ライフサイエンスコーパス: be predicted to be

1 l condition to achieve the highest stability was predicted to be 0.2, 0.4, 0.045, and 0.015 g/100 ml

2 k of EOGBS in settings with 80% IAP coverage was predicted to be 0.3% (95% CI, 0-.9).

3 The RSE for c-C6Me12 is predicted to be 11.9 kcal mol(-1).

4 the DTX AUCinf for the Procet 8 formulation was predicted to be 2.6 times lower than Taxotere (775 v

5 The genetic contribution to CP causation has been predicted to be ~2%.

6 rted numbers of confirmed and probable cases are predicted to be 5740 in Guinea, 9890 in Liberia, and

7 s combining blood- and liver-stage treatment are predicted to be a highly efficacious intervention fo

8 small molecules showed that ten of the genes are predicted to be a target for small molecules.

9 SmB6 has recently been predicted to be a Topological Kondo Insulator, the

10 Therefore, the DVU_0916 protein has been predicted to be a transcriptional repressor of gene

11 Mature chicken UCN3 is predicted to be a 40-amino acid peptide showing high

12 HcpR1 is predicted to be a b-type cytochrome.

13 cell entry and membrane fusion, although E2 is predicted to be a class II viral fusion protein.

14 ntains an uncharacterized middle domain that is predicted to be a coiled-coil domain with multiple he

15 ygenase domain-containing protein 1 (OGFOD1) is predicted to be a conserved 2OG oxygenase, the cataly

16 1 was identified in the soluble proteome and is predicted to be a cytoplasmic protein.

17 bulk and thin-film counterparts, diamondene is predicted to be a ferromagnetic semiconductor with sp

18 NHE3-Ser(526) is predicted to be a GSK-3 kinase phosphorylation site.

19 hile MDA that includes liver-stage treatment is predicted to be a highly effective strategy for P. vi

20 argeting and promoting influenza vaccination is predicted to be a highly effective supplement to the

21 Panx1, which is predicted to be a major hemichannel contributor in as

22 MldA is predicted to be a membrane protein with coiled-coil d

23 Methylglyoxal is predicted to be a minor contributor.

24 of all conserved serine or threonine, which is predicted to be a potential PKA phosphorylation site

25 Viperin is predicted to be a radical S-adenosyl-l-methionine (SA

26 age-related disease and cellular senescence is predicted to be a significant component of the pathol

27 tric field, and such gapped bilayer graphene is predicted to be a topological insulating phase protec

28 CpClec is predicted to be a type 1 membrane protein, with a CTL

29 Pt(pop-BF2)(4-) is predicted to be a very strong photooxidant (potential

30 mparing to sequential for stage III patients was predicted to be a 6.6% and 6.2% improvement in overa

31 Aromatic content was predicted to be a major driver behind the ozone form

32 Although COQ8 was predicted to be a protein kinase, we demonstrate tha

33 ental counterparts, 18-91 coding SNVs/indels were predicted to be acquired and 1-27 were lost; few SN

34 enriched in differently expressed genes and were predicted to be activated in the intestine of insul

35 pha)/tripartite motif-containing 24 (Trim24) was predicted to be active in house dust mite (HDM)- and

36 e key removal process for cVMS from the lake was predicted to be advection due to the low hydraulic r

37 This domain (amino acids 475-589) is predicted to be alpha-helical and contains a conserve

38 daily total amounts as the simulated biofilm was predicted to be always or never cariogenic, respecti

39 the GAN gene (encoding for gigaxonin), which is predicted to be an E3 ligase adaptor.

40 T is predicted to be an integral membrane protein that ado

41 Y is predicted to be an integral membrane protein that ado

42 WIP is predicted to be an intrinsically disordered protein,

43 This mutation was predicted to be an activating mutation.

44 The Spiroplasma-like organism was predicted to be an anaerobic fermenter associated to

45 The marine diversity spectrum is predicted to be approximately linear across an asympt

46 ing general equation, the Cu-O bond distance was predicted to be approximately 1.80 A for the reactiv

47 PH3 was predicted to be as prevalent as PH1 and twice as com

48 Further, this genetic diversity is predicted to be associated with variation in antigeni

49 ocratic Republic of Congo, China, and Brazil were predicted to be at the highest risk for outbreaks i

50 3 proteins without documented ATP-binding GO were predicted to be ATP-binding proteins on the basis o

51 All models were predicted to be auxotrophic for the vitamins niacin

52 While the mean HNCO levels in Fort McMurray are predicted to be below the 1000 pptv level associated

53 he capacity to express viral genes, and most are predicted to be capable of full viral reactivation.

