ライフサイエンスコーパス: English-speaking

1 The study included 18 native English-speaking 7-13-year-old children with TS (M = 10.

2 English-speaking adult Katrina survivors (N=1,043) respo

3 a cancer center in Houston, Texas, including English-speaking adult patients with advanced cancer who

4 ng lesions to these regions in right-handed, English speaking adults, who were investigated at least

5 Participants: 3914 English-speaking adults (55% participation rate).

6 S: We placed online advertisements to target English-speaking adults in the United States searching f

7 tology clinic with a nonrandom sample of 120 English-speaking adults presenting for first appointment

8 The study population consisted of English-speaking adults who met American College of Rheu

9 Spanish speakers (n = 335), non-Hispanic English-speaking African Americans (n = 156), and other

10 Data from 11 native English-speaking and 10 native Greek-speaking participan

11 Overall, 33.9% of English-speaking and 53.9% of Spanish-speaking responden

12 We studied 12 patients with PPA (6 English-speaking and 6 Dutch-speaking), 7 patients with

13 among children 5 to 13 years of age who were English-speaking and did not report a lower leg injury w

14 d by judged-similarity tasks for monolingual English-speaking and monolingual and bilingual Japanese

15 e, 566 (78.9%) were female, 603 (84.1%) were English speaking, and 380 (53.0%) had attended college.

16 tobiliary and gastrointestinal cancers, were English speaking, and were 18 years or older.

17 English-speaking Asian/Pacific Islander patients and Chi

18 common for each cancer among black patients, English-speaking Asian/Pacific Islander patients, Chines

19 English-speaking cancer patients (18 to 75 years old) wi

20 Subjects were English-speaking cancer patients at least 18 years of ag

21 ed rubella control and CRS prevention in the English-speaking Caribbean and in Chile, Costa Rica, and

22 countries (Cuba, Chile, and countries in the English-speaking Caribbean and successfully controlled i

23 evaluative wellbeing and age in high-income, English speaking countries, with the lowest levels of we

24 ed opportunistically;all were trained in non-English speaking countries.

25 US abstracts, during open review, 31.1% from English- speaking countries and 20.9% from non-English-s

26 These patterns are replicated in the English-speaking countries of the world, but not in othe

27 ts, favoring authors from the United States, English-speaking countries outside the United States, an

28 glish- speaking countries and 20.9% from non-English-speaking countries were accepted (RR, 1.49; 95%

29 experiences of physician shortages in other English-speaking countries; it also discusses why past f

30 es to a cross-sectional, anonymous survey by English-speaking dermatology patients (aged 18 years or

31 the sensitivity of 5-month-old infants in an English-speaking environment to a conceptual distinction

32 ove communication with, and support for, non-English-speaking families of critically ill patients.

33 uate clinician-family communication with non-English-speaking family members.

34 in Chinese-speaking females in Taiwan and 35 English-speaking females in the United States.

35 Participants had to be English speaking, full-time employees, aged 21-65 years,

36 Non-English-speaking Hispanic patients reported more problem

37 n-Hispanic white, 142 non-Hispanic black, 89 English-speaking Hispanic, and 47 Spanish-speaking Hispa

38 numerical concepts as a comparable group of English-speaking indigenous Australian children.

39 English-speaking individuals 18 years or older were recr

40 f the sample; blacks (OR, 2.6; P < .001) and English-speaking Latinas (OR, 2.2; P = .02) were signifi

41 by race: 9% of whites, 15% of blacks, 17% of English-speaking Latinas, and 10% of Spanish-speaking La

42 s ratios of 1.68, 2.44, and 7.39 for blacks, English-speaking Latinas, and Spanish-speaking Latinas c

43 ility, this study poses the question, Do non-English-speaking Latino parents of children with leukemi

44 Spanish-speaking Latinos differed from both English-speaking Latinos and Caucasians on most measures

45 th service use among Spanish-speaking versus English-speaking Latinos and Caucasians with serious men

46 There were no differences between English-speaking Latinos and native Spanish-speakers who

47 ere were 539 Spanish-speaking Latinos, 1,144 English-speaking Latinos, and 4,638 Caucasians initiatin

48 y need to differentiate between Spanish- and English-speaking Latinos.

49 Native Mandarin-speaking and English-speaking listeners discriminated pitch patterns

50 the right hemisphere activated as it did in English-speaking listeners discriminating pitch patterns

51 ned individuals have higher performance than English-speaking listeners for the perceptual-cognitive

52 Panel members, all articles published in the English-speaking literature from June 1997 through Decem

53 h English-speaking minority parents and with English-speaking majority (ie, white) parents?

54 From January 2007 to July 2011, English-speaking males >/=16 years, attending a sexually

55 This study suggests that families with non-English-speaking members may be at increased risk of rec

56 d understanding of an RCT when compared with English-speaking minority parents and with English-speak

57 rved for Cantonese participants, relative to English-speaking nonmusicians.

58 Participants were English-speaking or Spanish-speaking caregivers accompan

59 Included in the study were English-speaking parents (N = 471) of randomly selected

60 ING, AND PARTICIPANTS: Prospective cohort of English-speaking parents of children aged 2 months and b

61 All English-speaking participants in the Secondary Preventio

62 s were significantly lower than those of the English-speaking participants on four subscales: Ocular

63 , 20.2%-31.1%], respectively; P < .001), non-English-speaking patients (3.2% [95% CI, 0.7%-5.6%] vs 1

64 determine whether the low-income mostly non-English-speaking patients in our S-OPAT program could ad

65 oportions of underinsured, minority, and non-English-speaking patients were associated with lower qua

66 Interview participants were adult English-speaking patients who had experienced trauma res

67 All English-speaking patients who were physically and cognit

68 care if infected was higher among males, non-English speaking persons, and those having health insura

69 All English-speaking persons older than 18 years of age were

70 A probability sample of 1043 English-speaking prehurricane residents of the areas aff

71 primary surrogate decision makers; more non-English-speaking primary surrogate decision makers (63%)

72 Nineteen English-speaking, right-handed children with a normal IQ

73 ntify cortical regions that were active when English-speaking subjects produced nouns or verbs in the

74 Data were derived from a cohort of 982 English-speaking subjects with SLE.

75 irically observed age of acquisition data of English speaking toddlers.

76 imitation by modelling the mental lexicon of English-speaking toddlers as a multiplex lexical network

77 5 males), and 19 healthy, age-matched native English-speaking volunteers (M = 10.33; 11 males).

78 ce imaging study on 21 healthy right-handed, English-speaking volunteers, we investigated activity wi

79 Non-English-speaking white patients reported more problems t

80 tification by nursing home and involving 185 English-speaking women aged 65 years or older, with or w

81 emigres now resident in various parts of the English-speaking world.

82 about Latin American social medicine in the English-speaking world.