Growing cells in space is not just about overcoming gravity—it's about redefining how we understand life itself. The Magnetic 3D Cell...

In the quest to sustain life beyond Earth, understanding how plants grow in space is essential. One experiment pushing the boundaries of...

Optical fibers are the backbone of modern communication, transmitting data at the speed of light. But making them is tricky—especially...

Imagine turning plastic waste aboard the ISS into usable tools, spare parts, or even scientific equipment. That’s the promise behind the...

Spacecraft must operate with extraordinary precision. Whether adjusting orientation or deploying instruments, maintaining control is key....

Boiling may seem simple on Earth, but in microgravity, it's a whole new game. The Microheater Array Boiling Experiment (MABE),...

Lyophilization, more commonly known as freeze-drying, is a preservation process that removes moisture from substances by freezing and...

How well do cells fix DNA damage in space? Radiation in orbit is much higher than on Earth, and it can cause mutations. To study how...

Imagine rebuilding organs using your own stem cells—and doing it better in space. That’s the idea behind the experiment titled The Effect...

The human body is a powerful defense machine, but what happens when it's thrown into the strange world of microgravity? The Lung Host...

Radiation is one of the greatest dangers astronauts face in space. Earth’s atmosphere shields us from most of the harmful radiation...

Imagine floating in zero gravity for days or even months. Sounds fun, right? But this weightless environment can lead to some unexpected...

Proteins are the workhorses of life, and understanding their structure is key to developing new drugs, enzymes, and therapies. That’s...

When navigating space, knowing your spacecraft’s orientation is as important as knowing your location. That’s where Control Moment...

In the future of space travel, spacecraft must be capable of finding each other and docking without human intervention. This is precisely...

Space exploration demands innovation, especially when it comes to maintaining astronaut health and safety. The Lab-on-a-Chip Application...

Imagine being on a distant space station and needing to run a medical or environmental test, but instead of bulky lab equipment, you use...

The formation of protein crystals begins with nucleation—the process where a few molecules assemble into a stable core that then grows...

Understanding how macromolecules move and interact in space is a central goal of the experiment titled "The Effect of Macromolecular...

Crystals are more than just pretty structures—they are essential tools in biology and medicine. This experiment, with the very long but...