ライフサイエンスコーパス: molecular sieve

1 ow across the glomerulus without acting as a molecular sieve.

2 d functions as a high capacity, low affinity molecular sieve.

3 el-like entity that acts as a size-dependent molecular sieve.

4 , and the resulting membranes can be used as molecular sieves.

5 ligand-centred emission, ion exchangers and molecular sieves.

6 st was improved by adding polar additive and molecular sieves.

7 alcohols often benefit from the presence of molecular sieves.

8 hol oxidation in the presence and absence of molecular sieves.

9 enerate full atomistic models for mesoporous molecular sieves.

10 ials, a newer and rapidly expanding class of molecular sieves.

11 T-17 (BPH), PST-19 (SBS), and ZnAPO-88 (MER) molecular sieves.

12 rk configurations in these cation-controlled molecular sieves.

13 nteresting candidates for tunable atomic and molecular sieves.

14 it cell thick silicates that can function as molecular sieves.

15 ns, for example, as structural scaffolds and molecular sieves.

16 lications requiring electronically sensitive molecular sieves.

17 acement for boron in a suite of borosilicate molecular sieves.

18 ons influence ion discrimination by altering molecular sieving.

19 opylmethylcellulose was used as a matrix for molecular sieving.

20 atic activity was partially purified through molecular sieving.

21 with tunable subnanometer pores for precise molecular sieving.

22 tion of liquid-phase synthesis and selective molecular sieving.

23 ibits the crossover of organic molecules via molecular sieving.

24 ide films, we created membranes with tunable molecular sieving.

25 gents via thermodynamics and/or kinetics and molecular sieving.

26 Molecular sieves (4 A) and temperature were found to pla

27 of scavengers during the deposition, namely, molecular sieves (5 angstrom), improved monolayer format

28 sing 10 min of sample preconcentration (onto Molecular Sieve 5A) at a flow rate of 200 mL min(-1).

29 rials containing sub-nm ultramicropores with molecular sieving abilities and microcavities with high

30 and porosity in CMS membranes with desirable molecular sieving ability.

31 H(2)-selective (over other permanent gases) molecular sieving action through their c-axis-transport-

32 Adsorptive separation utilizing molecular sieving adsorbents can optimize energy efficie

33 forate the capsid wall, which functions as a molecular sieve, allowing the exit of transcripts and th

34 search endeavors are pursued to target ideal molecular sieves among diverse porous materials, over th

35 econcentration stage, which employs a carbon molecular sieve and an adsorption/thermal desorption cyc

36 view of the outer membrane as an unspecific molecular sieve and indicate a higher degree of selectiv

37 the view that the C-terminus functions as a molecular sieve and stabilizer of the oligomeric MscL st

38 conductor type photocatalysts, such as Ti-Si molecular sieves and carbon quantum dots (CQDs), are als

39 als, including glasses, ceramics, mesoporous molecular sieves and catalysts, elastomers, resins, insu

40 in part by discriminative membrane-embedded molecular sieves and diffusion barriers, which serve to

41 ights gained from designing these artificial molecular sieves and filters, along with the promising r

42 s with respect to pure micro- and mesoporous molecular sieves and other hierarchical zeolites are cri

43 dsorption, shape selectivity in the pores of molecular sieves and the polarisation effect at the meta

44 Molecular sieving and differences in diffusivities were

45 ve, which makes the realization of efficient molecular sieving and interpretation of molecular transp

46 of the mosquito Anopheles albimanus through molecular sieving and reverse-phase high-performance liq

47 etramers of purified GPI-PLC was detected by molecular sieving and shown to be perturbed with specifi

48 the higher later values are consistent with molecular sieving and transient binding of dissociated p

49 ensions has given rise to the definition of "molecular sieves" and has been the basis for a variety o

50 is partially reflected by the joint lining (molecular sieving), and that the reflected fraction R de

51 using CsCl density gradient centrifugation, molecular sieve, and ion exchange chromatography; and th

52 e complexes, alkali-exchanged stannosilicate molecular sieves, and amorphous TiO2-SiO2 coprecipitates

53 In the presence of cesium hydroxide, molecular sieves, and DMF, benzeneselenol undergoes dire

54 ferent applications like membranes, sensors, molecular sieves, and optoelectronics.

