ライフサイエンスコーパス: container

1 ultural season were given a lockable storage container.

2 t is enhanced by confining it in a molecular container.

3 ally couples the superfluid component to the container.

4 sidered to be stationary with respect to the container.

5 bject being brought to the mouth or put in a container.

6 ticles and the countercharges on the plastic container.

7 d thermal convection in a closed cylindrical container.

8 aggregates that settled to the bottom of the container.

9 position of a dangerous material in a sealed container.

10 to be undertaken within an earthed metallic container.

11 tion k is defined as -d[O(2)]/dt in a sealed container.

12 ent substrate concentrations in a well-mixed container.

13 ntributions originating from the wall of the container.

14 DNA chain is packaged within an icosahedral container.

15 teract with the clefts at the surface of the container.

16 included in the already chiral cavity of the container.

17 opriate choices of treatments, additives and container.

18 ht new uses of calix[4]pyrroles as molecular containers.

19 ctivity including reactions inside molecular containers.

20 the case when the trafficking involves cargo containers.

21 c molecules by using (19)F NMR and molecular containers.

22 l turbulence in both stationary and rotating containers.

23 Flavonoids decreased by about 85% in all the containers.

24 uctuations in resource input to experimental containers.

25 th filters, water to dilute drugs, and water containers.

26 trogen-like compounds found in food and food containers.

27 France), and the other 128 were conventional containers.

28 the valves without damaging the nanoparticle containers.

29 les during the assembly of the viral protein containers.

30 microfluidic systems, or other small sample containers.

31 tion of oxidized species too large for their containers.

32 sed in epoxy resins lining food and beverage containers.

33 raction of the eggs were laid in plain water containers.

34 mall quantities as contaminants from plastic containers.

35 A was detected in samples from polycarbonate containers.

36 ls provided more aroma complexity than glass containers.

37 escription opioids were not stored in locked containers.

38 ping the gas-phase analytes into sorbents or containers.

39 ages with promising application as molecular containers.

40 nvironment, processing equipment and product containers.

41 ttracted considerable attention as molecular containers.

42 NCNCs) have promising potential as nanoscale containers.

43 hlorine and sulphur, present in the original containers.

44 d of hydrophobic, electrostatic and covalent containers.

45 eport that acyclic cucurbit[n]uril molecular containers 1 and 2 selectively solubilize small-diameter

46 Containers 1a and 1b are broadly applicable and can be u

47 Containers 1a-1e bind the steroidal ring system and arom

48 the ability of acyclic CB[n]-type molecular containers (1a-1e) to act as solubilizing agents for 19

49 ed by Cram and Warmuth to construct covalent containers able to stabilize and assist the characteriza

50 nt themselves as a young family of molecular containers, able to form stable complexes with various g

51 atients were not permitted to use medication container adherence aids.

52 tious virions remained associated with water containers after washing.

53 The polar interior of the synthesized containers allows for the inclusion of a series of pyrid

54 rate the potential for rapid in situ through-container analysis; achieving unequivocal detection of m

55 riptional activation of the microcompartment container and by coordinating the expression of the micr

56 chromophores within the same nanostructured container and enable energy transfer.

57 are obtained by placing the sample into the container and measuring the position of the sample relat

58 The proposed two-body system--the container and the contained--is unlike any form of legge

59 ating the expression of the microcompartment container and the heterologous cargo.

60 ss of all viruses, co-assemble their protein container and their genomic material.

61 The diamonds act as a chemical inert container and therefore protect their inclusions from fu

62 usion NMR and DOSY in the field of molecular containers and capsules.

63 argely, to young plants grown in specialized containers and growth media.

64 ch is widely used as a material for clinical containers and ion-selective electrodes.

65 s in an array of 50,000 ultra small reaction containers and observing substrate turnover changes with

66 ctivity of organic molecules within confined containers and organized assemblies as well as organic t

67 zed 352 water samples from source, transport containers and point-of-use from 164 random households.

68 viour, adaptive transformations of molecular containers and reactivity modulation within them.

69 PP supported procuring 400 standard specimen containers and the training of 586 laboratory personnel

70 All the services are deployed as containers and the user-facing interfaces as web-based a

71 This ensures discontinuity of membrane containers and thus proper compartmentalization.

72 support requires specialized blood transport containers and transfusion practices not observed in non

73 The set of containers and web applications presented in this articl

74 ug users who share water, filters, and water containers and will help to define public health interve

75 ue to incorrect labeling or leaking from the container, and holding samples in the laboratory for bat

76 ntified from a pharmacy water faucet, mixing container, and opened amino acid powder.

