ID   7.5.2.7
DE   ABC-type D-ribose transporter.
AN   D-ribose ABC transporter.
AN   D-ribose transporting ATPase.
CA   ATP + D-ribose(out) + H2O = ADP + D-ribose(in) + H(+) + phosphate.
CC   -!- 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   -!- A bacterial enzyme that interacts with an extracytoplasmic substrate
CC       binding protein and mediates the high affinity uptake of D-ribose.
DR   Q8UA86, RBSA1_AGRFC;  A0K718, RBSA1_BURCH;  Q0BFU0, RBSA1_BURCM;
DR   Q39GY8, RBSA1_BURL3;  Q1BWN5, RBSA1_BURO1;  Q3JSI8, RBSA1_BURP1;
DR   Q2SVU4, RBSA1_BURTA;  Q8XAW7, RBSA1_ECO57;  Q9CP98, RBSA1_PASMU;
DR   Q2K9A3, RBSA1_RHIEC;  Q1MHS1, RBSA1_RHIJ3;  Q98K15, RBSA1_RHILO;
DR   Q92S10, RBSA1_RHIME;  Q1AXG5, RBSA1_RUBXD;  Q82CM5, RBSA1_STRAW;
DR   Q8CK44, RBSA1_STRCO;  Q9WXX0, RBSA1_THEMA;  Q8U949, RBSA2_AGRFC;
DR   A0B1M7, RBSA2_BURCH;  Q0B7X0, RBSA2_BURCM;  Q398W2, RBSA2_BURL3;
DR   Q1BPL3, RBSA2_BURO1;  Q3JHZ1, RBSA2_BURP1;  Q2T8T6, RBSA2_BURTA;
DR   Q8X5Q4, RBSA2_ECO57;  Q9CL63, RBSA2_PASMU;  Q2K204, RBSA2_RHIEC;
DR   Q1M5X4, RBSA2_RHIJ3;  Q987E7, RBSA2_RHILO;  Q92W60, RBSA2_RHIME;
DR   Q1AVD3, RBSA2_RUBXD;  Q825P1, RBSA2_STRAW;  Q9RDI1, RBSA2_STRCO;
DR   Q9X051, RBSA2_THEMA;  Q2K0S7, RBSA3_RHIEC;  Q1M360, RBSA3_RHIJ3;
DR   Q92UI2, RBSA3_RHIME;  Q1ARR5, RBSA3_RUBXD;  Q5E4V6, RBSA_ALIF1 ;
DR   Q81V36, RBSA_BACAN ;  Q73DH7, RBSA_BACC1 ;  Q81HW8, RBSA_BACCR ;
DR   Q63FX9, RBSA_BACCZ ;  Q6HNE7, RBSA_BACHK ;  Q65E55, RBSA_BACLD ;
DR   P36947, RBSA_BACSU ;  Q62K91, RBSA_BURMA ;  Q63P06, RBSA_BURPS ;
DR   Q8RD43, RBSA_CALS4 ;  Q3J3V9, RBSA_CERS4 ;  Q11C01, RBSA_CHESB ;
DR   Q7NTN6, RBSA_CHRVO ;  Q0TPX5, RBSA_CLOP1 ;  Q8XJX3, RBSA_CLOPE ;
DR   Q0SSJ0, RBSA_CLOPS ;  Q891M1, RBSA_CLOTE ;  Q8NR12, RBSA_CORGL ;
DR   Q1J3P2, RBSA_DEIGD ;  Q0TAW0, RBSA_ECOL5 ;  Q8FBS3, RBSA_ECOL6 ;
DR   P04983, RBSA_ECOLI ;  Q1R4I3, RBSA_ECOUT ;  Q5KUX3, RBSA_GEOKA ;
DR   Q4QN44, RBSA_HAEI8 ;  P44735, RBSA_HAEIN ;  Q2SJ99, RBSA_HAHCH ;
DR   Q9K6J9, RBSA_HALH5 ;  Q28P50, RBSA_JANSC ;  Q9CF44, RBSA_LACLA ;
DR   Q02XM9, RBSA_LACLS ;  Q03CA4, RBSA_LACP3 ;  Q8ENB3, RBSA_OCEIH ;
DR   Q13LX0, RBSA_PARXL ;  Q6DB87, RBSA_PECAS ;  Q7NA79, RBSA_PHOLL ;
DR   Q6LH11, RBSA_PHOPR ;  Q88J90, RBSA_PSEPK ;  Q7UU57, RBSA_RHOBA ;
DR   Q0S9A4, RBSA_RHOJR ;  Q164K3, RBSA_ROSDO ;  Q1GHE5, RBSA_RUEST ;
DR   Q57HW1, RBSA_SALCH ;  Q5PJX5, RBSA_SALPA ;  Q8Z2R4, RBSA_SALTI ;
DR   Q8ZKV9, RBSA_SALTY ;  Q329G7, RBSA_SHIDS ;  Q3YVK8, RBSA_SHISS ;
DR   Q5WC31, RBSA_SHOC1 ;  Q3K3R2, RBSA_STRA1 ;  Q8E7N9, RBSA_STRA3 ;
DR   Q8E281, RBSA_STRA5 ;  Q3MB44, RBSA_TRIV2 ;  Q9KN37, RBSA_VIBCH ;
DR   Q87H79, RBSA_VIBPA ;  Q8D7T7, RBSA_VIBVU ;  Q7MEV1, RBSA_VIBVY ;
DR   Q1C1B8, RBSA_YERPA ;  Q7CG00, RBSA_YERPE ;  Q1CDJ0, RBSA_YERPN ;
DR   Q664G2, RBSA_YERPS ;  Q8UBN2, RGMG1_AGRFC;  A0K6Q0, RGMG1_BURCH;
DR   Q0BGD7, RGMG1_BURCM;  Q399X3, RGMG1_BURL3;  Q1BX03, RGMG1_BURO1;
DR   Q2KAW9, RGMG1_RHIEC;  Q92MP8, RGMG1_RHIME;  Q8UAK2, RGMG2_AGRFC;
DR   A0B297, RGMG2_BURCH;  Q0BG60, RGMG2_BURCM;  Q39HA1, RGMG2_BURL3;
DR   Q1BQ82, RGMG2_BURO1;  Q2K353, RGMG2_RHIEC;  Q92TS8, RGMG2_RHIME;
DR   Q8U9B0, RGMG3_AGRFC;  A0KE25, RGMG3_BURCH;  Q0B775, RGMG3_BURCM;
DR   Q1BGC0, RGMG3_BURO1;  Q21TR5, RGMG_ALBFT ;  Q8RBQ1, RGMG_CALS4 ;
DR   Q5KYQ7, RGMG_GEOKA ;  Q2SMT0, RGMG_HAHCH ;  Q9KAG5, RGMG_HALH5 ;
DR   Q13FD9, RGMG_PARXL ;  Q48GY7, RGMG_PSE14 ;  Q4KDI2, RGMG_PSEF5 ;
DR   Q87ZE0, RGMG_PSESM ;  Q4ZRC6, RGMG_PSEU2 ;  Q8Y003, RGMG_RALN1 ;
DR   Q1MAA2, RGMG_RHIJ3 ;
//