ライフサイエンスコーパス: genetic marker

1 reatment value (purported precision-medicine genetic markers).

2 oportion of phenotypic variance explained by genetic markers.

3 pendently from dental phenotypes and neutral genetic markers.

4 eatments, clinical course, and serologic and genetic markers.

5 GDSC), again out-performing clinically used genetic markers.

6 rmed by sequencing taxonomically informative genetic markers.

7 ontemporary migration rates based on neutral genetic markers.

8 n variant genetic architecture or for single genetic markers.

9 al strains, as achieved with typing based on genetic markers.

10 re to increase the ability to detect related genetic markers.

11 e thus far owing to the lack of identifiable genetic markers.

12 disease liability explained by large sets of genetic markers.

13 mate pedigree structure, both estimated with genetic markers.

14 lyses using >10 million genotyped or imputed genetic markers.

15 t been systematically studied due to lack of genetic markers.

16 under protein, cellular, gene expression and genetic markers.

17 y using two real data-sets with nearly 500 k genetic markers.

18 urther caution in reporting interactions for genetic markers.

19 oach was validated with multiple independent genetic markers.

20 s for learning epistatic relationships among genetic markers.

21 e myeloid leukemia (AML) is largely based on genetic markers.

22 assays targeting putative canine-associated genetic markers.

23 ted in a growing list of robustly associated genetic markers.

24 ependence and additivity assumptions between genetic markers.

25 d on morphological traits and coarse sets of genetic markers.

26 enic fusion proteins or other characteristic genetic markers.

27 e due to limited numbers of species-specific genetic markers.

28 range of hosts using 19 linked and unlinked genetic markers.

29 ing variation data, gene expression data and genetic markers.

30 typically defined by a unique combination of genetic markers.

31 Conclusions: We have defined genetic markers able to segregate stable HIV-1-controlle

32 We have defined genetic markers able to segregate stable HIV-1-controlle

33 144 genetic markers across the entire genome were used for q

34 quence and genotype hundreds of thousands of genetic markers across the human genome.

35 etween two individuals in the combination of genetic markers along their chromosomes indicates shared

36 , and the recombination fraction between the genetic marker and the mating-type locus.

37 the first reproducible evidence of specific genetic markers and a highly polygenic architecture that

38 ssful identification of associations between genetic markers and aggression would contribute to under

39 We analyzed uniparental genetic markers and autosomal microsatellites in DNA sam

40 The combined use of genetic markers and detectable minimal residual disease

41 Multiple genetic markers and functional pathways play a part in d

42 ate networks representing interactions among genetic markers and genes.

43 view of current knowledge about mouse genes, genetic markers and genomic features as well as the asso

44 Genetic markers and geochemical assays of microbial nitr

45 lineage sorting leads to random fixation of genetic markers and hence, random signals of relationshi

46 of organic matter, can be addressed based on genetic markers and how the expression of these markers

47 However, associations between genetic markers and imaging QTs identified by existing b

48 ecotypes, identified on the basis of neutral genetic markers and locally adapted populations, are ass

49 proach holds potential for elucidating novel genetic markers and mechanisms for cardiovascular diseas

50 s are based on a limited number of molecular genetic markers and morphology-based assessment of remis

51 tics intends to uncover associations between genetic markers and neuroimaging quantitative traits.

52 r available information, such as location of genetic markers and pathway information are not integrat

53 ssociation studies to discover links between genetic markers and phenotypes are central to bioinforma

54 evels of linkage disequilibrium (LD) between genetic markers and quantitative trait loci (QTL) affect

55 h can be used to narrow the search for novel genetic markers and regulatory interactions.

56 Tested genetic markers and relevant genomic features can be vis

57 c variation within populations, we collected genetic markers and speech recordings in the admixed cre

58 through association studies with millions of genetic markers and thousands of individuals.

59 integrates the correlation structures among genetic markers and traits simultaneously.

60 Using maize (Zea mays) genetic markers and transcript levels from seedlings to

61 ssypium raimondii are available with aligned genetic markers and transcripts.

62 We employed a multiple genetic marker approach to test whether the successful e

63 about the genetics of sainfoin and only few genetic markers are available to assist breeding and gen

64 Genetic markers are essential when developing or working

65 Assessing which genetic markers are involved in determining trait status

66 network graphical structure by incorporating genetic markers as covariates.

67 We addressed this question using genetic markers as proxies for putative risk factors and

68 genetic studies can benefit from genome-wide genetic marker assays.

69 ngs are a step towards developing a panel of genetic markers assessing risk of infection-related comp

70 Genetic markers associated with age at puberty will allo

71 identification of the infecting organism and genetic markers associated with antibiotic resistance.

