Nicklas Strömberg and his group are studying why some but not others suffer from chronic infectious diseases such as caries and how dental care should be tailored based on needs.
Bacterial adhesion at the host interface and bacteria-bacteria interface has been pioneered in the human mouth. Salivary proline-rich protein (PRP) receptor epitope configurations drive colonization of oral commensal bacteria on teeth, while bacterial polysaccharide GalNAc configurations drive the pioneer oral biofilm communities. Nicklas Strömberg runs a research group that translates the understanding of how host receptors specify susceptibility and resistance and co-operate with microbial virulence in dental caries (ab below) and how this knowledge can be used in prediction (c, below) and pharmaceutical treatment of the disease by blocking the dual bacterial adhesion and patter recognition event.
2024
EBioMedicine, Elsevier 2024, Vol. 101
Sheng, Nongfei; MÃ¥rell, Lena; Tumkur Sitaram, Raviprakash; et al.
2023
European Journal of Orthodontics, Oxford University Press 2023, Vol. 45, (5) : 477-484
Enerbäck, Hanna; Lövgren, Mai Lin; Strömberg, Nicklas; et al.
2022
iScience, Cell Press 2022, Vol. 25, (5)
Alharbi, Adel F.; Sheng, Nongfei; Nicol, Katie; et al.
2018
BMJ Open, BMJ Publishing Group Ltd 2018, Vol. 8, (10)
Barman, Malin; Murray, Fiona; Bernardi, Angelina I.; et al.