ライフサイエンスコーパス: hollow

1 th required for landslide initiation in each hollow.

2 ough a cell-culture substrate, incorporating hollow 150-nm-diameter nanostraws (NS) within a defined

3 The solid and hollow 2D micelles provide a tunable platform for furthe

4 ew nanozyme was spherical (Rg/Rh=0.785), and hollow (60% water composition) nanoparticles with colloi

5 The MCF10A cell line differentiates to form hollow acini when grown in Matrigel, and expression of L

6 formed large, lobular structures rather than hollow acini.

7 ical nanolattices; (ii) recoverability, with hollow alumina samples recovering up to 98% of their ori

8 blast-stage hPSCs form spheroids surrounding hollow, amniotic-like cavities.

9 empty BMC variants are shown to be smaller, hollow and less malleable.

10 ollagen and laminin gels proliferate to form hollow and polarized spherical structures, recapitulatin

11 st hollow sites and the rotation at both the hollow and the bridge sites.

12 herbaceous plant-mediated CH4 emissions from hollows and hummocks also were measured, thus enabling a

13 ses being anionic, nonaggregating, abundant, hollow, and uniform in size, while effectively mediating

14 nto discrete, concentrated patches in barrel hollows, and the complexity of the dendritic branches in

15 demonstrated that, as predicted, spectrin is hollow at its biological resting length of ~55-65 nm.

16 rategy to dope single atoms of Ag or Cu into hollow Au nanoclusters, creating precise alloy nanoparti

17 that the single dopant is shuttled into the hollow Au24 nanoparticle either through the apex or side

18 Microtubules are hollow biopolymers of 25-nm diameter and are key constit

19 inflicted (711 [87%] of 817) and involved a hollow-bore device (464 [56%] of 824).

20 Transcutaneous injection through smaller hollow-bore needles may decrease patient discomfort, but

21 from penetrating injuries with freshly used hollow-bore needles, developed Ebola virus disease.

22 We have succeeded in developing hollow branching structure in vitro commonly observed in

23 We calculated the failure potential of 283 hollows by comparing colluvium depths to the minimum (cr

24 Along with the structural novelty, these hollow cages show highly selective adsorptions for CO2 o

25 rolysis of the MOF-shell composites produces hollow capsules of porous nitrogen-doped carbon that bea

26 The hollow capsules prevent sintering and detachment of the

27 oted on the exterior surfaces of micro-sized hollow carbon cubes while other Sn nanoparticles are enc

28 e other Sn nanoparticles are encapsulated in hollow carbon cubes.

29 The coupling of hollow carbon nanospheres with triblock copolymers is a

30 carbon framework, interconnected mesoporous hollow carbon nanospheres, is reported as an effective s

31 oped nanoporous carbons, carbon nanotubes or hollow carbon onions have been synthesized by a one-step

32 gen-substituted diamantane precursors in the hollow cavities of carbon nanotubes.

33 The hollow cavities of coordination cages can provide an env

34 rared absorption to plasmonic component, the hollow cavity and the pores in the outer shell can also

35 As expected, the introduction of hollow cavity between the magnetic and plasmonic portion

36 ured MPHNs comprising a Fe3 O4 core within a hollow cavity encircled by a porous Au outer shell are d

37 tructures (YSNs) composed of a core within a hollow cavity surrounded by a porous outer shell have re

38 oup; n = 161), a metal rod inserted into the hollow center of the tibia, vs locking plate fixation (p

39 ttle failure and structural instabilities in hollow ceramic hierarchical nanolattices; and (iv) a ran

40 om three material systems: (i) polymer, (ii) hollow ceramic, and (iii) ceramic-polymer composites tha

41 r folding) assembly, the open structure of a hollow-channel paper analytical device to accommodate mi

42 Herein, we describe the synthesis of new hollow Chevrel-phase NiMo3 S4 and its alkaline hydrogen

43 ncement in S compared with the properties of hollow CNTs at room temperature.

44 Natural abundance (12)CO2 forms hollow CNTs, while equivalent synthetic conditions with

45 l sacrificial-template strategy to fabricate hollow Co3 O4 microtube arrays with hierarchical porosit

46 progressed in various modifications such as hollow, coated, dissolving and hydrogel forming micronee

47 nt coupling into the TEM waveguide mode in a hollow coaxial THz waveguide.

