ライフサイエンスコーパス: similarity between @3 and

1 In view of the high genetic similarities between the 2001 and 2011 LA samples, it is

2 mimicry evolves if a receiver perceives the similarity between a mimic and a model and as a result c

3 ain network (connectome), we investigate the similarity between an input signal and a signal that has

4 Instead given a measure of phenotypic similarity between patients and a list of potential expl

5 Here, we report the sequence similarity between this peptide and a conserved portion

6 of gut microbial composition (diversity and similarity) between individuals and across time.

7 and other movement statistics showed strong similarities between juveniles and adults, providing evi

8 The similarity between soils and aeolian materials analyzed

9 We find a high degree of similarity between European and African American ancestr

10 Taxonomic similarity between the native and alien flora and the to

11 The extensive similarities between helminth proteins and allergens are

12 espite the high level of tegument structural similarities between KSHV and alphaherpesvirus, an ORF19

13 supporting recent descriptions of phenotypic similarities between FSHD and an FSHD-like condition cau

14 Wilson proposed in Sociobiology that similarities between human and animal societies reflect

15 hese findings have also highlighted striking similarities between plants and animals with regards to

16 The strong similarity between FLiP and another member of the struct

17 To explore possible functional similarity between HTT and Atg11, we investigated whethe

18 This hypothesis depended on known similarities between VZV gE and autophagy-related (Atg)

19 Similar findings in humans and the sequence similarity between the human and baboon viruses suggest

20 Consideration of both differences and similarities between chiral inorganic, organic, and biol

21 white matter microstructure differences and similarities between major depression and bipolar disord

22 Similarities between speech and birdsong make songbirds

23 elevance of notable phenotypic and molecular similarities between megakaryocytes and bone marrow cell

24 The analysis also shows the maximum level of similarity between unbound and bound states that is achi

25 This regulatory logic is a key similarity between selective autophagy and bulk autophag

26 Our recent biosystems analysis revealed similarities between embryonic implantation and cancer c

27 Given the similarities between neural crest migration and cancer i

28 be mapped to a reference genome based on the similarity between a read and 'candidate' locations in t

29 In addition, we describe a strong similarity between sJIA and CAPS at the gene expression

30 of eisosomes reveals striking architectural similarities between eisosomes in yeast and caveolae in

31 Structural similarities between RC-DNA and cellular topoisomerase-D

32 from animal studies that suggest fundamental similarities between oculomotor and cephalomotor control

33 hroGPS(factors), which visualizes functional similarities between epigenetic factors, and chroGPS(gen

34 sses, and delineation of the differences and similarities between acute and chronic activation of the

35 the high degrees of structural and sequence similarity between VHZ and classical PTPs, its general a

36 or feeding movements coopted from climbing, similarities between feeding and climbing kinematics in

37 an psoriasis further demonstrates the strong similarities between the experimental and clinical syste

38 Because of higher similarities between CNPY3 and CNPYb, we postulated that

39 odels to collective choice shows fundamental similarities between how brains and colonies balance spe

40 ron microscopy probes, this work evidences a similarity between chondritic and cometary materials, an

41 ematically principled framework for learning similarities between mentions and concept names directly

42 eralization stimuli, creating a continuum of similarity between CS+ and conditioned safety cues acros

43 The similarity between head and cone averaging are examined

44 ly, we used structural attributes to measure similarities between binding surfaces and constructed a

45 The strong similarities between cell sensing and control engineerin

46 We report similarity between plasma palmitoleic acid and Crohn's d

47 and (ii) an explanation of phenomenological similarities between protein folding and crystallization

48 th intermediate sizes forming a continuum of similarity between CS+ and CS-.

49 ce correlation is unexpected but extends the similarity between Sr2IrO4 and cuprates to a new dimensi

50 ne possibility is to generalize based on the similarity between learned and current stimuli.

51 The results showed a low similarity between soil pollen and current vegetation (a

52 Our method calculates true sequence similarity between query sequences and database hits usi

53 count the hierarchical and the flat taxonomy similarity between function labels, and defines a Combin

54 n the EMT-6 and PC-3 models there was little similarity between the early and delayed (64)Cu-ATSM ima

55 Finally, we describe an intriguing similarity between sigma1.1 and delta, an RNAP-associate

56 es quantitatively, and identified particular similarities between ZIKV and dengue infections.

