ライフサイエンスコーパス: similarity in

1 nt-related fMRI paradigm, we measured neural similarity in 12 human participants between pairs of sti

2 rate that after accounting for kmer sequence similarities in 3' UTRs, a statistical linear model base

3 ug library for agents that share significant similarity in 3D shape and surface electrostatics with f

4 urface receptor that identifies kin based on similarities in a polymorphic region, and the TraB cohor

5 urface, whereas for the Ag(110) surface, the similarity in adsorption geometry of the intermediate an

6 y examining distributional and color pattern similarities in all of the 21 North American diurnal vel

7 The similarities in amino acid sequences, expression pattern

8 from different species with respect to their similarity in amino acid sequence and protein fold in co

9 repertoires of twin pair members showed high similarity in antibody heavy chain V, D, and J gene segm

10 Mullerian mimicry is similarity in appearance or phenotype among harmful spec

11 rn analysis, we show that the degree of (dis)similarity in arm-velocity profiles across the video set

12 ecent studies have highlighted the increased similarities in attendant tumor structure, metastasis, a

13 ernal and offspring microbiota revealed that similarities in bacterial community composition was pred

14 We found some degree of similarity in behavioral judgments of all tested geometr

15 nsupervised recognition and visualization of similarities in big data can also infer the network angu

16 Substantial similarities in binding specificity, neutralization brea

17 e presence of single-stranded RNA suggesting similarities in binding.

18 ules for which E3FP is a better predictor of similarity in bioactivity than is ECFP.

19 Additionally, host species with higher similarity in biological traits and greater geographic r

20 Despite their similarity in biology and behavior, S. invicta is a more

21 Similarities in body plan evolution, such as wings in pt

22 ar genetics and embryology has revealed deep similarities in body-axis formation and organization acr

23 Given that and their similarity in body size and physiology to humans, we fur

24 and shrimp were detected with low amino acid similarity in both ballast and harbor waters.

25 newable chemicals and fuels, indicates their similarity in both structure and activity to Arabidopsis

26 birds and humans share independently evolved similarities in brain pathways for vocal learning that a

27 ressed KIRs in the rhesus macaque and reveal similarities in Bw4 recognition by Mamu-KIR3DL01 and hum

28 Using a classic measure of similarity in cell trajectories within droplets, the int

29 Their similarities in chemical structure with legacy pollutant

30 Despite similarities in chemical structure, 2-arachidonoyl glyce

31 t choice as a carbon isostere because of the similarity in chemical properties.

32 for identity determination because of their similarity in chemical structure.

33 x4 in genital development and highlight deep similarities in cis-regulatory activity between limbs an

34 (PPCM) and dilated cardiomyopathy (DCM) show similarities in clinical presentation.

35 Despite similarities in clinical skills training and prescribing

36 Importance: Because of the similarity in clinical outcomes after elective open and

37 se results suggest that the cross-linguistic similarity in color-naming efficiency reflects colors of

38 Similarity in congener patterns indicated that salmon ar

39 Quantifying differences or similarities in connectomes has been a challenge due to

40 Similarities in conserved motifs between H2A.W and anoth

41 n the shared eccentricity representation and similarity in cortical connectivity, we propose that the

42 organisms; principally the mouse, because of similarities in cranial suture development.

43 s-phenotypes association analysis due to the similarity in data structure of these two types of resea

44 ges between Inga species was correlated with similarity in defenses.

45 methodology is applied to yield a metric for similarity in degree of organization between populations

46 mouse retinal transcriptomes show remarkable similarity in developmental stages, although morphogenes

47 We find that similarity in diagnostic accuracy is a key condition for

48 tions, hence allowing to obtain perfect self-similarity in different time and space scales.

49 ns and medicinal chemists typically perceive similarity in different ways.

50 lable for RLNs and highlight differences and similarities in effectors and molecular mechanisms betwe

51 n neutralization fingerprint correlated with similarity in epitope.

52 f the tumors' tissue of origin, highlighting similarities in evolutionary dynamics leading to hypermu

53 In this review, we describe functional similarities in eyes and gaze stabilization reflexes, em

54 r regression models to predict the antigenic similarity in foot-and-mouth disease virus strains and i

55 ntal and/or behavioral pressures precipitate similarity in form and function between disparately rela

56 Another example is the self-similarity in fractals and dendrites.

57 Despite the similarity in frequency range, several features distingu

58 By using this approach on the similarity in fruit-typology ecological traits we obtain

59 Harpacticidae, order Harpacticoida) revealed similarities in gene arrangement among these three speci

60 genome (cpDNA) of V. peltata shows striking similarities in gene content and organization with the c

61 ranscriptional profiling revealed remarkable similarities in gene expression alterations in brain tis

62 We also identify embryonic similarities in gene expression between the ventricular

63 Similarities in gene expression have been interpreted as

64 Based on the similarities in gene expression, morphology, collagen ul

65 d by commonly activated disease pathways and similarities in gene expression.