77 cold chain, placement in appropriate bags or containers, and disposal using a recommended approach (i

78 ansport specimens, lack of standard specimen containers, and long turnaround time (TAT) hindered acce

79 stics were predominant in vinegar from glass containers, and those with sweet and fruity characterist

80 Container aquatic habitats support a specialized communi

81 ryl, permethrin) on microbial communities of container aquatic habitats.

82 er-based lithographic technique, microscopic containers are formed around selected bacteria suspended

83 Ceramic containers are found ubiquitously on these sites and con

84 These containers are loaded with a range of important biomolec

85 Analysis steps, designed as containers, are presented with a wizard for the user to

86 ix[4]arenes, which are synthetic macrocyclic containers, are used as building blocks that are combine

87 nded RNA viruses self-assemble their protein containers around their genomes.

88 rance of silicate in a sample put in a glass container as a function of pH can be readily followed.

89 However, the idea of using such containers as a means of protection is not well develope

90 hat the HBV capsid is far more than an inert container, as mutations in the assembly domain, distant

91 e decoupling from the reference frame of the container at even lower temperatures.

92 red from rodent cages and reusable transport containers at a pet distributor.

93 nsfection procedure is compared to standard, container-based methods for both single and double DNA t

94 nyl and decyl) can be synthesized, but their containers become distorted, and their spectra indicate

95 However, zebrafish residing at the container bottom and exposed to nC60 aggregates with ass

96 Oviposition is stimulated by cues from water containers, but the nature and origin of these cues have

97 rum eyedrops, thus extending the use of such container by the patients for up to 4 weeks with virtual

98 reover, the cavity of the engineered protein containers can be filled with inorganic nanoparticles.

99 These containers can be integrated into more comprehensive bio

100 ile the general characteristics of molecular containers can be understood on the basis of concepts su

101 These picoliter, nanoporous containers can facilitate quick determination of enzyme

102 The device is a needle-sized porous container capable of encasing therapeutic molecules and

103 itionally, technology for improved transport containers, cell-free hemoglobin-based oxygen carriers,

104 erimenter pointed to or gazed at an unbaited container, challenge the validity of their experimental

105 OPII transport vesicles to form larger cargo containers characteristic of VTCs.

106 ned molecular structure and the walls of the container, clear-cut experimental evidence for this pred

107 PV is ensured through the use of an hermetic container, comprising a transparent diamond capsule and

108 A container consisting of a multilayer material, where the

109 Two original self-assembled containers constituted each by six electroactive subunit

110 anged coaxially with like poles facing and a container containing a paramagnetic liquid in which the

111 tic object of unknown density is placed in a container containing a PIL.

112 estigation is underway to determine if other containers contributed to the release.

113 , SnO, and SnF2 in Sn flux, within welded Nb containers, crystallizes in a monoclinic structure (spac

114 f the original cheese structure than a rigid container currently used, mainly due to the inhibition o

115 ontainers from the first reports of covalent containers described by Cram et al. to the most recent e

116 Aedes aegypti often co-occur in water-filled containers despite A. albopictus being competitively sup

117 Physical properties of the water containers determined the degree of HCV contamination af

118 a factor of between 23 and 2,750 by forming container-drug complexes.

119 agrams to extract Krel and Ka values for the container.drug complexes.

120 directly on-site in a field-based laboratory container during a tracer experiment.

121 heir detection, especially in standard cargo containers during transit, has been described as "search

122 tainer is blocked by the bridges of adjacent containers, effectively imprisoning the noble gas in the

123 In particular, the protein containers encapsulating viral genomes have been determi

124 Here we use two protein containers, engineered with opposite surface charge, as

125 Containers equipped with a filter were tested at 7, 14,

126 All five containers exhibit good water solubility and weak self-a

127 The containers exhibit low in vitro toxicity in human liver,

128 HDX was achieved by passing N2-gas through a container filled with aqueous deuterated ammonia reagent

129 aligned with the gravitational field--and a container filled with paramagnetic medium (e.g., MnCl(2)

130 who collected each urine void in a separate container for 24 h.

131 nto a microfluidic system and serving as the container for a liquid droplet, with the hydrogel simult

132 ptical fibers provides a miniaturized sample container for analyte flow and efficient light-guiding,

133 se from Aquifex aeolicus (AaLS), to act as a container for nucleic acid.

