ライフサイエンスコーパス: stray

1 the edges of reefs from which they sometimes stray.

2 an unknown sample are then adjusted for the strays.

3 is the risk of instability when one partner strays.

4 ly fail to cross the injury site and instead stray along aberrant trajectories.

5 l of Enterocytozoon bieneusi, feces from 348 stray and pet dogs and 96 pet cats from different locati

6 War I explain how he came to the decision to stray and to stay so far from his roots.

7 pression and causes primordial germ cells to stray away from the somatic gonad, occasionally exiting

8 .008) to a 5.6 percentage point increase for stray bullet shootings (from 44.5% [95% CI, 41.7%-47.3%]

9 el inputs, both the wall capacitance and the stray capacitance were measured.

10 infestation, adoption from a shelter or as a stray cat, hunting, and being from Florida or California

11 In the absence of TgCep250, stray centrosome inner and outer core foci were observed

12 kground DC electric field of 12 V m(-1) from stray charges, corresponding to a fractional frequency s

13 Furthermore, given the ubiquity of stray charges, the resulting hypothesis may have additio

14 In response to straying chromosomes in mitosis, the spindle checkpoint

15 ribution of the sensor substrate and unknown stray components to the overall measurements.

16 ing, yet experimental systems generally have stray coupling between the qubit and the environment, wh

17 actions and weakly coupled vortices with low stray dipolar field.

18 mans get rabies primarily through dog bites, stray dog population control and mass or mandatory vacci

19 ted in 15.5% of the dogs, including 20.5% of stray dogs and 11.7% of pet dogs, and in 11.5% of the pe

20 soil-transmitted helminths, especially when stray dogs and cats are present, toxocariasis in inmate

21 play a role in limiting interactions between stray dogs and mongooses.

22 e, we review the importance of sheltered and stray dogs as reservoirs of zoonotic parasites in differ

23 and a modest expansion to vaccinating 13% of stray dogs could cost-effectively reduce human rabies by

24 cted and analysed 355 oral swab samples from stray dogs in Rajshahi and Chattogram cities, Bangladesh

25 Sheltered and stray dogs, exposed to zoonotic parasites, including pro

26 Despite potential hybridization with stray dogs, few founders and strong anthropogenic pressu

27 d that highly feasible strategies focused on stray dogs, vaccinating as few as 7% of dogs annually, c

28 ctor, transmission power and efficiency, and stray electromagnetic fields (EMFs).

29 ion in CL imaging: nonlocal signal caused by stray electrons.

30 the contribution of the sensor substrate and stray elements to the overall measurements.

31 ents reveals the contribution of the unknown stray elements.

32 utions from the sensor substrate and unknown stray elements.

33 duces a large cell- and beam-angle invariant stray excitation that is insensitive to beam scanning.

34 ly, the beam scanner as the major sources of stray excitation.

35 ble the rate that campaign teams can capture strays, expanded annual targets become cost-effective.

36 could be directly responsible for releasing stray fibers.

37 This result is due to a local enhanced stray field and a competition between vortex-vortex repu

38 ch cylinder design that results in a minimal stray field and requires neither cryogenics nor external

39 eir intrinsic appealing properties like zero stray field and ultrafast spin dynamics.

40 f 20 times lower than of volumetric magnetic stray field detection device based immunoassays.

41 y a combination of external magnetic fields, stray field energies, higher-order exchange interactions

42 n relative phase of the magnetization due to stray field influence.

43 Terahertz (THz) spin dynamics and vanishing stray field make antiferromagnetic (AFM) materials the m

44 alisation and quantification of the magnetic stray field of magnetic force microscopy (MFM) probes, a

45 sors have been primarily used to monitor the stray field of magnetic nanoparticles bound to analytes

46 or a standard HPLC pump located outside the stray field of the magnet.

47 he magnetoresistance variation caused by the stray field of the magnetic cells that flowed through th

48 ernal magnetic disturbance, the absence of a stray field or the resonance in the terahertz range(1,2)

49 duced motion were recently demonstrated, the stray field resulting from their finite magnetisation an

50 Direct visualisation of the stray field surrounding the probe apex using electron ho

51 r low saturation magnetization (i.e. smaller stray field).

52 verting the AFM phase into the FM phase, the stray field, and hence sensitivity to external fields, i

53 improved size scaling due to the absence of stray field.

54 to generate complex textures in the magnetic stray field.

55 logical target and detect it via sensing the stray field.

56 ld-gradient in the fringe field of a magnet, stray-field-imaging (STRAFI) technique significantly imp

57 gnetic (AFM) memory that produces negligible stray fields and is insensitive to strong magnetic field

58 affected by the interaction between magnetic stray fields and superconducting vortices.

59 ing platform due to their robustness against stray fields and their potential for exceptional domain

60 red directly because the associated electric stray fields and/or shifts in the non-equilibrium spin-d

61 We show that FM stray fields directly influence the critical current den

62 Purification reduces detrimental electrical stray fields drastically.

63 el is that screening currents induced by the stray fields from the F layer are responsible for the me

64 at zero magnetic field and under ubiquitous stray fields generated in electronic circuits.

