ライフサイエンスコーパス: English-speaking

1 t clinic A1 to 64.6% at clinic A2), and were English speaking.

2 stable relationships (1445/2114 [68%]), and English-speaking.

3 436 [58.3%]), Hispanic (14 809 [46.9%]), and English-speaking (22 519 [71.3%]), and had Medicaid insu

4 ars; female, 122 [43.3%]; male, 160 [56.7%]; English-speaking, 236 [83.7%]; LOE, 46 [16.3%]; American

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

6 Eligible patients were 70 years or older, English-speaking, able to communicate verbally, and sche

7 d 4 semistructured focus groups, with 3 to 6 English-speaking adolescents (aged 13-19 years) in each

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

9 experience of correctional control among 200 English-speaking adult patients presenting for care at t

10 this prospective longitudinal cohort study, English-speaking adult patients with a new diagnosis of

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

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

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

14 English-speaking adults 18 years old or older who were a

15 Eligible participants were English-speaking adults 50 years or older with serious i

16 d sample that targeted noninstitutionalized, English-speaking adults aged 25 to 74 years in the conti

17 This study compares how English-speaking adults and children from the United Sta

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

19 A total of 1200 English-speaking adults in the US were recruited from a

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

21 English-speaking adults scheduled for surgery from a sin

22 rom August 26 to October 28, 2020, US-based, English-speaking adults were recruited from the general

23 Subjects included English-speaking adults who had an ICU experience or a f

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

25 n transplant center included Black and White English-speaking adults who were referred for KT and dee

26 emistructured interviews were conducted with English-speaking adults with HS (aged >=18 years) recrui

27 domized clinical trial randomly assigned 228 English-speaking adults with NF from around the world on

28 iary care centers across the US and included English-speaking adults with unilateral vocal fold immob

29 leted across two studies with a total of 299 English-speaking adults.

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

31 ench-English speaking, or neither French nor English speaking (allophone) children, the last 2 groups

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

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

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

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

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

37 ce in surgical delay beyond 24 hours between English-speaking and non-English-speaking patients (3321

38 In 2019, English-speaking and Spanish-speaking LEP patients with

39 nes) stratified sampling was done to recruit English-speaking and/or Spanish-speaking, cognitively in

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

41 ological mothers who were 18 years or older, English speaking, and a legal and custodial guardian; an

42 gible to participate were 65 years or older, English speaking, and had at least 3 chronic conditions;

43 ccess to an Internet-accessible device, were English speaking, and lived in a hurricane-affected area

44 y were aged 18 years or older, HIV positive, English speaking, and met criteria for alcohol use disor

45 te, the proportion of the population that is English speaking, and the proportion of the population t

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

47 Participants were older than 18 years, English-speaking, and able to provide informed consent.

48 English-speaking, bilingual French-English-speaking, and allophone children were more likel

49 a higher percentage of foreign-born and non-English speaking areas.

50 merican Indian/Alaska Native, 13 241 [25.0%] English-speaking Asian, 3588 [6.8%] English-speaking Bla

51 English-speaking Asian/Pacific Islander patients and Chi

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

53 following criteria: aged 18 years or older, English speaking, at least 6 months elapsed since neonat

54 Eligible participants were English-speaking AYAs between ages 13 and 25 years with

55 children were classified as French speaking, English speaking, bilingual French-English speaking, or

56 English-speaking, bilingual French-English-speaking, and

57 [25.0%] English-speaking Asian, 3588 [6.8%] English-speaking Black/African American, 4744 [9.0%] Eng

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

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

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

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

62 Data were from 363 English-speaking children (52% male; 59.8% White) in the

63 four large, partially overlapping groups of English-speaking chronic left hemisphere stroke survivor

64 ld's 7000 languages and the preponderance of English-speaking cohorts.

65 ited consecutive surviving patients who were English speaking, consented to follow-up, and were rando

66 learners' affective experiences in immersive English-speaking contexts, (2) the neglect of routine cl

67 eo visits considerably less often than their English-speaking counterparts.

68 the commencement of vaccination programs in English speaking countries and across the United States.

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

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

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

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

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

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

75 mple (N > 700,000 online adults, mainly from English-speaking countries), Honesty-Humility and Agreea

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

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

78 In a large-scale study (N = 4,497), English-speaking dog guardians reported on their dogs' l

79 Seventy English-speaking dyads and 63 Somali-speaking dyads play

80 similarly below optimal for both groups, and English-speaking dyads' MI did not improve with experien

81 ts: WFH is about twice as common in advanced English-speaking economies as in much of Asia.

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

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

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

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

86 ample included 2152 adult (aged >=18 years), English-speaking firearm owners residing in the US; the

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

88 n screening by race and ethnicity within the English-speaking group, a single language-race-ethnicity

89 ups with Latinx participants (n = 24), and 4 English-speaking groups with Black and Latinx participan

90 organized by race/ethnicity and language: 4 English-speaking groups with Black participants (n = 34)

91 Non-English-speaking Hispanic patients reported more problem

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

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

94 English-speaking individuals 18 years or older were recr

95 c/racial minorities, older patients, and non-English-speaking individuals were significantly less lik

96 d IQ-comparable groups of previously-studied English-speaking individuals with ASD (n = 45) and contr

97 ine hypersexuality and its impact among nine English-speaking individuals with PD.

98 Individuals who were non-English speaking, lacked autonomous medical decision-mak

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

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

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

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

103 speaking Black/African American, 4744 [9.0%] English-speaking Latino/Latina/Latinx, 760 [1.4%] Pacifi

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

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

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

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

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

109 guage barriers which disadvantage non-native English speaking learners across multiple dimensions in

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

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

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

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

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

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

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

117 affected minority communities with many non-English-speaking members.

