ライフサイエンスコーパス: pyramid

1 cially among broad spiking neurons (putative pyramids).

2 (FS cells) and star pyramidal neurons (star pyramids).

3 en so as to diminish d(A) or tilt the CuO(5) pyramid.

4 le forming the edges of a distorted trigonal pyramid.

5 dinated to the axial site of a pseudo square pyramid.

6 y stimulated CS tract axons in the medullary pyramid.

7 mmon octahedral intermediate to a pentagonal pyramid.

8 rd with the factor expected from the trophic pyramid.

9 ter complex the appearance of a penton-based pyramid.

10 Guidelines for Americans and the food guide pyramid.

11 separate, triangle-shaped top portion of the pyramid.

12 rm the trapezoid-shaped lower portion of the pyramid.

13 tors dominate, producing an inverted biomass pyramid.

14 te EPSPs after repetitive stimulation of the pyramid.

15 he US Department of Agriculture's food guide pyramid.

16 ordinated calcium is a monocapped pentagonal pyramid.

17 as interpreted to be normal with a medullary pyramid.

18 tures as demonstrated on a nano-sized square pyramid.

19 nsects resistant to one of the toxins in the pyramid.

20 ine data from several levels of the severity pyramid.

21 ake up a significant share of the food guide pyramid.

22 estimates that suggested an inverted trophic pyramid.

23 are reports that they are present in macaque pyramids.

24 ting nerve axons of the CST in the hindbrain pyramids.

25 hardness H versus contact size l(c) in nano-pyramids.

26 e prominent spike afterdepolarization of CA3 pyramids.

27 cheerleading concussions involved two-level pyramids.

28 mediated by the location-specific firing of pyramids.

29 concentrate energy from other local trophic pyramids.

30 ertical inputs from layer IV to layer II/III pyramids.

31 dditionally incorporates oxygen-sharing XeO5 pyramids.

32 iological membrane, where it forms sevenfold pyramids.

33 s axonal loss, at the level of the medullary pyramids.

34 s 0.7 per 100 micron of dendritic length for pyramids; 0.53 vs 0.4 for interneurons).

35 though numerically few in relation to medium pyramids (1 or 2: 50?), are likely to have distinctive m

36 ically stimulated CST axons in the medullary pyramid 2.5 h daily, between weeks 7 and 10.

37 s of clones containing both interneurons and pyramids (44%), exclusively interneuron clones (24%), or

38 no decrease in axon number in the medullary pyramid after SCI, regardless of injury level, severity,

39 Guidelines for Americans and the food guide pyramid aim to reduce the risk of major chronic disease

40 ed dendritic arbors of layer 5 "tall-tufted" pyramids, all "nontufted" cells had sparse, but unusuall

41 0 nm radius) of a template-stripped metallic pyramid allows the efficient delivery of light--via the

42 by Asn-419 backbone oxygen at the apex of a pyramid and Asp-80, Ser-121, Asn-419, and Ser-420 at eac

43 y; 3) food patterns consistent with the food pyramid and incorporating legumes and whole grains are n

44 1-2 hybridization densities for Ammon's horn pyramids and (ii) similar or numerically decreased mRNAs

45 ructures built from disordered Mo(VI) square pyramids and (RE)O(8) square antiprisms (RE = Ce(IV), Pu

46 9 (29m) has a layer III of medium and NFP-ir pyramids and a layer IV with some large, NFP-ir pyramida

47 aring coordination between SeO3(2-) trigonal pyramids and both FeO6 and MnO6 octahedra; however, the

48 Experiments confirm both effects: with pyramids and collimator the thermal rectification is 10.

49 ract (CST) axons decussated in the medullary pyramids and descended through the contralateral dorsola

50 st, depressing inputs onto 10/10 neocortical pyramids and facilitating inputs onto 7/7 oriens-lacunos

51 ord area, smaller white matter volume in the pyramids and left cerebellar peduncle, and smaller grey

52 lamus, and decreased white matter volumes in pyramids and left internal capsule.

53 lat plate to compress single-crystal Au nano-pyramids and others using a Berkovich indenter to indent

54 n deviate from those favoring the success of pyramids and seed mixtures, particularly against pests w

55 scribing how PVAP arranges to form sevenfold pyramids and suggest how this small, robust protein may

56 x projection originates from smaller layer V pyramids and targets the IC cortices with dense terminal

57 a publicly accessible icon (eg, the current pyramid) and related materials to ensure that the scienc

58 ss turnover rates), ecosystem (e.g., trophic pyramids), and macroecological scales (e.g., global patt

59 ages in three shapes-tetrahedron, four-sided pyramid, and triangular prism-with the largest containin

60 al planar AgO4 polyhedra, AgO6 capped square pyramids, and AgO6 octahedra.