54 The approach is predicted to be capable of up to 32% efficient heat-t

55 Up to the decamer, the oligomeric structures are predicted to be coiled coils.

56 the field, the high-energy electron emission is predicted to be confined to a single burst, potential

57 This coincidence is predicted to be conserved independent of climate at t

58 ultiple affected individuals in a family and were predicted to be conserved or damaging were retained

59 of the human 17beta-HSD2 active site, which is predicted to be considerably larger than that of 17be

60 Annual FIT screening was predicted to be cost-effective for patients with cys

61 two-thirds of meningococcal group B isolates were predicted to be covered by 4CMenB.

62 d effects of the metabolic and CO2 responses are predicted to be critical for achieving retinal autor

63 expression levels of the two target antigens is predicted to be critical to target binding, particula

64 MldB and MldC are predicted to be cytoplasmic proteins; MldB has two p

65 lies, affect well-conserved amino acids, and are predicted to be damaging by in silico programs.

66 ffect highly conserved residues of S1PR2 and are predicted to be damaging by multiple bioinformatics

67 ssense changes affect conserved amino acids, are predicted to be damaging by multiple bioinformatics

68 ghly conserved amino acid residues, and both are predicted to be damaging.

69 This unknown variant is predicted to be damaging by bioinformatic predictive

70 Both variants were predicted to be damaging by multiple bioinformatics

71 s (TNK2 and TNR) also had rare variants that were predicted to be damaging in the replication cohort.

72 All variants were predicted to be damaging with profound structural e

73 regate with the disease in the families, and are predicted to be deleterious.

74 A sizeable fraction of these variants are predicted to be deleterious.

75 evolutionarily highly conserved residues and are predicted to be deleterious.

76 42162, p.Cys1359Arg, frequency 0.034), which is predicted to be deleterious.

77 d a highly conserved amino acid residue, and was predicted to be deleterious although it was found wi

78 hemizygous, missense mutation in SMC1A that was predicted to be deleterious.

79 uencing was performed and rare variants that were predicted to be deleterious and were observed at a

80 Both mutations were predicted to be deleterious by mutation effect algo

81 ssense mutations in the same 23 immune genes were predicted to be deleterious, and most of these appe

82 everal de novo alterations in the metastases were predicted to be deleterious, in genes including FBX

83 he novel alphaIIb or beta3 missense variants were predicted to be deleterious.

84 ion methods, 20 of the remaining 62 variants were predicted to be deleterious.

85 encoding adenosine deaminase 2 (ADA2), that were predicted to be deleterious; these mutations were r

86 miRs and mRNAs that were predicted to be differentially regulated in allogen

87 Na3Bi and Cd3As2 were predicted to be Dirac semimetals, and recently conf

88 cluster of these residues are non-polar and are predicted to be directed toward the palm domain, whe

89 nt (c.852G > A; p.284 M > I) found in CYP2R1 is predicted to be disease causing by mutationtaster sof

90 ding targets and that all Sp185/333 proteins are predicted to be disordered, many or all of these pro

91 us extended region of this huge protein that is predicted to be disordered, suggesting a regulatory r

92 tween transmembrane domain 1 (TMD1) and TMD2 is predicted to be disordered, suggesting the need for i

93 c genes, AGPAT6, GALT, GCLC, GSS, and RRM2B, were predicted to be dispensable in normal cell metaboli

94 undergo prenatal RNA isoform transitions and are predicted to be disrupted by CUG(exp)-associated mec

95 The TIKI/TraB fold is predicted to be distantly related to structures of ad

96 all cases, these unfavorable entropy changes are predicted to be dominated by highly favorable enthal

97 a-complexes from cyclohexane to cycloheptane was predicted to be due to the large range of stabilitie

98 In this organism, eight of 18 mt-tRNAs are predicted to be edited based on the presence of geno

99 ission occurs <25 km), movement restrictions are predicted to be effective at reducing spread, but if

100 n (MDM2)-tumor protein 53 (TP53) interaction are predicted to be effective in tumors in which the TP5

101 gonizing MCL-1 function and expression would be predicted to be effective therapeutic strategies.

