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By searching the X. tropicalis genome, DNA sequences that shared high levels of sequence identity with mammalian SCTRs were identified.
All internal genes shared high levels of nucleotide identity (97.6%–98.5%) with A/wild duck/Fujian/2/2011(H5N1).
The ORF2 and ORF5 of the SH1211 strain shared high levels of sequence identity with the QYYZ strain.
The other vegetative HDES shared high levels of identity with fungal glutaminases, enzymes catalyzing the hydrolysis of glutamine to glutamic acid.
In contrast, the isolates within each of the serogroups A, C, W135, and Y shared high levels of PFGE pattern similarity.
The sequenced D. mawsoni tissues shared high levels of expression in a number of genes including several involved in defending the cell from environmental stressors, while other highly expressed genes are tissue specific.
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However, the remaining ORFs of SH1211 shared higher levels of sequence identity with the JXA1 strain.
Isolates within a clonally related group or clonal complex shared higher levels of PFGE pattern similarity than those in other groups.
The next step involved isolating genes that shared higher levels of sequence identity (>97%) spanning two consecutive exons and an intervening intron (exon x - intron x - exon x+1 matching exon y - intron y - exon y+1) [see Additional file 1].
The Toxoplasma genes share high levels of similarity in the catalytic domain to mammalian tyrosine and phenylalanine hydroxylases.
Taken together, the results reveal sheep breeds share high levels of genetic similarity which is consistent with their short history.
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