ライフサイエンスコーパス: tailing

1 ly when peaks exhibit asymmetry (e.g., "peak tailing").

2 their peak shapes (due to reduction of peak tailing).

3 ted at room temperature with negligible peak tailing.

4 half maximum, fwhm) as well as reduced peak tailing.

5 shapes were broad (base width of ~2 min) and tailing.

6 sistant subpopulations could account for the tailing.

7 ethylsilyl)imidazole does not eliminate peak tailing.

8 c acid (PMP) eliminated the phosphonate peak tailing.

9 sites responsible for organophosphonate peak tailing.

10 ides a possible explanation for reduced peak tailing.

11 better understand the cause of the main peak tailing.

12 idine insertion/deletion editing, and 3' A/U-tailing.

13 downstream recruitment of Mtr4, and oligo(A) tailing.

14 oligonucleotides and 3'-terminal transferase tailing.

15 ess of direct revegetation in sulphidic mine tailings.

16 ntial stress on microbial development in the tailings.

17 uctive dissolution (AeRD) of nickel laterite tailings.

18 ork to accelerate Mg-silicate carbonation in tailings.

19 ir fluxes from mercury-enriched soils and/or tailings.

20 ntains contaminants similar to those in mill tailings.

21 y enrichment cultures derived from oil sands tailings.

22 iocrusts compared to those in their adjacent tailings.

23 ng experiments to extract Ni from pyrrhotite tailings.

24 ioneutralization in alkaline bauxite residue tailings.

25 substrates as a new way to rehabilitate the tailings.

26 basis for eco-engineered pedogenesis in the tailings.

27 produced by acid leaching of ultramafic mine tailings.

28 h of which occur in the spilled Mount Polley tailings.

29 lladium from both synthetic and mine-sourced tailings.

30 r atmospheric CO2 while also stabilizing the tailings.

31 neutralization (bioremediation) in alkaline tailings.

32 Phytostabilization of mine tailings acts to mitigate both eolian dispersion and wat

33 disinfection of viruses frequently leads to tailing after an initial exponential decay.

34 dment and plant colonization neutralized the tailings' alkaline pH and facilitated water-stable aggre

35 t web-based tool for microRNA Truncation and Tailing Analysis--the analysis of 3' modifications of mi

36 s using both simulated and real datasets for tailing analysis.

37 a webtool to perform microRNA truncation and tailing analysis.

38 and an Argonaute1-bound miRNA triggers miRNA tailing and 3'-to-5' trimming.

39 sensitivity and eliminate peak splitting and tailing and by modification of the wash procedure to eli

40 an imprinted DEB with considerably less peak tailing and displayed enhanced sensitivity and an improv

41 After end-repair, A-tailing and ligation to methylated Illumina adapters, th

42 Addressing this issue by suppressing band tailing and nonradiative charge recombination is essenti

43 TENT4A and TENT4B are responsible for mixed tailing and protection of viral poly(A) tails.

44 contrast, the KRIPP8 knockdown inhibited A/U-tailing and translation of both CO1 and cyb mRNAs.

45 d, therefore, competent for post-editing A/U-tailing and translational activation.

46 epleted and revealed that TuDs induced miRNA tailing and trimming in vivo.

47 ility, which suggested that the processes of tailing and trimming might be independent from that of d

48 Analysis of the tailing and trimming of miRNA 3' termini showed that the

49 During TDMD, miRNAs undergo tailing and trimming, suggesting that this is an importa

50 eracts with AGO proteins, promotes TDMD in a tailing and trimming-independent manner, and regulates m

51 om the 3' ends of miRNAs, a process known as tailing and trimming.

52 es in a silicon-Pyrex microcolumn cause peak tailing and unwanted adsorption.

53 pectroscopic analyses of size-separated mine tailings and adjacent background samples from the Randsb

54 plex was detected in five of six waters from tailings and adjacent monitoring bores of working gold m

55 ifferences in As speciation between the mine tailings and background samples also suggest that weathe

56 the metalloids arsenic and selenium in mine tailings and contaminated soils.

57 nts conducted with leachates from metal-mine tailings and rare earth deposits, we show that functiona

58 ntaminant requiring remediation in gold mine tailings and wastewaters globally.

