戻る
「早戻しボタン」を押すと検索画面に戻ります。

今後説明を表示しない

[OK]

コーパス検索結果 (1語後でソート)

通し番号をクリックするとPubMedの該当ページを表示します
1 conducted a prospective cohort study in Thai schoolchildren.
2 equirements ensure high coverage rates among schoolchildren.
3 d male and female white and African American schoolchildren.
4 ildren, and 1.16 (1.02 to 1.32) in secondary schoolchildren.
5 e control of influenza on the vaccination of schoolchildren.
6 sible for increasing prevalence of asthma in schoolchildren.
7 obesity prevention trial for American Indian schoolchildren.
8 e prevalence of eczema among Nottinghamshire schoolchildren.
9  total of 130 healthy white, Innu, and Inuit schoolchildren.
10 ple examined during the 1986/87 survey of US schoolchildren.
11 mbined ivermectin and albendazole in Haitian schoolchildren.
12 sure was examined in a multiethnic sample of schoolchildren.
13 measures of cognitive development in primary schoolchildren.
14 a with our historical data regarding healthy schoolchildren.
15 isease, and impairs cognitive performance in schoolchildren.
16 o peanut in our study population of Ghanaian schoolchildren.
17 n decreases with increased ozone exposure in schoolchildren.
18  a probability sample of North Carolina (NC) schoolchildren.
19 vents across all of Taipei, especially among schoolchildren.
20 increase 25(OH)D concentrations in Mongolian schoolchildren.
21 lts who probably received the second dose as schoolchildren.
22  health and cognitive ability of semi-immune schoolchildren.
23 ection in a prospective cohort study of Thai schoolchildren.
24 0 based on a survey of 6,051 healthy English schoolchildren.
25 ograms to prevent or diminish bullying among schoolchildren.
26 ination, in a population-based sample of 346 schoolchildren.
27 land area was higher in preschoolers than in schoolchildren (16.4% vs. 4.6%; P < 0.01).
28 s sleep disturbances and higher IQ scores in schoolchildren, 2) such relationships are not accounted
29  110 second- and third-grade American Indian schoolchildren (34 control subjects were not trained), t
30 graphy were used to screen randomly selected schoolchildren, 5 to 16 years of age, in Kampala, Uganda
31     Spirometry data were analyzed from 1,082 schoolchildren (51% boys) aged 6.0 to 12.8 years in Ango
32 03% (95% credible interval = 4.87, 5.20) for schoolchildren (7-14 years of age).
33                                Of the 766244 schoolchildren, 7413 (1.0%) were treated for ADHD; 6287
34 iet (OPUS) School Meal Study with 765 Danish schoolchildren 8-11 y old.Associations between selected
35                                          135 schoolchildren (81 girls, 12+/-1 year) completed 7-day m
36   ASM area was lower in preschoolers than in schoolchildren (9.8% vs. 16.5%; P < 0.01).
37 using tuberculin skin testing in a cohort of schoolchildren, a median of 4 years after a baseline sur
38            Despite evidence that vaccinating schoolchildren against influenza is effective in limitin
39                                  Vaccinating schoolchildren against influenza provides protection and
40 om cross-sectional sample of 3,709 secondary schoolchildren (age 11 to 16 yr) in Nottingham, United K
41           We enrolled 548 ethnically diverse schoolchildren (age 11.7 years, SD 0.8) from public scho
42 ar in a case-control sample of 6,147 primary schoolchildren (age 4 to 11 yr) and a random cross-secti
43                                 We recruited schoolchildren aged 10-14 years stratified by gestationa
44 ata (2007-2013) for Denver, Colorado, public schoolchildren aged 3-15 years.
45 ylori antibodies was examined in 365 primary schoolchildren aged 4-7 years in a low-income United Sta
46 nce of secondary meningococcal disease among schoolchildren aged 5 to 18 years was 2.5 per 100000 pop
47 ouble-blind, placebo-controlled trial in 740 schoolchildren aged 6-14 years living in a setting of hi
48                                              Schoolchildren aged 7-11 years were sampled from one urb
49                                              Schoolchildren aged 9-12 y were fed standardized meals 3
50 erium-labeled vitamin A was given to Chinese schoolchildren (aged 10-11 y; n = 58) with marginal-to-n
51                   The sample included 17,027 schoolchildren (aged 12 to 17 years) who provided inform
52 ,075 primarily African-American and Hispanic schoolchildren, ages 11 to 17 years.
53 vaccination is achieved by prioritization of schoolchildren and adults aged 30 to 39 years.
54  CML was increased in ICA(+) and prediabetic schoolchildren and in diabetic and nondiabetic twins (al
55 d quality of life (OHRQoL) in North Carolina schoolchildren and their families.
56  1.00 to 1.16) per 30-m increment in primary schoolchildren, and 1.16 (1.02 to 1.32) in secondary sch