55 actionation techniques (microcon filtration, molecular sieving, and reversed-phase chromatography), w

56 it enhanced ultramicroporosity for efficient molecular sieving, and they have better dispersion prope

57 se(s), we fractionated purified rat p67 with molecular sieve, anion exchange, and cation exchange chr

58 Crystalline molecular sieves are used in numerous applications, wher

59 ches to propylene/propane separation such as molecular sieving are of considerable importance for the

60 lyoxylate as the aldehyde component, and 3 A molecular sieves as an additive.

61 ns at room temperature in the presence of 4A molecular sieves as dehydrating agent.

62 chiometric amounts of phosphine and required molecular sieves as dehydrating agent.

63 Ultracentrifugation and graded molecular sieving, as well as a sensitive sandwich enzym

64 hanesulfonate as catalyst in the presence of molecular sieves at -78 degrees C.

65 y removed under vacuum or in the presence of molecular sieves, B(C(6)Cl(5))(3) (6) is completely stab

66 ironment, COFs are intriguing candidates for molecular sieving based on selective host-guest interact

67 s of chabazite zeolites, what appears to be "molecular sieving" based on dimension is actually separa

68 dry state but, if immersed in water, act as molecular sieves, blocking all solutes with hydrated rad

69 As the synthetic zeolite (molecular sieve) business began to take hold in the late

70 t exclusion of the large particles is due to molecular sieving by the dense meshwork of microfilament

71 The results demonstrate size-selective molecular sieving by the synovial extracellular matrix,

72 el polymeric supports and the use of zeolite molecular sieves can also increase solvent tolerance, en

73 sorption capacity and selectivity in zeolite molecular sieves can be regulated by an external E-field

74 Kinetic separation of gas mixtures through molecular sieving can enable separation by molecular siz

75 acets can be exposed, to achieve competitive molecular sieving capabilities.

76 nstrate a regulation approach to sharpen the molecular sieving capability by E-fields and open new av

77 We find that TFG condensates act as a molecular sieve capable of allowing access of anterograd

78 Microporous molecular sieve catalysts and adsorbents discriminate mo

79 ls have important industrial applications as molecular sieves, catalysts and in gas separation and st

80 /C(3) H(8) ) separation through its precise molecular sieving characteristics.

81 es the effects of manganese oxide octahedral molecular sieve chitosan microspheres (Fe3O4@OMS-2@CTS)

82 In addition, molecular-sieve chromatographic analysis showed that the

83 s C formed soluble aggregates as detected by molecular sieve chromatography and dynamic light scatter

84 lt in disulfide-linked oligomers as shown by molecular sieve chromatography and SDS-polyacrylamide el

85 ynamic size of proteoglycans as evidenced by molecular sieve chromatography but increased sulfate inc

86 ncluding heparin-affinity, ion exchange, and molecular sieve chromatography followed by trypsin diges

87 Estimation of the native molecular weight by molecular sieve chromatography gave a value of approxima

88 Molecular sieve chromatography of supernatant from serot

89 4 M guanidine hydrochloride and separated by molecular sieve chromatography on a Sepharose CL-4B colu

90 on exchange chromatography on DEAE-Sephacel, molecular sieve chromatography on Sephacryl S-100, chrom

91 Anomalous elution on molecular sieve chromatography suggested that the variab

92 ochemical characterization, a combination of molecular sieve chromatography, immunoblotting, and nucl

93 The digest was fractionated by molecular sieve chromatography, monitoring for peptide a

94 antly expressed and purified by affinity and molecular sieve chromatography.

95 m sulfate precipitation and ion-exchange and molecular sieve chromatography.