57 Although many similarities between depression in adolescence and depre

58 We discuss the similarities between ITP and EFGF and describe promising

59 We also find that the similarity between natural and designed covariation is s

60 Our studies uncover design similarities between LCD and developmental apoptosis, an

61 ential short-term impacts of Ag(0) and Ag2S, similarities between CuO and CuS, and differences betwee

62 Similarities between their capsid shells and dimeric spi

63 There are striking similarities between ER and DIO during influenza infecti

64 ively, dispersal limitations should minimise similarity between Antarctica and distant northern landm

65 d then systematically compare the phenotypic similarity between mouse models and drug effect profiles

66 Thus, while close structural similarity between PET ligands and drug leads does not c

67 Moreover, a significantly high intrasubject similarity between avalanche size and duration distribut

68 alker masker as a function of the perceptual similarity between the target and each of the two masker

69 a test sample is determined by measuring the similarity between the test sample and each template.

70 We also uncovered striking mechanistic similarities between the PafA and EcAP monoesterases, in

71 nducted correlation studies that measure the similarity between environmental samples and enable us t

72 Our results reveal striking differences and similarities between assembly of bacterial and eukaryoti

73 ed peptide libraries and observed remarkable similarities between both shewasins and eukaryotic pepsi

74 These data suggest a strong structural similarity between bacterial and eukaryotic voltage-gate

75 data, we demonstrate a striking morphologic similarity between East African and Eurasian golden jack

76 n of other subunits cause the differences in similarities between structural and evolutionary profile

77 roduce and apply new scaling constraints for similarity between natural and experimental turbidity cu

78 alysis (PSA) that enables us to quantify the similarity between two arbitrary paths and extract the a

79 tween control and TBT groups and significant similarities between F3 and F4 TBT groups that overlap w

80 The similarity between the present findings and findings in

81 Similarities between CH235 lineage and five unrelated CD

82 Unanticipated similarities between G(C) and flavivirus envelope protei

83 Despite the similarity between FliY and FliM, FliY does not bind Fli

84 ur findings uncover an unexpected conceptual similarity between the mouse and fly piRNA pathways.

85 These results also highlight the similarity between the transition and free states, in te

86 Due to the similarities between crystallization and gel formation,

87 co-occurrence, open chromatin and functional similarities between TFs and genes are better indicators

88 target of APYS1, but the striking phenotypic similarity between APYS1 exposure and genetic depletion

89 Among treatments there was 68% similarity between the global transcriptome and global p

90 Gs Overall the current study reveals general similarities between Gs and Golf activation at the molec

91 We found remarkable sequence and structural similarities between TssA1 and gp6 C-termini, and propos

92 These observations, combined with similarities between TssF and gp6N-terminus or TssG and

93 onent of the T6SS Furthermore, we identified similarities between TssK1 and gp8, the former interacti

94 Although there were similarities between particular H5N1 and H7N9 viruses, i

95 ven several key challenges stemming from the similarities between cancerous and healthy tissue.

96 AD and T2D might originate from a structural similarity between aggregates of Abeta and hIAPP.

97 and a hit in the database by considering the similarity between the query and hit's known homologs.

98 Given the similarities between Mamu-B*08 and HLA-B*27, SIV-infecte

99 orbital forcing on regional climate, and the similarity between MIS3 and Holocene climates observed i

100 smission remain unclear, although structural similarity between the infectious prion and host prion p

101 Given the similarities between ferret and human lung biology, we h

102 Because of the similarities between IA(g7) and human HLA-DQ T1D risk al

103 lications for human hematopoiesis, given the similarities between macaque and human physiologies.

104 The similarities between mouse and human natural antibody re

105 vine brain ribonuclease, and find pronounced similarities between that enzyme and human RNase 1.

106 These results point out the similarities between the mouse and human responses to th

107 The similarities between Torsin1 and human TorsinA in domain

108 Our observations evidence a great similarity between canine and human V-SVZ indicating tha

109 re was, in the case of all three genes, good similarity between the apteronotid and human amino acid

110 The phenotypic similarities between mice and humans lacking individual

111 V and VZV, and the genetic and physiological similarities between rhesus macaques and humans, our res

112 ecific lncRNAs in GBMs and LGGs demonstrated similarities between mesenchymal GBMs and IDH1/2 wt LGGs

113 This work has revealed striking similarities between remembering the past and imagining

114 This similarity between in vitro and in vivo data suggests th

115 ture analysis allows us to recognize distant similarities between the DUF4424 domain and individual d

116 composition also showed notable topological similarity between neonates and infants.

117 nhibited enzymes, and result from structural similarities between substrate and inhibitors.

