ライフサイエンスコーパス: dip

1 Using 5 dips with 25% w/v 5-ALA solution, a mass of about 350mug

2 A dip-feature in kappa, located at ~15 K at zero-H along a

3 A dip-type small diameter ring-disk electrode (RDE) is ide

4 This effect appears as a dip in the activation-versus-shock-duration curve.

5 from the emissive state to be observed as a dip in the autocorrelation curve with only a single dete

6 absorbing composite films were prepared by a dip-coating method using a uniform mixture of rare earth

7 ce of s on the chemical potential exhibits a dip-and-peak structure in the temperature vicinity of th

8 imals low in n-3 fatty acids no longer had a dip at the foveal center but became asymmetric, with hig

9 s from a floating film onto a substrate in a dip-coating fashion.

10 Optimisation of a dip-coating method enabled significant increases in the

11 This pattern-a dip in the spacings of certain barrier-proximal vibratio

12 s fluorescence and will inevitably lead to a dip in the total-fluorescence-yield X-ray absorption spe

13 phasic DA change occurs concomitantly with a dip in striatal acetylcholine (ACh), whereas other neuro

14 ss of breath was higher on days 7-21, with a dip just before midcycle in many subgroups.

15 luteal to midfollicular stages, often with a dip near the time of ovulation.

16 of this anomaly is seismically defined by a dipping interface extending from the lower crust to dept

17 bove an unbiased substrate to demonstrate a "dip" in the steady-state tip current above the substrate

18 Additionally, we have deployed a "dip &pull" method to create a stable nanometers-thick aq

19 eparate boson modes, each associated with a "dip-hump" structure.

20 A(dip) is computed based on atomic coordinates from availa

21 ield Mossbauer spectroscopy gave an (57)Fe A(dip) tensor of (+5.6, +5.3, -10.9) MHz and A(iso) = -25.

22 aphy data from T. elongatus the values for A(dip) were calculated and simulations of the experimental

23 or was encapsulated with a cellulose acetate dip-coating film to avoid dissolution.

24 ically, a dopamine peak and an acetylcholine dip must interact, via D1 and M4 receptor, and a dopamin

25 ted in D1R+ MSNs via ACh/M4R/Gi/o and an ACh dip is required to gate a subset of D1R/Golf-dependent P

26 Furthermore, the interaction between ACh dip and DA peak, via D1R and M4R, is synergistic.

27 rements were also performed before and after dipping microcantilever arrays into a static B. subtilis

28 fficiency of 0.8 +/- 0.1% was obtained after dipping of 5-day-old S3 spikes for 20 min in Agrobacteri

29 temperature (4 K), showing a large amplitude dip with a minimum >2 orders of magnitude lower than the

30 tral striatum to regulate dopamine burst and dip responses from cells in the substantia nigra pars co

31 ed a strike of approximately 338 degrees and dip of 85 degrees by applying the Okada dislocation mode

32 yme-linked immunosorbent assays (ELISAs) and dip-stick methods, do not provide adequate levels of sen

33 ls, such as microcontact printing (muCP) and dip-pen nanolithography (DPN).

34 wo CARS intensities measured at the peak and dip frequencies of a CARS band.

35 such as chemical vapor deposition, spray and dip coating, and vacuum filtration, employed to fabricat

36 further functionalized with fluorosilane and dipped in the lubricating liquid to result in a durable,

37 s fabricated with Ag-NPs by the paint-on and dipping methods (where the Ag-NPs are applied to the dis

38 red the availability of army ant species and dipping tool length between the two communities.

39 ation to army ant species (Dorylus spp.) and dipping location (nest vs. trail).

40 -treatment variant (ultrasound, steaming and dipping as a control).

41 he solid pharmaceutical across the lanes and dips the edge of the paper into water.

42 Occurrence of absorption peaks and dips in the MIM were explained with the electric field i

43 ld be broadly described as ramps, peaks, and dips, with different slopes, directions, and times at wh

44 g the mRNA results in short-scale spikes and dips in the wave.

