With a composition quite similar to DNA, RNA is able to perform a variety of biological functions conditioned by its spatial ...

higher-order structures obtained through complementary base-pair folding. From the RNA Tie Club to today, the more scientists have studied RNA, the more surprises they have uncovered. New ...

And you’ll be coached through a series of RNA folding puzzles to become a master molecular engineer. Okay, RNA is important. So what’s the problem? And how in the world can online gamers help ...

By exploring and finding potential solutions to these puzzles, users learn about the complex process of RNA folding, while honing their problem-solving and iteration skills in an engaging ...

These diverse biochemical activities frequently depend on RNA secondary and tertiary structures that begin to fold during transcription. An RNA sequence can therefore be constrained by its coding ...

The researchers demonstrated that this extended RNA fold not only promotes ribosome collisions upstream of the site—a mechanism that appears to regulate translation—but also maintains the ...

The researchers demonstrated that this extended RNA fold not only promotes ribosome collisions upstream of the site—a mechanism that appears to regulate translation—but also maintains the ...

The bridge RNA folds into two loops; each loop can be programmed independently of one another, with one binding to the element itself and the other binding to the target DNA site. The process ...

The researchers demonstrated that this extended RNA fold not only promotes ribosome collisions upstream of the site -- a mechanism that appears to regulate translation -- but also maintains the ...

Our laboratory has a long-standing interest in RNA folding, recognition, and catalysis. We are especially interested in both natural and in vitro selected RNA aptamer-based systems, because they serve ...