ライフサイエンスコーパス: attributable risk

1 ss risk (or risk difference), and population attributable risk.

2 ison, corresponding to a negative population attributable risk.

3 AD and may account for as much as 50% of the attributable risk.

4 ation burden of HF by calculating population attributable risks.

5 terval 1.09 to 2.21, adjusted PAR(population attributable risk) = 0.17].

6 ntly elevated, both in the primary analysis (attributable risk, 1.1 [95% confidence interval, 0.3 to

7 risk window) and in the secondary analysis (attributable risk, 1.2 [95% CI, 0.2 to 3.2] for the 21-d

8 = 5.75, P=.0005) and the highest population-attributable risk (15.1%) for CD among reported DPMs in

9 SNP (rs1219648) = 1.1 x 10(-10); population attributable risk = 16%).

10 = 2.41, 95% confidence interval: 1.14, 5.11; attributable risk = 2.84 per million doses administered,

11 nal insufficiency had the highest population attributable risk (27%).

12 .53) for the high-risk allele and population attributable risk 28.00.

13 d of attempts with intent to die (population attributable risk, 29.01%) in the United States annually

14 ildren (relative risk, 3.4; 95% CI, 3.0-3.9; attributable risk = 4.0 excess cases per 10,000 doses; 9

15 ildren (relative risk, 6.5; 95% CI, 5.3-8.1; attributable risk, 9.5 excess cases per 10,000 doses; 95

16 The population attributable risk (95% CI) of 90-day mortality associate

17 Attributable risk analysis techniques were used to estim

18 Using attributable risk analysis, we found that approximately

19 This study aimed to assess the attributable risk and potential benefit of smoking cessa

20 Study [NIH-AARP]), we estimated relative and attributable risks and combined them with age-specific U

21 , injections (aOR=2.7; 95% CI: 1.3, 5.8; 37% attributable risk), and hemodialysis (aOR=11.5; 95% CI:

22 ease associations, for estimating population attributable risk, and for informing health policy and c

23 els to determine the adjusted relative risk, attributable risk, and number needed to harm of nonobste

24 atio [HR], 2.14; 95% CI, 1.17-3.92; P = .01; attributable risk [AR], 3.5 cases/10,000 persons), and t

25 Estimates of attributable risk are highly variable.

26 use postmenopausal hormones, the population attributable risks are 24.2% (95% CI, 19.8%-29.1%) for a

27 Attributable risks are calculated in reference to the de

28 e interval 3.2-7.9) for ARM and a population attributable risk as high as 57%.

29 th age and to model the projected population-attributable risk associated with 3 different vaccinatio

30 The population-attributable risk associated with hospitalization with i

31 tures and stillbirth risk, and estimated the attributable risk associated with local temperature extr

32 The population-attributable risk associated with these 4 risk factors w

33 The population attributable risks associated with the 80th percentile o

34 Delirium exerted the highest attributable risk at the population level (5.8%; 95% CI,

35 prevalent cardiovascular disease, and their attributable risk by sex.

36 Population-attributable risk calculations for the associated haplot

37 Attributable risk can be defined as the ratio of average

38 e a large proportion of the locus population attributable risk can be explained by the uncovered vari

39 Attributable risk combines information on the prevalence

40 Population-attributable risk, determined from predictors of risk an

41 Attributable risks did not vary by age, ultraviolet B fl

42 We estimate that the population attributable risk due to this aminoacid substitution for

43 The population attributable risk due to trans fat intake was 7% (95% CI

44 The population attributable risk estimated for a reduction in PM2.5 con

45 onset (rs4606565, P = 0.02); the population-attributable risk, estimated from the least-selected cas

46 Population-attributable risk estimates associated with metabolic sy

47 variates slightly decreased the relative and attributable risk estimates for current smoking in both

48 disability-adjusted life years (DALYs), DALY-attributable risk factors, years of life lived with disa

49 Although the population attributable risk for any of the genes identified to dat

50 The estimated population attributable risk for C3F was 22%.

51 aled that hypertension had a high population-attributable risk for CHF, accounting for 39% of cases i

52 Thus, the population attributable risk for delusion was only 2.62% compared w

53 The population attributable risk for DM as a CVD risk factor increased

54 with infertility and preterm birth, yet the attributable risk for female genital tract infections re

55 logy to estimate independent and overlapping attributable risk for five tiers of behavioural, metabol

56 The population attributable risk for job strain was 3.4%.

57 ibutable risk for oral cancer and 80% of the attributable risk for larynx cancer results from tobacco

58 , explains an additional 13.2% of population attributable risk for lung cancer.