48 Because of their unique stacked, cup-shaped, hollow compartments, nitrogen-doped carbon nanotube cups

49 The chaperonins (CPNs) are megadalton sized hollow complexes with two cavities that open and close t

50 beam is ejected in a 30 degrees -60 degrees hollow cone, which is filled with more energetic electro

51 lass of metallo-supramolecular molecules are hollow coordination cages that provide cavities of molec

52 drug and hydroxypropyl cellulose within the hollow core of the ring.

53 elaborate FERS setup with a microstructured hollow core photonic crystal fiber (HCPCF) provided a hi

54 Several types of hollow core photonic crystal fibers were thoroughly anal

55 4 capsids have a wiffle-ball geometry with a hollow core, the observed change in current due to the c

56 Furthermore, hollow core-shell tetrapod ZnS@CdS heterostructures were

57 notubes due to capillary aspiration into the hollow core.

58 iNSs), which consist of a porous shell and a hollow core.

59 align in rings and radiate from the (usually hollow) core of the seed.

60 how through two independent experiments that hollow-core photonic bandgap fibres have a significantly

61 Gas-filled hollow-core photonic crystal fibre is being used to gene

62 ly self-nanostructured molecular hydrogen in hollow-core photonic crystal fibre.

63 power.Dispersive wave emission in gas-filled hollow-core photonic crystal fibres has been possible in

64 nostructures, synthetic approaches for their hollow counterparts are limited, largely confined to che

65 We also show that a hollow cross-linked polymer cage can be obtained after d

66 tile units that spontaneously assemble into hollow, crystalline nanotubes in water.

67 ping, the shape of Pd17Se15 transformed into hollow cubes.

68 : at shorter molecular lengths spectrin is a hollow cylinder that extends by increasing the pitch of

69 ic scattering cancellation shell for buoyant hollow cylinders submersed in a water background.

70 d exposed hydrophobicity, they all possess a hollow cylindrical architecture with similarities to cer

71 attering, the compliant coating results in a hollow cylindrical inclusion that is simultaneously impe

72 the monolayer, which then reconfigures into hollow cysts.

73 vent for PLLA led to the formation of novel, hollow diamond-shaped assemblies.

74 quency modes bounded at the peripheries of a hollow disk.

75 orous Cu/Cu2O/Cu dented cubic composites and hollow eightling-like Cu microparticles.

76 SAXS data suggested a global shape of a hollow elliptical cylinder of size hexa-, hepta-, or oct

77 d performance and stability using so-called "hollow" ethylenediammonium and methylammonium tin iodide

78 ospheres to AgAu nanocages; importantly, the hollowing event cannot be explained by the nanoscale Kir

79 On the basis of a thin polypropylene hollow fiber (50 mum of wall-thickness and 280 mum i.d.)

80 Both hollow fiber and flat sheet FO membranes were tested and

81 i-tumor activity of TIR-199 was confirmed in hollow fiber assays in mice.

82 rmination of Pb(II) in aqueous samples using hollow fiber based solid-liquid phase microextraction (H

83 e model predictions were validated using the hollow fiber infection model (HFIM) system.

84 rgistic (alpha = 2.475), as was shown in the hollow fiber infection model.

85 o be a promising combination in our in vitro hollow fiber infection model.

86 iquid membrane immobilized in the pores of a hollow fiber into 20 muL of the acceptor solution.

87 This study describes a combination between hollow fiber membrane and dispersive liquid-liquid micro

88 trated that the permeation properties of the hollow fiber membrane can be facilely tailored via manip

89 A hollow fiber membrane system was evaluated to extract RE

90 ly permeable poly(ether sulfone) (PES) based hollow fiber membrane was developed via a one-step dry-j

91 For the first time, a hollow fiber membrane was used in removing the ultrafine

92 Analytes diffuse through a hollow fiber membrane, where they are then dissolved by

93 The newly developed tight UF hollow fiber membranes display huge potential for treati

94 -nm thick, layered graphene oxide (GO)-based hollow fiber membranes with grafted, brush-like CO2-phil

95 Novel UF hollow fiber membranes with well-defined nanopores and s

96 hesized and engineered into high-performance hollow fiber membranes.

97 eactor (MBfR), with methane supplied through hollow fiber membranes.

98 are used to form nanoparticle-functionalized hollow fiber membranes.

