ライフサイエンスコーパス: subtractive hybridization

1 ra infestans, were identified by suppression subtractive hybridization.

2 a large data set (2,016 samples) produced by subtractive hybridization.

3 lymphoma tumorigenicity by using suppression subtractive hybridization.

4 e other lineages, were identified by genomic subtractive hybridization.

5 imulated catfish macrophages was screened by subtractive hybridization.

6 hancement of probe sequence concentration by subtractive hybridization.

7 PS-stimulated CHO/CD14 cells was screened by subtractive hybridization.

8 product in perinatal lung using suppressive subtractive hybridization.

9 and LINE elements) quantitatively removed by subtractive hybridization.

10 re sequences over 1,000-fold in one round of subtractive hybridization.

11 e genomes of three Bordetella species and by subtractive hybridization.

12 ion of polymorphic DNA was coupled with PAO1-subtractive hybridization.

13 he subtracted libraries after four rounds of subtractive hybridizations.

14 abidopsis cDNA fragments were isolated using subtractive hybridizations.

15 Using DNA subtractive hybridization, 49 unique gene segments were

16 Using subtractive hybridization, a 1029 bp full-length cDNA en

17 Using subtractive hybridization, a cDNA which was designated a

18 By using subtractive hybridization, a novel insertion element, de

19 ey-colonizing strain (J166) were obtained by subtractive hybridization against an unrelated strain wh

20 ChIP DNA fragments are further enriched by subtractive hybridization against non-enriched DNA using

21 Subtractive hybridization alone introduced the least bia

22 difference products after the third round of subtractive hybridization and amplification.

23 the red imported fire ant using PCR-selected subtractive hybridization and cDNA array techniques.

24 German cockroach strains using PCR-selected subtractive hybridization and cDNA array techniques.

25 We have here used suppression subtractive hybridization and cDNA microarray analyses t

26 gene expression in mouse liver, suppression subtractive hybridization and cDNA microarray analysis w

27 C) we have used a combination of suppression subtractive hybridization and cDNA microarray to analyse

28 egment, to be called tfs3, was discovered by subtractive hybridization and chromosome walking.

29 pha hemoglobin-stabilizing protein (AHSP) by subtractive hybridization and demonstrated a 95 to 99.9%

30 mbination of polymerase chain reaction-based subtractive hybridization and differential display techn

31 lopment, we employed two cloning strategies (subtractive hybridization and differential display) usin

32 enes/proteins were identified by suppression-subtractive hybridization and differential in-gel electr

33 Using suppressive subtractive hybridization and DNA macroarrays, we identi

34 ty of the two most commonly used approaches, subtractive hybridization and exonuclease digestion, as

35 in amino acid metabolism were identified by subtractive hybridization and found to be down-regulated

36 ber, prCAD, was identified in retina cDNA by subtractive hybridization and high throughput sequencing

37 We performed suppression subtractive hybridization and identified nectin-4 (PVRL4

38 ed gene expression in dpy, we performed cDNA subtractive hybridization and isolated a novel xylogluca

39 The method is a combination of subtractive hybridization and PCR.

40 n (prcd), has been identified by suppression subtractive hybridization and retinal cDNA library scree

41 Suppression subtractive hybridization and RNA hybridization analysis

42 lpha-associated cardiomyopathy, we performed subtractive hybridization and systematically characteriz

43 ding differential gene analysis, suppression subtractive hybridization, and cDNA microarrays.

44 g on microarrays, differential display (DD), subtractive hybridization, and representational differen

45 at this platform can be used for single-step subtractive hybridization applications with better perfo

46 discovery further, we have also developed a subtractive hybridization approach designed specifically

47 We utilized a subtractive hybridization approach to isolate a heme tra

48 ve mechanism of action of heparin, we used a subtractive hybridization approach to isolate and charac

49 Herein, we use the suppressive subtractive hybridization approach to isolate differenti

50 A subtractive hybridization approach was used to isolate v

51 homologue of fzr was isolated by suppression subtractive hybridization as a gene with decreased expre

52 The epi23 cDNA was isolated by subtractive hybridization as an epidermis-specific mRNA

53 yrin repeat protein (CARP) was identified by subtractive hybridization as one of a group of genes tha

