ライフサイエンスコーパス: complementary sequence

1 encing complex (RISC) to messenger RNAs with complementary sequence.

2 nucleotides recognize and hybridize to their complementary sequence.

3 cleotide mismatch at position 9 in the shRNA complementary sequence.

4 (PNA) probe having a homologous rather than complementary sequence.

5 e double-stranded DNA, by hybridisation to a complementary sequence.

6 f the ligated monomers, 79% were the correct complementary sequence.

7 conjugates with the silicon surface-attached complementary sequence.

8 nate the complementary sequence from the non-complementary sequence.

9 plate for the enzyme-catalyzed assembly of a complementary sequence.

10 rameters describing their interaction with a complementary sequence.

11 chieving hybridization between probe and its complementary sequence.

12 this effect was lost by mutagenesis of this complementary sequence.

13 SC complex to identify and cleave mRNAs with complementary sequences.

14 e 3' overhangs to protect and anneal them to complementary sequences.

15 xogenous origin, degrade mRNAs bearing fully complementary sequences.

16 fluorescent probes to hybridize to specific complementary sequences.

17 that regulate expression of mRNAs that have complementary sequences.

18 conserved GACG tetraloops that are not self-complementary sequences.

19 the rim promotes base pairing between their complementary sequences.

20 f non-Watson-Crick structures from otherwise complementary sequences.

21 hat guide nucleases for specific cleavage of complementary sequences.

22 ty when the hairpin contains no immediate 3' complementary sequences.

23 y sequences from one-base mismatched and non-complementary sequences.

24 nealing two single-stranded RNA circles with complementary sequences.

25 y bases at the membrane-proximal ends of two complementary sequences.

26 and FEN1 by recognizing seedless but highly complementary sequences.

27 hanism that relies on the annealing of small complementary sequences.

28 ess the expression of messenger RNAs bearing complementary sequences.

29 ect base pairing, in many cases through long complementary sequences.

30 The second aptamer was linked through a complementary sequence (12-nt) to a G-rich overhang at t

31 fluorophore and a shorter quencher oligo of complementary sequence 3'-labeled with a quencher.

32 then used to scan substrates containing the complementary sequence 5'-GTCAAGATGCTACCGTTCAG.

33 of small RNAs with messenger RNAs containing complementary sequence - a process known as RNA interfer

34 is, we modified a DNA target, which has self-complementary sequence able to form a hairpin loop, by r

35 sions occur when the stem interacts with its complementary sequence and are especially problematic in

36 These complementary sequence and binding data suggest that dif

37 ll cases, so, through the use of a number of complementary sequence and structural approaches, the Pr

38 It shows excellent selectivity against non complementary sequences and 3 base mismatch complementar

39 t, miR-18b and miR-23a were found to possess complementary sequences and binding affinity for 3' untr

40 as a guide to find messenger RNAs containing complementary sequences and cleaves the phosphodiester b

41 in silencing effector complexes, recognizes complementary sequences and targets them for silencing.

42 using non-complementary sequences instead of complementary sequences and the detection limit of the a

43 In a complementary sequencing and genotyping study of individ

44 TR contained two 13-nucleotide-long complete complementary sequences, and their sequence complementar

45 The melting temperatures of these LNAs for complementary sequences are superior to those of analogo

46 o form a stem-loop structure that has a self-complementary sequence at one end.

47 ved when the aptamer hybridized with a short complementary sequence at specific site was used instead

48 have been used to detect near-IR dye-labeled complementary sequences at subnanomolar levels.

49 Despite having self-complementary sequences at their substrate-binding domai

50 From these different molecular ion types, complementary sequence, branching, and linkage informati

51 regulate the stability of mRNAs containing a complementary sequence by targeted degradation in plants

52 fic silencing of messenger RNAs that contain complementary sequences by either enzymatically cleaving

53 e nonionic DNA/RNA mimics that can recognize complementary sequences by Watson-Crick base pairing.