61 r Va of PR; and LS neurons (stellates, small pyramids, and cone cells) were encountered in layers II/

62 ramidal position, radial displacement of CA1 pyramids, and transposition of a hitherto unremarked lon

63 be induced at synapses from FS cells to star pyramids, and was occluded by previous visual deprivatio

64 d AMPA GluR3 mRNA densities for Ammon's horn pyramids; and (iii) similar or numerically increased mRN

65 RA) have been evolving from the traditional "pyramid" approach toward one based upon early and sustai

66 stance and antagonism between toxins used in pyramids are common, and that these problems are associa

67 f energy subsidies [1], bottom-heavy trophic pyramids are expected to predominate, based on energy tr

68 al colloids, and then agglomerated truncated pyramids are formed.

69 Here we present a metallic pyramid array for intravesicular analysis by combining s

70 rse ipsilateral CS projections of the intact pyramid as a model of the sparse connections preserved a

71 had fewer myelinated axons in the medullary pyramid at 1 year after injury than aged matched control

72 reen and simulated either a textured wall or pyramid at different viewing distances.

73 The ancient Egyptian pyramids at Giza have never been accurately dated, altho

74 osed extensively to one of the toxins in the pyramid before two-toxin plants are adopted.

75 ed mixtures yielding random distributions of pyramided Bt and non-Bt corn plants within fields.

76 tance and interactions between two toxins in pyramided Bt cotton (Cry1Ac and Cry2Ab).

77 seen here does not threaten the efficacy of pyramided Bt cotton against pink bollworm.

78 th Cry1F maize on three single-gene and five pyramided Bt cotton products.

79 nt plans may help to sustain the efficacy of pyramided Bt crops.

80 However, the advantage of pyramided Bt plants for resistance management may be com

81 trate the risk of evolution of resistance to pyramided Bt plants, particularly when toxins are deploy

82 cations for the regulation and deployment of pyramided Bt plants.

83 Spence speculates that Egypt's pyramid builders found true north by using a plumb line:

84 en a complete remodeling of the traditional "pyramid" by rheumatologists, who now treat rheumatoid ar

85 and photostimulation demonstrates that these pyramids can connect to layer 4 excitatory neurons.

86 The reassembly of the pyramids can still be attained via engaging excluded vol

87 This study showed that pyramid cell-inhibitory neuron interconnections are exte

88 Pyramiding cell surface pattern recognition receptors wi

89 th of a formal ceremonial space into a plaza-pyramid complex that predated comparable buildings at ot

90 The spread of plaza-pyramid complexes across southern Mesoamerica during the

91 ese changes in position result in a trigonal pyramid coordination geometry for iron in the complex.

92 Pyramided cotton containing Cry1Ac/Cry1F was effective a

93 of S. frugiperda were all susceptible to the pyramided cotton containing Cry1Ac/Cry2Ab, Cry1Ac/Cry1F/

94 Food-specific weight consistent with the pyramid definitions for serving sizes were derived from

95 This analysis should assist in future pyramid design and the development of sustainable resist

96 Pyramiding different components of the salt tolerance me

97 The triangular pyramid domain has three alpha-helices at its narrow end

98 Research from the base-of-the-pyramid domain offers new insights into how collaborativ

99 en explore how insights from the base-of-the-pyramid domain yield a set of interdependence-based coll

100 rcentage of the total axons in the medullary pyramid exhibit any sign of degeneration at any time aft

101 We show that single-crystalline cubes and pyramids exhibit a uniform hydrogen distribution at equi

102 as mixtures that cannot be categorized into pyramid food groups and because food intake data and foo

103 to estimate the mean number of servings from pyramid food groups and percentages of the population me

104 f 30 US Department of Agriculture Food Guide Pyramid food groups was evaluated in the Eating at Ameri

105 ngredients so that they could be placed into pyramid food groups.

106 r deployment as insect resistance management pyramids for in-plant control of western corn rootworm.

107 adient generated at the apexes of the nozzle pyramids forces the periodic ejection of multiple drople

108 stigated the STIV gene products required for pyramid formation in its host Sulfolobus solfataricus.

109 t spike timing-dependent plasticity in L2/L3 pyramids from rat visual cortex is accompanied by plasti

110 Here, we introduce and demonstrate Laplacian pyramid fusion as a powerful and more robust alternative

111 give rise to E axons, and the sparser giant pyramids give rise to R corticopulvinar axons.

