ライフサイエンスコーパス: dissolve

1 of the solid controlled-release pellet as it dissolves.

2 e NPs (EC(50) 640 mug/L) despite the similar dissolved Ag concentrations measured for aged and pristi

3 The results suggest that dissolved Ag ions released by AgNPs are the major toxici

4 In coexposures with TiO(2) NPs, higher dissolved Ag levels were measured for aged NPs (238.3 mu

5 oochromonas malhamensis induced by AgNPs and dissolved Ag.

6 formed to 26 faceted rhombicuboctahedrons by dissolving all their vertices.

7 d and required an inefficient 24 h growth to dissolve an iron sulfide impurity.

8 ase in pH increases the concentration of the dissolved and more photolabile Fe(III)-SRFA complex pres

9 ual liposomes encapsulating ciprofloxacin in dissolved and nanocrystalline form.

10 a dispersing agent, and (iii) separating the dissolved and nanoparticulate CuO fractions using cloud

11 easurements of inland water CO(2), CH(4) and dissolved and particulate organic carbon in northeast Si

12 CO(2) and CH(4) were younger than dissolved and particulate organic carbon, suggesting emi

13 factor for the different redox properties of dissolved and sorbed HA fractions.

14 t changes in electron exchange capacities of dissolved and sorbed HA fractions.

15 ance, ELT provides the decomposition of both dissolved and suspended pollutants.

16 ed several databases to model and map global dissolved and total nitrogen (N) and phosphorus (P) conc

17 g only one of the two nanocrystal precursors dissolving and diffusing toward the other is crucial to

18 The deposited octamer is subsequently dissolved, and the solution is investigated by MS.

19 ing technique for the purpose of orally fast-dissolving antioxidant food supplement.

20 or a period of 12 h and 48 h) was applied to dissolve any potential tiny crystals and nuclei already

21 for monitoring spatiotemporal changes in the dissolved aqueous concentrations of contaminants, wherea

22 ires long operating times (~hours) to remove dissolved arsenic due to inherent kinetics limitations.

23 erformance (retention time 19 s) in removing dissolved arsenic from contaminated groundwater in rural

24 ons of people are exposed to toxic levels of dissolved arsenic in groundwater used for drinking.

25 Although initially more dissolved As was detected in the acetate/lactate setups,

26 Remarkably, fibrils dissolve at low temperatures (2 to 6 degrees C) or upon

27 rking with large neuroimaging datasets, thus dissolving barriers to scientific discovery.

28 Here we show that the dissolved BC (DBC) content of dissolved OC (DOC) is twic

29 r high solubility, gums have been assumed to dissolve before fossilisation.

30 2.38]); followed by overuse of acidifier for dissolving brown heroin prior to injection (aOR 2.10 [95

31 re reversible upon temperature increment and dissolved by 1,6-hexanediol.

32 coccolithophores with a calcite exoskeleton dissolved by acidification (decalcified).

33 to PET films, after which the salt is easily dissolved by water.

34 Anthropogenic upper-ocean warming, increased dissolved carbon dioxide, and acidification will affect

35 han CA was supported by the higher extent of dissolved CCP in serum phase.

36 Removal of dissolved Cd, Cu, and Pb in BCZ sediments caused steep v

37 Biobased regenerated fibers, produced from dissolved cellulose are widely used today for clothes, u

38 The dissolved chemoattractant (l-serine) significantly incre

39 With the concomitant increase in dissolved CO(2), microbial conversion processes may be a

40 dergo, possibly oscillatory, growth and then dissolve completely.

41 The freely dissolved concentration (C(free)) of hydrophobic organic

42 The freely dissolved concentration in the assay medium (C(free)) an

43 water quality through the biodegradation of dissolved contaminants but also pose potential risks by

44 hat achieved using solution-cast molecularly-dissolved copolymer chains.

45 ration of electrospun nanofibers based "fast dissolving" drug delivery systems by employing variety o

46 ed the interior of the spheroid, whereas the dissolved dye alone did not penetrate the BBB.

47 the uptake of more nanoparticles and also of dissolved dye molecules.

48 tural peptides to explore the specificity of dissolved extracellular wastewater peptidases.

49 ionic liquid within the material was used to dissolve Fe-TAML and keep it from leaching into the aque

50 st treatment enhanced diatom growth owing to dissolved Fe (DFe) content.