102 egravir formulations in adult ART initiators is predicted to be effective and cost-effective in low-i

103 uridine and 5-hydroxymethyl-2'-deoxycytidine are predicted to be efficient mutagens.

104 g polarizing groups within their pore spaces are predicted to be efficient Xe/Kr solid-state adsorben

105 anion intermediates (Meisenheimer complexes) are predicted to be energetically disfavored in reaction

106 k is less pronounced, the treatment response is predicted to be enhanced.

107 gly, many of the pseudogene-derived proteins were predicted to be enzymes.

108 The loosely coupled motor is predicted to be especially advantageous under conditi

109 Genes encoding immunity proteins were predicted to be essential in the wild type but disp

110 stants such that in the virus particle, they are predicted to be essentially irreversibly bound to th

111 S2 C6H6 is predicted to be even more aromatic than S0 C6H6.

112 stones and with a 78-bp CDEII segment, which is predicted to be exceptionally stiff.

113 exhibited sex ratios far from 50:50 and thus are predicted to be experiencing population declines.

114 ilin ComP via an electropositive stripe that is predicted to be exposed on the filaments surface and

115 leles that are masked in outbred populations are predicted to be expressed in small, inbred populatio

116 of 73 naturally occurring DnaE inteins that are predicted to be fast.

117 addition of hydrogen peroxide to the ketone is predicted to be favored over hydrolysis of the dioxir

118 ations found by the LP tool for Ethiopia, 32 were predicted to be feasible for creating a paste, and

119 Considering that anthropogenic warming is predicted to be focused in the northern hemisphere in

120 10% relative drop in smoking in every state is predicted to be followed by an expected $63 billion r

121 orphism is unknown, but disruptive selection is predicted to be frequency dependent, favoring homozyg

122 rpene synthase (TPS) genes, of which only 10 are predicted to be functional.

123 ere significantly enriched among genes which are predicted to be functionally associated with human o

124 rmatics analyses identified 44 epitopes that are predicted to be good major histocompatibility comple

125 ugh the effects of deleterious alleles often are predicted to be greater in stressful environments, t

126 urgeoning field of epitranscriptomics, which are predicted to be heavily involved in cognitive functi

127 lysis to show that the ancestor of M. roreri is predicted to be heterothallic and tetrapolar, which t

128 ine display interesting thermal behavior and are predicted to be high-performance energetic materials

129 tions, the mitochondrial MDH (mMDH) activity is predicted to be higher than cMDH activity under mitoc

130 Percentage reduction in transmission was predicted to be higher and last longer at lower base

131 3-amino- and 3,5-diamino-1H-1,2,4-triazoles was predicted to be higher than that of 5-amino-1H-1,2,4

132 he nonpolar (1120) and polar (0112) surfaces are predicted to be highly active and dependent on (de)l

133 n-flanking N- and C-terminal segments, which are predicted to be highly disordered in solution.

134 ies to adapt to new environmental challenges is predicted to be highly contingent on the evolutionary

135 Both were predicted to be highly damaging.

136 throblast transformation specific domain and were predicted to be highly deleterious.

137 es three enzymes (YdeA, YraA and YfkM) which are predicted to be homologues of glyoxalase III that co

138 Such tumors are predicted to be hypersensitive to, yet still depend

139 efore accessible to T-cell antigen receptors were predicted to be immunogenic.

140 h hydrogen atoms and layers of H2 molecules, are predicted to be important species contributing to th

141 ces between constituent grains have recently been predicted to be important for small rubble piles (t

142 nteraction between E6.53(364) and R2.60(190) was predicted to be important for GLP-1- and exendin-4-,

143 ics simulations identified CDR residues that were predicted to be important in the specificity switch

144 xycarbonyl-, and carbamoyl cyanates R-CO-OCN are predicted to be in some cases isolable compounds wit

145 ional properties of polyampholytic sequences are predicted to be influenced by the linear patterning

