ライフサイエンスコーパス: occupational

1 es, 2.0-4.5), 622 people with syncope had an occupational accident requiring hospitalization (2.1/100

2 as associated with a 1.4-fold higher risk of occupational accidents and a 2-fold higher risk of termi

3 We examined the associations of syncope with occupational accidents and termination of employment.

4 Specific athletic and occupational activities result in predictable injury pat

5 activity as walking or bicycling and work or occupational activity, may be associated with decreased

6 ollected after SIC with control and specific occupational agents.

7 onses were associated with predisposition to occupational allergy.

8 rosis, which included gathering an exposure, occupational, allergy, and previous infectious history,

9 Occupational anaphylaxis (OcAn) could be defined as anap

10 Despite their human relevance after occupational and accidental exposure, only few animal st

11 Occupational and environmental exposures to airborne asb

12 A population-based Dutch cohort study, the Occupational and Environmental Health Cohort Study (AMIG

13 fied associations of childhood leukemia with occupational and household product benzene exposure and

14 For studies of occupational and household product exposure published fr

15 exposure metrics that we evaluated included occupational and household use of benzenes and solvents,

16 alisation figures, English language fluency, occupational and income status, health insurance coverag

17 We examined occupational and industrial differences in lung, gastric

18 them may lead to increased health risks from occupational and public exposures.

19 e-induced hearing loss is a leading cause of occupational and recreational injury and disease, and a

20 utants in the blood, representing cumulative occupational and residential exposure, showed increased

21 Occupational and residential exposures to environmental

22 Participants completed a survey assessing occupational and residential exposures.

23 that correlated with measures of cognitive, occupational and social dysfunction.

24 ory plasticity that contribute to cognitive, occupational and social dysfunction.

25 comes based on environmental, sociocultural, occupational, and infectious scenarios, as well as medic

26 ial" (relationships, isolation, social life, occupational, and interventions), and "Self" (effort and

27 ve contributions of agricultural drift, para-occupational, and residential use exposure pathways to h

28 pathways, including agricultural drift, para-occupational, and residential use.

29 art disease, and other causes resulting from occupational arsenic exposure while controlling for conf

30 The diagnosis of occupational asthma (OA) can be challenging and needs a

31 The role of immunoglobulin (Ig)-E in occupational asthma (OA) due to low molecular weight (LM

32 Making an accurate diagnosis of occupational asthma (OA) is, generally, important.

33 t TMA-specific IgE (sIgE), which may lead to occupational asthma (OA).

34 ess (NSBH) is a key step in the diagnosis of occupational asthma (OA).

35 We report three cases of occupational asthma to argan powder and a probable case

36 nd are the most frequently reported cause of occupational asthma.

37 They also had lower educational and occupational attainment (p values between 10(-7) and 10(

38 Higher levels of educational and occupational attainment were strongly related to baselin

39 ated the predictive value of educational and occupational attainments as proxy measures of cognitive

40 Moreover, higher education and occupational attainments were related to favourable outc

41 Occupational back pain rates are substantial among regis

42 d with potentially modifiable environmental, occupational, behavioural, physiological, and metabolic

43 We evaluated the association between occupational benzene exposure and NHL among 73,087 women

44 obese for nurses in comparison to the other occupational categories.

45 Occupational characteristics in the work environment sho

46 nsformation induced by the environmental and occupational chemical carcinogen FA.

47 Formaldehyde (FA) is an environmental and occupational chemical carcinogen.

48 ntitative exposure-response relation between occupational chloroplatinate exposure and sensitization.

49 nd saving-and labor market outcomes, such as occupational choice, especially for women, who moved out

50 revealed increased BC incidence in 42 of 61 occupational classes and increased BC-specific mortality

51 increased BC-specific mortality in 16 of 40 occupational classes.

52 It combines labor statistics and measured occupational concentrations of chemicals from the OSHA d

53 order, it incurs substantial health-care and occupational costs, and poses substantial risks for the

54 Patients were investigated in the occupational disease department and, according to their

55 Silicosis is the most serious occupational disease in China.

56 -induced hearing loss (NIHL) is an important occupational disorder.

57 er considerable morbidity and mortality from occupational DR tuberculosis disease.