51 primary productivity may not only depend on dissolved Fe but also on suspended solid Fe particles an

52 For example, our dissolved Fe concentration (20,900 nM) and associated fl

53 A dissolved Fe maximum was observed around 35 degrees N, c

54 that anthropogenic Fe contributes 21-59% of dissolved Fe measured between 35 degrees and 40 degrees

55 These significant growth enhancements and dissolved Fe measurements indicated that diatoms acquire

56 In order to identify the response of dissolved Fe(II) (Fe(2+)) and Fe mineral phases toward m

57 what extent light impacts the production of dissolved Fe(II) (Fe(2+)) in aquatic sediments.

58 deployed in (i) freshwater sediment rich in dissolved Fe(II) and P and (ii) marine sediment with sul

59 ated growth enhancements without adding such dissolved Fe.

60 ganic material, rather than from reductively dissolving Fe or Mn oxides, and that they were removed a

61 tructure of a novel solvate adduct formed by dissolving ferrocene, FeCp(2), in hexafluorobenzene, C(6

62 confocal laser scanning microscopy, with the dissolved fluorescent dye (FAM-alkyne) as a control.

63 Over 48 h, calcite was preferentially dissolved, forming an altered layer 200-500 mum thick wi

64 and experimentally separate them from their dissolved fraction and can be applied to other moderatel

65 biotic and biotic fuel cells can utilize the dissolved glucose in the body fluid as fuel.

66 alone or both S and P, but not S alone, can dissolve H:L precipitates into droplets.

67 Here, we show that dissolved H(2) concentrations in meltwaters from an iron

68 non-aqueous proton electrolyte is devised by dissolving H(3) PO(4) into acetonitrile.

69 a depletion of electron exchange capacity in dissolved HAs and enrichment of HAs adsorbed at Al(2)O(3

70 fts elemental speciation from particulate to dissolved, hindering the ability of filtering organisms

71 ucens is not able to exchange electrons with dissolved humic acids, the procedure allows an accurate

72 show that Zn in solution is mainly bound to dissolved humic acids.

73 pure alpha-Fe as a result of the effects of dissolved hydrogen.

74 .5; conversely, native NiO(x) catalyst films dissolve immediately.

75 Both compartments readily dissolve in a PKA-dependent manner within minutes of glu

76 conventional chemical denaturants, but they dissolve in formic acid (FA) at high concentrations.

77 Copper-based ENMs (Kocide), known to dissolve in water, and gold nanoparticles (AuNPs), stabl

78 ning solutions made of a hydrophobic polymer dissolved in a water-miscible or polar solvent.

79 eductions traditionally employ alkali metals dissolved in ammonia to produce a solvated electron for

80 The model analytes are acidic compounds dissolved in an oil that are extracted into aqueous drop

81 dependent of whether PBAT was added to soils dissolved in CHCl(3), as film, or as particles.

82 increased linearly with PBAT concentrations dissolved in deuterated chloroform (CDCl(3)), demonstrat

83 from PEMFCs in their use of redox mediators dissolved in liquid electrolyte to conduct oxidation of

84 es, including Cy3, Cy5, and Alexa Fluor 555, dissolved in micron-sized aqueous droplets (microdroplet

85 The slag was dissolved in nitric acid to generate an acid solution co

86 PIMs are readily dissolved in solvents and can be cast into robust microp

87 phosphorus-containing compounds respectively dissolved in sulfolane/water and sulfolane/DMSO-d(6) sol

88 ever, 20-60% of the methane produced remains dissolved in the anaerobically treated effluent, which i

89 work we demonstrate that aromatic compounds, dissolved in the hydrocarbon phase, can have both synerg

90 on is observed when all reacting species are dissolved in the same phase.

91 tract/preconcentrate 2-aminobiphenyl (2-ABP) dissolved in the water and demonstrate a new application

92 If 1-Gd is dissolved in THF instead of Et(2)O under N(2), the irrev

93 teractions with amine-terminated polystyrene dissolved in toluene at the water/toluene interface.

94 t available to directly characterize species dissolved in water at extreme conditions.

