This 2011 electron microscope image made available by the Centers for Disease Control shows HIV virions. On Wednesday, Sept.

A new microchip invented by Scripps Research scientists can reveal how a person's antibodies interact with viruses—using just ...

Years of American-led investment into AIDS programs has reduced the number of people killed by the disease to the lowest ...

A new report by the U.N. AIDS agency says the sudden withdrawal of U.S. funding has caused a “systemic shock” to the global ...

The U.N. warns that over 4 million could die by 2029 if U.S. funding for global HIV/AIDS programs is not replaced, ...

Years of American-led investment into AIDS programs has reduced the number of people killed by the disease to the lowest ...

But in the last six months, the sudden withdrawal of U.S. money has caused a “systemic shock,” U.N. officials warned, adding ...

The use of deep learning methods for virus identification from digital images is a timely research topic. Given an electron microscopy image, virus recognition utilizing deep learning approaches is ...

Human immunodeficiency virus (HIV) is a germ that causes a lifelong infection that slowly weakens the immune system. Though the infection is lifelong, medicines can keep the virus in check and ...

A technique invented by the lab, known as Electron Microscopy-Based Polyclonal Epitope Mapping (EMPEM), lets the researchers see exactly where on the HIV virus antibodies bind.

Next, what’s known as an optical gating pulse initiates, allowing an infinitesimal timeframe for a one-attosecond electron pulse to then emit from the microscope.

Engineered virus-like particles can outcompete HIV in the body, potentially offering long-term viral suppression after a single dose, a monkey study suggests.