134 ture to serve as a multifunctional nanoscale container for simultaneous iron oxide loading and cell-s

135 DPPH assay) were not affected by the type of container for the duration of the ageing.

136 rce license and bundled in a dependency-free container for wide distribution.

137 ature, protein capsids function as molecular containers for a wide variety of molecular cargoes.

138 inexorably linked to water-filled human-made containers for egg laying and production of progeny.

139 specific molecular targets, or as transport containers for molecular cargoes.

140 esulting from this their ability to serve as containers for optically-active molecules.

141 test the effectiveness of lockable household containers for prevention of pesticide self-poisoning.

142 ave been adapted to serve as nanometer-scale containers for solutions of a pseudorotaxane host-guest

143 %), the product was not in a child-resistant container; for an additional 40 scenarios (34%), poor ch

144 This review focuses on molecular containers formed by assembly processes driven by the hy

145 of a well-preserved Early Bronze Age wooden container from Switzerland, we propose novel criteria fo

146 esign principle of building large biological containers from repeated, self-assembling units and prov

147 active species by encapsulation in molecular containers from the first reports of covalent containers

148 A $4.06/container fuel tax could incentivize ECA-compliant emiss

149 One of these containers functions as a potent reversal agent for rocu

150 The acyclic CB[n]-type containers generally display significantly higher Ka val

151 in strawberry vinegars produced in different containers (glass, oak and cherry barrels) were determin

152 um (Loropetalum chinensis Oliv.'Ruby')] were container-grown for one growing season in 2008 using eit

153 of detritus shredders on mosquitoes occur in container habitats, but these interactions appear to inv

154 t nuclear fuel inside a failed nuclear waste container has been modified to determine the influence o

155 Molecular containers have attracted the interest of supramolecular

156 85,000 m3 of waste in various vented payload containers have been emplaced in the repository.

157 Over the last decade molecular containers have been increasingly studied within the con

158 Such containers have great potential for applications in nano

159 kely to form during corrosion of steel waste containers holding uranium-containing spent nuclear fuel

160 AMPS by simply changing the position of the container in the magnetic field.

161 ely charged surface of a plastic cylindrical container in the presence of a constant mechanical agita

162 Reverse vesicles are spherical containers in organic liquids (oils) consisting of an oi

163 y is drawn with a "spin bank" or "resealable container" in which highly polarized spin order may be d

164 l glasses, are commonly used as food product containers, in particular for alcoholic beverages.

165 permits the interrogation of a wide range of containers, including transparent, colored, and diffusel

166 Moreover, ice-ice, ice-air and ice-container interfaces were identified as hotspots for gen

167 The solution is pulled from the container into the mass spectrometer inlet by the pressu

168 ration from polyethylene terephthalate (PET) containers into aqueous (distilled water, 3% acetic acid

169 more defense-related transuranic (TRU) waste containers into the environment.

170 The naphthalene-walled acyclic CB[n] container is able to extract large hydrocarbons from cru

171 thrate, wherein each window of the molecular container is blocked by the bridges of adjacent containe

172 The container is placed between two magnets (typically NdFeB

173 the ureido carbonyl groups of the molecular container itself (bond distances 3.33 A for O...Br and 3

174 solubilized by the acyclic cucurbituril-type containers kills cervical and ovarian cancer cells more

175 : Correct understanding of instructions on 5 container labels; demonstration of 1 label's dosage inst

176 Acoustophoresis revolutionized the field of container-less manipulation of liquids and solids by ena

177 tected in extracts from plastic food storage containers; levels ranged from 1 to 10 microg in two of

178 l A (BPA) is used widely to manufacture food container linings.

179 y focused on lipid- and polymer-encapsulated containers, liposomes and polymersomes, respectively.

180 arryover), nonspecific binding of analyte to containers (low storage stability), and optimization/syn

181 Samples of different flavors packed in containers made of different materials (polyterephthalat

182 The capsid is a large container, made of approximately 1,300 proteins with alt

183 stics consisted of plastics from a motor oil container (MOC), commercial waste high density polyethyl

184 A metal-organic container molecule has been shown to bind guanidinium ca

185 The novel use of a self-assembling container molecule to catalytically transform a high-ene

186 reactivity in the restricted inner phase of container molecules and step-by-step mechanistic studies

187 The concept of self-assembling container molecules as yocto-litre reaction flasks is ga

188 Control over the solubility properties of container molecules is a central challenge in host-guest

189 A new strategy for the design of container molecules is presented.

190 n water of various hydrophobic metal-organic container molecules prepared by iron(II)-templated subco

191 phobic hollows of self-assembled tetrahedral container molecules, which form in water from simple org

192 of symmetry breaking within a series of M4L6 container molecules.