95 ion of H(6) TPPS, specifically H(4) TPPS(2-) dissolved in water, from J- to an H-aggregation was indu

96 ve viral DNA from degrading in sunlight, but dissolves in the alkaline insect gut to release the viru

97 ystems on Earth, and their ability to uptake dissolved inorganic carbon (DIC) allows them to modify l

98 Gulf coasts the meridional distributions of dissolved inorganic carbon (DIC) and carbonate mineral s

99 em to calculate relative changes in seawater-dissolved inorganic carbon (DIC) concentration, surmisin

100 s the rate at which phytoplankton assimilate dissolved inorganic carbon (DIC), but it is unclear whet

101 re mainly derived from the initialization of dissolved inorganic carbon anomalies that are subsequent

102 fication media pH (a likely indicator of the dissolved inorganic carbon available to support calcific

103 the MCO was associated with elevated oceanic dissolved inorganic carbon caused by volcanic degassing,

104 tinian coral skeletons is inherited from the dissolved inorganic carbon pool of their parent solution

105 Dissolved inorganic chemistry, local climate and land us

106 pH on AFO solubility with an increase in the dissolved inorganic Fe(III) concentration with the decre

107 t were high for their size and biased toward dissolved inorganic forms.

108 Dissolved inorganic nitrogen (DIN) amendment incubations

109 OM composition (e.g. polyphenolics), ambient dissolved inorganic nitrogen (DIN), and DOC to DIN ratio

110 ical and behavioral properties and porewater dissolved inorganic nutrient concentrations.

111 metry (N:P), and bioavailability (percentage dissolved inorganic nutrients) varied by orders of magni

112 ition for resources when the availability of dissolved inorganic phosphorus (DIP) is low in the aquat

113 to bind the TCR complex rapidly, and then to dissolve into benign orthosilicic acid, makes them an ap

114 (e.g., methane, longer-chained hydrocarbons) dissolve into shallow groundwater or pass through ground

115 under the far-simpler conditions of a solid dissolving into a surrounding liquid.

116 membranes with covalently attached or freely dissolved ionophore- and ionic-liquid-doped reference me

117 mbined with ambient (4.5 nM) or high (12 nM) dissolved iron (dFe).

118 The final solutions contained <1.5 mg L(-1) dissolved iron and became progressively acidified.

119 ediate need to measure electroactive humics, dissolved iron and iron-binding ligands simultaneously f

120 Standing stocks of dissolved iron are maintained by association with organi

121 We demonstrate how maximum dissolved iron concentrations could be limited by the co

122 e is found to be greatest in areas with high dissolved iron concentrations, consistent with iron bein

123 rom these results, we calculated the flux of dissolved iron incorporation into environmental MTB popu

124 MTB may mineralize a significant fraction of dissolved iron into crystals.

125 itous aquatic microorganisms that mineralize dissolved iron into intracellular magnetic crystals.

126 nes with grafted imidazole side-chains, with dissolved Li(+), Cu(2+), or Zn(2+) salts.

127 Copper from Kocide rapidly dissolved likely associating with organic matter in the

128 les relative to their corresponding solution dissolved linkers.

129 are sensitive to hexanediol, a chemical that dissolves liquid-like compartments in eukaryotic cells.

130 Es) have high oxidative stability but do not dissolve lithium salt.

131 ntly remove cobalt and cesium from a feed of dissolved lithium, cobalt, cesium, and boric acid.

132 Oxidation of dissolved manganese ions results in high-valent Mn(III,I

133 n other organic transformations that require dissolving metal reductants.

134 gent reduction reactions are performed using dissolving metals, sodium borohydride or hydrogen transf

135 bic methane oxidation (n-DAMO), up to 85% of dissolved methane and more than 99% of nitrogen were rem

136 ted by incorporating electrospun fibers into dissolving microneedles for the first time.

137 ht-driven formation of manganese oxides from dissolved Mn(2+) ions may have played a key role in bioe

138 However, preloading of MCS columns with dissolved Mn(II) led to suppressed reactivity with PIP.

139 le is known on the effects of water flow and dissolved Mn(II) on manganese-mediated redox reactions i

140 (MCS) columns is altered by the presence of dissolved Mn(II), generated in situ as reduced ions or p

141 iotics in the presence of different doses of dissolved Mn(II).

142 approach enables reproducible production of dissolving MNAs with undercut microneedles that can be t

143 ntrations for 2 years, resulting in a unique dissolved N:P ratio (target range from 128:1 to 2:1) for

144 Dissolution rates of UO(2)(s) with dissolved nitrite were approximately 5 to 10 times great

145 Change in total dissolved nitrogen concentration, an indication of incre

146 ultural and developed land uses (i.e., total dissolved nitrogen, specific conductance, and a wastewat

147 les a fast and efficient in situ analysis of dissolved (noble) gases in groundwater.

