ライフサイエンスコーパス: micron

1 the nucleus (typically on the order of 5-10 microns).

2 a wayward cell has ventured a fraction of a micron.

3 s, with the photon pairs residing within one micron.

4 r permeability at a resolution of nearly one micron.

5 dynamic extravasation events on the scale of microns.

6 rtion loss and device length as small as 100 microns.

7 erage over a large area: thousands of square microns.

8 arger spatial scale covering several hundred microns.

9 skimming in arterioles of diameters 20 to 32 microns.

10 n extending length scales from nanometers to microns.

11 ransport of this membrane cargo over several microns.

12 ion over length scales of even a few hundred microns.

13 with characteristic scales from angstroms to microns.

14 ted a theoretical resolution on the order of microns.

15 ers of magnitude, from tens of nanometers to microns.

16 icus at cellular resolution over hundreds of microns.

17 um) with a mean diameter of 1.15+/-0.59 (SD) microns.

18 ered bioactuator that can generate up to 300 microN (0.56 kPa) of active tension force in response to

19 These protein microcrystals, roughly a micron across, accrue within infected cells.

20 exhibiting enhanced depth of field over 300 micron along the optical axis with potential for perform

21 linated type II afferents extend hundreds of microns along the cochlear duct to contact many outer ha

22 nts that extend dendritic arbors hundreds of microns along the cochlear spiral, contacting many outer

23 ures with graded 3D fibre texture at the sub-micron and micron length scales.

24 ed plywood (Bouligand) structures at the sub-micron and micron scale.

25 erials, with controlled pore features on the micron and nanometer scales, are explored as advanced al

26 Motion of micron and sub-micron size magnetic particles in alterna

27 Efficient separations of particles with micron and submicron dimensions are extremely useful in

28 w approaches to control soft morphologies at micron and submicron scales.

29 th of 19.3 mum and length of several hundred microns and are prepared into transparent paper by vacuu

30 herence tomography (EDI-OCT) at 500 and 1500 microns and in five different regions (FCT, T1500, T500,

31 and whose range may extend over hundreds of microns and last thousands of seconds.

32 r with aerodynamic diameter of less than 2.5 microns and particulate matter with aerodynamic diameter

33 ic sequence-recognition zones occupy 5 to 30 microns and recognize time-intervals of 0.2 to 5 s.

34 As a result, much of the micron- and molecular-scale knowledge about organic-mine

35 hey arise from the interaction of light with micron- and submicron-sized physical structures spatiall

36 s with wavenumbers larger than a few inverse microns are dominated by concentration fluctuations with

37 detected at distances reaching more than ten microns at times as short as nanoseconds.

38 asma membranes of cells it contacts, tens of microns away from the wound, allowing direct calcium ent

39 axon terminals to the soma, some hundreds of microns away.

40 collagen on the scale of tens to hundreds of microns by using holographic optical tweezers to apply p

41 ctures having a mean grain size down to 0.35 microns can be obtained without high-strain deformation

42 all ions in a solid-density plasma of a few microns can be uniformly accelerated to about 25% of the

43 ssue: structures of interest in the order of microns can move over a hundred times their width during

44 posed methodology provides new tools for sub-micron characterization of heterogeneous samples using f

45 The 2-micron circle broadly resembles the episomes of certain

46 of only a few microns instead of the tens of microns currently attained, allowing sub-cellular detail

47 ces may vary significantly (sub-nanometer to microns) depending on ambient physical and chemical cond

48 2-meter-long human genome into a roughly 10-micron-diameter cell nucleus.

49 regional TPP values that vary on the hundred micron distance scale, causing micro-heterogeneous limit

50 e at the cell periphery, tens or hundreds of microns distant.

51 ds of seconds and length scales ranging from microns down to nanometers.

52 The sub-micron emulsion presented a higher conversion of MAGs to

53 the limitation of refining grains to several microns even though employing high-strain deformation.

54 to giant vesicles with radii larger than 10 microns, exhibiting several emergent properties, includi

55 rovides a robust methodology to quantify sub-micron features within large tissue sections.Optical cle

56 earth of high-quality structural data on sub-micron films.

