In a groundbreaking advance, scientists have successfully used CRISPR/Cas9 gene editing to eliminate HIV-1 DNA from the genomes of human immune cells.
And the cells stayed HIV-free even after re-exposure, raising hope that a cure could finally be within reach.
Unlike existing treatments that suppress the virus, this method completely removes the genetic blueprint of HIV from infected T-cells.
In laboratory tests using cells from real patients, not only was the virus removed, but the edited cells also resisted reinfection, an unprecedented level of viral control.
Related Articles:
- Children’s Day: NACA reinforces commitment to an HIV-free generation
- Workers’ Day: NACA advocates inclusive workplaces for persons living with HIV
- NACA DG launches high-powered response team to end Pediatric HIV in Nigeria, assures steady drug supply in Taraba
The study marks a crucial step towards a potential cure for HIV.
Current antiretroviral therapies require lifelong adherence and only manage the infection; stopping treatment typically allows the virus to return.
By contrast, the CRISPR technique offers a permanent solution by targeting and excising the virus at the genetic level, with no observed toxicity.
This breakthrough may pave the way for clinical treatments that fully eradicate HIV reservoirs in the body, long considered one of the biggest challenges in the global fight against the disease.