148 fied into three biogeochemical categories by dissolved nutrient content, sediment type, transparency,

149 The measurements reveal time profiles of dissolved O(2) in each sample vial, from which Threshold

150 modeled bioturbation activities reveal that dissolved O(2) introduction by burrow ventilation is the

151 ption rate of fermentable brewing sugars and dissolved O(2), estimated by the Gompertz equation, was

152 ue (SMOT) to measure extracellular fluxes of dissolved O(2).

153 show that the dissolved BC (DBC) content of dissolved OC (DOC) is twice greater in major (sub)tropic

154 on compost to study the effect of solid and dissolved OM composition on the speciation of reactive Z

155 temperature in solution when the aggregates dissolve or when the compound is well dispersed in a sol

156 ing the liposome containing ciprofloxacin in dissolved or nanocrystalline form.

157 oceed via arsenite desorption, reaction with dissolved or surface-bound reduced S, and formation of t

158 To investigate the role of deforestation on dissolved organic and inorganic C (DOC and DIC, respecti

159 nd C availability of microbial biomass C and dissolved organic C) played relatively small roles in th

160 e removal mechanism of refractory deep-ocean dissolved organic carbon (deep-DOC) is poorly understood

161 aisen River in Austria increased the river's dissolved organic carbon (DOC) concentration from 1.6 to

162 conditions of pH, nitrate concentration, and dissolved organic carbon (DOC) concentration that would

163 s a hump-shaped relationship with increasing dissolved organic carbon (DOC) concentrations; and that

164 , permanganate-oxidizable carbon (POXC), and dissolved organic carbon (DOC) fractions, whereas laccas

165 The leaching of dissolved organic carbon (DOC) from soils to the river n

166 In crude oil contaminant plumes, the dissolved organic carbon (DOC) is mainly hydrocarbon deg

167 Ocean warming might impact dissolved organic carbon (DOC) uptake by microphytoplank

168 nthesis (n = 9,404) to reveal the drivers of dissolved organic carbon (DOC), which is an important co

169 f-flight mass spectrometry (LC-QToF) and for dissolved organic carbon (DOC).

170 (6855 +/- 120 years BP) refractory carbon as dissolved organic carbon (DOC).

171 a decade, while decreasing concentrations of dissolved organic carbon and nitrogen (DOC and DON) and

172 long the Alaska Beaufort Sea coast show that dissolved organic carbon and nitrogen (DOC and DON) conc

173 About 250 Tg of dissolved organic carbon are annually transported from i

174 Nitrogen, phosphorus, and dissolved organic carbon concentrations and their ratios

175 yl compounds accounted for 19% to 38% of the dissolved organic carbon in reverse osmosis-treated wate

176 River discharge, suspended sediment, and dissolved organic carbon predicted THg concentration wit

177 ly account for a small fraction of the total dissolved organic carbon remaining after reverse osmosis

178 de and patterns of C loss (CO(2) , CH(4) and dissolved organic carbon) and soil-water quality charact

179 deionized water, filtered, and analyzed for dissolved organic carbon.

180 e quantities of sample are recovered, labile dissolved organic compounds may not be detected due to t

181 tes (RIs), such as excited triplet states of dissolved organic matter ((3)DOM*), singlet oxygen ((1)O

182 generation quantum yields from chromophoric dissolved organic matter (CDOM) have been reported for m

183 Absorption of solar radiation by colored dissolved organic matter (CDOM) in surface waters result

184 The photobleaching of chromophoric dissolved organic matter (CDOM) is considered an importa

185 s been increasingly employed to characterize dissolved organic matter (DOM) across a range of aquatic

186 protection vs. decomposition by adding (13)C dissolved organic matter (DOM) and (57)Fe(II) to soil sl

187 nship between the optical properties of soil dissolved organic matter (DOM) and acidic functions carr

188 Both oxidants react with dissolved organic matter (DOM) and alter its composition

189 uring micropollutant degradation by the AOP, dissolved organic matter (DOM) and the disinfection bypr

190 The impact of chlorine photolysis on dissolved organic matter (DOM) composition and DBP forma

191 ial, effectively altering the composition of dissolved organic matter (DOM) exported to the ocean.

192 Microbes and sunlight convert terrigenous dissolved organic matter (DOM) in surface waters to gree

193 Photochemical reactions convert dissolved organic matter (DOM) into inorganic and low-mo

194 The three-dimensional configuration of dissolved organic matter (DOM) is an important factor in

195 This dissolved organic matter (DOM) is sourced from readily l

196 Dissolved organic matter (DOM) is ubiquitous in raw drin

197 quantum yields (Phi(Delta)) of a variety of dissolved organic matter (DOM) isolates and natural wate

198 Dissolved organic matter (DOM) plays a significant role

199 Our results show that dissolved organic matter (DOM) reduces toxic responses a

200 chemical structure of many compounds in the dissolved organic matter (DOM) remains largely unknown,

201 The composition of dissolved organic matter (DOM), as revealed by ultra-hig

202 fects of fire on quantity and composition of dissolved organic matter (DOM), stream water nutrient co

203 opular technique for the characterization of dissolved organic matter (DOM).

