ライフサイエンスコーパス: contamination

1 at demonstrate the long-term effects of soil contamination.

2 ivity of Arctic lakes to atmospheric mercury contamination.

3 pecimen infection, thus obscuring laboratory contamination.

4 mple strategy for dramatically reducing PSSM contamination.

5 ts have been made to reduce the risk of food contamination.

6 hosen to simulate high industrial wastewater contamination.

7 losive odors through training material cross-contamination.

8 ed in more diverse communities under similar contamination.

9 to the groundwater, rather than CCR-induced contamination.

10 upplemented with antibiotics to prevent cell contamination.

11 ong predictor of lake sensitivity to mercury contamination.

12 ferences between groups for MDRO or bacteria contamination.

13 closed to shellfish harvest due to bacterial contamination.

14 hat extends over 1 km from the source of the contamination.

15 lse positives, long culture times and fungal contamination.

16 e tool for in situ assessment of nerve agent contamination.

17 re required to detect the presence of gluten contamination.

18 estion that may also lead to analyte loss or contamination.

19 stent with true infection than environmental contamination.

20 f heavy metals on PAHs uptake in terms of co-contamination.

21 ity because of high water loss and microbial contamination.

22 stant E. coli transmission and environmental contamination.

23 fforts to mitigate exposure to environmental contamination.

24 t have shown limited impact on environmental contamination.

25 ful technique due to barely no damage and no contamination.

26 l-related and natural sources of groundwater contamination.

27 ion is measured free of unwanted lower-order contamination.

28 ter-thick water adlayer to suppress airborne contamination.

29 s for separating s-SWNTs with little polymer contamination.

30 plified the workflow and minimized carryover contamination.

31 ity and markedly reduced levels of endotoxin contamination.

32 for their ability to remove microbiological contamination.

33 bility of CWD transmission via environmental contamination.

34 try (HRMS) can help to characterize chemical contamination.

35 .10-12.60]), were associated with hand/glove contamination.

36 Philadelphia, PA, with a history of soil Pb contamination.

37 als with very low levels of transition metal contamination.

38 ctice was required to minimize bacterial DNA contamination.

39 nic microorganism load and decrease chemical contamination.

40 ty, and estimates of genome completeness and contamination.

41 id not provide additional protection against contamination.

42 mates is leading to ground and surface water contamination.

43 elatively more siderophores following copper contamination.

44 tions (>1x10(6)pgg(-1)), responsible for the contamination.

45 ding chloroform, toluene, kerosene and other contaminations.

46 a valid option to reduce environmental metal contaminations.

47 e employed for the detection of common wheat contaminations.

48 grew in soils with only a slightly elevated contamination (0.11+/-0.07mgkg(-1) of dried soil), very

49 ion (97% and 94%) from OMZ metagenomes, with contamination (14.1%) observed only in ARCTIC96B-7.

50 pH, etc.) can be finely tuned without cross-contamination, allowing the screening of a huge number o

51 from Hg derived from the original source of contamination, allowing the tracing of contamination-sou

52 ted levels are associated with anthropogenic contamination, although geogenic sources have also been

53 anine training in the field, detecting cross-contamination among training materials, and developing a

54 nship between honey and pollen neonicotinoid contamination and Apis colony weight gain.

55 er is important for preventing environmental contamination and enabling water reuse.

56 actured conveniently, sterilized to minimize contamination and enhance shelf-life, and administered i

57 site with a complex history with respect to contamination and fluctuating geochemical conditions.

58 ithm that removes associated epifluorescence contamination and fuses all views for resolution recover

59 ty of Austrochiltonia spp. to urban sediment contamination and identifies bifenthrin as a contaminant

60 Fungal contamination and infection from donor tissues processed

61 ies, i.e. polymicrobial sepsis by peritoneal contamination and infection, ischemia-reperfusion-injury

62 spended graphene, while being protected from contamination and mechanical damage.

63 e sample mislabeling and detect cross-sample contamination and PCR amplification bias.

64 IWS is associated with increased microbial contamination and potentially elevated risk of waterborn

65 f swine diet has potential for reducing meat contamination and promoting food safety.