54 This cDNA was identified by subtractive hybridization based upon its high expression

55 sently, we evaluated the efficiency of three subtractive hybridization-based kits in depleting rRNA f

56 cDNA subtractive hybridization between a cell line that overe

57 ed cDNA representational difference analysis subtractive hybridization between beta(3)-positive and -

58 reater diversity of cDNA molecules than does subtractive hybridization between cDNA mixtures from mac

59 Gene expression profiles were compared by subtractive hybridization between ischemic and normal ti

60 Previously, we have utilized suppressive subtractive hybridization between mRNAs isolated from th

61 ammary epithelial cells (MECs), we performed subtractive hybridization between normal MEC strain 76N

62 Subtractive hybridization between passively stretched an

63 formed polymerase chain reaction (PCR)-based subtractive hybridization between selecting and nonselec

64 y transfected B-cell line and then performed subtractive hybridization by using a method to selective

65 Nkx2.5 in the developing heart, we performed subtractive hybridization by using RNA isolated from wil

66 Our studies demonstrate that subtractive hybridizations can be used to identify previ

67 Subtractive hybridization cDNA libraries were constructe

68 About 226 suppression subtractive hybridization clones were obtained from plan

69 ne expression, we have developed a PCR-based subtractive hybridization cloning method utilizing trace

70 trix molecule cytotactin/tenascin (CT/TN), a subtractive hybridization cloning strategy was employed.

71 We used an immunoprecipitation/subtractive hybridization/cloning strategy to identify 1

72 We utilized suppression subtractive hybridization combined with differential scr

73 al rat liver were isolated using suppression subtractive hybridization, combined with an efficient sc

74 By subtractive hybridization comparing nonmetastatic chromo

75 e expression was dependent upon dHAND (using subtractive hybridization comparing wild-type and dHAND-

76 expression was validated through suppression subtractive hybridization, custom microarrays, real-time

77 inducible) were isolated using a strategy of subtractive hybridization designed to yield 'late' genes

78 olution molecular genotyping procedures, and subtractive hybridization did not yield observable genet

79 PHAT probes were generated from genome subtractive hybridization experiments.

80 A search by subtractive hybridization for sequences present in only

81 ort the first application of whole-body cDNA subtractive hybridization for the identification of rege

82 ic derivative Ca2-5-LT1, a general method of subtractive hybridization has been employed.

83 ressed sequence tag database and suppression subtractive hybridization identified 600 genes that were

84 ent family, designated ISHp608, was found by subtractive hybridization in Helicobacter pylori.

85 genic Escherichia coli (EPEC) strain MB80 by subtractive hybridization is encoded on a large multidru

86 >3000 individual clones from two suppression subtractive hybridization libraries revealed 147 genes o

87 nally regulated gene from an Atlantic salmon subtractive hybridization library with highest expressio

88 cDNA encoding suprabasin using a suppression subtractive hybridization method between the proliferati

89 Here, a subtractive hybridization method coupled with RNAseq of

90 Here we describe a PCR-based subtractive hybridization method for efficiently detecti

91 of a tagged polymerase chain reaction (PCR) subtractive hybridization method that is universally app

92 We applied the directional tag PCR subtractive hybridization method to construct a rat hypo

93 Using a modified subtractive hybridization method to identify specific ge

94 ature-sensitive mutant p53 using a PCR-based subtractive hybridization method.

95 highly induced by harpins was isolated by a subtractive hybridization method.

96 is enhanced under low pH conditions, we used subtractive hybridization methodology.

97 of which (SR3.1) was originally isolated by subtractive hybridization of adult, photoreceptorless rd

98 Subtractive hybridization of cDNAs isolated from ACE-tre

99 for hepatocyte polarity has been to utilize subtractive hybridization of early embryonic mouse cDNA

100 ets in a single step is then demonstrated by subtractive hybridization of fragmented human genomic DN

101 (FW) to seawater (SW); performed suppression subtractive hybridization of gill mRNAs; and identified

102 Suppression subtractive hybridization of mRNA isolated from those ce

103 eceptor-specific cDNAs originally created by subtractive hybridization of mRNAs from normal and photo

104 of photoreceptor-specific cDNAs isolated by subtractive hybridization of mRNAs from normal and photo

105 (Pennisetum ciliare (L.) Link), Suppression Subtractive Hybridization of ovary cDNA with leaf cDNA w

106 NPY-responsive genes were also identified by subtractive hybridization of the hBRIE 380i cells in the

107 The screen was performed by subtractive hybridization on a genomic library and led t

108 d selective solid phase that can be used for subtractive hybridization or sequence capture applicatio

109 A libraries, such as those generated through subtractive hybridization or yeast two-hybrid screens.

110 P-TR line was comparatively screened using a subtractive hybridization-PCR procedure.

111 Using suppression subtractive hybridization polymerase chain reaction, we

112 d levels of structural RNAs were prepared by subtractive hybridization prior to RNA-Seq analysis.