58 his restriction must be balanced against the occupational, educational and social limitations that re

59 are many similarities between the effects of occupational endotoxin exposure and those of tobacco smo

60 The effects of occupational endotoxin exposure appear to persist even a

61 ed the relative contributions of smoking and occupational endotoxin exposure to parenchymal and airwa

62 Occupational endotoxin exposure was associated with a de

63 Spirometry, occupational endotoxin exposure, and smoking habits were

64 Imaging phenotype of occupational endotoxin-related lung function decline.

65 n hypersensitivity pneumonitis caused by the occupational environment and to propose practical guidan

66 mental hypoxia can occur in both natural and occupational environments.

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

68 02, 7.39)) compared to females with unlikely occupational exposure (GM: 2.16 mug/L, 95% CI: (1.73, 2.

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

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

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

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

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

74 Occupational exposure is an important, global cause of r

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

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

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

78 (2015) to calculate the potential impact of occupational exposure over the entire supply chain of pr

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

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

81 Occupational exposure to aerosolized particles of oil-ba

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

102 Occupational exposure to the mitochondrial complex I inh

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

119 Although occupational exposures contribute to a significant propo

120 Characterization of occupational exposures from wildland firefighting is imp

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

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

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

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

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

126 Occupational exposures to combustion emissions were exam

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

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

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

130 Occupational exposures were assessed by self-reported VG

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

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

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

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

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

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

137 e suggestive of significant association with occupational exposures.

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

139 c, dermatologic, systemic, socioeconomic, or occupational factor variables available in NHANES.

140 Our study findings suggest that occupational factors significantly contribute to obesity

141 his study was to examine the associations of occupational factors with obesity and leisure-time physi

142 mptom comorbidity, physical and psychosocial occupational factors, body mass index (BMI), and physica

143 distinguish between sensitization caused by occupational flour exposure and wheat seropositivity bas

144 hildhood exposure; decline in educational or occupational functioning after early adolescent use, and

145 ating Scale (YMRS) (range, 0-44), Social and Occupational Functioning Assessment Scale (SOFAS) (range

146 Marrow Transplant, Mental Health Inventory, occupational functioning, Lee Chronic Graft-vs-Host Dise

147 nts that prevailed among participants of low occupational grade (3.71 versus 1.96 events per 1000 per

148 Age, sex, and occupational grade (low, medium, and high) were obtained

149 gnificant interaction between depression and occupational grade in both age- and sex-adjusted (P=0.00

150 We examined the moderating effect of occupational grade on the association between depression

151 As the largest occupational group in international healthcare systems n

152 of overweight and obesity prevalence in each occupational group were calculated with 95% confidence i

153 vers with significant effect modification by occupational group.

154 orts can be found, mostly because of a small occupational group.

155 ibing of ionising radiation across the three occupational groups captured by questionnaire were analy

156 exposure of nonsmokers to SHS across various occupational groups is therefore needed.

157 t education, applicant gender, study method, occupational groups, and local labor market conditions d

158 tality has improved in men and women in most occupational groups, some groups have experienced increa

159 improve working conditions in very specific occupational groups.

160 Tuberculosis is a known occupational hazard for healthcare workers (HCWs), espec

161 Asia, zoonotic S. suis infections are mainly occupational hazards elsewhere.

162 The occupational hazards of working in the interventional la

163 ng in ecological damage, economic waste, and occupational hazards.

164 derwent evaluation by nurse practitioners in Occupational Health and rapid diagnostic testing by real

165 he French Agency for Food, Environmental and Occupational Health and Safety.

166 However, the potential occupational health effects are still unclear.

167 rial of a brief intervention delivered by an Occupational Health nurse versus no delivery of brief in

168 However, the use of on-site occupational health services is hampered by stigma among

169 Employers and Occupational Health Services need this information to ad

170 countries would need significantly improved occupational health structures to implement a screening

171 Clinicians should obtain occupational histories from patients with COPD because w

172 sed prospective cohort of women with diverse occupational histories, provide additional evidence that

173 Both the clinical and the occupational history are keys to the diagnosis and often

174 me windows (exposure ever happened in entire occupational history: OR = 2.31; 95% CI, 1.02-5.25; P =

175 The management for occupational HIV or hepatitis B virus exposures includes

176 Occupational hypersensitivity pneumonitis (OHP) is an im

177 An occupational immunosurveillance program (OISP) has been

178 ity of life, social, economic, academic, and occupational impacts.

179 Intake fractions from residential and occupational indoor sources range from 470 ppm to 62000

180 ures of repetitive motion and force from the Occupational Information Network were assigned to 3,452

181 Environmental and occupational inhalants may induce a large number of pulm

182 rses, may have an increased risk for certain occupational injuries.

