In a discovery three decades in the making, scientists at Rutgers and Brookhaven National Laboratory have acquired detailed ...

Discover the key biotech trends moving the industry forward in Europe at a time when there lies uncertainty in global ...

In research models, B7-33 has been associated with reduced fibrotic markers and improved tissue architecture. These findings ...

RNA acts as a messenger inside cells, carrying instructions from DNA that are translated into proteins that are essential for how cells function.

A study published in the journal Cell marks the first reported instance of generative AI designing synthetic ... biology. To date, advances in the field have largely benefited protein design ...

The research offers valuable insights for future synthetic biology projects ... The team’s new design principles for synthetic chromosomes, which avoid placing disruptive genetic elements near ...

Their genomes abound with novel genetic elements and metabolic ... and expansive while systems biology is beginning to provide the level of understanding required to design increasingly complex ...

"This is a landmark moment in synthetic biology ... The team's new design principles for synthetic chromosomes to avoid placing potentially disruptive genetic elements near important genes ...

and engineer entire genomic sequences could change the way synthetic biology is done. "The ability to predict the effects of mutations across all layers of regulation in the cell and to design DNA ...

He called it “the best-understood organism on this planet,” which gives his team a head start as they work to understand its genomic design. For researchers ... you become interested in the world of ...

Synthetic biology allows us to support and augment the living world, recreating nature’s most ingenious elements and systems so we can design vaccines, monitor pollution, sustain our food production, ...