ライフサイエンスコーパス: stick

1 lm (slip), followed by its resolidification (stick).

2 on a device similar in size to a USB memory stick.

3 laining why most macroscopic surfaces do not stick.

4 om the mat before attempting to transfer the stick.

5 , whereas the human counterparts more easily stick.

6 d illuminated the way with a bunch of wooden sticks.

7 tude less when the drop bounces than when it sticks.

8 iding high dye photostability and low sample sticking.

9 and predict the transition from bouncing to sticking.

10 Most fresh sausages are sold with a self-stick adhesive label stuck directly on it.

11 n to detect the addition of coffee husks and sticks (adulterated/unadulterated), or evaluate the shel

12 1.07-1.62] increase in the risk of a needle stick and nurses working night shift were associated wit

13 In contrast, cylindrical whiskers stick and remain stuck, even when sweeping across fine t

14 rotein dairy powders are prone to caking and sticking and can also be highly insoluble; with powder s

15 extures in characteristic sequences of brief sticks and slips, which provide information about the ta

16 Sticks and stones (Sns), a cell surface protein found on

17 ion barrier and express the Nephrin ortholog Sticks and stones (Sns).

18 addition, fewer consumables (2.4 versus 3.3 sticks and swabs) and rapid biochemical tests (1.0 versu

19 established methods (DSSP, STRIDE, P-SEA and STICKS), and as each employs different assignment strate

20 ep adhesion cascade, which involves rolling, sticking, and crawling of the leukemic cells on the endo

21 We describe in detail the crowding, sticking, and quinary structure in the cell and the curr

22 results provide insights into regulation of "stick-and-slip" parasite motility and for development of

23 ctioning redundantly in the founder cell and Sticks-and-stones (Sns) serving as their ligand in the F

24 nce, which was facilitated via a "carrot-and-stick" approach that publicly rewarded good behavior and

25 The particles spread via sticking, as a monolayer on the cylinder's surface.

26 olume blood samples were collected by finger stick at twice-weekly intervals and tested with the Apti

27 in observations if the possibility of facile sticking at special sites (edges, point defects, etc.) o

28 In connexin knockouts, IHCs remained stuck at a pre-hearing stage of development, and as such

29 nnexin knock-outs, inner hair cells remained stuck at a prehearing stage of development and, as such,

30 knockdown, the centriolar satellites become stuck at the microtubule minus end near the centrosome.

31 re required to step onto a mat and pick up a stick attached to it by rope, and then pass the stick fo

32 g that the gapped duplexes (resembling chain-sticks) attain a folded conformation in the smectic laye

33 ustrated" conjugates where the centrosome is stuck behind the nucleus, the center of the IS invaginat

34 oated biomolecules, which enable bacteria to stick better in the complex oral microbiome.

35 t the arc operation unstable due to frequent sticking between two molten electrodes and formation of

36 gressive impulses, each evening participants stuck between 0 and 51 pins into a voodoo doll that repr

37 GCB and capillary finger-stick blood (CFB) glucose readings obtained with a gluco

38 Finger-stick blood (FSB) samples from 120 patients and GCB samp

39 uantitative assessment of 25(OH)D3 in finger-stick blood.

40 ones for notational purposes, wooden digging sticks, bone awls, and bone points similar to those used

41 Plasma and finger-stick capillary whole-blood samples were collected from

42 iral Load assay with venepuncture and finger-stick capillary whole-blood samples.

43 to nutrient-rich organic particles for a non-stick cell surface that helps them evade predation by mu

44 ntitate cytomegalovirus (CMV) load in finger-stick-collected dried blood spots (DBS) could potentiall

45 HCV RNA detection by venepuncture and finger-stick collection with the Abbott RealTime HCV Viral Load

46 r and develop a model to predict melting and sticking conditions for its global compositional range.

47 nitrocellulose strip, therefore enabling on-stick control references and multi-analyte capability.

