ライフサイエンスコーパス: periodontal surgery

1 ) are simultaneously applied in regenerative periodontal surgery.

2 only recommended means of oral hygiene after periodontal surgery.

3 s many patients began to expect sedation for periodontal surgery.

4 compared with photographic assessment during periodontal surgery.

5 nce the clinical outcomes after regenerative periodontal surgery.

6 adverse events were typical for this type of periodontal surgery.

7 fluence the success of tissue grafting after periodontal surgery.

8 w-dose NSAIDs cause bleeding problems during periodontal surgery.

9 ed alone in the management of pain following periodontal surgery.

10 tal parameters improved in both groups after periodontal surgery.

11 tooth movement, and wound healing following periodontal surgery.

12 o may require slight to mild sedation during periodontal surgery.

13 r fluorescence measurements were made before periodontal surgery.

14 ts in improving the outcomes of regenerative periodontal surgery.

15 biting and the findings noted at the time of periodontal surgery.

16 bone and connective tissue attachment after periodontal surgery.

17 ften used to support healing in regenerative periodontal surgery.

18 treatments with scaling/root planing and/or periodontal surgery.

19 d surgical blade type on the accuracy of the periodontal surgery.

20 have negative effects on wound healing after periodontal surgery.

21 ain, swelling, and analgesic usage following periodontal surgery.

22 rproximal surfaces during minimally invasive periodontal surgery.

23 ea is one of the most challenging aspects of periodontal surgery.

24 emonstrate its use in a variety of maxillary periodontal surgeries.

25 that may prove useful for certain maxillary periodontal surgeries.

26 h rinses are frequently prescribed following periodontal surgeries.

27 ion of ibuprofen and nimesulide in open flap periodontal surgeries.

28 with either 1% ALN gel or placebo gel during periodontal surgeries.

29 d treatment with scaling/root planing and/or periodontal surgery (19.2% versus 19.8%, P < 0.001), ann

30 for implant surgery (45.5 +/- 33.4) than for periodontal surgery (19.5 +/- 28.1; P <0.01).

31 VAS scores for perception of discomfort for periodontal surgery (9.9 +/- 17.0) compared to implant s

32 Periodontal surgery, age, gender, smoking, plaque, calcu

33 erdisciplinary cases, crown lengthening with periodontal surgery alone does not solve the complex cli

34 d with carbon dioxide laser and conventional periodontal surgery alone with respect to epithelial eli

35 iagnosed less than 2 years following routine periodontal surgery and 8 weeks after the extraction of

36 atients was visually assessed at the time of periodontal surgery and categorized as either non-to-sli

37 For periodontal surgery and implant treatments pain percepti

38 de of osseous resorption that occurred after periodontal surgery and maintenance.

39 patients (27 met inclusion criteria) who had periodontal surgery and periodontal maintenance every 3

40 bes speech pattern improvements secondary to periodontal surgery and provides a concise review of lin

41 with severe, chronic periodontitis underwent periodontal surgery and received daily injections of ter

42 anium is interesting from the perspective of periodontal surgery and reconstitution of osseous defect

43 itudinal clinical trial assessed outcomes of periodontal surgery and teriparatide administration in v

44 ctive leukotriene B4 (iLTB4), and pain after periodontal surgery and to evaluate the effect of the no

45 were typical complications following routine periodontal surgery and were not directly related to the

46 diabetes, coronary heart disease, history of periodontal surgery, and number of teeth present.

47 Data on preemptive analgesia in periodontal surgeries are scarce and still diverse.

48 Therapeutic decisions in periodontal surgery are based on the accurate diagnosis

49 Participants underwent bilateral periodontal surgeries at two different times, and were r

50 tients scheduled to receive two quadrants of periodontal surgery at two different appointments.

51 xperienced by patients immediately following periodontal surgery, but were not related to EMD.

52 e results, the low incidence of infection in periodontal surgery cited in the literature, and willing

53 he present study was to compare conventional periodontal surgery combined with carbon dioxide laser a

54 s with severe chronic periodontitis received periodontal surgery, daily calcium and vitamin D supplem

55 A decrease in CDH was observed after periodontal surgery for root coverage.

56 namel matrix derivative (EMD) is used during periodontal surgery for the regeneration of periodontal

57 During the periodontal surgery gingival biopsies were collected and

58 Taken prior to periodontal surgery, ibuprofen increases intraoperative

59 Twelve patients underwent two periodontal surgeries in different quadrants of the same

60 caling in the past?," "Bleeding gums now?," "Periodontal surgery in the past 2 years?," and "Chewing

61 When periodontal surgery is a part of the treatment plan, the

62 us papers and confirm that blood loss during periodontal surgery is minimal.

63 l, non-surgical therapy or in the context of periodontal surgery is unclear.

64 y unknown to what extent the bleeding during periodontal surgery may compete with EMD adsorption to r

65 Vitamin D deficiency at the time of periodontal surgery negatively affects treatment outcome

66 wing initial periodontal therapy and osseous periodontal surgery occurred without complications.

67 ht females), each having two sites requiring periodontal surgery of similar complexity, type, and dur

68 s with alveolar crestal bone loss created by periodontal surgery, one set of DSR radiographs and one

69 igh frequency of scaling/root planing and/or periodontal surgery (OR 1.14; 95% CI: 1.00, 1.29).

70 ts regarding its effect on wound healing and periodontal surgery outcomes.

71 Healthy subjects who needed resective periodontal surgery participated in the study.

72 an effective way to mitigate pain following periodontal surgery, particularly when IV access for sed

73 y was to determine if intra-oral wounding by periodontal surgery stimulated increased salivary EGF le

74 e outcomes that may be encountered following periodontal surgery, the risk of infection stands at the

75 dvised to minimize blood interactions during periodontal surgeries to allow better adsorption of EMD

76 nal treatment, such as re-instrumentation or periodontal surgery, to ultimately achieve the therapy e

77 t generally has shifted in recent years from periodontal surgery towards periodontal medicine.

78 Maxillary periodontal surgery typically requires multiple injectio

79 ients received either two or three scheduled periodontal surgeries under IVS with midazolam, diazepam

80 Regenerative periodontal surgery using the combination of enamel matr

81 nsultation was completed and accepted before periodontal surgery was initiated.

82 Seventy-six patients planned for similar periodontal surgeries were included.

83 f treatment with scaling/root planing and/or periodontal surgery were also calculated.

84 nd 75 years with periodontitis scheduled for periodontal surgery were included in this prospective st

85 osed of periodontitis who were scheduled for periodontal surgery were included.

86 Patients scheduled for periodontal surgery were recruited for this study.

87 pes of exostoses commonly encountered during periodontal surgery were studied in a sample of 328 mode

88 uate practices in antibiotics prescribed for periodontal surgeries with and without bone grafting and

89 sia was provided for five separate maxillary periodontal surgeries with unilateral or bilateral AMSA

90 o association of scaling/root planing and/or periodontal surgery with a first myocardial infarction (

91 ely to prescribe antibiotics for traditional periodontal surgeries without bone grafting compared wit