ID   7.6.2.5
DE   ABC-type heme transporter.
AN   heme-transporting ATPase.
CA   ATP + H2O + heme b(in) = ADP + H(+) + heme b(out) + phosphate.
CC   -!- An ATP-binding cassette (ABC) type transporter, characterized by the
CC       presence of two similar ATP-binding domains/proteins and two integral
CC       membrane domains/proteins.
CC   -!- Does not undergo phosphorylation during the transport process.
CC   -!- The enzyme has been described from Gram-negative bacteria and green
CC       plants.
CC   -!- Formerly EC 3.6.3.41.
DR   Q9C8T1, AB1I_ARATH ;  Q9NP58, ABCB6_HUMAN;  A0A125QXJ1, ABCB6_MESAU;
DR   Q9DC29, ABCB6_MOUSE;  O70595, ABCB6_RAT  ;  Q08D64, ABCB6_XENTR;
DR   Q1LKR4, CCMA1_CUPMC;  Q57M97, CCMA1_SALCH;  Q5PI55, CCMA1_SALPA;
DR   Q8ZKZ9, CCMA1_SALTY;  Q1LFZ8, CCMA2_CUPMC;  Q5PKT6, CCMA2_SALPA;
DR   P61378, CCMA2_SALTY;  Q57I19, CCMAE_SALCH;  Q8UC12, CCMA_AGRFC ;
DR   Q21QL9, CCMA_ALBFT ;  Q0VR80, CCMA_ALCBS ;  Q5E3S7, CCMA_ALIF1 ;
DR   Q0A808, CCMA_ALKEH ;  Q5PBP5, CCMA_ANAMM ;  Q5P3L0, CCMA_AROAE ;
DR   Q6G529, CCMA_BARHE ;  Q6G0V9, CCMA_BARQU ;  Q7WIP8, CCMA_BORBR ;
DR   Q7W736, CCMA_BORPA ;  P30963, CCMA_BRADU ;  Q2YNU0, CCMA_BRUA2 ;
DR   Q57FS7, CCMA_BRUAB ;  Q8YEM5, CCMA_BRUME ;  Q8G358, CCMA_BRUSU ;
DR   Q9A298, CCMA_CAUVC ;  O33570, CCMA_CERS4 ;  Q11CZ6, CCMA_CHESB ;
DR   Q487I2, CCMA_COLP3 ;  Q7WXC1, CCMA_CUPNH ;  Q46RX0, CCMA_CUPPJ ;
DR   Q478L3, CCMA_DECAR ;  Q8XE58, CCMA_ECO57 ;  Q0TFP1, CCMA_ECOL5 ;
DR   Q8FFR2, CCMA_ECOL6 ;  P33931, CCMA_ECOLI ;  Q1R9L8, CCMA_ECOUT ;
DR   Q5FQN4, CCMA_GLUOX ;  Q0BV49, CCMA_GRABC ;  Q7VN12, CCMA_HAEDU ;
DR   Q4QLJ9, CCMA_HAEI8 ;  P45032, CCMA_HAEIN ;  Q2SE49, CCMA_HAHCH ;
DR   Q0I2G0, CCMA_HISS1 ;  Q0BWF7, CCMA_HYPNA ;  Q5QZP7, CCMA_IDILO ;
DR   Q28NZ8, CCMA_JANSC ;  Q5X6P7, CCMA_LEGPA ;  Q5ZX76, CCMA_LEGPH ;
DR   Q5WY52, CCMA_LEGPL ;  Q8RPP4, CCMA_LEGPN ;  Q2VZJ1, CCMA_MAGSA ;
DR   Q65V02, CCMA_MANSM ;  Q0AKQ2, CCMA_MARMM ;  Q60AB3, CCMA_METCA ;
DR   Q82WC8, CCMA_NITEU ;  Q1QR47, CCMA_NITHX ;  Q2Y9Q1, CCMA_NITMU ;
DR   Q3JCI7, CCMA_NITOC ;  Q3SVV2, CCMA_NITWN ;  Q2G9A9, CCMA_NOVAD ;
DR   P52218, CCMA_PARDP ;  Q13I12, CCMA_PARXL ;  Q9CPN2, CCMA_PASMU ;
DR   Q6D606, CCMA_PECAS ;  Q6LTL7, CCMA_PHOPR ;  Q48GL0, CCMA_PSE14 ;
DR   Q9I3N7, CCMA_PSEAE ;  Q8GQ92, CCMA_PSEAI ;  Q4KG27, CCMA_PSEF5 ;
DR   Q3KFY6, CCMA_PSEPF ;  P95487, CCMA_PSEPG ;  Q88EX5, CCMA_PSEPK ;
DR   Q87Z03, CCMA_PSESM ;  Q4ZQZ7, CCMA_PSEU2 ;  O21280, CCMA_RECAM ;
DR   Q2K396, CCMA_RHIEC ;  Q52733, CCMA_RHIET ;  Q1MAL7, CCMA_RHIJ3 ;
DR   Q98EA4, CCMA_RHILO ;  Q92L55, CCMA_RHIME ;  P29959, CCMA_RHOCB ;
DR   Q2J3F7, CCMA_RHOP2 ;  Q6NDA6, CCMA_RHOPA ;  Q21CV6, CCMA_RHOPB ;
DR   Q13DS7, CCMA_RHOPS ;  Q2RYF0, CCMA_RHORT ;  Q1RKE4, CCMA_RICBR ;
DR   Q92G95, CCMA_RICCN ;  Q4UK25, CCMA_RICFE ;  Q9ZCF9, CCMA_RICPR ;
DR   Q68VV5, CCMA_RICTY ;  Q166I9, CCMA_ROSDO ;  Q5LR15, CCMA_RUEPO ;
DR   Q1GHY4, CCMA_RUEST ;  Q21JK3, CCMA_SACD2 ;  P61377, CCMA_SALTI ;
DR   Q12I82, CCMA_SHEDO ;  Q089M3, CCMA_SHEFN ;  Q8EK40, CCMA_SHEON ;
DR   Q0HNQ5, CCMA_SHESM ;  Q0I074, CCMA_SHESR ;  Q31Z24, CCMA_SHIBS ;
DR   Q32I01, CCMA_SHIDS ;  Q83KD5, CCMA_SHIFL ;  Q3Z006, CCMA_SHISS ;
DR   Q2NSG3, CCMA_SODGM ;  Q1GS38, CCMA_SPHAL ;  Q9Z651, CCMA_TATCI ;
DR   Q9KQE3, CCMA_VIBCH ;  Q87MK8, CCMA_VIBPA ;  Q8DB62, CCMA_VIBVU ;
DR   Q7MIR0, CCMA_VIBVY ;  Q73HX8, CCMA_WOLPM ;  Q8PK53, CCMA_XANAC ;
DR   Q3BSL0, CCMA_XANC5 ;  Q4UVG2, CCMA_XANC8 ;  Q8P8M1, CCMA_XANCP ;
DR   Q2P3U8, CCMA_XANOM ;  Q5H0W2, CCMA_XANOR ;  Q9PAP0, CCMA_XYLFA ;
DR   Q87BH8, CCMA_XYLFT ;  Q1C647, CCMA_YERPA ;  Q8ZD58, CCMA_YERPE ;
DR   Q1CHI9, CCMA_YERPN ;  Q668T8, CCMA_YERPS ;  Q5NQX0, CCMA_ZYMMO ;
//