57 cal routing to or from objects 10 s-100 s of microns from a chip surface, but benefitting from the pa

58 wo dimensions and thickness of up to several microns from nanocrystals with tens of nanometres in dia

59 iations from the main Gaussian lobe up to 25 microns from the focus and down to the 5 x 10(-6) level

60 ty of exciton resonances measured for 15 few-micron GaAs crystal slabs with different values of N, re

61 age form, we demonstrate that the use of sub-micron gas-stabilising polymeric nanoparticles (nanocups

62 or plate midline perpendicularly at about 20 microns/h and in a manner dependent on the Robo3 but not

63 microbubbles in vessels of approximately 20 microns have shown that expansion is constrained, sugges

64 arrier diffusion length reaching hundreds of microns; (ii) a low exciton binding energy; and (iii) a

65 ing through narrow capillaries as small as 3 microns in diameter without any damage.

66 various size fractions of PM [PM10 (</=10mum microns in diameter), PM2.5 (</=2.5mum in diameter), and

67 embly into vesicles that can grow to several microns in diameter.

68 from eggs, where asters grew to hundreds of microns in diameter.

69 ion of conducting walls of up to hundreds of microns in length can be achieved through locally applie

70 s are formed, which are nanotubes of several microns in length, with inner and outer diameters of 100

71 in size from a few tens to a few hundreds of microns in radius and is spatially differentiated.

72 rted to aggregate, forming clusters of a few microns in size.

73 e mean global RNFL OCT measurement was 140.5 microns in such eyes compared with 107.8 microns in the

74 0.5 microns in such eyes compared with 107.8 microns in the 57 nonglaucomatous, quiescent, uveitic ey

75 gy transfer range can be extended to tens of microns in the hybrid structure mediated by an exciton-s

76 non-myopes, and 0.15 (0.08) and 0.15 (0.08) microns, in the myopes, respectively.

77 non-myopes, and 0.08 (0.06) and 0.09 (0.06) microns, in the myopes, respectively.

78 non-myopes, and 0.04 (0.04) and 0.04 (0.04) microns, in the myopes, respectively.

79 final visit was 0.12 (0.08) and 0.11 (0.06) microns, in the non-myopes, and 0.15 (0.08) and 0.15 (0.

80 well even at film thicknesses approaching a micron, indicating improved carrier transport in the QD

81 mm thick with depth resolution of only a few microns instead of the tens of microns currently attaine

82 Lateral slicing of micron length carbon nanotubes (CNTs) is effective on la

83 r and irregular superhydrophobic surfaces at micron length scales and at micro-second temporal scales

84 control chromosome geometry and topology at micron length scales.

85 raded 3D fibre texture at the sub-micron and micron length scales.

86 The device is only in several microns length and produced in a flexible integratable I

87 an cells, IMPDH filaments can associate into micron-length assemblies.

88 , and allow ballistic phonon transport along micron-length carbon chains.

89 n polymerization (2PP) 3D printer capable of micron-level precision on a millimeter scale.

90 n noninvasively quantify retinal layers to a micron-level resolution.

91 Walls are straight, tens of microns long and exist as a consequence of elastic compa

92 n energy transfer can be extended to tens of microns, mediated by an exciton-surface-plasmon-polarito

93 tly discovered ultralong (>10 to hundreds of microns) membrane protrusions [tumor microtubes (TMs)] e

94 ration of 5% of total liver, were 8 x 10 ten-micron microspheres infused with a 29 G needle directly

95 that can create high resolution (up to a few microns), multimaterial shape memory polymer (SMP) archi

96 in optical power of 1600 diopters with 100 micron of total mechanical displacement.

97 ly hindered or unobstructed diffusion within microns of each other.

98 The long-range order over hundreds of microns of these crystals allows them to readily exfolia

99 omic DNA, based on the employment of two sub-micron oligonucleotide labels - one for magnetic collect

100 tation of the microplastic into particles of microns or smaller, their transference to the ocean inte

101 slightly acidified aqueous solution with the micron outer diameter tips, but some apo-myoglobin ions

102 er with aerodynamic diameter of less than 10 microns, ozone (O3), nitrogen oxides (NOx), sulfur dioxi

103 al-500 microns, P = 0.033; and temporal-1500 microns, P = 0.019).

