Mars model provides method for landing humans on Red Planet ANUmedia
Travelling to Mars will challenge human health and well-being. We here provide a first-layer reductionist approach assessing that it is safe to travel to Mars under the perspective of hemodynamic resilience to orthostatic stress. Future models should focus on combining modelling results of multiple organs. Especially relevant for predicting syncope in astronauts would be to extend our model with a lung and brain perfusion model.
In conclusion, the presented mathematical model is capable of adequately simulating key cardiovascular hemodynamic changes - over a short time frame - during a stand test after prolonged spaceflight under different gravitational conditions and fluid loading conditions. This model can form the basis for further exploration of the ability of the human cardiovascular system to withstand long-duration space flight and life on Mars.
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