65 tex states, but the observed cloverleaf-like stray fields indicate the presence of weak in-plane anis

66 ultrafast spin dynamics and nearly vanishing stray fields make them particularly promising for severa

67 with a general analytical description of the stray fields produced by spin-spin correlations in a 2D

68 ess for data retention and the ferromagnetic stray fields to an obstacle for high-density memory inte

69 y against magnetic perturbations, absence of stray fields, and ultrafast dynamics.

70 nalities appear due to the interaction of SC stray fields, associated to supercurrent loops, with the

71 AFM) materials have the unique promise of no stray fields, displaying ultrafast dynamics, and being r

72 of superconductor (SC) - ferromagnetic (FM) stray fields, in both the superconducting behaviour of t

73 es of terahertz spin dynamics and negligible stray fields, thus appealing for use in domain-wall appl

74 ultra-fast switching and are robust against stray fields.

75 rotected from control errors, cross-talk and stray fields.

76 nd Strawn Group production gas together with stray flowing gas in the Trinity Aquifer, Texas.

77 These activities stray from commonly recognized specificities of individu

78 It also helps explain how and why people stray from logic when given deductive reasoning tasks.

79 trials or believed that treatment should not stray from protocol.

80 Why do scientists stray from the beaten path, how do they contribute to sc

81 , however, closing is very slow and channels stray from the dilated into the defunct condition.

82 isualized by live-cell imaging, growth cones stray from their central path.

83 e, gut maintenance declines and microbes can stray from traditional zones, negatively impacting host

84 a peculiar behavior in which they repeatedly stray from, but then return to, the newly discovered res

85 sential to show how far warring parties have strayed from international law protecting health care in

86 vely judge by how much a retouched photo has strayed from reality.

87 ng eliminates growing DS dendrites that have strayed from the DS circuit IPL sublayers.

88 b the homotopically transplanted cells never strayed from the migratory pathway.

89 arently due to newly sprouted axons that had strayed from the nerve core.

90 ve adjustments in excitability when activity strays from a set point.

91 Male strays from beaches to creeks were shallower bodied than

92 lower bodied than other beach fish, and male strays from creeks to beaches were deeper bodied than ot

93 e quest to create superhard materials rarely strays from the use of high-pressure synthetic methods,

94 places new constraints on the source of this stray gas and further shows that Barnett and Strawn gas

95 While noble gas signatures of Strawn and stray gas are consistent with a single-stage water degas

96 0.15% of the 20,700 wells in the area where stray gas contamination occurred (upper estimate) and ha

97 ifers with fugitive hydrocarbon gases (i.e., stray gas contamination), which can also potentially lea

98 (through January 2014) reveals evidence for stray gas contamination, surface water impacts in areas

99 The similarity of Strawn and stray gas crustal noble gas signatures suggests that the

100 dissolved and transported with groundwater, stray gas in aquifers has elicited attention.

101 es suggests that the Strawn is the source of stray gas in the Trinity Aquifer.

102 er reinforcing the notion that the source of stray gas in this aquifer is the Strawn.

103 he key drivers for the overall expression of stray gas in unconsolidated sand aquifers.

104 nd quantification of flow and dissolution of stray gas is required.

105 Stray gas migration as a result of hydrocarbon extractio

106 ntal wells, is the main cause of thermogenic stray gas migration in this oil- and gas-producing basin

107 y indicative of the expanse and magnitude of stray gas migration leaks.

108 ertical oil and gas wells were identified as stray gas migration pathways.

109 Thus, they pose a lower risk for inducing stray gas migration than legacy vertical or deviated wel

110 surface systems and the parameters affecting stray gas migration, systematic quantification is diffic

111 otential source of emissions may result from stray gas migration.

112 indicates the potential for a well to induce stray gas migration.

113 Atmospheric (22)Ne/(36)Ar ratios of stray gas mimic also that of Strawn, further reinforcing

114 otal of 42 water wells contained thermogenic stray gas originating from underlying oil and gas produc

115 The environmental expression of stray gas was investigated using an intermediate-scale (

116 cerns include the potential for migration of stray gas, metal-rich formation brines, and hydraulic fr

117 Like stray gas, Strawn gas is significantly more enriched in

118 earned of a state regulator investigation of stray-gas migration from a nearby Marcellus Formation ga

119 wells have drinking water contaminated with stray gases.

120 This creates a potential relationship of stray grain formation and defect accumulation.

121 interfacial region between the epitaxial and stray grains.

122 of gene flow from F(ST) still suggested that strays had low reproductive success.

123 proteins which, together, decide the fate of stray hydrophobic proteins in the aqueous cytoplasm.

124 manner and reproducibility is influenced by stray impurities.

