ライフサイエンスコーパス: row

1 ed to make initial contact with the opposing row.

2 umbbell squat, and standing dumbbell upright row.

3 pectra at each focal position within a given row.

4 of African descent (25.4% vs. 0.5%) than the ROW.

5 selectively traffic to different stereocilia rows.

6 lanced by intercellular stresses in follower rows.

7 nal epithelial cells in organized meridional rows.

8 shape and alignment between contralateral CB rows.

9 and modern varieties make approximately 8-20 rows.

10 ity gradient characterize cells in following rows.

11 l lateral and uncinal teeth in more than 125 rows.

12 differential identity of stereocilia across rows.

13 exing the columns and the genes indexing the rows.

14 us arteriosus containing at least five valve rows.

15 ed sewer overflow (34%), swimming (18%), and rowing (13%) in the river, swimming (8.7%) and rowing (4

16 ave shown that a larger spacing between vine rows (2 rather than 1m), attachment of shoots upwards, a

17 Earth-abundant first-row (3d) transition metal-based catalysts have been deve

18 wing (13%) in the river, swimming (8.7%) and rowing (4.5%) in the lake, and playing in a water playgr

19 diology sites had wild-type disease than the ROW (50.5% vs. 26.2%).

20 electrodes positioned in the same electrode row, a one-dimensional imaging of exocytosis with submic

21 They form rows across the body, and were individually added and sh

22 were reconstructed using both 3-dimensional row-action maximum-likelihood algorithm (3DR) and a time

23 ons within the proboscis, and multiple tooth rows adjacent to the mouth.

24 bining a vrs3 mutant allele with natural six-rowed alleles of VRS1 and VRS5 leads to increased latera

25 itochondria ATP synthase dimers are found in rows along the highly curved cristae ridges, and appear

26 e forms V-shaped dimers, which assemble into rows along the highly curved ridges of lamellar cristae.

27 d by a short palinal movement along the cusp rows alternating between upper and lower molars.

28 recious-metal-catalyzed reactions with first-row analogs.

29 -sentenced defendants are removed from death row and resentenced to life imprisonment, after which th

30 Paddon-Row and Warrener proposed an alternative mechanism: the

31 t projections in the VPM at P1 coalesce into row and whisker specific terminal zones by P4.

32 a taxon-by-character matrix-with taxa in the rows and a set of 42 pre-defined characters (e.g., optim

33 atrix for interacting protein domains, whose rows and columns correspond to the residues in the two i

34 This means that the less filled rows and columns of these networks' adjacency matrices t

35 earched over 10(14) possible arrangements of rows and columns to find one optimal arrangement, which

36 ship and the covariance structure within the rows and columns.

37 cy matrices tend to be subsets of the fuller rows and columns.

38 so fail to form precisely aligned meridional rows and lens fulcrum.

39 of PrV axon terminals into whisker-specific rows and patches takes place during the first 4 postnata

40 PSII complexes are observed to arrange into rows and semicrystalline arrays, which correlates with t

41 grid constraints by introducing gaps between rows and/or columns that are not closely clustered.

42 ta where there are often more than a million rows and/or columns, which is larger than SVD-based low-

43 and k are the number of fragments (number of rows) and number of SNP sites (number of columns), respe

44 plifications with tagged primers for plates, rows, and columns allowed the identification of the micr

45 act binary format, provides random access to rows, and enables sophisticated indexing on columns with

46 m, where nascent adhesions are positioned in rows, and the base of the lamellipodium, where a vinculi

47 ticles form 2D domains in which close-packed rows are aligned with the field.

48 Kernel rows are initiated by the inflorescence shoot meristem,

49 Our results show that oxygen vacancy rows are not only natural oxygen diffusion channels, but

50 ctive elimination from a characterized first-row aryl metal fluoride complex.

51 Small bivalent proteins form into rows [as on binding of the bacterial histone-like nucleo

52 eritome comprised nine equivalent transverse rows associated with outgrowths of soft tissue, but did

53 The ATP synthase dimers that form rows at the cristae tips dissociate into monomers in inn

54 e, whereby neighboring sunflower plants in a row avoid each other by growing toward a more favorable

55 els as a wave via gap junctions several cell rows back from the wound edge.