104 ; nasal-500 microns, P = 0.033; temporal-500 microns, P = 0.033; and temporal-1500 microns, P = 0.019

105 al choroidal thickness, P = 0.042; nasal-500 microns, P = 0.033; temporal-500 microns, P = 0.033; and

106 The tube was covered by a 300-micron partial thickness corneal graft taken either from

107 angle theta=74 degrees ) for sufficient sub-micron particle adhesion, air pockets within the fibers

108 cting the protein-induced aggregation of sub-micron particles, using a one-step procedure followed by

109 facile general route for high throughput sub-micron patterning of soft materials, using spatially sel

110 o make hard x-ray absorption gratings of sub-micron periods.

111 m gaps of 60 nm and spiral inductor coils of micron pitch we realize microwave resonant circuits with

112 The yeast 2-micron plasmid epitomizes the evolutionary optimization

113 mosome-like mitotic stability of the yeast 2 micron plasmid is conferred by the plasmid proteins Rep1

114 ith an aerodynamic diameter of less than 2.5 microns (PM2.5) and maternal stress and childhood asthma

115 served values for particulate matter </= 2.5 microns (PM2.5) for this cohort to create the six exposu

116 ch employs the compaction of metal-oxide sub-micron powders with a graphite fugitive phase that is bu

117 chers to form complex architectures with sub-micron precision of cells, matrices and molecules.

118 0 microns, r = -0.287, P = 0.005; nasal-1500 microns, r = -0.245, P = 0.016; and temporal-1500 micron

119 ns, r = -0.245, P = 0.016; and temporal-1500 microns, r = -0.280, P = 0.06).

120 ted with the hemoglobin values (temporal-500 microns, r = -0.287, P = 0.001; nasal-500 microns, r = -

121 00 microns, r = -0.287, P = 0.001; nasal-500 microns, r = -0.287, P = 0.005; nasal-1500 microns, r =

122 fication of microplastics (MPs) in the lower micron range.

123 nd association with recipient telomeres over micron-range distances.

124 ided by amplified Rayleigh scattering on sub-micron refractive index inhomogenities randomly distribu

125 ignificantly higher than the average of 95.3 microns reported in normal eyes (P<0.001).

126 er than the mean global RNFL thickness (65.3 microns) reported in eyes with the same stage (moderate)

127 populations using a large-scale chip with a micron resolution in 16 min.

128 tent, type and spatial distribution with sub-micron resolution in living mammalian oocytes and embryo

129 Imaging with (sub)micron resolution showed that the approach allowed detec

130 c-material-based electronic devices with sub-micron resolution.

131 tion were 471.3 (97-1365) and 345.1 (97-585) microns, respectively (p < 0.001).

132 151.7 (129-793) and 255.52 +/- 156.8 (0-528) microns, respectively (p < 0.05).

133 RNFL measurements on OCT were 92.3 and 95.7 microns, respectively.

134 nge and time response through engineered sub-micron scaffold.

135 ucture, individual taxa are localized at the micron scale in ways suggestive of their functional nich

136 ts that SXRLs have the potential for imaging micron scale objects with sub-20 nm resolution in orders

137 articles are 30-50 times more expensive than micron scale particles and possess safety and environmen

138 Here, we improved reactivity of Al micron scale particles by synthesizing pre-stressed core

139 keleton, recognize membrane curvature at the micron scale, a common morphological hallmark of eukaryo

140 ls with engineered lattice structures at the micron scale.

141 o spherical-particle C-S-H models at the sub-micron scale.

142 (Bouligand) structures at the sub-micron and micron scale.

143 robiomes is almost entirely uncharted at the micron scale.

144 le with evidence of some localization at the micron scale.

145 to coarse-grained force measurements on the micron scale.

146 ic activity in the intact mouse brain on the micron scale.

147 with current technologies, especially at the micron scale.

148 patterned and imaged independently on a few-micron scale.