204 exhibit the typical molecular fingerprint of dissolved organic matter (DOM).

205 Streams and rivers metabolize dissolved organic matter (DOM).

206 photochemical transformation is affected by dissolved organic matter (DOM).

207 Both tributaries had high concentrations of dissolved organic matter (~1.8 mmol C L(-1)).

208 sure to sunlight, surface solar heating, and dissolved organic matter dynamics.

209 n reactions are central in the production of dissolved organic matter from fossil fuels.

210 he contribution of photochemically generated dissolved organic matter from oil spills.

211 10 ng of the polymer was present within the dissolved organic matter of snow.

212 Dissolved organic matter plays an important role in aqua

213 the oil sands region of Alberta, Canada, and dissolved organic matter samples from the Suwannee River

214 e molecular composition of petroleum-derived dissolved organic matter, including abundant hydrocarbon

215 ive sample types, a triglyceride mixture and dissolved organic matter, this method is compared to tra

216 than that for Hg(2+) complexed with natural dissolved organic matter: 9.0 x 10(-6) versus 9.8 x 10(-

217 increasing cell encounter rate with ambient dissolved organic molecules.

218 The capacity of phytoplankton to utilize dissolved organic phosphorus (DOP) plays an important ro

219 f unique organic compounds, including labile dissolved organic sulfur compounds, were detected throug

220 In AN containing naturally dissolved oxygen (approx. 2 mM), the superoxide radical

221 (ETNP), we captured systematic variations in dissolved oxygen (DO) and associated variables (nitrite,

222 ical models based on in situ observations of dissolved oxygen (DO) and mechanistic models based on a

223 Changes in dissolved oxygen (DO) and undigested BSA concentration w

224 s where diel fluctuations of temperature and dissolved oxygen (DO) are substantial.

225 Exposure to low dissolved oxygen (DO) conditions may have deleterious ef

226 which integrate diffusion and consumption of dissolved oxygen (DO) in sediments, usually assume a dow

227 proteome analyses showed that at restricted dissolved oxygen (DO) the numbers of differentially expr

228 t high frequency variability in temperature, dissolved oxygen (DO), and pH increases as pCO(2) increa

229 The monitored variables were pH and dissolved oxygen (DO), and soft sensors were used to pre

230 f OMZs where they experience fluctuations in dissolved oxygen (DO).

231 -reactant accelerator to directly reduce the dissolved oxygen (O(2) ) to reactive oxygen species (ROS

232 induced fluctuations in temperature, pH, and dissolved oxygen concentration following the variation i

233 Here, we show that, at high dissolved oxygen concentrations, FeS accelerates NCU(IV)

234 filter is described that removes efficiently dissolved oxygen from the surface of an electrochemical

235 ic vegetation that restricted the flow, less dissolved oxygen in surface water, and greater organic m

236 However, dissolved oxygen interference and electroactive interfer

237 hate buffer, pH 6.5, 4 to 23 degrees C), and dissolved oxygen is the only oxidant required.

238 , the sensors did not require the removal of dissolved oxygen prior to successful pH measurements.

239 parent aerobic conditions by first consuming dissolved oxygen via aerobic respiration, and then direc

240 ironmental influences (i.e., trace water and dissolved oxygen).

241 aquatic factors included water temperature, dissolved oxygen, and baseflow.

242 2) /pH (and other carbonate parameters), and dissolved oxygen, and discuss what is known about behavi

243 This study shows that dissolved oxygen, hitherto an interferent purposefully r

244 concentrations and their ratios, as well as dissolved oxygen, played important roles in promoting th

245 Dissolved oxygen, riboflavin and other flavins, proteoly

246 inks, reducing nearby acidity and increasing dissolved oxygen; creating conditions conducive to calci

247 P. tricornutum and pronounced change in its dissolved oxylipin profile.

248 Our study indicates that riverine dissolved P input and marine P biological utilization (i

249 due to surface passivation by adsorption of dissolved P.

