rootbrowseIAC-18A1session 33. Medical Care for Humans in SpacePapers1. Effect of artificial gravity with exercise on spaceflight deconditioning in humans, and project for assessment of artificial gravity in H-II Transfer Vehicle in International Space Station.2. Impact of Simulated Moon and Mars Gravities with Head-up tilt on Cardiac Function3. End-to-End Remote and Tele-Medicine4. Prospects of Hypometabolic Research for Long-Term Interstellar Flight5. Development of Astronauts’ Non-Technical Skills taxonomy for Medical Event Management on Future Long Duration Exploration Missions6. Study of periodontal tissues in 5-day dry immersion V.K.Ilyin, M.A.Skedina, Z.O.Soloviova, A.A.Kovaleva Institute of Biomedical Problems of the Russian Academy of Sciences, Moscow, Russian Federation7. Conceptualising the design of clinical trials and its associated support systems in interplanetary missions8. Measurement of Exercise Ground Reaction Forces under Appropriate Conditions for the Design of Vibration Isolation Systems9. IMMUNOLAB: a new tool for the life science experiments and medical control in manned space missions.10. Microgravity-induced osteoporosis: a challenge for the future of space programs11. The effect of microgravity and high intensity jumps countermeasure on default mode network activity during sleep12. A brain network framework for investigating microgravity effect and evaluating the efficacy of countermeasures on sleep quality13. Neuroengineering and functional neuroimaging advances for assessing sleep quality on remote environments14. Applying Deep Learning Algorithms on Sleep Data15. Shared control architecture for teleoperated medical surgical procedures16. Astronautical Hygiene: A Communal Discipline to Space Medicine and a Preventive Measure to Space Diseases17. treatment of stroke in deep space missions by the use of a neuroprotectant auto-injector.18. Introducing the ESA spaceflight experiment BIOFILMS – addressing the needs and potential of novel innovative antimicrobial materials for human and robotic spaceflight19. Challenges and future directions of evidence based aerospace health care through science20. Experimental validation for development of medical technology of oxidative stress (lipid peroxidation) non-invasive diagnosis during space flight21. Implications of personalized astronaut diets via nutrigenomic analysis as a countermeasure for nutrient-related adverse health affects in long duration exploration missions