48 itions are roasted materials, such as husks, sticks, corn, wheat middling, soybean, and more recently

49 A digging stick, dated to approximately 39,000 BP, is made of Flue

50 106 prospectively collected pairs of finger-stick DBS and plasma samples from 35 solid-organ transpl

51 We conclude that finger-stick DBS provides a convenient sample type for quantita

52 iral load during antiviral therapy in finger-stick DBS were compared to the reference plasma quantita

53 puncture-collected plasma samples and finger-stick DBS, using a previously validated quantitative PCR

54 of plasma within three minutes from a finger-stick derived drop of blood was evaluated.

55 l barriers on-demand with a simple and smart STICK design.

56 nodes and approximately 200 links, ball-and-stick diagrams fail to convey much information.

57 es are sold with a self-stick adhesive label stuck directly on it.

58 Criteria for inclusion was the first needle stick during admission with a parent or guardian present

59 In this latter case, a nanoparticle to clay sticking efficiency could be determined.

60 As inspired by Einstein's radiation 'needle stick', electromagnetic energy can be delivered into an

61 from double-stranded DNA with cytosine-rich stick ends (C-monomer) and are internalized into cells t

62 coiled-coil of GreA is not just a measuring stick ensuring placement of acidic residues precisely at

63 trast, cylindrical whiskers stick and remain stuck, even when sweeping across fine textures.

64 o-motion, including discrete, transient slip-stick events, which carry information about surface prop

65 -frame behavior of molecules into moving and stuck events.

66 ke and growth, which leads to incomplete or 'stuck' fermentation.

67 y to a parametric action space containing 25 stick-figure blends of the three natural actions.

68 interpersonal closeness between two walking stick-figures in a video.

69 y, DNA-coated colloids generally collide and stick forming kinetically arrested random aggregates whe

70 ck attached to it by rope, and then pass the stick forward to an experimenter.

71 tended to include analysis of several pastel sticks from a historical pastel box and two samples from

72 elayed response pattern, similar to a hockey stick function, being classified as delayed marker and r

73 ch to the synthesis of dendrimers by simply "sticking" generation by generation together is achieved

74 glucose monitoring, and avoidance of finger-stick glucose testing through the use of arterial or ven

75 ources is larvae extracted from burrows with sticks held diagonally in the bill, oriented with indivi

76 s, engraved bones, bored stones, and digging sticks; (iii) these assemblages mark the beginning of th

77 ot significantly reduce leukocyte rolling or sticking in iris vessels but blocked the cellular infilt

78 Carlo (MC) simulation leaves this ice model stuck in a state of disordered proton ring configuration

79 these fixed views, and this stage was named stuck in abnormality.

80 mediate was tested, assembly would often get stuck in an entropic trap and essentially every capsid w

81 is negotiated perspective of abnormality got stuck in an impasse.

82 ereas in a calcium-containing solution it is stuck in an intermediate, inert to pH changes.

83 cal constraints, root research has long been stuck in its infancy.

84 able to find good minimizers without getting stuck in local critical points and such minimizers are o

85 e nascent subviral particles are essentially stuck in maturation limbo, unable to acquire the tegumen

86 ting, alkali flies are vulnerable to getting stuck in natural and artificial oils, including dimethic

87 Patients' are "stuck in the middle" with conflicting recommendations fr

88 Patients are "stuck in the middle," with conflicting recommendations f

89 hose populations that lost this race and got stuck in their role as function performers.

90 We argue that animals are not cognitively stuck in time.

91 ts, and (iii) the accumulation of ribosomes "stuck" in a distinct 80S form, insensitive to the Mg(2+)

92 ay result from functional networks becoming "stuck" in configurations reflecting memories, emotions,

93 on causes the photodissociated ligand to be "stuck" in the distal pocket, promoting internal rebindin

94 ort, problems with workload planning, needle stick injuries and physical workload (moving and handlin

95 esidents, 45.2% have failed to report needle-stick injuries incurred during procedures, 82.8% reporte

96 uction in sharps waste, prevention of needle-stick injuries, and potential for improved drug dispersi

97 of disease outcomes after accidental needle stick injury or exposure to LCMV.

98 During the evaluation of a needle-stick injury, an orthopedic surgeon was found to be unkn

99 ssue of needle phobia and the risk of needle-stick injury.

