2. Human Physiology in Space

Papers

1. Main results of space experiment “Cardiovector” and its further development

2. Central blood pressure and pulse wave velocity before and after six months in space

3. Miocardium bioelectrical characteristics, autonomic regulation and circadian rhythms in space

4. Respiratory variation of the ballistocardiogram (BCG) is reversed in space - results of the experiment “Cardiovector”

5. Decreased inotropic state of the heart after one-month exposure to microgravity assessed by CARDIOVECTOR-1

6. Support reaction distribution in the course of treadmill walking in space

7. Cardiovascular regulation in response to exercise – First results from ISS cosmonauts

8. Cardiorespiratory regulation in response to exercise – First results from HERA C4

9. The changes of aerobic capacity in comparison with the restructuring of the locomotion strategies after the long-duration space flight

10. Core body temperature changes under different physical and environmental conditions on Earth and in Space

11. Cortical Sources of Resting State EEG During Bed Rest

12. Peculiarities of pathological processes under simulated microgravity (space pathophysiology)

13. Acute and Chronic Effects of Stress on BDNF: Comparison of Bed Rest vs. Isolation

14. Altered intrinsic functional brain connectivity after first-time exposure to short-term gravitational alterations induced by parabolic flight.

15. Structural and functional effects of reactive jumps on skeletal muscle in long-term bed rest (RSL-study, Cologne)

16. Body fluid distribution during artificial gravity as a countermeasure against space flight deconditioning using a segmental bioelectrical impedance analysis

17. Utilizing three-dimensional motion analysis and foot print data to investigate walking motion of rats exposed to simulated microgravity

18. New findings on skin physiological parameters during long-term spaceflight

19. Wheelchair Head Immobilization Paradigm: A Ground-Based Analog for Post-Spaceflight Astronaut Sensorimotor Impairment

20. Gravitational stress during parabolic flights induce changes in human leukocyte subsets

21. Direct Numerical Simulation of Gastric Digestion of Foods in a Stomach Model under Normal and Reduced Gravity

22. Effectiveness of high-intensity jump training countermeasure on mitral and aortic flow after 58-days head-down bed-rest assessed by phase-contrast MRI

23. effects of 60-day head-down tilt bed rest on skeletal muscle-pump baroreflex

24. High-intensity exercise to counteract cardiovascular deconditioning during simulated weightlessness

25. MRI investigation on the effectiveness of high-intensity Jump Training in preserving lumbar paraspinal muscle mass during 60 days of bed rest: results from the Cologne RSL Study

26. Alterations of cardiovascular function in parabolic flight

27. Heart kinetic energy deconditioning after the 60-days ESA-RSL head-down bed-rest: wearable monitoring and machine learning

28. Pre-flight body weight predicts ocular changes in space

29. MRI study of structural and functional changes of back muscles and spine under conditions of Dry Immersion