66 ndividual elements and factors have explored similarities in gene regulation, a large-scale comparati

67 There was a greater degree of similarity in gene content and genomic islands among str

68 psis invicta, but the two show no detectable similarity in gene content.

69 transcriptomic studies have observed greater similarity in gene expression between homologous tissues

70 Affymetrix microarray showed > 90% similarity in gene expression in mutant-K-Ras-beta-caten

71 analysis in vivo reveal that, despite their similarity in gene expression, Nodal and Activin-derived

72 When the features are grouped based on similarity in gene expression, we showed that the propos

73 f 2.7 +/- 0.3 and 0.7 +/- 0.2 despite a high similarity in gene sequences.

74 ation to experimental drought and relate the similarity in gene set enrichment across species to thei

75 ata sets, analyzed by Oncomine, and revealed similarity in gene signatures with increased aggressive

76 Moreover, we demonstrate striking similarities in genetic architecture (loci influencing t

77 (genome content similarity index) quantifies similarity in genome composition between two microbes, w

78 The apparent similarity in growth responses suggests a possible conve

79 This similarity in GUVs and LUVs indicates that their size ha

80 We found that similarity in herbivore assemblages between Inga species

81 to determine whether superficial behavioral similarities in humans and the highly social honey bee r

82 high-resolution fMRI and analyses of pattern similarity in humans, we examined the encoding computati

83 The similarity in immune complement across a gradient of soc

84 al representations was correlated with local similarity in individual electrodes (i.e., with RSA acro

85 th compounds' dissimilarity in structure and similarity in induced gene expression changes.

86 Striking similarities in intracellular formation pathways between

87 ncoded proteins is associated with a loss of similarity in intron/exon gene structure.

88 to represent a CV-specific risk factor given similarities in its associations with non-CV outcomes.

89 a of cancer cells and displayed a surprising similarity in its effects to the effects of mNT/NAF-1 sh

90 cted in multiple sponge orders, according to similarities in key genes such as 16S rRNA and polyketid

91 By contrast, pattern similarity in lateral occipital cortex was related to me

92 This was accompanied by stronger pattern similarity in lateral prefrontal and parietal regions, a

93 reflect the differences and, in particular, similarities in lifestyle between migratory and sedentar

94 MZ twin pairs exhibited greater similarity in MAF at heteroplasmic sites than DZ twin pa

95 Perhaps the initial similarities in males and females underlie early therape

96 the USA, allowing us to investigate whether similarities in microbial communities match host genetic

97 Our findings illustrate the similarity in modular cortical organization between the

98 This review highlights similarities in molecular biology, diagnosis, treatment,

99 T-ICR mass spectral data revealed an overall similarity in molecular components among the rivers.

100 However, despite similarities in morphology, immunophenotype, and differe

101 The surprising similarity in morphology and composition between EPS-Si

102 An overall similarity in mtDNA lineages of the NPR Scythians was fo

103 c distance-covariance approach that compares similarity in multivariate phenotypes to similarity in r

104 to a significant extent, the degree of (dis)similarity in multivoxel activation patterns in both upp

105 Similarities in neocortical circuit organization across

106 has concluded that, although there are many similarities in network structure during an intrinsic, r

107 Despite similarities in neuromast hair cell morphology, three cl

108 of 34 diverse HIV-1 strains and showed that similarity in neutralization fingerprint correlated with

109 Our study thus supports the idea that similarities in niches among species, rather than the di

110 In contrast, neural similarity in occipital cortex was best predicted by sha

111 rea 25 projections, supporting cross-species similarities in OFC topography.

112 The results of the present study reveal similarities in onset sites of spontaneous seizures in p

113 overed among the genes that have no sequence similarities in other organisms.

114 sions of relative risk and the dimensions of similarity in outcome comparisons typically differ.

115 The similarities in outcomes between patients in MRD-positiv

116 The high degree of similarity in outward-facing structures across evolution

117 n at the nucleotide level in spite of strong similarities in overall phenotypes.

118 previous tools that are all based on protein similarities in pairs of networks being aligned.

