Exposure to microgravity leads to profound physiological changes that challenge human health during spaceflight and have significant implications for long‐duration missions. Research has demonstrated ...

Simulated effects of microgravity, created by 60 days of constant bed rest, severely disrupts rhythmic gene expression in humans, according to a new study. Simulated effects of microgravity, created ...

Simulated effects of microgravity, created by 60 days of constant bed rest, severely disrupts rhythmic gene expression in humans, according to a new study from the University of Surrey. Astronauts ...

NASA’s AVATAR experiment uses organ chip models from astronauts to study bone marrow and immune response in microgravity and deep space radiation environments.

Simulated effects of microgravity, created by 60 days of constant bed rest, severely disrupts rhythmic gene expression in humans, according to a new study from the University of Surrey. Astronauts ...

Aswati Subramanian, an associate professor of biology and environmental science at Simpson College, has paved the way for eight Simpson students to participate in undergraduate research connected to ...

As private companies race to build orbital habitats and government agencies sketch out Mars timelines, a fundamental biological question remains largely unanswered: can humans safely reproduce in ...

Deep space is most likely going to be humanity’s final frontier, and space travel will undoubtedly become much more common in the future. However, space is a very hostile environment not only because ...

Space-based experiments show fungi can efficiently extract valuable metals from meteorites in microgravity, advancing prospects for asteroid biomining and sustainable resource use. As humans look ...

While most people assume their height remains constant, science shows that due to gravity, humans can become 1–2 centimeters shorter by the end of the day. But in space, the effect is far more ...