59 this consortium differed in its source (mine tailings) and metabolism (autotrophy) from those of prev

60 te the challenges of column saturation, peak tailing, and distortion that are commonly observed in th

61 erpretation: specific absorbance, absorbance tailing, and the extent of red-shifted fluorescence.

62 he valuable elements (tin and iron) from the tailings, and a gradient-recovery method with three proc

63 es targeting REE recovery from e-waste, mine tailings, and industrial effluents-addressing both resou

64 ion of streambed solids, erosion of alluvial tailings, and overland flow.

65 Aeolian redistribution of coarse grained tailings appeared to support vegetation establishment by

66 RNA as total RNA, and hence in vitro poly(A) tailing appears to be selective for mRNA.

67 inor effects in tryptophan fluorescence peak tailing are observed over a large pH range (5.5-9.0).

68 Both peak fronting and tailing are observed.

69 Grasberg mine tailings are discharged into the lowland Ajkwa River dep

70 se systems are far from equilibrium when the tailings are first placed in the TMF, and it can take ye

71 Currently, life cycle assessments of mine tailings are hampered by both limited data availability

72 eralogy and evolution of Al and Mg in U mill tailings are poorly understood.

73 of small RNAs, including oligo-uridylation (tailing), are associated with accelerated degradation of

74 Clays, in tailings, are a significant ongoing environmental concer

75 egrees Cs(-1) causes a 340% increase in peak tailing as well as 70% peak broadening (30% peak height

76 The second solution of using tailings as an absorbent was shown to be effective in th

77 re subjected to homopolymeric ribonucleotide tailing at the 3' termini with terminal deoxynucleotidyl

78 The abundance of tailings available for carbonation and the anticipated g

79 Bioremediation of alkaline tailings, based on fermentative microbial metabolisms, i

80 We report multiple annealing and dC-tailing-based quantitative single-cell RNA-seq (MATQ-seq

81 lly stable, even after >16 years in the oxic tailings body.

82 y trimmed transcripts and stimulates their A-tailing by KPAP1 poly(A) polymerase.

83 ree kinds of products were obtained from the tailings by the novel process: magnetic concentrates con

84 es next to an active copper smelter and mine tailings by the towns of Hayden and Winkelman in souther

85 This tailing can be explained on the basis of heterogeneous m

86 Mine tailings can host elevated concentrations of toxic metal

87 provides practical information on plant and tailings characteristics that is critically needed for s

88 implemented in a sample of serpentinite mine tailings collected from the abandoned Woodsreef Asbestos

89 ons, bitumen froth, residual wastewater, and tailings components, ultimately enabling fate modeling o

90 dvantages of AeRD for processing of laterite tailings comprise no requirement for an anoxic atmospher

91 Mo K-edge XANES analysis indicated that the tailings consisted primarily of Mo(6+) species: powellit

92 er from in-run organic interference and peak tailing corrections.

93 studies using TL-ERT to predict VWC in mine tailings could use sample-scale laboratory apparatus sim

94 ffected by the August 2014 Mount Polley mine tailings dam failure in British Columbia, Canada, are pr

95 ation of a bauxite residue (alumina refining tailings) deposit by local vegetation in Linden, Guyana,

96 Active tailings deposition has severe impacts on deep-sea infau

97 poration of sand and organic matter at other tailings deposits to accelerate the remediation process

98 that control community organization in mine tailings-derived laboratory microbial consortia grown un

99 reover, the patterns of miRNA truncation and tailing differ substantially among miRNA families but ar

100 Some uranium mill tailings disposal cells were constructed on dark-gray sh

101 eases over time after biogenesis, disrupting tailing does not alter microRNA decay.

102 y-phase (5 microm) capillary column to avoid tailing due to hydrogen bonding to the walls of the fuse

103 ickly, and conveniently while minimizing the tailing due to silanolphilic interactions.

104 The marine shore sulfidic mine tailings dump at the Chanaral Bay in the Atacama Desert,

105 rogates that describe the amount of spectral tailing (e.g., E2:E3 and S(275-295)) had a high frequenc

106 In migrating cells, M130 concentrated in the tailing edge and was depleted from the leading half of t

107 species, whereas the opposite is true at the tailing edge of a peak.

