Exploring plant-derived antiviral compounds as promising solutions against African Swine Fever Virus, including flavonoids, alkaloids, and their mechanisms of action.
Explore the cutting-edge pharmacological interventions transforming acute hepatitis C from a potential lifelong threat into a curable condition.
Discover how sofosbuvir revolutionized Hepatitis C treatment, turning a life-threatening chronic condition into a curable disease with over 95% success rates.
Discover how human cytomegalovirus neutralizes the BclAF1 restriction factor through proteasomal degradation and microRNA repression during infection.
Explore how nanotechnology is transforming antiviral strategies through targeted drug delivery, enhanced vaccines, and direct viral neutralization.
Explore how synthetic peptides are revolutionizing antiviral strategies through precision targeting and computational design in virology research.
Explore lactoferrin's role as a multifunctional defense protein that fights viral infections through multiple mechanisms, backed by scientific evidence.
Explore how sofosbuvir revolutionized Hepatitis C treatment for genotypes 2 and 3, offering effective, safer therapies with high cure rates.
Discover how Japanese Encephalitis Virus uses RNA cyclization to replicate and cause disease, and the latest research on potential antiviral strategies.
Discover how pan-coronavirus fusion inhibitors are revolutionizing antiviral research, offering broad protection against current and future coronavirus threats.