ライフサイエンスコーパス: genomic library

1 s a probe to isolate the gene from a 129/SvJ genomic library.

2 lysin and used to screen a B. hyodysenteriae genomic library.

3 be, we then cloned the mouse ortholog from a genomic library.

4 zed the murine mdmx genomic locus from a 129 genomic library.

5 isolated after screening a bacteriophage P1 genomic library.

6 re the full-length gene from an S. capsulata genomic library.

7 The hUlip gene was isolated from a human genomic library.

8 egion of the Cp gene was cloned from a human genomic library.

9 iver genomic DNA and a commercial rat testis genomic library.

10 the HbpA-encoding gene (hbpA) from a lambda genomic library.

11 gions within the clones were used to probe a genomic library.

12 lated several positive clones from a chicken genomic library.

13 (ppsA) were sequenced from a M. maripaludis genomic library.

14 ntial immunologic screening of a T. pallidum genomic library.

15 CDCG, seven genes were isolated from a human genomic library.

16 or when present in the context of our stable genomic library.

17 the 5'-segment of the PKC-eta gene from a P1 genomic library.

18 nd used to probe a Nicotiana plumbaginifolia genomic library.

19 a genomic clone isolated from an arrayed PAC genomic library.

20 ein (pfbp) was identified from an M12 strain genomic library.

21 probe was used to screen P. aeruginosa PAO1 genomic library.

22 terminus of Fap1 was used to probe an FW213 genomic library.

23 lement has been recovered from a Glycine max genomic library.

24 esponding gene within a B. burgdorferi total genomic library.

25 Escherichia coli mutant by using a wild-type genomic library.

26 Pseudomonas aeruginosa with a V. vulnificus genomic library.

27 CPT-IB gene from a Lambda fix II rat kidney genomic library.

28 hybridization probe to screen a sheep phage genomic library.

29 genes by hybridization screening of a human genomic library.

30 nes (Pafaha-ps1 and Pafaha-ps2) from a mouse genomic library.

31 ing hFR-gamma' was isolated from a placental genomic library.

32 entified from screening a lambda FixII chick genomic library.

33 s from an alfalfa (Medicago sativa cv Chief) genomic library.

34 murine HSF-1 gene were isolated from a phage genomic library.

35 d as a probe to clone uvrB from an H. pylori genomic library.

36 sequence was identified from a M. truncatula genomic library.

37 stance 1), a gene recovered from a wild-type genomic library.

38 nces were then used to probe a lambda DASHII genomic library.

39 ll-length gene within a B. burgdorferi total genomic library.

40 e entire grik5 gene were identified in a rat genomic library.

41 isolated from a human lymphocyte lambda DASH genomic library.

42 tase activity was isolated from a Salmonella genomic library.

43 solated 13 full-length elements from a human genomic library.

44 he entire vlmH gene from an S. viridifaciens genomic library.

45 hages 141, 142, 650, and 651 from the Kohara genomic library.

46 h mouse P2X3 gene from a phage lambda-129/Sv genomic library.

47 omic DNA encoding NURR1 from a mouse 129SvEv genomic library.

48 chain reaction screening of a P1 phage human genomic library.

49 ued from thiA::Tn917 to screen a B. subtilis genomic library.

50 gene MocuMA1 was isolated from an M. oculata genomic library.

51 ment in genic sequences relative to a random genomic library.

52 th 771 clones chosen at random from a pooled genomic library.

53 m a complex genome without construction of a genomic library.

54 e cloned the 5'-flanking sequence from a rat genomic library.

55 stinguishing chromosome-specific clones in a genomic library.

56 apia (Oreochromis niloticus) from a relevant genomic library.

57 uman connexin gene (GJA11) was cloned from a genomic library.

58 genomic DNA without prior construction of a genomic library.

59 lpha cDNA were obtained from a mouse ES cell genomic library.

60 ion resistance to IRS24 were isolated from a genomic library.

61 Rat GPC1 cDNA probes were used to screen rat genomic libraries.

62 nearly all of HLA class I from a variety of genomic libraries.

