Embark on a fascinating journey through the complexities of Space Medicine with this free online course offered by Duke University. Delve into the most pressing medical challenges facing space exploration, from the physiological impacts of extreme environments to the potential adaptations needed for long-term space travel.
Throughout the course, you will explore the history of medicine and aviation, the effects of oxygen, pressure, and acceleration on the human body, and the medical implications of living in space. Engage in captivating discussions and interactive modules as you gain valuable insights into the future of human health beyond Earth.
Join this immersive learning experience and emerge with a deeper understanding of applying modern medicine to space-based situations, from space flight to potential voyages to Mars.
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Embark on a comprehensive exploration of Space Medicine through six engaging modules. From the history of medicine and aviation to the challenges of living on Mars, each module delves into unique aspects of medical care in space.
Module 1: Delve into the history of medicine and aviation, exploring the origins of space medicine and the role of flight doctors. Engage in a captivating case study of Icarus and gain valuable insights into the harshest aspects of space.
Module 2: Explore the physiological effects of extreme environments, including the impact of oxygen, pressure, and altitude on the human body. Delve into the engineering solutions required to counteract these challenges.
Module 3: Investigate the medical implications of leaving Earth's atmosphere, including the effects of partial pressure, orthostatic pressure, barotrauma, and decompression sickness. Learn about hyperbaric medicine and uncover medical mysteries with guest speakers.
Module 4: Examine the impact of acceleration on the human body, including blood pressure, shock, and the physiological consequences of crashes and trauma. Gain insights into aerospace medicine from a guest speaker.
Module 5: Explore the physiological challenges of microgravity, including the impact on eyesight, bone and muscle atrophy, and radiation exposure. Uncover the psychological implications of isolation and confinement in space.
Module 6: Delve into the unique medical challenges of living on Mars, including the design of resources for a constrained environment and the potential diseases astronauts may encounter. Explore the fundamental requirements to become an astronaut.
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