119 Due to the similarities in pathophysiology among preeclampsia, IUGR

120 l splicing signatures identified significant similarities in pathway dysregulation, including ECM reg

121 Analysis of the similarity in patterns of sequence conservation across a

122 y systematically examining HLA molecules for similarities in peptide binding specificities and bindin

123 iated neuronal adaptation effects induced by similarity in perceived emotional content between consec

124 Taken together, the stark similarity in phenotype and/or endophenotype between mon

125 here may regulate dNTP pool size, as well as similarities in phenotypes between the Deltahda strain a

126 iosimilars that demonstrate a high degree of similarity in physical, chemical, structural, and biolog

127 Essentially we use 3' UTR sequence similarity in place of population cryptic relatedness in

128 After phylogenetic corrections, however, similarity in plumage and territorial song are the only

129 es depleted in nucleosomes, which highlights similarities in Pol II- and Pol IV-mediated transcriptio

130 This similarity in position suggests that G1s of workers, vir

131 ts at nuclear power plants, have highlighted similarities in potential public health effects of radia

132 In conclusion, despite certain similarities in PPI patterns across conditions, the more

133 ilarity indices based on MHC to test whether similarity in preen secretion chemicals correlated with

134 We found that similarity in preen secretion chemicals was positively c

135 Despite their similarity in primary sequence and cofactor content, cry

136 Finely preserved details also reveal similarities in propatagial and footpad form between bas

137 Fel d 7 and Can f 1 showed high similarities in protein structure and epitopes in common

138 Nonetheless, despite some similarities in proximate composition, mussels presented

139 res similarity in multivariate phenotypes to similarity in rare-variant genotypes across a gene.

140 ions and experiment reveal that the apparent similarity in reactivity is due to very fast reaction ki

141 We further observed similarities in receptor binding densities between subdi

142 inoculum) (10,15) , and regions with genetic similarities in related pathogen populations (16,17) .

143 Similarities in research approaches across crops suggest

144 plications, our multitask approach leverages similarities in response profiles of groups of drugs tha

145 The similarity in response of these materials, despite the d

146 ells generally has the lowest threshold, the similarity in responsiveness across cells makes it extre

147 the past, peptide peaks are linked based on similarities in retention time (rt), mass or peak shape

148 The similarities in rigidity and tunability between nanoribb

149 Conclusions and Relevance: The similarities in risk patterns observed between the 2 out

150 ype of binge eating disorder in obesity with similarities in risk-taking in the reward domain to subs

151 We observed phenotypic similarity in S. cerevisiae genetic interaction data bet

152 e of sensory cortices reflects the degree of similarity in sensory input and not columnar and/or cort

153 Despite high similarity in sequence and catalytic properties, the l-l

154 Though RNA search programs based on similarity in sequence, 2D, and/or 3D structural element

155 Given their similarities in sequences and functions, we name the pon

156 Secondly, the technique does not require similarity in signal distribution across chips for norma

157 a useful medical model for humans due to its similarity in size and physiology.

158 he intact berries and macerated skins showed similarity in skin break energy values.

159 rns by characterizing genetic and functional similarities in species aryl hydrocarbon receptors (AHRs

160 we found that IMC-48 and hnRNP LL share 80% similarity in stabilizing i-motifs with 60 s incubation.

161 The obvious similarities in strategies between polio elimination and

162 In spite of similarities in structure and function, the RB69 enzyme

163 that are divided into three classes based on similarities in structure and function.

164 Similarities in structure and poration activity of these

165 member of the Tectiviridae family with many similarities in structure and replication to HAdV.

166 The overall tetrameric structure shows similarity in structure and aggregation to the horseshoe

167 Similarity in structure and overall fold of 2S albumins

168 This similarity in structure leads to a similarly high select

169 a high degree of sequence identity and thus similarity in structure, many unique functions have been

170 edundancy might be inferred from their close similarity in structure, their in vivo activity can lead

171 This study focuses on the differences or similarities in tannin composition and concentration in

172 lysin and nonstop mutants exhibit phenotypic similarities in terms of chromosome structure in both di

173 Human and macaque brains share significant similarities in terms of overall architecture and functi

174 kinematic error-related ERP presented great similarities in terms of time course, topography, and po

175 aracterized human TDP-43 and Drosophila TBPH similarity in terms of protein-protein interaction pathw

176 heat shock protein beta-6 complexes revealed similarities in the 3D structures of bound partner prote

177 This study reveals similarities in the anastasis genes, pathways, and cell

178 Structural similarities in the arrangement of hosts and symbionts a

179 Similarities in the Atpalpha variants, conferring ouabai

180 alysing behavioural data, we find remarkable similarities in the babbling statistics of 5-6-month-old