59 The adjusted population attributable risk for mortality related to major bleedin

60 n shown to be associated with the population attributable risk for myocardial infarction.

61 Approximately 90% of the attributable risk for oral cancer and 80% of the attribu

62 ed relative risk of death and the population attributable risk for preventable risk factors were as f

63 .1C-bearing genotypes account for 37% of the attributable risk for rapid progression among African Am

64 nferring a moderate relative risk and a high attributable risk for relapse in pediatric ALL patients.

65 Estimates of population attributable risk for the common allele of this SNP sugg

66 The age-/sex-adjusted population attributable risk for these Simple 7 metrics combined wa

67 Estimates of adjusted population attributable risk for these three processes were 45% for

68 The attributable risk for this composite end point was 1.68

69 a substantial or even majority of population-attributable risk for type 2 diabetes and age-related ma

70 Population attributable risks for all cause mortality and cardiovas

71 ition 402, is linked to approximately 50% of attributable risks for AMD.

72 Population-attributable risks for diabetes associated with the T-al

73 in the desirable categories; the population attributable risks for high non-HDL-C and low HDL-C were

74 Attributable risk fraction and the exposed index number

75 Because estimates of the attributable risk fraction caused by these experiences w

76 encephalopathy, and therefore the population attributable risk fraction for an IQ score that might be

77 The attributable risk fraction for mortality of AKI was 31.4

78 The population attributable risk fraction for perinatal death related t

79 This corresponds to a population-attributable risk fraction of 5.2%.

80 Overall, the population-attributable risk fraction of patients was 5%, suggestin

81 The population attributable risk fraction was considerably greater in f

82 This attributable risk fraction was higher in women than men

83 ese women, were used to calculate population attributable risk fractions (PAFs).

84 Calculation of population attributable risk fractions demonstrated that one third

85 The population-attributable risk fractions for 1 or more experiences we

86 The attributable risk fractions were lowest in those ages 15

87 Deficiency in n-3 LCFAs was defined as attributable risk from 13 morbidity and mortality outcom

88 s despite our collective efforts to minimize attributable risk from known contributors to CAD such as

89 We estimated the population attributable risk from passive smoking to be 27% for dec

90 arameters (the odds ratio and the population attributable risk), guidelines for causal inference, and

91 Thus, attributable risk identifies exposures most productively

92 The estimated attributable risk in Boston exceeded 1,800 deaths during

93 The attributable risk in our cohort for total soda consumpti

94 s carriers aged >55 years, with a population attributable risk in this age group of 0.93% (95% CI 0%-

95 Influenza-attributable risks in comparable nonpregnant and postpar

96 st effect translates into a large population attributable risk-influencing as much as 25% of type 2 d

97 djusted OR [aOR]=5.4; 95% CI: 1.5, 19.0; 17% attributable risk), injections (aOR=2.7; 95% CI: 1.3, 5.

98 provides a framework for estimating lifetime attributable risk (LAR) of cancer incidence associated w

99 conservative estimate of additional lifetime attributable risk (LAR) of cancer incidence for females

100 g (MPI) with SPECT on the estimated lifetime attributable risk (LAR) of cancer is unknown.

101 Odds ratios (ORs), attributable risks, liability R2 values, and proportions

102 ype 2 diabetes in Mexican Americans, but the attributable risk may be lower than in Caucasian populat

103 rences in results between the drinking water attributable risk method, which has been the main basis

104 The drinking water attributable risk method, which was the basis for previo

105 Using an attributable risk methodology, this study calculated inp

106 ributable to blood pressure using population-attributable risk, mortality, and the population size of

107 .9%-6.9%) by day 90, reflecting a population-attributable risk of 0.8% (95% CI, .4%-1.1%).

108 parison translates to an upper limit for the attributable risk of 1 intussusception case per 65,287 R

109 is in blacks and whites and had a population attributable risk of 16% in blacks and 9% in whites.

