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The combination of a carb-heavy diet and poor oral hygiene can leave children with early childhood caries (ECC), a severe form of dental decay that can have a lasting impact on their oral and overall health.
A few years ago, scientists from Penn s School of Dental Medicine found that the dental plaque that gives rise to ECC is composed of both a bacterial species, Streptococcus mutans, and a fungus, Candida albicans. The two form a sticky symbiosis, known scientifically as a biofilm, that becomes extremely virulent and difficult to displace from the tooth surface.
Now, a new study from the group offers a strategy for disrupting this biofilm by targeting the yeast-bacterial interactions that make ECC plaques so intractable. In contrast to some current treatments for ECC, which use antimicrobial agents that can have off-target effects, potentially harming healthy tissues, this treatment uses an enzyme specific to the bonds that exist between microbes.
Geelsu-hwang
Hye-eun-kim
Marwa-mohammed-barwazir
Hyun-michel-koo
University-of-pennsylvania-school-dental-medicine
School-of-dental-medicine
Penn-school-of-dental-medicine
National-institutes-for
Restorative-sciences
Craniofacial-research
Department-of-preventive
Dental-medicine