We thought if we made a 2D polymer that was that big, there was no way it would dissolve.” When integrated into ...

In today’s digital transformation era, scientific inquiry is increasingly guided by computational tools that uncover intricate biological mechanisms. Sarika Kondra, along with co-authors Feng Chen, ...

Ribonucleic acid (RNA) molecules may be best known for their job ferrying the genetic information encoded in DNA to a cell's ...

Here’s how to make this cheese-and-pepper pasta dish so it doesn’t clump, according to physics. Chances are, if you’re not an ...

Burslem’s team used the editors to make changes in five different proteins in live cells. The protein editors needed less ...

A new study led by a pair of researchers at the University of Massachusetts Amherst turns long-held conventional wisdom about ...

Grove Biopharma has raised a $30 million series A round to develop Bionic Biologics, also known as protein-like polymers (PLP ...

In a perspective, Northwestern Engineering’s Chad Mirkin and Milan Mrksich argue that structural precision drives therapeutic ...

Using precise biochemical techniques, the researchers examined the lipid variety in cells and found that plant lipids have a kinkier structure ... proteins. While proteins are well-understood ...

Structural studies of membrane proteins historically have relied almost exclusively on first removing membrane proteins from the membrane with dispersive agents like detergents. But dispersive agents ...