A targeted sequence panel for detecting 34 vertebrate virus families at once

The challenge in detecting a set of viruses simultaneously in clinical samples lies in the large variety of their genomes, i.e. there is no gene that is present in all viruses. With the advent of new sequencing technologies, including high throughput parallel sequence analysis, it became possible to process more sequence data. So much more…Continue reading A targeted sequence panel for detecting 34 vertebrate virus families at once

MIME: Mutational Interference Mapping Experiment – RNA viruses

MIME (Mutational Interference Mapping Experiment) is used to investigate the interaction of RNA with its respective interaction partners in greater detail. In this approach, the RNA of interest is randomly mutated and amplified. The vast pool of resulting mutated RNAs is then mixed with a possible interaction partner, e.g.  a protein, is added. Next, the…Continue reading MIME: Mutational Interference Mapping Experiment – RNA viruses

Chestnut leaf extracts and antibiotic resistance

An interesting publication about the sensitivity of Staphylococcus aureus to European Chestnut (Castanea sativa) leaf extracts. These extracts were traditionally used in folk medicine to treat skin and soft tissue infections. The active compounds within the chestnut extracts showed that quorum sensing (a way for bacteria to communicate with each other; the phenomenon is related…Continue reading Chestnut leaf extracts and antibiotic resistance

A missing link between the brain and the immune system

A new discovery that will change textbooks forever: Previously it was thought that these vessels were absent in the brain, as they hadn’t been found. However, now scientists have discovered through the use of live imaging that there exist lymphatic vessels within the brain. The vessels were located very close blood vessels, which might have…Continue reading A missing link between the brain and the immune system