45 "SO2 gas from liquified SO2 tank (SG)" and "dipping into sodium metabisulphite solution (DSM)" on th

46 fabricated, using a straightforward dice-and-dip procedure, for the detection of tuberculosis biomark

47 Ant-dipping tool length varies across chimpanzee study sites

48 e applied this new approach by comparing ant-dipping tool length between two neighbouring communities

49 the donor group causes a large antiresonance dip in transmission at the Fermi energy EF of the electr

50 But writing methods such as dip-pen nanolithography and ink-jet printing are either

51 However, existing technologies such as dip-pen nanolithography and inkjet printing are currentl

52 tible with common patterning methods such as dip-pen nanolithography and multichannel microfluidic de

53 ion, rotational and blow molding, as well as dip coating.

54 cal anatomic features were observed, such as dips, vertical jumps, and peaks.

55 to 30 bilayers), and the method of assembly (dip- vs spin-assisted LbL).

56 companied by reversal of the task-associated dip (20 +/- 1% below baseline) in hippocampal extracellu

57 r controls) and reversed the task-associated dip in ECF glucose seen in controls.

58 quency measurements were performed in batch (dip-and-dry) and continuous (flow-cell) processes, and b

59 nd are composed of cross-strata with bipolar dip directions.

60 Boosting dipped in the middle dendritic segments as a result of t

61 n has been suggested to resist fouling, both dip-coating and electrodeposition of Nafion are associat

62 oxygen (P(O2)) levels often undergo a brief 'dip' that is always followed by an overshoot above basel

63 The films are created by dip-coating, a feasible and scalable liquid film coating

64 miniaturized microscale arrays fabricated by dip-pen nanolithography.

65 rface was transferred onto graphene paper by dip-coating.

66 Samples were prepared by dip-coating acrylic, cotton, nylon, and polyester fabric

67 of the MIP was either performed ex-situ, by dip-coating the fiber with MIP particles synthesized bef

68 es that were patterned onto gold surfaces by dip-pen nanolithography (DPN).

69 s of conducting polymers deposited within by dip-pen nanolithography.

70 The glufosinate sensitivity was examined by dipping the distal end of in vivo and in vitro tendrils,

71 preconcentrates onto the Ru surface just by dipping the RuNPs/GC into the arsenite solution as it in

72 ilize the oil/water interface, presumably by dipping their hydrophobic tails into the oil phase while

73 The electrode was reused by dipping it into 0.1M NaOH for 3min and lost 50% of its i

74 astic tunnelling leads to the characteristic dip-hump feature seen in tunnelling spectra in high temp

75 lipids can be extracted by rapid chloroform dipping of roots.

76 hat would otherwise occur, producing a clear dip in the latency distribution.

77 ~ 2Delta, we found a reproducible and clear dip in the extracted charge to q ~ 0.6, which, after exc

78 on and thermal, in addition to conventional, dip-pen nanolithography.

79 BZDH)(2)].EtOH (5), [Cu(sal)(phen)] (6), [Cu(dips)(phen)].H(2)O (7), and [Cu(3-MeOsal)(phen)].H(2)O (

80 dicated these trajectories were curvilinear, dipping more rapidly from 2009 onwards.

81 under basal inhibition via D2R/Gi/o and a DA dip leads to a PKA increase by disinhibiting A2aR/Golf,

82 Wider and deeper dips were found on the pressure/pressure-derivative curv

83 ctions and shows an approximately 15 degrees dipping, abrupt, seismic wave-speed transition (less tha

84 ave here examined whether activity-dependent dips in O2 tension drive capillary hyperemia.

85 d population norms at the time of diagnosis, dipped at the 6-month follow-up, but increased to a leve

86 last minute of hypoxia all showed a distinct dip at P13, after which the V(T) and .V(E) values rose a

87 ract, via D1 and M4 receptor, and a dopamine dip must interact with adenosine tone, via D2 and A2a re

88 ons are based on circular analyses or double dipping, and we emphasize an integrative approach to fut

89 In particular, 'double dipping', the use of the same dataset for selection and

90 ffers an evolutionarily sustainable, 'double-dip' system of disease control combining mortality and r

91 g up to the earthquake, both up-dip and down-dip of seismic rupture.

92 ng down-dip of the earthquake, limiting down-dip rupture and earthquake magnitude.