118 To further determine similarities between exercise and intravascular ATP, we

119 Testing for environmental similarity between native and invaded areas is critical

120 sults demonstrate functional and biochemical similarities between POMT1 and its orthologue from baker

121 ons further showed a striking conformational similarity between DNAP(211-223) and its homologous and

122 ially challenging given the close structural similarity between oxoG and its normal progenitor, guani

123 There are no obvious similarities between TAF1 and known histone acetyltransf

124 The strong genetic and sequence similarity between RFHVMn and KSHV, coupled with similar

125 Based on the similarities between the Cpr system and lantibiotic syst

126 These similarities between small and large wasps may indicate

127 This apparent representational similarity between the posterior-dorsal and lateral-vent

128 e zone, and subplate, and distinct postnatal similarities between subplate, layer 5, and layers 2/3.

129 Our findings indicate striking similarities between SBOT and LGSC methylomes, supportin

130 Hydrodynamic and performance similarities between robotic vehicles and live animals d

131 However, the MAb sequences revealed similarity between human and macaque genes used to encod

132 and the C5 region of gp120, revealed genetic similarity between the human and macaque immunoglobulin

133 The similarity between Bravo Dome and major US saline aquife

134 We exploited the developmental similarities between normal and malignant T lymphoblasts

135 The structural basis for the similarities between avian and mammalian arcopallial and

136 Thus, calcium imaging uncovers new similarities between fly and mammalian sleep: fly neuron

137 The structure of AtSOT18 invigorates the similarity between plant and mammalian sulphotransferase

138 has uncovered the presence of deeply rooted similarities between fish and mammals at molecular and c

139 Although the similarities between humans and mice are typically highl

140 eins in type 2 diabetes mellitus discloses a similarity between the diabetic macroangiopathy and micr

141 Additionally, the similarity between texture and mixed-cue responses is fo

142 The similarity between these results and more detailed studi

143 s that despite nominal differences, the vast similarities between human and mouse eosinophils provide

144 Here we show that GO-based functional similarity between human and mouse orthologs, relative t

145 These findings demonstrate the similarities between commercial NPs and MPs of CuO or Zn

146 Because of the similarities between UMOD and MUC1 regarding associated

147 of enteric virus pathogenesis and highlight similarities between human and murine NoVs that undersco

148 However, high structural similarities between the wild-type and mutant SOD1 prote

149 We further hypothesized that the structural similarity between T-type and Na(v) channels may extend

150 Methods that reliably estimate the likely similarity between the predicted and native structures o

151 This striking genome-wide similarity between experimental and natural populations

152 The similarity between melanocytes and neurons suggests that

153 trafficking, homing, and redistribution and similarities between old and new drugs affecting these p

154 CST-evoked spinal activity revealed overall similarity between intact and newly innervated spinal ti

155 ign a single-CNV kernel which summarizes the similarity between two CNVs, and next aggregate the sing

156 ence feeding owing in part to the functional similarity between acetylcholine and nicotine, a known a

157 The catalytic differences and similarities between DPOR and nitrogenase have broad imp

158 Prior studies demonstrated similarities between human and nonhuman primate drusen b

159 We used propensity score matching to ensure similarity between users and nonusers of statins, and Co

160 lassification scheme based on the phenotypic similarity between tumor cells and normal cells has been

161 ience were related to the perceived physical similarity between the two faces, and not to identificat

162 s best explained by the degree of functional similarity between current and novel competitors.

163 Here, we reveal similarities between neurons expressing TAARs and odoran

164 Moreover, chemical similarity between mothers and offspring reflects a comb

165 All results confirmed the similarity between the control sample and only one of th

166 Key similarities between the metallo- and organic OPEs that

167 Because of the extensive genomic similarities between APEC O1 and other human ExPEC strai

168 le in neurodegeneration; however, structural similarities between caspase-6 and other caspase active

169 The biochemical and functional similarities between DAR1 and other animal serine and as

170 The physical and behavioral similarities between electrolocation and other active se

171 Similarities between humans and other species that benef

172 While primarily identifying similarities between suicide terrorists and other suicid

173 c segments indicated moderately low sequence similarity between RKPV and other soricomorph-borne hant

174 Here, we provide evidence for the structural similarity between TDP-43 peptides and other amyloid pro

175 nique features, there exist several striking similarities between this virus and others that replicat

176 The similarities between S. polycolpus and our species are t

177 the active generation of predictions and the similarity between predictions and outcomes.