110 The estimated population-attributable risk of 21.6% (95% CI 10.0%-31.0%) suggests

111 The estimated population attributable risk of 25(OH)D concentrations <50 nmol/L f

112 n had low fitness, which led to a population-attributable risk of 39% for CVD mortality and 44% for a

113 ity to asthma and obesity, with a population attributable risk of 39.7%.

114 0q26 and is estimated to confer a population attributable risk of 49.3%.

115 in CFRD onset and had a combined population-attributable risk of 68%.

116 interval [CI], 1.96-2.72) with a population-attributable risk of 7.7% (99% CI, 6.3-8.8).

117 , 2.44; 99% CI, 2.06-2.89) with a population-attributable risk of 8.5% (99% CI, 7.0-9.6).

118 Relative risk models yielded an attributable risk of 86% for men and 89% for women, usin

119 he dietary exposures examined convey limited attributable risk of AF in the general population.

120 The population-attributable risk of alcohol abuse on each outcome was o

121 The population-attributable risk of all risk factors combined was 41.9%

122 AMD 2.7-fold and may account for 50% of the attributable risk of AMD.

123 ovide a better assessment of the comorbidity-attributable risk of antibiotic-resistant infections.

124 tive risk of nearly 10-fold and a population attributable risk of approximately 10%.

125 erial events and to determine the population attributable risk of arterial events by VTE in a large p

126 The population-attributable risk of AS associated with 3 cardiac risk f

127 Genotype accounted for ~9% of the population-attributable risk of ASD.

128 phic female phantom and to estimate lifetime attributable risk of breast and lung cancer incidence on

129 These data were used to estimate lifetime attributable risk of cancer above baseline using the app

130 iation examinations to estimate the lifetime attributable risk of cancer in children with heart disea

131 ) would accrue an overall estimated lifetime attributable risk of cancer mortality of about 1.9%, wit

132 s for 10 years carries an estimated lifetime attributable risk of cancer of 0.9% for male patients an

133 r for 10 years carries an estimated lifetime attributable risk of cancer of 1.6% for male patients an

134 Median lifetime attributable risk of cancer ranged widely depending on s

135 , 0.1-76.9 mSv), and the associated lifetime attributable risk of cancer was 0.07% (range, 0.001%-6.5

136 The lifetime attributable risk of cancer was estimated to be as high

137 an important contribution to the population attributable risk of cardiovascular disease; lifestyle f

138 The population-attributable risk of CHD for elevated CRP was 11%.

139 A large proportion of the attributable risk of CKD in this population was associat

140 ight potentially explain at least 90% of the attributable risk of coronary artery disease.

141 The population-attributable risk of criminality from childhood disorder

142 xpectancies, life-years lost, and population-attributable risk of death associated with smoking and w

143 ity of smokers is tripled and the population-attributable risk of death associated with smoking is do

144 The population-attributable risk of death associated with smoking was 6

145 ding change in population exposure and PM2.5-attributable risk of death prior to the year 2000 is mad

146 The attributable risk of dementia between individuals with a

147 sis in this cohort (136/200), the population attributable risk of dementia related to intracranial at

148 d olanzapine have greater diabetes risk, the attributable risk of diabetes mellitus with atypical ant

149 ence interval, 1.9 to 4.8), for a population attributable risk of disciplinary action of 26 percent.

150 Cox proportional hazards models; population attributable risk of DM as a CVD risk factor was calcula

151 The population-attributable risk of EoE was 31% (95% CI, 28% to 34%), s

152 Pregnancies in donors may incur attributable risk of gestational hypertension or preecla

153 The population attributable risk of hard domestic water on AD was 2%.

154 The attributable risk of HF was estimated as the difference

155 id not mitigate the importance or population attributable risk of high Alzheimer's pathology scores o

156 Population attributable risk of important factors for allergic rhin

157 We calculated the population proportional attributable risk of indoor tanning in the United States

158 The attributable risk of intussusception after the administr

159 We estimated the population attributable risk of lead exposure to be 13.5% and 9.6%

160 The population attributable risk of long-term admission to a nursing ho

161 k of LVH did not vary by race or gender, the attributable risk of LVH was greater in blacks and women

162 ntial life lost and estimated the population attributable risk of mortality due to mental disorders.

