rootbrowseIAC-22A1session IPIP. Interactive Presentations - IAF/IAA SPACE LIFE SCIENCES SYMPOSIUMPapers1. Cactus on Mars: Cultivating indigenous plants on Mars: experiments on Habitat Marte space analog station2. The effect of previous spaceflight on otolith-mediated ocular counter-roll in cosmonauts after long duration spaceflight3. Salmonella typhimurium, Shewanella oneidensis MR-1, and ISS-isolated Staphylococcus epidermidis: The Effect of Simulated Micro-, Lunar, and Martian Gravities on Growth and Size, and Practical Implications5. Influence of simulated microgravity on matrisome mesenchymal stromal cells in vitro6. Body tilt impacts operators’ perception of remote object's orientation7. professional use of parapsychism at space exploration8. Correlation between Audiological and Psychophysiological Stress profile among Astronauts during Long-duration Spaceflight Missions9. Effect of non gravity on Menstruating astronauts and new design of space suit to supplement their lifestyle12. An ocular metric standard to assess the performance of ocular system for long duration in-flight use13. A theory for unexplained vasodilation with elevated noradrenaline levels in spaceflight.14. What If We Can’t—A Review of Human Physiological Limitations to Long-term Space Flight and Living in Space16. POSSIBILITY TO EXPAND OPPORTUNITY WITH LARGE-SCALE CENTRIFUGE FACILITY FOR THE INTERNATIOANAL SPACE STATION AND BEYOND17. microbial colonization of mars18. Space travel and its impact on human physiology: Is space truly for all?19. An Examination of Arterial Baroreflex and Heart Rate Variability Following Individualised Artificial Gravity Training in Males and Females21. "A food and nutrition plan for space flight to Mars" - Healthy gut microbiome takes us to Mars!22. Optimisation of inflight and post-spaceflight exercise countermeasures using blood flow restriction exercise to mitigate microgravity-induced physiological deconditioning23. Xenobots Applications for Spaceflight24. An In Vitro Analysis of Osteoblast Transcription Factors in Low Earth Orbit via ISS Internal Payload and CubeSat Form Factor26. Spaceflight Associated Neuro-ocular Syndrome (SANS): A New Scale To Dectect the Incidence and Sequence of SANS findings in a Systematic Review and Meta-Analysis27. Effects of Negative Air Ions (NAIs) and Electron Deprivation on Humans and Organisms onboard International Space Station28. Key Technological Developments Enabling Human Cosmic Flight29. Prospect of Agronomics on Martian Regolith: According to Appropriate Mineralogical Regions of both Surface and Lava Tubes.30. Longitudinal brain connectivity changes after long-duration spaceflight31. Why does central venous pressure go below supine levels in weightlessness?32. Electrophysiological recording of human neuronal networks during suborbital spaceflight34. Effects of Hypomagnetic Field and PEMF on Plants for Life Support35. Being in space can induce physiological de-conditioning36. Exercise countermeasures do not prevent orthostatic intolerance in older adults after two weeks of head-down tilt bed rest37. Muscle atrophy transcriptome phenotype is linked to liver lipid metabolic processes genes expression in mice during spaceflight38. Tracking Astronaut Head Orientation Using Reflected Signal from Passive RFID Sensors39. Magnetic and electric noninvasive transcranial and peripheral stimulation proposed applications for oral physiology and biomechanics research in microgravity. Lesson learned from oral pathology and ageing studies.40. Abstract: An approach to appropriate and dignified astronaut demise management for Mars missions.41. Effects of inhibiting bone resorption on muscle atrophy during unloading42. Cardiovascular deconditioning during the Artificial Gravity Bed Rest European Space Agency (AGBRESA) study – Insights from 4D-Flow cardiac MRI43. Fibroids and asteroids: The gynecological system in space45. Systematic Review of the Effectiveness of Spaceflight Passive Countermeasures46. Understand the Origin and evolution of life on Mars via Extremophiles47. Effects of Long-duration Spaceflight on Grey matter of CNS48. The issues of integration and coordination of scientific programs in large-scale international biomedical analog research49. serum levels of bone metabolism markers in rats after 7 and 21 days of hindlimb suspension against a background of vitamin d3 intake52. Effects of Long term Human Spaceflight: A consolidated Review on the pathophysiology of SANS and its countermeasures53. Drug Efficacy Testing in Skeletal Muscle Microphysiological System to Develop Spaceflight Countermeasures to Muscle Atrophy54. Towards the Future of Space Bioprocess Engineering55. Testing Lab-on-a-Chip Technology for Culturing Human Cancer Cells under Simulated Microgravity56. a novel approach to mitigate microgravity induced bone loss in astronauts57. Microgravity-induced alterations of cardiac mechanical activity assessed through the analysis of seismocardiographic signal morphology58. Importance of a modeling approach for bioregenerative life-support systems59. Menstruation in Space60. COGNITIVE, EMOTIONAL AND SOCIAL SKILLS FOR AEROSPACE AND HIGH-PERFORMANCE TEAMS61. Deep space missions: Can a Virtual Reality (VR) biofeedback platform based on the Overview Effect experience strengthen interoception, elicit prosocial emotions, and strengthen environmental relatedness?62. Experience of Analog Astronauts in Brazil: The Habitat Mars case study63. Circadian Rythm Monitoring Wrist Watch For Astronauts64. VR-CardioResp: Feasibility of stress biometrics estimation in microgravity environment by inertial sensors embedded in a virtual reality headset65. Astroland, a New Cave Space Analog Experience to Investigate Human Performance in Isolated and Confined Environments66. Implementing new features in Cimon robot for providing therapeutic assistance to astronauts in situations of extreme stress and depression.67. Improvement of subjective time perception and work efficiency in isolation via dedicated biofeedback Android application mSTPA (mobile Subjective Time Perception Analysis)