108 Because the tailing edge of migrating cells is known to contain phos

109 f -83 and +500% can occur at the leading and tailing edges of a peak.

110 a typical error of +/- 6% at the leading and tailing edges of a peak.

111 the sensor-based and microbiological one, a tailing effect has been observed.

112 bands can reveal impurities and fronting or tailing effects as seen in conventional capillary electr

113 trates without Ltn1p-accessible lysines, CAT-tailing enabled degradation by exposing lysines sequeste

114 component Rqc1p, and that the process of CAT tailing enables robust ubiquitination of the nascent pol

115 organism-drug combinations that resulted in tailing endpoints (Fusobacterium nucleatum, 86% agreemen

116 nal alkylsilane phases, such as reduced peak tailing, enhanced selectivity for specific functional gr

117 om the OS mining, processing, and subsequent tailings, especially in the presence of NO(x), remains u

118 gner specifically designed for capturing the tailing events directly from the alignments without exte

119 e flexible 3' end with the possibility of 3' tailing events, such as uridylation.

120 represents the most comprehensive survey of tailings facilities ever undertaken.

121 Controversy has surrounded the safety of tailings facilities, most notably upstream facilities, f

122 tability parameters, theoretical plates (N), tailing factor (T), capacity factor (K'), height equival

123 e silica-based column, yet had improved peak tailing factors for the basic analytes.

124 trate the methodology using an exemplar mine tailings Fe(2)O(3)-SiO(2) system.

125 DZ-seq exploits A-tailing followed by reverse transcription with an oligo-

126 ining NTf(2)(-) anions) that eliminates peak tailing for alcohols and other H-bonding analytes.

127 the compound was predominantly found in the tailing fractions of the distillate, which are discarded

128 aracterization with sequential extraction of tailings from active and rehabilitated dams, we show tha

129 ts from two different sites, one impacted by tailings from historic gold mining and the other by open

130 erous (As, Pb, Zn: 2000-3000 mg kg(-1)) mine tailings from Iron King Mine Humboldt Smelter Superfund

131 mical extractions, to study Pb speciation in tailings from the semiarid Arizona Klondyke State Superf

132 xtures of iso- or n-alkanes with mature fine tailings from two tailings ponds of different ages histo

133 wever, cationic disorder and associated band tailing fundamentally limit device performance.

134 ineral precipitation from the magnesium-rich tailings generated by many mining operations could offse

135 Degraded tailings generated by the mining of metal ores are major

136 Interestingly, in RPLC experiments, peak tailing had a nonmonotonic dependence on methanol concen

137 getation trial was established at a Pb-Zn-Cu tailings impoundment in northwest Queensland.

138 ected water (OSPW) is the water contained in tailings impoundment structures in oil sands operations.

139 l sulfur oxidation over four years in a mine tailings impoundment water cap, integrating aqueous sulf

140 ns for testing acceleration strategies since tailings impoundments are contained and highly monitored

141 ature, confirms the relative absence of band tailing in CBTSSe compared to CZTSSe.

142 d contribute much more significantly to peak tailing in chromatography.

143 roRNAs and illustrates the importance of RNA tailing in development.

144 Here we examined the role of CAT-tailing in nascent-chain degradation in budding yeast.

145 s eluent is minimal, and this eliminates the tailing in permeation profiles.

146 Here we discover extensive mixed tailing in transcripts of hepatitis B virus (HBV) and hu

147 ence and functional consequences of microRNA tailing in vivo, using Caenorhabditis elegans.

148 ii) a legacy mining site with extensive mine tailings in Iron King, AZ, and (iii) an urban site, inne

149 issions near active copper smelters and mine tailings in the southwestern United States pose a potent

150 during C-terminal Ala and Thr addition (CAT-tailing) in yeast.