178 The structural similarity between p63 and p73 rationalizes previous obs

179 ctivity is coordinated and indicate striking similarities between Pex1/Pex6 and p97, supporting the h

180 Due to the similarities between cancer and PAH, we hypothesized tha

181 The observed similarity between postfusion coronavirus S and paramyxo

182 review, we elaborate on the differences and similarities between nonpathogenic and pathogenic endoph

183 initiated immune protection and suggest that similarity between microbiota members and pathogens may

184 Despite the similarity between HIC-5 and paxillin, paxillin is requi

185 lm activity and, further, given the chemical similarity between galactosaminogalactan and Pel, that t

186 that led to the striking derived myological similarity between the pectoral and pelvic appendages wi

187 ly spatial analysis that yielded measures of similarity between images, eye trajectories, and pen tra

188 tudies have highlighted cognitive and neural similarities between planning and perceiving actions.

189 Given the similarity between TRIP8b and PEX5, this difference in f

190 Our results highlight the similarities between phonons and photons but also point

191 uage model (Word2Vec), which learns semantic similarities between terms and phrases, allowing identif

192 A popular approach points to the similarities between the ontogeny and phylogeny of langu

193 ly their metabolism, resulting in phenotypic similarity between PKCdelta(-/-)hRBP and PKCdelta(-/-) m

194 Hence, our findings suggest striking similarities between animal and plant GAGA-binding facto

195 Semantic similarity measures estimate the similarity between concepts, and play an important role

196 complexes, reveals structural and functional similarities between Bdp1 and Pol II factors TFIIA and T

197 ings provide functional evidence for a close similarity between the Pol II and Pol III transcription

198 Furthermore, we (i) discuss the similarities between crystallization and polymerization,

199 te centrosome and cilia proteins, highlights similarities between components of motile and primary ci

200 e rat striatum, the results stress important similarities between the rodent and primate prefrontostr

201 The similarities between HGPS patients and progeroid mice re

202 Although structural similarities between human and prokaryotic Argonautes ar

203 Because the sequence similarity between eukaryotic and prokaryotic sodium cha

204 However, recent studies have revealed broad similarities between enhancers and promoters, blurring t

205 work has speculated on the phenomenological similarities between molecular crystallization and prote

206 Despite high sequence similarity between the RRs BceR and PsdR and their known

207 tative image descriptors and (2) calculating similarity between database and query image descriptors.

208 rences refute the prevailing hypothesis that similarities between Sapria and Rafflesia are ancestral

209 Phenotypic similarities between KD and recurrent fever syndromes po

210 expression patterns and indicated unexpected similarities between sensitivity-restored and resistant

211 We show that the method improves similarity between replicates and reveals biological dif

212 emains elusive, in part because low sequence similarity between the human and rodent H4 receptors com

213 We conclude that differences and similarities between the shoot and root clocks can large

214 Because of clinical and neuroanatomical similarities between AS and schizophrenia, we examined A

215 The high degree of similarity between the primary and secondary proteomes s

216 A similarity between chemical reactions and self-assembly

217 Because of the structural similarity between ibogaine and serotonin, it had been s

218 Structural similarities between SgK269 and SgK223 include a predict

219 Comparisons revealed remarkable similarities between the two systems and shed light on F

220 Homology modeling identifies striking similarities between PILRalpha and SIGLEC1 ligand bindin

221 mation and constriction; 3) given phenotypic similarities between recurrent idiopathic pericarditis a

222 able and estimates the reliabilities of, and similarities between, different measurement platforms, a

223 determine the perceptible sensory difference/similarity between control, unencapsulated, microencapsu

224 Thus, comparing the similarity between experimentally identified phenotypes

225 ts, and that there may be several pathogenic similarities between muscle and skin inflammation in der

226 Such similarities between biocake proteins and SMP or EPS pro

227 First, the similarities between models of hard and soft selection a

228 BBM (BnBBM) was used to investigate genetic similarity between apogamy in ferns and somatic embryoge

229 ur results further demonstrate great genetic similarity between the North American and some European

230 This similarity between stimulus-driven and spontaneous state

231 The remarkable functional similarities between CFIm and SR proteins suggest that i

232 t is essential to understand differences and similarities between dynamic and steady-state CA.

233 cancer epigenetics has revealed a number of similarities between cancer genes and stem cell reprogra

234 The phenotypic similarity between enzyme and substrate mutants argues t

235 Moreover, given the similarities between ARIA developing spontaneously and t

236 The similarities between ILCs and T cells indicate that lymp

237 High similarity between KRIT1-F2/F3 and talin is revealed.

238 tic similarity and word-initial phonological similarity between the primes and targets were manipulat

239 Extended sequence similarities between MIR828, MYBs, and TAS4 support an i

240 adioactive wastes, assuming Tc as Tc(7+) and similarities between Re(7+) and Tc(7+) behavior in this

241 g analysis of all the biopsies revealed high similarity between PVAN and TCMR gene expression.