54 cture shows how even stem-loops without self-complementary sequences can facilitate the intermolecula

55 The possibility that distant complementary sequences can stimulate inter-transcript s

56 wed that hairpin or duplex DNAs with a 10 nt complementary sequence catalyzed RNA degradation.

57 ase rates at predetermined time points using complementary sequences (CSs) as biomolecular triggers.

58 by using hybridized aptamers and triggering complementary sequences (CSs).

59 PDs, there is a high local concentration of complementary sequences derived from the Tail.

60 repancy between its binding stability to its complementary sequence determined directly at ambient te

61 -containing DNAs were bent more by MutS than complementary sequence DNA (csDNA), did not promote tetr

62 osefully inserted mutations (DNAM2) and full complementary sequence (DNAfull).

63 Retroviral vectors encoding HIV-1 psi-gag complementary sequences downstream of a selectable gene

64 tion, the 3' end of minus-strand DNA, to the complementary sequence DR2, located near the 5' end of t

65 eletion of a critical sequence (editing site complementary sequence [ECS]) required for adenosine-to-

66 uence by selectively targeting mRNAs bearing complementary sequence elements.

67 (HIV-2) RNA occurs by interaction of a self-complementary sequence exposed in the loop of stem-loop

68 uence" (POS), and propose that it provides a complementary sequence for strand transfer reactions pro

69 nition sites for two different target genes, complementary sequences for two different Mg(2+)-depende

70 ed that the biosensor could discriminate the complementary sequence from the non-complementary sequen

71 eloped DNA biosensor could distinguish fully complementary sequences from one-base mismatched and non

72 s the 280-mer RNA oligonucleotides without a complementary sequence generated a weak signal.

73 ly similar, it must not include a stretch of complementary sequence >15 contiguous bases.

74 a soluble polynucleotide and an immobilized complementary sequence have been studied by others, it i

75 ich was then permitted to hybridize with its complementary sequence immobilized in a second plate.

76 zation assay as a photocleavable probe for a complementary sequence immobilized on beads.

77 the hybridization of single-stranded DNA to complementary sequences immobilized on the sensor surfac

78 employed for diagnosis and determination of complementary sequence in a human serum sample.

79 In this study, we show that the complementary sequence in alphaB-crystallin, residues 73

80 ucts so that the DNA ON is mismatched to its complementary sequence in DNA, joint formation might all

81 don (the Shine-Dalgarno sequence [SD]) and a complementary sequence in the 3' end of the 16S rRNA (an

82 evidence that this sequence interacts with a complementary sequence in the 3' region of the genome to

83 s of mammalian genes by hybridizing to their complementary sequence in the chromosome and creating a

84 A dimer initially forms via a self-complementary sequence in the dimer initiation site (DIS

85 gous alignment of the single strand with its complementary sequence in the target gene.

86 was previously proposed to base pair with a complementary sequence in the U12 small nuclear RNA (snR

87 Lack of complementary sequence in their 3' single-strand overhan

88 unction involves base pairing with conserved complementary sequences in 18S RNA.

89 ation or promote mRNA degradation by binding complementary sequences in 3' untranslated regions of ta

90 Analyses of miR-1 complementary sequences in mRNAs upregulated upon miR-1-

91 e protein expression by binding to partially complementary sequences in the 3' untranslated region (3

92 ss message translation via base-pairing with complementary sequences in the 3' untranslated region (3

93 As) regulate gene expression by pairing with complementary sequences in the 3' untranslated regions (

94 silence gene expression by base-pairing with complementary sequences in the 3'-untranslated region of

95 of the viral genome mediated by two pairs of complementary sequences in the 5' and 3' ends, designate

96 thermal cycling, both probes bound to their complementary sequences in the amplicon, resulting in re

97 nnector, termed a building unit, through the complementary sequences in the arms of functional domain

98 sumably via a double stranded RNA induced by complementary sequences in their transcripts.

99 me single-strand tails that primarily invade complementary sequences in unbroken homologs.

