Exosomes, naturally derived vesicles responsible for intercellular communication, are emerging as next-generation drug ...

Innovative cell membrane technologies and nanotechnology are transforming drug delivery and diagnostics, leveraging ...

With the growing popularity of these novel separation techniques, there appears to be greater interest in understanding the potential effects, whether favorable or unfavorable, of water on the ...

Biomolecules inside living cells can now be seen with infrared light thanks to new method by Alex Boss, National Institute of Standards and Technology Editors' notes ...

Small angle X-ray scattering (SAXS) is one of a number of biophysical techniques used for determining the structural characteristics of biomolecules. Daniel Franke and colleagues from the European ...

Biomolecules are complex, dynamic structures that are difficult to study because they must be observed under conditions mimicking the environment of a real biological cell. Furthermore, sufficient ...

The field scientists once jokingly called “blobography” has come a long way. Cryogenic electron microscopy was formerly known for delivering amorphous images of biomolecules. Now it has become ...

New biomolecules could alleviate the problems caused by multi-resistant pathogens against antibiotics. These new biomolecules have been experimentally validated in the laboratory and agronomic ...

A microscopy technique that tracks individual biomolecules in solution—and generates an accurate readout of their mass—could offer biologists a powerful new tool to investigate processes such ...

qPAINT counts biomolecules inside cells New analytical tool endows DNA-powered super-resolution microcopy techniques with quantitative power Date: March 28, 2016 Source: Wyss Institute for ...

Scientists have harnessed the prowess of fast-replicating bacterial viruses, also known as phages, to accelerate the evolution of biomolecules in the laboratory. The work could ultimately allow ...