181 file method", we use sequence and structural similarities in the binding pockets of human and swine m

182 highlights the evolutionary connections and similarities in the biochemical behavior of phage Mu wed

183 Given the underlying similarities in the biomechanical mechanisms of vocaliza

184 l circuits and synaptic plasticity result in similarities in the brain mechanisms for vocal learning

185 Despite similarities in the catalytic and spectroscopic properti

186 o proliferate with CD40L/IL-4, despite their similarities in the cell pathways involved and prolifera

187 We review differences and similarities in the cirrhotic and precirrhotic stages of

188 Further, they provide an explanation for similarities in the clinical phenotypes of WAS and DOCK8

189 Our aim was to review possible similarities in the clinical presentation and pathophysi

190 espite the structural and in vivo functional similarities in the compounds, only (R)-18 was shown to

191 There are some important similarities in the contribution of the cytoskeleton to

192 Similarities in the distribution of phyla in the root mi

193 While there are similarities in the experience of living with sickle cel

194 In conclusion, there are similarities in the expression patterns of ArPPLNP1 and

195 Due to the similarities in the formation of nanostructures in diffe

196 f the excretory cell, suggesting mechanistic similarities in the formation of topologically distinct

197 tural convergence, it seems likely that some similarities in the function of the hippocampus between

198 Finally, we found remarkable anatomical similarities in the glomerular cluster organizations amo

199 Strong similarities in the growth patterns of fish and trees of

200 applied a second-order model to demonstrate similarities in the kinetics behavior of beverages and r

201 zwitterionic open forms (b) have pointed out similarities in the long-wavelength UV/vis absorption sp

202 Close similarities in the low-wavenumber Raman spectra of the

203 We explore these 2 concepts and note close similarities in the measures that define them, the healt

204 Given the similarities in the mechanism of ErbB receptor family ac

205 Despite these similarities in the memory repertoire, the B-cell clones

206 span of the cross-links given the remarkable similarities in the monomeric and dimeric apoA-IV struct

207 earning tasks increases, a fact that reveals similarities in the neural processes underlying the eluc

208 Similarities in the neuropathology and clinical presenta

209 We also show similarities in the number and expression of genes relat

210 In this review, the differences and similarities in the pathogenesis of STEC-HUS, aHUS, and

211 hts that highlight the greatest contrasts or similarities in the pathogenesis of these two chronic lu

212 Overall, there were similarities in the pattern of cytokine alterations in s

213 There were similarities in the peptide patterns of the hydrolysates

214 diolaterally, based on previously identified similarities in the porcine and human masticatory behavi

215 The anatomical and developmental similarities in the primary and secondary bronchi of bir

216 cular players, both tissues exhibit striking similarities in the regulatory systems that establish ge

217 bserved modular structure, we found striking similarities in the spatial configuration of population

218 cally distinct from NiSOD itself despite the similarities in the structure and physical properties of

219 Similarities in the timing and magnitude of N deposition

220 of network science have discovered stunning similarities in the topological characteristics of real

221 Moreover, similarities in the trace-element patterns of carbonatit

222 guages and hearing nonsigners exhibit marked similarities in the use of space, and (3) location as a

223 This study highlights similarities in the vascular response to ATP and exercis

224 technologies to explore the differences and similarities in the virus populations between different

225 cially on recognizing differences as well as similarities in the way that species are social.

226 ess on brain and adrenal stem cells, showing similarities in the way that the progenitor populations

227 uman societies from around the world exhibit similarities in the way that they are structured, and sh

228 nt was elicited by word-initial phonological similarities in the word-matching task, while a parietal

229 However, due to high similarity in the active sites of the four members (Jak1

230 1-carrying IncX4 plasmids exhibit remarkable similarity in the backbone, and the major distinction li

231 We found that hippocampal pattern similarity in the BOLD response across trials predicted

232 shows that, despite considerable biochemical similarity in the composition and structure of these spe

233 Overall, we demonstrated a striking similarity in the cortical response layout of VTC in bli

234 wo items strongly correlated with the items' similarity in the cue feature dimension, and found a str

235 definitions of a T7 supergroup have included similarity in the DNA polymerase gene, a detailed phylog

236 y, plant and animal TPCs share high sequence similarity in the filter region, yet exhibit drastically

237 The similarity in the FN-binding mechanism of BBK32 and prev

238 ing gene expression maps uncover significant similarity in the genes employed in roots and their deve

239 Homologs of IruO were identified by sequence similarity in the genomes of Gram-positive bacteria that

240 on and Correction (TAEC), which utilizes the similarity in the genomic sequence in addition to the re

241 By taking account of the similarity in the genomic sequence TAEC outperforms othe

242 -scale virtual city, subject-specific neural similarity in the hippocampus scaled with the remembered

243 sks (i.e. diseases), our method exploits the similarity in the infection process across the diseases.

