Gene content of mitochondrial genomes

rpl31 cox2 ’ n nad8 0,269 ""5 rnl PK rpl11 orf54 cox1 5 L, cobz ‘ ’P" otrfg97 ll 3 P r p 52 rpoB nad2 Homo sapiens "3‘“ mtDNA nad5 rpoC 16.569 bp nad4L 5323 . , r9512 sdh3 Reclmomonas rps7 ameritana orf717 mtDNA "ad” H 69,034 bp nad1 rpog cox11 IzR’Q cox3 rpl3éw tqu ye} . p510 (b) yié‘fu W 100 yejR fpS19 rp134 ””3 rpl16 90 rpl27 rpl20 rpl14 nad3 I rp/5 nad10 R 5 L M, secY rps14 80 nad9 VG'M L1 rpsl3 rpsg nad7 FD A! rps11 rp/6 70 nad6 N rs 4 rpoA rp/18 ,,, atp1 p rpsI 2c: 60 atp3 mp8 ’P’19 atp8 m atp9 ‘6 orf260 5 50 .D E 40 z 30 20 10 0 s s "1 9 o o 0" 0° 65° 99‘ 0° 6‘ £9 06‘ -\\>°\ 07’" <9? so 0 06.0 «tam -s» °¢‘\b ’6‘ 6‘ [5‘ \ (3‘ K 0 xx 6‘ o 0 \x°° 398‘ @ 59°” 0 “‘° 4“ &°° «" «‘9‘ 93’" 99 V‘ '0‘.“ 9% 50"“ Q d - Respiration and oxidative phosphorylation - Ribosomal RNAs |:] Noncoding -Transfer RNAs - RNA maturation - Ribosomal proteins and EF-Tu - Transcription - Protein import and maturation I Unknown function