146 However, surface accumulation is predicted to be inhibited by changes associated with

147 Trp-Val was predicted to be intestinally neutral (between 25% an

148 Phosphorylated regions of Ngn2 are predicted to be intrinsically disordered and cdk-dep

149 too small to adopt a stable conformation or are predicted to be intrinsically disordered, are synthe

150 SilE is predicted to be intrinsically disordered.

151 These residues are predicted to be involved in either communication bet

152 Most of these newly identified BCR effectors are predicted to be involved in the regulation of kinase

153 cis-prenyltransferases (CPTs) are predicted to be involved in the synthesis of long-ch

154 llular phospholipase A1 (iPLA1) family, have been predicted to be involved in phospholipid metabolism

155 NKPD1 is predicted to be involved in the de novo synthesis of

156 The copper coordinating His(94) residue was predicted to be involved in salt bridge formation wi

157 otransporter (SLC34A2 flounder isoform) that were predicted to be involved in conformational changes.

158 Most of the proteins were predicted to be involved in the amino acid biosynth

159 st- and slow-inhibitory action of LNs, which was predicted to be key in shaping complex odor response

160 at lacks well defined functional domains and is predicted to be largely intrinsically disordered; the

161 concentration of aqueous inorganic sulfide, was predicted to be larger than measurements.

162 hey contain intron secondary structures that are predicted to be less stable.

163 density of SCC-LIBs with constrained volume is predicted to be less than 10% to ensure the battery h

164 A virus lacking K1 (vDeltaK1L) was predicted to be less pathogenic because it would tri

165 Mutations in CMT2 were predicted to be less aggressive as compared to thos

166 ution of processed meat to sodium intake can be predicted to be lesser than expected.

167 Ser41 and Arg42 are predicted to be located in the DNA minor groove 5' t

168 At2g44920 is predicted to be located in the thylakoid lumen althou

169 ough the frequency of such occurrences might be predicted to be low, such cases have probably been un

170 ng the normal use of these consumer products is predicted to be low, and bioavailable silver is expec

171 ly invaded areas, including high elevations, are predicted to be lower than in areas with longer term

172 long intracellular carboxyl terminus, which is predicted to be mainly disordered.

173 iridae More than half of the viral sequences were predicted to be members of the Mitovirus genus in t

174 The products of both genes are predicted to be membrane associated, and the norE pr

175 osomes from Mtb-infected cells; 63% of these were predicted to be membrane associated.

176 chiometry MX (M = Mo or W, X = S or Se) have been predicted to be metallic.

177 icted to be P. falciparum infections, and 4% were predicted to be mixed infections.

178 citability and low levels of inhibition that are predicted to be more broadly responsive to afferent

179 We find that RNA structures are predicted to be more prevalent within these extended

180 Extreme precipitation is predicted to be more frequent and intense accompanyin

181 r the regiocontrolling reductive elimination is predicted to be more in favor of the methyl group tha

182 Although diamond is predicted to be more stable than graphite at the nano

183 trol service provided by birds, land sharing was predicted to be more beneficial than land sparing in

184 Mass drug administration was predicted to be more effective if continued over 2 y

185 IPF with the highest RXFP1 expression would be predicted to be most sensitive to relaxin-based thera

186 pyrite leads to preservation of S MIF, which is predicted to be most highly variable in nonmarine and

187 When the complex is predicted to be most stable (139.2 kJ/mol), these cat

188 The hepatic triglyceride concentration was predicted to be most sensitive to inter-individual v

189 In addition, Na and K are predicted to be n-type dopants at grain boundaries.

190 dopts an alpha-helical conformation, despite being predicted to be natively unstructured.

191 specific charge distribution of the FG-Nups, is predicted to be negative close to pore walls and posi

192 microCalcs < 5 microm are predicted to be not harmful, because the tiny voids

193 rrent-phase relations of Josephson Junctions are predicted to be observed when the first harmonic is

194 Children who were predicted to be older than their chronological age

195 r RTKs' variations in cancers, and that they are predicted to be oncogenic based on biochemical, evol

196 ocess model in regions of the landscape that are predicted to be optimized.

197 lk among genes expressed in lymphoid tissues was predicted to be orchestrated by specific immune gene

198 tif (RRM)-containing proteins, most of which are predicted to be organelle-targeted.

199 small fraction ( approximately 10%) of genes are predicted to be orthologous targets.