100 Stick insect (Carausius morosus) leg muscles contract an

101 (Periplaneta americana) and the pink winged stick insect (Sipyloidea sipylus).

102 We have addressed this topic in the stick insect Carausius morosus, where retinal growth aft

103 e leg movements of the two body sides in the stick insect Carausius morosus.

104 Control of stick insect leg posture and movement could therefore di

105 Consistent with this possibility, stick insect legs maintained constant posture without le

106 d median (DUM) cells, and sensory neurons in stick insect mesothoracic ganglia were examined using fl

107 We investigated this issue in stick insect middle leg femur-tibia (FT) joint.

108 genome divergence between replicate pairs of stick insect populations that are adapted to different h

109 The stick insect sense organs show a case of an elaborate sc

110 Leg muscle recordings showed that stick insect swing motor neurons fired throughout the en

111 The stick insect Timema cristinae provides an example of a s

112 spatial patterns of local adaptation in the stick insect Timema cristinae, driven by the interaction

113 test whether these results were specific to stick insect, we repeated some of these experiments in c

114 ntennal movement to thoracic networks in the stick insect.

115 compared with previously published data from stick insects and other orthopterous insects.

116 The distal organ in stick insects has the highest number of sensory neurons

117 uroanatomy of the subgenual organ complex of stick insects is clarified for two species, Carausius mo

118 The neuroanatomy of stick insects is compared to that studied in other ortho

119 Recent work in stick insects shows that leg coordination set by interac

120 d recapture field experiment we transplanted stick insects to native and novel host plants and direct

121 Scanning movements made by stick insects' forelimbs are modified for several second

122 Stick insects, for example, rely heavily on antennal tac

123 We examined this issue in stick insects, in which each leg can independently produ

124 ormed in locusts, cockroaches, crickets, and stick insects, the examples we cite here are drawn mainl

125 erlie cryptic color morphs of Timema chumash stick insects.

126 tion and survival in a field experiment with stick insects.

127 In contrast, free-OH groups sticking into the vapor phase exhibit substantially slow

128 minus of one subunit of the channel tetramer sticks into the pore and plugs it, with free energy simu

129 ood, the greater number of pins participants stuck into the voodoo doll, and the higher intensity and

130 The Young's modulus of the printed stick is found to compare favorably with that of poly(te

131 ased paper kit and a portable layer-by-layer stick kit.

132 use their bills to craft complex tools from sticks, leaves and other materials, before inserting the

133 inextricably linked to the biphasic "swim or stick" lifestyle of the bacteria.

134 The "hockey stick"-like change warns that the warming and drying con

135 slag is low in oxidation, it can easily form stick-like and dendritic shape inclusions of Al(2)O(3) i

136 ing other types of fats and salad dressings (stick margarine, butter, and mayonnaise) with olive oil

137 ated that substituting olive oil (8 g/d) for stick margarine, butter, or mayonnaise was associated wi

138 id platforms (32 ISEs) for liquid sample dip-stick measurements and two flexible platforms (6 and 32

139 collision is successful and occurs through a sticking mechanism.

140 linked immunosorbent assays (ELISAs) and dip-stick methods, do not provide adequate levels of sensiti

141 Time trends were analyzed with a broken stick model and Cox proportional hazard model with smoot

142 Histograms of stuck-molecule event times, locations, and their contrib

143 nt process and would produce aggregates that stick more easily at higher masses and velocities than h

144 ludes the observations that smaller proteins stick more readily to the surface but remain adsorbed fo

145 switching between processive, diffusive, and stuck motility states.

146 Slip-stick motion events were prominently encoded by one or t

147 , the crows observed a human enter a hide, a stick move, and the human then leave the hide.

148 In the second, the stick moved without a human entering or exiting the hide

149 rows watched two series of events in which a stick moved.

