ライフサイエンスコーパス: periodontal attachment loss

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1 r could be risk factors for, early stages of periodontal attachment loss.

2 d early periodontitis disease categories and periodontal attachment loss.

3 of betaG were found to be a risk factor for periodontal attachment loss.

4 e gingival overgrowth and various degrees of periodontal attachment loss.

5 protective effect against bone breakdown and periodontal attachment loss.

6 unction appeared to diminish with increasing periodontal attachment loss.

7 ls of IgA in GCF may be "protective" against periodontal attachment loss.

8 oking status are correlated with severity of periodontal attachment loss.

9 terial proteases in GCF may be predictors of periodontal attachment loss.

10 ent associations between chronic smoking and periodontal attachment loss (AL) through ages 26, 32, an

11 Dental caries, tooth loss, and periodontal attachment loss (AL) were recorded for each

12 The periodontal examination included periodontal attachment loss (AL), probing depth, bleedin

13 fy potential risk factors for progression of periodontal attachment loss among male Sri Lankan tea la

14 stration to reduce the rate and/or extent of periodontal attachment loss and radiographic bone loss i

15 l status were related to clinically measured periodontal attachment loss and warranted classifying th

16 Moderate to severe periodontal attachment loss associated with cemental or

17 ts of LDD on oxidative stress in relation to periodontal attachment loss associated with ligature-ind

18 f the teeth unaffected at baseline exhibited periodontal attachment loss at follow-up, thus changing

19 ed associations of IL-17 concentrations with periodontal attachment loss, but not with current smokin

20 Sera from patients with periodontal attachment loss contain higher concentration

21 rreporting in the estimates of prevalence of periodontal attachment loss due to different partial rec

22 cetemcomitans serotype b LPS and measures of periodontal attachment loss indicated that the patients

23 s (periodontitis) reduced the progression of periodontal attachment loss (intent-to-treat analysis) a

24 ntigens as a consequence of inflammation and periodontal attachment loss may influence systemic anti-

25 y associated with measures of decayed teeth, periodontal attachment loss of > or = 4 mm, and the numb

26 o ways for separate analyses: 1) as baseline periodontal attachment loss of 6 mm or more on at least

27 amined clinically in 1986/1987 to assess the periodontal attachment loss of teeth.

28 During periods of periodontal attachment loss, one of the most significant

29 d with increased odds of subsequent (year 2) periodontal attachment loss (OR = 1.67; P = 0.01 and OR

30 stigations have reported on risk factors for periodontal attachment loss over time in subjects with n

31 y, BMI was positively related to severity of periodontal attachment loss (P <0.001).

32 Periodontal attachment loss, probing depth, and furcatio

33 Subjects with a history of COPD had more periodontal attachment loss than subjects without COPD (

34 in sera of individuals who have experienced periodontal attachment loss than those who are periodont

35 More periodontal attachment loss was detected in African-Amer

36 he degree of association between smoking and periodontal attachment loss was investigated in a study

37 Periodontal attachment loss was measured at two sites pe

38 Severity of periodontal attachment loss was positively correlated wi

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