63 zed from placental and chromosome 4-specific genomic libraries.

64 l line as well as clones isolated from total genomic libraries.

65 by the lack of availability of large-insert genomic libraries.

66 e coding for the Rb2/p130 protein from human genomic libraries.

67 ies typically require data from a variety of genomic libraries.

68 loning of the breakpoint without recourse to genomic libraries.

69 A encoding gtr was sequenced from a cDNA and genomic libraries.

70 from Escherichia coli and Bacillus subtilis genomic libraries.

71 ligo problem and is also useful in screening genomic libraries.

72 y partial or full-length cDNA from in planta genomic libraries.

73 ly cloned to produce HRCot, MRCot, and SLCot genomic libraries.

74 A screen of a genomic library (15-20kb inserts) constructed for this s

75 or the high-throughput parallel screening of genomic libraries against four different taxa: insects,

76 Y6 receptor, we screened two different human genomic libraries and a Southern blot with a p2y3 recept

77 promoter to lacZ were used to screen plasmid genomic libraries and genomic transposon mutants for reg

78 edure avoids the need to construct or screen genomic libraries and permits the generation of most sta

79 The GCAP1 and GCAP2 genes were cloned from genomic libraries and sequenced.

80 olysis, we screened a Sinorhizobium meliloti genomic library and discovered a segment of S. meliloti

81 ized the 8C10 structural gene from a 129Sv/J genomic library and have determined its size to be >6.1

82 isolated from a mouse 129 strain gamma FIXII genomic library and have identical exon/intron organizat

83 gene structure and regulation, we screened a genomic library and isolated overlapping lambda clones f

84 d regulation of its gene, we have screened a genomic library and isolated the mouse class IV ADH gene

85 performed by subtractive hybridization on a genomic library and led to the identification of several

86 ome except Y have been selected from a mouse genomic library and mapped using fluorescence in situ hy

87 isolated and sequenced by construction of a genomic library and PCR techniques.

88 for coping with low-pH stress, we screened a genomic library and selected a suppressor gene, CWP2 (ce

89 entation of this mutant with an M. smegmatis genomic library and subsequent subcloning reveal that th

90 dentified on cosmid clones of an H. volcanii genomic library and subsequently sequenced.

91 An analysis of the GC content of the maize genomic library and that of maize ESTs did not support r

92 ls were transformed with a high-copy E. coli genomic library and then irradiated; plasmids harvested

93 The extracted DNA was made into a genomic library and was expected to contain sequences fr

94 , by Southern genomic blotting, by screening genomic libraries, and by using PCR to amplify portions

95 ntitative trait loci) analysis, for ordering genomic libraries, and for genomic comparisons of relate

96 groESL1 heat shock operon was cloned from a genomic library, and a 2.8-kb DNA fragment was sequenced

97 protein fragments expressed from an unbiased genomic library, and also with a panel of membrane prote

98 as used to screen a tuber cDNA library and a genomic library, and one cDNA and five genomic clones we

99 ation of genomic ends, identified in a mouse genomic library, and sequenced.

100 reptococcal recA gene from an S. parasanguis genomic library, and the sequence of the gene was determ

101 containing 2803 unique BAC clones from mouse genomic libraries at 1-Mb intervals.

102 e, designated COQ5 was isolated from a yeast genomic library based on its ability to restore growth o

103 mer-annealing sequences are removed from the genomic library before selection with the target protein

104 ques allow the construction of gene-enriched genomic libraries by minimizing repeat sequences due to

105 A cosmid clone, isolated from a P. mirabilis genomic library by hybridization with the 359-bp PCR pro

106 ected from an Ehrlichia chaffeensis Arkansas genomic library by probing with anti-E. chaffeensis hype

107 he P37 gene was cloned from a B. burgdorferi genomic library by screening with antibody from a Lyme d

108 amino acids) was isolated from a C. albicans genomic library by selection for complementation of the

109 (hmu) of Y. pestis KIM6+ was selected from a genomic library by transduction into an Escherichia coli

110 The genomic library, by contrast, yielded many biologically

111 probe to identify an H. pylori lambda ZAPII genomic library clone that carried these sequences.

