ライフサイエンスコーパス: occupational exposure

1 rital status, diet, alcohol consumption, and occupational exposures).

2 ased risk for avian influenza infection from occupational exposure.

3 subjects with wheat-specific IgE but without occupational exposure.

4 ospective, questionnaire-based assessment of occupational exposure.

5 health as others with potential and relevant occupational exposures.

6 pulmonary disease (COPD) in association with occupational exposures.

7 risk estimates were adjusted for smoking and occupational exposures.

8 concerned about the potential health risk of occupational exposures.

9 ic transmission to humans often results from occupational exposures.

10 reported for human environmental, medical or occupational exposures.

11 A job-exposure matrix was used to assess occupational exposures.

12 c analyses of a variety of environmental and occupational exposures.

13 to be problem alcohol drinkers and to report occupational exposures.

14 reported for human environmental, medical or occupational exposures.

15 solvents, coal or stone dust, or eight other occupational exposures.

16 tyl levels were close to the lower limit for occupational exposures.

17 odds of wheeze associated with nonpesticide occupational exposures.

18 aluated current employees and assessed their occupational exposures.

19 e with measles, HCWs face increased risk for occupational exposures.

20 on tobacco smoking, alcohol consumption, and occupational exposures.

21 e suggestive of significant association with occupational exposures.

22 ls may be especially susceptible to inhalant occupational exposures.

23 characterizing risks from environmental and occupational exposures.

24 d 29 healthcare personnel were infected from occupational exposure, 1 of whom transmitted measles to

25 air and water pollution, chemicals in foods, occupational exposures, agricultural chemicals, metals,

26 e tested for interaction between smoking and occupational exposure and assessed associations separate

27 s in Minnesota to assess potential routes of occupational exposure and risk for interspecies transmis

28 We evaluated the association between occupational exposures and incidence of COPD in the Swis

29 epidemic, concern was raised about risks of occupational exposures and infections among health care

30 as to determine the association between male occupational exposures and infertility.

31 idual, and specific external factors include occupational exposures and lifestyle factors.

32 r, clinically important associations between occupational exposures and male infertility could be ide

33 f expected imaging patterns related to known occupational exposures and must also recognize newly des

34 We examined the association between occupational exposures and risk of a first clinical diag

35 ified genes are true susceptibility loci for occupational exposures and whether these SNP-by-exposure

36 in carpet dust, such as home and garden use, occupational exposure, and nearby agricultural applicati

37 ital status, body mass, alcohol consumption, occupational exposures, and diet were used to describe t

38 Further evaluation of the role of viruses, occupational exposures, and genetics in the etiology of

39 Bladder cancer is associated with smoking, occupational exposures, and glutathione S-transferase (G

40 the attacks, examine their associations with occupational exposures, and quantify physical and mental

41 ng diet, non-malignant respiratory diseases, occupational exposures, and susceptibility-gene.

42 high (kappa's between 0.4 and 0.8) for many occupational exposures; and low (kappa's < 0.4) for illn

43 mechanisms of anaphylactic reactions due to occupational exposure are usually IgE-mediated and less

44 in Baltimore, Maryland, investigated whether occupational exposures are associated with death from tu

45 t a priori hypotheses that environmental and occupational exposures are associated with sarcoidosis.

46 Occupational exposures are suspected of contributing to

47 The challenge of accurately identifying an occupational exposure as the cause of lung disease deman

48 An occupational exposure assessment indicated that more tha

49 that ratify IMS as a serious alternative in occupational exposure assessment.

50 Occupational exposure-associated risk of stage II+ COPD

51 nd among those with established disease, the occupational exposure associations with 6-minute-walk di

52 een two- and fivefold, were observed for all occupational exposures at high levels.

53 phic characteristics, risk factors (smoking, occupational exposure, atopic diseases), symptoms (chron

54 ear, or >20 mSv/year (upper annual limit for occupational exposure averaged over 5 years).

