A dentalplaque microcosm biofilm model was used to test the antibacterial bonding agents.
2
And the teachers instructed these children individually how to remove the remaining dentalplaque.
3
Statistically significant association was found between dmfs and the presence of visible dentalplaque.
4
These are all dominant initiators of dentalplaque formation.
5
Sometimes it kills the bacterium responsible for dentalplaque.
6
These findings are particularly relevant to the assessment of the cariogenic potential of dentalplaque fluids.
7
The bacteria growing in dentalplaque, a naturally occurring biofilm, display increased resistance to antimicrobial agents.
8
Accumulation of microbial dentalplaque is the primary aetiological factor for both periodontal disease and caries.
9
Objective: Streptococcus oralis is an early coloniser of the oral cavity that contributes to dentalplaque formation.
10
Conclusion: It is highly regarded that acidic conditions in dentalplaque cause a net loss of enamel from teeth.
11
Through the scrollable WebView on the mobile app, changes in the time series of dentalplaque could be confirmed.
12
Coexistence of strains with different growth patterns could produce a synergic effect in the formation and development of subgingival dentalplaque.
13
The Troglodiet Studying the DNA extracted from Neanderthal dentalplaque has given researchers new insights on their lifestyles and eating habits.
14
People have mostly speculated that USP lasers could be used in medicine to help blow up dentalplaque or cancerous tumors.
15
Conclusions: Caries experience was statistically significantly related to the presence of all three microbes under study, both in dentalplaque and saliva.
16
The microbial composition of dentalplaque from 42 severe ECC children was compared with that of 40 caries-free children.