ライフサイエンスコーパス: aeration

1 were greatly enhanced in cells growing with aeration.

2 t effective means to prevent frothing during aeration.

3 accordingly forms substantial H(2)O(2) upon aeration.

4 dioxide deprivation and following 1 h of re-aeration.

5 are differentially expressed in response to aeration.

6 trains, was less evident in cells grown with aeration.

7 igh shunt fraction, high perfusion, and poor aeration.

8 y decreased under conditions of high culture aeration.

9 including pathogens, under conditions of low aeration.

10 central module is necessary for response to aeration.

11 ed at the high pH anaerobically but not with aeration.

12 tained independently of the level of culture aeration.

13 can improve growth under conditions of poor aeration.

14 a second that responded to conditions of low aeration.

15 75% total amino acids at pH 7.0 with minimal aeration.

16 at these species are produced even under low aeration.

17 idoreductase (PFOR), that lose activity upon aeration.

18 source, which could be reduced with improved aeration.

19 ess regional lung ventilation and changes in aeration.

20 sed wastewater treatment with photosynthetic aeration.

21 % reduction in density were formulated using aeration.

22 of Hg(II) in aqueous solution by SnCl(2) and aeration.

23 ate postoperative improvement in parenchymal aeration.

24 rifying MABR was operated under intermittent aeration.

25 eduction of 2%vol. was achieved after 30h of aeration.

26 to heating at 180 degrees C in an oven with aeration.

27 put due to the lack of a need for wastewater aeration.

28 metabolites and lipids during hypoxia and re-aeration.

29 ing batch reactor (SBR) system with bubbling aeration.

30 e-sensitive enzymes are equally sensitive to aeration.

31 e compared with those produced from diffuser aeration.

32 rine proteases in cells incubated at reduced aeration.

33 w aeration (6 L.min-1) as compared with high aeration (12 L.min-1).

34 greater degree of aerobic metabolism versus aeration (21%) in the nonphysiological environment of HM

35 he culture was grown under conditions of low aeration (6 L.min-1) as compared with high aeration (12

36 To quantify lung aeration, a lung ultrasound score was calculated.

37 Aeration accounts for the largest energy demand in conve

38 Reduction of yplA expression by aeration, addition of glucose and sucrose, and applicati

39 Holding breaths contribute to early lung aeration after birth in preterm infants.

40 on was classified for the presence of normal aeration, alveolar-interstitial syndrome, consolidation,

41 iogas stream can meet the energy demands for aeration and agitation, and recovery of PHB synthesized

42 dynamic PEEP strategies resulted in quicker aeration and better compliance but higher tidal volumes

43 Test the hypotheses that pulmonary aeration and blood volume matching is reduced during ins

44 s were consistently more afflicted with poor aeration and consolidation.

45 Low aeration and controlled moisture enhanced fungal coloniz

46 position improved gas exchange by restoring aeration and decreasing shunt while preserving perfusion

47 y upstream was activated in cells grown with aeration and during a stringent response, respectively.

48 o verify if lung ultrasound can monitor lung aeration and function and has good reliability to predic

49 g ultrasound scores allow monitoring of lung aeration and function in extremely preterm infants.

50 Inoculation, aeration and heat dissipation are key parameters for mai

51 oundwater depth provides primary controls on aeration and infiltration of near-surface sediments, the

52 k and feast-famine cycles with no mechanical aeration and negligible oxygen diffusion is able to main

53 (18)F-FDG allows the assessment of both lung aeration and neutrophil inflammation as well as an estim

54 Aeration and perfusion distributions at baseline were pr

55 g its recruitability and changes in regional aeration and perfusion distributions at injury and durin

56 d tissue lung volumes and axial and vertical aeration and perfusion gradients.

57 n features, TD3 control optimization reduced aeration and pumping energy requirements by 14.3% compar

58 suggesting an improved distribution of lung aeration and reduction of overdistension.

