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4 tical appraisal of the empirical research on racial and ethnic disparities in incidence, survival, an
10 approved the ASCO Strategic Plan to Increase Racial and Ethnic Diversity in the Oncology Workforce.
15 haracterize and assess the representation of racial and ethnic minorities and women in randomized con
16 xhibits profound disparities in the USA with racial and ethnic minorities experiencing disproportiona
17 underlying persistent underrepresentation of racial and ethnic minorities in critical care fellowship
19 cisions made for their children with cancer, racial and ethnic minority parents are at heightened ris
20 ry of incarceration are more likely to be of racial and ethnic minority populations, poor, and have h
28 ed a significant indirect effect of implicit racial bias on proprioceptive drift and magnitude of ill
29 reviews evidence on compounded deprivation, racial cleavages, civic engagement, institutional cynici
32 on modeling examined the association between racial composition of neighborhoods and OHCA survival, a
33 resuscitation care and outcomes vary by the racial composition of the neighborhood where out-of-hosp
34 personnel on OHCA outcomes according to the racial composition of the neighborhood where the OHCA ev
37 d other factors controlled for, the observed racial difference in 25(OH)D concentrations did not dimi
40 eighborhood SES explained 29% and 24% of the racial difference in the average rate of change in systo
45 ter clinical severity adjustment, gender and racial differences and hospital characteristics appear t
47 s recommended SBP levels and to determine if racial differences exist based on long-term cognitive tr
49 patients was attributable to elimination of racial differences in acute resuscitation survival (blac
50 has been largely mediated by elimination of racial differences in acute resuscitation survival and g
58 white/European American (EA) adults explain racial differences in cardiometabolic (CMB) disease risk
61 This was an exploratory study to assess the racial differences in dietary changes in relation to qua
62 nd Retirement Study (n = 34,757) to estimate racial differences in exposure to the death of family me
63 se of stroke; however, little is known about racial differences in ICAD prevalence and its risk facto
71 nd CHD among 9578 REasons for Geographic And Racial Differences in Stroke (REGARDS) study participant
72 based cohort, the REasons for Geographic and Racial Differences in Stroke (REGARDS) study, we evaluat
74 ve as the basis for examining geographic and racial differences in stroke risk and the incremental di
75 dy (CHS), and the Reasons for Geographic and Racial Differences in Stroke study (REGARDS) by sex.
76 ck REGARDS study (Reasons for Geographic and Racial Differences in Stroke) participants with (n=241)
78 d in the REGARDS (REasons for Geographic and Racial Differences in Stroke) study, a national prospect
79 he REGARDS study (Reasons for Geographic and Racial Differences in Stroke), the MESA (Multi-Ethnic St
83 rovide novel insights for the elimination of racial differences in survival for other conditions.
96 iments further revealed that making societal racial discrimination salient increased the accuracy of
97 e totality of ways in which societies foster racial discrimination through mutually reinforcing syste
100 f private well locations is unavailable; (2) racial disparities have perpetuated reliance on private
101 These results enrich our understanding of racial disparities in cancer and carcinogenic process.
103 e contribution of sickle cell trait (SCT) to racial disparities in cardiopulmonary fitness is not kno
106 elucidated to define strategies for reducing racial disparities in community-associated MRSA rates.
108 nal risk factors that may be associated with racial disparities in diabetes incidence but have not si
110 tional Transplant System did not exhibit the racial disparities in evaluation for KT as have been fou
115 observed association could, in part, explain racial disparities in incidence of ER- breast cancer.
120 ss to care could substantially reduce ethnic/racial disparities in overall survival among nonelderly
121 m medical judgments, which may contribute to racial disparities in pain assessment and treatment.
128 the molecular basis underlying the striking racial disparities of this disease, and represents a gen
129 g with these demographic changes, staggering racial disparities persist in health, wealth, and overal
131 ession were used to study the association of racial disparities with process of care and outcome meas
134 Here, we overview the molecular basis of racial disparity in cancer susceptibility ranging from g
135 factors in young adulthood with the observed racial disparity in diabetes incidence between middle-ag
141 tion analysis to determine the proportion of racial disparity mediated by socioeconomic factors.
142 value, and rural status, 91% of the original racial disparity was explained; no significant associati
146 significantly associated with the degree of racial diversity (P < .001) within a study cohort: 30.0%
147 and differential dropout, limited ethnic and racial diversity, and differences in definitions of expo
148 ome White respondents tended to overestimate racial economic equality in the past, Black respondents,
154 Could this strategy reduce a portion of racial, ethnic, and socioeconomic achievement gaps for e
155 important opportunity to reach families from racial, ethnic, and socioeconomic groups who historicall
159 ough exposure variability showed significant racial/ethnic and regional differences, high exposure bu
164 tion of vitamin D status in women of diverse racial/ethnic backgrounds.A total of 301 women who under
165 s study aimed to determine whether there are racial/ethnic differences in 1-year adherence to AET and
166 SLE mortality risk and revealed significant racial/ethnic differences in associations of SLE mortali
168 ventions focused on these factors may reduce racial/ethnic differences in lung cancer incidence and m
170 ations and mortality with digoxin use but no racial/ethnic differences in outcomes were observed.
