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April 2026

Artemis and the Future of Space Medicine

NASA’s Artemis program marks a major step in returning humans to the Moon, but it is also a proving ground for how we keep astronauts healthy far from Earth. Unlike missions to the International Space Station, Artemis crews will travel deeper into space for longer periods, exposing them to higher levels of radiation, isolation, and reduced gravity. Space medicine plays a critical role here, focusing on protecting the human body from bone density loss, muscle atrophy, and the effects of prolonged exposure to cosmic radiation. Scientists are developing new monitoring tools, wearable health tech, and countermeasures to help astronauts maintain physical and mental well-being during these missions.

 

What makes Artemis especially important is how it sets the foundation for future missions to Mars. Medical research tied to the program is exploring everything from advanced telemedicine systems to autonomous care, where astronauts may need to diagnose and treat themselves without immediate support from Earth. There is also a strong focus on behavioral health, since long-duration missions can impact mood, cognition, and teamwork. The lessons learned from Artemis will not only help humans go farther into space but may also lead to innovations in healthcare back on Earth.

Precision at Every Step: Consistent Cooling for Automated PCR on the LHS

Maintaining precise, consistent cooling throughout PCR setup is critical to protecting reagent integrity, minimizing variability, and ensuring reliable results, yet many labs still rely on costly or inconsistent solutions. In our latest whitepaper, Using Cooling Blocks with the LHS for Continuous All-Day Cooling, we explore how passive cooling technology enables up to 7 hours of stable, uninterrupted temperature control, improving both efficiency and reproducibility in high-throughput workflows without added complexity or cost. Discover how optimizing cooling on your liquid handling platform can streamline operations and deliver more consistent PCR outcomes: READ MORE

Revitalizing a Historic Landmark for Modern Science at Yale University

Originally opened in 1913, Yale University’s Osborn Memorial Laboratories (OML) has long been a cornerstone of environmental science education and research. Today, this historic building is undergoing a transformative renovation and expansion to meet the demands of 21st-century teaching and scientific discovery. While the character and legacy of OML remain central to the project, bringing a century-old structure up to modern laboratory standards presents a unique set of challenges—from aging infrastructure to the integration of advanced building systems required for safe, efficient research environments.

 

Retrofitting an existing facility of this scale requires careful coordination and innovative solutions. Legacy elements such as outdated copper piping, limited space for utilities, and evolving safety requirements, particularly around lab exhaust and biosafety, must all be addressed without compromising the building’s integrity. This is where with VACUU·LAN® lab vacuum systems plays a key role. READ MORE

 

Confidence in Every Measurement Starts with Calibration

Accurate liquid handling starts with properly calibrated instruments and maintaining that precision should be straightforward. Through our authorized liquid handling calibration providers, including partners like Transcat, BRANDTECH connects you with reliable calibration solutions tailored to your workflow. Explore the new calibration page to learn how to simplify maintenance, improve consistency, and stay audit-ready:

READ MORE
 

 

Upcoming Events:

5/11 – 5/14: Lab Design Conference – Orlando FL

BRANDTECH Scientific is the US and Canadian division of the Brand Group representing: 

888-522-2726 | info@brandtech.com | brandtech.com

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