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If you’re working with synthetic mRNA, we have exciting news to share. In addition to releasing a new workflow earlier this year that makes it possible to synthesize mRNA form pooled oligos in a single overnight run on our BioXp™…

Our BioXp™ automated end-to-end benchtop system has been used by scientists in many different focus areas to advance breakthroughs in protein engineering. We are delighted to share a great example of utilizing BioXp gene and clone workflows to build recombinant…

In San Diego, scientists at ag biotech startup Cellibre are looking to replace traditional agriculture for producing high-value ingredients. One of their first targets is the highly valuable cannabinoid market, which they believe can be disrupted by producing natural, high-quality,…

Scientists use automated DNA synthesis to identify regulatory mechanism in E. coli response to antimicrobial threats. Bacterial resistance to antibiotics is a looming public health crisis, and scientists continue to investigate how to better characterize the molecular mechanisms underpinning this…

Last week, we had the opportunity to partner with Jesse Erasmus, Acting Assistant Professor of the University of Washington School of Medicine and Director of Virology at HDT Bio, presenting a webinar titled Development of a replicon RNA vaccine platform…

The global COVID-19 pandemic caused by the novel SARS-CoV-2 coronavirus created an urgent need for protective interventions. Fortunately, new advances in vaccine development — including nucleic acid-based approaches — have enabled the unprecedented rollout of multiple vaccine products within a…

The quest for an effective vaccine against HIV has spanned decades. While the vaccine itself remains elusive, researchers are making important strides in figuring out how best to design and develop it. Recently, scientists from Duke University and NIH’s Vaccine…