The 2022 Genes in Space competition winner, Pristine Onuoha, developed a space-ready DNA assay that could detect length differences in DNA, which has implications for bio-monitoring DNA changes in astronauts. Her experiment is set to launch to the International Space Station in June 2023.

Learn about how Indigo Arts Alliance have created a space that fosters connections between underrepresented Black and Brown artists, and how their collaborations embrace the shared history and experiences of the African diaspora.

NEB Passion in Science Award® Winner and vaccine researcher Dr. Peter Hotez shares how low-cost vaccine biotechnology is being used to expand COVID-19 vaccine production globally, the urgency of opposing anti-science rhetoric, and insights from his new book Preventing the Next Pandemic: Vaccine Diplomacy in a Time of Anti-science.

Can a biotech be a B Corp™? Yes! Learn about eco-friendly actions taken by New England Biolabs that helped the company earn B Corp certification.

Some misconceptions about lyophilization may prevent researchers from taking full advantage of its benefits. New England Biolabs Lyophilization Sciences™ Ltd. has extensive experience lyophilizing reagents for life science research and applied and diagnostics projects. In this blog post, you'll find answers to some of the most common questions our scientists are asked.

The Carlow lab's research and development of new field-friendly diagnostics for infectious disease is empowered by the loop-mediated isothermal amplification (LAMP) assay. A recent collaboration shows LAMP's merits for monitoring mosquitoes for the EEE virus.

This blog will walk you through how to identify nearby programs that can introduce students to future careers in biology related fields.

Read about the difference between retroviral reverse transcriptases and group II intron-encoded transcriptases and why one is a better choice for cDNA synthesis from long transcripts.

NEB researcher Katie Bilotti Ph.D. shares how deep characterization of end joining reactions reveals that ligase choice is vital for optimizing DNA assembly reactions, and more.