149 ure consisting of homogenous distribution of micron-scale and nanoscale alpha-phase precipitates with

150 e applications, they have limited utility in micron-scale applications due to restricted modulation r

151 mer assembly perturbs the formation of these micron-scale assemblies in vitro and Cnn-scaffold assemb

152 Impeding filopodia-mediated nucleation and micron-scale assembly of E-cadherin adhesion complexes b

153 formed by filopodia-mediated nucleation and micron-scale assembly of E-cadherin clusters, which coul

154 e DNA strand suspended between surface-bound micron-scale beads, quantum-dot tagged UvrA2 molecules b

155 of this important property is complicated by micron-scale beam sizes, and the presence of intense fie

156 ciated with actomyosin rings are expelled as micron-scale bundles containing multiple actomyosin ring

157 he silk gland of Bombyx mori silkworms, into micron-scale capsules with controllable geometry and var

158 initial activation of alpha-catenin requires micron-scale clustering that may allow the development o

159 Micron-scale coexisting Lo and Ld liquid phases can appe

160 Our system is a micron-scale colloidal particle in water, in a virtual d

161 le matrix protein BuGZ is sufficient to form micron-scale compartments that recruit and activate Auro

162 When micron-scale compositional heterogeneity develops in mem

163 also use nanometer-scale components to sense micron-scale contours, such as the cytokinetic furrow an

164 to distinguish between different degrees of micron-scale curvature in cells.

165 We conclude that micron-scale curvature recognition is a fundamental prop

166 areas of the plasma membrane where there is micron-scale curvature, including the cytokinetic furrow

167 ctric waveguides to free-space beams forming micron-scale diffraction-limited spots a designed distan

168 Such emitters, with micron-scale dimensions and the freedom to fully control

169 lopmentally regulated and cell-type-specific micron-scale domains within extrasynaptic somatodendriti

170 We discuss the basic physics of the flow of micron-scale droplets in 2D geometry.

171 Micron-scale droplets isolated by an immiscible liquid c

172 s that adhesion complexes, which can undergo micron-scale elastic deformation, regulate the coupling

173 nanoparticles and active microrheology using micron-scale ellipsoidal magnetic microparticles, in bot

174 n-uniform phase distribution, as well as the micron-scale essence of the spatial and temporal instabi

175 pmental conditions, creating topologies with micron-scale features.

176 elf-assembly strategy for the preparation of micron-scale fibres and macroscopic films based on monod

177 ncrease the light collection efficiency from micron-scale fluorescent objects using self-assembled va

178 ilaments and molecular motors facilitate the micron-scale force generation necessary for the distribu

179 ls, the recovered specimen contains numerous micron-scale grains of a quasicrystalline phase displayi

180 In this study, the micron-scale Haines jump of the air-water interface in r

181 ne oxide membrane leads to the opening up of micron-scale inter-lamellar voids due to the expansion o

182 structural organization can emerge from the micron-scale interactions of its constituent organisms.

183 We demonstrate micron-scale light focusing and patterning over a wide r

184 um of electrons that have been affected by a micron-scale magnetic dipole, thus establishing that our

185 y neuropil, we report the first non-invasive micron-scale mapping of cerebral Po2 in awake, resting m

186 troduce a molecular-level fMRI technique for micron-scale mapping of serotonin transport in live anim

187 Here, by directly imaging micron-scale membrane domains of yeast vacuoles both in

188 magnitude higher than that of conventional, micron-scale microfluidic devices.

189 We demonstrate reconfigurable micron-scale optical control of both magnetization (whic

190 ging from approximately 43 to 360 nm using a micron-scale optical imaging technique.

191 zation of GABAergic interneuron synapses and micron-scale organization of extrasynaptic membrane that

192 How such micron-scale ParA pattern is established and maintained

193 metal species were co-localized in the same micron-scale particles as result of corrosion processes

194 mena have come from colloidal systems, whose micron-scale particles mimic basic properties of atoms a

195 ronments, peptide nanotubes were confined by micron-scale pillars and subjected to monomer flows of v

196 novel proteomics technique for interrogating micron-scale regions of interest (ROIs) in mammalian tis

197 Thus, a nanometer- and micron-scale reorganization of activating and inhibitory

198 on in the dimensions of hypodermic needle to micron-scale size has gained tremendous interest among r

199 he pump-probe polarimetric measurements with micron-scale spatial resolution reveal the dynamics of t

200 A slightly longer version of the LZ can form micron-scale structures with CM2, whose assembly is stim

201 -permeable membranes, and direct printing of micron-scale structures with controlled geometry.