72 e PCR capable of detecting aspergillosis and genetic markers associated with azole resistance.

73 Although numerous studies have looked at genetic markers associated with depression, the role of

74 Genetic markers associated with divergent cannabinoid ph

75 n unbiased, genome-wide approach to identify genetic markers associated with impulsivity in experimen

76 To identify mycobacterial genetic markers associated with increased transmissibili

77 analysis with PolyPhen software identified 6 genetic markers associated with longevity for all 4 anti

78 In this study, to identify genetic markers associated with MM overall survival (MM-

79 Genetic markers associated with obesity measures, blood

80 swine, while also identifying putative host genetic markers associated with significant differences

81 maintain both overall diversity and identify genetic markers associated with the environmental factor

82 genome-wide association studies to identify genetic markers associated with the observed clinical ph

83 asure of disease progression and to identify genetic markers associated with this progression measure

84 n host control of infection and suggest that genetic marker-based selection for resistance to bTB has

85 Spatial heterogeneity of transcriptional and genetic markers between physically isolated biopsies of

86 ted, on average, by seed metabolites than by genetic markers, but DiPR using both sets of predictors

87 While high density genetic markers can be easily obtained nowadays in genet

88 Genetic markers can be used to detect such hybrids, but

89 ps previously evaluated using relatively few genetic markers can now be addressed with thousands of l

90 re characterized by multiple factors such as genetic markers, clinical variables and treatments.

91 Pyrosequencing of genetic marker, COI (cytochrome c oxidase subunit I) and

92 l mixtures of sewage at different ages using genetic marker concentrations for human-associated crAss

93 A set of high-resolution genetic markers could be useful to infer the genetic rel

94 ytogenetics and a limited panel of molecular genetic markers, coupled with morphological assessment o

95 High-density genetic marker data, especially sequence data, imply an

96 cing has facilitated the generation of dense genetic marker datasets that provide greater power for r

97 pacity for N. gonorrhoeae AST and associated genetic marker detection, expanding preexisting notifica

98 to the current knowledge about the multiple genetic markers determining responsiveness to ICS which

99 The genetic markers did not show evidence of pleiotropic eff

100 Genomics-based genetic marker discovery is allowing unprecedented colle

101 o pinpoint the molecular mechanisms by which genetic markers drive variation in RNA-processing, catal

102 aches, including structural, anatomical, and genetic markers; electrophysiological properties; pharma

103 A new genetic marker enables precise control over a group of i

104 Based on the whole-genome sequence data, two genetic markers encoding the 60-kDa glycoprotein (gp60)

105 de closely linked and thus highly correlated genetic markers, especially when high-density marker map

106 inkage or genomic position are available for genetic markers, estimates of recombination rate between

107 In recent genome-wide association studies, genetic markers explaining a small portion of the geneti

108 d increase in mRNA for MYCN, the most common genetic marker for a poor prognosis in neuroblastoma.

109 ngobium sp. BiD32, and may serve as a future genetic marker for BPA degradation.

110 a KRAS fragment encoding G12D, an important genetic marker for guiding therapy of certain cancers.

111 lipase 3 gene has been identified as a novel genetic marker for hepatic steatosis.

112 The lack of a genetic marker for microbial MeHg production has prevent

113 ear HTR3C and ABCC5 might constitute a novel genetic marker for prediction of the transition from Bar

114 us retroviruses have proved to be a reliable genetic marker for studying the demographic history of s

115 h-clamp recordings, we identified Ptgds as a genetic marker for temperature-sensitive POA neurons.

116 ition 217 in the H7N9 viruses can serve as a genetic marker for virus antigenic diversity during vacc

117 based algorithms to search a large number of genetic markers for a disease-associated joint associati

118 ost discovery and genotyping of thousands of genetic markers for any species, including non-model org

119 some 9p21 variants are among the most robust genetic markers for coronary artery disease (CAD), and p

120 Viral integrations can be considered genetic markers for discovering virus-caused cancers and

121 Testing genetic markers for Hardy-Weinberg equilibrium (HWE) is

122 Identifying genetic markers for heterogeneous complex diseases such

123 emerged as important forensic and population genetic markers for human identification and population

124 r findings will facilitate identification of genetic markers for improving yield of crops under extre

125 To identify genetic markers for laryngeal squamous cell carcinoma (L

126 The abundance of genetic markers for methane-oxidizing bacteria (pmoA) wa

127 ight microsatellite loci, which are standard genetic markers for population genetic analysis.

