Medicine & TechnologyResearchers from the California Institute of Technology developed a safe new technique that can see how individual cells behave using acoustic reporter genes that react to ultrasound microwaves.
In a breakthrough in genetic engineering, researchers have successfully fabricated an artificial single-cell organism that can grow and divide like a normal, natural cell.
A certain protein in the epithelial cells recognizes a nucleic acid that is formed when the virus comes into contact and induces the cells to create an inflammatory response.
Researchers from the Massachusetts Institute of Technology (MIT) and Boston Children's Hospital have found that physically crowding cells, or "squeezing" them, affects the rate at which they grow and develop.
The tree of life is often traced back to the Last Universal Common Ancestor, where all complex life forms share a single origin. Microbes found in the Black Sea may explain a period where bacteria, eukaryotes, and archaea had a similar cell structure, particularly the lipid membrane.
It has always been thought that the cells of the body follow some kind of clock that makes it do things on schedule. New studies show that it might be the case.
While it may sound silly, it turns out onion tweezers may turn out to be the next endeavor in the study of biomedical engineering. And while this root vegetable is known to pack a pungent smell, it turns out that its epidermal cells pack quite a punch too—enough to even inspire artificial muscle formation. Okay, so this one needs a bit more explaining.
Researchers might have discovered another new weapon in the fight against cancer -- oxygen. In a new study in mice. researchers found that something as simple as breathing in extra oxygen might give immune cells the boost they need to attack cancer cells in the body.