ライフサイエンスコーパス: repeated gene

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1 onsiderably between single-copy and tandemly-repeated genes.

2 more frequently as complex loci of tandemly repeated genes.

3 amilies and maintaining similarities between repeated genes.

4 Repeated genes and sequences are prone to genetic rearra

5 e culture, our study shows that the tandemly repeated genes are also prone to hypermethylation and ep

6 One of these sets is a tandemly repeated gene cluster with a 5.6-kb repeat unit containi

7 on region and show that SMS-REP represents a repeated gene cluster.

8 To assess the efficiency of repeated gene delivery of an adenovector expression syst

9 A set of highly expressed, tandem-repeated genes display codon bias in Trypanosoma cruzi,

10 evolution in which new genes are created by repeated gene duplication and some duplicate genes are m

11 Repeated gene duplication, rather than a balanced mainte

12 ated genes, the p200 cluster, which arose by repeated gene duplications and which encodes a large fam

13 . burgdorferi genome, a result apparently of repeated gene duplications.

14 es; and the RN5S locus contains the tandemly repeated genes encoding 5S rRNA.

15 RNA: the RNU1 and RNU2 loci contain tandemly repeated genes encoding U1 and U2 small nuclear RNAs (sn

16 We have surveyed the tandemly repeated genes encoding U2 snRNA in a diverse panel of h

17 We empirically evaluate the accuracy of repeated gene expression measurements using RNA-Seq.

18 ican lineages were complex, involving either repeated gene flow among geographically disparate groups

19 U1, RNU2, and RN5S) each containing tandemly repeated genes for an abundant small RNA (U1, U2, and 5S

20 mal genes, transposon remnants, and tandemly repeated genes (HXT6/7, ENA1/2/5, and CUP1-1/-2) that we

21 esults suggest that template switching among repeated genes is a potent driver of genome instability

22 t many phytoplasma genomes appear to contain repeated genes organized in units of approximately 20 kb

23 RNA polymerase I (pol I) transcribes the repeated genes that encode the precursor of 17-18, 5.8,

24 olymerase I (pol I) transcribes the tandemly repeated genes that encode the precursor of 18S, 5.8S an

25 approach and found to contain three tandemly repeated genes with the structures of nucleotide binding

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