Annotation: cytochrome c biogenesis protein; heme export ABC transporter holo-CcmE release factor Type 1: Protein-coding gene Located on scaffold CP001509, - strand, nucleotides 2,189,027 to 2,189,236 See nucleotide sequence around ECD_02125 or for all of scaffold CP001509
Other databases: NCBI
Nearby Genes
500 nt ECD_02120 and ECD_02121 are separated by 210 nucleotides ECD_02121 and ECD_02122 overlap by 4 nucleotides ECD_02122 and ECD_02123 overlap by 4 nucleotides ECD_02123 and ECD_02124 overlap by 4 nucleotides ECD_02124 and ECD_02125 overlap by 4 nucleotides ECD_02125 and ECD_02126 overlap by 4 nucleotides ECD_02126 and ECD_02127 are separated by 41 nucleotides ECD_02127 and ECD_02128 overlap by 4 nucleotides ECD_02128 and ECD_02129 are separated by 12 nucleotides ECD_02129 and ECD_02130 are separated by 9 nucleotides
ECD_02120: ECD_02120 - response regulator in two-component regulatory system with NarQ, at 2,184,150 to 2,184,797
_02120
ECD_02121: ECD_02121 - heme lyase, CcmH subunit, at 2,185,008 to 2,186,060
_02121
ECD_02122: ECD_02122 - periplasmic thioredoxin of cytochrome c-type biogenesis, at 2,186,057 to 2,186,614
_02122
ECD_02123: ECD_02123 - heme lyase, CcmF subunit, at 2,186,611 to 2,188,554
_02123
ECD_02124: ECD_02124 - periplasmic heme chaperone, at 2,188,551 to 2,189,030
_02124
ECD_02125: ECD_02125 - cytochrome c biogenesis protein; heme export ABC transporter holo-CcmE release factor, at 2,189,027 to 2,189,236
_02125
ECD_02126: ECD_02126 - heme export ABC transporter permease; CcmE-interacting protein, at 2,189,233 to 2,189,970
_02126
ECD_02127: ECD_02127 - heme export ABC transporter permease, at 2,190,012 to 2,190,674
_02127
ECD_02128: ECD_02128 - heme export ABC transporter ATPase, at 2,190,671 to 2,191,294
_02128
ECD_02129: ECD_02129 - quinol dehydrogenase, electron source for NapAB, at 2,191,307 to 2,191,909
_02129
ECD_02130: ECD_02130 - nitrate reductase, small, cytochrome C550 subunit, periplasmic, at 2,191,919 to 2,192,368
_02130
Or browse nearby genes
Or see the comparative fitness browser