66 omising tool for detecting environmental EDC contamination and screening potential NHR-targeted pharm

67 A causal link between metal contamination and siderophore production was subsequentl

68 not protecting surface waters from road salt contamination and suggest they create contaminated plume

69 to avoid the confounding effects of surface contamination and systematically study thermal radiation

70 We investigated groundwater contamination and transport of road salts at two stormwa

71 nimizes the loss of material and the risk of contamination, and facilitates the identification of pla

72 Animal feces contribute to fecal contamination, and fecal indicator bacteria do not stric

73 and evaluated protocols to eliminate surface contamination, and we tested ancient DNA authenticity ba

74 determine how domestic animals affect fecal contamination; and (3) assess how each environmental pat

75 ans that it has potential application in low-contamination applications such as cell therapies, where

76 re, detection and monitoring of heavy metals contamination are gaining more attention nowadays.

77 ectroscopy) for the detection of heavy metal contamination are often very expensive, tedious and can

78 eness and shortcomings in determining carbon contamination are presented and discussed.

79 Two independent readers rated venous contamination as absent, mild, or moderate to severe.

80 The two radiologists rated venous contamination as moderate to severe in 64% (27 of 42) an

81 ese two substrates are susceptible to fungal contamination as well as mycotoxins.

82 a national statistical survey of fish tissue contamination at 540 river sites (representing 82954 riv

83 pling may be an appropriate method to detect contamination at shallow depths at sites with VI.

84 The characterization of the PFAS contamination at such sites may be greatly complicated b

85 method for detecting and quantifying diffuse contamination at the continental to regional scale is ba

86 d can be used to efficiently monitor diffuse contamination at the continental to regional scale.

87 s users to assess levels of errors, bias and contamination at various stages of the assembly process.

88 After careful filtering for contamination, atmospheric mixing ratios varied from bel

89 measures aimed at controlling environmental contamination by and spread of MDRPa are effective at mi

90 hnical modifications to reduce environmental contamination by and subsequent spreading of MDRPa, incl

91 We identify routes of contamination by animal feces, control measures to reduc

92 Nevertheless, the lack of contamination by drugs may not be guaranteed.

93 formation that is not compromised by surface contamination by ensuring that the dominant signal contr

94 Water contamination by exceptionally persistent micropollutant

95 odimers are suboptimal and often suffer from contamination by homodimers posing purification challeng

96 set of 312 surficial samples consistent with contamination by Macondo oil.

97 The risk of environmental contamination by oil and gas wells depends strongly on t

98 or the soil samples analyzed show a possible contamination by Pb with concentration values as high as

99 ochemical processes causing such groundwater contamination by peak cU(aq), we reanalyzed measured red

100 whether SAmPAP exposure would result in fish contamination by perfluoroalkyl and polyfluoroalkyl subs

101 ition; therefore, it is necessary to monitor contamination by toxic metals such as Pb.

102 ge-depth relationships show that atmospheric contamination by trace metals (Ag, Cd, Sb, Tl, but also

103 WNTs, this approach suffers from significant contaminations by polymer residues and high cost of conj

104 Diffuse contamination can be detected and quantified via either

105 Contamination can be managed to an extent by globally tr

106 such as extensive fragmentation, damage and contamination, can influence downstream analyses.

107 Thus, modern assessments of trace metal contamination cannot ignore early industrial inputs, as

108 Aflatoxin contamination, caused by fungal pathogen Aspergillus fla

109 e, shape, faceting, surface reconstructions, contamination, charging effects and surface roughness in

110 We also discuss sources of contamination, common mistakes during the fabrication pr

111 Wilcoxon rank-sum analysis indicates that Mn contamination consistently occurs at significantly shall

112 ER's pipelines conduct extensive quality and contamination control checks, as well as comprehensive d

113 suggest that this still unidentified (236)U contamination could be supplied by fresh water input.

114 Aging processes and surface contamination especially with biofilms impede this chara

115 We demonstrate that maternal RNA contamination explains the poor reproducibility of these

116 exhumed service line pipes compared to water contamination "fingerprint" analysis of trace elements,

117 The monthly rate of blood culture contamination for all nurse-drawn and phlebotomist-drawn

118 s were used to provide national estimates of contamination for these POPs.

119 evertant virus, a sharp contrast to WT virus contamination frequently observed during complementation

120 ary mixing and supply of reworked, secondary contamination from erosion of anthropogenically labeled

121 Historic point source mercury (Hg) contamination from industrial processes on the South Riv

122 Furthermore, we found that RNA contamination from maternal tissues has been repeatedly

123 that reveals the presence of substantial RNA contamination from maternal tissues in nearly all publis

124 elope late in its disk lifetime, with little contamination from metal-rich planetesimals.

