Today’s Solutions: June 25, 2026

The most advanced drugs for HIV available today stop the virus from replicating, which prevents patients from developing AIDS. With that said, there is no actual cure for HIV.

Now, a team of scientists has managed to clear HIV from infected mice using the CRISPR gene-editing technology in what may be the first time the virus has been eliminated from the genomes of living animals.

The virus is currently treated with antiretroviral therapy (ART), which can suppress HIV replication but can’t eliminate every trace of the disease. The new study used both ART and CRISPR gene-editing technology, managing to destroy the virus. The researchers said they used the two treatments concurrently. First, they administered the LASER ART to reduce HIV growth, then they used the CRISPR treatment as “chemical scissors” to “eliminate the residual integrated HIV DNA still present,”.

While there is still much work needed before scientists come up with a cure suitable for humans, the findings offer a glimpse into how it might actually be done.

Solutions News Source Print this article
More of Today's Solutions

Period tax scrapped in Pakistan: what the ruling means for women

BY THE OPTIMIST DAILY EDITORIAL TEAM Two lawyers filed a court case. Thousands signed a petition. Pakistan just agreed to scrap its sales tax ...

Read More

How to reset your gut in 30 days, according to a gastroenterologist

BY THE OPTIMIST DAILY EDITORIAL TEAM You’ve probably spent more time than you’d like to admit wondering if something is off with your gut. ...

Read More

Thousands of people in the UK to receive landmark trials for dementia blood t...

In an effort to revolutionize dementia diagnosis, two large studies are planned to take place across the UK, offering thousands of concerned individuals blood ...

Read More

How to use borax spray safely and effectively around your home

BY THE OPTIMIST DAILY EDITORIAL TEAM If you’re looking to cut back on harsh chemicals at home, you’re not alone. More and more people ...

Read More