Scientific Program
Scientific directions:
- Gravitational physiology for personalized space medicine
- Genetic, proteomic and metabolic changes in space missions - lessons for personalized medicine
- Habitat, life support systems and nutrition in long-duration space missions
- Microbiological risks for long-duration missions
- Astrobiology, space biology and space biotechnology
- Space tech for public healthcare
- Reproductive system changes as a limiting factor for deep space colonization
- Approaches to comprehensive risk assessment of interplanetary missions
- Actual bioethical aspects of space research
- Expertise and perspectives of medical support for space missions
- Psychophysiological risks at all stages of interplanetary expeditions
- Specifics of positive interaction of cosmonauts in-mission: mixed crews, crew-mission control center
- Psychophysiological stress caused by the factors of a long-duration space mission out of low orbits
- Psychological support for interplanetary manned missions and autonomous long-duration terrestrial expeditions
- Psychological and social rehabilitation of crews after long-duration missions
- Ground model experiments: analog isolation research in hermetic chambers for medical and psychological support of autonomous long-duration expeditions
- Artificial intelligence, virtual reality, psychological computer technologies and telemedicine on Earth and in interplanetary missions
- Hypomagnetic environment: risk assessment and countermeasures
- Ground model experiments: the dry immersion
- Ground model experiments: orthostatic and anti-orthostatic hypokinesia
- Molecular and cellular changes in space flights and ground-based model experiments
- Changes in the cardiovascular and respiratory systems in weightlessness
- Changes in the musculoskeletal system in weightlessness
- Changes in the locomotion control system in weightlessness
- Assessment and prevention of the neuro-ocular syndrome in space missions
- Countermeasures to the weightlessness negative effects in orbital missions - lessons for interplanetary flights
- Space radiation biological effects: from fundamental knowledge to practical recommendations
- Radiation exposure: assessment and physical and biological changes mechanisms in space missions and model experiments
- Space radiation protection in near-Earth and interplanetary missions
- IBMP history "Space biomedicine: Earth-orbit-deep space"
- IBMP's scientific schools
- Memories of the IBMP's outstanding scientists
- The role of IBMP in education and promotion of achievements in space biomedicine