93 terseismic period, release most locking down-dip of the earthquake, limiting down-dip rupture and ear

94 nferred stress field, where the steeply down-dip orientation of compressive stress axes at approximat

95 410- and 660-km discontinuities in the down-dip direction of subduction, inconsistent with purely is

96 events) were recently discovered at the down-dip extension of the locked zone and interact with the e

97 Ductility-dip cracking in Ni-based superalloy, resulting from heat

98 This technique relies on either dip-pen nanolithography (DPN) or polymer pen lithography

99 owire heterostructures using electrochemical dip-pen nanolithography (E-DPN).

100 des and 34-fold more current than electrodes dipped in CNTs.

101 Interestingly, emulsion-dipped, Nissl-stained sections from schizophrenia and co

102 ts in a prolonged increase in Hbr (epileptic dip in oxygenated hemoglobin).

103 The slower mechanical event ("dip"), on the other hand, depends upon Ca(2+)-entry as w

104 variety of sources to help offset expenses: dipped into savings, borrowed from friends or family, to

105 The vanishing of the Fano dip when increasing the incidence angle is also experime

106 illumination wavelength relative to the Fano dip.

107 ted on thin templated mesoporous TiO2 films, dip-coated on silicon wafer, with controlled porosity in

108 genetically transformed by the simple floral dip procedure.

109 tinely used in our laboratory for the floral dip method for Arabidopsis transformation.

110 Among these, the floral dip method is the most facile protocol and widely used f

111 introduced into Arabidopsis plants by floral-dip transformation.

112 on in a key extractive tool behavior, "fluid-dip," among several communities of chimpanzees of the Pa

113 est systematically for the presence of fluid-dip in 4 of these communities.

114 In contrast, for dip-assisted LbL assembly, the pH-dependent exponential

115 pproximately <2 mm), D99 is small enough for dip-type measurements in extract volumes of approximatel

116 ed chitosan (CT-I) solution was prepared for dipping tomatoes to coat the fresh surface with an edibl

117 Finally, we find evidence for dips in diversity around nonsynonymous substitutions.

118 poplasia was indicated by the lack of foveal dip.

119 ling/processing/analytical procedures (e.g., dip (point) samples/measurements, nitrogen determination

120 In chirallong-period gratings, dips in transmission were observed at wavelengths associ

121 , has been alleged to contain a handkerchief dipped into the blood of the French king Louis XVI (1754

122 r dye content using the statistical Hartigan dip test.

123 lts from the inbred strain experiments, head dipping was not correlated with performance in the other

124 e independence from general locomotion, head dipping on a hole-board is a good task to use in the dom

125 vely bred lines of mice for high or low head dipping on the hole-board.

126 ironment, novel environment preference, head dipping on a hole-board, object preference, and a two-tr

127 ent behaviors (stretch-attend postures, head dips) in both virgins and dams.

128 er ethological parameters (i.e., rears, head dips and stretched-attend postures) can also be observed

129 However, dip coating CNTs is not very reproducible and the CNTs t

130 k is freely available for download at http://dip.doe-mbi.ucla.edu/Software.cgi.

131 of benzene-based model systems, we identify dips in the spin-resolved transmission, which may be cau

132 properties and thereby patterns produced in dip-pen nanolithography.

133 mechanism of the inks most typically used in dip-pen nanolithography by patterning both 16-mercaptohe

134 Variations in dipping time, sample prestress, and chemical treatment e

135 The sensor probe fabrication includes dip coating of nanocomposite layer of zinc oxide and mol

136 oximately 2 sec, consistent with an "initial dip." An equally early focal increase in CBV had a small

137 during the transient deoxygenation ("initial dip") but also during the early part of the hyperoxygena

138 presenting the maximal reward (i.e., initial dip).

139 t is assumed that this darkening or "initial dip" reports local conversion of oxyhemoglobin (HbO) to

140 s containing an undershoot after the initial dip and overshoot, even though it, too, detects hemodyna

141 The initial dip at seizure onset (DeltaO2 = -4.5 +/- 0.7 muM) was fo

142 e onset of the BOLD response and the initial dip depend on cortical depth and can be explained, at le

143 ISOI signals and the strength of the initial dip may reflect the temporal interplay of monophasic HbO

144 , and HbT showed, moreover, that the initial dip was dominated by a fast local increase in HbT, with

145 sient decreases occurred during the "initial dip" and "poststimulus undershoot." These results sugges

146 stest onset in deep layers, and the "initial dip" was most pronounced in layer I.

147 using blood volume as when using the initial dip.