200 The hypnozoite reservoir is predicted to be over-dispersed with many individuals

201 ere predicted to be P. vivax infections, 13% were predicted to be P. falciparum infections, and 4% we

202 Overall, 83% of infections were predicted to be P. vivax infections, 13% were predi

203 e duck MHC class I genes (UBA, UCA, and UEA) are predicted to be partially or completely inactivated

204 nificant fraction of colorectal tumors, they are predicted to be particularly sensitive to the combin

205 aryotic initiation factor (eIF) 4E pathways, are predicted to be particularly sensitive to therapeuti

206 All 3 mutations are predicted to be pathogenic.

207 amino acids with a SIFT score < 0.005, they are predicted to be pathogenic.

208 d amino acid residue in the Tubby domain and is predicted to be pathogenic.

209 ly disordered domain of the protein and many were predicted to be pathogenic.

210 nd maize (Zea mays) have a RidA homolog that is predicted to be plastidial.

211 Interestingly, several metabolites were predicted to be poisons, strongly suggesting the ne

212 Foraging cues were predicted to be polar compounds but instead were no

213 netic basis of these physiological responses is predicted to be polygenic.

214 This location is predicted to be poorly accessible within mature stabi

215 ality of the compounds synthesized that have been predicted to be potent.

216 in H (hnRNPH) and other RNA-binding proteins are predicted to be potential regulators of cassette exo

217 Overall, vaccination was predicted to be potentially cost-effective in most e

218 AGAP1, JHDM1D, MAST1, NAA35, RFX2 and WIPI2) were predicted to be potentially pathogenic for CP.

219 ority of cases, while concerted substitution is predicted to be preferred for most fluorinated aromat

220 Both GCY-33 and GCY-35 are predicted to be prenylated.

221 Millions of cis-regulatory elements are predicted to be present in the human genome, but dir

222 gether with polar and aromatic residues, and are predicted to be present in two clusters.

223 Basilisk, while only 11 and 4, respectively, were predicted to be present by sequence analysis.

224 Pairs that are predicted to be probable are more likely to be found

225 logical and behavioral phenotypes that would be predicted to be produced by hippocampal disinhibition

226 Genome evolution is predicted to be rapid following the establishment of

227 The size distribution of oligomeric species is predicted to be rather statistical.

228 The o-alkynylbenzamide is predicted to be readily deprotonated by many bases, w

229 the presence of disease-associated antigens is predicted to be reflected in T-cell receptor (TCR) re

230 Clusters of Hcrt-neuron-specific genes are predicted to be regulated by shared transcription fa

231 control of these lineages during development is predicted to be remarkably similar in both the jawles

232 More than 5% of the female population were predicted to be reproductive by age 8 years; the ag

233 d until age 18 when more than 95% of females were predicted to be reproductive.

234 Over 1200 small guide RNAs (gRNAs) are predicted to be responsible for directing the sequen

235 C-H bond activation is predicted to be reversible, consistent with deuterium

236 aginases with reduced l-glutaminase activity are predicted to be safer.

237 indenochrysene, and semibuckminsterfullerene are predicted to be second- or higher-order saddle point

238 ion of approximately 150-200 residues, which is predicted to be segmented into 3-4 alpha-helical regi

239 The catalysis is predicted to be selective, leading to 97% of fluorina

240 rginal populations with continental climates were predicted to be severely and negatively affected (B

241 for MHC I, no archetypical binding footprint is predicted to be shared by CD1c-reactive TCRs, even wh

242 This finding is predicted to be significant for other EMFs with a met

243 Many epitopes are predicted to be significantly aggregation prone (agg

244 whereas their stereoisomers (d- and l-forms) are predicted to be significantly more challenging, if n

245 As many as 8 KEGG pathways were predicted to be significantly affected by infection

246 The overall tertiary folds of these MazFs are predicted to be similar, and therefore, it is unclea

247 sol phase composed of the oxidation products is predicted to be similar to partitioning into a phase

248 n syphilis prevalence after screening ceased is predicted to be slight, but it could be large in high

249 The distortion is predicted to be small and is not discernible by cryst

250 r of imprinted genes in the mammalian genome is predicted to be small, yet we show here, in a survey

251 >GC boutons were predicted to be smaller in volume, have fewer and s

252 The subunits within 14-3-3 dimers are predicted to be stabilized by salt bridges that are

253 unexpected LimArn compounds (LiAr and Li3Ar) are predicted to be stable above 112 GPa and 119 GPa, re

254 A series of CsFn (n >/= 1) compounds are predicted to be stable already at ambient pressure.

255 boron lattices with hexagonal vacancies have been predicted to be stable.