56 dorsal closure, but, clearly, multiple cell rows back must also contribute for efficient repair of t

57 eir forelimbs for propulsion, they generally rowed (both forelimbs operating in unison rather than al

58 que that employs a single-pixel sensor and a row-by-row scanning mechanism to capture the hologram of

59 A simple and inexpensive first-row catalytic system comprised of [Ni(cod)2 ] and dppf w

60 the diagnostic accuracy of TAG320 using 320-row CCTA with FFR for the evaluation of functional steno

61 s that assemble in the leading edge of front row cells and that resemble the contractile mechanisms t

62 esults in high traction stresses in follower row cells, misdirected protrusions and the formation of

63 , such interactions in the second- and third-row chalcogens are less well-understood and have generat

64 ents to severely underestimate multidetector row computed tomographic (MDCT) measurements for the ass

65 hysiological evaluation, cardiac gated multi-row computed tomographic imaging for beam delivery plann

66 cardial Perfusion Imaging Using 320-Detector Row Computed Tomography (CORE320) multicenter trial incl

67 hy, contrast material-enhanced multidetector row computed tomography (CT) of the abdomen with 100 mL

68 t material-enhanced dual-phase multidetector row computed tomography (CT) of the chest and abdomen wa

69 The use of 320-detector row computed tomography (CT), enabling near isophasic, s

70 Multidetector row computed tomography (MDCT) is increasingly taking a

71 ular parameters obtained from multi-detector row computed tomography (MDCT) studies with two-dimensio

72 luminal attenuation gradient by 320-detector row computed tomography (TAG320) + CTA, and CTP + TAG320

73 ial found that initial use of >/=64 detector-row computed tomography angiography versus standard func

74 this study was to assess the accuracy of 320-row computed tomography perfusion imaging (CTP) to detec

75 Multidetector-row-computed tomography imaging provided high spatial an

76 We used X-ray multidetector-row-computed tomography to track movement of individual

77 e contrasting kinetic stability of the first-row congener, {Cp*V[N((i)Pr)C(Me)N((i)Pr)]}2(mu-eta(1):e

78 's report of a daily cough for 3 months in a row, congestion or phlegm other than when accompanied by

79 simple means of indexing these files so that rows containing particular values can be quickly found.

80 marizing a DNA sequence by a matrix of three rows corresponding to three reading frames, recording th

81 ls, which have no classical second- or third-row counterpart.

82 r losses (12-23% of daytime water losses) in row-crop monocultures of bean (annual herb) and cotton (

83 toperiodic perennial to a day-neutral annual row-crop.

84 olved reactive phosphorus (DRP) loading from row croplands.

85 they mitigate nitrogen leaching relative to row crops and herbaceous plants when grown without apply

86 y require less N fertilizer application than row crops and herbaceous plants.

87 Annual row crops dominate agriculture around the world and have

88 iated with conversion of natural habitats to row crops.

89 unding parenchyma at triphasic Multidetector-row CT (MDCT).

90 The sinograms from 320-detector row CT angiography of four clinical candidates for face

91 dual-energy and single-energy multi-detector row CT at four different energy levels (80, 100, 120, an

92 dual-energy and single-energy multi-detector row CT at four energy levels (80, 100, 120, and 140 kVp)

93 n, and texture) of lesions on multi-detector row CT images of 20 adult patients (14 men, six women; m

94 n imaging with rest and adenosine stress 320-row CT is accurate in detecting obstructive atherosclero

95 64-row CT may be more accurate than CVG, 2D Echo, and 3D Ec

96 Assessment of TAG320 with a 320-detector row CT provides acceptable prediction of invasive FFR an

97 ent CT perfusion imaging with a 320-detector row CT scanner were included.

98 40 kV) by using a dual-source multi-detector row CT scanner with a calibration phantom.

99 ve reconstruction (ASIR)-enabled 64-detector row CT scanner.

100 All multi-detector row CT scans were performed at two different radiation d

101 Multi-detector row CT studies in 159 patients (64 women, 95 men; median

102 Dual-energy multi-detector row CT was also performed in 62 patients (38 men; mean a

103 tral index 70-75), and low-dose 320-detector row CT was performed for 10 seconds over a span of 2-3 r

104 Dual-energy multi-detector row CT with reconstruction of virtual monochromatic imag

105 maging features in lesions at multi-detector row CT.