128 Our findings may provide novel genetic markers for predicting the immunogenicity of PEG

129 findings provide important information about genetic markers for PSA that may improve PCa screening,

130 h reproductive traits or physically close to genetic markers for reproduction, SNPs in genes that are

131 (PIK3CA) mutations were the most significant genetic markers for resistance and sensitivity to PP242,

132 Genetic markers for sheep resistance to gastrointestinal

133 et of SNPs identified here represents useful genetic markers for strain differentiation of more clona

134 bled gorilla Y Chromosome sequence to design genetic markers for studying the male-specific dispersal

135 eeding by facilitating the identification of genetic markers for use in marker-assisted selection.

136 alysis was applied to 8,016,731 well-imputed genetic markers from large-scale meta-analyses of psoria

137 ata are discoverable from the perspective of genetic markers, genes, genome regions or phenotypes, vi

138 qually abundant, we show that, for a neutral genetic marker, genetic differentiation between mating-t

139 ons as quantitative traits while considering genetic markers, genetical genomics analysis has shown i

140 t could reveal associations between a set of genetic markers (genomic feature) and a complex trait.

141 Here the association between the genetic marker (GM) 3/17 variants in the immunoglobulin

142 clinical and laboratory characteristics, but genetic markers had a strong influence on response and s

143 Patients with adverse genetic markers had the strongest benefit from VenG, par

144 The identified genetic markers harbor potential clinical utility in cha

145 isequilibrium (LD) between unlinked pairs of genetic markers has become an important tool in the fiel

146 of this naturally occurring constellation of genetic markers has provided insights into the poorly un

147 nces on age-related nuclear cataract but few genetic markers have been identified thus far.

148 Genetic markers have helped to prognosticate diffuse lar

149 orals, Chrysogorgia, for which few classical genetic markers have proved informative.

150 Hundreds of genetic markers have shown associations with various com

151 ublished ancient DNA analyses of uniparental genetic markers have shown that the Guanches carried com

152 development in Saudi population and can be a genetic marker however, further studies are needed with

153 the results seen with a combination of five genetic markers (icaA, IS256, sesD [bhp], mecA, and argi

154 to explore the intrinsic associations among genetic markers, imaging QTs, and clinical scores of int

155 Furthermore, genetic markers important for predictions were not close

156 f an admixed individual, is widely used as a genetic marker in genetic association and evolutionary g

157 quantitative PCR for a Common Carp-specific genetic marker in two experiments.

158 380 Japanese men, we identify 50 independent genetic markers in 46 loci associated with mLOY at a gen

159 s study was to examine previously implicated genetic markers in and near IL1RAP in relation to AD ris

160 mes, based on the discovery of male-specific genetic markers in both species.

161 In this study, we identified genetic markers in convergent evolution of M. tuberculos

162 eotide polymorphisms (SNPs), the most common genetic markers in genome-wide association studies, are

163 The role of immunophenotypic and genetic markers in guiding chemotherapy choice and postr

164 on based on the cotransformation of unlinked genetic markers in naturally competent microorganisms.

165 rop genomic diversity, and are invaluable as genetic markers in research and breeding programs.

166 Genetic markers in significant regions accounted for app

167 Integration of phenotypic features with genetic markers in the subtyping analysis is a promising

168 Genetic markers in this family segregated either in 1:2:

169 wed the interrogation of thousands of common genetic markers in thousands of individuals from the sam

170 conduct a GWAS meta-analysis at 22.4 million genetic markers in up to 119,715 individuals and identif

171 eukaryotic genomes, and are commonly used as genetic markers, in particular for identity and parental

172 ticipants' race/ethnicity, and the number of genetic markers included.

173 As identification of genetic markers increases, including PRSs alongside othe

174 ty of the map was verified through extensive genetic marker information and the analysis of topologic

175 It is unclear whether genetic markers interact with risk factors to influence

176 not improve appreciably with the addition of genetic markers into conventional risk factor-based mode

177 A transposon bearing a genetic marker is randomly transposed in vitro in genomi

178 three related genomes and the performance of genetic markers is diminished if the primers are not gen

179 The design of genetic markers is of particular relevance in crop breed

180 ulu Sea, and tested selected regions of four genetic markers (ITS1, 18S rRNA, 28S rRNA and COI) for t

181 There is a lack of knowledge on genetic markers known to be associated with immunologica

182 portable detection of the two most relevant genetic markers linked to azole resistance, the mutation

183 nments and does not require perturbations or genetic markers, making it generally applicable to quant

184 , repetitive elements, polymorphisms, mapped genetic markers, mapped NCBI Rosaceae genes, gene homolo

185 Therefore, genetic markers may be useful as an addition to clinical

186 Conversely, genetic markers may not be effective indicators when age

187 tors with high prognostic value (e.g., human genetic markers, microbial biomarkers).

