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1 .7 (95% CI: 4.1 to 33.4) for the question on tooth mobility.
2 ugh it can present with symptoms of pain and tooth mobility.
3 t questions except those on painful gums and tooth mobility.
4 s rating of caries, periodontal disease, and tooth mobility.
5  regeneration included smoking and excessive tooth mobility.
6  X, [Px]) reported with a chief complaint of tooth mobility and gingival enlargement.
7 e interleukin-6 [IL-6] gene), tooth factors (tooth mobility and tooth type), and site factors (mesial
8 factors, such as smoking, poor oral hygiene, tooth mobility, and defect morphology, on regeneration.
9     Certain other tooth-specific conditions (tooth mobility, bulk restoration fracture, decayed surfa
10 sting of probing depth, bleeding on probing, tooth mobility, gingival index, and plaque index was per
11  performed to assess differences between the tooth mobility groups considering changes in PD, CAL, an
12 r bone loss >/=40% (1.25; 1.00 to 1.56), and tooth mobility >/=0.5 mm (1.43; 1.07 to 1.89).
13 us defects of teeth with limited presurgical tooth mobility; i.e., teeth with Miller's Class 1 and 2
14 e female presented with a chief complaint of tooth mobility in the right posterior mandible.
15 i.e., decreased attachment level, bone loss, tooth mobility/migration, altered periodontal perception
16 zole therapy, alveolar bone loss resulted in tooth mobility necessitating extraction of 2 involved te
17                                 In addition, tooth mobility of the anterior teeth on 36 of the 44 pat
18 to preliminarily test the impact of baseline tooth mobility on clinical outcomes.
19 y indicates a possible influence of baseline tooth mobility on clinical outcomes.
20                             The relevance of tooth mobility on periodontal healing is still controver
21 dy was to evaluate the effect of presurgical tooth mobility on periodontal regenerative outcomes.
22            Initial PD (P= 0.01) and baseline tooth mobility (P= 0.036) were significant covariates.
23 ith calculus, but the differences in plaque, tooth mobility, probing depth > 2 mm, filled and decayed
24 er, when CPC was used in periodontal repair, tooth mobility resulted in the fracture and exfoliation
25 attachment level (CAL), recession (REC), and tooth mobility (TM) were recorded at baseline and 1 year
26                                Self-reported tooth mobility was associated strongly with periodontal
27 urcation involvements and/or Grade II or III tooth mobility were also detected in the sextant than wh
28                    Periodontal bone loss and tooth mobility were also increased significantly (P <0.0
29   Gingival tissues, periodontal probing, and tooth mobility were within normal limits.
30 and non-rigid CPC may provide compliance for tooth mobility without fracturing the implant, and may a
31                      It was anticipated that tooth mobility would follow the same pattern as AL in re

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