ライフサイエンスコーパス: dental care

1 years from PCPs or dentists vs no preventive dental care.

2 ed only on those persons with unmet need for dental care.

3 xpenditures than children without preventive dental care.

4 particularly regarding tobacco cessation and dental care.

5 be superseded by possible greater access to dental care.

6 low-income populations with little access to dental care.

7 of dental injections, leading many to avoid dental care.

8 ake of childhood vaccinations and suboptimal dental care.

9 ene habits, fluoride exposure, and access to dental care.

10 l comparing periodontal therapy to community dental care.

11 l therapy provided by the study or community dental care.

12 cable to a population with access to routine dental care.

13 ime in subjects with no home or professional dental care.

14 tics and availability of a regular source of dental care.

15 o elucidate any benefits of early preventive dental care.

16 nt for covariates, such as age and access to dental care.

17 sociodemographic characteristics, diet, and dental care.

18 furcation lesions in 416 individuals seeking dental care.

19 lowest among those without a usual source of dental care (12%).

20 topics grouped into 6 clusters: 1) access to dental care, 2) symptoms and diagnosis, 3) health behavi

21 2008 were positively associated with use of dental care among children and adolescents covered by Me

22 emoves most financial barriers to receipt of dental care among children and adolescents, Medicaid rec

23 e associated with higher rates of receipt of dental care among children and adolescents.

24 tly higher in individuals who ignore regular dental care and in those with medical conditions.

25 behavioral covariates such as utilization of dental care and smoking were incorporated into the analy

26 ents with a high prevalence of caries and no dental care and Swedish caries-active and caries-free ad

27 patients about cigarette smoking, preventive dental care, and COPD risk.

28 that in a population with access to routine dental care, any effects that host genes and the early f

29 from those non-HIV-infected patients seeking dental care at the University of Washington.

30 easing attention has been paid to the use of dental care by HIV patients, the existing studies do not

31 Dental care can occur within or outside the formal healt

32 ticipants' sociodemographic characteristics, dental-care characteristics, self-rated periodontal stat

33 th matched children without early preventive dental care, children with dentist-delivered preventive

34 Primary care provider-delivered preventive dental care did not significantly affect caries-related

35 cations (DID, -0.4%; 95% CI, -2.93 to 1.93), dental care (DID, -2.6%; 95% CI, -5.61 to 0.61), or phys

36 leaning was needed when asked: "What type of dental care do you need now?" Two periodontal conditions

37 vertheless, with both instruments, emergency dental care expenditures were consistently elevated amon

38 Use was greatest among those obtaining dental care from an AIDS clinic (74%) and lowest among t

39 uent caries-related treatment and preventive dental care from PCPs.

40 If a community dental care group is used, sample size estimation needs

41 up, 11% of the 152 subjects in the community dental care group reported receiving periodontal therapy

42 edicaid recipients may not be able to access dental care if dentists decline to participate in Medica

43 effect on periodontal health, and consistent dental care improved clinical parameters of periodontal

44 The AIDS/HIV subjects were seeking dental care in a faculty practice.

45 The combination of lifestyle change and dental care in one program improved both glycemic and pe

46 investigate the effectiveness of preventive dental care in reducing caries-related treatment visits

47 stic regressions were conducted, with use of dental care in the preceding 6 months as the dependent v

48 f those with a usual source of care had used dental care in the preceding 6 months.

49 ents; rather, they receive their medical and dental care in the private sector.

50 tegies are warranted to reduce the burden of dental care in this at-risk population.

51 tion-deficit/hyperactivity disorder and well-dental care (including dental check-ups and orthodontia)

52 dentists were more likely to have subsequent dental care, including caries-related treatment, and gre

53 HIV)-positive patients seeking comprehensive dental care, including implant therapy, continues to inc

54 nursing facility, emergency department, and dental care increased by $933.5 billion between 1996 and

55 Dental care is the most prevalent unmet health need in U

56 e effectiveness of the lifestyle change plus dental care (LCDC) program to improve glycemic and perio

57 , children with dentist-delivered preventive dental care more frequently had a subsequent caries-rela

58 particular attention to the oral health and dental care of liver transplanted children.

59 , 25.8% (n = 3658) received early preventive dental care, of whom 44% were black, 37.6% were white, a

60 orting the effectiveness of early preventive dental care or whether primary care providers (PCPs) can

61 of care, and ability to afford medications, dental care, or physician visits.

62 se who were employed were less likely to use dental care (p < 0.05).

63 Children receiving preventive dental care prior to age 2 years from PCPs or dentists v

64 Visits to primary dental care professionals are oriented towards preventio

65 The summary point for specificity of dental care professionals when screening for caries and

66 The summary point for sensitivity of dental care professionals when screening for caries and

67 ry of 1,021 members of the Kaiser Permanente Dental Care Program.

68 ected infrequently in Swedish adolescents in dental care programs.

69 nd may require a more careful examination by dental care providers.

70 rity influences dental caries levels through dental care, psycho- social factors, and dental health d

71 no evidence of a benefit of early preventive dental care, regardless of the provider.

72 disease in persons with HIV, many do not use dental care regularly, and that use varies by patient ch

73 nd providing brief intervention in a primary dental care setting.

74 ning and treatment was feasible in a primary dental care setting; this suggests a new approach involv

75 The bivariate logits for use of dental care show that African-Americans, those whose exp

76 The Florida Dental Care Study was a prospective cohort study of pers

77 The Florida Dental Care Study was a prospective study of persons > o

78 The Florida Dental Care Study was a prospective study that used a po

79 t risk for ALI are least likely to enter the dental care system, and among those who do, one health o

80 bjects > or = 30 years of age with irregular dental care than in subjects with regular care.

81 r the child had a usual source of medical or dental care; the number of physician visits, emergency d

82 dical conditions and are required to provide dental care to a diversity of medically complex patients

83 age, race, education, poverty income ratio, dental care use, and smoking status.

84 ment, employment, health insurance coverage, dental care utilization, and diabetes.

85 for age, study site, language, income, last dental care visit, and dental insurance.

86 Dentist-delivered preventive dental care was associated with an increase in the expec

87 Annual dental care was received by 82% of dentate individuals.

88 control, socioeconomic status, and previous dental care were also assessed.

89 cents with caries and with limited access to dental care, whereas S. mutans and S. sobrinus were dete

90 The ability to deliver dental care with a minimum of patient discomfort would s