ライフサイエンスコーパス: DO

1 DO has expanded the number and diversity of research com

2 DO is a biomedical resource of standardized common and r

3 DO is moving to a multi-editor model utilizing Protege t

4 DO provides a good tradeoff between speed, scalability,

5 The investigation of 1316 DO profiles measured from 11 May until 20 September 2010

6 entified from whole-genome sequencing of 228 DO mice.

7 omplished after a long-term operation with a DO of 0.37 and 0.16 mg/L, respectively.

8 Affine-DO has the same time complexity as DO, but is correctly

9 d present experiments a new algorithm Affine-DO to accommodate the indel (alignment gap) models commo

10 xperiments show that the solutions of Affine-DO are close to the lower bound inferred from a linear p

11 Our results show that Affine-DO is likely producing near-optimal solutions, with appr

12 The Affine-DO algorithm has the necessary scalability and optimalit

13 rating over a solution produced using Affine-DO shows little improvement.

14 n 30% for random sequences, for which Affine-DO produced the worst solutions.

15 s that tonsillar interdigitating DC are also DO(+).

16 commercial red wines from DO Rias Baixas and DO Ribeira Sacra (Spain) by UV-VIS-NIR spectroscopy.

17 ill outline the features of the MDP, CC, and DO mouse models and will discuss published case studies

18 well as between AIDO and the radial cell and DO distributions in beads.

19 f two specialized accessory proteins--DM and DO--located in the endosomal/lysosomal system where pept

20 f DO listserv members, twitter followers and DO website usage.

21 %, 70%, and 75% of nursing, MD-granting, and DO-granting schools, respectively.

22 NMR ((1)H NOESY, TOCSY, (1)H/(7)Li HSQC, and DO-NMR) studies on the solution structure of 3,N-dilithi

23 ed liver microcirculation, cardiac index and DO(2)-I, but significantly increased IL-1beta, IL-6 and

24 MLSS and DO were shown to be effective in shaping functional gene

25 The negative correlations between MRP and DO is marked (r = -0.89).

26 ted to a sequential oxidation by nitrite and DO.

27 Nursing and DO-granting schools (31% and 45%, respectively) were les

28 h lower P/Fe irrespective of temperature and DO treatments.

29 The map defines 10 neurons of the TO and DO, and it identifies 28 receptors that map to them.

30 heet from binding of the monoclonal antibody DO-12 and attenuate binding of the monoclonal antibody P

31 C, a small subset of uncertain function, are DO(+), while smaller proportions of CD11c(+), BDCA-1(+)

32 Affine-DO has the same time complexity as DO, but is correctly suited for the affine gap edit dist

33 At DO concentrations of 1.30 and 2.30 mg O2/L, the lowest N

34 dritic cells (DC) also have been found to be DO-negative, leading to the assumption that DC do not ex

35 ontological cross mappings resource between DO, MeSH and OMIM (e.g. GeneWiki).

36 lustering, the semantic similarities between DO terms are also used to constrain clustering results.

37 re the overall and subset similarity between DO terms.

38 based on the squared average measured bottom DO explains 97% of the estimated variability in the hypo

39 show that bubble nucleation is dominated by DO concentration (affected by cellular metabolism), rath

40 nt difference (p>0.05) with that measured by DO meter.

41 ago-Rivera A, Morse G, DeCaprio A, Carpenter DO, and the Akwesasne Task Force on the Environment.

42 levels in fish held in normoxic conditions (DO: 6.5 mg/L).

43 ated with intermittent aeration, considering DO limitation, direct pH effects on enzymatic activities

44 s, and non-crystalline U(IV) rapidly consume DO and nitrate to maintain anoxic conditions, yielding F

45 In contrast, DO-PI(4,5)P2 but not DP-PI(4,5)P2 recruited Gag to GUVs,

46 We anticipate that coupling DO sequences with tumor-homing transduction domains can

47 from Xinglong Cave, northern China, covering DO 15 and 14.

48 CRISPR-DO uses a computational sequence model to predict sgRNA

49 tion for the Design and Optimization (CRISPR-DO) of guide sequences that target both coding and non-c

50 lti-editor model utilizing Protege to curate DO in web ontology language.

