ライフサイエンスコーパス: coding strand

1 ing the excision of either the coding or non-coding strand.

2 iption, resulting in G-to-A mutations in the coding strand.

3 cription-coupled repair on coding versus non-coding strand.

4 uency was threefold greater than that of the coding strand.

5 anscribed strand is repaired faster than the coding strand.

6 owing to the fragility of the displaced DNA coding strand.

7 equence from -141 to -170 (C1) is on the non-coding strand.

8 regions of the genome is faster than in the coding strand.

9 excess of C-->T changes was observed on the coding strand.

10 n the noncoding strand and -74 to -53 on the coding strand.

11 gies defined by canonical definitions of the coding strand.

12 ded by a pyrimidine-rich sequence in the DNA coding strand.

13 no difference was observed for noncoding and coding strands.

14 transcription, leading to G-to-A changes in coding strands.

15 strands identified a deletion of a T in the coding strand and a corresponding loss of an A in the no

16 ion, which is located from -66 to -17 on the coding strand and contains four TT(A/T/C)ACA-like repeat

17 ase II are repaired faster than those in the coding strand and nontranscribed regions of the genome.

18 intronic sequences are transcribed from the coding strand and that a given intron can be processed i

19 ne sequence from -171 to -200 (C2) is on the coding strand and the adjacent polypurine sequence from

20 late (bottom) strand lags behind that of the coding strand, and complete methylation of both strands

21 agenized, integrated into VR as a single non-coding strand, and then partially converted to the paren

22 ) and strand of occupancy (coding versus non-coding strand) are key parameters that determine the mag

23 strand, on differences between template and coding strand associated with transcription-coupled repa

24 f these observations it is proposed that the coding strand bias is generated by selection to code hig

25 n deaminates C in single-stranded DNA or the coding-strand DNA that is being transcribed but not in d

26 ding sequence (GAGGAA) is located on the non-coding strand from position -40 to -45 relative to the t

27 higher rates of cytosine deamination on the coding strand has been observed in enterobacteria.

28 emplate strand in exon 2, I-TwoI cleaves the coding strand in exon 1.

29 lose proximity to upstream genes on the same coding strand in most genomes are significantly higher i

30 asymmetry, an excess of G+T over A+C on the coding strand, in most genes.

31 Methylation at +7 on the coding strand increases RFX1 complex formation in gel sh

32 adruplex-forming sequences (PQS) in promoter-coding strands, initiating base excision repair (BER) by

33 TASC has most genes in the same coding strand, is expressed as a disomic chromosome (eve

34 roblasts contains minimal methylation on the coding strand (<4%) with variable methylation on the tem

35 Np(4)As than with ATP, particularly when the coding strand nucleotide that immediately precedes the i

36 rays to determine the genomic boundaries and coding strand of 153 RNS-induced transcripts.

37 rallel and anti-parallel readings of the non-coding strand of DNA have displayed biological activity,

38 are defined as those generated from the non-coding strand of DNA, and represent a peptide analog to

39 ignificant repression of quadruplexes in the coding strand of exonic regions, which suggests that qua

40 adducts located in the template but not the coding strand of genes block elongation by RNA polymeras

41 ithin intergenic regions and on the opposite coding strand of known ORFs.

42 the first time, oriented antiparallel to the coding strand of L1 open reading frame-1.

43 When CAG is in the ADE2 coding strand of strains harboring the ARS, the repeat t

44 When CTG is in the ADE2 coding strand of strains harboring the ARS, the repeat t

45 ated DNA strand breaks induced by CPT in the coding strand of the 18S rRNA gene of human colon carcin

46 clear proteins that bind specifically to the coding strand of the 47-base pair enhancer and suppress

47 sion positioned at codon 60 or 61 of the non-coding strand of the human c-Ha- ras1 gene were inserted

48 Here we show that the A-rich coding strand of the human LINE-1 contains multiple func

49 The coding strand of the survivin gene was extensively compl

50 that specifically interacts with the upper (coding) strand of the regulatory element was isolated by

51 ast, any new mutation in the nontranscribed (coding) strand remains unexpressed until the cells enter

52 crRNAs that target the coding strand repress expression only down to 88%, where

53 r reverse orientations packaged noncoding or coding strands, respectively.

54 n beta-globin gene contains an 18-nucleotide coding strand sequence centered at codon 6 and capable o

55 The DNA strand corresponds to the coding strand sequence while the RNA strand represents t

56 Pyrimidine-rich coding strand sequences were found immediately upstream

57 but an approximately 10-fold higher level of coding strand-specific RNA polymerase II (Pol II)-mediat

58 uced as a DNA form by transformation or as a coding strand transcript by electroporation.

59 rgeting was nine times more effective with a coding strand vector.

60 Moreover, the coding strand viral RNA levels increased by 33-, 32-, an

61 d the probability of having an undamaged CAT coding strand was calculated by the Poisson distribution

62 ng synthesis of cDNA suggested that only the coding strand was transcribed in vivo.