59 sulted in a more homogeneous distribution of aeration and regional transpulmonary pressures at end-ex

60 oderate to high nutrient loading by lowering aeration and sludge handling demands while increasing me

61 amic CT was used to evaluate changes in lung aeration and the regional distribution of tidal volume.

62 Lung mechanics and regional aeration and ventilation (electrical impedance tomograph

63 Aeration and vitamin B1 and C supplementation significan

64 Bioreactor with mechanical sieving, extended aeration, and a Moving Bed Biofilm Reactor.

65 However, they quickly lost activity upon aeration, and AhpCF and catalase were induced to compens

66 inked to reduced soil bulk density, improved aeration, and better penetration of roots in the soil.

67 e both required for the induction of atlS by aeration, and purified LytT was able to bind to the prom

68 grated with predenitrification, intermittent aeration, and step-feeding strategies.

69 n iron-limited medium and/or with decreasing aeration, and the metabolomes were examined by nuclear m

70 The lifetime of the NZB, septic tank aeration, and use of solar energy have been found to be

71 ere to describe the spatiotemporal gas flow, aeration, and ventilation patterns within the lung in te

72 missions, we recommend passive or mechanical aeration, applying HMT during cooler hours, and stabiliz

73 Effective pile management and aeration are key to minimizing CH(4) emissions.

74 4 mL/kg was associated with successful lung aeration as assessed by an increase in heart rate to at

75 Thus, the NarQ sensor responds to aeration as well as to nitrate and nitrite.

76 tent and with a more uniform distribution of aeration, as the increase in aeration in dorsal lung reg

77 emains unclear whether rapid or gradual lung aeration at birth causes less lung injury.Objectives: To

78 : To examine the effect of gradual and rapid aeration at birth on: 1) the spatiotemporal volume condi

79 Rationale: Inflation is essential for aeration at birth, but current inflating pressure settin

80 ) and 3.8 PFU min(-1), respectively, for the aeration basin and 79 PFU min(-1) and 0.3 PFU min(-1) fo

81 respectively, in the chambers enclosing the aeration basin and sewer models.

82 er systems: toilets, a lab-scale model of an aeration basin, and a lab-scale model of converging sewe

83 igh compliance improves oxygenation and lung aeration but may result in alveolar hyperinflation and h

84 peared to be induced slightly by acid during aeration but showed stronger induction under anaerobic c

85 PEEP resulted in the same lung mechanics and aeration, but less energy transmission (tidal mechanical

86 e, bladder pressure, and end-expiratory lung aeration by gas dilution.

87 eous breathing improved oxygenation and lung aeration by redistribution of tidal volume to dependent

88 Moreover, a semiquantification of lung aeration can be performed at the bedside and used in mec

89 However, forced aeration can increase NH(3) emissions in some cases.

90 Aeration caused Cr(VI) reoccurrence from the abiotic oxi

91 Aeration caused degradation of amino acids and hydroxyci

92 High aeration caused much reduced growth in single SOD mutant

93 not gtfC, was responsive to oxygen and that aeration causes major changes in the amount and degree o

94 were only apparent in the early stage of the aeration cells and the first cell of the IFAS possibly d

95 In addition, under conditions of high aeration, cells of mutants lacking functional cheA1 or c

96 Lung ultrasound determination of aeration changes during a successful spontaneous breathi

97 s, gas exchange and regional ventilation and aeration characteristics were measured during PPV.

98 d the expiratory collapse and increased lung aeration compared with mechanical ventilation with muscl

99 ce to NorB substrates in response to reduced-aeration conditions, illustrating a third mechanism of p

100 S led to increased HilD production under low-aeration conditions, whereas deletion of arcZ abolished

101 NOB suppression associated with intermittent aeration, considering DO limitation, direct pH effects o

102 oratory scale alum sludge-based intermittent aeration constructed wetland (AlS-IACW) was integrated w

103 m HeLa cells grown in a fermentor under high aeration contained selenium-deficient enzyme species tha

104 ing, given their potential in ammonium-based aeration control applications.