151 ineral samples of both fresh and 15-year-old tailings indicates that the Mg-Al hydrotalcite is geoche

152 asymmetrical and exhibited extensive elution tailing, indicating that sorption/desorption was signifi

153 HoSF were distinct and possessed absorbances tailing into the visible region.

154 of the critical processes in eco-engineering tailings into soil-like substrates as a new way to rehab

155 Tin-, iron-bearing tailing is a typically hazardous solid waste in China, w

156 s no longer have a linear behavior, and peak tailing is consequently more pronounced.

157 Using this approach, we determined that CAT tailing is mechanistically distinct from canonical trans

158 (Zea mays), we found 3' truncation prior to tailing is widespread in these mutants.

159 ch for de-risking brucite-bearing ultramafic tailings is in situ cementation via carbon dioxide (CO(2

160 ly textured and polymineral magnetite Fe ore tailings is one of the critical processes in eco-enginee

161 obilization preferentially occur in distinct tailings layers at high salinity.

162 athering of crystalline As-bearing phases in tailings leads to sorption of dissolved arsenic to iron

163 Compared to untreated tailings, light REE extraction was enhanced by a factor

164 The mechanism and biological effects of CAT-tailing-like activity in metazoans remain unclear.

165 s frequently stalled, triggering RQC and CAT-tailing-like C-terminal extension (CTE).

166 Here we show that CAT-tailing-like modification of poly(GR), a dipeptide repea

167 e HOCs exhibited much more extensive elution tailing, likely reflecting differences in sorption/desor

168 Here, we report a role for the RNA tailing machinery as enzymatic modifiers of intracellula

169 However, oligoalanine tailing makes the peptidyl-tRNA ester bond accessible fo

170 mical model for Mo mineralization in the JEB Tailings Management Facility (JEB TMF), operated by AREV

171 geochemical controls on Mo mobility within a tailings management facility (TMF) featuring oxic and an

172 The JEB Tailings Management Facility (TMF) is central to reducin

173 ironment is an important issue for effective tailings management in Alberta, Canada.

174 plets from ice-cold water, such as oil sands tailings, marine, and arctic oil spills, is challenging.

175 taining bauxite residue (an alkaline, saline tailings material generated as a byproduct of alumina re

176 Although the tailing mechanism is well established, it is unclear how

177 ned as flocculants for oil sands mature fine tailings (MFT).

178 e mines and address the increasing number of tailings (mine waste) dam collapses worldwide.

179 e carbonation rate of brucite [Mg(OH)(2)], a tailings mineral, was investigated experimentally with c

180 is the potentially unheeded effect upon Mine Tailing (MT) management.

181 sible sorption observed for GA and prolonged tailing observed for WT.

182 petuating cascade of siRNA-directed poly(UG) tailing of mRNA fragments (pUGylation), followed by siRN

183 ed transcripts and, therefore, premature A/U-tailing of partially-edited mRNAs.

184 o the transport system, leading to minimized tailing of the aerosol washout and helping to separate t

185 inides was investigated over 8 months in the tailing of the breakthrough curve of run 13-05 as well a

186 g a gene-specific oligonucleotide; (ii) ribo-tailing of the single-stranded cDNA product by use of te

187 sis from RNA templates, followed by 3' polyA tailing of the single-stranded cDNA products and direct

188 peciation of uranium was studied in the mill tailings of the Gunnar uranium mine (Saskatchewan, Canad

189 modifications (truncations and non-templated tailing) of plant miRNAs when the 2'-O-methyltransferase

190 cell types were observed in the epiglottis, tailing off caudally.

191 e upon initial detection in the flock before tailing off, although the ST and antigenic flaA short va

192 e, from both delayed and fluid coking), fine tailings, oil sands ore, and naturally exposed bitumen.

193 ease in actin polymerization and actin comet tailing on GLUT4 vesicles.

194 by a broad band centered at 905 nm (1.4 eV), tailing on the high-energy side to approximately 760 nm.

195 erface does not introduce a significant peak-tailing or memory effect.

196 aching a DNA-seq adapter without end repair, tailing, or ligation.

197 Under those conditions, peak tailing originates from the combined effect of heterogen

198 a strong broadening of the absorbance band, tailing out to 850-950 nm.

199 erosion events which can disseminate barren tailings over large distances.

