Human physiology and spaceflight medicine
Research activity is centered on healthy volunteers exposed to altered gravity conditions, with attention to how changing g-levels influence motor function and operational performance in flight-related environments.
- Altered gravity exposure
- Parabolic flight
- Operational performance
The sponsor’s clinical interest includes physiological responses to rapid transitions in gravitational load and the effects of these conditions on coordinated movement.
Motor control and bimanual coordination
The trial portfolio focuses on bimanual coordination, examining how task performance changes under varying gravitational environments and repeated exposure to nonstandard flight conditions.
- Coordination tasks
- Sensorimotor performance
- Repeated exposure effects
These research interests place emphasis on the stability and adaptability of manual performance when the body is subjected to unusual motion and acceleration profiles.
Pharmacology and motion-related symptoms
Clinical interest also extends to the influence of promethazine on performance during altered gravitational conditions, linking medication effects with functional outcomes in a flight setting.
- Promethazine
- Performance under medication
- Flight-associated physiological effects
This area connects drug-related effects with task execution during both sustained and rapidly changing g-levels.