125 However, they are susceptible to contamination from partial-volume blurring of tracer upt

126 culate releases were attributed primarily to contaminations from handling and machining of the plasti

127 Metal contamination generally occurs as mixtures.

128 tails, we further determined matrix level of contamination, genus, and taxonomic family.

129 Interreader agreement on venous contamination grades was assessed by using the linearly

130 We therefore conclude that column bleed contamination has a negligible effect on the (14)C deter

131 We therefore applied HRMS to investigate the contamination history of two lakes in Central Europe ove

132 owth in anaerobic conditions obscuring plate contamination), human factors (lack of strict adherence

133 d and verified to assess kernel-based gluten contamination (i.e., wheat, barley and rye kernels) duri

134 ing towards fungal occurrence and mycotoxins contamination in agri-food commodities has been an issue

135 trate the importance of eliminating WT virus contamination in an animal model of gammaherpesvirus let

136 l tool, especially for tracing the source of contamination in an event of a B. canis outbreak.

137 t and analysis were carried out on microbial contamination in central air conditioning system at a ve

138 over, the molecular analysis of common wheat contamination in commercial wheat and flours is describe

139 better understanding the chemical nature of contamination in compound-specific (14)C determinations,

140 electrodes for the detection of heavy metal contamination in drinking water.

141 Mercury contamination in food can pose serious health risks to c

142 Bioremediation of vinyl chloride (VC) contamination in groundwater could be mediated by three

143 vestigate the potential for remediating AFFF contamination in groundwater with heat-activated persulf

144 rreproducible research caused by mix-ups and contamination in human cell and tissue cultures.

145 pectrometry analysis to quantify free-iodide contamination in ICM.

146 he current survey demonstrated levels of FB1 contamination in industrial beer, possibly due to the ad

147 ng microstructural changes related to carbon contamination in ion irradiated F/M steels are also pres

148 Crude oil contamination in marine systems remains a concern, espec

149 est that an important consequence of As(III) contamination in nature will be to alter microbial carbo

150 with a significant decrease in blood culture contamination in patients undergoing blood cultures in a

151 rapid and specific detection of heavy metal contamination in potable water is of paramount importanc

152 cation of the method could be monitoring for contamination in pure cultures; analysis of mixed bacter

153 al Bangladesh to (1) quantify domestic fecal contamination in settings with high on-site sanitation c

154 us per- and polyfluoroalkyl substance (PFAS) contamination in soil, surface water, and groundwater du

155 The magnitude of legacy contamination in southwestern Pennsylvania, the cradle o

156 Diffuse Pb contamination in surface soil is estimated to be <0.5 mg

157 thod is more efficient in eliminating modern contamination in the bone collagen.

158 highlight a rapid microbial adaption to oil contamination in the deep E.

159 The level of human DNA contamination in the model foods was determined by real-

160 recyclability of enzymes, to minimize enzyme contamination in the product, and to explore novel horiz

161 hnical DDT, the primary source of historical contamination in the region, and technical Dicofol, a cu

162 e can help the community assess the level of contamination in transcriptome data sets generated from

163 er MS can serve as a proxy for monitoring HC contamination in unconsolidated sediments.

164 determine the level of human originated DNA contamination in unhygienic food products.

165 Increasingly frequent petroleum contamination in water bodies continues to threaten our

166 hods, employed to determine sources of fecal contamination in waterways, use molecular markers target

167 oach for the selective inactivation of virus contaminations in biological samples.

168 resented here is the first record of plastic contamination, in the 5 mm-250 mum size range, of Irish

169 e been reported to have widespread As and Mn contamination including the Glacial Aquifer in the U.S.,

170 Although carbon contamination induced by ion beams in target materials i

171 mulations demonstrate how different types of contamination influence elemental CDFs of different samp

172 Blood culture contamination is a clinically significant problem that r

173 ng foams (AFFFs) at sites without known AFFF contamination is a largely unexplored area, which may re

174 Metal contamination is a major problem in many estuaries.

175 Pathogenic bacterial contamination is a major threat to human health and safe

176 hese rates instead decrease at high CO2 when contamination is alleviated.

177 In many instances, the contamination is associated with the use of PFAS-contain

178 It is found that diffuse contamination is characterized by a distinctive shift of

179 he biggest potential source of environmental contamination is flowback and produced water, which is h

180 Water contamination is generally considered to be detrimental

181 ically overestimated in some regions when Mn contamination is not taken into account and that depth m

182 nderscore the caution that, unless far-field contamination is removed, LFPs in general may reflect su

183 Soil contamination is still poorly understood and modeled in

184 its potential impact on environmental prion contamination is the development of a non-invasive, sens

185 These findings demonstrate that microplastic contamination is ubiquitous within superficial sediments

186 To prevent contamination, it is necessary to control the flow of ai

187 ollutant-degrading bacteria to the source of contamination, leading to increased pollutant accessibil

188 3% adulteration level, which is the maximum contamination level allowed by Italian legislation.

