LUCAS combines enzyme chemistry and smartphone technology for rapid, accurate viral detection, addressing key limitations of ...

Researchers say they may have found a way to bring a cure for HIV a step closer by deploying the mRNA technology used in ...

It’s a tiny piece of the Lassa virus ... Lassa, HIV, malaria and the H5N1 bird flu. Lab manager Hannah Turner shows the Titan Krios electron microscope at Scripps Research Institute in La ...

An electron microscope blasts a specimen with a beam ... and helped publish some of the first high-quality images of HIV, the virus that causes AIDS. Today, researchers are still using her ...

Here’s how it works. A new treatment for human immunodeficiency virus (HIV) can drive the virus out of its hiding spots in the body, an early clinical trial finds. That, in turn, raises hopes ...

In the video, the man offers alternative “causes” of seven ailments – herpes, the flu, HIV ... The first virus was identified with that method in the 1890s, while electron microscopy ...

Researchers at the Goethe University use cryo-electron microscopy to study a key enzyme involved ... show that targeting nSMase2 in a cell that is making HIV-1 changes the lipid composition of the ...

At 130 nanometers, HIV is about 60 times smaller than a red blood cell. Advances in cryo-electron microscopy (left) and molecular modeling (right) have made it possible to see the virus in ...

For their study the team used cryogenic electron microscopy, an imaging technique ... of integrase in assembling the mature form of the HIV virus during replication. Touching Base is the dynamic ...

The team used cryogenic electron microscopy, an imaging technique to ... role of integrase in assembling the mature form of the HIV virus during replication. Other authors included Jessica F.

This 2012 colorized electron microscope image made available by the National Institute ... which the virus had infected, and within which the HIV virus had been replicated. (NIAID via AP) New research ...

low-temperature electron microscopy (cryo-EM) data to rapidly characterize antibodies – elicited by a vaccine or infection – that bind to a desired target on a virus at an atomic level.