rootbrowseIAC-16A1session 22. Human Physiology in SpacePapers1. Influence of Spaceflight Duration and Inflight Countermeasures on Crew Condition and Performance Revisited2. New wearable technology for space cardiology – usefulness during the one year space flight on board the International Space Station (ISS)3. Development and Experimental Evaluation of the Enhanced Dynamic Load Sensor for the International Space Station (EDLS-ISS)4. Anatomical and functional brain approach along short abrupt changes in g-levels5. G-level independent radius alterations affect cardiovascular responses to centrifugation6. How measurements from hypogravity locomotion studies can inform the architectural design of planetary habitats7. Changing Gravity Levels – Manual Control and Spatial Orientation Adaptation During Hypo-Gravity Centrifugation8. The benefits of lower extremity loading in space due to the seated execution of ordinary calf raises and the leg press on human subjects9. Acceleration of Critical Bone Defect Healing by Ultrasound Treatment in a Osteopenia Model10. Space simulated Missions and Immunity: Salivary based diagnostic11. Space Medicine and Space Biological Sciences in Mexico