Another important discovery was an intricate RNA structure near the critical ... detailed map of the translational landscape of HIV-1 infected cells but also a wealth of potential targets for ...

This transmission electron microscopy image shows HIV viral particles (yellow) near the end of the budding process; the cell they’ve infected is in blue. However, viruses like HIV require a living ...

Two research teams led by Warner Greene at the Gladstone Institutes in San Francisco have demonstrated that the vast majority of CD4 T cells in lymphoid tissues, despite their ability to resist full ...

In a ceremony held last month, the 2024 Louisa Gross Horwitz Prize was awarded to Wesley Sundquist, PhD, Leo T. and Barbara K ...

Study findings provide a new gene pathway for potential treatment of the virus affecting millions. Mount Sinai researchers have developed a method to uncover the hidden immune cells that harbor ...

However, they were uncertain about how HIV controls the remodeling of the cell membrane as it exits the cells and what role the lipid envelope plays in HIV replication. “Viruses in general, because ...

When we know the structure of a protein, we can attempt to design small drug molecules to bind to it and block its function. The power of this approach has been shown in the battle against HIV and ...

"There is a battle going on in the cell," said Chelico. "HIV also has a protein known as ... and they form a new structure," said Chelico. "APOBEC proteins are part of a natural defense system ...

The use of combination antiretroviral therapy results in a substantial reduction in viremia, a rebound of CD4 + T cells and increased survival for HIV-infected individuals. However, this treatment ...

A new antiretroviral target has been identified that suppresses HIV-1 replication and selectively kills HIV-1-infected cells. HIV-1 is the most common type of HIV. When HIV-1 leaves infected cells, ...