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1 water, classifying them by the nature of the contaminant.
2 ead, a high-profile regulated drinking water contaminant.
3 history and circumstances of the radioactive contaminant.
4 Arsenic (As) is a well-known environmental contaminant.
5 oroethylene (TCE), a hydrophobic groundwater contaminant.
6 ganization guidelines for food additives and contaminants.
7 , in general, poorly understood for emerging contaminants.
8 ns that are typically slow for other organic contaminants.
9 of degrading a broad array of environmental contaminants.
10 hnology toward wastewater containing complex contaminants.
11 arbon (TOC), humidity, and concentrations of contaminants.
12 and environmental remediation of halogenated contaminants.
13 water aquifers against downward intrusion of contaminants.
14 tant increase in plant uptake of comobilized contaminants.
15 incorporate environmentally mobile oxyanion contaminants.
16 rveillance and protection against peritoneal contaminants.
17 chemicals including both legacy and emerging contaminants.
18 ated paraffins (CPs) are a complex family of contaminants.
19 d reach of water quality monitoring of trace contaminants.
20 systems, redistributing nutrients as well as contaminants.
21 ed to annotate trends of relevant wastewater contaminants.
22 egation of neutrophils to capture peritoneal contaminants.
23 luding identification of prioritized unknown contaminants.
24 as approximately 7 h faster than recovery of contaminants.
25 bona fide EV cargo from merely co-purifying contaminants.
26 emerging concern and high production volume contaminants.
27 aminated by a range of organic and inorganic contaminants.
28 er and stormwater can be relevant sources of contaminants.
29 ole in controlling the fate and transport of contaminants.
30 erful tool to understand the fate of organic contaminants.
31 romise for the deactivation of proteinaceous contaminants.
32 erimentally demonstrate to be common dietary contaminants.
33 risks to health beyond the effects of single contaminants.
34 ged biologically available fraction of metal contaminants.
35 genes impacted by exposure to environmental contaminants.
36 n approaches that simultaneously target both contaminants.
37 ction because the majority of sequences were contaminants.
38 with the presence of lipoprotein and protein contaminants.
39 ugh which DOM interacts with metal and other contaminants.
40 bioremediation strategies of these notorious contaminants.
41 vironmental water samples for halogen-tagged contaminants.
42 e protective of vegetable exposures to these contaminants.
43 oleum fuels and, consequently, environmental contaminants.
44 features were used to isolate new potential contaminants.
45 tween bioactives toward formation of process contaminants.
47 e diluted, biodegraded, or obscured by other contaminants, (3) were not detected because of sparse mo
49 ls due to film defects, physical damage, and contaminants across nearly the entire test device area,
50 n very challenging situations, i.e. when the contaminant and the target come from closely related pop
51 s are traditionally repeated using different contaminant and toxin concentrations, which can make stu
52 quantity, and sources of microbiota in these contaminants and (4) the risk of disease transmission fr
54 s) are generally considered as environmental contaminants and are suspected to pose a major public he
55 ting the use of the DGT technique to monitor contaminants and assess their environmental risk in the
56 protecting from chemical and microbiological contaminants and enables foods to be transported and sto
58 xidant/disinfectant to treat a wide range of contaminants and microbial pollutants in wastewater.
59 ted by these degenerate features (along with contaminants and other chemical noise) obscure meaningfu
60 g filters that governs the transport rate of contaminants and oxygen from the gas phase to the liquid
61 id clusters (FALCs) that collects peritoneal contaminants and provides a first layer of immunological
62 sence of a wide variety of influent chemical contaminants and the insufficient rejection of low-molec
63 t 2D crystal substrates against the airborne contaminants and thus boost the adhesion level at the in
64 tural organic matter and industrial phenolic contaminants and was oxidized in the presence of NaCl (0
65 e especially vulnerable to exposures to food contaminants, and a balanced diet during these periods i
66 fects biodiversity, mobilizes sediment-bound contaminants, and increases lead contamination of drinki
69 on, the biodegradation products of crude oil contaminants are complex, and transformation pathways ar
71 role in the hyporheic attenuation of organic contaminants are sediment bedforms (a major driver of hy
72 ict transformation pathways of environmental contaminants are useful to quickly prioritize contaminan
73 ucidate the chemical nature of a radioactive contaminant as part of a nuclear forensic investigation.
74 nts implosion experiments studying pre-mixed contaminant as well as detailed high-resolution three-di
75 rials for efficient removal of environmental contaminants as well as for other sorption-based applica
76 nvironmental persistence of benzotrifluoride contaminants, as well as to design more photodegradable
77 plex microbial communities and with chemical contaminants at low concentrations, our current understa
78 hin the pores of the sediments hosting those contaminants at microscale limit our ability to design n
80 o select the appropriate sorbent for a given contaminant based on the ability to predict sorption is
82 lity through the biodegradation of dissolved contaminants but also pose potential risks by harboring
87 phonic acid, and ethephon) and environmental contaminants (chlorate and perchlorate) in edible oils a
88 anding generalisable effects associated with contaminant class and type on transmission is critical i
89 xicology is assessing how the interaction of contaminants, climate change, and biotic stressors shape
90 pathogens that share taxonomic similarity to contaminants commonly found in mNGS library preparations
91 ed pathogens sharing taxonomic similarity to contaminants commonly found in mNGS library preparations
92 the sampling period as well as >120 organic contaminants commonly present in WWTP effluents were qua
93 orage, this work explores how mixed oxyanion contaminants compete for ettringite incorporation and in
94 that exposures to a prevalent environmental contaminant compromises the function of a key regulatory
96 scales have reported successful decrease in contaminant concentration upon injection of nZVI suspens
97 important in situations where down-gradient contaminant concentrations fail to decrease within expec
101 ed dilution, concentrations of trace organic contaminants could pose risks to aquatic ecosystems.
