Scientists at Queen Mary University of London have discovered that HIV-1 can infect resting T-cells by triggering molecular signals that temporarily unlock the nuclear pore complex. This overturns ...
Apertura Gene Therapy, a biotechnology company developing next-generation AAV capsids for delivering genetic medicines, and ...
Solid Biosciences delivers its largest scientific program at the 2026 ASGCT Annual Meeting with 5 oral presentations and 11 posters - ...
Affinia Therapeutics (“Affinia”), an innovative gene therapy company with a pipeline of first-in-class and/or best-in-class adeno-associated virus (AAV) gene therapies initially for devastating ...
Gilead Sciences announced a significant milestone: the U.S. FDA accepted their New Drug Applications (NDAs) for lenacapavir (LEN), a groundbreaking twice-yearly injectable HIV-1 capsid inhibitor for ...
The FDA granted priority review, with a decision expected by June 19, 2025. LEN represents a novel class of HIV therapies by targeting the viral capsid, a multifunctional protein essential for HIV ...
Inside a cell, a single protein emerges from from the cell’s protein-making machinery, then another, and another. They move about—bouncing into one another, wriggling around, and drifting away again.
The artist’s impression shows how the HIV capsid penetrates the jelly-like permeability barrier of a nuclear pore. To smuggle its genome through this defense line into the cell nucleus, it has evolved ...
The HIV-1 capsid has emerged as a tractable target for antiretroviral therapy. Lenacapavir, developed by Gilead Sciences, is the first capsid-targeting drug approved for medical use. Here, we ...
In order for HIV to replicate, the viral genome must enter into the cell nucleus and integrate into the host cell chromosome. Previous work suggests that the entry proceeds through nuclear pore ...
A study by chemists at the University of Chicago has uncovered a new key step in the process that HIV uses to replicate itself. The study, published Jan. 6 in Science Advances, used computer modeling ...