173 We aimed to determine whether there are racial/ethnic differences in resource utilization and in
175 al mtDNAcn and add to literature documenting racial/ethnic differences in the psychological sequelae
178 t on insurance coverage, access to care, and racial/ethnic disparities among adults with chronic dise
192 sis tested the effect of the New York law on racial/ethnic disparities, using California as a compara
194 r lung cancer between 2000 and 2013 for each racial/ethnic group (non-Hispanic black, Hispanic, Asian
198 33 participants (78.7% response rate) from 3 racial/ethnic groups (Chinese [recruited from February 9
199 evels were compared between Asians and other racial/ethnic groups (white, black, Mexican American, an
200 substantially greater risk factor for all 3 racial/ethnic groups across all locations of ICH: whites
201 al trends in the representation of women and racial/ethnic groups across critical care fellowship typ
202 re often divided categorically into distinct racial/ethnic groups based on social rather than biologi
204 iles) as the predictor variable within the 4 racial/ethnic groups in the Multi-Ethnic Study of Athero
205 n in the incidence of early AMD exists among racial/ethnic groups in the United States and is not exp
206 004 to 2013, sepsis hospitalizations for all racial/ethnic groups increased, and mortality rates decr
208 ities exist and can be modified among sexes, racial/ethnic groups, and geographic regions in US hospi
209 , and 58.6%, respectively) than males, other racial/ethnic groups, and residents of other regions, re
210 The rate of SCC decreased over time in all racial/ethnic groups, and this was most pronounced in bl
217 iminate breast cancer disparities related to racial/ethnic identity and advance knowledge related to
219 garding breast cancer disparities related to racial/ethnic identity, socioeconomic status, and tumor
223 pants were white, and for many participants, racial/ethnic information was either not collected or no
224 in overweight or obese adults, older adults, racial/ethnic minorities (including Asian Americans), an
225 women (odds ratio, 0.81; 95% CI, 0.79-0.85), racial/ethnic minorities (odds ratio, 0.65; 95% CI, 0.61
226 ients (OR, 1.84; 95% CI, 1.24-2.73) or other racial/ethnic minorities (OR, 2.19; 95% CI, 1.16-4.11) h
227 s is limited by underuse, particularly among racial/ethnic minorities and individuals of low socioeco
228 individuals treated with in-center HD or PD, racial/ethnic minorities had a lower risk for death than
230 female critical care fellows and those from racial/ethnic minorities were underrepresented in all ye
231 mes were greatest among women, older adults, racial/ethnic minorities, and individuals with lower edu
232 g subgroups, especially women, older adults, racial/ethnic minorities, and the socioeconomically disa
233 Although ESRD disproportionately affects racial/ethnic minorities, data on disparities in use and
235 es and lower body weight, particularly among racial/ethnic minorities, we sought to determine whether
244 gnosis had the greatest influence on overall racial/ethnic survival disparities accounting for 24% of
246 ercentage contribution of factors to overall racial/ethnic survival disparities was estimated from a
248 Stage at diagnosis had the largest effect on racial/ethnic survival disparities, but earlier detectio
250 to PM-associated QT prolongation in a multi-racial/ethnic, genome-wide association study (GWAS).
251 eworthy finding because the narrowing of the racial gap in neighborhood poverty for blacks has gone l
252 By treating a specific cancer type and a racial group as an "experimental unit", driver mutation
256 ealth to the US population across ethnic and racial groups helps guide strategies to preserve vision
257 tions are differentiated (p < 0.05) over the racial groups in five cancers, such as lung adenocarcino
260 hepatitis B vertical transmission, but other racial groups show increasing rates due to hepatitis C a
262 e; however, if not equally accessible across racial groups, disparities in cancer care quality may pe
270 results reveal an underappreciated layer of racial inequality in the United States, one that could c
273 e guidelines is particularly challenging for racial minorities and youths from less affluent families
274 of age), male adults and youths, members of racial minorities, and members of sexual minorities gene
277 continues to experience rapid growth in its racial minority population and is projected to attain so
278 Yet a half-century later, after war and racial-national extremism, the house lay in ruins and th
279 onic sleep restriction may "unmask" implicit racial or ethnic biases that are otherwise inhibited whe
280 ely within the United States reported on the racial or ethnic demographics of study participants.
282 were defined as including a greater than 20% racial or ethnic minority participants based on US censu
283 % CI, 0.705-0.746): younger age; female sex; racial or ethnic minority; no history of hypertension, d
284 in D (25[OH]D) concentration, age, ethnic or racial origin, body-mass index, vitamin D dosing regimen
285 or in conjunction with scenarios of observed racial patterns in behavioural, care, and susceptibility
287 The RNA splicing landscape of PCa across racial populations has not been fully explored as a pote
290 e, stratified by levels of metropolitan area racial residential segregation, classified using a multi
293 ing glucose, body mass index), neighborhood (racial segregation and tract-level poverty), psychosocia
296 recognizes that standard methods of defining racial subgroups are necessary to compare results across
298 educational intervention may help to address racial variations in the use of TKR for the management o
299 nter ICH study (n = 261), and (3) the Ethnic/Racial Variations of Intracerebral Hemorrhage study (n =
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