148 lowed by the undershoot and then the initial dip.

149 Only HLCA and PEI predicted this initial dip, suggesting that first-step decision dynamics depend

150 Infrared ion-dip spectroscopy coupled with DFT and ab initio calculat

151 I), UV hole-burning (UVHB), and resonant ion-dip infrared (RIDIR) spectroscopies have been used to re

152 orded in double resonance using resonant ion-dip infrared spectroscopy (RIDIRS).

153 Resonant ion-dip infrared spectroscopy provided single-conformation i

154 Resonant ion-dip infrared spectroscopy was used to obtain single-conf

155 zation, UV-UV hole-burning, and resonant ion-dip infrared spectroscopy were carried out as needed to

156 hole-burning spectroscopy, and resonant ion-dip infrared spectroscopy.

157 faulted margins of the Gulf display largely dip-slip extensional movement and accompanying footwall

158 Then, the addition of a thin titania layer dip-coated onto the acoustic path of the sensor is propo

159 While c L experiences a non-linear dip at the volume collapse, c T shows a step-like change

160 Finally, at a low dip-coating speed, the polymer chains are uniaxially ori

161 so providing a robust and easy to manipulate dip-sensing platform.

162 Membrane dipping loops are sections of membrane proteins that res

163 structure described as possessing a membrane dipping loop.

164 atabase, identifying 1392 confirmed membrane dipping loops, 75 plausible membrane dipping loops hithe

165 embrane dipping loops, 75 plausible membrane dipping loops hitherto uncharacterised by topology predi

166 TMLOOP was implemented to predict membrane dipping loops in polytopic membrane proteins.

167 higher on cycle Days 10-22, with a midcycle dip near the time of putative ovulation (approximately D

168 st hypoglycemic meals were preceded by 5 min dips in VMH (but not blood) glucose levels, neither bloo

169 he laborious deposition process and multiple dipping cycles hamper their utilization in microtechnolo

170 We furthermore observed a negative dip in the directional autocorrelation at intermediate t

171 The mean nocturnal dip increased 1.4 percentage points after grape juice an

172 ses suggested favorable effects on nocturnal dip and glucose homeostasis that may merit further inves

173 A secondary endpoint was nocturnal dip in systolic pressure.

174 -to-day systolic BP, and a smaller nocturnal dipping of mean BP.

175 bond formation starts the RMS gradient norm dips, approaching but not reaching 0, giving rise to a h

176 top of an axial high reproduces the observed dip directions and offsets of faults formed at fast-spre

177 thography merges the feature size control of dip-pen nanolithography with the large-area capability o

178 ticular, we demonstrate that a novel form of dip-pen nanolithography provides an effective means to p

179 uch, the NFP combines the high-resolution of dip-pen nanolithography with the efficient continuous li

180 We demonstrate the use of dip-pen nanolithography (DPN) to crystallize proteins on

181 nfer selection coefficients from the size of dips in genetic diversity around the adaptive site, our

182 medium during fabrication using a paint-on, dipping, or fire-in method, a synthetic, moderately hard

183 A simple to construct and operate, "dip-in" electromembrane extraction (EME) probe directly

184 cil lithography, nano-imprint lithography or dip pen lithography, basic photolithography is the techn

185 abeled leucines have no well-defined peak or dip in the transmembrane distribution profiles, indicati

186 s transparent films can be directly spin- or dip- coated on glass, silicon, and transparent conductin

187 dSe core is positioned closer to the tip (or dip) than to the hexagonal base.

188 rely wrapped in coarse linen bandages and/or dipped in 'resin' before death.

189 d for cytochrome oxidase (CO) and CTB-Au, or dipped for autoradiography.

190 tance from centromeres, gradually peaking or dipping toward arms.

191 icially eliminating these dopamine bursts or dips can alter risky decision-making.

192 escribed as beginning with an undershoot or "dip" in signal that is faster, more transient, and weake

193 commodated by the reactivation of an outward-dipping caldera ring fault, with strong tidal triggering

194 eased (P<0.05), restoring a more physiologic dipping pattern.

195 describe a poly(methyl methacrylate) (PMMA) dip-coating procedure, which results in surface stabiliz

196 redict sub-Nernstian responses and potential dips of a similar origin.

197 using an in-house developed micro-precision dip coater.