250 ed around 35 degrees N, coincident with high dissolved Pb and Pb isotope ratios matching Asian indust

251 much more accessible to reactants than bulk-dissolved Pd.

252 s in both biota (136.9-159 ng g(-1)) and the dissolved phase (3322.2-265.7 ng L(-1)).

253 study examines the long-term decrease in the dissolved-phase (90)Sr concentration and the concentrati

254 , prolonging the longevity of both free- and dissolved-phase methane in the subsurface.

255 This prevents the loss of dissolved phosphate to apatite precipitation.

256 ing this process and applied as sorbents for dissolved phosphorus and arsenic in water, respectively.

257 ic mucosa (pH >= 6.0), its pH-responsive cap dissolves, promoting the autonomous localized cargo rele

258 In this study, we found that the 2019 dissolved reactive P (DRP) load from March-July was 29%

259 of growth factors between fresh serum and re-dissolved serum samples after lyophilization.

260 tion on the kinetics of aqueous oxidation of dissolved SO(2) by hydrogen peroxide (H(2)O(2)) using pH

261 pecific brew strengths, as measured by total dissolved solids (TDS), and extraction yields, as measur

262 ian Basin, USA, contain high levels of total dissolved solids (TDS), including Ba, which has been var

263 tica Shale Play produced waters (e.g., total dissolved solids = 214-283 g/L) over both time and space

264 o distinct datasets: 1) a large set of total dissolved solids concentration (TDS) measurements (n = 2

265 r estimated catchment population, high total dissolved solids, and higher pH were associated with ent

266 ecause this polluted water comprises several dissolved species (not all of which are radioactive), se

267 (RO) is a membrane technology that separates dissolved species from water.

268 e effect on the morphology and solubility of dissolving species.

269 he redox properties of HS both in sorbed and dissolved state.

270 assembly exists exclusively in a molecularly dissolved state.

271 e nitrogen-doped carbon dots maintain their "dissolved" status in the electrolyte at the full charge

272 Our study suggests that dissolved sulfide and FeS(s)(m) mediated demethylation o

273 methylmercury (MMHg) in the presence of both dissolved sulfide and mackinawite (FeS(s)(m)).

274 n 4 days, reaching up to 100-200 mg.L(-1) of dissolved sulfide produced after 19-24 days, depending o

275 Reaction with dissolved sulfide was modulated by diffusion limitations

276 city to demethylate DMHg, in comparison with dissolved sulfide.

277 acts with and inhibits LLPS of TFEB and also dissolves TFEB condensates.

278 y of a binary thiol-amine solvent mixture to dissolve the bulk bournonite mineral as well as inexpens

279 miRNA datasets, however, do not sufficiently dissolve the dynamic changes of miRNA controlled network

280 ctively eluted with NH(4)Cl solution without dissolving the AMP.

281 As a dust grain dissolves, the pockets burst and emit acoustic signals t

282 ged in oral and gastric fluids and partially dissolved their structure in intestinal fluid, where abs

283 Here, we dissolve this dichotomy by bringing together two theoret

284 acic ultrasound and intravenous microbubbles dissolve thrombi (sonothrombolysis) and increase angiogr

285 abeled GO from the unbound DNA-AuNPs and the dissolved tissue matrices, thereby enabling ultrasensiti

286 generated skin microchannels (MCs) gradually dissolve topical drug powder to elicit multi-day sustain

287 including low concentrations of bioavailable dissolved U species, slow U uptake rates from food, and

288 Prior efforts to fabricate dissolving undercut microstructures were limited and req

289 Here, we present novel dissolving undercut MNAs and demonstrate their applicati

290 Significantly, FVIII amyloids can be dissolved upon restoration of glucose metabolism to prod

291 for most of the time but became weakened and dissolved upon the completion of the invasion process.

292 mmalian cells during hyperosmotic stress and dissolves upon isosmotic rescue (over ~100 s) with minim

293 We analyzed dissolved uranium concentrations in lakes, reservoirs, a

294 n both surface and groundwater, suggest that dissolved uranium concentrations in this water emanating

295 s vanadate attenuation and, therefore, limit dissolved V concentrations in anoxic environments.

296 Recently, however, monomerically dissolved water in alkanes has been shown to dramaticall

297 , the time at which the tube-ligature suture dissolves) were used for statistical analysis.

298 sides swell to absorb the lead, rather than dissolve, when subjected to water soaking, thus retainin

299 r, we can monitor its mass as it degrades or dissolves, with high temporal resolution (measurements e

300 OM concentration and composition and related dissolved Zn speciation.