99 lvent was placed into a polypropylene porous hollow fiber segment supported by capillary forces and s

100 cross section can be prepared in one step by hollow fiber spinning, double mantle spinning or centrif

101 We then used the hollow fiber system (HFS) model of intracellular tubercu

102 ed an exhaustive review of literature on the hollow fiber system (HFS) model, murine model, and guine

103 The in vitro hollow fiber system model has been qualified by the Euro

104 We performed a series of studies in the hollow fiber system model of intracellular Mycobacterium

105 ifloxacin was found to be efficacious in the hollow fiber system model of pediatric intracellular tub

106 The in vitro hollow fiber system model of tuberculosis (HFS-TB) is ab

107 The hollow fiber system model of tuberculosis (HFS-TB) is de

108 The in vitro hollow fiber system model of tuberculosis (HFS-TB), in t

109 The hollow fiber system model of tuberculosis (HFS-TB), in t

110 uestions: in vitro susceptibility tests, the hollow fiber system model of tuberculosis, mice, and gui

111 ed THP-1 macrophages with Mtb and inoculated hollow fiber systems.

112 uld be easily achieved when the self-support hollow fiber was challenged with less than 300 nm partic

113 a graphene oxide-silica composite reinforced hollow fiber was prepared via sol-gel technology and use

114 phoresis and size-exclusion chromatography), hollow-fiber flow FFF coupled with MALS allows a flow-ba

115 Herein we describe a protocol that uses hollow-fiber flow field-flow fractionation (FFF) coupled

116 ds, such as tangential flow filtration using hollow-fiber membranes, suffer from membrane fouling, le

117 degrees C) pyrolysis of polyimide precursor hollow-fiber membranes.

118 Electrically conductive, graphene-coated, hollow-fiber porous membranes were used as cathodes in a

119 The tight UF hollow fibers also exhibit robust performance in a conti

120 e latest advances in the manufacture of M(4) hollow fibers are discussed.

121 Flexible composite polymer/oxide hollow fibers are used as flow reactors for heterogeneou

122 exclusion and charge repulsion, the novel UF hollow fibers can effectively remove various dyes with i

123 The newly developed tight UF hollow fibers not only possess a small mean pore diamete

124 The polyethersulfone hollow fibers used, which have a 0.8-mm inner diameter,

125 talline membranes were fabricated on alumina hollow fibers using an in situ solvothermal synthesis me

126 Alumina- and stannia-based hollow fibers were synthesized via simple sol-gel proced

127 east milk samples were used to apply alumina hollow fibers, as a proof of concept.

128 tration of five 5'-mononucleotides using the hollow fibers.

129 For upscale applications, GO membranes in a hollow fibre geometry are of particular interest due to

130 Defect-free GO hollow fibre membrane was successfully determined and th

131 We demonstrate here that GO hollow fibre membranes can be stabilised by using a poro

132 ial layer, which creates a space between the hollow fibre substrate and the GO membrane thus allowing

133 were found unstable in dry state on ceramic hollow fibre substrates, mainly due to the drying-relate

134 rane tank after coagulation and the use of a hollow-fibre membrane coated with/without MnO2 nanoparti

135 llin (FliC) proteins after they traverse the hollow filament and exit the growing flagellum tip.

136 Heterogeneous and hollow filaments can be printed using this strategy, all

137 activity of Co-NGC shells into the robust NC hollow framework with enhanced diffusion kinetics, exhib

138 g a near-infrared-radiation (NIR) responsive hollow gold nanoparticle (HGNPs) to achieve sequential r

139 inical practice, was coated to monodispersed hollow gold nanoparticles with a diameter about 120 nm,

140 uman embryonic stem cells is developed using hollow gold nanoshells (HGNs) and near-infrared (NIR) li

141 ox)-loaded, polyethylene glycol (PEG)-coated hollow gold nanospheres (HAuNS) mixed with ethiodized oi

142 is presented, upon insertion into shortened hollow graphitized carbon nanofibers (PtNP@S-GNF) toward

143 d composition, resulted from assembly of two hollow halves through a joint also acting as a partition

144 e close to their critical depth, with 62% of hollows having soils that are too thin to fail.

145 ble doping level of 3.12x10(14) cm(-2) , the hollow hexagon concentration in the ground state of 2D b

146 The numerical result for the dependence of hollow hexagon concentration on the doping level is well

147 neral strategy for the preparation of large, hollow high-symmetry structures.

148 Native TMV forms a hollow, high aspect-ratio nanotube measuring 300x18nm wi

149 That accomplishment rings hollow, however, if blacks continue to live in much poor

150 formation of small (0.5-20 mum in diameter), hollow, hydroxyapatite (HAP) spherules in Bruch's membra

151 oy is irregular polygonal shape with several hollows in the center and gaps on the edge.