112 dy, we identified a Bradyrhizobium japonicum genomic library clone that complemented both ALA and dip

113 One clone, derived from an ETEC 1766a genomic library (clone G10), did not produce CS23 yet wa

114 itoring, in parallel, a population of >10(6) genomic library clones of different insert sizes, throug

115 sed Escherichia coli Coexisting/Coexpressing Genomic Libraries (CoGeLs).

116 Four clones from a C. diphtheriae genomic library complemented several of the Corynebacter

117 The hPTTG gene isolated from the human genomic library consists of five exons and four introns

118 A rat genomic library constructed in lambda-EMBL3 (SP6/T7) vec

119 on of a CycH-null mutant for Ps+ growth by a genomic library constructed using DNA from a Ps+ suppres

120 +) growth phenotype was attempted by using a genomic library constructed with chromosomal DNA from a

121 We have developed technologies that simplify genomic library construction and screening, substantiall

122 on and analysis of a highly redundant pooled genomic library containing approximately 216,000 functio

123 A DNA fragment from a wild-type genomic library could direct HA production in vivo in Es

124 r has been used for the construction of many genomic libraries currently serving as resources for lar

125 Genomic libraries derived from this bacterium have now a

126 A genomic library derived from the deep-sea bacterium Phot

127 artificial chromosomes (MACs) and mammalian genomic libraries, due to the large size of its chromoso

128 ymerase (RNAP), we deep sequenced an E. coli genomic library enriched for RNAP-binding RNAs.

129 hod consists of transforming a strain with a genomic library, enriching the cell population in transf

130 ere used to identify recombinant clones in a genomic library expressed in an opal suppressor host bec

131 ive and rapid technique for screening an Mtb genomic library expressed in Escherichia coli using Mtb-

132 ing synthetic oligonucleotide pools and KSHV genomic libraries for RTA-interacting elements, using re

133 essential step for utilizing these and other genomic libraries for targeted mapping and sequencing is

134 ein p53 and the forkhead protein FoxI1 using genomic libraries for zebrafish and mouse generated by s

135 Our screening of an E. coli genomic library for an in vivo counterpart of CsdA that

136 Our screening of an E. coli genomic library for an in vivo counterpart of PNPase tha

137 screened an inducible RNA interference-based genomic library for cells that lose kinetoplast DNA.

138 control the per regulon, we screened an EPEC genomic library for clones that modulate the expression

139 egradation, we screened the C. cellulovorans genomic library for clones with alpha-L-arabinofuranosid

140 reening the Mycobacterium tuberculosis H37Rv genomic library for complementation of catabolic defect

141 ubstitute for POR1, we have screened a yeast genomic library for genes which, when overexpressed, can

142 eri ileS gene was obtained by screening of a genomic library for hybridization to a PCR fragment.

143 Screening of a plasmid-encoded genomic library for mutants that confer enhanced export

144 surveyed a marine picoplankton large-insert genomic library for recombinant clones expressing PR pho

145 C. trachomatis, we screened a C. trachomatis genomic library for sequences encoding proteins that int

146 AC library represents the first large-insert genomic library for the rat.

147 an be used to efficiently screen one or more genomic libraries from a designated group of species.

148 sistance to zwittermicin A, we constructed a genomic library from B. cereus UW85, which produces zwit

149 ent of this organism to endothelial cells, a genomic library from C. albicans was used to transform a

150 was functionally complemented with a cosmid genomic library from Synechocystis sp. PCC 6803.