198 o evaluate nocturnal drop in blood pressure (dipping) and pulse pressure.

199 m interference is manifested by a pronounced dip in the differential conductance close to zero voltag

200 We observed quantized plasmon quenching dips in resonant Rayleigh scattering spectra by plasmon

201 bility showed that the utilization of ramps, dips, and peaks, with different slopes and minimal/maxim

202 roots, where they are not extracted by rapid dipping in chloroform.

203 exhibits a deeper and narrower reflectivity dip at resonance than that obtained under ND.

204 ors were fabricated using a simple, reliable dip-coating procedure.

205 ery mode (WGM) sensor that can be repeatedly dipped into aqueous solutions and lifted.

206 is 150-fold lower than a previously reported dip-and-read voltammetric sensor for oxidized DNA.

207 In addition, we observed an 80 bp/s dip in the average packaging rate at 30% packaging, sugg

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

209 A first step toward a nanoliter-scale dip sensor for the dual sensing of Ca(2+) and Cd(2+) was

210 The frequency position of scattering dips and peaks may be controlled to a large degree using

211 lassy carbon, carbon cloth) was sequentially dipped for 10 s into two separate solutions of a reducin

212 n parameters, including those with a shallow-dipping slab (north Japan), or steeply dipping slab (Mar

213 rred on the plate interface in a few shallow-dipping subduction zones where the subducting and overri

214 n predicts that an extensive zone of shallow-dipping subduction extended beyond the flat-lying slab f

215 of moment magnitude 8.3 ruptured the shallow-dipping plate boundary along which the Pacific plate des

216 ar along throughgoing unidirectional shallow-dipping shear zones, but is consistent with symmetric ex

217 sible to conduction electrons and have sharp dips in their electron scattering rate versus electron e

218 can be generated spontaneously via a simple dip coating process.

219 e rGO/MnO2/CF anode, fabricated via a simple dip-coating and electro-deposition process, could be a p

220 The coating is synthesised using a simple dip-coating process from pharmaceutically approved mater

221 tifunctional polymer coatings through simple dip-coating of objects in an aqueous solution of dopamin

222 Through simple dip-coating procedures, aminoalkoxysilane-based xerogel

223 The metasurfaces are fabricated using simple dip-coating methods and can be deposited over large area

224 of female gametes is accomplished by simply dipping developing Arabidopsis inflorescences for a few

225 Since dipping and lifting from the solution changes the temper

226 ion between calculated arc location and slab dip.

227 the role of kinematic variables such as slab dip and convergence rate in the formation of arc magmas

228 mbined with the kinematic parameters of slab dip and convergence rate, provide independent constraint

229 iana slab and the transition to shallow slab dip in the Southern Andes give rise to strong trench-par

230 ately 60 and 173 km and correlates with slab dip and convergence rate.

231 A small dip in transfer free energy just outside the lipid headg

232 let shape, either ending in a tip or a small dip, and that the CdSe core is positioned closer to the

233 Yet, the exact origin of such spectral dips with respect to the X-ray transmission spectrum has

234 tic transformation of S. viridis using spike dip.

235 cterium cultures containing S. viridis spike-dip medium supplemented with 0.025% Silwet L-77 and 200

236 ses a novel quantitative analysis of the SPR dip combined with advanced EIS as a tool for dynamic cel

237 ges in reflectivity curves (shape of the SPR dip) and of the slope of the calibration curve provides

238 cles that forms a paint that can be sprayed, dipped, or extruded onto both hard and soft materials to

239 6.7 event ruptured downward along a steeply dipping fault plane at an average speed of 8 kilometers

240 deling of the deformation suggests a steeply dipping prolate-spheroid pressure source beneath the eas

241 allow-dipping slab (north Japan), or steeply dipping slab (Marianas).

242 Such dip is supported by numerical simulations of our SIS str

243 controlled plasma treatment and fluidic SWNT dip-coating process.

244 bining the newly constructed AP-XPS system, "dip &pull" approach, with a "tender" X-ray synchrotron s

245 splacement-reaction-based, room-temperature "dip-and-dry" technique is demonstrated for fabricating s

246 st compression to take advantage of temporal dips in a background sound.

247 ree paper are significantly more robust than dip-coated films on plastic substrates.

