http://www.answersingenesis.org/articles...ome-fusion
From souce: If the purported fusion site sequence actually represents a DNA binding site motif and is key to the function and expression of the DDXL11L2 gene, what types of transcripts are produced and how would a second promoter site in the first intron of the gene be important in the process? The UCSC Genome Browser shows two consensus transcripts, for the DDXL11L2 gene, both of which contain three exons, but only one contains the first exon directly 5' to (in front of) the intron containing the putative fusion sequence. In the the NCBI nucleotide database, these DDX11L2 gene sequences correspond to accessions NR_024005.2 and NR_024004.1), with RNA transcript lengths of 1,668 and 2,158 nucleotides, respectively. The longest transcript of 2,158 bases maps to the entire length of the DDXL11L2 gene (fig. 2A, 2B).
I wonder, can I e-mail this to geneticist and put it trough peer review?
From souce: If the purported fusion site sequence actually represents a DNA binding site motif and is key to the function and expression of the DDXL11L2 gene, what types of transcripts are produced and how would a second promoter site in the first intron of the gene be important in the process? The UCSC Genome Browser shows two consensus transcripts, for the DDXL11L2 gene, both of which contain three exons, but only one contains the first exon directly 5' to (in front of) the intron containing the putative fusion sequence. In the the NCBI nucleotide database, these DDX11L2 gene sequences correspond to accessions NR_024005.2 and NR_024004.1), with RNA transcript lengths of 1,668 and 2,158 nucleotides, respectively. The longest transcript of 2,158 bases maps to the entire length of the DDXL11L2 gene (fig. 2A, 2B).
I wonder, can I e-mail this to geneticist and put it trough peer review?
https://www.youtube.com/channel/UCOW_Ioi2wtuPa88FvBmnBgQ my youtube