Nuclear mitochondrial (Numt) DNA pseudogenes derived from ancient transposition from cytoplasmic mitochondrial chromosomes to nuclear chromosomal positions comprise 176 kb in addition to the Lopez-Numt, a 7.8 kb element tandem-repeated 38 76 times on Chromosome D2 previously described in the 1.8× analysis of Cinnamon's genome [ 7].
**See Methods for a description of the discovery of putative ORF elements, tandem repeats and direct repeats.
According to the most recently annotated human genome (hg19), there are approximately 5.3 million copies of repetitive elements, tandem or interspersed, constituting 50.6% of the human genome [ 1].
Repetitive sequences can be divided into three main classes: transposable elements, tandem repeats, and high copy number genes, such as ribosomal or histone genes.
In some elements, tandem repeats were present only in one subterminal region, while for the others they were present in both subterminal regions in opposite orientation.
Preliminary comparative genome analyses reveal large non-syntenous regions resulting from insertions or deletions in subtelomeric sequences, intra-molecular recombinations, variation in the number of repeated elements, tandem repeats, and gene duplicates [ 24].
A variety of bioinformatic servers or databases of plant promoters have been established, although most have been focused only on annotating transcription factor binding sites in a single gene and have neglected some important regulatory elements (tandem repeats and CpG/CpNpG islands) in promoter regions.
In the conventional strategy for gateway cloning, the construction of two or more expression elements into tandem elements on a single plasmid requires the recombination of multiple entry clones with a destination vector in a single reaction mixture.
There are a number of repeat elements (BOX elements and tandem repeats) in the intergenic region between ply and SP_1922.
The output was filtered by removing all regions corresponding to repeated elements (transposable elements and tandem duplications).
Unlike the Vibrio cholerae SXT element, SGI1 tandem arrays appeared to persist after several cultures with or without antibiotic selection with at least two SGI1 copies arranged in tandem.