51 The finding of cell maturation-dependent DO expression in B lymphocytes and dendritic cells sugge

52 ic sediment-water incubations with different DO and temperature treatments confirmed suspected mechan

53 ese reciprocal functions are based on direct DO/DM binding, but the topology of DO/DM complexes is no

54 ere analyzed as a function of eight discrete DO concentrations, ranging from 0 ppm (anaerobic) to 42

55 , developmental and acquired human diseases (DO version 3, revision 2510).

56 The genetically diverse DO mice provided a reproducible response to benzene expo

57 issected pH-dependence of spontaneous and DM-DO-mediated class II peptide exchange and identified an

58 te that active, free DM is generated from DM-DO complexes at late endosomal/lysosomal pH due to irrev

59 pH-exposure of DM-DO in cell lysates corroborates such a pH-regulated mech

60 on approaches to determine pH effects on DM-DO function and their mechanistic basis.

61 decrease under these conditions, but the DM:DO ratio generally increases.

62 Expression of HLA-DO (DO) in cells that express HLA-DM (DM) results in an alte

63 HLA-DO (DO) is a nonclassic class II heterodimer that inhibits t

64 Another MHCII-like molecule, HLA-DO (DO), associates with DM, thereby modulating DM function.

65 ng from the purification protocol (e.g., DO, DO/HCl, DO/HNO(3), H(2)O(2), H(2)O(2)/HCl), where dry ox

66 mpty bed contact time (EBCT) of 20 min each, DO-, nitrate-, sulfate-, and arsenate-reducing TEAP zone

67 designed an indirect in-line electrochemical DO removal device (EDOR), utilizing a silver cathode to

68 nger-term reductions after 120 d of elevated DO treatment, relative to an untreated condition predict

69 Monarch Initiative among others, and enhance DO's current asserted view and multiple inferred views t

70 B cells and thymic epithelial cells express DO, while monocytes/macrophages do not.

71 t, certain types of human primary DC express DO.

72 no detectable CD16(+) (myeloid) DC, express DO.

73 ing to the assumption that DC do not express DO.

74 The range of APC types shown to express DO suggests a broader role for DO in immune function tha

75 n of origin (DO) Valdeorras, one of the five DOs in Galicia, wants to promote the production and mark

76 In addition, DM acts as a chaperone for DO and is required for its egress from the endoplasmic r

77 The potential for DO introduced in this manner to oxidize manganese(II) (M

78 wn to express DO suggests a broader role for DO in immune function than previously appreciated.

79 noparticles show a very high sensitivity for DO with a limit of detection (LOD) of 60 nm and can be r

80 re amended with equimolar quantities of four DO(13) C substrates to simultaneously evaluate community

81 novel electron-deficient olefin ligand, Fro-DO, proved crucial for achieving high rates and chemosel

82 ich the apparent diffusion coefficients from DO spectra are projected onto a 1D NMR spectrum (diffusi

83 cause of technical limitations stemming from DO instability.

84 were determined in commercial red wines from DO Rias Baixas and DO Ribeira Sacra (Spain) by UV-VIS-NI

85 emming from the purification protocol (e.g., DO, DO/HCl, DO/HNO(3), H(2)O(2), H(2)O(2)/HCl), where dr

86 bound to the liquid phase when PI(4,5)P2 had DO-acyl chains.

87 the purification protocol (e.g., DO, DO/HCl, DO/HNO(3), H(2)O(2), H(2)O(2)/HCl), where dry oxidation

88 e is diminished by both high NO2(-) and high DO concentrations.

89 to M. smegmatis cultures maintained at high DO levels, rescues the persister population.

90 ant to this system; one was abundant in high DO and pH and contained heterotrophs and oxidizers of ir

91 persister survival, and maintenance of high DO yields sufficient ROS to kill persisters.

92 In a subset of immature LC with higher DO expression, an increased fraction of surface DR molec

93 HLA-DO (DO) is a nonclassic class II heterodimer that inhibi

94 HLA-DO has sequence similarity with MHC class II molecules y

95 HLA-DO/H2-O is a highly conserved, nonpolymorphic MHC class

96 restriction molecule, and reversible by HLA-DO.

97 expression and a concurrent decrease in HLA-DO in BL cells.

98 nge catalyst, HLA-DM, and its inhibitor, HLA-DO control endosomal generation of peptide/class II majo

99 Another MHCII-like molecule, HLA-DO (DO), associates with DM, thereby modulating DM funct

100 ted by another MHCII-like protein, H2-O (HLA-DO in humans).