100 Top-down MS of the native protein provides complementary sequence information to top-down ECD and c

101 d ion" (AI) ECD provides more extensive, and complementary, sequence information.

102 e designed biosensor was proved by using non-complementary sequences instead of complementary sequenc

103 /translation state of a given native gene by complementary sequence interactions remains a technical

104 d on microspheres, the soluble, 15 base-long complementary sequence is presented either alone as a sh

105 Its complementary sequence is similar to the cis-acting elem

106 The specific hybridization of complementary sequences is an essential property of nucl

107 The extent of hybridization between the complementary sequences is determined by the enhancement

108 Binding to complementary sequences is not hindered by electrostatic

109 Hybridization of complementary sequences is one of the central tenets of

110 h the env antisense RNA, followed by the pol complementary sequence, leading to 2- to 3-log10 reducti

111 Hybridization of complementary sequences leads to a detectable signal suc

112 overexpression, miR-302 targets a partially complementary sequence localized in the 3'-untranslated

113 'R' (repeat) region of the RNA genome to its complementary sequence located in the newly synthesized

114 es by annealing one or more DNA oligomers to complementary sequences located at or near the 3'-ends o

115 gate DNA probes hybridized to RNA with short complementary sequences makes SplintR Ligase a useful en

116 these effects, but we speculate that partial complementary sequence matches to off-target genes may r

117 Both YAP1 and p150 leaders contain several complementary sequence matches to yeast 18S rRNA.

118 Maximal anti-HIV efficacy was observed with complementary sequence more than 1,000 nucleotides long,

119 This adduct persists in the absence of a complementary sequence of DNA for at least 8 days, yet r

120 is effect was not observed in a control self-complementary sequence of identical length and base comp

121 is was a Shine-Dalgarno pattern matching the complementary sequence of P. aerophilum 16 S rRNA.

122 oop structure on the negative-sense RNA, the complementary sequence of which codes for the viral RNA-

123 tructures where adjacent rather than perfect complementary sequences of a trinucleotide repeat become

124 -bonded duplex (1.2) with the unsymmetrical, complementary sequences of ADAA/DADD, have been brought

125 iciency and specificity for cross-linking to complementary sequences of DNA.

126 We provide evidence that the two conserved, complementary sequences of one stem of the hTER pseudokn

127 ty that c27/25 mRNA forms an RNA duplex with complementary sequences of SPI mRNAs in vivo was demonst

128 MicroRNAs (miRNAs) bind to complementary sequences of target mRNAs, resulting in tr

129 ein expression by hybridization to imprecise complementary sequences of target mRNAs.

130 RNAs (sRNAs) is base pairing with partially complementary sequences of targeted transcripts.

131 e the existence of a dsRNA region containing complementary sequences of the 5'- and 3'-untranslated r

132 Complementary sequencing of tRNALeu(UUR)has allowed the

133 er that of AP in the presence and absence of complementary sequence) of 8.5 when excited at 310 nm, t

134 ling of transfer RNA replication primer to a complementary sequence on the genomic RNA.

135 8 nucleotides of this tRNA are annealed to a complementary sequence on the RNA genome known as the pr

136 tides of human tRNA(Lys,3) are annealed to a complementary sequence on the RNA genome known as the pr

137 at creates tandem repeats by producing short complementary sequence on the same strand of DNA.

138 for the mRNA), by hybridization to a 20-base complementary sequence on the target (at sequence 1063-1

139 nhibitors of gene expression by binding to a complementary sequence on the target mRNA, preventing tr

140 gene for the CSP gene) by hybridization to a complementary sequence on the target.