105 Emerging aeration control strategies for energy conservation have

106 main-based control strategy of ammonia-based aeration control, although future work is necessary to i

107 ctice, mitigations are mainly carried out by aeration control, feed scheme optimization, and process

108 op nitrification at nitrate, allowing easier aeration control.

109 nammox reactors; increasing the frequency of aeration cycling is an efficient way of obtaining those

110 expiratory pressure on regional collapse and aeration distribution in an experimental model of acute

111 regional open lung approach, promoted better aeration distribution, and minimized lung tissue inhomog

112 Rates of aeration-driven Cr(VI) reoccurrence increased with pH, a

113 Aeration-driven oxidation of Mn(II) to Mn(III,IV)(hydr)o

114 Goal targets to achieve lung aeration during positive pressure ventilation have not b

115 industrial systems was achieved without any aeration during steeping.

116 Loss of lung aeration during the successful spontaneous breathing tri

117 )O) recruitment maneuver known to facilitate aeration (dynamic PEEP), and compared with dynamic PEEP

118 astewater treatment facilities by decreasing aeration energy, carbon, alkalinity, and tank volume req

119 tation caused Hpx- cells to die rapidly upon aeration, even though the intracellular H2O2 was <1 micr

120 While high river discharge (Q) enhances aeration, floods also deliver oxygen-consuming pollutant

121 udy proposed investigates the role of forced aeration flow and humidification pulses during solid-sta

122 Five fermentation conditions with aeration flows (0.5-1.5 L/min) and moisturizing pulses (

123 The coupled equations of pollution and aeration for flow in a river were studied under generali

124 diatrics, Thoracic Surgery, Lung Parenchymal Aeration, Free-breathing Dynamic MRI, MRI Intensity Stan

125 c photogranules, which present potential for aeration-free and net-autotrophic wastewater treatment.

126 t carbon (C) and nitrogen (N) removal during aeration-free wastewater treatment.

127 cytochrome d-like signal was seen under low-aeration growth conditions but only in strains in which

128 Aeration had a large effect on the sourdough metabolite

129 stages of lung injury in lungs with regional aeration heterogeneity comparable to that of humans and

130 Aeration homogeneity was evaluated as a nondependent/dep

131 distribution of aeration, as the increase in aeration in dorsal lung regions was not offset by loss o

132 ason, because fetch size limited wind-driven aeration in fall.

133 ffects of prone positioning on regional lung aeration in late versus early stages of lung injury.

134 udy, we explore its effects on regional lung aeration in neonates and young infants using electrical

135 E. coli W3110 was grown with aeration in potassium-modified Luria broth buffered at p

136 Prone positioning decreased aeration in the anterior lungs on both days.

137 c paradox provides a better understanding of aeration in the deep regions of the lung, which may find

138 Flow-controlled ventilation enhances lung aeration in the dependent lung region and consequently i

139 ur were clearly influenced by the obligatory aeration in the different trials.

140 esidual As, Fe, and Mn were removed after re-aeration in the sand of the second bucket.

141 orsal lung regions was not offset by loss of aeration in ventral regions.

142 r injury, the heterogeneity of perfusion and aeration increased and the effect of gravity decreased.

143 All strains grew under low aeration, indicating respiratory competence.

144 oxygen (DO) conditions selected for and high aeration inhibited the NOB in a long-term lab-scale reac

145 uccess in intermittently aerated MABRs: both aeration intermittency and duration were effective contr

146 sult in reduced growth under static (limited aeration), iron-chelated conditions, while a yfe feo dou

147 Thus aeration is a serious threat for this obligate anaerobe,

148 y low cost at most landfills, where leachate aeration is already commonplace.

149 Effective lung aeration is crucial for successful postnatal transition.

150 (PN) has the potential to reduce energy for aeration, it has proven to be unstable when treating low

151 e density thresholds to discriminate between aeration levels in lung parenchyma.

152 This index was therefore used to define lung aeration levels in mice distinguishing in hyper-inflated

153 Aeration limitation not only obscured the metabolic effe

154 effects of iron limitation were obscured by aeration limitation.