183 work hours influence newly licensed nurses' occupational injury, given the significant variation in

184 ad a lower likelihood of pesticide exposure (occupational insecticide = 2.3% vs 9.0%).

185 found abundantly distributed throughout the occupational layers, forming a contextualized set of sam

186 Occupational lead exposure and associations with selecte

187 We investigated the relationship between occupational lead exposure and cancer incidence at the f

188 Epidemiologic studies of occupational lead exposure have suggested increased risk

189 e metrics were then combined into an overall occupational lead exposure variable.

190 of SWHS and SMHS participants with estimated occupational lead exposure were 8.9% and 6.9%, respectiv

191 the specific causes of death at the detailed occupational level will be valuable, particularly with a

192 .5 mg day(-1)), at levels that exceeded U.S. occupational limits.

193 2) and delta = 0.37(3) due to positional and occupational long-range ordering of Te atoms in the shee

194 Although the incidence of occupational lung disease has decreased in many countrie

195 ntries, work-related asthma is the commonest occupational lung disease of short latency.

196 structural basis for the development of this occupational lung disease through the ability of Be to i

197 not overlook clinically significant trauma, occupational lung disease, or reportable disease, and di

198 of chronic obstructive pulmonary disease and occupational lung disease.

199 e lung diseases, the proximal causes of many occupational lung diseases are well understood and they

200 and other action for reducing the burden of occupational lung diseases.

201 ined at the Lower Silesia Regional Centre of Occupational Medicine in Wroclaw, Poland.

202 l for protection, in the setting of repeated occupational Mtb exposure.

203 Occupational noise exposure is associated with cardiovas

204 Occupational noise exposure may be associated with an in

205 of hypertension, and the 4 kHz component of occupational noise exposure may have the strongest relat

206 ug taking and reduced involvement in social, occupational, or recreational activities.

207 lth training for managers might help improve occupational outcomes for people with mental health prob

208 Occupational PA in moderate and vigorous intensity was a

209 For the para-occupational pathway, GMs were 2.3 times higher [95% con

210 That an occupational patterning emerged suggests that perception

211 Occupational pesticide use is associated with lung cance

212 cted to evaluate the association between non-occupational physical activity (PA) during pregnancy and

213 on was observed for leisure time exercise or occupational physical activity with Parkinson's disease,

214 ure physical activity, recreational walking, occupational physical activity, general health, and limi

215 Long-term exposure to occupational PM2.5 was associated with a higher risk of

216 Five/seven cohort studies in the general and occupational populations consist of 78,263/13, 434 parti

217 welve cohort studies (5 in the general, 7 in occupational populations) and 9 case-control studies (3

218 case-control studies (3 in the general, 6 in occupational populations) were identified.

219 For occupational populations, the weighted OR in case-contro

220 k of prostate cancer in both the general and occupational populations.

221 opulation, and 1,315 cases/4,477 controls in occupational populations.

222 of prostate cancer in either the general or occupational populations.

223 ation about socioeconomic status, indexed by occupational position, 25 x 25 risk factors (high alcoho

224 commensal wild mice during periods of heavy occupational pressure but were outcompeted when mobility

225 Further research on mechanisms and optimal occupational protection is needed.

226 exercise of personal agency in academic and occupational pursuits.

227 ited Kingdom, female breast cancer following occupational radiation exposure is among that set of can

228 iology and correlate them with the length of occupational radiation exposure.

229 s who graduated before 1940 is likely due to occupational radiation exposure.

230 receive one of the highest levels of annual occupational radiation exposure.

231 6,071 person-years of life were lost due to occupational radon exposure during follow-up.

232 bout the heart disease risks associated with occupational, rather than traffic-related, exposure to p

233 ansformed ratio of GMs from two groups (para-occupational, residential use).

234 Occupational respiratory diseases in workers of peach tr

235 e past year that deal with environmental and occupational respiratory disorders and novel approaches

236 nsitization to peach leaves was the cause of occupational respiratory symptoms in our patients.

237 MW) agents have been recognized as causes of occupational rhinitis (OR).

238 The objective of this study was to identify occupational risk factors for tuberculosis among HCWs in

239 with cardiovascular, renal, autoimmune, and occupational risk factors warrant further investigation.

240 behavioural, metabolic, and environmental or occupational risks.

241 n adults of working age, but their impact on occupational safety and employment remains unknown.