112 e and the accompanying vegetarian food guide pyramid graphic is to provide the conceptual framework f

113 2-dimensional array of inverted rectangular pyramids greatly enhances optical coupling to the graphe

114 validity of the coral reef inverted trophic pyramid has been questioned, but until now, was not reso

115 Electrical coupling between pyramids has however been shown to play a significant ro

116 issimilar Bt toxin genes in the same plant ("pyramided") have the potential to delay insect resistanc

117 A graphene-Au nano-pyramid hybrid system that enables label-free single mol

118 transection of corticospinal pathways in the pyramids impairs locomotion and leads to increased spasm

119 ial to the facial nucleus and lateral to the pyramid in a column distinct from the GAD67-ir cells.

120 Archaeological excavations at a U-shaped pyramid in the northern Lake Titicaca Basin of Peru have

121 Layer 2/3 pyramids in A1 have substantial axonal arbors in layer 4

122 es unique to humans include large layer IIIc pyramids in both divisions, sparse layer Vb in area p32,

123 nspired the idea of inverted trophic biomass pyramids in coral reef ecosystems.

124 nt role in the maintenance of local inverted pyramids in pristine marine areas.

125 unitary synaptic connections between layer 3 pyramids in the primate PFC and, interestingly, we found

126 herent spontaneous firing of hippocampal CA1 pyramids, independently of alterations in synaptic activ

127 At these pyramid-interneurone connections, facilitation of the 2n

128 huge biomass of predators makes the trophic pyramid inverted.

129 The formation of ZnO pyramids involved recrystallization of larger amorphous

130 also occupies the equatorial plane, and the pyramid is completed by an axial oxygen at approximately

131 The base of the pyramid is covered by the N-terminal heptadecapeptide se

132 The most widely used pyramid is transgenic cotton producing Bt toxins Cry1Ac

133 insect survival, survival on currently used pyramids is often higher for both susceptible insects an

134 sometimes referred to as squaring or the age pyramid, is caused by the combination of an increasing l

135 Pyramids lacking layer I dendritic tufts target the CNIC

136 (-10 mV, -20 mV, -30 mV) in an alternating, pyramid-like arrangement enabled sampling of membrane co

137 Here, the synthesis of 100 mum pyramid-like hexagonal bi- and trilayer graphene single-

138 fataricus alone is sufficient to produce the pyramid-like lysis structures in cells.

139 virus infection resulted in the formation of pyramid-like projections from the cell surface.

140 The viral-induced pyramid-like protrusions on cell surfaces represent a no

141 s rod-shaped virus 2 (SIRV2) produce unusual pyramid-like structures on the cell surface prior to vir

142 us (STIV) have been shown to produce unusual pyramid-like structures on the cell surface.

143 alized to the cellular membranes forming the pyramid-like structures.

144 three-way junctions are not flat, but rather pyramid-like.

145 text of virus replication and alone, to form pyramid lysis structures in S. solfataricus.

146 l proteins required for the formation of the pyramid lysis structures of STIV and SIRV2, respectively

147 nvariant features from images, and construct pyramid match kernels to measure the similarity between

148 ent excitation between deep-layer prefrontal pyramids may involve presynaptic and postsynaptic D1 rec

149 Department of Agriculture food pyramid, may well have played an unintended role in the

150 coral reefs, managing for 'concave' trophic pyramids might be a win-win for people and ecosystems, b

151 a variety of genetic analyses, specifically pyramiding multiple mutant combinations, forward mutagen

152 spiking interneurones and their postsynaptic pyramids (n = 5) demonstrated one to five boutons per co

153 < 2 mV), short-latency IPSPs in postsynaptic pyramids (n = 5, 13 and 1, respectively).

154 ps according to the United States Food Guide Pyramid, nutrient intake recommendations, and a comparis

155 However, the predicted pyramid of biomass distribution among trophic levels may

156 At the top of the pyramid of evidence-based medicine are the prospective,

157 generation and axon numbers in the medullary pyramid of Sprague Dawley rats after both acute SCI, eit

158 Pyramiding of alien-derived Wheat streak mosaic virus (W

159 ent of plant stress tolerance should involve pyramiding of multiple genes.