155 ty communities and in soil with greater soil aeration may attenuate the most negative effects of floo

156 The effects of prone positioning on lung aeration may depend on the stage of lung injury and dura

157 aCO2, minute volume, tracheal pressure, lung aeration measured via CT, alveolar wall thickness, cell

158 Aeration minimally affected the remainder of this pathwa

159 19); 2) sustained inflation (SI) until full aeration (n = 26); or 3) tidal ventilation with an initi

160 With aeration, no significant difference in overall flavour p

161 mechanical surface agitation and fine bubble aeration of activated sludge.

162 On aeration of anoxic fen pore waters, >90% of dissolved ir

163 CrVI reoccurrence was observed on aeration of CrVI-spiked MnS(s) from the oxidation of pro

164 e latter was promoted by shaking to increase aeration of cultures.

165 to measure the effects of positioning on the aeration of each tissue unit.

166 he compounds in foam produced via the bubble aeration of landfill leachate.

167 n a nonfimbriate phase because of continuous aeration of liquid cultures produce FimA in amounts simi

168 Aeration of microbially utilized chars restored the char

169 Aeration of MnS(s) at pH>/=7 caused the formation of a h

170 onal (4D) dynamic MRI (dMRI) to characterize aeration of parenchymal lung tissue in healthy children

171 s, it is concluded that, following increased aeration of previously anoxic wetland soils due to clima

172 known canal, perhaps in response to greater aeration of surface peat.

173 enables the evaluation of prostheses and the aeration of the cavities, whereas magnetic resonance ima

174 Thus, artificial aeration of the hypolimnium has been used as a remediati

175 Aeration of the RO permeate removed total carbonate, sig

176 Aeration of the samples resulted in extensive agglomerat

177 Upon aeration of the unprocessed enzyme prebound with Cu(I),

178 We found that avoiding aeration of the wastewater inoculate prior to WSP additi

179 ity of infected goat barnyards that employed aeration of the water was performed.

180 this study, we investigated the influence of aeration on anoxically formed Mn solid phases and its im

181 omoted progression of fibrosis, reduced lung aeration on computed tomography, and impacted lung compl

182 so exhibited a growth defect when grown with aeration on several carbon sources, suggesting an impair

183 and heated to 40 degrees C, and (B) with no aeration or heating, to simulate vessel failure.

184 atory pressure resulted in no improvement in aeration or oxygenation.

185 The deployment of BES not only eliminates aeration or supplement of electron acceptors as in conte

186 sediment composition and arrangement, forced aeration, organic amendments, etc.) to improve the effic

187 The intratidal change in aeration over time was investigated by means of regional

188 e nucleotide pools in response to changes in aeration, oxidative stress, and UV irradiation.

189 he regional distribution of pulmonary shunt, aeration, perfusion, and ventilation in seven surfactant

190 y (sSI) was investigated, first using a lung aeration phantom to establish feasibility and sensitivit

191 ing, stabilization, cow dung mixing, passive aeration, pond disposal, and soil disposal.

192 of cells grown under reduced but not normal aeration prevented MgrA from being converted to its dime

193 understanding the behavior of the pollution-aeration process and its relation to the injected pollut

194 s that the most uncertain parameters are the aeration process, the transport of C. burnetii in bioaer

195 lation, rapid sand filtration, dune passage, aeration, rapid sand filtration, ozonation, pellet softe

196 a long solids retention time and a moderate aeration rate improve the pH soft-sensor accuracy and th

197 static magnetic fields (SMFs) applied on the aeration reactor (ASM 1), clarifier reactor (ASM 2) and,

198 on for the application of 15 mT SMFs was the aeration reactor, where the present of oxygen, substrate

199 However, aeration reduced pyruvate:ferredoxin oxidoreductase (PFO

200 ove the pH soft-sensor accuracy and that the aeration regime is the main operational parameter affect

201 s have important implications for the use of aeration remediation in polluted aquatic environments an

202 Aeration resulted in a decrease of pH and a net release

203 d P. angustum in a fermentor with controlled aeration revealed that acetone was produced after a lag

204 t aeration, with air suction and pressurised aeration) revealed that the heterogeneity of these malts

205 ARDS score, including the left and right LUS aeration scores and anterolateral pleural line abnormali

206 The parenchymal aeration should be considered independently from the sev

207 ve homogeneity, the common practise of steep aeration should be omitted.