113 in endothelial cells, we used a suppression subtractive hybridization procedure to compare mRNA from

114 a prevalence down to five copies per cell, a subtractive hybridization procedure was employed.

115 derived from these cells were subjected to a subtractive hybridization procedure, and cDNAs overrepre

116 To remove rRNA and enrich coding sequences, subtractive hybridization procedures have become the app

117 ghly expressed housekeeping genes during the subtractive hybridization process, thereby allowing more

118 ntified among the 1026b-specific suppression subtractive hybridization products.

119 ls in dying motoneurons, we used a PCR-based subtractive hybridization protocol to identify messages

120 We used a subtractive hybridization protocol to identify novel exp

121 cDNA subtractive hybridization revealed 40 genes that were di

122 Suppression subtractive hybridization revealed that although AAMphi

123 We identified the Hmgb3 cDNA in a subtractive hybridization screen for transcripts that ar

124 By performing a suppression subtractive hybridization screen we identified a novel m

125 Using subtractive hybridization screening we isolated CD as an

126 mesencephalic dopamine neurons, we performed subtractive hybridization screens to find ventral mesenc

127 Subtractive hybridization screens were recently used to

128 The resulting subtractive hybridization sequences were used as tags to

129 Electronic subtraction (ES), subtractive hybridization (SH), and differential display

130 A suppression subtractive hybridization (SSH) analysis was used to eva

131 ding 716 genes, generated from a Suppression Subtractive Hybridization (SSH) cDNA library, was printe

132 n Reading frame ESTs) libraries, suppression subtractive hybridization (SSH) libraries and clones ide

133 oysters to parasite exposure, a suppression subtractive hybridization (SSH) method was employed to c

134 We used suppression subtractive hybridization (SSH) of Plasmodium yoelii sal

135 nalyses such as DNA microarrays, suppressive subtractive hybridization (SSH) or differential display

136 The suppression subtractive hybridization (SSH) technique was used to id

137 We used suppression subtractive hybridization (SSH) to identify sequences th

138 Suppressive subtractive hybridization (SSH) was employed in identify

139 l complexity of these processes, suppressive subtractive hybridization (SSH) was performed between RN

140 Suppression subtractive hybridization (SSH) was subsequently used to

141 ntent of the V. cholerae genome, suppression subtractive hybridization (SSH) was used to prepare libr

142 rse of a differential screening (suppression subtractive hybridization (SSH)) project.

143 highly effective method, termed suppression subtractive hybridization (SSH), has been developed for

144 By suppression subtractive hybridization (SSH), we have cloned a novel

145 sion of cDNA clones generated by suppression subtractive hybridization (SSH).

146 Introduction of an efficient subtractive hybridization step prior to cloning of cDNA

147 ey development and as a source of tissue for subtractive hybridization strategies.

148 expression in ischemic cortex by suppression subtractive hybridization strategy.

149 resentational difference analysis (RDA) is a subtractive hybridization technique by which the differe

150 analysis of cDNAs (cDNA-RDA) is a sensitive subtractive hybridization technique capable of isolating

151 en isolates of the same species and to use a subtractive hybridization technique to recover relevant

152 ntify genes that are odontoblast-specific, a subtractive hybridization technique was employed that re

153 A polymerase chain reaction (PCR)-amplified subtractive hybridization technique was used to identify

154 tational differences analysis (a PCR-coupled subtractive hybridization technique).

155 orm (CvMT-IV) was isolated from hemocytes by subtractive hybridization techniques following a 4-hour

156 The use of subtractive hybridization techniques yielded several dif

157 h-5B2 (HGMW-approved symbol D14S564E), using subtractive hybridization techniques.