188 ibirica Ledeb.) and detection of polymorphic genetic markers - microsatellite loci or simple sequence

189 e plant traits, we found that transcript and genetic marker models have similar performance.

190 Finally, genetic marker models identified only 1 of 14 benchmark

191 orally, additionally relating atrophy to the genetic marker of HD (CAG-repeat length) and motor and c

192 tocompatibility complex (MHC), a widely-used genetic marker of immunity.

193 0 values; none had multiple pfmdr1 copies, a genetic marker of mefloquine resistance.

194 carriage of high-expression MIF alleles is a genetic marker of morbidity and mortality of pneumococca

195 ation mode in many eukaryotes, we identify a genetic marker of pseudopod formation, the morphological

196 son of the genomes of these viruses revealed genetic markers of airborne transmissibility in the Poly

197 al macrophages showed that the expression of genetic markers of alternative activation, namely, Fizz1

198 nt findings indicate that there are powerful genetic markers of cancer risk outside of these regions,

199 as removed by adjusting for neuroimaging and genetic markers of cerebral small vessel disease.

200 with seizures the following neuroimaging and genetic markers of cerebral small vessel disease: APOE v

201 wide association studies (GWASs) to discover genetic markers of clozapine plasma concentrations in a

202 tometry, can be used to fluorescently detect genetic markers of CTCs in the context of whole blood.

203 lance of the African parasite population for genetic markers of emerging drug resistance.

204 e have established links between atrophy and genetic markers of HD while demonstrating that specific

205 We sought to identify genetic markers of ICS response by conducting the larges

206 Genetic markers of liver fibrosis and inflammatory cytok

207 from 843 patients has been used to discover genetic markers of OS.

208 e of validation in a Brazilian population of genetic markers of periodontitis previously investigated

209 We aimed to identify genetic markers of piperaquine resistance and study thei

210 officinalis, since they are one of the first genetic markers of postmitotic neural cells.

211 The purpose of this study was to discover genetic markers of survival in patients with mRCC treate

212 s coding for placental expression enzymes as genetic markers of susceptibility to congenital T. cruzi

213 nd validate the association of seven SNPs as genetic markers of susceptibility to periodontitis in a

214 , the data point to putative transcriptional genetic markers of susceptibility.

215 es, since psychosis has been associated with genetic markers of the immune system and with excess aut

216 al assays for the detection of host-specific genetic markers of the order Bacteroidales have been dev

217 and explain inconsistencies in detecting the genetic markers of these diseases among different ethnic

218 However, no genetic markers of treatment response have been reproduc

219 ogous XyG utilization loci (XyGULs) serve as genetic markers of XyG catabolism in Bacteroidetes, that

220 Highly polymorphic genetic markers offer outstanding opportunities for gain

221 Identifying this genetic marker offers direction for interrogation in sub

222 Using genetic markers, our study identified four outlier loci

223 Controlled crosses, following a genetic marker over multiple generations, demonstrated t

224 anged ALCLs, and 42% for cases lacking all 3 genetic markers (P < .0001).

225 668,418 genetic markers passed quality control and showed high-q

226 The increasing availability of genetic markers physically anchored to reference genomes

227 lso provides the opportunity to identify new genetic markers potentially associated with the disease.

228 FE) to identify novel nonribosomal microbial genetic markers potentially useful for detecting dog fec

229 rker relationships, whereas GBLUP weighs the genetic marker relationships equally.

230 ows differential weighting of the individual genetic marker relationships, whereas GBLUP weighs the g

231 -wide association analysis with high-density genetic markers reveals that over 60% of the DMRs are no

232 A recent discovery of male-specific genetic markers reveals that these snakes instead posses

233 study (GWAS) of bladder cancer identified a genetic marker rs8102137 within the 19q12 region as a no

234 ngle-marker statistics, by including them in genetic marker set tests, that could reveal associations

235 gh linkage disequilibrium with rs12979860, a genetic marker strongly associated with HCV clearance.

236 Commonly used genetic markers such as combined BRAF-MMR status have al

237 ing the bi-multivariate relationship between genetic markers such as single-nucleotide polymorphisms

238 r task is to examine the association between genetic markers such as single-nucleotide polymorphisms

239 In part this is because genetic markers such as tag SNPs are usually studied, ra

240 global FA contributed independently of other genetic markers, such as white matter volume and cortica

241 re precisely estimated with large numbers of genetic markers than with pedigrees.