150 ere, a sequential targeting in crosslinking (STICK) nanodelivery strategy is presented to circumvent

151 STICK nanoparticles (STICK-NPs) can sequentially target

152 STICK-NPs exhibit prolonged circulation time (17-fold hi

153 ment then triggers the transformation of the STICK-NPs into smaller nanoparticles and reveals a secon

154 STICK-NPs significantly inhibit tumor growth and prolong

155 Therefore, these features allow STICK-NPs to unleash the potential of brain tumor therap

156 STICK nanoparticles (STICK-NPs) can sequentially target BBB/BBTB and brain tu

157 reveal the charge asymmetry to be due to the sticking of particles at the vertices of the oppositely

158 onal (3D) in silico gels made of cylindrical sticks of diameter d, density rho, and average length <L

159 omeric materials and a helix inner electrode sticking on a tube with the dielectric layer and outer e

160 than the staircase response seen where an NP sticks on the UME.

161 Stick or twist: By introducing steric hindrance at the n

162 ed to RNA stem-loops SL-III and 3' SL, which stick out of the three-dimensional (3D) sfRNA structure

163 terior of the cluster, with the CH(3)O group sticking out and the OH group immersed within the cluste

164 "sticky tape" with the last 3-4 carbon atoms sticking out into bulk solvent.

165 its glutamate moiety is solvent-exposed and sticks out of the pocket entrance, allowing it to be con

166 t water: drops on nanometric features hardly stick owing to the miniaturization of water bridges, whe

167 We studied the forces required to pull stuck PEG particles free to confirm that the attachment

168 insulin and cannot tolerate multiple finger sticks per day.

169 epletion force might be responsible for this sticking phenomenon.

170 In addition, the sticking probabilities calculated from our data are in g

171 ed in the chemically accurate calculation of sticking probabilities on cold metal surfaces for activa

172 At coverages below 0.2 monolayer (ML), the sticking probability for methanol on both surfaces at or

173 The enthalpy and sticking probability for the dissociative adsorption of

174 and is responsible for an unexpectedly high sticking probability of H on graphene.

175 The heat of adsorption and sticking probability of methanol were measured on clean

176 metal-SiO2 interfaces, enabling the peel-and-stick process as a general and tunable method for fabric

177 We believe that the peel-and-stick process can be applied to thin film electronics as

178 The new peel-and-stick process enables further reduction of the cost and

179 undamental working principle of the peel-and-stick process is based on the water-assisted subcritical

180 Here, we report a new peel-and-stick process that circumvents these fabrication challen

181 Peel-and-stick process, or water-assisted transfer printing (WTP)

182 With the peel-and-stick process, we integrated hydrogenated amorphous sili

183 (R(2) value of 0.98) compared with a "hockey stick" profile of the USP test.

184 hold values calculated using best-fit hockey-stick regression models for these five genes averaged 1,

185 a piecewise linear regression called "hockey stick regression" to model the relationship between gene

186 The protein, which is robust and non-stick, resembles structures found in many eukaryotic ext

187 s and on previously published work, that the stuck ribosomes arise because of the lack of Dom34, whic

188 Our data suggest that these stuck ribosomes have neither mRNA nor tRNA.

189 Here we demonstrate a method to generate non-stick, robustly passivated functional nanoparticles (NPs

190 st can detect active infection from a finger-stick sample, which represents an advance over antibody-

191 nvestigate the factors that are conducive to stick-slip and wear, we selectively digested essential c

192 artilage, HA and GAG digestions modified the stick-slip behavior and increased surface roughness (wea

193 forces between stereocilia produced chaotic stick-slip behavior.

194 pinned, and show greater synchrony in their stick-slip behaviour.

195 on complexes to sense mechanical forces, the stick-slip character of the interaction between the adhe

196 s and the emergence of dissipative molecular stick-slip deformation leads to significantly enhanced m

197 I show that cellular traction forces exhibit stick-slip dynamics resulting in periodic waves of protr

198 ve speed within the active shear zone before stick-slip events.

199 We show that stick-slip friction can be tuned from maximal to nearly

200 g the Surface Forces Apparatus, we show that stick-slip friction can induce permanent morphological c

201 Stick-slip friction was observed in articular cartilage

202 h graphene and MoS2 exhibited atomic lattice stick-slip friction, with the thinnest sheets possessing

203 long been recognized as being the result of stick-slip frictional instabilities.