96 Most importantly, molecular sieving chromatography indicates the presence

97 used to create multi-layer asymmetric carbon molecular sieve (CMS) hollow fiber membranes with excell

98 Asymmetric carbon molecular sieve (CMS) hollow fiber membranes with tunabl

99 Carbon molecular sieve (CMS) membranes are attractive candidate

100 Carbon molecular sieve (CMS) membranes are candidates for the s

101 Carbon molecular sieve (CMS) membranes have impressive separati

102 Carbon molecular sieve (CMS) membranes offer the best available

103 Carbon molecular sieve (CMS) membranes prepared by carbonizatio

104 Carbon molecular sieve (CMS) membranes show exceptional separat

105 t collapse during pyrolysis to create carbon molecular sieve (CMS) membranes.

106 cursors for the fabrication of porous carbon molecular sieve (CMS) membranes.

107 DA-DAM polyimide-derived hollow fiber carbon molecular-sieve (CMS) membranes for hydrogen and ethylen

108 oglycans were separated on a Sepharose CL-4B molecular sieve column and identified by their core prot

109 e has a molecular mass of 90 kD as judged by molecular sieve column chromatography and by sodium dode

110 -Lym-1 products were purified by centrifuged molecular sieving column chromatography.

111 Chromatography with molecular sieving columns revealed that HSP20 and alphaB

112 Fractionation of alpha-granule proteins on molecular sieving columns using conditions known to be p

113 mitochondrial NDP kinase protein migrates in molecular sieving columns with an apparent molecular mas

114 Efficient molecular sieving comes from the subnanoscale interfacia

115 ded to produce an interwoven mesh of polymer-molecular sieve composite fibers.

116 regarded as a typical silicoaluminophosphate molecular sieve, constitutes instead a new family of ino

117 th high pressure ethylene over a pure-silica molecular sieve containing framework tin (Sn-Beta) to pr

118 nversion or in the presence of a pure-silica molecular sieve containing framework zirconium (Zr-Beta)

119 e very few examples of hydrothermally stable molecular sieves containing extra-large pores.

120 The CD is apparently a molecular sieve covering the channel that optimizes loss

121 TPA) hydroxide evolve to TPA-silicalite-1, a molecular-sieve crystal that serves as a model for the s

122 osity on the surface of dealuminated zeolite molecular sieves (DAZMS) for CO oxidation under actual a

123 A family of mesoporous molecular sieves (denoted MSU-G) with vesiclelike hierar

124 ic frameworks (COFs) are good candidates for molecular sieves due to the chemical diversity of their

125 ntly, secreted proteins were concentrated by molecular sieving during culture, perhaps contributing t

126 nder mild conditions (triethylamine (TEA) or molecular sieves) easily led to the corresponding difluo

127 h a thickness of ca. 3 um shows a remarkable molecular sieving effect in gas separation.

128 In this work, a gas molecular sieving effect in the liquid phase at sub-5 an

129 hree new MAMSs all exhibit temperature-tuned molecular sieving effect.

130 ss transfer limitation), and even inhibited (molecular-sieving effect); conversion of the intermediat

131 molecular sieves include high surface areas, molecular sieving effects, confinement effects, and acti

132 Molecular sieves efficiently remove water from most solv

133 Molecular sieves enhance the rate of the Pd(OAc)2/pyridi

134 Molecular sieving evaluations further revealed robust si

135 Mesoporous molecular sieve fibers have been produced in our lab, an

136 mplications for manufacturing thin, oriented molecular sieve films and realizing new selective, molec

137 Interest in molecular sieve films stems from their potential for ene

138 This process produces selective molecular sieve films that are as thin as 100 nm and exh

139 hierarchically ordered porous materials and molecular-sieve films, but still remain elusive.

