…in young people. New insights into HIV latent cells yield potential cure targets In a presentation at AIDS 2022, the 24th International AIDS Conference in Montreal, scientists with the National…

…first time. This approach uses molecules that can rewrite the single mutations that are buried within the DNA of heart cells in people with genetic cardiomyopathies. The team is aiming…

…virus were not very effective — most likely due to rapid inactivation by the patient’s immune system. Our new platform uses stem cells like a ‘Trojan horse’ to shield the…

…Interrogation of Cells by Nucleic Acid Detection and Sequencing (FIND-Seq). This technology defines gene expression patterns from rare cells harbouring latent HIV by generating millions of single-cell reaction containers in…

…of receptors on the surface of many immune cells. These receptors, known as toll-like receptor 2 and toll-like receptor 1, detect bacteria and help the immune system determine whether they’re…

…cancer. Cells are routinely replicated, with new cells replacing the old ones, and each new cell contains new copies of the DNA. These new cells ought to be exact copies…

…said the protein discovery was an exciting development. “Our laboratory tests show sRAGE can correct faulty regulatory T-cells to better prevent the immune system from going haywire and causing diabetes,”…

…future. As a thank you for your time Singular Talent will make a donation to In2scienceUK which helps young, disadvantaged people into STEM careers. Take part in the survey here…

…the virus from entering hosts cells and replicating. In their study, published in Science Translational Medicine today (Wednesday 27 July), the researchers investigated whether antibodies that target the S2 subunit…

The size of tumour and immune cell populations and their interactions over time impact outcomes to treatment. Immunotherapies that activate the immune system to seek and kill cancer cells have…