ID   2.7.1.6
DE   galactokinase.
CA   alpha-D-galactose + ATP = ADP + alpha-D-galactose 1-phosphate + H(+).
CC   -!- Part of the Leloir pathway for galactose metabolism.
CC   -!- The enzymes from mammals and from the bacterium Escherichia coli have
CC       no activity with N-acetyl-alpha-D-galactosamine.
DR   A3N103, GAL1_ACTP2 ;  B3H1M3, GAL1_ACTP7 ;  B0BPT5, GAL1_ACTPJ ;
DR   P94169, GAL1_ACTPL ;  A6VQK2, GAL1_ACTSZ ;  A0KQH8, GAL1_AERHH ;
DR   Q5E0M1, GAL1_ALIF1 ;  B5ETC9, GAL1_ALIFM ;  P39574, GAL1_BACSU ;
DR   Q8R8R7, GAL1_CALS4 ;  P56091, GAL1_CANAX ;  P56599, GAL1_CANMA ;
DR   O42821, GAL1_CANPA ;  A9WB97, GAL1_CHLAA ;  B8GCS2, GAL1_CHLAD ;
DR   B9LFE4, GAL1_CHLSY ;  A8AJ37, GAL1_CITK8 ;  Q97EZ6, GAL1_CLOAB ;
DR   A6M1P8, GAL1_CLOB8 ;  Q0TQU5, GAL1_CLOP1 ;  Q8XKP9, GAL1_CLOPE ;
DR   Q0ST92, GAL1_CLOPS ;  Q896X8, GAL1_CLOTE ;  A7MIX5, GAL1_CROS8 ;
DR   A7ZJD2, GAL1_ECO24 ;  B7ULN0, GAL1_ECO27 ;  B7MGL4, GAL1_ECO45 ;
DR   B7LAF8, GAL1_ECO55 ;  P0A6T4, GAL1_ECO57 ;  B5YRF5, GAL1_ECO5E ;
DR   B7NNH9, GAL1_ECO7I ;  B7MPP1, GAL1_ECO81 ;  B7M6C0, GAL1_ECO8A ;
DR   C4ZXS8, GAL1_ECOBW ;  A7ZY13, GAL1_ECOHS ;  A1A900, GAL1_ECOK1 ;
DR   Q0TJU4, GAL1_ECOL5 ;  Q8FJS1, GAL1_ECOL6 ;  B1IXX9, GAL1_ECOLC ;
DR   P0A6T3, GAL1_ECOLI ;  B7N9Z9, GAL1_ECOLU ;  B6I7R1, GAL1_ECOSE ;
DR   B1LM48, GAL1_ECOSM ;  Q1REH4, GAL1_ECOUT ;  A4W899, GAL1_ENT38 ;
DR   Q836P0, GAL1_ENTFA ;  B2VBV2, GAL1_ERWT9 ;  B7LK02, GAL1_ESCF3 ;
DR   B1YIH8, GAL1_EXIS2 ;  Q8RHD0, GAL1_FUSNN ;  B8F7C7, GAL1_GLAP5 ;
DR   A5UDQ5, GAL1_HAEIE ;  A5UHX0, GAL1_HAEIG ;  P31767, GAL1_HAEIN ;
DR   Q9KDV4, GAL1_HALH5 ;  P09608, GAL1_KLULA ;  O84902, GAL1_LACCA ;
DR   B3W7I5, GAL1_LACCB ;  Q00052, GAL1_LACHE ;  Q9R7D7, GAL1_LACLA ;
DR   Q9S6S2, GAL1_LACLM ;  Q03BB8, GAL1_LACP3 ;  Q88SE8, GAL1_LACPL ;
DR   Q03PA8, GAL1_LEVBA ;  Q1WUZ4, GAL1_LIGS1 ;  B2GEP6, GAL1_LIMF3 ;
