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1 ded DMFS and DFS (coronal caries) and DFSrc (root caries).
2 ogression of human dental caries, especially root caries.
3 ed with destructive periodontal diseases and root caries.
4 tive materials on the formation of secondary root caries.
5 ofilm composition and the subsequent risk of root caries.
6 lm pH can affect clinical conditions such as root caries.
7 reatment) as high risk for periodontitis and root caries.
8 le from sound root surfaces in subjects with root caries, A. gerencseriae comprised over 60% of acidu
9                                              Root caries affected 22.5% of the dentate population.
10  more likely to develop root sensitivity and root caries and pose esthetic concerns for the patient.
11 gnificantly enhanced resistance to secondary root caries formation adjacent to RMGI restorations.
12 ARL), (2) plaque from sound root surfaces of root-caries-free subjects (SRS), (3) plaque from "white
13                             Subjects without root caries harbored fewer bacteria, and S. anginosus (p
14 a significant preventive effect on recurrent root caries in an in vitro bacterial model system.
15 dults, we systematically reviewed studies on root caries incidence, increment, attack rate, and annua
16                  For the 9 studies reporting root caries incidence, the summary measure equaled 23.7%
17                  For the 9 studies reporting root caries increment, the summary measure was 0.47 surf
18                    The microbial etiology of root caries is more complex than was previously apprecia
19                                    Untreated root caries is most common in dentate non-Hispanic black
20                              The etiology of root caries is not fully understood, and although mutans
21 n-modified glass ionomer (RMGI) on secondary root caries is well-documented.
22  on 30 test subjects with a suspected active root caries lesion by monitoring thermal emission from t
23 pants in the xylitol arm developed 40% fewer root caries lesions (0.23 D2FS/year) than those in the p
24 nts resulted in similar remineralization for root caries lesions at study completion (P = 0.40).
25 ted the predominant aciduric microflora from root-caries lesions (n = 14) and sound root surfaces in
26 nely, and the role of these organisms in the root caries process requires further investigation.
27 re of predominant aciduric microflora in the root caries process.
28                                              Root caries progression is aggravated by hyposalivation,
29 , attachment level, bleeding on probing, and root caries remineralization were performed at baseline
30 objective was to compare the dentifrices for root caries remineralization.
31                                              Root caries results were not significant except for an o
32 al health behaviors, tooth loss, coronal and root caries, salivary functions, and soft tissue patholo
33 n subjects with (n = 13) or without (n = 10) root caries, using both a "most probable numbers" method
34 or the SnF2 dentifrice in preventing CAL and root caries versus the sodium fluoride/triclosan/copolym