140 separation; however, identifying a suitable molecular sieve for membrane development is still an ong

141 erials, over the past several decades, ideal molecular sieves for the separation and purification of

142 V) light exposure, the hydrogel toggles from molecular sieving for size-based separation to a covalen

143 ed bacteria, proteins are strained through a molecular sieve formed by the transiently damaged bacter

144 epresent a paradigm shift in conceptualizing molecular sieves from conventional ordered frameworks to

145 the self-assembly chemistry for formation of molecular sieves from guest organocations and inorganic

146 ctionalized peptide, in the presence of 10-A molecular sieves, functions as an enantioselective catal

147 They can find applications in molecular sieves, gas storage, catalysts, adsorbents, ba

148 ous compounds with potential applications in molecular sieving, gas sequestration, and catalysis.

149 of new functional materials such as tunable molecular sieves, gated membranes and controlled-release

150 introduction of antibody into and along the molecular sieving gel requires that the probe must trave

151 develop a technique for fabrication of PAGE molecular sieving gels in PDMS microchannel networks.

152 lectularius apyrase fractions eluted from a molecular sieving high pressure liquid chromatography an

153 Here, we report hyperselective carbon molecular sieve hollow fiber membranes showing H(2)/CO(2

154 ce-filling organocation in determining which molecular sieve host structure will be specified.

155 The molecular masses, as determined by molecular sieve HPLC, of mutants with deletions of 1, 5,

156 c studies demonstrated the essential role of molecular sieves in this complex amidation process.

157 hese observations of kinetic isotope quantum molecular sieving in porous materials are due to the lar

158 incorporating zeolites (or other nanoporous molecular sieves) in polymeric materials.

159 Realization of ideal molecular sieves, in which the larger gas molecules are

160 The advantages of metal-substituted molecular sieves include high surface areas, molecular s

161 oaches, we discovered a family of mesoporous molecular sieves including discrete structures - MCM-41

162 in-situ IR spectroscopic studies reveal that molecular sieves inhibit the disproportionation of H2O2,

163 two orders of magnitude higher than that of molecular-sieving intrinsic vacancy defects in single-la

164 ous materials are being developed for use as molecular sieves, ion exchangers, and catalysts, but mos

165 Given their importance as molecular sieves, ion exchangers, catalysts and catalyst

166 This class of molecular sieves is easily converted to perovskite throu

167 A new molecular sieve, ITQ-38, containing interconnected large

168 rise to three isostructural mesh-adjustable molecular sieves (MAMSs), MAMS-2, MAMS-3, and MAMS-4, re

169 proved catalyst stability in the presence of molecular sieves, manifested by higher catalytic turnove

170 Metal oxide molecular sieve materials with properties similar to tho

171 Molecular sieving materials are widely regarded as the n

172 n membranes for these processes are based on molecular sieving materials to simultaneously achieve hi

173 The gel layer functions as both a molecular sieving matrix during PAGE and a blotting scaf

174 ns as an anti-convective medium and not as a molecular sieving matrix.

175 ous suggestion that the beneficial effect of molecular sieves may arise from their ability to promote

176 Molecular sieving may occur when two molecules compete f

177 ternary C6 cyclic hydrocarbons via an ideal molecular sieving mechanism.

178 CO(2) molecules in the hyperselective carbon molecular sieve membrane.

179 s a further impact on the design of advanced molecular sieving membrane materials for gas separation,

180 , we prepared a graphene-wrapped MFI (G-MFI) molecular-sieving membrane for the ultrafast separation

181 However, most polymeric molecular sieve membranes are based on a few solution-pr

182 We created free-standing carbon molecular sieve membranes that translate the advantages

183 ng strategy for the preparation of polymeric molecular sieve membranes with hierarchical and tailorab

184 e synthesis and utilization of hybrid carbon molecular sieve membranes with well-controlled nano- and

185 conductor device channels to atomically thin molecular sieve membranes, and their performance is high

186 for a wide range of applications, including molecular sieve membranes, catalytic membrane reactors,

187 us supports, facilitating the fabrication of molecular sieve membranes.

188 vacuum filtration and then transformed into molecular sieving membranes by two sequential hydrotherm

189 bit the construction of highly efficient ion/molecular sieving membranes owing to the inferior contam

190 e ideal candidates for constructing advanced molecular sieving membranes.

