Searching journal content for articles similar to Arbieva et al. 10 (2): 244.

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  1. ...to the assembly using HISAT (Kim et al. 2015). StringTie was then used to interpret the mapping result for gene location and structure. In parallel processing, we assembled transcripts from the mapping result using Trinity (Haas et al. 2013) and aligned them to the using Splign (Kapustin et al. 2008).We used...
  2. ...Construction of a High-Resolution 2.5-Mb Transcript Map of the Human 6p21.2–6p21.3 Region Immediately Centromeric of the Major Histocompatibility Complex Nicos Tripodis 1 , 3 , Sophie Palmer 2 , Sam Phillips 2 , Sarah Milne 2 , Stephan Beck 2...
  3. ...were detected at 8p22, 10q23.31, 13q13.1, 13q14.11, and 13q14.12. Key genes mapping within these deleted regions include PTEN , BRCA2 , C13ORF15 , and SIAH3 . Focal high-level amplifications were detected at 5p13.2-p12, 14q21.1, 7q22.1, and Xq12. Key amplified genes mapping within these regions...
  4. ...gene desert for regulatory elements, we surveyed the region using a broad-scale BAC scan approach Figure 1. The 8q24MYCgene desert harbors prostate andmammary gland transcriptional enhancers. (A) Five susceptibility loci within the 440-kb interval shown to be associated with prostate cancer (all shaded...
  5. ...is drawn in three levels with resolution increasing on descending levels. Transcripts are not drawn to scale. ( A ) Transcripts identified by direct selection in the flanking intervals are indicated as are the physical map positions of large-insert genomic clones used for analysis. The position of cosmids...
  6. ...). After subtracting non-specific cDNA clones as indicated by hybridization with both of the YACs, characterization of the remaining clones yielded transcripts of 19 EDC genes, 10 of which were assigned to this gene complex for the first time. Although sequencing and mapping was restricted to 50 c...
  7. ...****** ****** ***** ****** *** **** ***** *** ***** **** ******* ******** *** ******* ************ *** *** *** **** **** ******** ******* ******** ********* ******* ****************** **** *** *** *** *** ****** *** ****** ******* **** *** *** ************* *** *************** *** ******* *** ******* *** *** **** ***** *********** ********** **** ******* ****** *** ******* ****** *** ****** *** **** ********** **** *** *** *** 0 2 10 mtDNA PD11372a deletion type tandem duplication type inversion type (head-head) inversion type (tail-tail) mtDNA chr10: 80Mb chr10: 78Mb merged mitochondrial DNA (inserted segment) (2) DRs (1) SRs (Nu) nuclear DNA nuclear DNA Mapping to the reference (using BWA) cancer (3) SRs (MT) nuclear...
  8. ...protein contributes to initial leukemia cell growth mostly through transcriptional repression of wild-type RUNX1 targets (Downing 1999). Alternatively, the loss of DNA may also contribute to cancer progression. For example, many human cancers frequently delete the chromosome 9p21-22 locus containing MTAP...
  9. ..., microphthalmia-associated transcription factor MITF (3p14.1), known as a master regulator of melanocyte development and a melanoma-specific oncogene (Garraway et al. 2005), was only included in the lineage-specific alterations of melanoma. One of the 17 prostate cancer-specific deletions was observed within...
  10. ...CpG-stimulated 102.7 POU3F2 2.84 3 10#2;6 B-cell proliferation 0.002548 Utp15 Pathway enrichment was assessed using the TRANSFAC database. (Chr) Chromosome; (TF) transcription factor; (Mb) megabase pairs. We used Poisson distribution to estimate the minimum number of sQTLs needed to map to a single...
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