208 eatlands may grow faster in response to soil aeration, so the net effect of humans on forest biomass

209 Furthermore, aeration soon after a tracer injection showed that sedim

210 Regional lung aeration, specific [F]fluorodeoxyglucose uptake rate, an

211 Different intermittent aeration strategies were then evaluated for nitritation

212 tation/anammox were operated under different aeration strategies, gradually adjusted over six months.

213 Aeration strongly inhibited biofilm development, and the

214 admium was analyzed via MLSS in the extended aeration system and the results o indicated that the hig

215 We leveraged an engineered aeration system in a small estuary to perform ecosystem-

216 For each day the engineered aeration system was turned off, an additional 5.1 mumol

217 itivity analysis carried out on the extended aeration system.

218 n mechanism(s) (wave breaking, spillway, and aeration systems) when evaluating inhalation exposure to

219 Batch experiments simulating the aeration tank of a sewage treatment plant confirmed the

220 nhouse gas and is easily stripped out in the aeration tank.

221 were detected in bioaerosols collected near aeration tanks at concentrations ranging from below dete

222 with infiltration measurements suggests that aeration techniques for healthier grasses led to water b

223 ed without compromising flavour by using gel aeration technologies.

224 , resulted in preferential nondependent lung aeration that became less uniform with time (P = 0.0006)

225 The severity reversed in low aeration; the CuZnSOD mutant remained viable longer than

226 Bubbles were generated either by aeration through a diffuser or by water jet impingement

227 assified by video data, and measures of lung aeration, tidal flow conditions, and intrathoracic volum

228 esigns are needed, ideally employing passive aeration to save energy, to minimize resistance HGT in b

229 ctor at a rate of 0.28 h(-1) upon subsequent aeration to yield a mature enzyme with kinetic propertie

230 1-407%], P = 0.001), mostly due to increased aeration/ventilation in dorsal lung regions.

231 the emissions was noted when the duration of aeration was increased while decreasing air flow rate (1

232 missions were obtained when the frequency of aeration was increased while maintaining a constant air

233 NOB suppression during intermittent aeration was mostly explained by periodic inhibition cau

234 The impact of aeration was probed by reducing shaking speeds and chang

235 Adding O(2) by aeration was the least effective method, unable to decre

236 Under reduced aeration, we also observed a 21.7-fold increase in the n

237 Lung mechanics and aeration were measured throughout.

238 Although no improvements in lung aeration were observed, muscle paralysis with severe lun

239 e, 0-18, with higher scores indicating worse aeration), which was registered in dedicated research da

240 hic microorganisms, treat wastewater without aeration, which currently incurs the highest energy dema

241 Regarding the air requirement for module aeration, which is the main cost factor in MBR technolog

242 ials were: (1) flooded (control), (2) bubble aeration with ambient air, and (3) hydrogen peroxide (H(

243 We found that the aeration with atmospheric O(2) during desaturation is a

244 Without continued aeration with atmospheric oxygen, the study sites would

245 e with a 15% reduced cost, due to responsive aeration with changing environmental assimilation capaci

246 Gradual aeration with tidal ventilation and PEEP produced the le

247 lly produced malts (steeping systems without aeration, with air suction and pressurised aeration) rev

248 choscopies, our patient had substantial lung aeration within 48 hrs of continuous positive airway pre

249 beats per minute, indicating effective lung aeration, within the first 10 minutes of resuscitation.

250 ped to reduce sugar in confectionery gels by aeration, without significantly affecting perceived chew

251 ergy-producing strategies, we suspected that aeration would interfere with its central metabolism.

252 from H(2) users to WRRFs such as pure oxygen aeration would provide a compelling new opportunity for