191 ial to improve the separation performance of molecular-sieve membranes.

192 ible polymer membranes and traditional rigid molecular-sieve membranes.

193 ONs) hold considerable promise for designing molecular-sieving membranes because of their high microp

194 ge thin films are formed and demonstrated as molecular-sieving membranes for selective gas separation

195 Ultrathin, molecular-sieving membranes have great potential to real

196 molecules are fabricated into thin films and molecular-sieving membranes.

197 Molecular sieving metal-organic framework (MOF) membrane

198 of particle radius is better fitted by three molecular sieving models than by a slit pore model.

199 and secondary amines in the presence of 4 A molecular sieves (MS) afforded products with up to 99% e

200 Molecular sieves (MS) significantly accelerated the reac

201 The 4 angstrom molecular sieves (MSs) were added to improve CO(2) captu

202 Incorporation of a high density of molecular-sieving nanopores in the graphene lattice by t

203 on the microarray, 52 correspond to a tight molecular sieve of hantavirus probes covering a large ge

204 at 1 bar pressure); excellent size-exclusive molecular sieving of carbon dioxide over argon, nitrogen

205 nstrating ultrafast water transport, precise molecular sieving of gas and solvated molecules shows gr

206 adsorption kinetics based separation and/or molecular sieving of gases and vapors.

207 e of the windows, it allows in principle for molecular sieving of gases such as H(2) and CH(4).

208 The changes in [HA] demonstrated synovial molecular sieving of HA.

209 izes and shapes of SOFOUR-DPDS-Ni exerts the molecular sieving of iso-C(4)H(8), while exhibiting high

210 Molecular sieving of prechallenge BAL fluid from three a

211 cal Microscopy (SECM) has been used to image molecular sieving of redox active probes by thin, electr

212 oximately 40 mM, rt, CH2Cl2, piperidine/AcOH/molecular sieves) of a dihydrodipyrrin-carboxaldehyde (A

213 ingle crystalline manganese based octahedral molecular sieve (OMS) nanowires on silicon substrates, a

214 This report explores the effect of molecular sieves on the Pd(OAc)2/pyridine and Pd(OAc)2/D

215 S-alkylation reaction, promoted by activated molecular sieves, on chiral cyclic sulfamidates, both N-

216 The development of novel molecular sieves opens opportunities in the development

217 potential for technological applications as molecular sieves or in catalysis.

218 alysts by encapsulation, the introduction of molecular sieving or stimuli-responsive "auxiliary" func

219 es in samples of silica aerogels and zeolite molecular sieve particles.

220 The nanoporous PAG molecular sieve physically induces a mobility shift that

221 th a physical picture comprising distributed molecular sieving plate-like structures.

222 romolecule to maximize efficiency during the molecular sieving process.

223 attract intense interest due to their unique molecular sieving properties combined with fast permeati

224 Here, we show that the molecular sieving properties of easily scalable and stab

225 The unique molecular sieving properties of trianglimine crystals ar

226 s simultaneous optimization of the intrinsic molecular sieving properties while also reducing the thi

227 Inorganic zeolites have excellent molecular sieving properties, but they are difficult to

228 and exhibit very interesting and unexpected molecular sieving properties.

229 pores within microporous polymers and their molecular sieving properties.

230 use of their high internal surface areas and molecular-sieving properties.

231 lar ratio, enzyme concentration, addition of molecular sieves, reaction temperature and time on the p

232 Outflow buffering arises from the molecular sieving (reflection) and concentration polariz

233 mblies (squares) for selective catalysis and molecular sieving revealed two function-inhibiting struc

234 The electroluminescent polymer MEH-PPV and molecular sieve SBA-15 were used to produce the composit

235 The trap consists of a zeolite molecular sieve, selected for efficient trapping of the

236 ere, we establish a proof-of-concept for the molecular sieving separation of species with similar siz

237 The molecular sieve silicalite (Union Carbide; = Al-free Mob

238 atly encapsulated in 10-ring channels of the molecular sieve silicalite-ZSM-5-(mutinaite).

