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1 e control region DNA of the put regulon (put intergenic DNA).
2 e control region DNA of the put regulon (put intergenic DNA).
3 bodies and a reduction in the methylation of intergenic DNA.
4  not overlap known genes and appear to be in intergenic DNA.
5 n introns, exons, untranslated trailers, and intergenic DNA.
6 tant tumours also exhibit hypomethylation of intergenic DNA.
7 n comparison to that of functional genes and intergenic DNA.
8 on intermediate between genes and translated intergenic DNA.
9 ng multiple genes and significant amounts of intergenic DNA.
10 t be primarily because of the functioning of intergenic DNA.
11  is in introns, with 75% of the genome being intergenic DNA.
12 rved in genomes containing approximately 50% intergenic DNA.
13 ce of Dt-to-At conversion than does adjacent intergenic DNA.
14  genes but does not occur at I-PpoI sites in intergenic DNA.
15 enes, as well as to assess the rate at which intergenic DNA accumulates mutations.
16 e selection (about 20% for most intronic and intergenic DNA, and 60% for UTRs).
17                      By contrast, promoters, intergenic DNA, and transposons are not preferentially t
18 A.Z is preferentially crosslinked in vivo to intergenic DNA at the PH05 and GAL1 loci, and this assoc
19  subcluster, there is approximately 12 kb of intergenic DNA between KAL and PCI and approximately 19
20                               Deletion of an intergenic DNA-binding site for this complex from a huma
21  (VZV) ORF 28 and ORF 29 genes from a common intergenic DNA element, the ORF 28/29 promoter, is of in
22 ochondrial and plastid targeting may involve intergenic DNA exchange coupled with the incorporation o
23 ve revealed that transcription of noncoding, intergenic DNA is abundant among eukaryotes.
24 gaster bithorax complex (BX-C) over 330kb of intergenic DNA is responsible for directing the transcri
25 ction against single-nucleotide mutations in intergenic DNA makes a substantial contribution to the m
26 control the establishment and maintenance of intergenic DNA methylation remain poorly understood.
27 ssociated with active gene transcription and intergenic DNA methylation.
28                          Conservation within intergenic DNA often highlights regulatory elements that
29 trate that the beta-alpha myosin heavy chain intergenic DNA possesses a bidirectional transcriptional
30 PutA redox properties in the presence of put intergenic DNA revealed an E(m)(E(DNA)--FAD/E(DNA)--FADH
31      Here, we derive a fitness landscape for intergenic DNA segments in yeast as a function of two mo
32 ent of a quantitative evolutionary model for intergenic DNA segments.
33                  Comparative analyses of the intergenic DNA sequence across five mammalian species re
34  schemes to obtain the best performance over intergenic DNA sequence data.
35 ensities of H3K27me3 covering both genes and intergenic DNA, together with very low levels of the rep
36 olving standard, constraint in the 500 bp of intergenic DNA upstream and downstream regions of protei
37 n that of genes and (translations of) random intergenic DNA, with enrichment of Phe, Ile, Leu and Lys