Nettsider med emneord «streptococci»
Tenk hvis vi kunne snakke med bakterier og fortelle dem hva de skal, og kanskje enda bedre: hva de ikke skal gjøre! Det er ikke langt fra framtidsscenariet en forskergruppe ved Institutt for oral biologi jobber mot.
Imagine if we could talk to bacteria and tell them what they should do, or perhaps even better: what they should not do! This scenario is not so distant from what a research group at the University of Oslo (UiO) is working towards
For å ruste oss mot store helseutfordringer som resistens mot antibiotika og vaksiner, kan det bli avgjørende med bedre forståelse av genoverføring i bakterier. En ny, omfattende studie bringer kunnskapen om hvordan bakterier tar opp DNA og overfører gener, en vesentlig mekanisme bak spredning av antibiotikaresistens, til et helt nytt nivå.
The antimicrobial resistance (AMR) crisis is one of the biggest threats to global health, food security, and societal development. Not only a growing number of infections are becoming harder to treat as pathogenic microbes develop or acquire resistance to antibiotics, but also several modern medical treatments such as Caesarian sections, organ transplantation, immunosuppressive chemotherapy, and implant insertions are at risk since they depend on the availability of effective antibiotic therapy.
The oral cavity is a port of entry to the digestive and respiratory tracts, forming part of the aerodigestive tract. Different sites in the aerodigestive tract are characterized by specific microbiomes, which despite differences in composition, share several of the same microbial inhabitants. Among these, are microorganisms with relevance to oral and respiratory health and disease.
Tenk hvis vi kunne snakke med bakterier og fortelle dem hva de skal, og kanskje enda bedre: hva de ikke skal gjøre! Det er ikke langt fra framtidsscenariet en forskergruppe ved Institutt for oral biologi jobber mot.