151 Screening of a genomic library from the sea urchin Strongylocentrotus p

152 the generation of a P1 artificial chromosome genomic library from the Southern pufferfish, Spheroides

153 of Candida albicans to endothelial cells, a genomic library from this organism was constructed and u

154 A Sau3A genomic library from this strain was constructed and scr

155 te three overlapping clones from a T. gondii genomic library, generating a approximately 7.5 kb map o

156 enomes from a particular species (population genomics libraries) have already been used to improve th

157 Screening of a CT596 genomic library identified adjacent genes responsible fo

158 Genomic libraries in a multicopy episomal cosmid vector

159 ion, we show that screening fosmid-based Lpl genomic libraries in an E. coli strain with a chromosoma

160 ult to complement epigenetic phenotypes with genomic libraries in order to identify the genes respons

161 vidual exons and exons spliced together from genomic libraries in planta suggest that this system can

162 ng recombinant EUO with a Chlamydia psittaci genomic library in a pBluescript plasmid vector in vitro

163 Screening of a C. trachomatis genomic library in an E. coli DeltadapD DAP auxotroph id

164 In this study, we screened a V. cholerae genomic library in Escherichia coli cells containing a P

165 R amplified and used to screen a T. pallidum genomic library in Lambda Zap II.

166 vised to screen a Mycobacterium tuberculosis genomic library in Mycobacterium smegmatis for clones co

167 Through the screening of an M. avium genomic library in Mycobacterium smegmatis, we have iden

168 as used to screen a murine (strain 129SvJ/6) genomic library in pBeloBAC11 to identify a clone contai

169 CR amplify a duplex probe from a T. pallidum genomic library in pBluescript II SK+.

170 omology to screen for a specific gene from a genomic library in plasmid or phage form.

171 constructed an arrayed 115,000-member human genomic library in the PAC shuttle vector pJCPAC-Mam2 th

172 ary hepatomas, we generated a rat NotI-EcoRV genomic library in the pBluescriptKS vector.

173 nes containing specific genetic markers from genomic libraries is the first step in the process.

174 Further screenings of B. burgdorferi 297 genomic libraries led to the identification of three add

175 e charge by complementation with an S. pombe genomic library led to the identification of five genes

176 d as a probe to isolate cosmid clones from a genomic library made of DNA purified from a maize chromo

177 Genomic libraries necessary to support targeted mapping

178 a probe, catalase clones were isolated from genomic libraries of C. albicans.

179 a mixture of several different plasmid-based genomic libraries of defined insert sizes or SCALEs, (ii

180 Screening of the genomic libraries of Geobacillus stearothermophilus ATCC

181 mologous cosmids were also identified in the genomic libraries of Mycobacterium tuberculosis and Myco

182 Genomic libraries of two Enterococcus faecalis strains,

183 We used genomic libraries of wild mouse DNAs and PCR to analyze

184 3116 base pairs, was isolated from a cosmid genomic library of a glioblastoma multiforme cell line.

185 The genomic library of a histidine-positive suppressor mutan

186 allii by genotyping a reduced representation genomic library of an F2 population derived from an inte

187 with knob DNA segments were isolated from a genomic library of an oat-maize chromosome 9 addition li

188 tion point in one mutant were rescued from a genomic library of Ara-A(r) AK+ DNA, and Southern blot a

189 The AMA1 sequence was isolated from a genomic library of Aspergillus nidulans on the basis of

190 Two cosmids from a genomic library of avian pathogenic E. coli chi7122 conf

191 ne encoding this antigen was isolated from a genomic library of B. burgdorferi B31 (low passage), and

192 e sequence DSLEFIASKLA was identified from a genomic library of Bacillus subtilis by phage display as

193 A genomic library of Bartonella bacilliformis was construc

194 The complete gene was obtained from a genomic library of C. subterminale SB4 chromosomal DNA b

195 A genomic library of E. chaffeensis was constructed in a l

196 aining ibeB was isolated from a LambdaGEM-12 genomic library of E. coli RS218 and subcloned into a pB

197 ased probes, which are necessary to screen a genomic library of interest.

198 were used to clone several fragments from a genomic library of KD735-15 DNA and assemble a single 20

199 ) was isolated from a previously constructed genomic library of Lactobacillus helveticus CNRZ32.

200 tion of nonoverlapping "seeds" chosen from a genomic library of large-insert clones [such as bacteria

201 escribed 583-bp fragment was used to probe a genomic library of M. gallisepticum DNA.

202 s gene cluster was identified by screening a genomic library of Mycobacterium bovis BCG with the post

203 We have cloned a DNA fragment from a genomic library of Myxococcus xanthus using an oligonucl

204 plemented by a DNA fragment, isolated from a genomic library of PAO1, that carries the orp gene.