256 The superfluid phases of helium-3 ((3)He) are predicted to be strongly influenced by mesoscopic co

257 realize a rare class of Mott insulators that are predicted to be strongly spin-orbit coupled analogue

258 The transport gap in CNTs is predicted to be strongly driven by electron-electron

259 t in northwest (NW) Australia, a region that is predicted to be strongly influenced by climate change

260 Monolayer MoS2 is predicted to be strongly piezoelectric, an effect tha

261 vation that two of the hypothetical proteins were predicted to be structurally similar to the LD spec

262 olecular (12)C/(13)C kinetic isotope effects were predicted to be substantial, with a steep temperatu

263 es) and exhibits a number of properties that are predicted to be sufficient for a switchlike response

264 a uniform field-based resolving power of 100 was predicted to be sufficient to resolve over half ( ap

265 the mammal, and the encoded protein (BTA121) is predicted to be surface localized.

266 lium genotypes were identified, all of which were predicted to be susceptible to macrolide antibiotic

267 n sites on Z-disk and M-band proteins, which were predicted to be targets of glycogen synthase kinase

268 sion resulting from mass drug administration was predicted to be temporary, and in the absence of sca

269 Extremely low volatile organic compounds are predicted to be the dominant species in the organic

270 Berkelium (Bk) has been predicted to be the only transplutonium element abl

271 ronic structure studies on Cd3As2, which has been predicted to be the parent material, from which man

272 a single site, distant from subunit a, which is predicted to be the interface for other inhibitors.

273 s mostly beta-sheet content (ca. 50%), which is predicted to be the lowest-energy structure of protei

274 annual cost of USD 34 billion in the US and is predicted to be the number one cause of death worldwi

275 This dominant community is predicted to be the one that uses resources most effi

276 on-halogen bonds via an anionic intermediate is predicted to be the preferred mechanism in the majori

277 The selectivity of SidA for ornithine is predicted to be the result of the lower energy barrie

278 Major depressive disorder (MDD) is predicted to be the second leading cause of global di

279 contributing to 2.1% of deaths globally and is predicted to be the third highest contributor to the

280 Methanol elimination is predicted to be the turnover-limiting step for one su

281 ntrolled by adsorption, where organic matter was predicted to be the dominant soil sorbent.

282 PDE4B was predicted to be the target gene of miR-124-3p by pat

283 , miRanda, and DIANA-microT-CDS), miR-18a-5p was predicted to be the top candidate microRNA regulator

284 ng, 10-hydroxywarfarin and warfarin alcohols were predicted to be the most potent inhibitory metaboli

285 many more possible structures, some of which are predicted to be thermodynamically more favorable as

286 d; of these, certain K, Rb, and Cs compounds are predicted to be thermodynamically stable.

287 This phase (which we name C(3)) is predicted to be thermodynamically stable above 38 GPa

288 A high proportion of plant species is predicted to be threatened with extinction in the nea

289 tic leukemia (T-ALL), but its administration is predicted to be toxic in humans.

290 , we identified splice variants of NaVs that were predicted to be toxin resistant.

291 he allosteric network connecting these sites are predicted to be transient in the wild-type Galpha su

292 In the ternary receptor, there are predicted to be two copies of each class of sites, f

293 eering covalently restricted F proteins that are predicted to be unable to close the six-helix bundle

294 multiple soluble luminal proteases and thus are predicted to be unable to efficiently degrade protei

295 Multi-partite mutualisms are predicted to be unstable due to strong direct compet

296 nging problem, because folding intermediates are predicted to be unstable in either an aqueous or a h

297 Cl2 complex prevailed, whereas the CuCl4(2-) was predicted to be unstable.

298 Blocking electroneutral Na(+) movement is predicted to be useful in the treatment of temperatur

299 distribution of evaporation in a given leaf is predicted to be variable, changing with the local env

300 from HT unless the post-transplant mortality is predicted to be very high.