ライフサイエンスコーパス: pillar

1 iple cross-linking of the kag layers by each pillar.

2 ations should remain an important prevention pillar.

3 ntial to advance, and advocacy remains a key pillar.

4 surfaces, and 3D patterned surfaces such as pillars.

5 on and functionalization of the quadrangular pillars.

6 d by eight 1,4-bis(diphenylphosphino)benzene pillars.

7 ghter cells return to the confinement of the pillars.

8 roach while considering the d6Rs as building pillars.

9 , metal nanoantennas have been fabricated on pillars.

10 high-aspect-ratio shape-memory polymer (SMP) pillars.

11 to produce uniform high aspect ratio silicon pillars.

12 push into the otic vesicle and fuse to form pillars.

13 via stepwise depinning from the edge of the pillars.

14 ure of fusion to form the semicircular canal pillars.

15 1 with polycyclic aromatic hydrocarbon (PAH) pillars.

16 parated objects, like droplets, stripes, and pillars.

17 n change the pitch size of the silicon oxide pillars.

18 wo POM units linked by three {Mo(2)S(2)O(2)} pillars.

19 ally different on micron-scale and submicron pillars.

20 e cells by randomly varying the radii of the pillars.

21 holes to deform more substantially than the pillars.

22 ich they start to build a roof from existing pillars.

23 nanofluidic network comprising channels and pillars.

24 ace energy impedes the recovery of holes and pillars.

25 Here, we describe how a combination of pillar[5]arene and cucurbit[6]uril interacts cooperative

26 firmed by a scrambling experiment, involving pillar[5]arene and per-O-methylated resorcin[4]arene.

27 Since the hydroxyl groups on pillar[5]arene and the carbonyl groups on cucurbit[6]uri

28 The pillar[5]arene bound to the strips was a better host for

29 tent that the four conformational isomers of pillar[5]arene can be trapped on the dumbbell components

30 synthetic route to an A1/A2-difunctionalized pillar[5]arene containing resolvable planar chirality ha

31 pt, three C-shaped strips that can embrace a pillar[5]arene macrocycle were synthesized.

32 ossible to isolate a compound containing two pillar[5]arene rings with local C5 symmetries.

33 ition to fixing the stereochemistries of the pillar[5]arene rings, the regiochemistries associated wi

34 f substrates in the active sites of enzymes, pillar[5]arene, a macrocycle containing five hydroquinon

35 amethylcyclopentadienyl and M=Ir or Rh) with pillar[5]arene, mono- and polynuclear pillar[5]arenes, a

36 to the outer pi-surface of aromatic rings of pillar[5]arene.

37 Pillar[5]arenes are [1(5)]paracyclophane derivatives con

38 hemical reduction of five partially oxidized pillar[5]arenes containing variable numbers (1-5) of qui

39 static potential revealed that the metalated pillar[5]arenes featured an electron-deficient cavity du

40 will provide a summary of research into the pillar[5]arenes since their recent discovery.

41 ional isomers of pentahydroxy-functionalized pillar[5]arenes via the deprotection of their benzylated

42 o D(5) symmetric pillar[5]arenes, asymmetric pillar[5]arenes with two different substituents in the 1

43 ) with pillar[5]arene, mono- and polynuclear pillar[5]arenes, a new class of metalated host molecules

44 In addition to D(5) symmetric pillar[5]arenes, asymmetric pillar[5]arenes with two dif

45 embedded within the cavity of the trinuclear pillar[5]arenes, which is different to the host-guest be

46 different to the host-guest behavior of most pillar[5]arenes.

47 The cathodic voltammetric behavior of pillar[5]quinone was investigated in dichloromethane sol

48 ly influenced by the height and shape of the pillars, a feature that promotes both a variety of nontr

49 On 2-mum diameter pillars, adhesions form at the pillar periphery, forces

50 On 0.5-mum diameter pillars, adhesions form on the pillar tops, and local co

51 pyrazine square-grid layers with (NbOF5)(2-) pillars afforded the construction of a three-dimensional

52 ing acquired from the base to the tip of the pillars allows for detection of concentric wrapping obse

53 In particular, the anterior pillar, an externally prominent bony column running vert

54 ct the formation of TFCDs on the top of each pillar and between neighboring pillars, leading to highl

55 at a cluster of sites in the junction of the pillar and bridge regions of Ku70 mediates the dissociat

56 to measure these dynamics on textured square pillar and irregular superhydrophobic surfaces at micron

57 We collected and analyzed the data taken on pillar and planar microcavity structures at continuous w

58 rystals (nanosheets) have been introduced in pillared and self-pillared (intergrown) architectures, o

59 Pillaring and delamination are the primary methods for s

60 including 2 mum- and 200 nm-gratings, 250 nm-pillars and 200 nm-holes.

