ライフサイエンスコーパス: equator

1 ole and the methyl terminal located near the equator).

2 amework that interdigitates near the spindle equator.

3 on of spindle microtubules that point to the equator.

4 lows from the Galapagos Archipelago near the Equator.

5 maining stable along range edges nearest the equator.

6 at Gef3 colocalizes with septins at the cell equator.

7 o opposing cell poles and chromosomes at the equator.

8 proximal chromosomes specifically toward the equator.

9 as cell shape and cortical flows toward the equator.

10 global percentage and increases towards the equator.

11 on of the division boundary along the cell's equator.

12 d on average around six degrees north of the Equator.

13 eucocytozoon parasites decreased towards the equator.

14 Asians living at latitudes distant from the equator.

15 7), representing oblique imaging of the lens equator.

16 frequent in countries more distant from the equator.

17 e neutron star, is moving toward the stellar equator.

18 pped the spindle pole from moving toward the equator.

19 three nonrandom positions around the pollen equator.

20 attached triazolyl ammonium group along its equator.

21 ed by substantial range shifts away from the equator.

22 d to place cytokinetic nodes around the cell equator.

23 n for why biodiversity increases towards the equator.

24 as something limiting its spread towards the equator.

25 in the Northern Hemisphere than south of the equator.

26 thick spanning the EOM origins to the globe equator.

27 s three planets are aligned with the stellar equator.

28 ity of ecological interactions closer to the equator.

29 cillations back and forth across the spindle equator.

30 /- 11 kilometers northward of the geographic equator.

31 s assemble and chromosomes are pushed to the equator.

32 d for localization of myosin at the cellular equator.

33 n antiparallel "barrel" array at the spindle equator.

34 les and along a diffuse cortical band at the equator.

35 cle and initiate differentiation at the lens equator.

36 e and movement toward both the poles and the equator.

37 e in the northern North Atlantic towards the Equator.

38 voir of factors (including FGF) for the lens equator.

39 efore cytokinesis, then elevated only at the equator.

40 ) that becomes shorter as one approaches the equator.

41 es S) (p < 0.001), and remained low near the equator.

42 ation of the small GTPase, RhoA, at the cell equator.

43 tastrophe frequencies, decreasing toward the equator.

44 aseismic section of the megathrust near the equator.

45 boundary and to position it along the cell's equator.

46 bers develop in a shear zone paralleling the equator.

47 eturns cold deep waters southward across the Equator.

48 e there is no variation in day length at the Equator.

49 ee species in Amazonian rainforests near the Equator.

50 y pushing chromosome arms toward the spindle equator.

51 (32)P-gamma-ATP, was detectable only at the equator.

52 ous cavity through a scleral incision at the equator.

53 red at nearly every division septum and cell equator.

54 tes, although they were more common near the equator.

55 nificantly correlated with distance from the equator.

56 valents had positions at or near the spindle equator.

57 unavailability of warmer environments at the equator.

58 e apertures, equally spaced along the pollen equator.

59 at biotic interactions intensify towards the equator.

60 ation of old cycle's flux emergence near the equator.

61 s seasonal with decreasing distance from the equator.

62 t thermal safety margins were found near the equator.

63 tumors were unilateral and posterior to the equator.

64 tial history of fossil sampling north of the equator.

65 ly reoriented actin filaments along the cell equator.

66 436b is nearly perpendicular to the stellar equator.

67 ople currently living in Africa south of the Equator.

68 cts with small particles as it traversed the equator.

69 reased latitudinal range sizes closer to the equator.

70 e that an ecosystem is located closer to the Equator.

71 celerating the zonal wind component near the equator.

72 it encountered as it was moved away from the equator.

73 (10 degrees S-20 degrees S) relative to the equator (0 degrees -10 degrees S) for each species, with

74 Myo2 appears in cytokinetic nodes around the equator 10 min before spindle pole body separation (cell

75 of ranges and abundance declines toward the equator [3].

76 lantic oceans, confined to a strip along the equator (30 degrees N and 30 degrees S).

77 compared across latitudes, ranging from the equator (+5 degrees N) to the subtropics (-35 degrees S)

78 and most were located between the macula and equator (70%).

79 mm, and were mostly located posterior to the equator (91%).

80 These factors make Saturn's equator a natural laboratory to test models of jets in g

81 ter cells, they align at the mitotic spindle equator, a process known as chromosome congression.

82 congression of chromosomes near the spindle equator, a process mediated by dynamic kinetochore micro

83 its surface warming occurs mostly along the Equator, a region without TC activity.