106 e to evaluate the diagnostic accuracy of 320-row detector computed tomography (CT) to detect coronary

107 multiple large-scale matrices with different row dimensions.

108 lel with the organization of hair cells into rows during cochlear neuroepithelium extension.

109 uires the sliding movement of ameloblasts in rows during the secretory stage of development.

110 First-row, earth-abundant metals offer an inexpensive and sust

111 larities of molecules constructed from first-row elements of the p block.

112 direct protein contacts, and that the dimer rows enable the formation of highly curved ridges in mit

113 cal performance by power output on an indoor rowing ergometer.

114 obtained products differed between the first row example nickel and its heavier congeners.

115 This makes it possible to use data on death row exonerations to estimate the overall rate of false c

116 Removal of all but a single whisker row for 24 h led to an apparent increase in synapse dens

117 maining four primary postcanine teeth in the row for hominins.

118 draw a random subset of [Formula: see text] rows from a frame with [Formula: see text] rows (vectors

119 g conditional knockdown of the POGZ ortholog row, further confirming that dosage of POGZ, specificall

120 The emphasis is on the row geometry of the solutions based on the normal equati

121 ds, tetrahedra) were identified in modulated rows growing in plane.

122 ic pattern of size variation along the tooth row has been described as a 'morphogenetic gradient' in

123 ses suggests that polyplacophoran-like shell rows have been lost in adult Aplacophora.

124 n, which spans between the source and target rows, i.e. nodes.

125 interpretation of a steeply declining molar row in Malleodectes can be rejected, it continues to see

126 more, 10 or more, and 15 or more drinks in a row in the last 2 weeks.

127 er arrays, which differ from the loose dimer rows in all other organisms observed so far.

128 equence (LCS) framework to selected pairs of rows in an index matrix derived from an input data matri

129 The finding of seven muscle rows in larvae of both classes suggests that polyplacoph

130 otype, are demonstrated to form well-ordered rows in matrix structure, with CeO2 (011) domains select

131 at Hth expression expands to many ommatidial rows in regulatory mutants of optomotorblind (omb), a tr

132 in 30,891 sentences in main text and 20,489 rows in tables.

133 stigated with 3 different scanners (16 to 80 rows) in clinical routine.

134 aryotes, the formation of ATP synthase dimer rows is a universal feature of mitochondria and a fundam

135 pose that the assembly of ATP synthase dimer rows is driven by the reduction in the membrane elastic

136 is limited to exactly one or two ommatidial rows is not known.

137 m using jet propulsion at smaller sizes to a rowing-jetting hybrid mode of propulsion at larger sizes

138 t total turnover frequency among these first-row late transition metals is achieved for the templated

139 1980s began with an emphasis on 2nd and 3rd row late transition metals, but more recently the focus

140 cally remarkably efficient ligand-free first-row late transition-metal nanoparticles are prepared and

141 Among the biologically required first row, late d-block metals from Mn(II) to Zn(II), the cata

142 rossing 25 wild barley accessions to the six-rowed malting barley cultivar Rasmusson.

143 and TAG320 were assessed using 320-detector row MDCT.

144 d AHM use over time (Cochran-Mantel-Haenszel row-mean score test P=0.048).

145 erentiation that patterns them into discrete rows mediated by Notch-dependent lateral inhibition.

146 proaches toward the generation of late first-row metal catalysts that efficiently facilitate two-elec

147 First-row metal complexes often undergo undesirable one-electr

148 particular, manganese is an important first-row metal involved in key biochemical processes, includi

149 sible one-electron redox couple of the first row metal ion in generating weak C-H bonds in remote pos

150 Herein, the application of first-row metal-mediated methods to the total synthesis of nat

151 First-row metals have been a target for the development of oxy

152 le catalytic systems based on abundant first-row metals, especially nickel, for cross-coupling reacti

153 electron-reduction catalysts with late first-row metals, such as Ni.

154 of unique transformations mediated by first-row metals, which have no classical second- or third-row

155 , and is largely unknown for different first-row metals.