160 We created discrete pyramids of DNA with gold nanocrystals at the tips.

161 Remarkably, pyramids of layers III, V, and VI had the same THAD valu

162 late EPSPs to repetitive stimulation of the pyramid; only 3% had segmental latencies that were appro

163 We implanted microwires in the pyramid or spinal white matter to stimulate CS axons (2

164 For a pure InAs quantum dot with a shape of pyramid or truncated pyramid, the hole wave function alw

165 The traditional "pyramid" or sequential approach to treatment of patients

166 -trapping design incorporating a 2D inverted pyramid photonic crystal and a rear dielectric/reflector

167 s containing two dissimilar Bt toxin genes ('pyramided' plants) have the potential to delay resistanc

168 al white matter changes observed in the left pyramid predicted increased task-related responses in th

169 Transgenic crop pyramids producing two or more Bacillus thuringiensis (B

170 lay or counter resistance, transgenic plant "pyramids" producing two or more Bt proteins that kill th

171 t rising energy flux fuels top-heavy biomass pyramids, promoting omnivory, thereby reducing FCL.

172 equency stimulation (HFS), in contrast to MF-pyramid (PYR) synapses, where long-term potentiation (LT

173 At twenty-five pyramid-pyramid connections, 2nd EPSPs were broader than

174 At thirty-two of sixty-nine pyramid-pyramid connections, the 2nd EPSP was the same s

175 The synaptic latency of pyramid-pyramid connections, which typically comprise mu

176 Pyramid-pyramid EPSPs were strongly voltage dependent an

177 In eleven additional pyramid-pyramid pairs, the 2nd EPSP was also the same sh

178 enes were available, it would be possible to pyramid R genes in a crop, which might provide more dura

179 tic (alphabeta)3 assembly forms a triangular pyramid rather than the pseudo-sixfold ring arrangement

180 model, whereas the tissues of the medullary pyramids receive an absorbed dose 1.5-1.8 times larger.

181 ps and percentages of the population meeting pyramid recommendations.

182 d little or no common input with neighboring pyramids, regardless of their direct connectivity.

183 2, there is complete inversion of one square pyramid relative to the other with strong super hyperfin

184 emilunaris inferior, and parts of the vermal pyramid rendered WM susceptible to irrelevant informatio

185 Self-assembly of PVAP into pyramids requires at least two different, in-plane and o

186 xcitonically coupled cross-dimer tryptophan "pyramid" responsible for UV-B sensing.

187 electrodes less than 5 mm from the medullary pyramids resulted in treatment effect arcing into the co

188 e plane and the nitrogen is at the apex of a pyramid, resulting in polarization of the amino group.

189 Postgrowth annealing of pyramids results in a similar shape change process.

190 rity of corticospinal axons at the medullary pyramids revealed only weak suppressions in ipsilateral

191 smooth pure metal films with grooves, bumps, pyramids, ridges, and holes.

192 s generated by feedback excitation among CA3 pyramids, safeguarding the network from possible runaway

193 nnaire validation study of foods measured in pyramid servings allowed for a measure of food intake co

194 The US Department of Agriculture's Pyramid Servings Database was used to estimate intakes o

195 based on the US Department of Agriculture's Pyramid Servings Database) was assessed with a food-freq

196 ngs Database was used to estimate intakes of pyramid servings for both diet assessment tools.

197 Correlations for energy-adjusted pyramid servings of foods ranged from 0.43 (other starch

198 he 12 mo before screening as energy-adjusted pyramid servings/d (ps/d).

199 anning >250 coral reefs, we show how trophic pyramid shape varies given human-mediated gradients alon

200 use of transparent two-dimensional arrays of pyramid-shaped elastomeric tips (or 'pens') for large-ar

201 n a process that led to the development of a pyramid-shaped graphic illustration and a supporting doc

202 use these approaches to illuminate extensive pyramid-shaped hierarchical structures existing in the r

203 The two sides of pyramid-shaped ILD curves were more symmetrical in spike

204 Arrays with as many as about 11 million pyramid-shaped pens can be brought into contact with sub

205 nventional microfabrication routes result in pyramid-shaped tips, and the radius of curvature at the

206 For such pests, the pyramid strategy could be improved by incorporating empi

207 ons could greatly reduce the benefits of the pyramid strategy for pests like H. zea, which have inher

208 This "pyramid" strategy is expected to work best when selectio

209 teins from Bacillus thuringiensis (Bt), the "pyramid" strategy uses plants that produce two or more t

210 teins from Bacillus thuringiensis (Bt), the "pyramid" strategy uses plants that produce two or more t

211 bonding orbitals within the basic triangular pyramid structure unit.

212 mainly five-fold coordinated (showing square pyramid structure), whereas Cl(-), Br(-) and I(-) hydrat

213 cacy of the hippocampal mossy fiber (mf)-CA3 pyramid synapse by a TrkB-requiring mechanism.