204 and analyze conditions for the emergence of stick-slip frictional instability-the mechanism for eart

205 nce, we have conducted laboratory studies of stick-slip in granular media with and without applied ac

206 ial noninvasive diagnostic tools for sensing stick-slip in joints.

207 laboratory observations of repetitive, slow stick-slip in serpentinite fault zones and mechanical ev

208 Earthquakes normally occur as frictional stick-slip instabilities, resulting in catastrophic fail

209 friction, we find that a consequence is that stick-slip is an extremely slowly decaying finite-size e

210 eactivated under cyclic loading to move in a stick-slip manner.

211 till record of contrasting summer and winter stick-slip motion and discuss its implication for till s

212 crack formation of crystals and glasses, or stick-slip motion of liquid mercury on glass.

213 Further, the coupled and stick-slip motion was confirmed for a sliding water drop

214 ic contact angle and provide a mechanism for stick-slip motion when a drop is forced strongly: the co

215 We argue these reflect stick-slip motion which occurs when the glacier hydrolog

216 Intermittent sliding (stick-slip motion) between solids is commonplace (e.g.,

217 fashion as against the traditional staggered stick-slip motion.

218 Furthermore, we discovered a force-induced stick-slip motion: the motor frequently slipped, recover

219 e-tracking algorithms, and observe aperiodic stick-slip movements.

220 anoscale (nanofriction) is often governed by stick-slip processes.

221 sliding; damage generally occurs within the stick-slip regimes.

222 rtices with a jerky motion, analogous to the stick-slip response of rat whiskers; this motion is foun

223 lms (octamethylcyclotetrasiloxane) varies in stick-slip sliding between atomically smooth surfaces du

224 Prolonged exposure of cartilage surfaces to stick-slip sliding resulted in a significant increase of

225 oefficient but (ii) more directly related to stick-slip sliding, even when present at small amplitude

226 ction maps--separating regimes of smooth and stick-slip sliding; damage generally occurs within the s

227 face not by a smooth flow but by a series of stick-slip steps.

228 his protraction bias increases the coding of stick-slip whisker events during protraction, suggesting

229 icroscopic receding line as compared to the "stick-slip" dynamics reported in previous studies.

230 We propose a magnetic "stick-slip" model to explain this peculiar feature, whic

231 on antigorite, unstable fault slip (that is, stick-slip) occurred during dehydration reactions in the

232 owever, because early flocculation can cause stuck/sluggish fermentations, this phenotype is not comm

233 A broken stick statistical analysis was used to estimate the tipp

234 change speed, humans primarily used a "pogo stick" strategy, where speed changes were associated wit

235 SRBC binds PKCdelta and is a member of the STICK (substrates that interact with C-kinase) superfami

236 unction (FlaD) and modulation of the swim-or-stick switch (FlaC).

237 ellar biosynthesis and the biphasic "swim-or-stick" switch.

238 s, and control of the phase of this 'swim-or-stick' switch involves the ability of the bacterium to s

239 The phase of this 'swim-or-stick' switch is determined by a sensory transduction me

240 of volcanic ash, leading to overestimates of sticking temperature and thus severe underestimates of t

241 d BNP levels daily for 60 days with a finger-stick test.

242 erwent subjective olfactometry using Sniffin'Sticks testing (including threshold, discrimination and

243 This method employs neodymium magnetic sticks that capture protein A/G-coated paramagnetic bead

244 lose membrane was chosen as the substrate to stick the antigen due to its high binding properties.

245 We show that, when a cell gets stuck, the polar flagellar filament executes a polymorph

246 r hydrophobic tails into the oil phase while sticking their hydrophilic head groups in water.

247 When they get stuck, they naturally try to back out, but they can also

248 Such model has committed nodes that can stick to a single opinion for some time without losing t

249 of suckers along each arm have a tendency to stick to almost any object they contact [6-9].

250 rioration of the ability of the adhesives to stick to dentine, clinical studies show that these filli

251 enrich HMR-1/E-cadherin at their surfaces to stick to endoderm.

