Research Article
In Silico Prediction and In Vitro Characterization of Multifunctional Human RNase3
Table 4
Comparison of
motif among hRNase3 and other primate RNase3s and RNase2s.
| | Protein | Organism | Protein identity | identity | Sequence |
| | RNase3 | Homo sapiens | 100% | 100% | NYRWRCKNQN | | Pan troglodytes | 97% | 100% | NYRWRCKNQN | | Gorilla gorilla | 97% | 100% | NYRWRCKNQN | | Macaca fascicularis | 88% | 80% | NYQRRCKNQN | | Macaca nemestrina | 88% | 80% | NYQRRCKNQN | | Pongo pygmaeus | 88% | 70% | NYQRRCKDQN |
| | RNase2 | Homo sapiens | 67% | 80% | NYQRQCKNQN | | Pan troglodytes | 67% | 80% | NYQRQCKNQN | | Gorilla gorilla | 69% | 80% | NYQRQCKNQN | | Macaca fascicularis | 67% | 80% | NYQRQCKNQN | | Macaca nemestrina | 66% | 80% | NYQRQCKNQN | | Pongo pygmaeus | 68% | 70% | NFQRRCKNQN |
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Sequence identity was calculated employing National Center for Biotechnology Information Blast (NCBI Blast: http://blast.ncbi.nlm.nih.gov/Blast.cgi).
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