57                                              Schoolchildren are most responsible for transmission, an
58 ispanic and non-Hispanic white US elementary schoolchildren as part of the prospective Children's Hea
59 rs of the 1965 Intermountain Fallout Cohort, schoolchildren at the time of exposure who were reexamin
60 of a second dose of mumps vaccine among U.S. schoolchildren beginning in 1990 was followed by histori
61         In a population survey of Sri Lankan schoolchildren, beta-thalassemia (but not HbE) trait was
62  a decrease in wheeze prevalence among Dutch schoolchildren between 1989 and 2001, no further decreas
63 rds Register includes data on 320,425 Danish schoolchildren born between 1930 and 1989, with height a
64 ation was a population-based cohort study of schoolchildren born from 1930 to 1987, with follow-up th
65 fidence interval [CI] 0.31-0.79, P = 0.003), schoolchildren (but not toddlers or adults) with AC geno
66  (ASM) is a feature of established asthma in schoolchildren, but nothing is known about ASM in presch
67   We investigated this hypothesis in Ugandan schoolchildren coinfected with Schistosoma mansoni and h
68 Na-ASP-2), following concurrent treatment of schoolchildren coinfected with Schistosoma mansoni and h
69          In rural Poland, 23 331 families of schoolchildren completed a questionnaire enquiring into
70                             In May 2012, two schoolchildren developed allergic symptoms after eating
71                                We studied 36 schoolchildren during 5 time periods before and during t
72                                Among primary schoolchildren, effects were stronger in girls than boys
73  rhinoconjunctivitis among 8- to 11-year-old schoolchildren eligible for a routine physical examinati
74 ectively in a cohort of unselected 8th-grade schoolchildren established in 1995 and followed up in 20
75          In this cohort study of 541 Chinese schoolchildren, fish consumption and sleep quality were
76 rological response to GAS impetigo in Fijian schoolchildren, focusing on 3 major emm clusters (E4, E6
77 y titers and evaluate the sera of 200 Kenyan schoolchildren for antibodies to Helicobacter pylori [is
78 omyelitis, and pneumonia that occurred among schoolchildren from 1 September 2006 through 9 February
79 bsenteeism in a cohort of 1,932 fourth-grade schoolchildren from 12 southern California communities d
80                       In the third cohort of schoolchildren from a leprosy hyperendemic region in Bra
81  Taiwan Children Health Study followed 2,758 schoolchildren from fourth to sixth grade, annually coll
82 nfections in a representative sample of 3595 schoolchildren from Pemba Island, Zanzibar.
83  random sampling to enroll 1,134 12-year-old schoolchildren from Santa Maria, a southern city in Braz
84 d occlusal caries activity among 12-year-old schoolchildren from South Brazil.
85  8026) representative of North Carolina (NC) schoolchildren (grades K-12) were linked with all NC Med
86              Hepatosplenomegaly among Kenyan schoolchildren has been shown to be exacerbated where th
87                                 One in eight schoolchildren have an episode of acute infective conjun
88                          Since 1990, most US schoolchildren have received a second dose of measles-mu
89           The vitamin A status of Nicaraguan schoolchildren improved during the year after the initia
90 s of severe anemia in a population of 30,000 schoolchildren in 1 y.
91 n and educational achievement in semi-immune schoolchildren in an area of high perennial transmission
92     Rheumatic heart disease affects 1 in 100 schoolchildren in Eastern Nepal, is primarily clinically
93 he initiation of the vaccination program for schoolchildren in Japan, excess mortality rates dropped
94 bclinical and symptomatic DENV infections in schoolchildren in Kamphaeng Phet, Thailand (1998-2002 an
95 doses may be needed to prevent deficiency in schoolchildren in Mongolia and at other northern latitud
96 hydroxyvitamin D [25(OH)D] concentrations in schoolchildren in Mongolia is unknown.
97 ects were participants in a larger survey of schoolchildren in North-Central Jamaica.
98 k consumption decreased from 2001 to 2008 in schoolchildren in Norway.
99 ort the use of GLI-2012 reference values for schoolchildren in sub-Saharan Africa.
100                    From a cohort study among schoolchildren in Thailand, PRNT values were determined
101 tudy (n = 1,736) was conducted in 2010 among schoolchildren in the Mueang Rayong district of Thailand
102                This study was based on 2,593 schoolchildren in the second to fourth grades (7-10 y) o
103                             Since 1990, most schoolchildren in the United States have received a seco