101 e previously unappreciated role of H2-O (HLA-DO) in immunity to infections may suggest new approaches

102 Expression of HLA-DO (DO) in cells that express HLA-DM (DM) results in an

103 Because of the restricted expression of HLA-DO, presentation of DM-sensitive antigens was limited to

104 cture of the non-classical MHCII protein HLA-DO reveal changes in the same region.

105 The structure of the HLA-DO-HLA-DM complex shows that it blocks HLA-DM activity a

106 7, the stereoselectivity went from 93-94% in DO(-)/D(2)O to 60% in the presence of buffer.

107 Thus, the difference in DO level was attributable to biofilm-induced oxygen dema

108 cid-activated generation of functional DM in DO-expressing cells.

109 cies (ROS), we hypothesized that the drop in DO decreases the concentration of ROS, thereby facilitat

110 oduction was even more apparent at increased DO concentration.

111 With increasing DO, the rate slowed and the rate-limiting step shifted f

112 Some evidence suggests that pH influences DO regulation of DM function, but pH also affects the st

113 Influent DO was effectively consumed by biogenic iron sulfides in

114 O2 dissolution rate with increasing influent DO concentration and decreasing FeS content.

115 eration of the DO web browser will integrate DO's extended relations and logical definition represent

116 then developed between the average intrabead DO concentration (AIDO) and the total viable cell number

117 exchange of the C(3)-proton for deuterium, k(DO) (M(-1) s(-1)), of a series of 20 triazolium salts in

118 he oxidation of UO2, although FeS still kept DO levels low.

119 Under hypoxia (2.0mg/L DO at 25 degrees C) stress, HdHIF-1alpha expression was

120 1 week) and long-term (1.7, 2.7 and 3.7 mg/L DO for 3 weeks) hypoxia exposure caused significant incr

121 ced nitrifier endogenous decay rate by a low DO.

122 centrations which are most pronounced at low DO concentrations and in regions where the P/Fe ratio in

123 ments confirmed suspected mechanisms: at low DO in water (<4 mg L(-1)), reductive dissolution of ferr

124 onium, whereas the other was abundant in low DO with the capability to reduce nitrate.

125 community reduced the adverse effect of low DO on nitrification; therefore, low DO operation of a co

126 rch investigated the long-term effect of low DO on the nitrification performance of activated sludge.

127 ty and diminishing the adverse effect of low DO on the overall nitrification performance.

128 Under long-term low DO conditions, nitrite oxidizing bacteria (NOB) became a

129 Under long-term low DO conditions, Nitrosomonas europaea/eutropha remained a

130 PCR assays indicated that the long-term low DO enriched both AOB and NOB in activated sludge, increa

131 The low DO, however, may result in incomplete nitrification.

132 t of low DO on nitrification; therefore, low DO operation of a complete nitrification process is feas

133 /L, and ultimately 60% when returning to low DO conditions.

134 er decadal time scales in aquifers under low DO conditions.

135 this period but no measurable loss at lower DO.

136 We exposed male DO mice to benzene (0, 1, 10, or 100 ppm; 75 mice/exposu

137 A transplant acceptance model using male DO.11 donor cells and female BALB/c recipient mice showe

138 ited for LOC applications where miniaturized DO removal and/or regulation are desirable.

139 An additional 10-day supply of 0.25 mM DO influent resulted in the release of about 10% and 49%

140 Furthermore, multiple DO constructs assembled into extended one-dimensional ar

141 NOD.DO DCs, however, presented an altered MHCII-bound self-p

142 pressed DO in DCs (referred to herein as NOD.DO mice).

143 Indeed, immune system function in NOD.DO mice was equivalent to that in NOD mice.

144 es development was completely blocked in NOD.DO mice.

145 Similar to NOD mice, NOD.DO animals selected a diabetogenic T cell repertoire, an

146 density resulted in decreased dissolved O2 (DO) concentrations (p = 0.0003) measured using real-time

147 Hemisphere volcanism and Dansgaard-Oeschger (DO) events (>99% confidence), but did not identify a cau

148 abrupt transitions into Dansgaard-Oeschger (DO) events can be studied in detail in Greenland ice cor

149 rming episodes, known as Dansgaard-Oeschger (DO) events.