214 ong-term potentiation of the mossy fiber-CA3 pyramid synapse was impaired in slices of trkB(PLC/PLC)

215 cy and excellent stability are fabricated on pyramid-textured silicon substrates by applying a water-

216 e for the start of construction of the Great Pyramid that is accurate to +/-5 yr, thereby providing a

217 gle, under isotropic stress, into a trigonal pyramid that likely serves as a precursor for the subseq

218 rons preferentially connected to neighboring pyramids that provided them with reciprocal excitation.

219 include using refuges together with Bt crop 'pyramids' that make two or more Bt toxins effective agai

220 tum dot with a shape of pyramid or truncated pyramid, the hole wave function always occupies the base

221 d taking into account the African population pyramid, the intervention is expected to be cost saving

222 f SCI subjects-compared with controls-in the pyramids, the internal capsule, the cerebral peduncle an

223 ermediate or transition state) or pentagonal pyramid to allow the leaving ligand X to exit from the s

224 To assess the potential of pyramids to achieve this goal, we analyze data from 38 s

225 onjunction with light channelled through the pyramids to control ink viscosity or composition in a dy

226 use trends in the orientation of Old Kingdom pyramids to demonstrate that the Egyptians aligned them

227 ervations were made of the shape change from pyramids to domes during the growth of germanium-silicon

228 During growth, the transition from pyramids to domes occurs through a series of asymmetric

229 two, and two synaptic junctions, whereas the pyramid-to-dendrite-targeting cell and pyramid-to-double

230 s the pyramid-to-dendrite-targeting cell and pyramid-to-double bouquet cell interaction were mediated

231 d postsynaptic D1 receptor (D1R) mechanisms, pyramid-to-interneuron communication will engage a posts

232 scopy revealed that the smaller square-based pyramids transform abruptly during growth to significant

233 of approaches have been taken to combine or 'pyramid' transgenes in one plant and have met with varyi

234 FeOn units (n = 6, 5, 4 in octahedra, square pyramids, trigonal bipyramids, tetrahedra) were identifi

235 r 24 generations of selection, resistance to pyramided two-gene plants was significantly delayed as c

236 Previous studies demonstrate two L5 pyramid types: cortico-cortical (CC) and cortico-subcort

237 ger heat tolerance could be attained through pyramiding validated heat tolerance QTLs.

238 Virus-associated pyramids (VAPs) assemble in the host cell membrane from

239 To study the effects of injury, one pyramid was lesioned.

240 One subpopulation of LS neurons (small pyramids) was found in layer II/III; another (cone cells

241 ttering measurements from solutions of these pyramids, we confirmed that this pyramidal geometry crea

242 rounding the base of the transparent polymer pyramids, we show that inks with photopolymerizable or i

243 few ganglion cells or only layer 5 cortical pyramids were labeled in others.

244 ZnO hexagonal pyramids were obtained in hydrophilic media without any

245 und throughout PR; RS neurons (stellates and pyramids) were present from layer II/III through VI of P

246 ctures contain highly compressed TiO5 square pyramids which are arranged one over the other to form i

247 idence of loss of CST axons in the medullary pyramid, which must occur if CST neurons die.

248 agglomerates further transform into chained pyramids, which eventually separate from each other.

249 les, rods, rings, barrels, and double-tipped pyramids, which we call graphite polyhedral crystals (GP

250 mplex has a geometry that is nearly a square pyramid, while the n=6 complex has a structure close to

251 Amino acids 371-447 form a tapered pyramid with a triangular cross-section composed of inte

252 me and is found to be that of a square-based pyramid with each Cu ion bound to three nitrogen atoms (

253 structure of 5(THF) showed it to be a square pyramid with the methylidene ligand in the apical positi

254 ay study of which revealed it to be a square pyramid with the methylidene ligand in the apical positi

255 High-yield cereal crops pyramided with improved (micro)nutrient contents hold gr

256 re deployed in the refuge than when they are pyramided with the PPPG.

257 comprises a 2-dimensional array of inverted pyramids with a triple layer coating consisting of a ref

258 Described assemblies of ZnO pyramids with collective behavior of individual building

259 defined for the renal cortex, the medullary pyramids with papillae (2 vertical and 3 horizontal), an

260 ic acid lesions produced degeneration of CA3 pyramids with sparing of CA1 and dentate granule cells i

261 r II/III through VI of PR; BS neurons (large pyramids with thick nonbifurcating apical dendrites) wer

262 t pristine coral reefs have inverted trophic pyramids, with disproportionally large top predator biom