239 Sandia octahedral molecular sieves (SOMS) is an isostructural, variable co

240 he potential use of this device as a generic molecular sieving structure for an integrated biomolecul

241 -filter (nanofilter) array (ANA) is a unique molecular-sieving structure for separating biomolecules.

242 c and angled nanofilter arrays served as the molecular sieve structures to conduct a continuous size-

243 factory shape selectivity due to the lack of molecular sieving structures.

244 Membranes made from polymeric molecular sieves such as polymers of intrinsic microporo

245 he more conventional environment for zeolite/molecular sieve syntheses involving silicate chemistry).

246 s similar to those of zeolites and siliceous molecular sieve systems are also discussed, in addition

247 Metal substitution of molecular sieve systems is a major driving force in deve

248 the S-layer of Bacillus anthracis acts as a molecular sieve that is chiefly size-dependent, favoring

249 nt of these capillaries constitutes the main molecular sieve that normally retains albumin and allows

250 e S-layer model reveals a negatively charged molecular sieve that presents both a charge and size bar

251 striction site, potentially functioning as a molecular sieve that restricts the size of permeable sub

252 They also act as molecular sieves that isolate the virus genome from host

253 In the presence of molecular sieves, the ester production increased to 62.9

254 he first successful synthesis of a specified molecular sieve through the use of an OSDA that was pred

255 into the application of alpha-hemolysin as a molecular sieve to differentiate nanostructures as well

256 ee grades of graphitized carbon and a carbon molecular sieve to quantitatively remove most organic co

257 metrical ratchet can be used as a continuous molecular sieve to separate mixtures of membrane-associa

258 al effects is associated with the ability of molecular sieves to absorb water, a stoichiometric bypro

259 Reactions carried out in the presence of molecular sieves to remove water highlighted the benefic

260 d the effect is attributed to the ability of molecular sieves to serve as a Bronsted base.

261 nsformation of PST-5, a new aluminophosphate molecular sieve, to PST-6 by calcination.

262 ores, which exhibit size and shape-dependent molecular sieving towards a series of structurally simil

263 adsorbs the combustion-derived CO(2) onto a molecular sieve trap, after first removing CO(2), CO, an

264 This molecular sieving type separation is attributed to the p

265 Molecular sieving-type separation via high-performance a

266 eramic membranes with subnanometer pores for molecular sieving using atomic layer deposition.

267 The stability of the modified molecular sieves was monitored by (29)Si-MAS NMR, transm

268 mple, biomimetic ion transport manipulation, molecular sieving, water treatment, and nanofluidic ener

269 nes and arylboronic acids in the presence of molecular sieves were developed.

270 Molecular sieves were found to have a considerable effec

271 they can be used, at least in principle, as molecular sieves where molecules smaller than the window

272 licable to other cage-containing microporous molecular sieves, where some of the most industrially re

273 nd pentavalent (V, Nb, Ta) metal-substituted molecular sieves, which are mainly characterized for the

274 known one-dimensional microporous octahedral molecular sieve with manganese oxide framework.

275 n a faujasite-type zeolite, the archetype of molecular sieves with cages and the most widely used as

276 ly applied supports for metal catalysts, but molecular sieves with comparable structures-silicoalumin

277 of preparing other thermally stable silicate molecular sieves with extra-large pores.

278 onsideration are shape-selective microporous molecular sieves with hierarchical pore morphologies of

279 films demonstrate exceptional performance as molecular sieves with high gas permeabilities and good s

280 ranes demonstrate exceptional performance as molecular sieves with high gas permeabilities and select

281 Zeolites are versatile catalysts and molecular sieves with large topological diversity, but m

282 e semiconducting and catalytic properties of molecular sieves with mixed-valent frameworks.

283 Based on surface-catalytic processes in molecular sieve zeolites, I proposed that some natural f

284 We fabricated continuous molecular sieving ZIF-8 membranes in single and multiple