Accelerated HIV reduction in animal trial
Biotechnology company Biotron (ASX:BIT) has completed its HIV-1 animal trial of drug candidate BIT225, announcing positive results which yesterday caused the company’s share prices to rise by almost 15%. The study was performed in recently developed mice whose immune system was replaced with human cells, thus making them susceptible to infection with HIV-1.
The study showed that the addition of BIT225 was found to significantly reduce HIV-1 viral loads beyond the current best anti-retroviral treatments and accelerate the reduction of HIV-1 levels when compared to combinations without BIT225. These results indicate an enhancement of currently approved anti-HIV-1 drug treatment regimes.
“This important study demonstrates that BIT225 attacks a different source of virus than do the current anti-HIV-1 drugs,” explained Biotron Managing Director Dr Michelle Miller.
The results additionally demonstrate that the addition of BIT225 to anti-retroviral treatment results in a delayed and slower rate of viral rebound when anti-viral drugs are stopped. The study therefore suggests that BIT225 treatment may lead to eradication of one of the key underlying viral reservoirs.
“BIT225 has the potential to play a key role in the eradication of HIV-1 by targeting and clearing HIV-1 from certain reservoirs,” said Dr Miller. “Eradication of HIV-1 is a major focus of several multinational pharmaceutical companies, and Biotron’s BIT225 represents a unique commercial opportunity.”
The BIT225-009 Phase 2 human clinical trial, designed to confirm a similar benefit in humans, is expected to commence shortly.
Biotron (ASX:BIT) shares closed 14.71% higher at $0.039 on Monday, the day of the announcement.
mRNA successfully delivered through blood–brain barrier
Getting mRNA into the brain could allow scientists to instruct brain cells to produce therapeutic...
Biological computer could revolutionise medical sciences
The CL1 is a commercial biological computer which fuses lab-cultivated neurons from human stem...
Genetic risk of schizophrenia impacts men and women differently
Men tend to present different clinical symptoms from women, poorer premorbid functioning and...