205 A clone from a genomic library of strain 3083-2 was isolated, which was

206 e by heterologous screening of a lambdaEMBL4 genomic library of T. brucei EATRO 164 using a rat liver

207 A high-coverage, large-insert genomic library of the inbred line B73 based on bacteria

208 The PRA gene was then cloned from a genomic library of the Silveira strain of C. immitis and

209 H) encoding IBAH was amplified by PCR from a genomic library of the valanimycin-producing organism, S

210 on 1, and exon 2, was isolated from a bovine genomic library on two overlapping bacterial artificial

211 al DNA fragments from a C. jejuni ATCC 43431 genomic library onto a glass slide.

212 aliana, either as intact genes isolated from genomic libraries or after manipulation to generate chim

213 We followed this with reduced genomic library preparation and massively parallel seque

214 ining the full-length DHA1 gene from a phage genomic library prepared from strain B3501.

215 Wow15 mutant was complemented with a cosmid genomic library prepared from wild-type A. calcoaceticus

216 ucting a physical map of a chromosome from a genomic library presents a central computational problem

217 region in a clone obtained from a BDS strain genomic library previously prepared from organisms after

218 e high-copy components in transcriptomic and genomic libraries prior to sequencing.

219 Screening of an E.coli genomic library revealed a potential interaction between

220 Complementation of RM1 with a genomic library revealed that the mutation occurred in a

221 ng two distinct p97 genes were isolated in a genomic library screen, one of them likely representing

222 Through genomic library screening and PCR-based genomic walking

223 Genomic library screening and sequencing were used to ge

224 were cloned from a single isolate by PCR or genomic library screening and were sequenced.

225 Yeast genomic library screening identified RPR1 as the specifi

226 n of reverse transcription-PCR, 5' RACE, and genomic library screening was used to clone the coding r

227 Using a combination of genomic library screening, long-range PCR, and genomic w

228 mouse bacterial artificial chromosome (BAC) genomic library screening, long-range polymerase chain r

229 activated by RHKO was identified as nCL-4 by genomic library screening, transcript analysis, and DNA

230 xed stringency polymerase chain reaction and genomic library screening, we have isolated homologous c

231 amplification of complementary DNA ends and genomic library screening, we have successfully cloned a

232 CR primer design, microarray experiments and genomic library screening.

233 Methylation filtration genomic libraries select unmethylated DNA clones due to

234 d from a HeLa-derived randomly sheared total genomic library, sequenced, and screened for polymorphis

235 e purA gene was isolated from an E. ictaluri genomic library, sequenced, and shown to have an overall

236 Results from screening a rice genomic library suggest that there are an estimated 5700

237 Subsequent screening of a V. cholerae genomic library suggested that sigma(E) stress response,

238 ames and larger multigene fragments within a genomic library that alter the expression of a given phe

239 isolated a gene, Ccs1, from a C. reinhardtii genomic library that complements both the cytochrome b6f

240 ng phage lambda clones from a BCBL tumor DNA genomic library that spanned 48 kb on the left-hand side

241 By sorting an indexed WT genomic library through microinjection into the macronuc

242 We constructed a randomly sheared yeast genomic library to express yeast proteins on the surface

243 ne such cell per 10(4) cells and to screen a genomic library to identify multiple copies of the xylos

244 ), which uses purified protein with a stable genomic library to isolate regulatory elements directly

245 density of seed clones and the depth of the genomic library used for walking, affect the cost and ti

246 to see if this gene could be selected from a genomic library using a vector containing the EMS.

