Scientists at Verve Therapeutics in Boston conducted the inaugural human trial of base editing, using the treatment VERVE-101 to deactivate the PCSK9 gene in the liver. The gene regulates ‘bad’ cholesterol, and the one-time injection resulted in a significant LDL reduction of up to 55%. This milestone suggests a potential transformative approach to treat coronary artery disease. However, safety concerns emerged, with two serious adverse events, including a death. The findings, presented at the American Heart Association meeting, indicate both promise and challenges for this ground-breaking gene-editing technique.
Related Posts
Virgin Galactic Resumes Space Tourism Operations
Virgin Galactic successfully launched its first paying customers to space, marking a significant milestone in the private spaceflight industry. The Italian Air Force officers aboard the VSS Unity spacecraft experienced weightlessness at an altitude of 52.9 miles. The mission, named Galactic 01, began with the release of the rocket-powered plane from a carrier aircraft. After […]
Machine learning can help in humanity’s quest to find extra-terrestrial life
A new study has re-examined data from the Green Bank Telescope in West Virginia in search of extra-terrestrial intelligence (SETI). The study applied deep learning techniques to a classical search algorithm to yield faster and more accurate results. New signals were detected with narrow spectral width and non-zero drift rates, which could indicate they were […]
Age-Related Vulnerability to COVID-19: Unveiling Pediatric Resilience and Adult Susceptibility
The emergence of the novel coronavirus, SARS-CoV-2, brought with it unprecedented challenges and uncertainties. As the world grappled with the pandemic, scientists observed intriguing patterns in the susceptibility and response to the virus across different age groups. Dr. Farber’s insights shed light on a remarkable phenomenon: while adults in their 50s and 60s exhibited heightened […]