141 d template exposes the PBS, which anneals to complementary sequences on a DNA acceptor template to en

142 This is simply done by hybridization to complementary sequences on solid supports, but it can al

143 late gene expression by binding to partially complementary sequences on target mRNA transcripts, ther

144 the sequence concatenated with its inverted complementary sequence.) On the basis of this constancy,

145 ctor-based forced expression of miRNA-768-3p complementary sequence or a chemically-engineered miRNA-

146 adducts, and these were hybridized to either complementary sequences or to sequences containing an A,

147 olino oligonucleotide was designed to bind a complementary sequence overlapping the translational sta

148 In the dimer, two self-complementary sequences, PAL1 and PAL2, form intermolecu

149 s that regulate gene expression by targeting complementary sequences, referred to as miRNA recognitio

150 Due to a twofold complementary sequence repeat, two possible conformation

151 cal cellular processes and bind to partially complementary sequences resulting in down-regulation of

152 f coagulation factor IXa, and anivamersen, a complementary sequence reversal oligonucleotide.

153 ified cathode in the absence and presence of complementary sequence served as the detection signal of

154 The Sensor response indicates only the complementary sequence showing an obvious change signal

155 y is due primarily to decreased affinity for complementary sequences, since binding to the homologous

156 Complementary sequence-specific information was obtained

157 bstitution and a 3-base deletion in the CrfA complementary sequence suggest that CrfA binds to a stem

158 f a greater number of hydrogen bonds for the complementary sequence, suggesting that the friction ari

159 y within the MB such that hybridization with complementary sequence switches from single strand to do

160 sponse region (TAR) RNA of the genome to the complementary sequence (TAR DNA) in minus-strand strong-

161 Oligonucleotide hybridization to a complementary sequence that is covalently attached to an

162 CGG)n, d(CCG)n, (CAG)n, d(CTG)n and d(GAA)n] complementary sequences that are associated with human d

163 el for bimolecular hybridization of non-self-complementary sequences that can be used to calculate th

164 (iii) Internally complementary sequences that can form a stable stemloop

165 onomer-length catalytic RNAs which have self-complementary sequences that can occupy their trans -bin

166 Indeed, complementary sequences that could support this over-ext

167 On hybridization with a complementary sequence, the stem-loop structure opens in

168 hich form further Watson-Crick pairings to a complementary sequence, through 2-fold symmetry, generat

169 Piwi-piRNA complexes bind to numerous piRNA-complementary sequences throughout the genome, implicati

170 essed a luciferase reporter that contained a complementary sequence to cel-miR-67 resulted in signifi

171 , containing a fully complementary and a non-complementary sequence to mimic molecular backgrounds pr

172 When a target DNA with a complementary sequence to that of the hairpin DNA is app

173 Because miR-29 has a complementary sequence to the 3'-untranslated region of

174 e analyte DNA (the Tay-Sachs mutant gene), a complementary sequence to the Mg(2+)-dependent DNAzyme,

175 othesis, we demonstrate that inserting piRNA-complementary sequences to an ectopic site leads to Piwi

176 In the present experiments, the ability of complementary sequences to bind to rRNA was investigated

177 ng nonhomologous DNA fragments (MIMICs) with complementary sequences to CAM gene-specific primers as

178 competes directly with the annealing of self-complementary sequences to form a metastable kissing-loo

179 We identified 2 complementary sequences to miR-144 in the 3' untranslate

180 ects the Argonaute protein to bind partially complementary sequences, typically in the 3' untranslate

181 the electrophilic probe oligomers with their complementary sequences, where a dG base was targeted at

182 ation rates is slower than those of the self-complementary sequences, whereas that of the dissociatio

183 dimerization depends on a unique 6-base self-complementary sequence, which closely mimics palindromic

184 e to degradation by enzymes and hybridize to complementary sequences with higher affinity than analog

185 argets, ordered by mismatch scores, includes complementary sequences with mismatches highlighted in c

186 antisense globin RNA contains two 14-nt-long complementary sequences within its 3'-terminal segment c

187 MicroRNAs (miRNAs) bind to complementary sequences within the 3' untranslated regio

188 We have now identified the complementary sequences within the alpha(M)I-domain of t

189 the expression of an mRNA bearing partially complementary sequences without inducing detectable RNA