242 rials and Methods The National Institute for Occupational Safety and Health (NIOSH) Coal Workers' Hea

243 he Environmental Protection Agency (EPA) and Occupational Safety and Health Administration (OSHA) tha

244 (TWH) program of the National Institute for Occupational Safety and Health aims to advance worker we

245 tion preventionists to implement a system of occupational safety and health controls for direct patie

246 Blood Institute; and National Institute for Occupational Safety and Health of the Centers for Diseas

247 il, European Union New and Emerging Risks in Occupational Safety and Health research programme, Finni

248 Despite the occupational safety benefits of these new explosives, fe

249 during vaping, producing levels that exceed occupational safety standards.

250 encies involved in environmental protection, occupational safety, and transportation.

251 se results have implications for traffic and occupational safety.

252 vents; increased turnover; decreased job and occupational satisfaction; and increased intent to leave

253 Studies were drawn from all occupational sectors (i.e. health and non health), meeti

254 in the studies reviewed is consistent across occupational sectors.

255 y biomarkers of renal tubular injury in this occupational setting.

256 the potential to increase sun protection in occupational settings, occupational sun-safety policies

257 ducation, Index of Multiple Deprivation, and occupational social class) for adults aged >/=21 y in th

258 wed for the production of a food surplus and occupational specialization.

259 ous unit suicide attempts varied by military occupational specialty (MOS) and unit size.

260 r functional status, including evaluation of occupational status and health care utilization.

261 economic status (education, income, lifetime occupational status) variables.

262 Occupational studies have shown that other pesticides (i

263 fects of inhaled arsenic derives mainly from occupational studies that are subject to unique biases t

264 essment of IQ, a measure whose relevance for occupational success in adulthood is well established.

265 play a key role in promoting educational and occupational success in early life, but their relevance

266 We report the baseline assessment of the occupational sun-protection policies of these organizati

267 ase sun protection in occupational settings, occupational sun-safety policies were uncommon among loc

268 The presence of an occupational sun-safety policy.

269 atologists and other physicians to influence occupational sun-safety practices and policies, which ar

270 mprehensive clinical evaluation by a trained occupational therapist and an on-road driving evaluation

271 Physiotherapists or occupational therapists gave the treatments.

272 ed a median of 18 home visits from the study occupational therapists.

273 ntilated patients receiving physical therapy/occupational therapy (48% vs 26%; p </= 0.001).

274 on Program [ASAP]; n = 119); dose-equivalent occupational therapy (DEUCC; n = 120); or monitoring-onl

275 ization protocols include dedicated physical/occupational therapy (odds ratio, 3.34; 95% CI, 2.13-5.2

276 therapy (DEUCC; n = 120); or monitoring-only occupational therapy (UCC; n = 122).

277 [9.1] years), 381 received physiotherapy and occupational therapy and 381 received no therapy.

278 It is unclear whether physiotherapy and occupational therapy are clinically effective and cost-e

279 (0.18% per quarter; P=0.027), physiotherapy/occupational therapy assessment (0.25% per quarter; P<0.

280 ollaborative care plus 2 years of home-based occupational therapy delays functional decline.

281 ollaborative care plus 2 years of home-based occupational therapy delays functional decline.

282 the intervention group also received in-home occupational therapy delivered in 24 sessions over 2 yea

283 of tDCS while undergoing usual care physical/occupational therapy for the arm and hand.

284 nt-centered, goal-directed physiotherapy and occupational therapy in patients in the early stages of

285 Physical therapy/occupational therapy involvement in mobility events was

286 Physical therapy/occupational therapy involvement in mobility was strongl

287 g (ADL) were randomized to physiotherapy and occupational therapy or no therapy.

288 f more structured and intensive physical and occupational therapy programs in patients with all stage

289 rted presence of a dedicated physical and/or occupational therapy team for the ICU.

290 e whether the addition of 2 years of in-home occupational therapy to a collaborative care management

291 e whether the addition of 2 years of in-home occupational therapy to a collaborative care management

292 Physiotherapy and occupational therapy were not associated with immediate

293 assessment, nurse assessment, physiotherapy, occupational therapy, and assessment of communication an

294 portion of patient-days with any physical or occupational therapy-provided mobility event.

295 The prevalence of physical therapy/occupational therapy-provided mobility was 32% (247/770)

296 spiratory failure patients, physical therapy/occupational therapy-provided mobility was infrequent.

297 due to nonoccupational or, less commonly, to occupational triggers.

298 risk, compounded by the absence of accurate occupational tuberculosis estimates.

299 mmune to tuberculosis despite high levels of occupational tuberculosis exposure.

300 y studies of restricting sales to people for occupational uses; four of the seven studies (in three o