247 L epitope from MCMV M45 by screening an MCMV genomic library using CTL clones isolated from mice infe

248 Screening of a S. latifolia male genomic library using SLP2 as a probe led to the isolati

249 The gene was isolated from a genomic library via in vitro selection in a DNA binding

250 alpha-gliadin cDNA screen of human cDNA and genomic libraries was undertaken, an approach in keeping

251 A sea nettle (a jellyfish) genomic library was constructed and two pax genes (Pax-A

252 A C. albicans genomic library was constructed by cloning XbaI-partiall

253 A genomic library was constructed with DNA from granulocyt

254 The genomic library was derived from the bacteriophage fd, a

255 ent from an M. avium subsp. paratuberculosis genomic library was found to contain a 1,107-bp open rea

256 Genetic screening of an E. coli genomic library was performed to identify the genes whic

257 his study, a genetic screening of an E. coli genomic library was performed to identify those genes wh

258 tion of the mouse Ron receptor gene, a mouse genomic library was screened and overlapping clones codi

259 A rat genomic library was screened and overlapping lambda clon

260 A size-selected Balaena mysticetus genomic library was screened for clones containing simpl

261 lence factors genetically, an L. pneumophila genomic library was screened for clones which conferred

262 A high-copy-number yeast genomic library was screened for genes that suppress the

263 A sheep genomic library was screened with a rat lens connexin46

264 sis of murine Hmgi(y), a mouse lambda FIX II genomic library was screened with an intron-specific pro

265 Accordingly, a lambdaEMBL3 A. fumigatus genomic library was screened with degenerate oligonucleo

266 A genomic library was screened with polyclonal antibody to

267 A human genomic library was screened with the cone NCKX cDNA, an

268 d by inverse PCR) as a probe, an S. meliloti genomic library was screened, and two overlapping cosmid

269 This fragment, cloned from a mouse genomic library, was found to have significant sequence

270 n addition, because every clone in the mouse genomic library we have constructed has a negative selec

271 he yeast two-hybrid system to screen E. coli genomic libraries, we discovered that Era interacts with

272 eaction (PCR) amplification and screening of genomic libraries, we have identified multiple Casr-rela

273 he frequency of these repeats in the partial genomic library, we estimate that (CA/GT)n repeats occur

274 g the method of microinjection and sorting a genomic library, we have cloned a DNA fragment that comp

275 By differential screening of a genomic library, we have cloned a gene expressed specifi

276 Screening a C. glabrata genomic library, we identified CgPMU2, a member of a thr

277 qsr1 mutants By screening a high-copy yeast genomic library, we isolated several clones containing o

278 By screening a mouse genomic library, we isolated two novel genes that were p

279 ing transfection of cells with an RNAi-based genomic library, we used 5 microm tubercidin to select a

280 Genomic libraries were captured for 3,230 exons in 182 c

281 Individual genomic libraries were constructed for each of the eight

282 Human cDNA and genomic libraries were screened with probes derived from

283 M. tuberculosis genomic libraries were targeted with Tn552'phoA transpos

284 istinct clones from a Salmonella typhimurium genomic library were identified which suppressed the cop

285 the TR gene, overlapping clones from a human genomic library were isolated.

286 m a Plasmodium falciparum mung bean nuclease genomic library were used to construct a shotgun DNA mic

287 The cluster was identified by screening genomic libraries with the viomycin phosphotransferase s

288 ein was identified by screening a lambdagt11 genomic library with 3B9.

289 We screened a mouse genomic library with a Casr-rs1 probe and identified two

290 the blood ark Anadara trapezia by probing a genomic library with a dimeric repeat element contained

291 beta5 gene was isolated by screening a mouse genomic library with a probe derived from the most 5'-en

292 Screening a Helicobacter pylori genomic library with antisera raised against H. pylori b

293 A sequences showed that contamination of the genomic library with chloroplast clones was low (1.85%).

294 discuss a variant strategy in which a second genomic library with clones having a somewhat smaller in

295 identified by screening a B. burgdorferi B31 genomic library with cross-adsorbed hyperimmune rabbit s

296 Screening of a C. parvum genomic library with ddHC-23 isolated a genomic subclone

297 Probing a CpG island genomic library with PLSCR1 as bait identified four clon

298 g for BPBP was isolated from a lambda-ZAP II genomic library with probes developed from sequenced por

299 these clones was identified by screening the genomic library with swine convalescent sera showing tha

300 ls, we developed an arrayed mouse NotI-EcoRV genomic library, with clones from three commonly used mo