84 A metaphase position at the spindle equator, according to the model, requires equal numbers

85 We found that the late equator accumulation of MKlp1/Pavarotti is regulated by

86 s failed to align efficiently at the spindle equator after simultaneous perturbation of Kid and NuMA

87 orts monooriented chromosomes to the spindle equator along kinetochore fibers of already bioriented c

88 d chromosomes could glide toward the spindle equator alongside kinetochore fibers attached to other a

89 g for key factors, such as distance from the equator, altitude, climate and physicochemical soil prop

90 the Pacific temperature contrast between the equator and 32 degrees N has evolved from approximately

91 se positions near the equator or between the equator and a pole.

92 ce of misorientation relative to the spindle equator and abnormal oscillatory behavior.

93 glaucoma were excised 3 mm posterior to the equator and affixed to an inflation chamber.

94 pture mechanism: type 2 nodes diffuse to the equator and are captured by stationary type 1 nodes.

95 s, sister chromatids congress to the spindle equator and are subsequently segregated via attachment t

96 sin were broadly distributed around the cell equator and assembled into a contractile ring through st

97 ized throughout the spindle, sparsely at the equator and at higher concentrations near the poles.

98 easonal patterns vary with distance from the equator and between Northern and Southern hemispheres an

99 ficient to generate furrows at both the cell equator and cell poles, in both metaphase and anaphase.

100 he eastern Pacific Ocean ranging between the Equator and Chilean Patagonia.

101 s could explain how birds cross the magnetic equator and deal with declination.

102 s richness of herbivores were highest at the equator and decreased with increasing latitude, both nor

103 of mycorrhizal plants being highest near the equator and decreasing towards the poles.

104 ric currents constantly flowing out from the equator and entering the anterior and posterior poles.

105 n both HNLC and oligotrophic waters near the Equator and further south, whereas nitrogen and zooplank

106 ease by 5-10 times at locations close to the Equator and in the Atacama Desert.

107 One cline was generated by high UVR near the equator and led to the evolution of dark, photoprotectiv

108 n Z (MapZ) forms ring structures at the cell equator and moves apart as the cell elongates, therefore

109 greatest at reef ecosystems proximate to the equator and northern-most locations, showing little sync

110 The RVPT was located between the equator and ora serrata in all patients.

111 ng effects (>0.3 W m(-2)) are found near the Equator and over tropical continents.

112 with anomalous retinal vascular branching at equator and peripheral retina.

113 onent vanishes were used to map the magnetic equator and reveal an offset of 484 +/- 11 kilometers no

114 meridional temperature gradient between the equator and subtropics was greatly reduced, implying a v

115 on subunits (n = 15) or at sites between the equator and the extracellular domain in the alpha-subuni

116 spersion of virtual geomagnetic poles at the equator and the median axial dipole dominance measured a

117 The Sun's equator and the planets' orbital planes are nearly align

118 latitudinal temperature gradient between the Equator and the poles influences atmospheric stability,

119 t microscopy (IFM) located MreCD(Spn) to the equators and septa of dividing cells, similarly to the P

120 orthern hemisphere, approximately 1 near the equator, and </=1 in the southern hemisphere.

121 is: that predation is (1) strongest near the equator, and (2) positively correlated with species rich

122 es generate strands spread widely beyond the equator, and growing strands depend on random encounters

123 Of tumors located in the macula, equator, and periphery, 15 (36.6%), 26 (36.6%), and 13 (

124 or inclined with respect to the host star's equator, and the population of giant planets orbiting cl

125 ick spanning the orbit from origins to globe equator, and used as indicators of contractility.

126 d that the collective subunit motions at the equator are asymmetric during the AChR gating isomerizat

127 y occur because many countries closer to the equator are caught in the gap between the demise of trad

128 central claim that "countries closer to the equator are generally more violent." We point to the lac

129 ying mixing across density surfaces near the Equator are less than 10% of those at mid-latitudes for

130 We document that shorter distances from the equator are linked to higher national narcissism levels,

131 sembly and disassembly of the CR at the cell equator are poorly understood.

132 AC) model proposes that MTs nucleated at the equator are slid outward by the cooperative actions of t

133 The mean position of the ITCZ north of the Equator arises primarily because the Atlantic Ocean tran

134 cline and the N/P ratio increases toward the equator as average temperature and growing season length

135 ng a special case and latitudes north of the equator as being pivotal in the evolution of highly spec

136 o warm water parcels that travel towards the Equator at shallow depths and then resurface in the east

137 mpanied a northward shift of Earth's thermal equator at the onset of an abrupt climate change 14.6 ky

138 creases with mean temperature and toward the equator, because P is a major limiting nutrient in older

139 he congression of chromosomes to the spindle equator before the cell initiates anaphase.