248 nit contributing a re-entrant pore loop that dips into the membrane from the cytoplasmic side.

249 iscosity and the withdrawal speed during the dip-coating made it possible to adjust the thickness of

250 he melting temperature and appearance of the dip at N = 56 are due to the T(d)-to-D(2d) symmetry chan

251 sensing portion of the fiber by means of the dip-coating technique.

252 This extension of the dip-pen nanolithography technique provides an easy metho

253 maging spectroscopy, we demonstrate that the dip in hemoglobin in the focus correlates with a profoun

254 In this paper, we demonstrate that the dip pen nanolithography (DPN) method can be used to prec

255 orly retained anions that elute close to the dip, allows practical gradient chromatography, and impro

256 icated via solution deposition by tuning the dip-coating speed and were then studied as accumulation

257 By using the dip coating of strawberries and bananas as proof of prin

258 The dipping mantle fabric suggests that the Indian mantle is

259 n was finely tuned by changing the pH of the dipping solution.

260 eristics and j-V curve demonstrated that the dipping of CIGS films in 0.2 M NaCl solution for 20 minu

261 It is argued that listening in the dips depends on the ability to process the temporal fine

262 additional features that are borne out: the dips show spatial specificity, are lawfully modulated in

263 ness, and environmental friendliness of the "dip-and-dry" technique makes it an appealing alternative

264 ased hypothesis testing procedure using the 'dip' statistic.

265 The device was then dip-coated with monomer cocktail that yielded poly(HEMA-

266 lted from selective sweeps and examine these dips in the context of recombination rate.

267 tiation, no mechanism is known for how these dips might initiate feeding.

268 This dip-coating technique is effective, convenient and robus

269 the F helix, allowing the F helix region to dip toward the heme, resulting in closer contacts with t

270 Such spectra consist of peaks next to dips (or vice versa) and result from the superposition o

271 he case of multilayers made with traditional dipping cycles.

272 amount of insulin as indicated by transient dip in the blood glucose concentration.

273 In vivo analyses showed that transient dips in tissue O2 tension elicit capillary hyperemia.

274 observe rapid saturation of the transmission dip.

275 me, electromagnetically induced transparency dips are displayed, evidencing coherent energy exchange

276 decade leading up to the earthquake, both up-dip and down-dip of seismic rupture.

277 s that monitoring SSEs, including shallow up-dip events that lie offshore, could lead to accurate for

278 ween the region of coseismic slip and the up-dip creeping zone.

279 with a major fraction of this slip in the up-dip direction from the main rupture.

280 The up-dip limit of rupture during large subduction zone earthq

281 t self-assembles on the surface of food upon dip coating.

282 and kinetics of polymer crystal growth using dip-pen nanolithography and an atomic force microscope t

283 ds, turkey parts, ground pork, and vegetable dip) closely resembled selected human clinical isolates

284 ust monolayer of nanoparticles is formed via dip-coating of cell culture plates.

285 tive suction, capillary suction, and viscous dipping.

286 tar than their counterparts that use viscous dipping.

287 rts on handedness for nut-cracking and wadge-dipping and found task-specific differences in handednes

288 microplate format: (1) the biosensor ink was dip-coated onto a platinum (Pt) wire electrode, leading

289 a thin film of atactic polystyrene (PS) was dip-coated onto the LPG with a thickness suitable to opt

290 CN) inside a fused-silica capillary that was dipped into the sample.

291 fonation; the elution order is normal (water dip appear before anions) only with lightly sulfonated c

292 The position of the water dip varies with the degree of sulfonation; the elution o

293 ices greatly reduces or eliminates the water dip, permitting better quantitation of poorly retained a

294 using a combination of wax printing and wax dipping methods.

295 rospun polyhydroxybutyrate (PHB) fibers were dip-coated by polymethyl methacrylate-co-methacrylic aci

296 nitiator (DAROCUR 1173), and IL monomer were dip-coated onto an etched and derivatized fused silica s

297 Arils were dipped for 4min in distilled water (control), 0.1 or 0.2

298 Pre-anthesis developing spikes were dipped into a solution of Agrobacterium tumefaciens stra

299 tilever nanosensor was performed in air with dip-and-dry technique by employing the dynamic sensing m

300 zed gold surfaces has been demonstrated with dip pen nanolithography (DPN).