61 r force generation that are missed on larger pillars and more closely mimic continuous surfaces.

62 Native pillars and pillars with hydrophobic modification are us

63 of the pillars and the transmittance of the pillars and reference.

64 tide nanotubes were confined by micron-scale pillars and subjected to monomer flows of various satura

65 d for the fractional surface coverage of the pillars and the transmittance of the pillars and referen

66 hod on various control samples, e.g., beads, pillars and validated its potential for biological inves

67 eatures, such as arrays of grooves, inclined pillars, and helical protrusions, have been shown to imp

68 , the formation and merging of caps over the pillars, and the remodeling of built structures.

69 The pillars are [Cr3(mu3-O)(RCO2)]6 trigonal prismatic prima

70 The basal filopodia and FN pillars are also necessary for proper somite morphogenes

71 Micro-pillars are columnar resonators that can be easily arran

72 Here we show how these pillars are connected in Protein Tyrosine Phosphatase 1B

73 The pillars are fabricated by milling, and the rough surface

74 gly apparent that merits of these diagnostic pillars are less robust in lung transplantation.

75 lithiation occurs at free surfaces when the pillars are mechanically clamped.

76 , and local contractions between neighboring pillars are observed with a maximum displacement of appr

77 These results suggest that the FN pillars are specifically established through filopodia-m

78 The pencil-like and stepwise nano-pillars are, however, easily fractured and are not recov

79 crometer plate heights using chromatographic pillar array columns filled with radially elongated diam

80 basis of our previous work on the design of pillar array columns for liquid chromatography, we repor

81 able a drastic reduction of the footprint of pillar array columns, allowing design of very long chann

82 The proposed pillar array configuration leads to a column design whic

83 or liquid chromatography, we report on a new pillar array design for high-efficiency, high volumetric

84 It is also shown here that the pillar array has a useful secondary function as an integ

85 The 3D nature of the pillar array is crucial to confine and direct the format

86 atographic efficiency caused by altering the pillar array morphology.

87 m, and 2-6 mum, respectively, with the total pillar array size typically 1 cm x 3 cm.

88 e Ag colloid was added to the functionalized pillar array system via soaking.

89 While the drop evaporates from a pillar array, its rim recedes via stepwise depinning fro

90 ion while being fully pinned on the deformed pillar array.

91 Deterministic lateral displacement (DLD) pillar arrays are an efficient technology to sort, separ

92 allenges in developing and utilizing ordered pillar arrays as a new platform for planar chromatograph

93 Here, using a series of short pillar arrays as topological templates, we demonstrate t

94 Hierarchical pillar arrays consisting of micrometer-sized polymer set

95 ramework deterministic or stochastic silicon pillar arrays formed by lithographic or metal dewetting

96 Transferring flexible and scalable nano-pillar arrays on a variety of unconventional substrates,

97 interacting with micrometer-scale elastomer pillar arrays presenting activation antibodies to CD3 an

98 es the fabrication and evaluation of ordered pillar arrays that are chemically modified for planar ch

99 ed high-speed pressure clamp and elastomeric pillar arrays to apply distinct mechanical stimuli to pr

100 Photolithographically prepared pillar arrays were coated with 50-250 nm of PSO via plas

101 t-ratio, open-platform, two-dimensional (2D) pillar arrays when coated with a thin layer of porous si

102 events occur, using a series of elastomeric pillar arrays with dimensions extending to the submicron

103 ubstrates, and high-resolution force-sensing pillar arrays, we find that knockdown of FHOD1 impairs s

104 titute for a rigid matrix, we stretched soft pillar arrays.