193 otopic void spaces enclosed by metal-organic container molecules.

194 uliar effect encountered with self-assembled container molecules: soft templates.

195 es and functions, creating nanoscale storage containers, motors and pumps.

196 The first ceramic containers must have provided prehistoric hunter-gathere

197 ssels that are likely cylinder jars, special containers occurring almost solely at Pueblo Bonito and

198 This chamber is immersed in a container of a bicarbonate-based physiological buffer th

199 roup of 6 monkeys was given access to only 1 container of the preferred food, the amygdala-lesioned m

200 scovery that extracellular vesicles serve as containers of biological information on various pathophy

201 nthetic chemistry laboratories have numerous containers of partially used reagents that have been spo

202 %/timolol 0.5% (TTFC) compared with separate containers of travoprost 0.004% and timolol 0.5% (TRAV+T

203 the dynamic character of such supramolecular containers offers the opportunity to transport independe

204 o evaluate the effects of ageing and type of container on physico-chemical indices and on antioxidant

205 ncreasing the concentration of the molecular containers or by adjusting the ionic strength of the sol

206 e they act as cytoskeletal scaffold, storage containers, or for directional transport.

207 agrams establish that the naphthalene-walled container performs as well as, or better than, CB[7] and

208 ate linkers, and sulfonylcalix[4]arene-based container precursors exhibit great promise as enzyme mim

209 les designed using sulfonylcalix[4]arenes as container precursors, are known for their tunable molecu

210 BDC) linker, and sulfonylcalix[4]arene-based container precursors.

211 The acyclic cucurbituril-type containers preferentially bind cationic and aromatic dru

212 Water containers present a risk for HCV transmission, as infec

213 as the contamination rate among conventional containers reached 28.9% after 7 days of treatment.

214 ally required for surfactants, the molecular containers render SWNTs soluble in water.

215 products and products stored in nonoriginal containers represent a significant source of caustic age

216 In particular, we show that droplet containers reveal distinct Min oscillation modes, and re

217 d even small solvent molecules can share the container's space.

218 ants or products adsorb to or react with the container's surface.

219 tterned nano- to centimeter scale polyhedral containers, scaffolds for cell culture and reconfigurabl

220 ide anions are deeply buried inside a folded container-shaped 4 + 4 macrocycle, while in the case of

221 nd two solvent molecules are buried inside a container-shaped macrocycle.

222 In November 2007, the container ship Cosco Busan released 54,000 gallons of bu

223 genders and under different conditions in a container simulator.

224 as well as biofilm buildup in water storage containers, source water quality, and water container ty

225 More sediment was observed following in-container sterilisation (0.24%) compared with UHT (0.19%

226 nd TSC made the milk more unstable during in-container sterilisation than to UHT processing, although

227 However, following in-container sterilisation, samples with added stabilising

228 ade the milk more unstable to UHT than to in-container sterilisation, while adding DSHP and TSC made

229 jected to ultra-high temperature (UHT) or in-container sterilisation, with and without added calcium

230 d by keeping the exposed devices in a sealed container stored at -30 degrees C, the first such capabi

231 ns; two of them are deeply buried inside the container structure while four anions interact with the

232 app that can be run locally using a Servlet container such as Tomcat.

233 Chemical analysis of membrane-bound containers such as secretory vesicles, organelles, and e

234 vels of recontamination in household storage containers, suggesting the need for monitoring and treat

235 delivery of tubular and vesicular transport containers (TCs) from sorting endosomes to exocytic site

236 pplications (BIDS Apps) is achieved by using container technologies that encapsulate all binary and o

237 Ceramic container technologies were one of a range of late glaci

238 Continuous analysis combines Docker, a container technology akin to virtual machines, with cont

239 an initial impetus for investment in ceramic container technology, and paving the way for further int

240 ation by taking advantage of the Singularity container technology.

