Human sperm lose direction in microgravity, reducing fertilisation rates by up to 30 per cent Microgravity alters hormone regulation, lowering sperm and egg quality in space environments Cosmic ...

Could humanity ever truly thrive on another planet? Researchers at Adelaide University are uncovering surprising biological and technical challenges for human reproduction in microgravity, revealing ...

Having a baby in space may require a bit more direction, with new Adelaide University research revealing the navigational abilities of sperm are negatively impacted by a lack of gravity. Researchers ...

March 9, 2026: We checked for new Once Human codes and verified our list. What are the latest Once Human codes? There are times in all of our gaming lives when we need a little bit of help. Call it a ...

This voice experience is generated by AI. Learn more. This voice experience is generated by AI. Learn more. Humans don’t have a defined mating season like deer or wolves. Here’s how evolution rewired ...

FBI agents with a sex trafficking victim. (File photo courtesy of the FBI) Human trafficking is often misunderstood. It is not always dramatic kidnappings or people being physically restrained. More ...

As spaceflight shifts from rare government missions to something closer to routine travel and work, one awkward question is getting harder to ignore: what happens to human reproductive health away ...

If humanity truly hopes to colonize the solar system, it must overcome a challenge arguably greater than any technological hurdle: human reproduction beyond Earth. The idea may sound like science ...

"If reproduction is ever to occur beyond Earth, it must do so with a clear commitment to safety, transparency and ethical integrity." When you purchase through links on our site, we may earn an ...

As commercial spaceflight draws ever closer and time spent in space continues to extend, the question of reproductive health beyond the bounds of planet Earth is no longer theoretical but now ...

The vast dataset allowed the Johns Hopkins University-led team to demonstrate robust connections between specific variations in a mother's DNA and their risk of miscarriage. The findings shed new ...