55 PFOA in serum (250-1050 ng/mL), the ongoing occupational exposure (both direct and indirect) was of

56 ncreased by cigarette smoking and by certain occupational exposures, but familial factors also clearl

57 Historically, studies have focused on occupational exposures, but more recent studies have con

58 An intermediate/high risk of occupational exposure by JEM was found in 38% of partici

59 ed tomography has demonstrated that specific occupational exposures can result in a variety of patter

60 d associations have differed in samples with occupational exposure compared with those with mainly en

61 variates including age, body mass index, and occupational exposures, consistent inverse associations

62 th large informal and unregulated workforces-occupational exposures continue to impose a heavy burden

63 Although occupational exposures contribute to a significant propo

64 btained from the questionnaire was linked to occupational exposures derived through an industry-speci

65 sures as well as children born to women with occupational exposure during pregnancy.

66 c autoimmune diseases may be associated with occupational exposures encountered in farming and indust

67 We retrospectively audited hospital occupational exposure events over a 10-year period, in a

68 the same order of magnitude as percutaneous occupational exposures for which the CDC recommends PEP.

69 Characterization of occupational exposures from wildland firefighting is imp

70 em; however, studies among workers with high occupational exposures generally have shown either no or

71 02, 7.39)) compared to females with unlikely occupational exposure (GM: 2.16 mug/L, 95% CI: (1.73, 2.

72 viral treatment prevents HIV infection after occupational exposure has led to the recommendation that

73 strategy for diagnosing HCV infection after occupational exposures has not been defined.

74 and emotional stressors, climate, diet, and occupational exposures have been studied using various o

75 -control studies regarding environmental and occupational exposures have yet to identify risk factors

76 y to sunlight, and detailed occupational and occupational exposure history.

77 xposure to B. pertussis (infected as adults, occupational exposure, immunized with an acellular vacci

78 ) who contracted unusual dermatitis after an occupational exposure in July and August of 2012 while w

79 The trend has been attributed to occupational exposure in the shipbuilding industry durin

80 ned for medical, lifestyle, residential, and occupational exposures in a population-based sample of 3

81 The authors evaluated the role of occupational exposures in asthma, chronic bronchitis, an

82 This genome-wide interaction study on occupational exposures in relation to the level of lung

83 These data support the role of occupational exposures in the etiology of respiratory il

84 The authors evaluated associations between occupational exposures in the textile industry and the r

85 Multivariable models with self-reported occupational exposures in various exposure time windows

86 1.00, 1.86) after adjustment for smoking and occupational exposures including asbestos.

87 The prevalence of occupational exposures increased linearly with the numbe

88 st, the authors investigated whether women's occupational exposures increased risks of delivering inf

89 annual health care facility visits included occupational exposures, indoor air pollution, drinking w

90 Occupational exposure is an important, global cause of r

91 have determined that community, rather than occupational, exposure is the more significant risk for

92 nt analyses suggest excess relative risks at occupational exposure levels.

93 A job exposure matrix (JEM) determined occupational exposure likelihood based on longest job in

94 At levels well below the current US occupational exposure limit guidelines (40 microg/dL), b

95 though concentrations did not exceed current occupational exposure limits, wildland firefighters are

96 1200 blood samples from people with no known occupational exposure, median blood levels for all n-alk

97 what mechanisms or environmental, dietary or occupational exposures might have created the mutations

98 Even many years after occupational exposure, more than half the blood cells of

99 We investigated whether occupational exposures near 1 ppm increase the incidence

100 We previously reported that occupational exposures near the U.S. Occupational Safety

101 xposure type, with difference guidelines for occupational exposure, nonoccupational exposure, and sex

102 y; (3) diagnosis and management of AGWs; (4) occupational exposure of healthcare workers; (5) anal ca

103 ficiently sensitive for the determination of occupational exposures of CrVI.

104 RATIONALE: The impact of a broad range of occupational exposures on subclinical interstitial lung

105 The role of occupational exposures on success of FESS has never been

106 ls cost-prohibitive for applications such as occupational exposure or environmental protection.

107 increased risk through medical, surgical, or occupational exposure or exposure to animals.