105 d lamellas, which are regularly connected by pillars as lamella support.

106 re, using submicrometer polydimethylsiloxane pillars as substrates for cell spreading, we show that p

107 ing high modulus polyurethane acrylate (PUA) pillars as the support structure to maintain the structu

108 highly sensitive to the adhesion between the pillars, as determined by their surface chemistry and fu

109 eads to their collapse and a failure to form pillars: as a result, the ears swell.

110 SU-8 pillar-assisted epitaxial assembly of toric focal conic

111 By elongating a single pillar axis we are able to significantly modify the far-

112 with intrusion effects in low resolution 2D pillar-based methods or disruptive intermediate steps of

113 The main advantage of radially elongated pillar beds is that they enable a drastic reduction of t

114 Here, we demonstrate that FN is deposited as pillars between widely separated germ layers, namely the

115 Here we demonstrate pillar-bowtie nanoantenna arrays, fabricated on opticall

116 s the hydrogel cupula and deflects the micro-pillar bundle, stretching the nanofibers and generating

117 ddlewheel units and isophthalates, which are pillared by the OPX linkers.

118 Thus, both opaque and transparent pillars can be applied to absorbance spectroscopy of hig

119 (RIE), the feature size of the silicon oxide pillars can be tuned without affecting the pitch.

120 Finally, submicron pillars can capture many details of cellular force gener

121 ter droplet on the original or recovered SMP pillars can slide off the surface at a finite angle of i

122 anges in the shape and distribution of outer pillar cell and Deiters' cell phalangeal processes that

123 In neonatal mice, Sox2-null inner pillar cells (IPCs, a subtype of SCs) proliferated and g

124 ieved in vivo conversion of two SC subtypes, pillar cells (PCs) and Deiters' cells (DCs), into HCs by

125 e/loxP system in mice to specifically ablate pillar cells (PCs) and Deiters' cells (DCs).

126 ed cells, including Deiters' cells (DCs) and pillar cells (PCs), coupled by gap-junctions composed of

127 on of connexin 26 in Deiters cells and outer pillar cells, which constrain outer hair cells standing

128 ons and acid modification of Na-enriched and pillared clays.

129 retching increased cell growth rates on soft pillars comparative to rigid substrates.

130 Through different combinations of pillar configurations, flow rates and UV light patterns,

131 etal-organic frameworks (MOFs) with flexible pillars, [Cu2(glu)2(bpa)] and [Cu2(glu)2(bpp)] (bpa = 1,

132 For pillar cuvette measurements of platinum solutions spiked

133 xachloride in a micropillar array, that is, "pillar cuvette".

134 Localization of myosin between submicron pillars demonstrates that submicron scale myosin filamen

135 nance of the directional alignment of the FN pillars depends on pulsatile blood flow through the dors

136 ng a micropillar array column with optimized pillar diameter (5 mum) and interpillar distance (2.5 mu

137 electron microscopy in order to measure the pillar diameter and pitch as well as analyze the pillar

138 e reagent for demonstrated reusability and a pillar diameter based tunable enhancement.

139 Color specific and pillar diameter dependent enhancement of fluorescent sig

140 he benzene dicarboxylate (BDC) linker in the pillared DMOF-1 [Zn2(BDC)2(DABCO)] structure is an effec

141 ure is predicted to occur in the core of the pillars during lithiation, the observed cracks are prese

142 ture on the electrode surface, the number of pillars each cell faces varies with its plasma membrane

143 tem favors the "pinning" of FCD centers near pillar edges while avoiding the opposing effect of confi

144 e types and the attraction of FCD centers to pillar edges, especially at regions of high curvature.

145 Mechanical annealing of confined pillars enables variation of the packing fraction across

146 es that are optically excited in rectangular pillars etched into a semi-insulating silicon carbide su

147 illed with radially elongated diamond-shaped pillars, even when using a relatively large interpillar

148 mum spacing between surface structures (i.e. pillars fabricated on the microchannel wall) in boiling

149 the modiolar face and smaller ribbons on the pillar face.

150 Honesty is a fundamental pillar for cooperation in human societies and thus for t

151 ctivation and drug modulation of alpha7, key pillars for rational drug design.