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

119 ological history were included: eight native English-speaking monolinguals and eight native Spanish-s

120 Participants were adult, English-speaking, Muslim patients who were evaluated at

121 rting scores were lower in the US than other English-speaking nations and variation existed by publis

122 The inclusion of non-English-speaking (NES) participants in pediatric researc

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

124 ears, capable of providing informed consent, English speaking or having English comprehension, eligib

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

126 English-speaking or Spanish-speaking caregivers of child

127 speaking, English speaking, bilingual French-English speaking, or neither French nor English speaking

128 [42.9%] English-speaking White, 4857 [9.0%] English-speaking other [including individuals who indica

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

130 roup interviews with health visitors (n=10), English-speaking parents (n=6), and Sylheti-speaking par

131 The survey was administered to English-speaking parents and caregivers in the US, UK, C

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

133 3 at outpatient otolaryngology clinics among English-speaking parents of children aged 2 to 17 years

134 uded a community-based convenience sample of English-speaking parents of typically developing childre

135 Native Mandarin- and English- speaking participants each listened to both Man

136 ctive cohort study that enrolled 744 healthy English-speaking participants >= 18 years with a singlet

137 from a diverse convenience sample of 18,895 English-speaking participants in 125 countries (65.0% fr

138 All English-speaking participants in the Secondary Preventio

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

140 se prior studies focus almost exclusively on English-speaking participants, a group that is not repre

141 our series of online experiments with 14,034 English-speaking participants.

142 erved based on language type, with simulated English-speaking patient callers significantly more like

143 as conducted on transcripts of 97 audiotaped English-speaking patient encounters from 3 clinics in Ne

144 Being a non-English-speaking patient was associated with an odds rat

145 reased the likelihood of follow-up among non-English speaking patients (P < .001).

146 tion included limited functionality with non-English speaking patients and lack of access for physici

147 aring for limited English proficiency versus English speaking patients as well as the relationship be

148 e considered the comparison group to the non-English speaking patients.

149 visit interactions/patient/mo; P < .001) and English-speaking patients (0.52 [95% CI, 0.47-0.58] vs 0

150 More eConsultations were completed for English-speaking patients (11 363 eConsultations [95.0%]

151 , 20.2%-31.1%], respectively; P < .001), non-English-speaking patients (3.2% [95% CI, 0.7%-5.6%] vs 1

152 nd 24 hours between English-speaking and non-English-speaking patients (3321 patients [51.7%] vs 14 4

153 nts (11 363 eConsultations [95.0%]) than non-English-speaking patients (597 eConsultations [5.0%]).

154 ed at the beginning of the pandemic for both English-speaking patients (change, 6.09% (95% CI, 4.82%

155 % (95% CI, 4.82% to 7.37%; P < .001) and non-English-speaking patients (change, 8.48% [95% CI, 5.79%

156 [95% CI, 31.4%-31.8%]), Spanish-speaking vs English-speaking patients (UHealth: 18.4% [95% CI, 17.2%

157 All consenting English-speaking patients aged 18 years or older and ref

158 The study population included 95 623 English-speaking patients at least 25 years old with a p

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

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

161 English-speaking patients were considered the comparison

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

163 All English-speaking patients who were physically and cognit

164 es between dyads of 1094 physicians and 4331 English-speaking patients, we assessed matching (concord

165 had a higher hospital readmission risk than English-speaking patients.

166 d 4.0% with missing race or ethnicity; 91.2% English-speaking patients; mean [SD] age, 51.9 [19.2] ye

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

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

169 TICIPANTS: In this prospective cohort study, English-speaking pregnant patients aged 18 years or olde

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

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

172 probability sample of noninstitutionalized, English-speaking respondents aged 25 to 74 y.

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

174 seeks to bridge this gap by investigating an English-speaking sample (N = 5198) comprising an age- an

175 In three English-speaking samples, younger individuals and women

176 Compared with English-speaking simulated patient callers, the odds of

177 research personnel assigned to the roles of English-speaking, Spanish-speaking, and Mandarin-speakin

178 dmission within the preceding 5 years in the English-speaking subgroup of an international cohort of

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

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

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

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

183 In this qualitative study, English-speaking transgender and nonbinary adults using

184 n current I/NGO practice, we randomly assign English-speaking Twitter users who have sent messages co

185 litative telephone interviews were held with English-speaking US adults aged 18 years or older with a

186 e, population-based internet survey study of English-speaking US adults participating in KnowledgePan

187 ticipants were women aged 30 years or older, English-speaking, US residents, and had access to the in

188 cycles per individual), among international English-speaking users of a digital birth control applic

189 We show that bilingual and English-speaking users play more central roles compared

190 5 males), and 19 healthy, age-matched native English-speaking volunteers (M = 10.33; 11 males).

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

192 polis, were aged 13 years or older, and were English speaking were eligible.

193 Patients aged under 16 or non-English speaking were excluded.

194 Patients who were non-English speaking, were unhoused, were long-stay resident

195 ss likely to be screened for depression than English-speaking White patients (Chinese language prefer

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

197 760 [1.4%] Pacific Islander, 22 689 [42.9%] English-speaking White, 4857 [9.0%] English-speaking oth

198 English-speaking women (aged >=18 years) who screened po

199 English-speaking women age >= 60 years, newly diagnosed

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

201 SC-RCT study, including 316 African American English-speaking women between ages 40 and 75 years with

202 owing intention-to-treat principles included English-speaking women with early-stage breast cancer pr

203 esentations as revealed through books of the English-speaking world from 1800 to 1999.

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

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