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

CAMBRIDGE, Mass. -- Scientists at Harvard University have harnessed the prowess of fast-replicating bacterial viruses, also known as phages, to accelerate the evolution of biomolecules in the ...

The Nature Index tracks primary research articles from 178 applied, health, natural and social sciences journals, across many different publishers, chosen by an independent group of researchers. The ...

This lab-on-a-chip illustration shows an impression of how gentle titration works: protons are attracted to, or released from the silicon-nitride surface. variations in pH result in a different light ...

"These techniques can also be extended to many other types of nano-biomolecules, including nucleic acid and virus detection. To complement this chip technology, we are also developing a portable ...

To accelerate biotechnology innovations, such as the development of lifesaving drug therapies, scientists strive to develop faster, more quantitative and more widely available ways to observe ...

Erly Sintya, a biomolecule scientist, closely examines the numbers and graphics of reverse transcription-polymerase chain reaction (RT-PCR) results on a computer at the laboratory of Warmadewa ...

Blotting is a powerful technique used in modern molecular biology. This technique is used to identify specific biomolecules present in a sample. There are several types of blotting techniques based on ...

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