Space Medicine: Human Physiology, Life Support, and Medical Care Beyond Earth

Join Johannes Svensoy, physician and space medicine researcher, for a comprehensive exploration of medical challenges in space exploration.

From the effects of microgravity on human physiology to managing medical emergencies beyond Earth’s atmosphere, discover how space medicine is shaping the future of human space travel. Johannes combines his experience in emergency medicine with his current research in biosensor technology to explain how the human body adapts to the space environment.

Learn about radiation protection, psychological health in isolation, life support systems, and how medical care is delivered in one of the most extreme environments humans have ever ventured into.

Topics covered:

Human physiological adaptation to space Radiation exposure and protection strategies
Psychological health in long-duration missions Space station life support systems
Emergency medical care in space

Drawing from current research and real space missions, Johannes provides insights into both the challenges and innovations driving space medicine forward as we prepare for an era of increased space exploration.

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Intended Learning Outcomes

After watching this webinar, viewers will be able to:

1. Understand the physiological changes that occur in the human body during spaceflight, including fluid redistribution, cardiovascular adaptations, muscle atrophy, bone density loss, and neurological changes.

2. Recognise the challenges posed by radiation exposure in space, including both acute and chronic effects, and understand current and developing mitigation strategies.

3. Comprehend the psychological challenges of long-duration spaceflight, including isolation, confined spaces, and limited Earth contact, and learn about countermeasures being developed.

4. Understand the fundamental components of life support systems in space, including oxygen generation, water recycling, waste management, and food systems.

5. Identify the current capabilities and limitations of providing medical care in space, including available equipment, common medical issues, and emergency response protocols.