Speeding up DNA computation with liquid droplets

Recent studies have shown that liquid-liquid phase separation—akin to how oil droplets form in water—leads to formation of diverse types of membraneless organelles, such as stress granules and nucleoli, in living cells. ...

Trying to understand cells' interior design

How do you imagine the interior of our cells? Often compared to tiny factories, cells found smart and sophisticated ways to organize their interiors. Most biological processes require cells to bring together structures such ...

Research illuminates earliest part of phase separation

Scientists at St. Jude Children's Research Hospital are studying liquid-liquid phase separation (LLPS), a biophysical process through which proteins and nucleic acids in a cell are compartmentalized without a membrane. The ...

Mechanism to form influenza A virus discovered

The influenza A virus is known to form new strains every year. These strains are the result of small variations occurring at the level of the genome, which cause the virus to change and become unfamiliar to the immune system. ...

Dense liquid droplets act as cellular computers

An emerging field explores how groups of molecules condense together inside cells, the way oil droplets assemble and separate from water in a vinaigrette.

Cell size regulates molecular separation

New research shows that cell size and membranes may play a key role in regulating the distribution of molecules inside cells. This discovery offers a new unconventional method for manipulating artificial cells via their size ...

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