242 A simple genetic marker that quickly and accurately identifies th

243 Identification of genetic markers that affect clinical response may result

244 milarities include discrepancies between the genetic markers that brings into question whether the su

245 Host-segregating genetic markers that can discriminate C. jejuni source w

246 Determining small sets of genetic markers that can identify specific cell populati

247 we designed a multiplex PCR to target three genetic markers that differentiated 115 S. suis isolates

248 unctions could be investigated with specific genetic markers that enable labeling and manipulating ea

249 ext-generation sequencing has identified new genetic markers that have altered prognosis for patients

250 is of substantial interest to discover novel genetic markers that influence drug response in order to

251 This study found through comparisons of genetic markers that the fall armyworm from Myanmar and

252 es from a public repository and selected 318 genetic markers that were significantly associated with

253 risk factors and other somatic and germline genetic markers, the CCNE1 variants could be useful for

254 Molecular identification was made using two genetic markers, the internal transcribed spacer (ITS) a

255 such assays infer resistance based on known genetic markers, their utility will wane with the emerge

256 nvironmental score (ES), that interacts with genetic markers throughout the genome.

257 ed from each other more significantly in the genetic markers, thus demonstrating the superior perform

258 The present study employs the same genetic marker to explore the presence of a comparable p

259 n this work, P. carbekii was used as another genetic marker to investigate the biodiversity and bioge

260 In this paper, we apply genetic markers to assess whether field elm is or is not

261 Thus, there is a need for reliable genetic markers to complement the morphological identifi

262 otoperiod for flowering and surveyed neutral genetic markers to control for demography when analyzing

263 use molecular phylogenetic analysis of four genetic markers to describe Symbiodinium thermophilum, s

264 roach that integrates clinical features with genetic markers to detect confirmatory evidence for a di

265 from fish otoliths, spatial coordinates and genetic markers to detect very fine-scale dispersal patt

266 by re-sequencing guided by trait-associated genetic markers to discover the responsible genetic vari

267 d two measures (FROH and FE) that use mapped genetic markers to estimate IBDG.

268 randomization approach, applying a set of 32 genetic markers to estimate the causal effect of adiposi

269 tion and could serve as potential predictive genetic markers to identify individuals who would derive

270 harness clinical, biochemical, imaging, and genetic markers to increase our understanding of healthy

271 ical and acoustic data, as well as different genetic markers to investigate their evolutionary histor

272 ND To develop a risk scoring system based on genetic markers to predict IVIG responsiveness in KD pat

273 ar future, tRNAs may be recognized as useful genetic markers to predict the onset or severity of huma

274 Using genetic markers to systematically classify PB neurons an

275 We used genetic markers to understand genomic alteration dynamic

276 ADseq data, a problem that has plagued other genetic marker types in the past.

277 puting, flexible pedigree types and flexible genetic marker types.

278 The genetic markers used were the internal transcribed space

279 plast resequencing and search for additional genetic markers using population samples.

280 mitochondrial DNA as a maternally inherited genetic marker, we address the question of the origin an

281 er to fully exploit the potential of SSRs as genetic marker, we developed a novel method for SSR geno

282 To increase the coverage of genetic markers, we implemented imputation techniques to

283 observations, common garden experiments and genetic markers, we tested the hypothesis that genetic s

284 Seven breast cancer genetic markers were amplified by means of the MLPA reac

285 Furthermore, genetic markers were associated with longitudinal change

286 Genetic markers were determined by real-time PCR and, wi

287 imal fecal reference library, and crAssphage genetic markers were highly abundant in raw sewage and s

288 Twelve genetic markers were shown to be prevalent among dog fec

289 Ten genetic markers were used to identify 108 thelytokously

290 Highly conserved genetic markers, which are characteristic for specific s

291 ical test of association between a trait and genetic markers, which we theoretically and practically

292 plementations test the effect of one or more genetic markers while including prespecified covariates

293 n of neurons in vitro; further analysis with genetic markers, whole-cell recordings, and single-cell

294 onstitutes the basis of SSRs as an effective genetic marker with various applications.

295 nd that demographic signatures inferred from genetic markers with different inheritance modes also ne

296 and highlighting the utility of integrating genetic markers with different temporal scale resolution

297 methods can simultaneously identify multiple genetic markers with high sensitivity and specificity wi

298 Highly polymorphic genetic markers with significant potential for distingui

299 When the transcripts and genetic markers with the greatest weights (i.e., the mos

300 erences between sJIA and CAPS biomarkers are genetic markers, with CAPS being a family of monogenic d