Simulating the shear destruction of red blood cells

The destruction of red blood cells, or mechanical hemolysis, is an inevitable complication of interventional devices, so scientists want to gain a better understanding of the phenomenon. Researchers develop a red blood cell destruction model based on s…

Making glioblastoma more vulnerable to treatment

In the tough war against glioblastoma, scientists are taking a cue from viruses on how to make the aggressive cancer more vulnerable to treatment. Their target is SAMHD1, a protein which can protect us from viral infections by destroying an essential b…

Quantum dots form ordered material

Quantum dots are clusters of some 1,000 atoms which act as one large ‘super-atom’. It is possible to accurately design the electronic properties of these dots just by changing their size. A team has succeeded in making a highly conductive optoelectroni…

New technique helps ID genes related to aging

Researchers have developed a new method for determining which genes are relevant to the aging process. The work was done in an animal species widely used as a model for genetic and biological research, but the finding has broader applications for resea…

Learning to better understand the language of algae

Communication is everything — and that applies for algae, too. However, their chemical language and its significance in aquatic ecosystems remain largely unknown. New research summarizes the current state of knowledge and identifies new approaches for…

Learning to better understand the language of algae

Communication is everything — and that applies for algae, too. However, their chemical language and its significance in aquatic ecosystems remain largely unknown. New research summarizes the current state of knowledge and identifies new approaches for…