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Antonarakis and Dermitzakis previously found that these specific sequences were highly conserved in mice and humans.
The sequences were highly conserved and in some cases even identical.
The sequences were "highly similar" to those from earlier European victims, according to the study, which included Scholz.
The entire amino acid sequences were highly conserved among the three MyHCs, except for the 50/20 k junction region (loop 2) which would weakly bind actin molecules.
Regardless of the sequence origin (RNA, provirus, incident, or prevalent), the gag p24 consensus sequences were highly representative of these distinct virologic compartments.
Multiple sequence alignments with known vertebrate homologs demonstrated that both sequences were highly conserved and, especially, the catalytic and substrate binding residues were completely conserved.
Moreover, the 454 consensus ITS sequences were highly similar to those obtained using Sanger sequencing.
MblC specific sequences were highly conserved in the Arthropoda group showing percentages of amino acid identity around 70% or higher.
It indicated that, although the plant cyanase sequences were highly conserved, there has been genetic divergence between dicot and monocot cyanases.
However, amino acid sequences were highly conserved (99%–99.5%).
HvNIP2 1 coding sequences were highly conserved across barley germplasm.
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CEO of Professional Science Editing for Scientists @ prosciediting.com