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  • session 4
  • 4. Medicine in Space and Extreme Environments

    Papers

    1. International cooperation in solving the medical and biological issues of space explorations missions

    2. dynamic loading, vertebral body fluid and endplate deformation

    3. Developing telesurgery-teleanesthesia protocols with simulation-based telementoring in remote and extreme environments and feasibility in integrating 3D printed surgical tools, VRAR immersion to train non-medical analog astronauts

    4. Reduced Parasympathetic Outflow During Overwintering in Antarctica

    5. A Mars Analog mission; A medical perspective

    6. Changes in Functional Brain Activation after 30 Days of Isolation and Confinement

    7. Effects of 30 days confinement on heart rate variability in the Human Exploration Research Analog (HERA)

    8. changes in lumbar vertebral body bone texture as an index of bone microarchitecture in bed rest studies using trabecular bone score (tbs)

    9. Impact of sleep restriction and fragmentation on objective and subjective sleep quality – an intervention study

    10. impact of an extended stay in antarctica on muscle and bone health – first results from the concordia research station

    11. FROM ANTARCTICA TO ALZHEIMERS – EXERCISE HELPS TO PREVENT COGNITIVE DECLINE

    12. Cardiac autonomic modulation as a tool to predict performance in a 100 km ultramarathon

    13. Spatio-temporal visualization of Big Data analytics during spaceflight

    14. Influence of short-term isolation in a hermetically closed facility on the dynamics of metabolic regulation markers and parameters characterizing the state of bone tissue and body composition of volunteers ( «LUNA-2015» and «SIRIUS-17»)

    14. Peripheral blood dendritic cells in crew members of the “SIRIUS-17”

    15. 3D Regional Differentiated Bone Remodeling Monitoring at the Proximal Femur before, during 60 Days Bed Rest and One Year Follow-Up after Using Reactive Jump Exercises as Countermeasure for Avoiding Loss of Bone Mass

    16. Dysregulation of the circadian clock by external factors disrupts cellular processes and impacts in physiology and human health

    17. Medical practitioners in extreme environments: a review of selection criteria and desirable skills for isolated doctors

    18. Dental Health for long-term Human Space Missions with remote support and advanced technology

    19. HypoCampus - Hippocampal Plasticity and Spatial Navigation on the ISS

    20. Acute effects of physical exercise on cognitive performance in simulated weightlessness by full water immersion

    21. Cardiac and Psychological Measurements during an Ultramarathon in Cold Climate

    22. Mathematical modelling of the circadian core-clock can be used to characterise the temporal profile of human cells and to simulate the impact of circadian dysregulations.