If we can protect an astronaut’s body in space, how do we safeguard their mind? Space health research is no longer limited to monitoring heart rates or muscle loss. On missions like Axiom-4, astronauts face one…
When astronauts are 400 km above Earth, floating in the microgravity environment of the International Space Station, even everyday tasks like looking at a screen become more complex than they are on Earth. The Ax-4 mission,…
We’re honored to share that TrialX’s global clinical trial finder now powers the ALS Network’s Trial Finder—an AI-driven platform designed to help individuals easily discover clinical trials focused on amyotrophic lateral sclerosis (ALS) and related motor neuron…
Long-duration space travel comes with unique health challenges, and one of the most significant is muscle loss. Astronauts in microgravity environments rapidly lose muscle mass, and their muscle cells’ ability to regenerate declines. To counter this,…
As clinical trials become more decentralized, Remote Data Collection (RDC) has emerged as a powerful solution to make research more accessible, inclusive, and efficient. But with this digital transformation comes a vital question: How is patient…
What if astronauts could control machines with just their thoughts? As space travel becomes more commercial and frequent, so does the need to understand how the human brain functions in microgravity. One promising frontier in space…
Clinical Research Coordinators (CRCs) are often the first point of contact for participants, guiding them through every step of a study. From screening to consent management and recruitment to protocol compliance, CRCs handle a broad and…