150 dead cell densities and the concentration of DO within the construct as functions of radial position

151 The content of DO has had 192 revisions since 2012, including the addit

152 nt in explaining the spatial distribution of DO, while satellite observations of sea surface temperat

153 ults show a 1-2 month lag between the end of DO delivery and rebound to the final near-steady emissio

154 LC expression of DO is down-regulated by maturation stimuli.

155 resulting in the characteristic features of DO events.

156 The physiological function of DO remains unknown.

157 periodic shifts in the spatial gradients of DO, pH, free ammonia, and free nitrous acid, associated

158 luenced the pH, and so the biotic impacts of DO and pH shifts are correlated.

159 n vitro, but the physiological importance of DO is unclear.

160 In contrast, if high levels of DO are maintained, all cells succumb, sterilizing the cu

161 he southwest and that the cumulative loss of DO peaked from 14 August through 18 September at a value

162 x and have implications for the mechanism of DO inhibition of DM.

163 To probe the nature of DO/DM complexes, we used intermolecular fluorescence res

164 uests and a steady increase in the number of DO listserv members, twitter followers and DO website us

165 , and ammonium) is linked to the presence of DO, which has higher concentrations near the water table

166 ped to explain the concentration profiles of DO, nitrate, and DOC.

167 id products were absent over a wide range of DO values, suggesting that dissolution proceeded through

168 The removal of DO by FeS was significant but incomplete during the inhi

169 The biological role of DO-mediated regulation of DM activity in vivo remains un

170 on direct DO/DM binding, but the topology of DO/DM complexes is not known, in part, because of techni

171 Consequent bubble growth depends not only on DO concentration but also on competition for dissolved g

172 r predocumentation (PD), documentation only (DO), or documentation with provider review (PR) cohort b

173 rrent version of the Human Disease Ontology (DO) database expands the utility of the ontology for the

174 The Disease Ontology (DO) database represents a comprehensive knowledge base o

175 neral purpose, OBO Foundry Disease Ontology (DO) for the identification of gene-disease associations.

176 Ontology (HPO) terms, 435 Disease Ontology (DO) terms and 228 Disease Ontology Lite (DOLite) terms.

177 a popular heuristic is Direct Optimization (DO).

178 ecies model may be used if predicting DOC or DO concentrations is desired.

179 Physicians (MD or DO) caring for resuscitated cardiac arrest patients.

180 re analysis that combines diffusion ordered (DO) NMR spectroscopy with statistical total correlation

181 g the terminal organ (TO), the dorsal organ (DO), and the pharyngeal organs.

182 a new motif for functionalizing DNA origami (DO) with CNTs is demonstrated.

183 The denomination of origin (DO) Valdeorras, one of the five DOs in Galicia, wants to

184 We sought to evaluate Diversity Outbred (DO) mice as a tool for exposure threshold assessment and

185 laborative Cross (CC) and Diversity Outbred (DO) models.

186 t populations such as the Diversity Outbred (DO) mouse stock accumulate large numbers of crossover (C

187 unique trial outcome (differential outcomes, DO, procedure), learning is faster and more accurate tha

188 d NOD mice that constitutively overexpressed DO in DCs (referred to herein as NOD.DO mice).

189 (2)O(2), H(2)O(2)/HCl), where dry oxidation (DO) or refluxing in H(2)O(2) was used in a first purific

190 mmonium, nitrite, nitrate, dissolved oxygen (DO) and N2O data collected from both an open oxidation d

191 is opposite to that of the dissolved oxygen (DO) and nitrate concentrations.

192 r table peaking transports dissolved oxygen (DO) and nitrate from the vadose zone into the alluvial a

193 inating pathway at various dissolved oxygen (DO) and nitrite levels, consistent with previous hypothe

194 SND under high dissolved oxygen (DO) brings high nitrogen conversion rates.

195 a significant reduction in dissolved oxygen (DO) concentration and stimulated a bloom of bacteria bio

196 , reducing the operational dissolved oxygen (DO) concentration can improve oxygen transfer efficiency

197 nitrogen input gases, the dissolved oxygen (DO) concentration in proximal microchannels filled with

198 At dissolved oxygen (DO) concentration of 0.55 mg O2/L, further increases in

199 e FeS as a function of pH, dissolved oxygen (DO) concentration, and FeS content.