140 than in the tropics, with distance from the equator being the best predictor of phylogenetic communi

141 required to enrich ring proteins at the cell equator but instead regulate formation of a compact matu

142 pensis) that breed, only 25 km apart, on the equator but out of phase with each other.

143 nce in two Peruvian populations close to the equator but with disparate degrees of urbanization.

144 ce distinct energy barriers to gating at the equator (but not elsewhere), and that the collective sub

145 lowing chromosomes to persist at the spindle equator, but consist of tubulin subunits that continuall

146 an oblate spheroidal shape with a pronounced equator, but contain different surface hydration levels.

147 ization of Ect2 is spatially confined to the equator by centralspindlin, Ect2's spindle midzone ancho

148 certainty of 10% with that observed near the equator by Mariner 10.

149 mation is mediated by RhoA activation at the equator by the centralspindlin complex and midzone micro

150 lity in nitrate concentration on and off the equator can be explained by upwelling rate, with slower

151 Local release of blebbistatin at the equator caused localized accumulation of equatorial acti

152 that cortical flow converging upon the cell equator compresses the actomyosin network to mechanicall

153 owth rates and dynamics at the poles and the equator, consistent with spindle microtubules of mixed p

154 ontact binary have closely aligned poles and equators, constraining their accretion mechanism.

155 the higher Src family kinase activity at the equator contributes to the higher degree of protein phos

156 e spheroids, some of which have a pronounced equator defining a spinning top shape, can form directly

157 yes with intravitreal implants placed at the equator delivered Gd-DTPA throughout the vitreous cavity

158 sites (15-20 degrees north and south of the Equator), despite similar thermal stress levels at equat

159 romagnetic dipole is moving toward the Sun's Equator during a solar cycle.

160 or activation of myosin binding sites at the equator during anaphase.

161 to align mitotic chromosomes at the spindle equator during cell division, but how it accomplishes th

162 nchorage of the contractile ring at the cell equator during cytokinesis in animals and fungi, respect

163 ubules focuses myosin activation to the cell equator during cytokinesis.

164 Mto1 targeting to the cell equator during division depends on direct interaction wi

165 ill maintained their position at the spindle equator during metaphase and segregated properly during

166 poorly sampled xeric belt that straddled the Equator during the Permian period differed markedly from

167 s, warming of the Arctic with respect to the Equator-during the early to middle part of the Holocene

168 e flow, including a sign-change close to the equator, even at asymptotically low viscosity.

169 degrees S to 32 degrees S latitudes favoring equator-facing slopes, which are times and places with p

170 resides in the vegetation and soil near the Equator for a shorter time than at latitudes north of 75

171 enlargement in the dorsal eye due to ectopic equator formation.

172 naphase; among these, those aimed toward the equator grew longer, and their tips coincided with corti

173 hich is required to properly define the cell equator, guide the assembly of the acto-myosin contracti

174 that the present salinity gradient along the Equator has developed relatively recently.

175 tance are, on average, located closer to the equator, have more challenging climates (e.g., higher te

176 we propose a new Bond number defined by the equator height and optical resolution to represent the m

177 Verifying the droplet equator height is a key parameter, we propose a new Bond

178 RD was shallow and extended to the anterior equator in 7 eyes and localized to a punched-out atrophi

179 gatively regulated Rac1 activity at the cell equator in anaphase.

180 'bullseye') increases with proximity to the Equator in both hemispheres, and larger bullseyes are as

181 ty that organizes chromosomes at the spindle equator in C. albicans to overcome fundamental noisiness

182 whereas these filaments dissociated from the equator in control cells during late cytokinesis, they p

183 a broad band of nodes that forms at the cell equator in fission yeast cytokinesis.

184 kinesin-5/Klp61F, accumulate to the spindle equator in late metaphase.

185 ork of dynamic microtubules to find the cell equator in preparation for division signals.