163 Disease Score, in assessing the comorbidity-attributable risk of nosocomial infections with methicil

164 anslate into a highly significant population-attributable risk of obesity.

165 e crime register to determine the population-attributable risk of patients with severe mental illness

166 The estimated population-attributable risk of preterm birth for childhood wheezin

167 ent with rituximab was associated with a 15% attributable risk of serious adverse events after day 10

168 c deletions contribute ~4% of the population-attributable risk of sporadic CHD.

169 The population attributable risk of stroke or systemic embolism associa

170 Debate continues about the magnitude of the attributable risk of the association between RRV-TV and

171 accounted for the greatest proportion of the attributable risk of the lack of awareness of hypertensi

172 We estimate that the population attributable risk of the new locus, marked by rs6983267,

173 The population attributable risk of these mutations was 2.2% for schizo

174 .0% (95% CI 2.2-5.7) reduction in population attributable risk of TIA and stroke.

175 rs11066320 was responsible for a population-attributable risk of TOF of approximately 10%.

176 Baseline CVD had population attributable risks of 51% and 27% for CVD and all-cause

177 uming causality, ever smoking had population attributable risks of 77% (95% CI: 0.55, 0.89) for ESCC,

178 Lifetime attributable risks of cancer were calculated using the a

179 and effective doses, and projected lifetime attributable risks of cancer.

180 The attributable risks of diabetes mellitus associated with

181 led calculation of incidence rate ratios and attributable risks of excess cases of Guillain-Barre syn

182 from 256-slice CTPA and associated lifetime attributable risks of radiation cancer were determined f

183 Projected lifetime attributable risks of solid cancer were higher for young

184 The population attributable risk (PAR) associated with individual risk

185 We calculated the population-attributable risk (PAR) by comparing incidence and morta

186 We estimated the population-attributable risk (PAR) for major MI risk factors among

187 g meta-analyses, we estimated the population-attributable risk (PAR) of Alzheimer's disease worldwide

188 oking together explain 61% of the population-attributable risk (PAR) of AMD.

189 revious studies indicate that the population attributable risk (PAR) of bladder cancer for tobacco sm

190 We also estimated the population attributable risk (PAR) of familial factors in JIA.

191 e variant accounted for 1% of the population attributable risk (PAR) of TOF.

192 Haplotype-based calculation of population-attributable risk (PAR) results in an estimated PAR of 1

193 Moreover, estimation of population attributable risk (PAR) suggested that nsVT was the stro

194 ence interval: 1.5, 2.3), and the population attributable risk (PAR) was 3.6%.

195 Population attributable risk (PAR) was estimated using Levin's form

196 fidence intervals [95% CIs]), and population attributable risk (PAR) were calculated.

197 ell cancer cases attributable (or population attributable risk (PAR)) to 1) well-established risk fac

198 ks (RRs) for incident cancers and population-attributable risk (PAR).

199 ndex; Receiver Operator Curve and Population Attributable Risk (PAR).

200 ach examination, we estimated the population attributable risks (PAR) of traditional risk factors (hy

201 ke conditions in this population (population attributable risk [PAR] = 40.5% and 35.0%, respectively)

202 women included estimating relative risks and attributable risk parameters from population-based case-

203 The population attributable risks (PARs) were 0.41, 0.40 and 0.38 for t

204 Odds ratios (OR) and their population attributable risks (PARs) were calculated, with 99% conf

205 The corresponding multivariable-adjusted attributable risk percent associated with elevated total

206 In this age group, the population-attributable risk percent of frequent cocaine for nonfat

207 lthy lifestyle, we calculated the population-attributable risk percent.