200 these tailings significantly influenced key tailings parameters; direct correlations between plant b

201 der of target components away from undesired tailing peaks and coelution spaces.

202 ounts of water can be used to tune nonlinear tailing peaks into fronting ones, significantly improvin

203 ons between plant biomass and both increased tailings pH and neutrophilic heterotrophic bacterial cou

204 Initial tailings pH and organic carbon dose rates both significa

205 g notion is that elution peak broadening and tailing phenomena resulting from undesirable conditions

206 inactivation by UV(254) in general, and the tailing phenomenon in particular.

207 lyzing the isotopically highly heterogeneous tailing piles typically found at former mining sites.

208 Deep-Sea Tailings Placement (DSTP) from terrestrial mines is one

209 -sea environments and increased use deep-sea tailings placement (DSTP) in coastal zones has highlight

210 ples located furthest down-gradient from the tailings pond and from the Athabasca River were characte

211 stimates for the three PAHs that account for tailings pond disposal are much closer to estimated glob

212 unting for evaporative emissions (e.g., from tailings pond disposal) provides a more realistic repres

213 weeks from the same location within a single tailings pond matched with each other; as did temporal O

214 ng the potential for this technique to track tailings pond seepage.

215 groundwater flow path from a major oil sands tailings pond to the Athabasca River.

216 These results suggest that tailings pond waste management practices should be targe

217 les from different locations within a single tailings pond were shown to match, while those from diff

218 ning NAs in the subsurface near an oil sands tailings pond.

219 ombusted for reuse as fuel or discarded into tailing ponds and landfills, leading to economic and env

220 clamation of land and recovery of water from tailing ponds created during bitumen extraction from oil

221 er containing naphthenic acids are stored in tailing ponds.

222 sands process-affected water (OSPW) in large tailings ponds adjacent to the Athabasca River or its tr

223 f the study, OSPW samples from two different tailings ponds and a broad range of natural groundwater

224 term greenhouse-gas emissions from oil sands tailings ponds and extend the known range of hydrocarbon

225 nsights underlying the stability of clays in tailings ponds and the behaviors of clays in diverse ind

226 be related to unidentified processes in the tailings ponds but do not represent products of aerobic

227 During the non-ice cover season, tailings ponds emissions contributed 15 000-72 000 metri

228 However, indigenous microbes in oil sands tailings ponds exposed to solvents rich in 2-methylbutan

229 d from 6 groundwater samples adjacent to two tailings ponds implies a common source, supporting the u

230 n-alkanes with mature fine tailings from two tailings ponds of different ages historically exposed to

231 tain monoaromatic hydrocarbons, in oil sands tailings ponds produces large volumes of CH(4) in situ.

232 g naturally occurring levels of NAs found in tailings ponds), had negligible effects on their reprodu

233 Oil sand, tailings ponds, and deep McMurray Formation groundwater

234 two different study sites near two different tailings ponds, in conjunction with the use of an additi

235 or branched NAs are highly biopersistent in tailings ponds, thus understanding structure-reactivity

236 tudied to treat fresh OSPW retained in large tailings ponds, which can cause significant adverse envi

237 waters and is thus retained on-site in large tailings ponds.

238 in order to quantify potential seepage from tailings ponds.

239 n surface sediments from Athabasca oil sands tailings ponds.

240 or source of NAs and are currently stored in tailings ponds.

241 onate) could potentially solubilize U in the tailings pore waters.

242 face is of great interest for addressing the tailing problem in chemical separations.

243 ediation of the 1.7 GT/yr of alkaline mining tailings produced globally.

244 an utilization method for tin-, iron-bearing tailings produced no secondary hazardous solid wastes, a

245 c molecular anions can provide retention and tailing properties comparable to those obtained from tra

246 The findings are crucial for tailing pulse germination process to enhance the macronu

247 tion and is therefore an essential stage for tailing reclamation.

248 However, little is known about how tailing regulates miRNA function.

249 lings-soil formation to underpin sustainable tailings rehabilitation.

250 local bonding environment of Cr in the mine tailings remain largely unknown, hindering our ability t

251 st 3'-5' degradation, while post-editing A/U-tailing renders mRNA competent for translation.

