<p>Researchers put human sperm inside a uterus-like simulation under zero gravity conditions. It did not go well</p>
Microgravity can significantly affect biological processes, including cellular function, development, and reproduction. Research in this area helps us understand how organisms adapt to space environments and the potential impacts on human health during long-duration space missions.
Reproductive biology in space studies how human reproduction may function in microgravity environments. This field examines the effects of space conditions on gametes, fertilization, and embryonic development, which are critical for future long-term space missions.