Gravity is a natural force of attraction created by a large object, such as the Earth, that tends to draw all material towards the center of the mass. The dangers of space are often thought to be associated with the sub zero temperatures, poisonous radiation, technological malfunctions, and this list continues. However, no one ever thinks of the threat that happens directly within the body, that is immediate bone deterioration, and muscle atrophy due to the presence of anti-gravity. Currently, NASA invests millions of dollars in research in order to figure out exactly what happens to both bones and muscles when experiencing zero gravity (Barry). The top researches in the field of life sciences have been spending the last 50 years rigorously testing both humans and animals and the effects that anti-gravity have on their bones and muscles. Very significant results have come from all of the research, and scientists are now looking for different ways to mitigate bone and muscle loss in space. A ‘cure’ for detrimental bone and muscle loss is crucial if humans wish to travel within our galaxy, for example to Mars, as these missions would involve astronauts being exposed to anti-gravity for years at a time. Currently, there are multiple solutions to bone and muscle loss, such as weight bearing exercise, and nutrient supplementation, however nothing has been perfected yet. If the human race wishes to continue to explore space within our galaxy, and hopefully one day outside of our galaxy, it is extremely important to determine what causes muscle and bone loss, and to develop a solution to this problem. Bone loss occurs naturally, even with the presence of gravity, throughout every single humans lifetime. However, gravity plays an important role in the sustenance of bone density, as it can be seen that astronauts lose up to 1.5% of bone mass for every month spend