158 polymerase chain reaction amplification and subtractive hybridization, this protocol for screening c

159 isolate, PSE9, was chosen for comparison by subtractive hybridization to a less virulent strain, PAO

160 We performed subtractive hybridization to create an enriched probe, w

161 identify the gene targets involved, we used subtractive hybridization to examine changes in gene exp

162 reviously used mRNA differential display and subtractive hybridization to identify 13 pollen-expresse

163 Here, we use suppression subtractive hybridization to identify a previously unrec

164 Here, we used cDNA subtractive hybridization to identify an endogenous gene

165 We used subtractive hybridization to identify novel in vivo PU.1

166 We used genomic subtractive hybridization to identify regions of genomic

167 e used polymerase chain reaction suppressive-subtractive hybridization to identify similarly regulate

168 We used subtractive hybridization to identify the gene encoding

169 In this report, we have used cDNA subtractive hybridization to identify transcripts induce

170 We previously used subtractive hybridization to isolate cDNAs for genes upr

171 a hormone-inducible Brachyury construct and subtractive hybridization to search for such targets.

172 Five reciprocal cycles of subtractive hybridization using cDNA generated from fibr

173 ation of the human gene ERMAP, identified by subtractive hybridization using early and late gestation

174 ional difference analysis (RDA), a PCR-based subtractive hybridization using fetal livers from wild t

175 estinal mucosa, we performed chromosomal DNA subtractive hybridization using M. avium and M. intracel

176 DA), a polymerase chain reaction (PCR)-based subtractive hybridization using neutrophils and macropha

177 r neurological tissue cells was subjected to subtractive hybridization using RNA from the same strain

178 al screening in combination with suppression subtractive hybridization using RNA isolated from wild-t

179 The cDNA library obtained from subtractive hybridization was arrayed and screened with

180 Subtractive hybridization was conducted on polyA PCR-amp

181 Suppression subtractive hybridization was employed to assess the gen

182 may be involved in malignant progression, a subtractive hybridization was performed between GBM cell

183 Subtractive hybridization was performed to isolate P. ca

184 Suppression subtractive hybridization was performed using PND1 sampl

185 fy genes regulated by GATA-6 in this tissue, subtractive hybridization was performed using template c

186 Genomic subtractive hybridization was successfully employed to i

187 RT-PCR-based subtractive hybridization was used on islets from a pati

188 hosphorylation on gene expression, PCR-based subtractive hybridization was used to clone cDNAs that w

189 t plant to heavy-metal exposure, suppressive subtractive hybridization was used to create a library e

190 Subtractive hybridization was used to identify 9 short D

191 PCR-amplified subtractive hybridization was used to identify candidate

192 Suppression subtractive hybridization was used to identify genes dif

193 ion in ANA-1 murine macrophages, suppression subtractive hybridization was used to identify genes up-

194 ressed genes of lower abundance, suppression subtractive hybridization was utilized and 29 differenti

195 Through subtractive hybridization we identified 60A-specific seq

196 Using polymerase chain reaction-based subtractive hybridization we isolated 34 cDNAs for TH-re

197 Using suppressive subtractive hybridization, we found a number of DNA frag

198 By subtractive hybridization, we found a significant increa

199 Using suppression subtractive hybridization, we have isolated a set of 14

200 Using suppression subtractive hybridization, we identified a gene (with a

201 Through suppressive subtractive hybridization, we identified a new gene whos

202 ombining immunoprecipitation and suppressive subtractive hybridization, we identified populations of

203 Using subtractive hybridization, we identified six genes, term

204 Using suppressive subtractive hybridization, we identified three transcrip

205 By using suppression subtractive hybridization, we isolated 82 unique cDNA cl

206 Using subtractive hybridization, we searched for previously un

207 ion of MyoD, in conjunction with suppression subtractive hybridizations, we show that the Id3 and NP1

208 th two different complex probes generated by subtractive hybridization were carried out on high-densi

209 1-kb human melanoma gene, MG50, derived from subtractive hybridization with a squamous lung carcinoma

210 that is expressed in apoptotic cells we used subtractive hybridization with cDNA prepared from neuron

211 We have combined suppressive subtractive hybridization with in situ hybridization to

212 IBLP-associated cDNA fragments generated by subtractive hybridization with non-AIDS IBLP.