152 dentified a new mechanism contributing to FN pillar formation by focusing on cyclic expansion of adja

153 abolished the FN pillars, indicating that FN pillar formation is dependent on the basal filopodia thr

154 ng primarily resisted by nanoscale aragonite pillars from the following sliding resisted by various m

155 The effects of pillar geometry and number of pillars in arrays were eva

156 Pillars have been functionalized with an antibody agains

157 The pillar height (thus, the film thickness) defines the opt

158 The pillar heights, diameters, and pitch variations are appr

159 The approach rests on three pillars: (i) the use of multivariate pattern-recognition

160 The effects of pillar geometry and number of pillars in arrays were evaluated.

161 n measure the resonance frequency of tens of pillars in parallel.

162 olefin metathesis from occurring between the pillars in the presence of the first generation Hoveyda-

163 talin in the somitic cells abolished the FN pillars, indicating that FN pillar formation is dependen

164 robe utilizes a special design with vertical pillars inside the channel to minimize mechanical pertur

165 s) have been introduced in pillared and self-pillared (intergrown) architectures, offering improved m

166 In A. africanus the anterior pillar is a hollow column of cortical bone, whereas in A

167 If the anterior pillar is a true synapomorphy of these two species, the

168 A microstructured pillar is used to couple acoustic waves into the fluid c

169 When the native surface of the epoxy pillars is masked by a thin gold layer and modified with

170 ls that break the underlying symmetry of the pillar lattice, exhibit tunable eccentricity, and togeth

171 atoms and it provides the first example of a pillared-layered carbon nitride material that combines t

172 three-dimensional copper(II) glutarate-based pillared-layered metal-organic frameworks (MOFs) with fl

173 mework flexibility of an important family of pillared-layered MOFs based on the parent structure [Zn(

174 Hence, the responsive behavior of such pillared-layered MOFs can be extensively tuned via an in

175 e top of each pillar and between neighboring pillars, leading to highly ordered square and hexagonal

176 tions related to the exchange of metal ions, pillar ligands and insertion of additional ligands betwe

177 Alongside the FN pillars, long filopodia protrude from the basal surfaces

178 The self-pillared, meso- and microporous zeolite is an active and

179 size in inorganic anion (SiF6(2-) , SIFSIX) pillared metal-organic frameworks is reported.

180 ion and bosonic lasing regimes in planar and pillar microcavities with optical and electrical pumping

181 ule-organizing centre of the cilium and the 'pillar' microtubules, and that this network is instrumen

182 trated that the 24C6 macrocyclic ring of the pillared MIM strut is now free enough to undergo full ro

183 particular, for UWDM-3 the 24C6 rings of the pillaring MIM are positioned directly inside the square

184 ow pressure adsorption trends in a series of pillared MOFs.

185 s based on the 1,8-disubstituted naphthalene pillaring motif.

186 Their unique "room-and-pillar" NbO6/NbO7 framework structure provides a stable

187 nker and a disulfide to a stable beta-ribbon pillar near the center of the platform, can undergo rema

188 layer of PSO increases the surface area of a pillar nearly 120-fold.

189 orate risk factor modification as the fourth pillar of AF care in conjunction with established pillar

190 ganocatalysis is now recognized as the third pillar of asymmetric synthesis.

191 basis for estimating extinction rates and a pillar of conservation science.

192 of the magnetization within a soft magnetic pillar of diameter 5 micrometres with a spatial resoluti

193 ng high-quality healthcare for all remains a pillar of eliminating asthma disparities.

194 Biological control is an underlying pillar of integrated pest management, yet little focus h

195 ill require clinicians to integrate this new pillar of medicine with chemotherapy, radiation, and tar

196 ntial, published 60 years ago, are a central pillar of modern neuroscience research, ranging from mol

197 Open data is a vital pillar of open science and a key enabler for reproducibi

198 ity, and implementation, and propose a fifth pillar of research activity to stimulate improvement of

199 To date, the profit pillar of sustainability has taken precedence over plane

200 A central pillar of TB control in the United States is reducing th

201 Patient-centered care is a central pillar of the World Health Organization's End TB Strateg

202 This family of lon-e nets are built by pillaring of hexagonal two-dimensional kagome (kag) latt

203 Proteostasis is one of the seven "pillars of aging research" identified by the Trans-NIH G

204 influencing appetite, thereby forming three pillars of appetite control.