189 sults of 15 investigated soils showed medium contamination level and the vertical PAHs distribution i

190 While contamination levels below regulatory limits were measur

191 n to 0.50ng/mL; it was employed to determine contamination levels from these bisphenols in forty ener

192 The chemical contamination levels of both conventional and organic me

193 y TNT concentrations at typical ground water contamination levels.

194 y isotope dilution LC-MS/MS to determine the contamination levels.

195 ate performance in PAHs analysis even at low contamination levels.

196 We found that the surface contamination network in aircraft cabins exhibits a comm

197 After accounting for maternal RNA contamination, no published genome-wide data set support

198 e which shows that the zenith of atmospheric contamination occurred in the past.

199 Uranium (U) contamination occurs as a result of mining and ore proce

200 .2 +/- 5.9% of the cancer cells and a minute contamination of 0.12 +/- 0.04% PBMCs while simultaneous

201 t identified with the pigments, although the contamination of 4 mg/kg (Fe) was dwarfed by the intenti

202 uld result from unintentional or intentional contamination of a commercial food.

203 ment has raised concerns about the potential contamination of aquifers; however, the groundwater fate

204 following a series of alerts related to the contamination of buckwheat with weeds of the genus Datur

205 The microbial contamination of central air conditioning system is one

206 the polycyclic aromatic hydrocarbons (PAHs) contamination of commercial vegetable oils and examined

207 The results show that contamination of DF during injection is a risk that can

208 mately 10-30000 times), raising concerns for contamination of downstream water supplies.

209 been used as an indicator of microbiological contamination of drinking water in time-series studies a

210 to be a promising alternative to controlling contamination of fish by booster biocides, with low cons

211 s of contact with animal feces; animal fecal contamination of food; cultural behaviors of animal feca

212 ion of DdPoxA is shown to restrict bacterial contamination of fruiting bodies.

213 acts of land use and climate change on fecal contamination of groundwater has not been well character

214 Even if microbial contamination of islet preparation was significantly hig

215 Faecal contamination of meat, especially chicken, during proces

216 The biological contamination of nanomaterials is a serious problem hamp

217 The multi-mycotoxin contamination of ninety-eight (98) couscous semolina sam

218 tigate risks, including those related to the contamination of produce and the environment, using a "O

219 ical limitations due to substantial mosquito contamination of samples.

220 re, the uptake of 26 PFASs in plants and the contamination of soil and groundwater has been investiga

221 l husbandry farms and shows that the diffuse contamination of soils will remain a source for PCBs and

222 zero Nernst coefficient to mitigate the ANE contamination of SSE and insert a thin layer of Cu to se

223 an and animal populations, and the resultant contamination of surface waters from the outflow of wate

224 Microplastic contamination of the aquatic environment is a global iss

225 Ga contamination of the environment has been found in semic

226 nated biphenyls (PBBs) through an accidental contamination of the food supply.

227 We report the continued lead (Pb) contamination of the Northwest Pacific Ocean in 2002 and

228 hlighted by conflicting results in a case of contamination of the spice cumin.

229 Contamination of the tested fruits with toxic metals and

230 ysis have not become routine, mainly because contamination of the wood with modern plant material can

231 s provided sufficient sensitivity to monitor contamination of these mycotoxins in wheat in accordance

232 grown closely in the same facility, is cross-contamination of zoonotic bacterial pathogens especially

233 rk, we investigate the role of environmental contamination on the clinical epidemiology of antibiotic

234 g ncRNAs, and antisense RNAs were due to DNA contamination on the surface of vesicles.

235 But models are subject to contamination; once an unrelated sequence has been added

236 tions, are described, and the possibility of contamination or substitution with other medications rep

237 t some sites was linked either to background contamination, or with local contamination sources.

238 d to document the time and rate of change in contamination over time and provide additional informati

239 hich are limited in scale and susceptible to contamination owing to nonspecific adsorption and desorp

240 s an effective method for characterizing the contamination pattern in the Anthropocene and an importa

241 te demonstrates that it is possible to map a contamination plume that extends over 1 km from the sour

242 ) exhibit persistent uranium (U) groundwater contamination plumes originating from former ore process

243 River, starting upstream of the historic Hg contamination point-source and extending downstream to t

244 As such, cadmium environmental contamination poses a significant threat to human health

245 ur framework accounts for the high noise and contamination present in such data.

