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Artist's impression of a recombinase removing an HIV provirus from the genome of a T cell. Karpinski et al. have engineered a recombinase that excises integrated HIV genomes from the genome of host cells with very high specificity and is effective against the majority of clinical isolates (p 401). Credit: Heinrich Pette Institute
Nature Biotechnology will now publish all computational biology papers in its research section, a decision that reflects an ongoing need to break down silos surrounding mathematical, computational and basic biology.
Spanish researchers are testing GM low-gliadin wheat for gluten-allergy sufferers. But stifling EU bureaucracy and adoption challenges may mean an uphill struggle to market. Lucas Laursen investigates.
To upend current barriers to sharing clinical data and insights, we need a framework that not only accounts for choices made by trial participants but also qualifies researchers wishing to access and analyze the data.
Improvements must be made to the qualification process for biomarkers as primary endpoints in pivotal clinical studies of treatments for the rarest of diseases.
Lessons from the US Biodefense program should inform international efforts to build a medical countermeasure enterprise for emerging infectious diseases.
Application of a systems metabolic engineering strategy enables production of poly(lactate-co-glycolate) (PLGA) and other non-natural polymers in Escherichia coli.