205 Classically, the 3 pillars of atrial fibrillation (AF) management have incl

206 e interface is molded by pinning to vertical pillars of different cross-sections.

207 Here, we discuss the three major pillars of drug development-pharmacodynamics, pharmacoki

208 The two pillars of modern immunology have been man and mouse; in

209 Thus, understanding the pillars of noninferiority design is indispensable.

210 available evidence for the four WHO strategy pillars of policy, education, drug availability, and imp

211 However, how these three pillars of protein function are integrated is still only

212 r of AF care in conjunction with established pillars of rate control, rhythm control, and anticoagula

213 analysis approaches remain equally important pillars of robust science.

214 development are discussed in terms of the 3 pillars of survival in drug development, the first of wh

215 nt developments in LCA that aim to cover all pillars of sustainability (people, planet, and profit).

216 ntal, economic, and social impacts-the three pillars of sustainable agriculture.

217 The pillars of the College-advocacy, quality, education, and

218 maleimide groups decorating the isophthalate pillars of the prisms provide reactive sites for post-se

219 Family planning is one of the four pillars of the Safe Motherhood Initiative to reduce mate

220 The central pillars of these methods comprise spatially offset Raman

221 in the sites (rooms) surrounding the oxygen pillars of this complex structure.

222 ased on microfluidic cells made of arrays of pillars on a regular grid, and complement these experime

223 cells around an acute corner of a triangular pillar or of a bifurcation, leads to the enhanced deposi

224 oriented growth of branches, referred to as 'pillar' or 'broomy'.

225 series of isostructural, noncatenated, zinc-pillared-paddlewheel metal-organic framework materials h

226 isostructural M2 (bdc)2 dabco (M=Zn, Co, Ni) pillared-paddlewheel MOFs in real time.

227 -mum diameter pillars, adhesions form at the pillar periphery, forces are directed toward the center

228 f-magnitude larger than that achieved with a pillar phononic crystal of the same size, enabling effec

229 seen to be as high as 20 for four metal(IV) pillared phosphate phosphonate inorganic organic hybrid

230 e both 1D porous nanotubes and 3D diamondoid pillared porous networks.

231 an carbon nanotubes bridging an air gap over pillar posts.

232 ing the 5C.C7 TCR exerted traction forces on pillars presenting peptide-loaded MHCs that were similar

233 China National Science & Technology Pillar Program 2013 (2013BAI04B02) and Bill & Melinda Ga

234 The pillars provide a means to concentrate analyte via super

235 nanopatterned with arrays of 150-nm-diameter pillars ranging from 60 to 190 nm in height.

236 od consists of droplets suspended on plastic pillars; reactions occur in these droplets instead of th

237 We investigate here on the transdisciplinary pillars related to the modeling of LCIA on ES by conduct

238 Upon pillar removal, cells actively respond to the newly acce

239 is uniformly filled with radially elongated pillars (REPs), can produce the same separation performa

240 If generating sufficient force to deform the pillars, rounding epithelial (MDCK) cells can create spa

241 ecks form due to adhesion of the drop at the pillar's circumference.

242 h hgDNA584 leads to a dramatic change of the pillar scale due to hgDNA584 filling inside the 2DPRG la

243 d bed columns filled with radially elongated pillars, separation efficiencies corresponding to N = 16

244 ar diameter and pitch as well as analyze the pillar sidewalls after etching and stationary phase func

245 The ratios of the on pillar to off pillar signals normalized by the nominal increase in sur

246 CRSS depends on pillar size with an inverse power-law scaling exponent o

247 variations such as change in dead volume and pillar size within the lateral channels within the LFMC

248 layer (e.g. grain boundaries) act as bridge-pillar spots that enable the epitaxial growth of STO thi

249 rption studies on four primitive cubic, pcu, pillared square grid materials: SIFSIX-1-Cu, SIFSIX-2-Cu

250 tal-organic framework H(2)O@iso1 featuring a pillared square/octagonal layer structure with alternati

251 We developed a pillar stencil approach to create well-defined gaps in t

252 ) (i.e., 2D four-building units) and a novel pillaring strategy based on four proximal isophthalate l

253 ntered to investigate the individual role of pillar structure pitch at millimeter scale, named as mod

254 Both of them possess a layer-pillar structure, in which the connection between Zr6 cl

255 al breaking and transformation of the parent pillared structure.

