ライフサイエンスコーパス: third molar

1 t 6 sites per tooth on all teeth (except the third molars).

2 to the second molar after extraction of the third molar.

3 d World monkey clade, represented by a lower third molar.

4 l tubule system and delayed formation of the third molar.

5 ent of second molars after the extraction of third molars.

6 ed third molars compared to controls with no third molars.

7 one developmentally missing tooth, excluding third molars.

8 ely larger distally with exceptionally large third molars.

9 sto-lingual surfaces of all teeth, excluding third molars.

10 eams of dentin were cut from extracted human third molars.

11 s removed from 10 extracted, unerupted human third molars.

12 s well as nine enamel samples from permanent third molars.

13 a small malformed second molar and an absent third molar; (4) an increase of immature odontoblasts, f

14 consolidate all available data on worldwide third molar agenesis frequencies, with a particular emph

15 rom the mesial aspect of all teeth excluding third molars and analyzed for beta-glucuronidase, IgG, a

16 and bleeding on probing on all teeth except third molars and gingival and plaque indices on six inde

17 Pulps were removed from extracted third molars and immunohistochemically stained with an a

18 ore likely than men to have agenesis of >/=1 third molars and that maxillary agenesis was 36% more li

19 f individuals with impacted or semi-impacted third molars and the possible effects of surgical remova

20 obtained from 25 surgically extracted human third molars and used to isolate PDL stem cells (PDLSCs)

21 ental sealants on posterior teeth (excluding third molars) and maxillary lateral incisors was recorde

22 on six sites/tooth, on all teeth (excluding third molars), and clinical attachment levels (CALs) wer

23 teeth at initial examination (not including third molars), and number of teeth scheduled for extract

24 ly, complex occlusal morphology of the upper third molar, and relatively anteriorly positioned zygoma

25 had a mean of 25.0 (SD 2.4) teeth, excluding third molars, and mean bone loss of 28.7% (SD 13.0).

26 les were commonly associated with second and third molars, and were usually directly lateral to and a

27 it hypoplastic or missing lower incisors and third molars, and when combined with the null allele Pax

28 Semi-impacted or impacted third molars are associated with higher systemic inflamm

29 nts with bilateral impacted or semi-impacted third molars compared to controls with no third molars.

30 periodontal defects after the extraction of third molars continues to challenge clinicians.

31 l as the defects in the dentinal tubules and third molar development.

32 Sixteen third molar enamel samples were etched for 30 sec with 3

33 Patients undergoing third molar extraction exhibited greater levels of syste

34 Third molar extraction is one of the most frequent inter

35 to policy makers, given the implications for third molar extraction protocols.

36 trolatum-based antibiotic ointment placed in third molar extraction sites to prevent postoperative in

37 west health plan enrollees with a history of third molar extraction with 2217 age-and gender-matched

38 e lingual nerve is important when performing third molar extractions and periodontal and implant surg

39 nalyzed upper root and crown dentin in human third molars for ultimate tensile strength and collagen

40 The clinical status of every tooth (except third molars) from 106 subjects was characterized by mea

41 al dominant agenesis of second premolars and third molars identified a locus on chromosome 4p, where

42 dentigerous cyst associated with an impacted third molar in an otherwise asymptomatic 66-year-old mal

43 ow the absence or delayed development of the third molar in Dmp-1 null mice, which is probably second

44 first molar to the mid-buccal aspect of the third molar in the mesio-distal direction.

45 members lacked permanent first, second, and third molars in all four quadrants.

46 ) specimens were prepared from the crowns of third molars in the deep, middle, and peripheral dentin.

47 Having an erupted or "bony" impacted third molar increased the risk of incident second molar

48 The retention of third molars is associated with increased risk of second

49 ylactic extraction of unerupted asymptomatic third molars is the most common oral surgery procedure i

50 a-analysis was to evaluate the prevalence of third molar (M3) impaction worldwide in individuals >/=1

51 ical interventions for removal of mandibular third molar (M3M) on periodontal healing of adjacent man

52 The location of the lingual nerve in the third molar region was described in the literature; howe

53 , to our knowledge, its course mesial to the third molar region was not reported.

54 dds Ratio [OR] = 2.0), clenching (OR = 4.8), third molar removal (OR = 3.2), somatization (OR = 3.7),

55 ith trauma (OR = 2.1), clenching (OR = 3.3), third molar removal (OR = 4.0), somatization (OR = 5.1),

56 Third molar removal among subjects of all ages resulted

57 This study investigated third molar removal as a risk factor for temporomandibul

58 ncidence of TMD in subjects with and without third molar removal were 7 and 5 per thousand person-yea

59 y codes were used to identify information on third molar removal, and International Classification of

60 riety of oral surgical procedures, including third molar removal, we have investigated two possible m

61 ith radiographic confirmation of no lifetime third molar removal.

62 s indicator, was significantly reduced after third molar removal.

63 gnostic skull fragment; EQH2, an upper right third molar (RM(3)); and EQH3, lower limb bones of a you

64 verall size and disproportionate decrease in third molar size have been noted for over a century, and

65 logy (caries and/or periodontitis), based on third molar status (i.e., absent, erupted, or unerupted)

66 Seventy-five patients requiring mandibular third molar surgery were randomized into 1 of 5 groups:

67 a local submucosal injection prior to lower third molar surgery.

68 d locally as a submucosal injection prior to third molar surgery.

69 damaged during the surgical removal of lower third molar teeth.

70 les who underwent surgery for the removal of third molar teeth.

71 mesial and mesio-buccal surfaces of all but third molar teeth; 2) plaque index (PI); 3) gingival ind

72 The presence of a third molar that was soft tissue impacted increased the

73 and mesenchymal dental stem cells in porcine third molar tissues.

74 To pursue this goal, we dissociated porcine third molar tooth buds into single-cell suspensions and

75 rom six sites per tooth on all teeth, except third molars, using standard surveillance case definitio

76 d molar pathology occurred when the adjacent third molar was absent.

77 In all groups, the maxillary right third molar was extracted.

78 A quadrant with no missing teeth (excluding third molars) was selected.

79 a single family lacking second premolars and third molars, we performed a mutational analysis of MSX1

80 amples of normal mucosa (NM) overlapping the third molar were used to control for the chemokine level

81 tin shear bond strengths (n = 10) with human third molars were approximately 30 MPa for all groups (p

82 Tooth slices of human healthy extracted third molars were decellularized by 3 different methods.

83 ces prepared from extracted, unerupted human third molars were treated with Prompt L-Pop (3M ESPE).

84 Twenty-eight human third molars were used for the measurement of hardness,

85 I/KI) lower incisors are at the level of the third molars, while they are close to the mandibular for

86 o underwent surgery for the removal of their third molars (wisdom teeth).

87 ate the association of retained asymptomatic third molars with risk of adjacent second molar patholog