104                             We screened 4037 schoolchildren in two counties in Wales, UK (intermediat
105 pted influenza vaccines were compared in 555 schoolchildren in Vologda, Russia.
106  an essential component of anemia control in schoolchildren in whom hookworms are endemic, and should
107 d-, fourth-, and fifth-grade American Indian schoolchildren includes an intervention that promotes in
108 spective study of Southern California public schoolchildren living in 12 communities with different l
109 clinical malaria, parasitemia, and anemia in schoolchildren living in a high-malaria-transmission set
110        The vitamin A status of 21 Nicaraguan schoolchildren (mean age: 6.7 y; range: 5.3-9.3 y) was a
111 nd capillary blood was obtained from healthy schoolchildren (n = 100; +/- SD age: 8.9 +/- 0.3 y) in C
112   In a cross-sectional survey among Ghanaian schoolchildren (n = 1604), data were collected on report
113   Intermittent preventive treatment (IPT) in schoolchildren offers a promising option for malaria con
114 ive in children younger than 5 years, one in schoolchildren, one in adults, two in pregnant women).
115 d intervention trials that enrolled infants, schoolchildren, or pregnant women (total n = 1189, after
116  surveys were undertaken for a cohort of 246 schoolchildren over 12 months.
117 for respiratory diseases among preschool and schoolchildren registered in 12 districts of Taipei City
118                                        In 80 schoolchildren residing in a malaria-endemic area of Flo
119 omponents are associated with 10-14 year-old schoolchildren's cardiorespiratory fitness.
120 California may be associated with effects on schoolchildren's respiratory morbidity as assessed by qu
121 as their sex and age at the time of imaging, schoolchildren's right-side AI volume was a significant
122                          Of 7,287 unselected schoolchildren screened, 115 were ICA(+) and were tested
123 oat swabs (Copan ESwabs) were collected from schoolchildren self-identifying with a sore throat.
124 ge (P < 0.01; rho = 0.62), and was higher in schoolchildren than in preschoolers (6.8 vs. 3.8 mum; P
125  green space and cognitive development among schoolchildren that was partly mediated by reduction in
126  studies, would be to concentrate vaccine in schoolchildren, the population group most responsible fo
127                               Among Japanese schoolchildren, there was a strong inverse association b
128 compare the education and health outcomes of schoolchildren treated for ADHD with their peers.
129 l CD markers, while the prevalence among the schoolchildren was 1%.
130             A control group of 154 Wisconsin schoolchildren was also assembled.
131                        As the vaccination of schoolchildren was discontinued, the excess mortality ra
132 January 2001, during a longitudinal study of schoolchildren, we detected the emergence of erythromyci
133                                  Ninety-five schoolchildren were assessed, 39 with controlled mild-to
134 evelopment of their offspring in areas where schoolchildren were iodine sufficient.
135 oinflammatory and type 2 responses of Kenyan schoolchildren were measured before, and 1 year and 2 ye
136 y sample representing 8th to 12th grade U.S. schoolchildren were screened during the 1986/1987 school
137 tly hospitalized and 12 nonhospitalized Thai schoolchildren were stimulated with inactivated dengue a
138  of CSOM among children in Kenya; unaffected schoolchildren were taught to administer the interventio
139             From 1962 to 1987, most Japanese schoolchildren were vaccinated against influenza.
140                                    When most schoolchildren were vaccinated, it is possible that herd
141  IFNgamma-, and IL-2-producing T cells among schoolchildren who subsequently developed subclinical in
142 not all states have achieved coverage of all schoolchildren with 2 doses of MMR vaccine, most states
143                                 Overall, 983 schoolchildren with 3,071 second molars were available f
144 h cohort), and then replicated in adults and schoolchildren with asthma (cross-sectional studies).
145                 These findings indicate that schoolchildren with hemoglobin C mutation might contribu
146 respiratory) in iron-deficient South African schoolchildren with low DHA/EPA intake, but when iron wa
147 ed absenteeism and illness in iron-deficient schoolchildren with low fish intake.
148 ava on serum retinol concentration in Kenyan schoolchildren with marginal vitamin A status.
149 e with biopsies from 21 previously described schoolchildren with severe asthma (group 3, 5-11.2 yr).
150 s accumulating that universal vaccination of schoolchildren would reduce the transmission of influenz

WebLSDに未収録の専門用語(用法)は "新規対訳" から投稿できます。
 
Page Top