Informations générales (source: ClinicalTrials.gov)
(HopMot)
Interventional
N/A
University Hospital, Caen (Voir sur ClinicalTrials)
septembre 2014
novembre 2017
29 juin 2024
Previous studies have neglected two important aspects for the China National Space
Administration. First, while biomechanical models are very sensitive to the
characteristics of the subjects, data have been collected on subjects with biomechanical
characteristics very different from those of "typical" Chinese astronauts. Second, pure
video analysis techniques and kinematic data lack the necessary acceleration information
important to understanding the forces exerted during movement and control of human
motion. While some studies used force and moment sensors to aid in robot torque control
and human joint work estimation, investigators are unaware of any studies performed in a
microgravity environment that have combined the kinetic force and moment information with
acceleration measurements to enable more reliable motion tracking without the need for
acceleration estimation.
This is why MICR0-G sensors and accompanying kinematic video system have been developed
in order to provide for detailed analyses of the astronaut movement control strategy
(joint forces and torques, kinetic and acceleration measurements). Knowledge of the joint
torques permits us to calculate the joint and musculoskeletal dynamics required to
execute the microgravity motions, as well to provide insight into the altered movement
strategies in reduced gravity as compared to 1-G locomotion.
Etablissements
| Les établissements hors Île-de-France dont les données sont issues de ClinicalTrials.gov Origine et niveau de fiabilité des données | |||||
|---|---|---|---|---|---|
| Umr Ucbn/Inserm U1075 Comete - 14032 - Caen CEDEX - Basse-Normandie - France | Pierre Denise, MD PhD | Contact (sur clinicalTrials) | |||
Critères
Tous
Inclusion Criteria:
- Healthy Chinese volunteers (men or women)
- Living in France and affiliated to a French Social Security system
- Aged from 22 to 45
- Body Mass Index from 19 to 25
- Who accepted to take part in the study
- Who has given their written stated consent
- Who has passed a medical examination similar to a standard aviation medical
examination for private pilot aptitude (JAR FCL3 Class 2 medical examination). There
will be no additional test performed for subject selection
- Healthy Chinese volunteers (men or women)
- Living in France and affiliated to a French Social Security system
- Aged from 22 to 45
- Body Mass Index from 19 to 25
- Who accepted to take part in the study
- Who has given their written stated consent
- Who has passed a medical examination similar to a standard aviation medical
examination for private pilot aptitude (JAR FCL3 Class 2 medical examination). There
will be no additional test performed for subject selection
- Person who took part in a previous biomedical research protocol, of which exclusion
period is not terminated
- Pregnant women