125 Due to its shielded location, these stray ions were not detected in the center cup.

126 The detector shows very low levels of stray light (<0.4%), utilization of up to 99.0% of the e

127 Retinal stray light (large-angle domain) and the full-width-at-h

128 h (r = 0.77, P = 0.003, n = 10) but not with stray light (r = 0.01, P = 0.98, n = 8).

129 50% width (r = 0.48, P < 0.001, n = 25) and stray light (r = 0.44, P = 0.01, n = 30), whereas after

130 Errors due to stray light and dark counts are substantially reduced an

131 a challenging task as the detector noise and stray light are then predominant, which precludes the us

132 Intraocular lenses can introduce stray light artifacts into the eye.

133 a theoretical approach: it predicts that the stray light content of the output of digital micromirror

134 Stray light correlated with recipient age after DSEK (r

135 he detection showed excellent linearity with stray light down to 0.6%, and an effective path length a

136 een proposed and implemented, but associated stray light effects on photodirected oligonucleotide syn

137 sed by individual differences in intraocular stray light is discussed and requires further research.

138 Depending on the operation mode, stray light is either totally negligible or controlled e

139 tly where up beam in the illumination system stray light is generated that gives rise to nonevanescen

140 value for each filter was quantified with a stray light meter and plotted against individual perimet

141 the anticipated chain lengthening effect of stray light on photoacid-dependent synthesis of oligonuc

142 lls, flat panel display, infrared detectors, stray light reduction, stealth and others.

143 The slower and larger stray light rod component elicited by these flashes was

144 ICE enables 25 times greater suppression of stray light than classical imaging.

145 e over the range of the five filters per log stray light unit were as follows: SAP, 2.177; SWAP, 1.96

146 Concurrently, QMC resists stray light up to 155 times stronger than classical sign

147 The individually induced intraocular stray light value for each filter was quantified with a

148 mulate the typical forward light scatter and stray light values associated with age-related lens opac

149 The increased stray light values induced by cataract-simulating filter

150 age declines over a 1 log unit change in the stray light values were as follows: SAP, 4.85 dB; SWAP,

151 Stray light was minimized by the use of a band-pass filt

152 This chain lengthening effect of stray light would not be preventable when synthesis invo

153 e larger, late component was the response to stray light, and it can be suppressed with the addition

154 hotopigment in the receptors rather than the stray light, and that the changes are related to the out

155 a, including photoluminescence, cosmic rays, stray light, artefacts caused by spectrometer components

156 ition and velocity information, is immune to stray light, can achieve long range, operate in the eye-

157 erblack materials are crucial for minimizing stray light, complicating object identification, and ser

158 with a surround) to minimize the effects of stray light, multifocal rod ERGs can be recorded with su

159 They isolate the individual ommatidia from stray light, regulate the angular sensitivity, and restr

160 antly but differently affected by increasing stray light.

161 t of the tests to the effects of intraocular stray light.

162 nd a reduction in the deleterious effects of stray light.

163 ions of weak base will prevent the effect of stray light.

164 nt protective function, namely absorption of stray light.

165 cting the ground state from interacting with stray local fields while operating at an energy scale an

166 Pt capping layer and on the direction of the stray magnetic field allows us to rule out the presence

167 room temperature by measuring the associated stray magnetic field.

168 upercurrent, from the suppression due to the stray magnetic field.

169 The stray magnetic fields emanating from cuticulosomes are m

170 e of addressing quantitatively the effect of stray magnetic fields from both, the superconductor and

171 ducting quantum interference device to image stray magnetic fields in twisted bilayer graphene aligne

172 and magnetic field hardness, the absence of stray magnetic fields, and the spin-dynamics frequency s

173 Our results indicated that selection against strays may be moderated by the strays' phenotypic simila

174 hroughout the cytoplasm, usually attached to stray microtubules.

175 t likely explanation of the incident is that stray natural gas and drilling or HF compounds were driv

176 For example, groundwater contamination by stray natural gas and spillage of brine and other gas dr

177 Specifically, a stray neuron may be brought back in line by increasing c

178 increasing the chance that the subject will stray off task.

179 Strays, or fish that did not return to their natal sites

180 king of Sema5A function led to retinal axons straying out of the optic nerve bundle, indicating that

181 y have two search options-reunite with their stray partner, or seek a new partner.

182 and thereby reduce the risk of missing their stray partner, who is the only available mate.

183 ction against strays may be moderated by the strays' phenotypic similarity to individuals in the reci

184 We identify stray reflections and high-numerical aperture aberration

185 scattering cells, most background comes from stray reflections produced far from the sample plane, in

186 or example through the tidal disruption of a stray star, thus offers a rare opportunity to study the

187 and/or through the accretion of preprocessed stray stars.

188 hereas the fractionated EBRT would eliminate stray tumour cells, but allow (by virtue of its very sch

189 rrence of the tumour could arise either from stray tumour cells, or the tumour bed that harbours morp

190 iently scavenge their operational power from stray, weak environmental energies through sustainable p