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. 2013 Jun 18;5(7):1298–1308. doi: 10.1093/gbe/evt094

Table 2.

The Longest Stretches of Identical Sequence Shared by mt Genes in the Pig Lice and the Human Lice, Which Have Fragmented mt Genomes, and Four Other Species of Bilateral Animals That Have the Typical Unfragmented mt Genomes

Pairs of Genes The Longest Stretches of Identical Sequence Shared (bp)
Hs Ha Pc Pp Ph Bm Cb Hm Dy
trnL1 trnL2 16, 10, 9 16, 10, 9 33, 32 35, 32 33, 32 7 6 7 10
trnT trnP 26 26 7 NA 7 6 8 8 9
atp8 nad2 25 25 10 8 10 10 14 12 14
nad4 nad5 12 12 127, 30 NA 127, 30 13 15 15 16
rrnL nad5 11 10 99 10 99 12 14 13 15
cox1 nad4L 11 11 10 29 10 13 11 14 13
rrnL nad2 10 11 26 10 26 13 11 14 13
atp8 trnG 6 6 26 9 26 10 11 11 12
trnR trnG 5 5 28, 14 32, 26 28, 14 5 6 7 6
trnI trnT 6 6 6 16 6 6 5 7 7

Note.—Hs, Haematopinus suis (domestic pig louse); Ha, H. apri (wild pig louse); Pc, Pediculus capitis (human head louse); Pp, Pthirus pubis (human pubic louse); Ph, P. humanus (human body louse); Bm, Bothriometopus macrocnemis (screamer louse); Cb, Campanulotes bidentatus (pigeon louse); Hm, Heterodoxus macropus (wallaby louse); Dy, Drosophila yakuba (fruit fly). Stretches of shared identical sequences much longer than expected are in bold.