156 ls fail to form precisely aligned meridional rows; moreover, the lens fulcrum, where the apical tips

157 t computed tomography of the abdomen with 64-row multi- detector CT at baseline and after 3 cycles of

158 CORE-64 (Coronary Artery Evaluation Using 64-Row Multidetector Computed Tomography Angiography) study

159 ients who preoperatively underwent 40- or 64-row multidetector CT for penetrating torso trauma below

160 om patients from other regions of the world (ROW) (n = 2,140).

161 n inflorescence meristem size affects kernel row number (KRN), with the potential to increase yield.

162 ked to quantitative trait loci (QTL) for ear row number and tassel branch number in both the nested a

163 nce and length of shedding time, whereas ear row number directly affects kernel yield.

164 ere statistically associated with the kernel row number phenotype.

165 ea mays) using the well-characterized kernel row number trait, which was selected to enable compariso

166 tassel branch number and an increase in ear row number, both of which are enhanced by loss of a rela

167 Applied to the tooth row of all extinct sloths, these developmental data illu

168 with central residues of the basic ladder, a row of arginine and lysine residues that leads to and aw

169 because rotation is blocked by a neighboring row of bristles.

170 distinct groups, each serving one transverse row of continuously spaced facets.

171 The nymphs, but not adults, have a row of cuticular gear (cog) teeth around the curved medi

172 hment of gene targeting (GT) techniques in a row of different species.

173 Second, each row of down-sampled pixels is converted into a one-bit r

174 terior to the obex where a medial-to-lateral row of electrode penetrations traversed through a comple

175 vertebrae, ribs, and forelimbs, as well as a row of flat, keeled ventrolateral osteoderms associated

176 value of the step size for compressing each row of hologram is dependent on the dynamic range of the

177 Development of an extra row of inner hair cells in the cochlea and an approximat

178 This separates along the last row of keratocytes in most cases performed with the BB t

179 d that the cleavage occurred beyond the last row of keratocytes.

180 ing is that data are collected from a single row of pixels, representing only a small fraction of the

181 sure changes in PM10 concentrations inside a row of roadside houses, after temporarily installing a c

182 drogen bonds, side-chain salt bridges, and a row of seven stacked tyrosines on the hydrophobic side t

183 To separate the signals from each row of the array, a synchronized scan mirror placed in f

184 or -1 charge, respectively) and the periodic row of the transition metal (Cnd = 0 for 3d or 4d metal,

185 Interestingly, we find a row of vortex rings along the drop wall, as demonstrated

186 n this result by assuming that only a single row of vortices is allowed inside a nanowire under perpe

187 -fixed, behaving rodents trimmed to a single row of whiskers.

188 rane tension triggers the positioning of new rows of adhesions at the leading edge.

189 nes are arranged in a highly ordered mosaic: rows of alternating blue- (B) and ultraviolet-sensitive

190 The two rows of boron atoms in the dihydrides are bonded by delo

191 hila the heart fields are organized into two rows of cardioblasts (CBs).

192 n mice that rather than being upregulated in rows of cells, Atoh1 is subject to transcriptional activ

193 E2, are shown to be organized into extended rows of density, separated by 9 nm on the viral surface.

194 ional methods to study the fluid flow across rows of differently shaped hair bundles.

195 retraction, and nectar, trapped between the rows of erect papillae, is carried into the mouth.

196 ght-helical filaments form parallel filament rows of fibrils with a flat tape-like morphology, the tw

197 ovilli-like projections that are arranged in rows of graded heights.

198 each cluster leads to spikes with two or six rows of grain, or an intermediate morphology.

199 go cell-to-cell alignment to form meridional rows of hexagonal cells.

200 atic decision maker is applied to select the rows of holographic pixels to be scanned.

201 ne hydrogen bonding unit self-assembles into rows of hydrogen bonded dimers at the liquid/solid inter

202 mbly of inner ear hair cell stereocilia into rows of increasing height is critical for mechanotransdu

203 The ancestor of maize, teosinte, makes 2 rows of kernels, and modern varieties make approximately

204 y spaced ventral spines furnished with dense rows of long and fine auxiliary spines.