202 e function, but the mechanisms that organize micron-scale structures within cells are not well unders

203 en studied for both synthetic and biological micron-scale systems, a similar phenomenon was presumed

204 ated to be sufficient for pure propulsion of micron-scale therapeutics in magnetic resonance targetin

205 ron-injection detector allows utilization of micron-scale tunable laser sources (e.g. VCSEL) and elim

206 at phase-separate into a conglomerate of 100 micron-scale, helical nanofilament domains that differ i

207 hographically-induced strain relaxation in a micron-scaled device fabricated from epitaxial thin film

208 d phases can organize proteins and lipids on micron scales within unperturbed, living cells.

209 ing resolutions down to the single- and sub- micron scales, and when coupled with contrast-enhancing

210 the CFH risk -allele had a mean thickening (microns +/- SEM) of 66.9 +/- 70.4 versus a mean thinning

211 sized through one-step chemical reduction of micron size Cu2O and Co3O4 particles.

212 Motion of micron and sub-micron size magnetic particles in alternating magnetic f

213 nsions of nanoparticles compared to those of micron size powders cannot be explained by current visco

214 within a few minutes of reaction and grew to micron-size aggregates after half an hour reaction.

215 andwich assay in which immune complexes link micron-size beads via DNA tethers to a sensor surface.

216 sts of calcite dissolution by slurry flow of micron-size calcite particles with acidified desalinated

217 "cross" supermicelles as kinetically stable, micron-size colloidally stable structures in solution.

218 Migration through micron-size constrictions has been seen to rupture the n

219 the destabilization of the sLBA resulting in micron-size hole formation.

220 argely comes from studying the entrapment of micron-size particles in cooling melts.

221 COFs, as crystalline powders and exfoliated micron-size sheets.

222 sed of closely packed, multi-faceted and sub micron sized crystals.

223 tability of nano-CuO, nano-Cu, and Kocide (a micron sized Cu(OH)2-based fungicide) was investigated o

224 The mu-plasma jet consists of micron sized hollow tube in which pure helium gas is ion

225 anotube (LFO/CNT) composites composed of sub-micron sized LFO and a nanocarbon with high electrical c

226 the synthesis and characterization of a sub-micron sized LFO/CNT composites.

227 This study aimed to evaluate the effects of micron sized non-thermal atmospheric pressure plasma ins

228 (3-D) cell culture substrates decorated with micron sized pillar structures of variable aspect ratios

229 ct that most of diseases are originated from micron sized structures, an elastography imaging system

230 The evenly distributed hot spots in the micron-sized aggregates had an average SERS enhancement

231 obtained by observing the motion of a large micron-sized bead.

232 s as it is driven by Poiseuille flow through micron-sized channels.

233 We have programmed the self-assembly of micron-sized colloidal clusters with structural informat

234 dic device consisting of a parallel array of micron-sized constrictions.

235 ino acid that exhibits self-assembly to form micron-sized constructs.

236 as biofuels and nutritional lipids, several micron-sized droplets were present already initially dur

237 A micron-sized electroactive wire is sealed inside this ca

238 Micron-sized features of DNP are presented as densely im

239 on of nZVI resulted in the slow formation of micron-sized fibrous chukanovite (Fe2(OH)2CO3) particles

240 h only metallic starting materials, numerous micron-sized five-component icosahedral quasicrystals, a

241 e recorded position fluctuations of injected micron-sized fluorescent beads with kHz sampling frequen

242 proteins generating forces that scale with a micron-sized geometric feature, such as microtubule over

243 Modern orb-weaving spiders use micron-sized glue droplets on their viscid silk to retai

244 low-energy electron microscopy, we find that micron-sized graphene islands on Ir(111) rotate to a pre

245 ing lattice system and show that we can form micron-sized lattices, with well-formed structures up to

246 uch as carbon nanotubes and biopolymers have micron-sized lengths, so continuum descriptions are expe

247 Specifically, micron-sized LiFePO4 particles have been uniformly coate

248 The coated micron-sized LiFePO4, compared with its pristine counter

249 Here we report the utilization of micron-sized LiFePO4, which has a higher tap density tha

250 In Ctrl and LL cells, micron-sized lipid droplets were found to increase in nu

251 es and may reach sub-nanometer resolution on micron-sized living cells.

252 lored into round and elongated "peanut"-like micron-sized mesostructured particles.