103 e trapped contaminant evolves as a result of contaminant degradation and generation of gaseous produc
107 orine photolysis effectively degrade organic contaminants during water treatment, but their role in d
109 factors act on the diverse range of organic contaminants encountered downstream from wastewater trea
111 Of particular concern are emerging organic contaminants (EOCs), the term used not only to cover new
112 s reveal how the distribution of the trapped contaminant evolves as a result of contaminant degradati
113 ge (1.2 +/- 0.4%) of the radioactive (106)Ru contaminant exists in a polychlorinated Ru(III) form, pa
114 pable of rescuing phenotypes associated with contaminant exposure and/or embryonic estrogen treatment
116 entifying its role in the trophic supply and contaminant exposure of marine megafauna constitutes a c
117 rthermore, most assessments involving single contaminant exposures do not consider the interaction of
119 erm exposure to the pervasive pharmaceutical contaminant fluoxetine (Prozac) and acute temperature st
120 fonate (PFHxS) is a widespread environmental contaminant found in human serum, breastmilk, and other
122 ic classifiers for predicting an exact metal contaminant from a large scale of contaminant pool with
125 oth co-contamination and separation of these contaminants from individual well to regional scales.
126 ice incorporating the sorbent removes spiked contaminants from real water samples in a few minutes.
127 hifts during MAR can release toxic, geogenic contaminants from sediments to groundwater, threatening
128 H(2)O(2) and that electrostatic repulsion of contaminants from the electrode is not problematic.
129 has been applied for the removal of chemical contaminants from water for potable reuse applications.
131 sol creation, (2) the types of environmental contaminants generated by dental procedures, (3) the nat
135 any of the bacterial taxa identified here as contaminants have been reported as components of the bre
136 abilizing enzymes (lipase and lipoxygenase), contaminants heavy metals (As, Cd, Pb, and Hg), antinutr
137 tudies in characterizing exposure to organic contaminants; however, investigating associated health r
138 nventional oil/gas shales and is a potential contaminant in flowback/produced waters due to the large
142 emporal variability of priority and emerging contaminants in a coastal environment (Cadiz Bay, SW Spa
143 gating the photochemical reactivity of water contaminants in a mixture to better understand the cockt
144 s promising geomedia to remove trace organic contaminants in both natural soils and artificial infilt
145 etabolite HT-2 toxin are naturally occurring contaminants in cereals, with the highest concentrations
147 ted screening approach identified a range of contaminants in different food matrices, including BPA,
149 stacles in identifying the source and age of contaminants in drinking water wells by combining depth-
154 the mechanisms governing the fate of organic contaminants in sea ice grown from artificial seawater.
155 olution, uptake, and leaching of radioactive contaminants in soils that are nutrient deficient, a key
158 mental samples for the presence of bacterial contaminants in the clinical environment is poorly stand
161 es to be unidentified sources of halogenated contaminants in the Great Lakes missed by current monito
162 rease in the risk quotients of trace organic contaminants in the RO concentrate, but still dilution m
166 easing concentrations of naturally occurring contaminants in water sources and a consequential need t
168 tions of the biorelevant fraction of organic contaminants in waters, with high spatial and temporal r
169 ction of indoxacarb (IXC), a common chemical contaminant, in environmental and biological samples is
170 We apply ROSALIND to detect a range of water contaminants, including antibiotics, small molecules and
173 ion of DNA adductomics for identification of contaminant-induced malformations in field-collected ani
174 led a relatively simple mechanism underlying contaminant-induced pathologies in a historical example
176 -p-dioxin (TCDD), a persistent environmental contaminant, induces steatosis that can progress to stea
178 rces, transport, degradation, acquisition of contaminants, ingestion by animals, and biological impac
179 alistic ecotoxicological risk assessments of contaminants interacting with climatic and biotic stress
186 ntration limits by the EPA for HAA5 [maximum contaminant level (MCL) 60 mug L(-1)] and the limits cur
188 radium activities 580 times the EPA maximum contaminant level and are supersaturated with respect to
189 centrations above the drinking water Maximum Contaminant Levels (0.56 Bq/L) may exist during early hy
191 cone dog tags and wristbands to determine if contaminant levels were correlated with validated exposu
192 ocene (Fe(C(5)H(5))(2)), can remove emerging contaminants like benzoic acid from water with high effi
195 nts often have diffuse sources and different contaminants may have different sources even in a single
197 ere to determine the TTR-binding potency for contaminant mixtures as found in house dust, maternal se
203 allenge, we propose a new paradigm for trace contaminant monitoring based on dry preservation: solid-
206 rrence of a limited number of targeted water contaminants, NTS provides the opportunity to detect als
207 al Protection Agency's (EPA) Six-Year Review contaminant occurrence data set to estimate public water
209 ) is a pervasive environmental pollutant and contaminant of concern for both people and wildlife that
211 cO(4)(-), IO(3)(-), and/or CrO(4)(2-), known contaminants of concern to nuclear waste treatment, over
212 ectrometry to characterize the occurrence of contaminants of emerging concern (CECs) in the nearshore
219 xides, understanding the potential impact of contaminants on carbon dioxide electrolysis is crucial f
220 orption of uranium, a widespread radioactive contaminant, onto the ubiquitous iron oxide, hematite.
