The team performed the microgravity experiment on board the Zero Gravity Corporation's modified Boeing 727 parabolic aircraft. This vehicle goes up and down, providing free fall for a short amount of time. That's when the simulation took place.
"With the lack of gravitational influence, surface tension and cohesion of blood droplets are amplified. What this means is that blood in space has a higher tendency to stick to surfaces until a greater force causes detachment. Within the application of bloodstain formation, it means that blood drops exhibit a slower spread rate and, therefore, have shapes and sizes that would not be reflective on Earth," co-author Professor Graham Williams, from the University of Hull, said in a statement .
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