253 ell, V-LFP was cycled against an inexpensive micron-sized metallurgical grade Si-containing anode.

254 , microneedle patches containing an array of micron-sized needles on an adhesive backing have been de

255 Using micron-sized obstacles to induce the formation of self-c

256 nvolve attaching the molecule of interest to micron-sized or larger force probes via compliant linker

257 Ultimately, plastic materials degrade to micron-sized particles (microplastics), which are persis

258 nd two differently sized magnetic particles (micron-sized particles acting as capture particles and n

259 ulation and persistence of non-biodegradable micron-sized particles in liver and spleen precludes the

260 Remarkably, withdrawal of micron-sized particles is also possible without noticeab

261 re that involves implantation of radioactive micron-sized particles loaded with yttrium-90 (Y90) insi

262 d mechanical pulses in aqueous monolayers of micron-sized particles of controlled microstructure.

263 EVs are sub-micron-sized particles released by cells and function in

264 We employ this platform for the studies of micron-sized particles, viscoelastic monolayers of DNA a

265 instrumentation, and allow creation of lower micron-sized patterns.

266 The direct deformation and shape recovery of micron-sized polystyrene particles via nanoimprint litho

267 ateral growth of free-standing graphene over micron-sized pre-fabricated holes, opening exciting oppo

268 rmed on pristine and chemically-delithiated, micron-sized single crystals reveal the thermal behavior

269 cts of the Schrodinger-Newton equation for a micron-sized sphere trapped in a harmonic oscillator pot

270 Isolated cells cultured within micron-sized square wells displayed flat cell and nuclea

271 ystallization in an emulsion droplet creates micron-sized superstructures, termed photonic balls.

272 er (ENM biosolids), (2) AgNO3, Zn(SO4)2, and micron-sized TiO2 (dissolved/bulk metal biosolids) intro

273 enic magnetite (Fe3O4) in the form of giant (micron-sized) spearhead-like and spindle-like magnetofos

274 enetration around the CGM to several hundred microns sought to reduce sensor fibrosis to extend CGM f

275 dered amorphous molecular materials forms at micron spatial resolution in the uppermost surface of a

276 ps will open opportunities for dating at sub-micron spatial resolution, thus, marking a step change i

277 For sub-micron spherical nanoparticles, this gives elastomeric p

278 re cross sections of samples maintaining sub-micron structures, an Ar2500(+)-gas cluster ion beam (GC

279 bstantially in size from a few nanometers to microns, suggesting that nonspecific interactions over a

280 The micron-thick BaM films exhibited a large remanence ratio

281 ed ion-penetration-depth means that only few-micron-thick damaged layers are produced.

282 Here we report polarization-insensitive, micron-thick, high-contrast transmitarray micro-lenses w

283 tedly transferred back and forth between sub-micron thickness crystalline layers of Si and LN bonded

284 Thermoelectric films of several tens of microns thickness were screen printed onto a flexible po

285 In this work, we prepared various sub-micron thymol emulsions with high hydrophilic-lipophilic

286 focused on providing this information in the micron to millimeter scale while ultrasound, X-ray, and

287 ptive' materials at the scale of hundreds of microns to a millimeter, each can be programmed by shape

288 ons, whose axons can extend from hundreds of microns to meters (in humans).

289 standing of tableting across dimensions from microns to millimeters for the macrostrcuture of tablet.

290 their sizes well controlled from hundreds of microns to millimetres.

291 mous motors and pumps on scales ranging from microns to nanometers.

292 on was examined across scale dimensions from microns to the size of the final dosage form.

293 celerators suffer from low bunch charge, sub-micron tolerances and sub-femtosecond timing requirement

294 lopment, as egg diameters range from tens of microns up to millimeters across animal phyla, and decre

295 a that are initially located several hundred microns ventrally from their future pre-synaptic partner

296 er with aerodynamic diameter of less than 10 microns was higher among women with asthma.

297 r of 2.2 +/- 0.2 nm and length up to several microns were successfully synthesized and purified using

298 increasing the antenna size into hundreds of microns, which makes reporting on an individual neuron i

299 requencies over large areas (several 10's of microns) with spatial resolution equal to amplitude-modu

300 ork highlights the importance of using a sub-micron x-ray beam to unravel the structures of poorly or