DR   A5VME2, GAL1_LIMRD ;  B2G9P6, GAL1_LIMRJ ;  Q65UV5, GAL1_MANSM ;
DR   Q7U1L7, GAL1_MYCBO ;  A1KG98, GAL1_MYCBP ;  C1AKV1, GAL1_MYCBT ;
DR   A5U003, GAL1_MYCTA ;  P9WN62, GAL1_MYCTO ;  P9WN63, GAL1_MYCTU ;
DR   P57899, GAL1_PASMU ;  B4F0A6, GAL1_PROMH ;  Q9HHB6, GAL1_PYRFU ;
DR   O58107, GAL1_PYRHO ;  A7NI09, GAL1_ROSCS ;  A5UZX0, GAL1_ROSS1 ;
DR   B5F052, GAL1_SALA4 ;  A9MJI2, GAL1_SALAR ;  Q57RI3, GAL1_SALCH ;
DR   B5FP41, GAL1_SALDC ;  B5QX45, GAL1_SALEP ;  B5R741, GAL1_SALG2 ;
DR   B4TC28, GAL1_SALHS ;  B4SZH7, GAL1_SALNS ;  Q5PG77, GAL1_SALPA ;
DR   A9MTL0, GAL1_SALPB ;  C0PWW2, GAL1_SALPC ;  B5BC50, GAL1_SALPK ;
DR   B4TQR9, GAL1_SALSV ;  Q8Z8B0, GAL1_SALTI ;  P22713, GAL1_SALTY ;
DR   Q9HDU2, GAL1_SCHPO ;  A8GBA5, GAL1_SERP5 ;  B2TUY8, GAL1_SHIB3 ;
DR   Q324G2, GAL1_SHIBS ;  Q32IG8, GAL1_SHIDS ;  Q0T6Y7, GAL1_SHIF8 ;
DR   Q83M01, GAL1_SHIFL ;  Q3Z453, GAL1_SHISS ;  Q9RGS1, GAL1_STACT ;
DR   Q49ZK2, GAL1_STAS1 ;  Q9K3S8, GAL1_STRCO ;  P13227, GAL1_STRLI ;
DR   P96993, GAL1_STRMU ;  Q97NZ6, GAL1_STRPN ;  Q8DNK7, GAL1_STRR6 ;
DR   A4VT88, GAL1_STRSY ;  Q5LYY7, GAL1_STRT1 ;  Q03JS8, GAL1_STRTD ;
DR   Q9ZB10, GAL1_STRTR ;  B7IDE2, GAL1_THEAB ;  Q5JEK8, GAL1_THEKO ;
DR   P56838, GAL1_THEMA ;  O85253, GAL1_THENE ;  B9K9C8, GAL1_THENN ;
DR   A5IMZ6, GAL1_THEP1 ;  B1LCQ5, GAL1_THESQ ;  C4LB24, GAL1_TOLAT ;
DR   O83433, GAL1_TREPA ;  A7MV01, GAL1_VIBC1 ;  Q9KRP1, GAL1_VIBCH ;
DR   Q87M60, GAL1_VIBPA ;  Q8DBN9, GAL1_VIBVU ;  Q7MI80, GAL1_VIBVY ;
DR   P04385, GAL1_YEAST ;  A1JRX5, GAL1_YERE8 ;  A7FKP2, GAL1_YERP3 ;
DR   Q1C960, GAL1_YERPA ;  B2K8R6, GAL1_YERPB ;  Q8ZGY3, GAL1_YERPE ;
DR   A9R3B5, GAL1_YERPG ;  Q1CFP0, GAL1_YERPN ;  A4TNR8, GAL1_YERPP ;
DR   Q66D80, GAL1_YERPS ;  B1JST8, GAL1_YERPY ;  Q9SEE5, GALK1_ARATH;
DR   A6H768, GALK1_BOVIN;  Q9GKK4, GALK1_CANLF;  P51570, GALK1_HUMAN;
DR   Q9R0N0, GALK1_MOUSE;  Q54DN6, GALK_DICDI ;
//