108 A vaccine to protect humans from occupational exposure or from zoonotic infection in area

109 tio [OR], 2.46; 95% CI, 1.52-4.01), years of occupational exposure (OR, 1.04 per year; 95% CI, 1.01-1

110 (2015) to calculate the potential impact of occupational exposure over the entire supply chain of pr

111 ry BPA compared to individuals with unlikely occupational exposure (p-value <0.001).

112 iables such as age, height, race, education, occupational exposure, parity, and maternal smoking.

113 fibrosing alveolitis (CFA) may be caused by occupational exposures, particularly to metal or wood du

114 ures and must also recognize newly described occupational exposure risks, often related to recent cha

115 licated SNPs that interacted with one of the occupational exposures, several identified loci were pla

116 rted two fatalities (n = 1,280 cases) and an occupational exposure study of 19 forestry workers repor

117 rted two fatalities (n = 1,280 cases) and an occupational exposure study of 19 forestry workers repor

118 particularly to those at high risk of early occupational exposure, such as first responders and heal

119 To generate hypotheses regarding occupational exposures that may cause systemic autoimmun

120 that are absorbed via the diet, or via past occupational exposure; therefore their health effects re

121 lating evidence derives from studies linking occupational exposure to AChEis to chronic health sympto

122 e abattoirs in Minnesota and Indiana who had occupational exposure to aerosolised porcine brain.

123 Occupational exposure to aerosolized particles of oil-ba

124 ingococcal disease in a laboratorian who had occupational exposure to an N. meningitidis isolate of t

125 n, raising questions about the potential for occupational exposure to an opportunistic and drug-resis

126 1.4]), and increased risk was also seen with occupational exposure to animals and pesticides.

127 Environmental or occupational exposure to arsenic is associated with a gr

128 Environmental and occupational exposure to arsenite is associated with an

129 4 bladder tumors from people with high-level occupational exposure to arylamines to those in 30 bladd

130 Individual occupational exposure to asbestos was derived from the l

131 Occupational exposure to asbestos was determined by a pr

132 Complete job histories were collected, and occupational exposure to asbestos, mineral wool (MW), an

133 l = 0.895-0.982), adjusted for age, sex, and occupational exposure to asbestos.

134 insidious tumor associated historically with occupational exposure to asbestos.

135 as done for all of the patients who reported occupational exposure to asbestos.

136 Occupational exposure to asphalt fumes may pose a health

137 for support toxicity studies using simulated occupational exposure to asphalt fumes.

138 Data on leukemia mortality and occupational exposure to benzene among rubber hydrochlor

139 histories, provide additional evidence that occupational exposure to benzene is associated with NHL

140 l malignancy among workers with a history of occupational exposure to benzene is warranted.

141 rmatogonia, our findings raise concerns that occupational exposure to benzene may have persistent rep

142 dy to identify novel susceptibility loci for occupational exposure to biological dust, mineral dust,

143 ns from infected donors, injecting drug use, occupational exposure to blood (primarily contaminated n

144 a compelling argument for protection against occupational exposure to blood either by percutaneous sh

145 l guidelines for management of patients with occupational exposure to body fluids improved documentat

146 Occupational exposure to both dust and fumes was reporte

147 ermal receipt paper is a potential source of occupational exposure to BPA, BPS, and BPSIP.

148 a group of shepherds and veterinarians with occupational exposure to C abortus-infected sheep reveal

149 les from shepherds and abattoir workers with occupational exposure to camels.

150 er describes a novel approach to account for occupational exposure to chemicals by inhalation in LCA.

151 This paper makes the inclusion of occupational exposure to chemicals fully compatible with

152 t in this paper assesses health impacts from occupational exposure to chemicals with population expos

153 Increased risk of NHL was associated with occupational exposure to chlorinated solvents (odds rati

154 Occupational exposure to Cr(VI) is strongly associated w

155 Occupational exposure to dust and fumes in men and women

156 Although occupational exposure to dust and fumes is considered a

157 uirements, and semiquantitative estimates of occupational exposure to dust, fumes, smoke, and gas.