256 ts reveal that the nanostructures and porous pillar structures can be combined together to achieve ev

257 lture substrates decorated with micron sized pillar structures of variable aspect ratios and dimensio

258 to the formation of black silicon with fine pillar structures, whose aspect ratio are approximately

259 chanically interlocked molecule (MIM) as the pillaring strut between two periodic Zn-carboxylate laye

260 the size of focal domain to the dimension of pillars such that the system favors the "pinning" of FCD

261 t optical components, we employ arrays of Au pillar-supported bowtie nanoantennas as a template struc

262 tographic film, we show that arrays of gold, pillar-supported bowtie nanoantennas could be used in a

263 Solid and porous Cu pillar surfaces are sintered to investigate the individu

264 Cu nanocavity surfaces, solid and porous Cu pillar surfaces, and the integrated multiscale structure

265 sured for the pre-snap receding lines on all pillar surfaces.

266 iscrete brachial regions referred to as "arm pillars" that expand and cover Sof-pax3/7-negative head

267 ng a large-scale pattern of regularly spaced pillars, the formation and merging of caps over the pill

268 For fully transparent or semitransparent pillars, the measured absorbance was successfully correc

269 detectable displacement on 0.5-mum diameter pillars, there is a correlation between local contractio

270 The ratios of the on pillar to off pillar signals normalized by the nominal i

271 gthening routine immunization as the primary pillar to sustaining high population immunity.

272 eam of a pillar, we can sequentially arrange pillars to apply the associated nested maps and, therefo

273 Cu nanocavities are coated on the porous Cu pillars to create a multiscale Cu structure, which is st

274 are required for the characteristic biofilm pillars to form.

275 s directed water shredding from the straight pillars to the deformed ones.

276 avior depends on the capacity of the organic pillars to transmit long-range magnetic interactions.

277 -mum diameter pillars, adhesions form on the pillar tops, and local contractions between neighboring

278 nes) would therefore constitute an important pillar towards a physical mechanism of biological signal

279 ed tools, including micro-to-nanoscale metal pillars, transistor-based kinked nanowires and nanotube

280 phase IIb, double-blind, placebo-controlled PILLAR trial investigated the efficacy and safety of two

281 t degree of deformation between gratings and pillars under the same applied macroscopic strain.

282 al deletion and molecular mimicry, two major pillars underlying our present understanding of autoimmu

283 present the first examples of axial-to-axial pillared undulating kag layers, and they are readily fin

284 Protein sequence databases are the pillar upon which modern proteomics is supported, repres

285 olyacrylamide gels (FN-PAG) and on FN-coated pillars used as a micro-force sensor array (muFSA), and

286 id elements from upstream to downstream of a pillar, we can sequentially arrange pillars to apply the

287 For opaque pillars, we show that absorbance is linearly related to

288 y or the other in solution instead of on the pillars, we show that force generation is associated wit

289 use of high aspect ratio radially elongated pillars which are 15 times wider in the radial than in t

290 rge interpillar distance (2.5 mum) and axial pillar width (5 mum).

291 hexadecyl trimethylammonium cation (HDTMA), pillaring with Al/Fe containing polyhydroxy cations and

292 al plate height compared to beds filled with pillars with a similar interpillar distance but with an

293 n protein rings, and circular and elliptical pillars with customized beam shapes.

294 ations during uniaxial deformation of copper pillars with different orientations and is further valid

295 scale processes to create silicon nanoscale pillars with dimensions that can be tuned to maximize fl

296 ng bundled polydimethylsiloxane (PDMS) micro-pillars with graded heights and electrospinning polyviny

297 Native pillars and pillars with hydrophobic modification are used.

298 Silicon oxide pillars with tunable feature sizes and pitches are fabri

299 tions around a library of single cylindrical pillars within a microfluidic channel and assemble these

300 Pillars within fluidic platforms are used to determinist