance Exercise Device (ARED) is on ISS now and is the "state of the art" for resistance exercise capabilities in microgravity; however, the ARED is far too large and power consuming for exploration vehicles. The single cable exercise device design selected for MPCV (Multi-Purpose Crew Vehicle), does not readily allow for the two-point loading at the shoulders
Space flight-induced muscle atrophy, particularly in the postural and locomotorymuscles, may impair ...
The study of the activity of the proximal muscles of the upper limb and in particular of muscles act...
During long-duration spaceflight missions, astronauts exposure to microgravity without adequate coun...
Long duration spaceflight places astronauts at increased risk for muscle strain and bone fracture up...
Resistance exercise on ISS has proven effective in maintaining bone mineral density and muscle mass....
Thesis: Ph. D. in Aerospace Systems Engineering, Massachusetts Institute of Technology, Department o...
Long duration space travel will expose astronauts to extended periods of reduced gravity. Since grav...
The Advanced Resistive Exercise Device (ARED) (Fig.1) is unique countermeasure hardware available to...
Long duration space travel to Mars or to an asteroid will expose astronauts to extended periods of r...
The Advanced Resistive Exercise Device (ARED) has been developed at NASA Johnson Space Center, for t...
INTRODUCTION: Long duration space travel will expose astronauts to extended periods of reduced gravi...
It is well established that astronauts experience musculoskeletal deconditioning when exposed to mic...
Long duration space travel to destinations such as Mars or an asteroid will expose astronauts to ext...
Long duration space travel will expose astronauts to extended periods of reduced gravity. Since grav...
The Advanced Resistive Exercise Device (ARED) offers crewmembers a wide range of resistance exercise...
Space flight-induced muscle atrophy, particularly in the postural and locomotorymuscles, may impair ...
The study of the activity of the proximal muscles of the upper limb and in particular of muscles act...
During long-duration spaceflight missions, astronauts exposure to microgravity without adequate coun...
Long duration spaceflight places astronauts at increased risk for muscle strain and bone fracture up...
Resistance exercise on ISS has proven effective in maintaining bone mineral density and muscle mass....
Thesis: Ph. D. in Aerospace Systems Engineering, Massachusetts Institute of Technology, Department o...
Long duration space travel will expose astronauts to extended periods of reduced gravity. Since grav...
The Advanced Resistive Exercise Device (ARED) (Fig.1) is unique countermeasure hardware available to...
Long duration space travel to Mars or to an asteroid will expose astronauts to extended periods of r...
The Advanced Resistive Exercise Device (ARED) has been developed at NASA Johnson Space Center, for t...
INTRODUCTION: Long duration space travel will expose astronauts to extended periods of reduced gravi...
It is well established that astronauts experience musculoskeletal deconditioning when exposed to mic...
Long duration space travel to destinations such as Mars or an asteroid will expose astronauts to ext...
Long duration space travel will expose astronauts to extended periods of reduced gravity. Since grav...
The Advanced Resistive Exercise Device (ARED) offers crewmembers a wide range of resistance exercise...
Space flight-induced muscle atrophy, particularly in the postural and locomotorymuscles, may impair ...
The study of the activity of the proximal muscles of the upper limb and in particular of muscles act...
During long-duration spaceflight missions, astronauts exposure to microgravity without adequate coun...