252 ting greenhouse gas emissions from oil sands tailings repositories.

253 Coal tailings represent a promising secondary resource of rar

254 E involves a reverse-transcription and polyA-tailing sample preparation procedure followed by sequenc

255 XANES was effective in speciating Mo in the tailings samples, because it was both element-specific a

256 ied in this study, was enriched in surficial tailings samples, where Pb concentrations in the clay si

257 of oil-sand-derived organic material in the tailings sands used for reclamation is of utmost environ

258 Since the main carbon pools in tailings sediment were essentially "radiocarbon dead" (i

259 Our XAFS studies of As and Pb in the mine tailings show that up to 50% of these contaminants in th

260 species that grew most successfully on these tailings significantly influenced key tailings parameter

261 diment from an abandoned U contaminated mill tailings site near Rifle, CO, were biostimulated for 62

262 associated with iron-bearing minerals in all tailing sites.

263 ostabilization on acidic, metalliferous mine tailings sites.

264 h are fundamental for the eco-engineering of tailings-soil formation to underpin sustainable tailings

265 ration was implemented at an ultramafic mine tailing storage facility.

266 m carbonate precipitation in ultramafic mine tailings storage facilities.

267 rom unlined or structurally compromised mine tailings storage facilities.

268 ctate its replacement with upland forest and tailings storage lakes, amounting to the destruction of

269 tributaries that are physically impacted by tailings structures.

270 ano-mineral interactions in magnetite Fe ore tailings subject to the combined treatments of OM amendm

271 n with lability and bioaccessibility in mine tailings subjected to weathering in a semiarid environme

272 acidic conditions and transported toward the tailings surface and precipitate as secondary minerals.

273 ikely resulting in dissolution from alluvial tailings that were dry prior to the event.

274 three materials exhibited classic nonlinear tailing; the Zorbax exhibited fronting as well.

275 Ala tailing thus follows mechanistic principles surprisingly

276 nt and plant colonization in alkaline Fe ore tailings, thus providing important basis for eco-enginee

277 in the 5' region, KPAF1/2 dimer induces A/U-tailing to activate translation.

278 ylation, pulling forces on the NC switch CAT tailing to an Ala-only "release mode," which facilitates

279 exose (UDP-hexose)] ratio exhibited dramatic tailing to higher values.

280 natural weathering processes can ameliorate tailings to the extent that it can support vegetation.

281 he relative amounts of the Mo species in the tailings to the independently measured aqueous Mo pore w

282 phic microbial consortium enriched from mine tailings, to arrive at an environmentally realistic asse

283 ne of sulfide-containing mine waste rock and tailings together with ferrihydrite and goethite.

284 ial diversity and community structure in the tailings toward those of natural soils, however, inheren

285 that the phytostabilization process reduced tailings toxicity as well as the potential for metal(loi

286 CO(2) is sequestered within ultramafic mine tailings via carbonation of Mg-bearing minerals.

287 tu carbon sequestration in serpentinite mine tailings via microbial carbonate precipitation reactions

288 Instead, tailing was consistent with recombination arising from t

289 Peak tailing was observed, even at very low concentrations al

290 ddition of nucleotides to the 3' end, namely tailing, was found to associate with the processing and

291 ier to in situ SCN(-) biodegradation in mine tailing waters and also yield new insights into the micr

292 If carbonation of bulk tailings were accelerated, large mines may have the capa

293 Tailings were leached using sulfuric acid in reaction co

294 or signal shows a marked peak broadening and tailing when compared with the signal of a flame ionizat

295 d 14% of the magnesium from the serpentinite tailings while maintaining circumneutral pH (1800 ppm, p

296 er genes that simulated cDNAs synthesized by tailing with deoxyguanosine (dG) before second strand cD

297 tive mineral present in some ultramafic mine tailings with the potential to be rapidly carbonated and

298 accessible Pb phase accumulates in surficial tailings, with a corresponding increase in risk of human

299 ophic oxidation of hydrocarbons in oil sands tailings, with the activities of different carbon flow p

300 rrays provide evidence that in vitro poly(A) tailing works universally for E. coli mRNAs.