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. 2014 Jul 8;9(7):e101871. doi: 10.1371/journal.pone.0101871

Table 1. CaMKII from Drosophila melanogaster exhibit high homology with the product of human gene CaMK2D.

CAMKII(D melanogaster) CAMKH2D(H sapiens) Score Identities (%) Positives Gaps
Isoform A Isoforms 2, 1 825 81 432/478(90%) 3/478(0%)
Isoform B Isoforms 2, 1 817 78 432/497(86%) 22/497(4%)
Isoform C Isoforms 2, 1 825 81 432/478(90%) 3/478(0%)
Isoform D Isoforms 2, 1 810 75 432/518(83%) 43/518(8%)
Isoform E Isoforms 2, 1 817 78 432/497(86%) 22/497(4%
Isoform G Isoforms 2, 1 816 77 432/504(85%) 29/504(5%)
Isoforma H Isoforms 2, 1 825 81 432/478(90%) 3/478(0%)
Isoform I Isoforms 2, 1 810 75 432/518(83%) 43/518(8%)
Isoform J Isoforms 2, 1 809 74 432/519(83%) 44/519(8%)
Isoform K Isoforms 2, 1 820 81 429/477(89%) 9/477(1%)
Isoform L Isoforms 1, 2 801 74 429/517(82%) 49/517(9%)
Isoform M Isoform 2 807 77 429/499(85%) 31/499(6%)

All isoforms of Drosophila melanogaster CaMKII were aligned with the human genome and we found that CaMKII of the fruit fly has high homology with the product of gene CaMK2D, the most important human cardiac variant. The table shows that all splice variants from Drosophila melanogaster possess high scores with splice variants 1 and 2 of CaMK2D gene.