158 For determination of whether occupational exposure to EGE was associated with increas

159 ine whether there was an association between occupational exposure to electromagnetic fields (EMFs) o

160 The ideal study of occupational exposure to electromagnetic fields and canc

161 , Li et al. present a well-designed study on occupational exposure to ELF fields and breast cancer th

162 il have been demonstrated to be sensitive to occupational exposure to enriched and depleted U, a resu

163 n urine samples from 30 adults with no known occupational exposure to environmental phenols.

164 risk of stillbirth with increasing paternal occupational exposure to external radiation are qualitat

165 Our results suggest that occupational exposure to fuel oil ash is associated with

166 Occupational exposure to gas, dust, and fumes (GDF) incr

167 A veterinarian became infected following occupational exposure to H7N2 virus-infected cats, neces

168 Although occupational exposure to HBV after vaccination did not i

169 ls were detected in health care workers with occupational exposure to HBV and in patients who acquire

170 ne in 90 health care workers with or without occupational exposure to HBV, 10-28 years after vaccinat

171 cells in vaccinated health care workers with occupational exposure to HBV.

172 in 2 HCV-seronegative persons with possible occupational exposure to HCV were found.

173 When occupational exposure to HIV is suspected, the applicati

174 prevalence among adults with versus without occupational exposure to IHOs and among children living

175 immunocompromised individuals and those with occupational exposure to infected animals.

176 One person with occupational exposure to infected cats became infected w

177 night sweats, contact with sick individuals, occupational exposure to infection, bleeding, immunodefi

178 musty odors (OR 1.62, CI 1.24-2.11) and with occupational exposure to insecticides (OR 1.61, CI 1.13-

179 t glioma and meningioma risk associated with occupational exposure to insecticides and herbicides in

180 pt 11, 2001 (9/11) created the potential for occupational exposure to known and suspected carcinogens

181 ndings do not support an association between occupational exposure to loud noise and acoustic neuroma

182 In electric utility workers, occupational exposure to magnetic fields has previously

183 Pneumonia was associated with reported occupational exposure to metal fume in the previous year

184 cated by wax printing was designed to assess occupational exposure to metal-containing aerosols.

185 ucted to investigate the association between occupational exposure to MFs and the risk of breast canc

186 ed is autoimmune in origin and is related to occupational exposure to multiple aerosolised porcine br

187 results of this study provide evidence that occupational exposure to NHPs may increase the risk of i

188 Forty-five subjects with occupational exposure to Ni and 75 referents were recrui

189 The results of this study indicate that occupational exposure to Ni is associated with alteratio

190 in a Chinese population to determine whether occupational exposure to Ni is associated with alteratio

191 Occupational exposure to nickel (Ni) is associated with

192 uals of the general population with no known occupational exposure to NMP and NEP.

193 Demonstrate that occupational exposure to nonhypoxic hypobaria is associa

194 The association between occupational exposure to organic solvents and SLE was no

195 est an increased risk of NHL associated with occupational exposure to organic solvents for women.

196 e primary objective was to determine whether occupational exposure to organic solvents is related to

197 ng other risk factors for WMHs and adds this occupational exposure to other environmentally related p

198 Our findings indicate an association between occupational exposure to PAHs among mothers who are >/=

199 g the association between estimated maternal occupational exposure to PAHs and gastroschisis in offsp

200 workers with respiratory symptoms related to occupational exposure to peach trees.

201 nvestigated the association between parental occupational exposure to pesticides and risk of childhoo

202 ooled semen sample from people with no known occupational exposure to phthalates.

203 fying exposure in the general population and occupational exposure to polycyclic aromatic hydrocarbon

204 ere stratified on the basis of self-reported occupational exposure to procedures that involve radiati

205 Neither the several studies of occupational exposure to radiofrequencies nor the few of

206 ng cancer in former uranium miners with high occupational exposure to radon gas.

207 of scenarios for reducing lung cancer due to occupational exposure to respirable crystalline silica.

