HIV exhausts the body's immune system by overactivating it, despite effective antiviral treatment. Researchers from Linköping ...

A new study has overcome a long-standing challenge: how to isolate and study elusive HIV-infected cells called authentic reservoir clones (ARCs) that evade the immune system, making the disease ...

The global challenge posed by HIV-1 infection continues to drive research into its underlying mechanisms and the host immune response. Central to this pursuit is the role of T cells, particularly CD4 ...

At the cellular level, HIV-1 transmission involves a highly coordinated process whereby the virus binds to CD4 receptors and one of two coreceptors—CCR5 (R5) or CXCR4 (X4)—on host immune cells, ...

For decades, scientists have recognized that human immunodeficiency virus (HIV) is a formidable viral pathogen. After years of probing work and extensive experimentation, a Yale research team has ...

The human immunodeficiency virus (HIV), the virus that causes healthy adults to become immunosuppressed, integrates its viral genetic code into the genome of the immune CD4+ T cells. While ...

For people living with human immunodeficiency virus (HIV), life-saving antiretroviral therapy keeps their HIV-infected immune cells from making new copies of the virus, preventing illness and ...

Findings identify genes that may represent possible new targets for a "block and lock" strategy for curing HIV.

This article originally appeared on Medical Daily. A cure for HIV has remained elusive, partly due to the virus' ability to hide and lie dormant in "reservoir cells." However, as explained in a recent ...

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 help ...

For millions of people living with HIV, a daily regimen of medications is a lifelong necessity. If they stop taking the drugs ...