186 ed, wetter conditions developed north of the equator in response to high summer insolation and increa

187 cultivated tomato beyond its origin near the equator in South America, and they provide a compelling

188 reconstructions of the region straddling the equator in the Early Permian but is at odds with its nor

189 iquids have flowed on the surface at Titan's equator in the past, to date, liquids have only been con

190 in-phase precipitation reduction across the equator in the tropical Americas associated with Heinric

191 ing in the same geographical location at the equator indicated that race is a significant risk factor

192 preading East Pacific Rise just North of the Equator initiated at a melt-rich segment about 5 kilomet

193 ct that a northward shift of Earth's thermal equator, initiated by an increased interhemispheric temp

194 he congression of chromosomes to the spindle equator involves the directed motility of bi-orientated

195 ng a small circle tilted with respect to the equator is found to correspond to a southern-hemisphere

196 new insights into how RhoA activation at the equator is initiated and maintained.

197 However, the range reduction at the equator is likely to be offset by enhanced growth associ

198 w that the spread of H. axyridis towards the equator is limited.

199 r cell differentiation and elongation at the equator, is disrupted.

200 noise-like plasma waves near the geomagnetic equator known as 'equatorial noise'.

201 in cohorts, individuals living closer to the equator (latitude, 27.47 degrees S) had higher levels of

202 romosomes eventually migrated to the spindle equator, leading to mitotic exit.

203 ere calculated at the cornea, vitreous base, equator, macula, and orbit apex for pressures known to c

204 th and transport angular momentum toward the equator, maintaining the Sun's rapid equatorial rotation

205 A southward migration of Earth's thermal equator may have accompanied the more recent Medieval Wa

206 nd greater phosphorus limitation towards the equator may restrict detritivore-mediated decomposition,

207 On reefs further from the equator, microbes had more genes encoding chlorophyll bi

208 The human vitreous zonule and lens equator move forward (anteriorly) during accommodation,

209 Centripetal ciliary body and lens equator movements were measured during accommodation in

210 While accumulating at the equator, myosin filaments disappear from the poles of th

211 Quality and Transparency of Health Research (EQUATOR) Network.

212 ll-scale channels and dry riverbeds near the equator observed by the Huygens probe at latitudes thoug

213 aged as an open tubular fragment of C60, the equator of C70 fullerene and the unit cycle of a [5,5] a

214 anize the contractile actomyosin ring at the equator of dividing cells by activating the RhoGEF Pebbl

215 then associate with type 1 nodes around the equator of the cell during interphase.

216 y ingression of an acto-myosin furrow at the equator of the cell.

217 maximal at an intermediate position near the equator of the cell.

218 ndles coalesced into a tight ring around the equator of the cell.

219 tresses were maximum at the contact line and equator of the eye and were parallel to the direction of

220 In vivo, episcleral implants at the equator of the eye did not deliver a significant amount

221 The ability of an episcleral implant at the equator of the eye to deliver drugs to the posterior seg

222 ls that are concentrated in the CMZ near the equator of the eye.

223 iven fluid circulation from the poles to the equator of the lens.

224 duced concave distortions when viewed at the equator of the liposome.

225 Its components co-localise at the equator of the mitotic spindle and function interdepende

226 osis, chromosomes must become aligned at the equator of the mitotic spindle before segregation.

227 Chromosome alignment at the equator of the mitotic spindle is a highly conserved ste

228 t division septa after FtsZ reappears at the equators of daughter cells.

229 scopy localized PcsB mainly to the septa and equators of dividing cells.

230 n atom resides at a 665 ring junction in the equator on the fullerene cage and that the unpaired elec

231 iparallel microtubule overlap at the spindle equator or a key mitotic kinesin.

232 d thereby confine trajectories to either the equator or a meridian of the Bloch sphere.

233 omes had stable metaphase positions near the equator or between the equator and a pole.

234 zonule insertion zone and the posterior lens equator or muscle apex were important for predicting acc

235 ion, accumulate anillin or actin at the cell equator, or undergo equatorial constriction.

236 re significantly more likely to occur in the equator-ora region of the fundus (P < 0.0001), in a diff

237 ring that became tilted relative to Saturn's equator plane in 1983.

238 ion systems propagating at ~12 m/s along the equator, play the critical role.

239 ance of oceans for climate; indeed, the peak equator-pole ocean heat transport on Earth peaks at almo

240 cond at the equator, predicts an oblateness (equator-pole radius difference) of 7.8 milli-arc seconds

241 approximately 2 kilometers per second at the equator, predicts an oblateness (equator-pole radius dif

242 r of species increases from the poles to the Equator, ranks among the broadest and most notable biodi

243 rain rates at the macula, vitreous base, and equator reached lower values in the vitreous- compared w

244 pic laser coagulation of the entire vascular equator reduces postoperative fetal morbidity in severe

245 means of guiding the chromosome to the cell equator regardless of the initial conditions and uncerta

246 the distribution of H. axyridis towards the equator remains to be resolved.