208 car washers who have heavy and quantifiable occupational exposure to Schistosoma mansoni cercariae r

209 Occupational exposure to small molecules, such as metals

210 1.1, 3.9), and more than 6 years' cumulative occupational exposure to soil (odds ratio = 2.7, 95% con

211 We examined the relationship between occupational exposure to solvents and breast cancer in a

212 Occupational exposure to solvents before first birth, a

213 Occupational exposure to solvents, including n-hexane, h

214 Occupational exposure to specific metals, especially man

215 s: swine farmers (n=264) and persons without occupational exposure to swine (n=255) in Moldova, a cou

216 evalence of HEV infection among persons with occupational exposure to swine suggests animal-to-human

217 ally designed to assess risk associated with occupational exposure to TCE through analysis of detaile

218 n in humans who have experienced a high-risk occupational exposure to the Ebola virus, such as a need

219 Occupational exposure to the mitochondrial complex I inh

220 demonstrates that individuals with potential occupational exposure to thermal paper receipts are more

221 major finding is that females with potential occupational exposure to thermal paper receipts have sig

222 n on type of health care work or duration of occupational exposure to tuberculosis.

223 Cross-sectional studies have shown that occupational exposure to vapors, gases, dusts, and fumes

224 he current study, we aimed to assess whether occupational exposure to VGDF and pesticides is associat

225 Occupational exposure to vinyl chloride (VC) is a well-d

226 , the authors evaluated the relation between occupational exposure to WBV and Parkinson's disease.

227 In this population, occupational exposure to welding fumes accounted for app

228 l for low, medium, and high probabilities of occupational exposures to asbestos were 1.71 (1.32-2.21)

229 arch has been conducted on health effects of occupational exposures to asbestos, many issues related

230 The contribution of occupational exposures to asthma in health care professi

231 Occupational exposures to benzene were associated with i

232 In a Swiss working adult population, occupational exposures to biological dusts, mineral dust

233 Currently, 380 000-400 000 occupational exposures to blood-borne pathogens occur an

234 Medical students may be at high risk for occupational exposures to blood.

235 Occupational exposures to combustion emissions were exam

236 Potential reproductive effects from occupational exposures to ethylene glycol ethers (EGE) a

237 considered to be the standard of care after occupational exposures to fluids or tissues infected wit

238 0 were from patients who were the sources of occupational exposures to HIV-1; 16 of the specimens in

239 rmative Aging Study who were without unusual occupational exposures to lead and who were healthy when

240 Occupational exposures to metal or wood dust are indepen

241 The role of environmental and occupational exposures to neurotoxicants in the pathogen

242 e presents an innovative approach to include occupational exposures to organic chemicals in life cycl

243 ssociation with infertility was observed for occupational exposures to radiation (odds ratio=0.21, 95

244 To determine whether occupational exposures to vapors, gas, dust, and fumes (

245 tember 2014 to April 2015, 6 persons who had occupational exposures to Zaire ebolavirus in West Afric

246 A CC398 introduction and transmission: human occupational exposure, trade of pigs and livestock trans

247 The increased risk may be explained by occupational exposure, underlining the urgent need for t

248 Accounting for smoking, occupational exposure was associated with COPD risk and,

249 Occupational exposure was based on historical measuremen

250 Relevant occupational exposure was reported by 25% of all respond

251 st outcome measures, but no interaction with occupational exposure was seen.

252 Information on occupations and occupational exposures was collected at enrollment for 5

253 irmed that the odds ratio (OR) for reporting occupational exposures was significantly higher in those

254 Occupational exposures were assessed by self-reported VG

255 ic regression were used to determine whether occupational exposures were associated with log-transfor

256 There was no consistent evidence that occupational exposures were associated with progression

257 iber-years per milliliter of air, and annual occupational exposures were estimated on the basis of de

258 Occupational exposures were investigated in a multicente

259 f lung function impairment and COPD, such as occupational exposures, which are thought to contribute

260 tionally, we estimated risks associated with occupational exposures, which were assigned using job-ex

261 gression models estimated the association of occupational exposure with COPD, and among those with es

262 The authors compared self-reported occupational exposures with a workplace-specific job exp

263 r emissions, making it possible to integrate occupational exposure within LCIA.