241 The cell membrane is a semi-fluid container that defines the boundary of cells, and provid

242 An OMEX file is a ZIP container that includes a manifest file, listing the con

243 astic wide-mouth jars, very simple gas-tight containers that can be flushed with prepared gas mixture

244 tion allow creation of small-volume reaction containers that can facilitate the screening and charact

245 s much interest in designing molecular sized containers that influence and facilitate chemical reacti

246 virology is how viruses assemble the protein containers that package their genomes rapidly and effici

247 In open containers the droplet becomes immobile and readily evap

248 When dropped into a household water storage container, the ceramic tablet releases silver ions at a

249 ormed by combining two solutions in a single container: the first containing 50% sample and 50% stand

250 tatic repulsion between the graphene and its container to ensure a centered sample on top of the targ

251 darkness at ambient temperature in a closed container to simulate current storage conditions of such

252 tware packages, in-house scripts, and Docker containers to analyze and process single-ended and pair-

253 ons can be entrapped in these supramolecular containers to ensure multifunctional character.

254 be repurposed in resource-limited regions as containers to store liquid samples, and to perform bioan

255 effect of diverting a segment of Europe-Asia container traffic from the Suez to an Arctic transit rou

256 bjective is to investigate the effect of the container type of the postharvest fruit storage on the d

257 iling frequency, source water quality, water container type, and the biofilm layer contribution were

258 primarily dependent upon water quality, not container type.

259 y affected by the olives storage conditions (containers type and storage periods).

260 containers, source water quality, and water container types.

261 amination was carried out in 14 conventional containers used during in-patient therapy every week for

262 One hundred seventy-six autologous serum containers used in home therapy were studied; 48 of them

263 With regard the containers used in the in-patient setting, 2 (14.3%) bec

264 eration within an ECA, computing costs for a container vessel to comply with ECA standards in additio

265 leaner engines and cleaner fuels, for a 2010 container vessel.

266 radiolysis or by the corrosion of the steel container vessel.

267 from one Panamax and one post-Panamax class container vessels as their vessel speed was reduced from

268 TPE(CO2) and TPE(PM2.5) estimated for large container vessels showed benefits for CO(2) (2-26%) and

269 TPE(CO2) and TPE(PM2.5) for small and medium container vessels were similar at 15 and 12 knots.

270 ctions for nearly two-thirds of Panama Canal container vessels, mainly through fuel switching; if the

271 ily exposed to diverse interfaces, e.g., the container wall and air.

272 als without the presence of surfaces such as container walls and hence has been used widely in chemic

273 and a final partition is reached between the container walls and the suspension.

274 work, silver migration from commercial food containers was evaluated according to European Regulatio

275 Viral association with containers was investigated by filling the containers wi

276 Further promotion of use of the containers was restricted to community posters and 6-mon

277 20 457 household pesticide storage containers were distributed.

278 rmined the degree of HCV contamination after containers were refilled with water.

279 21, and 28 days of use, whereas conventional containers were studied after 7 days of use.

280 These containers were synthesized using planar rigid bis-biden

281 tribution systems and from household storage containers were tested for pH, nitrate, total dissolved

282 cage, enclosing proteins within a protective container where they can fold without danger of aggregat

283 very 20 or 80 min), processed in an external container (where dilution can be applied at will) and fu

284 he use of multipart labels on the study drug containers which contained directions for use and other

285 Fertile soil was placed within the containers, which were embedded within infertile sand.

286 olubilizing agents-acyclic cucurbituril-type containers-which increase the solubility of ten insolubl

287 solated root systems in individual, adjacent containers while preventing, disrupting or allowing comm

288 soluble acyclic cucurbit[n]uril (CB[n]) type containers, whose hydrophobic cavity is defined by a gly

289 h HCV, emptying the water, and refilling the container with fresh water.

290 us polyposis was insufflated, submerged in a container with solution, and scanned at four-section mul

291 create, manage and distribute bioinformatics containers with a special focus on omics technologies.

292 Using containers with an adapted filter significantly reduces

293 Only one of the containers with an adapted sterilizing filter (2.1%) bec

294 Microbiologic contamination of containers with autologous serum eyedrops.

295 Constructing containers with defined shape and size to load and prote

296 ere may be applicable to engineering protein containers with improved stability for biotechnology app

297 y Cram et al. to the most recent examples of containers with self-assembled structure (metal coordina

298 performed the in vitro experiments in closed containers with variations of those parameters.

299 h containers was investigated by filling the containers with water, inoculating the water with HCV, e

300 wiss Webster mice tolerate high doses of the container without sickness or weight loss.