205 ng in the center gap area separating the two rows of MEA band electrodes and that were codetected by

206 gated by compressive forces conveyed via two rows of microtubules that are hypothesized to be mechani

207 ified that ramified extensively through many rows of myenteric ganglia and formed nerve endings in di

208 t that the total power output from the three rows of OHCs can be over three orders of magnitude great

209 The CA.M network is aligned with rows of phosphorus atoms and forms large domains which p

210 The method involves sequentially moving rows of pipet tips containing sample solutions in close

211 airways is arranged in long, accordion-like rows of pleats and folds that run axially down the lumen

212 d stereocilia, which are arranged in defined rows of precise heights.

213 target the AIS of pyramidal neurons and form rows of presynaptic boutons along them.

214 t-sensitive (UV) single cones alternate with rows of red-(R) and green-sensitive (G) double cones.

215 ization of the hair cell composed of several rows of regularly organized stereocilia and a kinocilium

216 he optical pathways originating from the six rows of specialized ommatidia in the stomatopod's eye, t

217 Shorter rows of stereocilia, which have mechanically gated ion c

218 The rows of the data matrices of different species represent

219 tions the Raman signals onto different pixel rows of the detector.

220 regularized graph Laplacian and projects the rows of the eigenvector matrix onto the sphere.

221 egs" to and from the protruding close-packed rows of the metal surface and that it can transit betwee

222 We find that rows of V-shaped hair bundles have a considerably reduce

223 antenna subunits, which are organized as two rows on the PsaF/PsaJ side of the core complex.

224 n (boating, canoeing, fishing, kayaking, and rowing) on waterways in the Chicago area, were used to e

225 When a player hits 5 or 7 shots in a row (or misses 10 in a row), what's at work is random va

226 sides of North-South and East-West vineyard row orientations at two harvest dates.

227 found in the grapes between the two vineyard row orientations.

228 tions by answering each correctly twice-in-a-row (progression dynamic).

229 The interior (B, C) rows provide distance cues regardless of head pitch.

230 The exterior (A, D, E) rows provide information about the relative pitch of the

231 pes and are embedded by default within table rows, providing a useful visual summary of underlying ra

232 matic hyperlipidemia by using a 320-detector row scanner (Aquilion One Vision; Toshiba, Otawara, Japa

233 graphy was performed by using a 320-detector row scanner.

234 anced chest CT scan was performed using a 64-rows scanner (Toshiba, Aquilion 64, Japan) before and af

235 t employs a single-pixel sensor and a row-by-row scanning mechanism to capture the hologram of a wide

236 al genetic studies identified five major SIX-ROWED SPIKE (VRS) genes, with four now known to encode t

237 rned through the spike architecture gene Six-rowed spike 4 regulating COM2 expression, while HvIDS1 (

238 ype were isolated in barley that include Six-rowed spike1 (Vrs1) and Intermedium-C.

239 We used RNA sequencing of allelic six-rowed spike3 (vrs3) mutants with altered spikelet develo

240 In the present study, we isolated Six-rowed spike4 (Vrs4), a barley ortholog of the maize (Zea

241 Six-rowed spikes show fertile lateral spikelets and produce

242 sed grain yield per spike, compared with two-rowed spikes with sterile lateral spikelets.

243 Mari extended the range of two-row spring barley cultivation as a result of its photope

244 Some mechanotransducing shorter row stereocilia are missing, whereas the remaining ones

245 In addition, mechanotransducing shorter row stereocilia overgrow in hair cell bundles of both Ci

246 s appear robustly domesticated, having 10-14 rows, suggesting strong selection for increased yield.

247 ssary for the ameloblasts to start moving in rows that slide by one another.

248 sition metals (Tm), including abundant first-row Tm (Sc through Cu), totaling 60 molecular compounds

249 It was found that first-row Tm gave similar and sometimes superior van der Waals

250 en made to this field, using different first row TM ions, and exploring varied coordination environme

251 f homozygosity-multiple homozygous SNPs in a row-to estimate autozygous tracts across the genome.

252 catalytic potential of pairing labile first-row transition metal active sites with a more covalent s

253 at elevated temperatures, doping with first row transition metal can significantly enhance Tc retent

254 highest turnover number reported for a first-row transition metal catalyst.

