Space Flight: The Dangers of Weightlessness

Space Flight: Risk of weightlessness Many harmful problems have arisen in wonderful events of interstone travel. Prior to 1970, much of biomedical research on space flight was done before and after the flight. They studied astronaut changes and re-adaptation from zero gravity environment to gravity environment. After the success of the Skylab space station plan from 1973 to 1974 and the Soviet salute mission from 1977 to 1982, biomedical research and experiments began in the universe.

The purpose of this study was to determine the change that occurred between parabolic flight and space flight, which is weightless. Several basic knowledge based on the importance of the cardiovascular system in the universe and past studies are recognized. In addition, parabolic flight is not a real space flight but a way to test human physiological changes, so it also shows the steps necessary for Airbus to reach microgravity. From past research, we can draw conclusions such as low plasma volume, circulating pressure, central venous pressure, stroke volume, cardiovascular heart rate etc. In addition, we will briefly explain strategies such as exercise and meals.

In the face of the astronauts and the ability to refuel the astronauts in weightlessness with zero gravity when planning space flight, NASA received assistance to deal with the two main problems from Pillsbury. Fragment of food and sensitive instruments in the atmosphere confirm that bacteria and toxins are being produced from potentially devastating diseases. Pillsbury developed the notion of risk analysis and critical control points (HACCP), which is probably one of the most influential cosmic derivatives to deal with the second issue of NASA. HACCP is designed not to capture them after it occurs but to prevent food safety problems. The US Food and Drug Administration has adopted the HACCP guidelines for the processing of seafood, juice and dairy products. (Spin-off 1991)