200 xic conditions, defined as dissolved oxygen (DO) concentrations below 2 mg/L, are a regular summertim

201 em, very high and very low dissolved oxygen (DO) concentrations resulted in lower emissions, while in

202 d retention time (SRT) and dissolved oxygen (DO) concentrations), two full-scale municipal wastewater

203 Dissolved oxygen (DO) did not observably inhibit Cr(VI) removal because Fe

204 urements demonstrated that dissolved oxygen (DO) in biofilm-free dermal tissue was 4.45 +/- 1.17 mg/l

205 nd real time monitoring of dissolved oxygen (DO) in environmental waters.

206 ic noncrystalline U(IV) by dissolved oxygen (DO) in the presence of mackinawite (FeS).

207 ection of oxygen including dissolved oxygen (DO) is of great interest in various applications.

208 The influent dissolved oxygen (DO) level was increased stepwise to 6.5-8.5 mg/L and 17-

209 related to differences in dissolved oxygen (DO) level, and it was not explained by the spatial dista

210 d, giving rise to elevated dissolved oxygen (DO) levels and remobilization of U(IV).

211 Under dissolved oxygen (DO) levels of 2.5-3.0 mg/L, N2O emission from the nitrit

212 lation, as a small drop in dissolved oxygen (DO) saturation (20%) allows for their survival in the fa

213 ver significant amounts of dissolved oxygen (DO) to the shallow groundwater.

214 for producing gradients of dissolved oxygen (DO) within a lab-on-a-chip platform.

215 On the basis of dissolved oxygen (DO), ammonium, nitrite, and nitrate profiles within the

216 s profoundly influenced by dissolved oxygen (DO), carbonate, and solutes such as Ca(2+).

217 Dissolved oxygen (DO), nitrate, and dissolved organic carbon (DOC) were me

218 ted groundwater containing dissolved oxygen (DO), nitrate, arsenate, and sulfate was treated in a fix

219 Changes in dissolved oxygen (DO), pH, and other variables were similar across bioreac

220 between N2O flux and NO3-, dissolved oxygen (DO), temperature, land use and surficial geology in the

221 ced water clarity, and low dissolved oxygen (DO), while decreased N loadings from 1981-2012 suggest m

222 on pretreatments to remove dissolved oxygen (DO).

223 ly by the concentration of dissolved oxygen (DO).

224 ds to rapid consumption of dissolved oxygen (DO).

225 the presence of nitrite or dissolved oxygen (DO).

226 Short-term (1.7 mg/L dissolved oxygen, DO for 3 days to 1 week) and long-term (1.7, 2.7 and 3.7

227 Both unsaturated dioleoyl-PI(4,5)P2 [DO-PI(4,5)P2] and saturated dipalmitoyl-PI(4,5)P2 [DP-PI

228 ting concentration gradient supports passive DO diffusion from the sample stream into the deoxygenati

229 allele-independent relationship between pH, DO/DM ratio and efficient peptide exchange.

230 Current strategies for portable DO removal offer limited practicality, because of their

231 ted no significant differences in predicting DO and DOC concentrations.

232 osomal pH due to irreversible, acid-promoted DO destruction rather than DO/DM molecular dissociation.

233 The other accessory protein, DO, modulates DM activity in vitro, but the physiologica

234 potential for direct, inexpensive and rapid DO monitoring in various environmental waters.

235 (EDOR), utilizing a silver cathode to reduce DO in a chamber that is fluidically isolated from the sa

236 he DO terms are aggregated and the redundant DO terms are largely removed.

237 implying that modulation of DObeta regulates DO dimer abundance in these cells.

238 id glacial climate shifts closely resembling DO events.

239 FeS effectively scavenged DO and preferentially reacted with oxygen, contributing

240 ring method is then applied to group similar DO terms.

241 wrapped CNTs at specific positions on single DO constructs.

242 stical approach combines the limited in situ DO measurements with auxiliary data selected using the B

243 enerated two variants of recombinant soluble DO with increased stability [zippered DOalphaP11A (szDOv

244 Linear and stable DO gradients with high spatial resolution are establishe

245 Superior DO performance is theorized to be mediated by the additi

246 during co-culture with naive transgenic TCR DO.11.10 T cells in vitro and reduced their ability, fol

247 ted that such peptides, which we have termed DO peptides, are involved in disulfide-dithiol exchange

248 In the myeloid cell types tested, DO expression correlates with levels of DObeta, but not

249 nsity genotype data from [Formula: see text] DO mice, and localized 2.2 million CO events to interval

250 le, acid-promoted DO destruction rather than DO/DM molecular dissociation.