152 The edgeless Ag-Pt bimetallic nanocages with hollow interior performed newly plasmon-induced effects,

153 ion of the HNPs is blue-shifted owing to the hollow interior.

154 of micro- and nanometer-sized materials with hollow interiors as solid catalysts.

155 ed here we demonstrated by observation of KK hollow ions that X-ray intensities in the keV range exce

156 are invisible to the unaided eye but retain hollow laminin-rich tubular structures.

157 matrix detached cells, restoring the normal hollow lumen morphology in Vitamin E treated organoids.

158 he only modification that takes place in the hollow lumen of the microtubule.

159 ystem, containing a geometrically-engineered hollow lumen, with adaptability to both large and small

160 First, the main synthesis strategies toward hollow materials are succinctly summarized, with emphasi

161 the scientific and technological interest in hollow materials as solid catalysts, or catalyst carrier

162 developed by converting the algae cells into hollow mesoporous bio-hydrochar microspheres via hydroth

163 By using hollow mesoporous organosilica nanoparticle (HMON) as a

164 articles on the surface of [(89) Zr]-labeled hollow mesoporous silica nanoshells filled with porphyri

165 d a number of times to gradually inflate the hollow metal nanocrystals, producing nanoshells of incre

166 sformation from solid metal nanoparticles to hollow metal oxide nanoshells via a nanoscale Kirkendall

167 tions in polymeric nanoparticles to generate hollow metal-organic nanoparticles (MOPs).

168 dergoes photo-induced reactions and produces hollow metal-oxide nanospheres (Ni0.18 Mn0.45 Co0.37 Ox

169 le and scalable synthesis and utilization of hollow micro- and nanostructures as solid catalysts.

170 spite of recent advances in the synthesis of hollow micro/nanostructures, the fabrication of three-di

171 multilayers (PEM) thin films having array of hollow microchambers produced from a layer-by-layer self

172 A hollow microneedle (HM) was prepared to deliver a phenyl

173 therefore shown, for the first time, that a hollow microneedle device can facilitate efficient and r

174 y is the first to explore the potential of a hollow microneedle device for the delivery and subsequen

175 administration of these microspheres using a hollow microneedle was performed in the eye of New Zeala

176 sor makes use of an array of silicon-dioxide hollow microneedles that are about one order of magnitud

177 gh the perianal skin with minimal pain using hollow microneedles, resulting in the increase of restin

178 Polymer hollow microparticles (PHMs) are thin-walled, hollow pol

179 rk proposes an ultrasensitive ROS-responsive hollow microsphere (HM) carrier that contains an anti-in

180 The hollow microspheres were used as microreactors and carri

181 These hollow MOPs are synthesized from self-assembled polymeri

182 erlying mechanism for the formation of these hollow MOPs has been proposed.

183 ire as the substrate for the CVD growth of a hollow multilayer graphene tube, we prepared a macroscop

184 The key to success in producing monometallic hollow nanocrystals is the effective extraction of phosp

185 Ni precursors such that either a completely hollow nanoframe or a new architecture, the excavated na

186 han Pt/C, and twice the mass activity of the hollow nanoframe.

187 ates that the high ORR activity of the Pt3Ni hollow nanoframes depends on successful formation of the

188 This thermosensitive hollow nanoparticle system provides an excellent platfor

189 , there are no examples of lead chalcogenide hollow nanoparticles (HNPs) with controlled diameter and

190 The drug-loaded hollow nanoparticles were effective at delivering a ther

191 Hierarchical NiCo2O4 hollow nanorods (HR) were directly grown on stainless st

192 Membrane nanopores-hollow nanoscale barrels that puncture biological or syn

193 The release of O2 creates a hollow nanostructure with Li2O outer-shell and Li2O2 inn

194 all effect has been recently used to produce hollow nanostructures by taking advantage of the differe

195 any applied electric field and post etching, hollow nanostructures can be directly fabricated on GaAs

196 is beneficial yet challenging to synthesize hollow nanostructures in large quantities, with high por

197 will pave the way for the implementation of hollow nanostructures in other fields.

198 lloidal processing route for Bi2 Te2.5 Se0.5 hollow nanostructures.

