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Table 1 List of genes in the mitochondrial genome of C. tachangensis

From: Assembly and analysis of the complete mitochondrial genome of an endemic Camellia species of China, Camellia tachangensis

 

Group of genes

Gene name(Chr1)

Gene name(Chr2)

Core genes

ATP synthase

atp1, atp6, atp8, atp9

atp4

Cytohrome c biogenesis

ccmB, ccmFc

ccmC, ccmFn

Ubichinol cytochrome c reductase

cob

 

Cytochrome c oxidase

cox1,cox2,cox3

 

Maturases

 

matR

Transport membrane protein

mttB

 

NADH dehydrogenase

nad1-TS, nad2-TS, nad4, nad5-TS, nad6

nad1-TS, nad2-TS, nad3, nad4L, nad7, nad9

Variable genes

Ribosomal proteins (LSU)

rpl10, rpl16, rpl2, rpl5

 

Ribosomal proteins (SSU)

rps1, rps13, rps14, rps3, rps4, rps7, #rps19

rps12, rps19

Succinate dehydrogenase

#sdh3, sdh3, sdh4

 

Ribosomal RNAs

rrn18, rrn26, rrn5

 

Transfer RNAs

trnC-GCA, trnD-GTC,

trnF-GAA, trnK-TTT,

trnM-CAT(5), trnN-GTT,

trnP-TGG, trnS-CGA,

trnS-GCT, trnS-TGA(2),

trnT-TGT, trnY-GTA

trnA-TGC, trnE-TTC,

trnF-AAA, trnG-GCC,

trnH-GTG, trnI-GAT(2),

trnM-CAT, trnN-ATT,

trnP-TGG, trnQ-TTG,

trnV-GAC, trnW-CCA

  1. Note: Numbers after gene names are the number of copies. Genes preceded by the # symbol represent pseudogenes. Genes followed by -TS need to be spliced into complete genes by RNA splicing after transcription