247 anism by which RhoA is activated at the cell equator remains unknown.

248 Ocean transports energy northward across the Equator, rendering the Northern Hemisphere warmer than t

249 ereby species richness increases towards the Equator, results in higher rates of speciation in the tr

250 easonal parameter regime for flows above the equator so that rotation is ignored.

251 ses laser coagulation of the entire vascular equator (Solomon technique).

252 s more prevalent in regions further from the equator, suggesting that vitamin D insufficiency may pla

253 s to the north and south of the geographical equator suggests they might be associated with the tops

254 s) appears to increase with proximity to the equator, suicide rates tend to decrease.

255 active Src family kinases was higher at the equator than at the anterior epithelium.

256 re than an order of magnitude further at the equator than towards the poles.

257 It is at the lens equator that epithelial cells elongate along their apica

258 myosin contractility is greatest at the cell equator, the temporal and spatial cues that direct equat

259 fluid supported by these dams rushes to the equator; the surplus of fluid cannot be contained there,

260 rients within the region of upwelling on the equator, thereby contributing to the sequestration of ca

261 e temperatures to be nearly uniform near the equator, these displacements can grow to extreme distanc

262 ells, we show that myosin accumulates at the equator through stabilization of interactions between th

263 the RV Polarstern in November 2007 from the equator to Cape Town, South Africa and the MV Oceanic II

264 which ranges broadly in the Pacific from the equator to near the Aleutian Islands.

265 mposed on the decline in diversity seen from equator to pole were "hot spots" of enhanced diversity i

266 The decline of species richness from equator to pole, or latitudinal diversity gradient (LDG)

267 nctionalized the north pole, south pole, and equator to produce what we call X, Y, and K functionalit

268 the planet, distributed in latitude from the equator to the north pole, and present at most local tim

269 ammals increasing by a factor of 80 from the equator to the poles after controlling for productivity.

270 Recent Ulysses observations from the Sun's equator to the poles reveal fundamental properties of th

271 both to thrive in habitats ranging from the equator to the subarctic and to form large-scale episodi

272 This calibration point implies an Equator-to-pole gradient in sea surface temperatures of

273 million years ago (Ma), a time when greater equator-to-pole heat transport led to a warmer Northern

274 the axial dipole prediction of a factor-of-2 equator-to-pole increase in mean field strength, leaving

275 ng different magnitudes of LMC steepening of equator-to-pole temperature gradient and CO(2) decline.

276 Earth's equator-to-pole temperature gradient drives westerly mid

277 double the global average(4), decreasing the Equator-to-pole temperature gradient to values comparabl

278 characterized by polar ice sheets and large equator-to-pole temperature gradients, is rooted in envi

279 ated by studies seeking explanations for the equator-to-poles decline in richness of most groups of o

280 ric flow that is generally directed from its equator toward its poles at the surface.

281 m the anterior chamber flows around the lens equator toward the cleft.

282 l begins to divide by constricting about its equator, ultimately affording two spherical cells with t

283 ic interaction strength increases toward the equator, using a global experiment with model caterpilla

284 de novo filament assembly occurs at the cell equator via localized myosin II regulatory light chain (

285 e average residential latitude away from the equator was associated with 11% increased odds of XFS (p

286 Every 10 degrees of latitude away from the equator was associated with a mean decrease in UVR troug

287 lation between 25(OH)D and distance from the equator was observed across population samples.

288 und which a graft stretching to the temporal equator was rotated.

289 he most extensive investigation south of the equator, we report on a ~12,800-year-old sequence at Pil

290 ions, whereas wetter conditions south of the equator were a response primarily to the GHG increase.

291 ace and residence at latitudes closer to the equator were associated with lower rates of affected BSA

292 This tsunami is excited at the equator when magnetic dams, created by the oppositely-di

293 ection was higher in trials further from the equator where environmental mycobacteria are less and wi

294 , chromosomes align at the metaphase spindle equator where they oscillate along the pole-pole axis be

295 cide with older, low-albedo regions near the equator, where water ice is unstable.

296 ated with latitude, decreasing closer to the equator, which coincided with a greater than fivefold in

297 violence increase as one moves closer to the equator, which suggests the important role of climate di

298 ubstantially along the direction of the cell equator, while the network contracted laterally along th

299 ts, we found increasing predation toward the equator, with a parallel pattern of increasing predation

300 adult eye are aligned at right angles to the equator, with dorsal and ventral ommatidia pointing in o