244 Given the similarity in the loss-of-function phenotypes of d-Csk a

245 This reflects the high level of similarity in the molecular composition of these two clo

246 A strong similarity in the morphology and progression of chondrif

247 ected by APA, primarily due to high sequence similarity in the motifs utilized by polyadenylation mac

248 Comparing the patterns of phoneme similarity in the neural responses and the acoustic sign

249 Moreover, there was remarkable similarity in the overall topological organization of Hh

250 We found that greater similarity in the pattern of hippocampal field potential

251 This similarity in the phenotypes led us to propose that Utp1

252 The similarity in the profiles was greatest for lichens loca

253 as PH3 and TTG2, and reveal an unanticipated similarity in the regulatory circuitry that controls pet

254 In this work, we have studied the similarity in the response of the toxicity to different

255 This work provides evidence of self-similarity in the rifting process.

256 om two populations revealed a high degree of similarity in the sequence, structure, and relative abun

257 Despite the strong similarity in the sequences of these miRs, minute differ

258 Similarity in the size and position of polypterid spirac

259 Our analysis revealed a striking similarity in the specific volumetric changes of Df(16)A

260 ith negative allometry, and close to elastic similarity in the tibiotarsus.

261 mparing the kernel-based similarity with the similarity in the trait using a score test for variance

262 erobic and anaerobic conditions revealed 82% similarity in the transcriptome and no differences in th

263 We demonstrate that similarity in the transcriptomic response of species to

264 disparate groups was initially suggested by similarities in their capsid assembly and DNA packaging

265 Despite similarities in their catalytic domains, these ACs diffe

266 l time courses and provide new insights into similarities in their development .

267 and reactivation in vivo Despite structural similarities in their DNA-binding domains (DBDs), LANA h

268 Caenagnathids and oviraptorids share similarities in their eggs and clutches, although the eg

269 concern between apple and pear juices due to similarities in their major carbohydrate/polyol profiles

270 asculature and nervous system share striking similarities in their networked, tree-like architecture

271 ive human HIV-1 patients developed extensive similarities in their pathological phenotypes, including

272 t studies have found them to share important similarities in their patterns of genetic evolution.

273 Despite the similarities in their properties, the response of the ba

274 Similarities in their structures and corresponding biosy

275 rst farmers of Corded Ware culture show high similarity in their autosomes with European hunter-gathe

276 of their study, and group them according to similarity in their expression profiles.

277 lusters in the PPA could be predicted by the similarity in their image properties.

278 In contrast to the similarity in their light responses, electrical response

279 The similarity in their shoot and root morphology led to the

280 generic protein-protein interfaces that bear similarity in their spatial and chemical arrangement wit

281 compounds individually, even given the great similarity in their structure.

282 The similarities in these power stroke profiles are consiste

283 The similarity in these repertoires suggests that classical

284 ure of a two-tailed peptidic bilayer reveals similarities in thickness to a typical phospholipid bila

285 The striking similarities in transcriptional control of ILC and T cel

286 The similarity in transcriptional footprints across cancers

287 We previously reported similarities in transcriptomic regulation between the th

288 The morph highlights similarities in tRNA conformational changes as tRNA tran

289 tend to be positive and proportional to the similarity in tuning properties.

290 The enabling role of similarity, in turn, is explained by its systematic effe

291 avioral homology is often assumed to involve similarity in underlying neuronal mechanisms.

292 ls of healthy humans demonstrated intriguing similarities in variability of a gene's expression: the

293 avivirus VLP vaccine development, due to the similarity in viral structures, and they describe the pr

294 t-source and clinical isolates, coupled with similarities in virulence, suggest that the barriers to

295 t of torsion angles or of overall structural similarities in virus host tropisms.

296 Due to the similarity in wave properties between electrons and othe

297 g harmful species, while Batesian mimicry is similarity in which not all species are harmful.

298 l topological information represented as the similarity in wiring around non-interacting genes.

299 xonomies of states and cities based on their similarities in word use; estimate the happiness levels

300 Despite the similarity in Zn-coordinating donor groups, the fraction