208 ndent risk factors and univariate population attributable risk percentage (PAR%) was estimated for ea

209 ce ranged from 1.90 to 2.67, and the summary attributable risk percentage (that is, the percentage of

210 ed that bathing in the lake (odds ratio 1.6, attributable risk percentage 37%) and drinking its water

211 When examined collectively, the population attributable risk percentage for disorders of mineral me

212 obesity (25.8%), with the highest population-attributable risk percentage found in African Americans

213 The population attributable risk percentage of asthma for risk of pertu

214 Among those with MRSA, the attributable risk percentage of death associated with MR

215 Thus, the attributable risk percentage of HIV to HSV-2 was 52%, an

216 The population-attributable risk percentage of pancreatic cancer based

217 of HIV to HSV-2 was 52%, and the population attributable risk percentage was 19% in populations with

218 The population-attributable risk percentage was 30.8% for minor violenc

219 The population attributable risk percentage was calculated to determine

220 For HFpEF, the population-attributable risk percentage was greatest for hypertensi

221 measures of association, and the population attributable risk percentage was used as an indicator of

222 baseline risk factors, and their population-attributable risk percentage were analyzed.

223 sting methods for a wide range of population-attributable risk, percentage of disease-contributing ra

224 We estimated the full and partial population attributable risk percentages (PAR%) by combining the re

225 Population attributable risk percentages (PARPs) take into account

226 ucking, agriculture, and logging (population attributable risk percentages were 16.8%, 8.8%, 7.9%, an

227 Rs, 95% confidence intervals, and population attributable risk percentages were calculated according

228 mparing racial/ethnic groups, and population-attributable risk percentages were calculated for each r

229 Population attributable risk percentages were calculated for exposu

230 igher risk allele frequencies and population-attributable risk percentages were observed in Asians th

231 evalence of smoking and the large population attributable risk, programs to reduce both smoking and e

232 To determine the population-attributable risk proportion (PARP) for breast cancer as

233 The population-attributable risk proportion for 1 or more unit suicide

234 Population-attributable risk proportion of breast cancer.

235 The population-attributable risk proportions across DSM-IV disorder cla

236 icant odds ratios of 2.0-12.0 and population attributable risk proportions of 6.2%-33.7%.

237 The population-attributable risk proportions of lifetime mental disorde

238 Population-attributable risk proportions of severe role impairment

239 We compared three approaches (drinking water attributable risk, quantitative microbial risk assessmen

240 nd comparison, corresponding to a population attributable risk range of one excess admission in 66000

241 other developed countries, estimates of the attributable risk ranged from 0.6% to 1.8%, whereas in J

242 9% to 11.4%) in the later time period (P for attributable risk ratio=0.04), although multivariable ad

243 The percent attributable risk related to the APOE epsilon4 allele am

244 The population-attributable risk related to this CFH risk variant was 2

245 study in NYS, we estimated recent and future attributable risks related to extreme heat due to climat

246 l school (1 percent and 7 percent population attributable risk, respectively), but the association wi

247 Nonetheless, attributable risk retains its usefulness as an approxima

248 n on AD prevalence by calculating population attributable risks (the percent of cases attributable to

249 The population-attributable risk to develop hyperglycemia due to the T

250 The estimated attributable risk to mortality for these 2 parameters wa

251 proach akin to the calculation of population attributable risk to quantify the contribution of poor a

252 comparable in magnitude and prevalence (ie, attributable risk) to a total cholesterol level of 6.2 m

253 ime, estimated by calculating the population-attributable risk, varies by gender and age.

254 They estimated that the population attributable risk was 27% for weight increases of 5 kg o

255 The adjusted population attributable risk was 51 percent for cigarette smoking,

256 heart disease, the percentage of population attributable risk was 79% (95% CI, 40%-93%).

257 The corresponding population attributable risk was 9 percent.

258 The population attributable risk was calculated after adjustment for ba

259 The attributable risk was calculated by gender, three age ba

260 Influenza-attributable risk was calculated by subtracting event ra

261 risk of adverse birth outcomes, although the attributable risk was generally low.

262 %), and therefore, the associated population attributable risk was low (<1%).

263 ry is substantial (8.6%), and the population attributable risk was nearly 20%.

264 en than among younger children; however, its attributable risk was not.

265 79 y (OR = 0.25, 95% CI 0.21-0.30), and the attributable risk was such that in the absence of screen

266 The population proportional attributable risk were 3.0% to 21.8% for NMSC and 2.6% t

267 the use of Cox regression, our estimates of attributable risk were adjusted for the demographic char

268 Relative and attributable risks were calculated using a Poisson model

269 cs modifying the associations and population-attributable risks were determined.

270 hemodialysis (aOR=11.5; 95% CI: 1.2, 107; 8% attributable risk) were associated with case status.