255 the appropriate choice of inexpensive first-row transition metal catalyst.

256 s-Alder cycloadditions mediated by the first-row transition metal complex [Cr(Ph2phen)3](3+), where P

257 ctron transformations with mononuclear first-row transition metal complexes at mild potentials.

258 The rational design of well-defined, first-row transition metal complexes that can activate dioxyge

259 clusters involving a noble metal and a first-row transition metal have not been previously reported.

260 lm formation from aqueous solutions of first row transition metal ions at pH 1.6 can be induced under

261 heterobimetallic complexes of divalent first-row transition metal ions such as Mn(II), Fe(II), and Co

262 g, four-helical bundle that transports first-row transition metal ions Zn(2+) and Co(2+), but not Ca(

263 CP coordinates a variety of divalent first-row transition metal ions, which is implicated in its an

264 pincer complex of the Earth-abundant, first-row transition metal manganese serves as the catalyst.

265 r understanding of the activity of the first row transition metal oxides is needed.

266 Five different first-row transition metal precursors (V(III), Cr(III), Mn(II)

267 r transition metal dichalcogenides and first-row transition metal pyrites catalysts.

268 is systematically replaced with other first-row transition metals (Mn, Co, or Ni), while the chromiu

269 ows that the exocyclic coordination of first-row transition metals (TMs) to {P8W48} typically yields

270 talysts based on the unique ability of first-row transition metals to accommodate two-coordinate comp

271 Hydrogenase enzymes use first-row transition metals to interconvert H2 with protons an

272 This work highlights the ability of first row transition metals to mediate heterogeneous electroly

273 be the behavior of Kbeta mainlines for first row transition metals with any d(n) count, allowing for

274 /MRP-14 oligomer) chelates a number of first-row transition metals, including Mn(II), Fe(II), and Zn(

275 oted by earth-abundant and inexpensive first-row transition metals.

276 are planar host that is well suited to first-row transition metals.

277 ing sites are also recognized by other first-row transition metals.

278 s of nitrenium nitrogen (N(nit))-bound first-row transition-metal complexes.

279 Three first-row transition-metal sulfides, FeS2, CoS2, and NiS2, wit

280 First-row transition-metal-mediated reactions constitute an im

281 ate as the VRS3 gene and suggesting that the row type in barley is determined epigenetically.

282 3 acts as a transcriptional activator of the row-type genes VRS1 (Hv.HOMEOBOX1) and INTERMEDIUM-C (IN

283 spikelets at triple spikelet meristem gives row-type identity to barley spikes.

284 Comparative transcriptome analysis of the row-type mutants vrs3, vrs4 (Hv.RAMOSA2), and int-c conf

285 oarray showed that Vrs4 (HvRA2) controls the row-type pathway through Vrs1 (HvHox1), a negative regul

286 Thus, far, two loci governing the row-type phenotype were isolated in barley that include

287 le limb stroke, e.g. whether it consisted of rowing, underwater flight, or modified underwater flight

288 The standard protocol (64-detector row unit) included unenhanced and pancreatic and portal

289 ts with a new second-generation 320-detector row unit.

290 s) to identify the same gene cluster and the row vector specifies for each species the developmental

291 trix into a product of a column vector and a row vector where the column vector is a consistent indic

292 ] rows from a frame with [Formula: see text] rows (vectors) and [Formula: see text] columns (dimensio

293 d that were codetected by electrodes in both rows was determined by analysis of the fractional detect

294 its 5 or 7 shots in a row (or misses 10 in a row), what's at work is random variation, nothing more.

295 2/3) of rodent somatosensory cortex, where D-row whisker deprivation drives Hebbian weakening of whis

296 rtoire in subjects vaccinated two years in a row with either identical vaccine virus strains or with

297 They are constructed from expanded oxide rows with a lattice constant close to that of alpha-PtO2

298 t revealed clusters of GFP-RyR2 organized in rows with a striated pattern.

299 ce oscillations to the penetration of vortex rows with intermediate geometrical pinning and uncover t

300 n which the molecules arrange in alternating rows, with two distinct appearances in STM which are ass

301 cked and positioned parallel in two opposite rows within a 20 mum x 25 mum square area and with a dis