252 crometer-sized pollen grains that can easily stick to hairy insects for pollination to nanoscale viru

253 ., previous return and risk) than others who stick to more fixed decision strategies.

254 ktonic bacteria have traded their ability to stick to nutrient-rich organic particles for a non-stick

255 camera), spontaneously using a small wooden stick to scratch their bodies.

256 nanodroplet that drives its transition from stick to slip state.

257 I suggest that social psychologists should stick to studying positive and negative attitudes and gi

258 fferential diagnosis has forced the field to stick to symptom-based diagnostic schemes with limited p

259 Thus, Budgerigars show a high propensity to stick to their individual, preferred flight paths even w

260 l properties, which enable them to adhere or stick to tissues, possess sufficient mechanical strength

261 opic pretransition zone where bacteria start sticking to each other and to surfaces.

262 resulted in a marked decrease in lymphocyte sticking to high endothelial venules and in recruitment

263 g defects, there was not impaired rolling or sticking to lymph node vascular endothelium but rather d

264 lude colloidal instability (aggregation) and sticking to mineral surfaces (irreversible retention).

265 dynamic FtsZ protofilaments in bundles from sticking to one another, holding them apart at a distanc

266 outcomes, such as cells reversing direction, sticking to one another, or walking past one another.

267 here failures cause material aggregation and sticking to rock surfaces.

268 xyphenylalanine (DOPA) used by shellfish for sticking to rocks.

269 mensurate layers, there is a transition from sticking to sliding with Aubry-type signatures.

270 afiltration reduced the phenomena of protein sticking to the membrane, avoiding aggregate formation.

271 e impact of ash by provoking its melting and sticking to turbine parts.

272 cci and enterococci because of oritavancin's sticking to vials and tubes.

273 Kanyawara chimpanzees, who occasionally use sticks to acquire honey, spontaneously manufactured stic

274 to acquire honey, spontaneously manufactured sticks to extract the experimentally provided honey.

275 rO(x) contacts the electrode and transiently sticks to it.

276 as inferences about how much each option was stuck to by the other people.

277 ncreased repulsion between M1 monomers still stuck to the membrane.

278 iffusion, and the remaining time transiently stuck to the microtubule.

279 counterclockwise rotating flagella of cells stuck to the substratum, which drives fluid clockwise ar

280 in coat push each other while they are still stuck to the virus, so that they would like to rip the m

281 on of spin-orbit coupling, two Weyl fermions stick together forming an exotic double Weyl fermion wit

282 Verde1, was able to cause swimming worms to stick together irreversibly by their tails, leading to t

283 It is not clear how stereocilia can stick together laterally but still shear.

284 Selection favours single-celled mutants that stick together when a sugar needed for growth is in shor

285 How cells can stick together while moving through a complex environmen

286 ve eruptions, airborne particles collide and stick together, accelerating the fallout of volcanic ash

287 in tissues use their actin cytoskeletons to stick together, whereas unattached cells make active pla

288 oodle strips also showed fewer tendencies to stick together.

289 eter separations and ultimately prevents the sticking together of biological matter.

290 Crows manufacture hooked stick tools in a multi-stage process, involving the deta

291 d lipid intake comes from prey obtained with stick tools--wood-boring beetle larvae.

292 s, 'The boy poked the elephant with the long stick/trunk from outside the cage' in which the attachme

293 emistry to furnish pincer complexes or "pogo stick" type compounds.

294 iderable leaf technology but no food-related stick use, relied on their fingers, but some also produc

295 RNA detection in samples collected by finger-stick was 95.5% (95% CI 84.5-99.4) and specificity was 9

296 sensitivity for recalling that a finger/heel stick was done was 61.9%, with a specificity of 90.0%.

297 The self-control needed to stick with any kind of aversive experience increases as

298 ilable, people show a consistent tendency to stick with the default.

299 People often choose between sticking with an available good option (exploitation) an

300 cation Test and Olfactory Threshold Sniffin' Sticks with phenylethyl alcohol.