2. Human Physiology in Space

Papers

1. Carotid distensibility following a long-duration stay on the International Space Station

2. Day- vs. night time heart rate variability changes in microgravity: experiments “Pneumocard” and “Sonocard”

3. Design of a Bicycle Simulation for Extended Duration Manned-Spaceflight

4. A mathematical model of oxygen transport in skeletal muscle during spaceflight

5. Estimating in-vivo viscoelastic properties of skeletal muscle from their natural vibrations

6. Development of the ESA subject loading system (SLS) for the NASA second generation treadmill T2 on the ISS

7. Acceleration on board the iss: 24-7 physical activity monitor for astronauts

8. Preliminary data of changes in thermoregulation in Astronauts on ISS using a new non-invasive heat flux DoubleSensor

9. Immune dysregulation in spaceflight

10. The effect of artificial gravity during short-term exposure to simulated microgravity on cardiovascular responses to orthostatic stress

11. Effects of 15 day -6 degree head down bed rest (HDBR) on female orthostatic tolerance

12. Transmembrane drug transport in microgravity

13. Hydraulic Simulation of the Cardiovascular System in Space and Post-flight

14. Illusions in Space: The Impact of Weightlessness On Our Perception of Ambiguous Images

15. Cardiovascular responses to daily activity and exercise countermeasures on the International Space Station

16. Study of operators under extreme conditions

17. Microgravity Induced Changes in Left Ventricular Conformation in a Finite Element Model of the Heart

18. Monitoring Desynchronization of the Circadian Timing System in Space and during Isolation and Confinement