246 nt case report describes a new source of PCB contamination, previously undescribed.

247 State-issued health alerts for food contamination provide one strategy for tracking sources

248 low the limit of detection, suggesting cross-contamination rather than adulteration.

249 of control strategies based on exposure and contamination reduction via improved access to safe wate

250 e exposure; 2 cases were attributed to wound contamination related to heroin use, and the source of 5

251 tic ecosystems, can be adversely affected by contamination resulting from human activities.

252 ability, product retention, and an increased contamination risk associated with filter replacement.

253 s might be a good indicator of environmental contamination risk in the human food chain.

254 thcare worker activities led to an increased contamination risk.

255 ransported to other planetary bodies, pose a contamination risk.

256 allenges of limited availability, high cost, contamination risks, short shelf-life, low portability,

257 h a geochemically comparable behavior but no contamination source (e.g., Pb vs Rb), or (2) comparing

258 nded investigations to determine rapidly the contamination source at the farm level.

259 , and thus present a potential anthropogenic contamination source.

260 ce of contamination, allowing the tracing of contamination-sourced Hg throughout the study reach.

261 sented here also allows recognition of local contamination sources and can be used to efficiently mon

262 ic bacteria indicating influence of multiple contamination sources at these beaches.

263 isotopic values also provided insight on Hg contamination sources for biota in coastal environment.

264 samples (n=129), representative of potential contamination sources, was selected for further characte

265 r to background contamination, or with local contamination sources.

266 ion of alignment errors during psiblast PSSM contamination suggested a simple strategy for dramatical

267 ter content) and the presence of hydrocarbon contamination (supplemented in the form of either diesel

268 With bacterial contamination, surgical site infections (SSI) are a seri

269 mphangiography had significantly less venous contamination than did conventional MR lymphangiography

270 ial keratoplasty tissue is at higher risk of contamination than unprocessed tissue and to model eyeba

271 ep for removal of salts and other endogenous contamination that originates from local tissue extracti

272 ted lymphatic maps through nulling of venous contamination, thereby simplifying diagnostic interpreta

273 y of the methodology to assess complex field contaminations through its application in the framework

274 er represent an important nonpoint source of contamination to surface waters.

275 etermine Phoma spp. and tenuazonic acid (TA) contamination using molecular tools and LC-MS/MS.

276 n this paper, the ability to quantify carbon contamination using three common techniques, namely time

277 way was fecal-oral, temperature, and whether contamination was low, medium, or high.

278 except for some very ancient brandies whose contamination was probably due to a PAEs concentration e

279 Only in one case the level of contamination was relevant in terms of food safety.

280 Blood culture contamination was significantly reduced through use of t

281 cted for STEC testing, and a common point of contamination was sought.

282 Mixed Gram-negative flora, suggesting fecal contamination was, however, in the majority of cases int

283 High levels of human DNA contamination were seen despite the use of laboratory me

284 s of a grassland soil, of which paramagnetic contaminations were removed with sodium sulfide followin

285 terococcus species, both indicators of fecal contamination, were detected using substrates specific t

286 acteria do not strictly indicate human fecal contamination when animals are present.

287 gested to be related to a global atmospheric contamination while delta(202)Hg at some sites was linke

288 nced a significant decrease in blood culture contamination while the nurses (did not use the ISDD) di

289 Soil contamination with arsenic (As) can cause phytotoxicity

290 or soil-inhabiting microbes, thus preventing contamination with cellular metabolites.

291 hods of conjugation, degree of labeling, and contamination with free dyes.

292 The samples showed Phoma contamination with frequencies ranging from 2.4% (S1) to

293 Contamination with fungi was studied by quantification o

294 S2, S3 and S4, 100% of the samples showed TA contamination with levels ranging from 20 to 1234microg/

295 INTERPRETATION: HCU contamination with M chimaera at the LivaNova factory se

296 We compared the frequency of duodenoscope contamination with MDRO or any other bacteria after disi

297 comes included the frequency of duodenoscope contamination with more than 0 and 10 or more colony-for

298 or for specific detection of E. coli O157:H7 contamination with the use of sandwich assay evaluated i

299 al activity may have arisen from inadvertent contamination with trace amounts of l-ShK toxin.

300 s, as the potential remobilization of legacy contamination would impact ecosystem and human health.