199 Low-cost, single-step synthesis of hollow nanotubes of N-doped carbon deposited on CoS is e

200 The Shigella T3SS consists of a hollow needle, made of MxiH and protruding from the bact

201 Scanning electron microscopy revealed hollow needle-shaped particle ultrastructure, with a zet

202 We demonstrate the formation of hollow nickel germanide nanostructures of Ni-Ge core-she

203 or bimetallic nanoparticles confined within hollow nitrogen-doped porous carbon capsules.

204 pens new avenues toward the shape control of hollow NPs beyond the morphology of sacrificial template

205 ro-rolls and artificially reconstructed into hollow or fibre-shaped cellular 3D constructs that posse

206 icro-patterned PEC films containing array of hollow or filled microchambers by one-step casting with

207 regardless of whether they were situated in hollows or hummocks.

208 rous on the nanoscale, and either nonhollow, hollow, or spongy on the microscale.

209 The tissues of hollow organs can routinely stretch up to 2.5 times thei

210 rgans can be complex and multiaxial, e.g. in hollow organs.

211 material, these new specimens reveal large, hollow, osseous nasal crests: a craniofacial novelty for

212 entral filaments in the bundle, leading to a hollowed-out structure.

213 od crustacean that consists of 6-8 layers of hollow, ovoid vesicles with principal axes of ~550 nm, ~

214 transform solid palladium nanocrystals into hollow palladium nanocrystals through insertion and extr

215 nked covalent organic network in the form of hollow particles or nanosheets.

216 emonstrate a method for creating an extended hollow plasma channel and measure the wakefields created

217 Hollow plasma channels have been proposed as a technique

218 The stepwise self-assembly of hollow plasmonic vesicles with vesicular membranes conta

219 The voltammetric label is a hollow polyelectrolyte shell containing approx. 1.0x10(1

220 ollow microparticles (PHMs) are thin-walled, hollow polymer microcapsules with tunable nanoporous she

221 Bimetallic hollow, porous noble metal nanoparticles are of broad in

222 anges associated with the typically observed hollowing process.

223 Protein cages are hollow protein nanoparticles, such as viral capsids, vir

224 m perforated platelets, such as well-defined hollow rectangular rings.

225 ling a single Ag or Cu atom into a centrally hollow, rod-shaped Au24 nanoparticle, forming AgAu24 and

226 ing an introvert with pentaradially arranged hollow scalids.

227 on of the reflection using shape-anisotropic hollow scatterers is unlike any optical structure previo

228 drogels, is developed for the fabrication of hollow self-folding tubes with unprecedented control ove

229 hesis of composite structures of metal alloy hollow shells encapsulated by TMH nanosheets, which show

230 t these artificial capsids assemble as 20-nm hollow shells that attack bacterial membranes and upon l

231 rent caped mesoporous silica particles (i.e. Hollow Silica Shells, MCM-41, SBA-15 and UVM-7) to dose

232 e synthesis of multifunctional submicrometer hollow silica spheres (smHSSs) using microfluidic spiral

233 cancer (CRC) cell line (HCA-7) formed either hollow single-layered polarized cysts or solid spiky mas

234 lsions, from which yolk-shell and dual-shell hollow SiNPs@C composites are produced via polymerizatio

235 mediate on the high density of uncoordinated hollow-site C atoms with respect to the Co lattice in th

236 ion of the CoPc molecule between the nearest hollow sites and the rotation at both the hollow and the

237 dCuM NPs stems from the catalytically active hollow sites arising from the ligand effect and the comp

238 ly adsorbed on the top, bridge and threefold hollow sites of Au(111).

239 simulations reveal that the active threefold hollow sites on the platinum-rich high-index facets prov

240 temperatures >160 degrees C, CO adsorbed on hollow sites, and atomic carbon and OH species are prese

241 ements creates unique copper-copper-titanium hollow sites, which have a hydrogen-binding energy very

242 Our data show that most hollow soil depths are close to their critical depth, wi

243 Fish oil was encapsulated in hollow solid lipid micro- and nanoparticles formed from

244 process causes not only an extension of the hollow space of the host but also a shrinking of the inc

245 ymmetric microporous shells combine with the hollow space to promote gas transport, and the unique so

246 issue source to enable the reconstruction of hollow sphere-shaped tissues and organs from single-cell

247 network forms either uniform self-templated hollow spheres (HS) or hollow tubes (HT).

