ライフサイエンスコーパス: tandem repeat sequence

1 a conserved cis-acting motif that includes a tandem repeat sequence.

2 e identity of the human and chimpanzee MUC-1 tandem repeat sequence.

3 fically recognise the double-stranded TTAGGG tandem repeat sequence.

4 cule to replace 8 of 20 residues of the MUC1 tandem-repeat sequence.

5 As many as 25% of all gene promoters contain tandem repeat sequences.

6 f frameshift mutations are observed in short tandem repeat sequences.

7 at the ends of chromosomes consist of short, tandem repeat sequences.

8 ORF) that contains in-frame, variable-number tandem-repeat sequences.

9 region, located at -130 to -110, contains a tandem repeat sequence 5'-GTGTTCTAGTGTT-3'.

10 n of Tyr residues Tyr(69)/Tyr(74) within the tandem repeat sequence (68)VYNQPVYNQP(77) of PLSCR1, imp

11 LSCR1 is phosphorylated by c-Src, within the tandem repeat sequence 68VYNQPVYNQP77.

12 ic analyses, sex chromosomal (X and Y) short tandem repeat sequences and mitochondrial DNA sequence v

13 ion of DNA, which comprises interspersed and tandem-repeated sequences and exons other than first exo

14 The tandem repeat sequences are more methylated in B-I (high

15 mino acids each) and a C-terminal region non-tandem repeat sequence containing a possible transmembra

16 ethylated domains comprised interspersed and tandem-repeated sequences, exons other than first exons,

17 The replacement generates tandem repeat sequences flanking the CORE.

18 A tandem repeat sequence, GAGGC;GAGGC, contained within th

19 include high deletion frequencies, unstable tandem repeat sequences, genomic duplications and triple

20 Large tandem repeat sequences have been poorly investigated as

21 Short tandem repeat sequences have relatively limited informat

22 pin loops and their elevated mutation rates, tandem repeated sequences have the potential to influenc

23 that binds to a defined region within the b1 tandem repeat sequence in vivo and in vitro.

24 oted recruitment of the Daxx/Atrx complex to tandem repeat sequences, including retrotransposons and

25 We then examine tandem repeat sequences known for their ability to form

26 ing cell lines and tumours, the stability of tandem repeat sequences known to mutate via homologous r

27 e clpP locus reveals the presence of a 50-bp tandem repeat sequence located immediately upstream of t

28 Mutations at short tandem repeat sequence loci confound interpretations of

29 Intermediate tandem repeat sequence loci may be better.

30 Instability at short tandem repeat sequences, microsatellites, is a typical m

31 We propose that rearrangements between short tandem repeated sequences occur by errors made during a

32 A chimeric YFP construct containing a 3.5 tandem repeat sequence of MUC1 was glycosylated with up

33 Glycopeptide structures of the tandem repeat sequence of mucin MUC1 of epithelial tumou

34 ide containing either a single sequence or a tandem repeat sequence of the receptor binding domain (r

35 tion was shown to hinge on the 24-amino acid tandem repeat sequence of WI-1.

36 ary with primers designed from the consensus tandem-repeat sequence of ALS1.

37 Homologous recombination between the tandem repeat sequences present in ALS genes could expla

38 neering target RNAs with large insertions of tandem repeat sequences that are bound by protein-based

39 Microsatellites are short tandem repeat sequences that are highly prone to expansi

40 as, M. hyopneumoniae contains few genes with tandem repeat sequences that could be involved in phase

41 LRAQLEELRERLG)2-NH2) contains two 22-residue tandem repeat sequences that form amphipathic alpha-heli

42 QLEELRERLG)2-NH2) contains two 22-amino acid tandem repeat sequences that form amphipathic alpha-heli

43 27-bp DNA segment containing a central GAGGC tandem repeat sequence (the hemin response element [HRE]

44 acute DNA damage and that the exposed TTAGGG tandem repeat sequence then triggers DNA-damage response

45 Knobs can be made of two different tandem repeat sequences (TR-1 and 180-bp repeat), and bo

46 tomate characterization of local centromeric tandem repeat sequence variation we have designed Alpha-

47 thermal amplification technique that creates tandem repeated sequences, was used in combination with

48 ecursor is glycosylated and has a 10-residue tandem repeating sequence xxCxGxYCxG, with regularly spa