242 ng an episode involved a decrease in pattern similarity between putative spatial and temporal context

243 Given the significant similarities between amyloids and the architecture of se

244 functional similarities between miRNAs, the similarities between diseases, and the associations betw

245 Findings suggest similarities between FM 550 and the ITP mixture, with 2-

246 The similarities between gated quantum dots and the transist

247 Importantly, despite the structural similarities between human bGP and the two other mammali

248 dies highlight the structural and functional similarities between kindlins and the talin head and ind

249 Spectral similarities between known chemical species and the comp

250 locus, mmpT5 Preliminary analysis suggested similarities between mmpT5 and the mmpR5 locus, which is

251 Based on similarities between opisthokont KASH proteins and the o

252 of individual subunits, including functional similarities between Ppc89 and the budding yeast SPB sca

253 Similarities between PSII and the iron- and nickel-conta

254 Given similarities between sialoadhesin and the unidentified m

255 e transmetalation, and insights into notable similarities between the borylation and the silylation r

256 he achieved results suggest also interesting similarities between the CoCat and the Mn4Ca-oxo oxygen

257 eir healthy counterparts, suggesting further similarities between the fibrotic disorder and the aging

258 The striking similarities between the marmoset retina and the human r

259 PCNA-APIM interaction, and reveal unexpected similarities between the PIP box and the APIM motif.

260 The results emphasize the close similarities between the pTRG and the mammalian pre-Botz

261 ction that rapidly accounts for binding site similarities between the template and the proteins being

262 re induced by pulmonary IL-18; highlight the similarities between these responses and the lesions in

263 The similarity between CLRC and the CRLs suggests that the W

264 The empirical study shows that the semantic similarity between GO terms and the ontology hierarchy p

265 Furthermore, structural similarity between Juno and the cholesterol-binding Niem

266 The similarity between KZM and the Landau-Zener transition (

267 The similarity between maturases and the core spliceosomal P

268 The structural similarity between PRORP1 and the FLAP nuclease family s

269 The architectural similarity between RAG1 and the hairpin-forming transpos

270 larly significant in light of the structural similarity between SAc and the reduced form of lipoic ac

271 Thus the characterization of the similarity between spin and the structural glass transit

272 c assimilation is concurrent with increasing similarity between the cerebral cortex and the cerebellu

273 ion was recalled during conditioning (due to similarity between the contexts) and the shock also beca

274 Detailed error analysis also revealed that similarity between the error response and the averaged t

275 nd that non-zero levels of noise enhance the similarity between the input signal and the signal that

276 t probes were modulated as a function of the similarity between their movement direction and the task

277 We highlight the fundamental similarity between these states and the amyloid structur

278 In spite of the striking superficial similarities between these natural nanomachines and thei

279 characterization of these cells, showing the similarities between swine DC subsets and their human co

280 ray-based molecular profiling uncovered high similarity between steady-state KC and those recovered a

281 However, similarities between space and time, especially related

282 We recapitulate known phenotypic similarity between related cell and tissue types and rev

283 resentation, clinical course, diagnosis, and similarities between sepsis and transfusion-related acut

284 tructive for clinical practice and highlight similarities between AD and transgenic animal models of

285 e of combustion were similar; they also show similarity between woodchip and trial combustions, revea

286 Statistical analysis showed that the similarity between bound and unbound interface and non-i

287 (the reconfiguration principle), structural similarities between conscious and unconscious goal purs

288 The molecular similarities between neoblasts and undifferentiated cell

289 Sequencing indicated >99% similarity between patient and unopened vial isolates.

290 p a cluster analysis based on the structural similarity between configurations and use it to construc

291 rices were built from real data to index the similarity between the AV and VA maps at each time point

292 Given the similarities between islet and ventromedial hypothalamus

293 cise ontogenetic, structural and topological similarities between conodont elements and vertebrate od

294 Given the similarity between D. melanogaster and vertebrate eye de

295 These findings extend the similarities between PDF and VIP beyond their shared cen

296 However, differences and/or similarities between these host proteins and viral Gag p

297 We compared the molecular and structural similarities between Bla g 5 and WbGST by in silico anal

298 Despite the structural similarity between C4a and well-described anaphylatoxins

299 The level of similarity between the predicted models and x-ray struct

300 lectrophoretic mobility shift assay revealed similarity between human and yeast proteins in DNA bindi