248 ty, here, processing of 2D MXene flakes into hollow spheres and 3D architectures via a template metho

249 The MXene hollow spheres are stable and can be easily dispersed in

250 Uniform Na2 Ti3 O7 hollow spheres assembled from N-doped carbon-coated ultr

251 zes and morphologies of as-prepared Gd2O2SO4 hollow spheres could be deliberately controlled by adjus

252 The Gd2O2SO4 hollow spheres have a mean diameter of approximately 550

253 Eu-doped Gd2O2SO4 hollow spheres have also been prepared for the property

254 Uniform gadolinium oxysulfate (Gd2O2SO4) hollow spheres were successfully fabricated by calcinati

255 aper, AuNPs@Polyethyleneimine-derived carbon hollow spheres were synthesized by a versatile and facil

256 (DC) could be achieved for Eu-doped Gd2O2SO4 hollow spheres.

257 ating network of exfoliated sheets, defining hollow spheres.

258 by translocation of Fe(II) from outside the hollow spherical shape structure of the protein, which i

259 Its flattened body is covered by hollow spinose sclerites, and a smooth, ventral girdle f

260 thod with a specific case, using an array of hollow steel cylinders coated with thin silicone rubber

261 this study, DNA tetrahedron (DNA TH) with a hollow structure is anchored on gold electrodes to const

262 The hollow structure of the nanotubes suggests a role for wa

263 The mixed-valence metal oxide and hollow structure provided high chemical reactivity and a

264 domains II and IV are juxtaposed, forming a hollow structure that excludes external solvent access t

265 By making use of the hollow structure, small pores, and high density of heter

266 llic alloy oxidation is key to the design of hollow-structured binary oxides and the optimization of

267 les are also given on the applications which hollow structures find in the emerging fields of electro

268 g material architectures and applications of hollow structures in all branches of catalysis, includin

269 Hollow structures with high complexity in shell architec

270 portance of rational design and synthesis of hollow structures with higher complexity.

271 ssfully fabricated by surface engineering of hollow structures with suitable corona and canopy specie

272 f tunable Janus particles possessing diverse hollow structures with various functionalities.

273 of Pd, change in shape, and formation of the hollow structures.

274 We designed a hollow support structure using 3D DNA origami to protect

275 ng sequence on a single helix that spans the hollow support structure, we also sought to control the

276 Hollow thermoresponsive poly(N-isopropylacrylamide) (pNI

277 in films (modified electrodes) consisting of hollow three-dimensional hexagonally packed crystals wit

278 crack by dissolving the glue that holds the hollow tip together.

279 to monitor the growth and oscillations of a hollow tissue spheroid growing freely or when confined.

280 ethod, we observe nanostructures surrounding hollow tracts that exist in human dentine forming dentin

281 The mu-plasma jet consists of micron sized hollow tube in which pure helium gas is ionized by high

282 We discovered that hollow-tube alumina nanolattices with 3D kagome geometry

283 niform self-templated hollow spheres (HS) or hollow tubes (HT).

284 Microtubules, the dynamic, yet stiff hollow tubes built from alphabeta-tubulin protein hetero

285 a mechanism analogous to the ovalization of hollow tubes enables us to predict quantitatively this n

286 The N-doped carbon in hollow tubes of CoS provides a high-capacity anode of lo

287 the complex were twinned and have an unusual hollow tubular morphology that is likely to result from

288 ials, 2) a sacrificial template for creating hollow tubular structures, and 3) a precursor for in sit

289 of the current approaches is the printing of hollow tubular structures.

290 graphite networks, built from interconnected hollow tubular tetrapods of multilayer graphene, are ult

291 such as bilayer sheets, helical ribbons, and hollow tubules are potentially useful but inherently uns

292 A hollow tungsten sphere was interrogated to evaluate the

293 assembled materials with tailorable solid or hollow two-dimensional (2D) structures represents a majo

294 Hollow vesicular tissues of various sizes and shapes ari

295 em, with particular focus on damage control, hollow visceral injury (HVI), and stoma utilization.

296 siological and pathological roles of Pirt in hollow viscus are largely unknown.

297 onduit, i.e., so-called substrate-integrated hollow waveguide (iHWG) optically coupled to a compact F

298 y isolated attosecond pulses in a gas-filled hollow waveguide using synthesized few-cycle two-color l

299 and SO2 via coupling a substrate-integrated hollow waveguides (iHWG) serving as a highly miniaturize

300 To this end, pH-sensitive, hollow ZnO-nanocarriers loaded with paclitaxel were synt