The world of viruses is complex, and the flu is no exception. The way influenza viruses behave can vary greatly depending on their genetic makeup and the type of cells they target. This variability has been a subject of many studies, including those focusing on different subtypes of influenza A and how they interact with various cell lines. These studies have shed...

Influenza A virus, or IAV, has a sneaky trick up its sleeve. It's a tiny piece of RNA, called USP30-AS1. This RNA is part of our own genetic material, but the virus hijacks it to help itself multiply. The story begins with a pathway in our cells called JAK-STAT. When IAV invades, this pathway kicks into gear and produces more USP30-AS1. This RNA then goes to work fo...

Ever wondered how we can combat viruses like COVID-19 and influenza A in the air? Scientists explored the power of three chemicals – hypochlorous acid, chlorine dioxide, and ozone – to inactivate these viruses. They created a 1 cubic meter chamber and filled it with a mix of these viruses in saliva. Then, they tested the chemicals at different concentrations and time...

Scientists were intrigued by six unique nitrogen-containing compounds found in Sarcodon imbricatus mushrooms. These compounds, including two types of amino acids and four heterocyclic compounds, were examined for their antiviral properties. One standout, Compound 2, a specific type of (S)-2-(hydroxyimino)-3-methylpentanoic acid ethyl ester, showed impressive results ...