251 e results in more interpretable results than DO for gene-disease association tests.

252 To test the idea that DO modulation of the MHCII self-peptide repertoire media

253 lecules carry CLIP peptides, indicating that DO functions as a DM inhibitor in these cells.

254 class II/peptide complexes, indicating that DO modulates DM function.

255 nknown; however, it has been postulated that DO expression dampens presentation of self antigens, the

256 These studies show that DO expression can shape the overall MHCII self-peptide r

257 ransferases as candidate genes suggests that DO mice may provide additional insight into benzene-indu

258 The DO cohort showed no significant differences in the risk

259 The DO is utilized for disease annotation by major biomedica

260 The DO levels are correlated with eutrophication that possib

261 The DO levels in the sample stream were determined by cyclic

262 The DO mice display interindividual variation in toxicity re

263 The DO project has been incorporated into open source tools

264 The DO semantically integrates disease and medical vocabular

265 The DO web browser has been designed for speed, efficiency a

266 ad returned to control values 24 h after the DO in the tanks was restored to normoxic levels.

267 ructed a simplified vocabulary list from the DO called Disease Ontology Lite (DOLite).

268 ated genes are closely related, we group the DO terms based on the similarity of gene-to-DO mapping p

269 rder 10 kb) patterns of recombination in the DO, we overlaid putative recombination hotspots onto our

270 al transduction of the GCRbeta gene into the DO-11.10 cell line.

271 dynamic fluorescence-based monitoring of the DO concentration using low-cost light-emitting diodes.

272 Results show removal of 98% of the DO in a test sample at flow rates approaching 50 muL/min

273 he resulting sex-averaged genetic map of the DO population is highly concordant with large-scale (ord

274 The next iteration of the DO web browser will integrate DO's extended relations an

275 ading to immobilization of the CNTs onto the DO scaffold.

276 Since the DO 2012 NAR paper, there have been hundreds of term requ

277 As such, the DO terms are aggregated and the redundant DO terms are l

278 On the basis of the assumption that the DO terms having similar associated genes are closely rel

279 Even when the DO level was reduced to 0.3-0.8 mg/L, N2O emission from

280 % when the DO was 6.5-8.5 mg/L, 90% when the DO was 17-20 mg/L, and ultimately 60% when returning to

281 e emission was reduced by about 70% when the DO was 6.5-8.5 mg/L, 90% when the DO was 17-20 mg/L, and

282 s have greater time complexities compared to DO.

283 h the groundwater community and responded to DO.

284 current density showed different response to DO levels when different external resistances were appli

285 raninite loss rates were highly sensitive to DO, with near-complete loss at >0.6 mg/L over this perio

286 s for binding to szDOv and susceptibility to DO inhibition.

287 DO terms based on the similarity of gene-to-DO mapping profiles.

288 Low temperature (1)H NMR (NOESY, TOCSY, DO-NMR) studies on the solution structure of N-lithio-N-

289 Thus transient DO conditions could support microbially mediated Mn oxid

290 imilar perceptual discrimination tasks under DO and CO procedures, respectively, and displayed the DO

291 ncentration limit of 0.205 ppm benzene using DO mice.

292 Studies using DO mice can localize genetic associations with high prec

293 s firstly examined with tap water at varying DO levels.

294 imary product (formation within seconds when DO absent, no intermediates detected) and (ii) as a tran

295 enic iron sulfides in the BRS+ column, while DO and a large U spike were detected after only a brief

296 mal tissue was 4.45 +/- 1.17 mg/liter, while DO levels for biofilm-infected tissue declined sharply f

297 d dissolution of UO2 was observed along with DO breakthrough in the reactor.

298 Any soluble DM that remains in complex with DO stays inert.

299 region of DM important for interaction with DO.

300 2.2 +/- 0.5 mA/m(2)) increased linearly with DO level up to 8.8 +/- 0.3mg/L (regression coefficient,

301 lubilized via wrapping with ssDNA react with DO constructs displaying linear arrays of ssDNA, leading

302 it Cr(VI) removal because Fe(II) reacts with DO more slowly than it does with Cr(VI), and Cr(VI) remo