225 s considerably flawed by the accumulation of contaminant PEG inside the freshly produced stocks, pote
227 perimeter of the site - north of the primary contaminant plume in an area formerly attributed to bein
229 mechanisms for persistent and mobile organic contaminants (PMOCs) that are not covered by the risk as
230 xact metal contaminant from a large scale of contaminant pool with high prediction accuracy, but we c
231 here are many additional unknown halogenated contaminants potentially affecting the Great Lakes ecosy
232 nanoplastics can interact with other organic contaminants, potentially acting as chemical carriers an
233 revealed the lack of a groundwater specific contaminant prioritization methodology in spite of widel
237 (PAHs) are a diverse group of environmental contaminants released during the combustion of organic m
245 potentially methylated metabolites of polar contaminants should be considered for a comprehensive ri
249 be applied to other ecosystems and other non-contaminant stressors (e.g., sediment, low salinity, ano
250 the importance of OPEs as water-based Arctic contaminants subject to long-range transport and local s
251 rborne pathogens and even emerging microbial contaminants such as antibiotic resistance genes, which
252 mplications on the mobility of trace element contaminants such as arsenic and uranium in irrigated un
253 aporator can extract water from a variety of contaminants such as salts, detergents, and heavy metal
254 it is structurally similar to other emerging contaminants such as the pharmaceuticals ranitidine and
256 also have implications to the fate of other contaminants (such as heavy metals and organic compounds
258 useful in the biomonitoring of environmental contaminants, such as metals and persistent organic poll
259 dioxide point sources often contain numerous contaminants, such as nitrogen oxides, understanding the
260 ile population numbers are rising again, new contaminants, such as per- and polyfluoroalkyl substance
261 implosions, we observe persistent chunks of contaminant that do not achieve thermal equilibrium with
262 adsorptive capture of boric acid, a neutral contaminant that is difficult to remove from seawater us
264 he interactions between reduced and oxidized contaminants that can contribute to the co-occurrence or
266 ticles, aerosols, pollen, fungi and/or other contaminants that deposit on the surface of PV modules.
267 s grown in recent decades over anthropogenic contaminants that interfere with the functioning of endo
269 mmon viral contaminants, the source of those contaminants, the cell lines affected, corrective action
270 s IL exudation and interactions with ambient contaminants, the ion conductivity is only marginally af
271 provides insights into the most common viral contaminants, the source of those contaminants, the cell
272 ) are increasingly recognized as groundwater contaminants, though the composition and distribution of
273 clear reactors, is one of the most difficult contaminants to address at the U.S. Department of Energy
274 sects can be important vectors of waterborne contaminants to riparian food webs, yet pathways of Se t
275 known profiles) reveal significant inputs of contaminants to the lake starting in the 1970s, followed
276 ilter", by which the supply of sediments and contaminants to the sea is moderated by processes includ
277 ols for predicting sorption of many emerging contaminants to these sorbents are lacking because exist
278 ccessfully to prove and characterize organic contaminant transformation on various scales including f
281 tion determines plant water availability and contaminant transport processes in the subsurface enviro
282 of groundwater has been used to reconstruct contaminant travel times to wells; however, critics have
286 edox driven mobilization and plant uptake of contaminants under transiently saturated soil conditions
287 suite of ecotoxicologically relevant organic contaminants was partially removed via photo- and bio-tr
288 the pattern of concentration for the target contaminants was PCBs > PBDEs and the accumulation value
289 rfactants, modeling potential surface-active contaminants, we observe the free OH to disappear and a
290 re positivity results for true pathogens and contaminants were assessed, along with a secondary outco
292 ovosphingobium, which are known degraders of contaminants, were significantly more abundant in the se
293 s in the dissolved aqueous concentrations of contaminants, whereas the latter allowed for a more real
294 ds contain high levels of many anthropogenic contaminants, which they deposit through guano to the tu
295 Aromatic amines are relevant aquatic organic contaminants whose photochemical transformation is affec
296 flame retardant chemicals and environmental contaminants with endocrine-disrupting properties that a
297 ontaminants are useful to quickly prioritize contaminants with potentially toxic/persistent products.
299 ter assess this immobilization mechanism for contaminants within cementitious waste forms intended fo