ID   2.8.1.1
DE   thiosulfate sulfurtransferase.
AN   rhodanese.
AN   thiosulfate cyanide transsulfurase.
AN   thiosulfate thiotransferase.
CA   hydrogen cyanide + thiosulfate = 2 H(+) + sulfite + thiocyanate.
CC   -!- A few other sulfur compounds can act as donors.
DR   A3MYF1, GLPE_ACTP2 ;  B3GZR9, GLPE_ACTP7 ;  B0BRY5, GLPE_ACTPJ ;
DR   Q6T893, GLPE_ACTPL ;  A6VKH3, GLPE_ACTSZ ;  A0KEH8, GLPE_AERHH ;
DR   Q5E203, GLPE_ALIF1 ;  B5FCB8, GLPE_ALIFM ;  B6ENU6, GLPE_ALISL ;
DR   A8AQX5, GLPE_CITK8 ;  B6J836, GLPE_COXB1 ;  B6J185, GLPE_COXB2 ;
DR   A9NC75, GLPE_COXBR ;  Q83DV5, GLPE_COXBU ;  A7ZSV5, GLPE_ECO24 ;
DR   B7UKC9, GLPE_ECO27 ;  B7MDQ1, GLPE_ECO45 ;  B7L4V4, GLPE_ECO55 ;
DR   Q8X6Z5, GLPE_ECO57 ;  B5YUH7, GLPE_ECO5E ;  B7NMI9, GLPE_ECO7I ;
DR   B7N157, GLPE_ECO81 ;  B7M2I5, GLPE_ECO8A ;  C4ZVX6, GLPE_ECOBW ;
DR   B1X770, GLPE_ECODH ;  A8A5N3, GLPE_ECOHS ;  A1AGU8, GLPE_ECOK1 ;
DR   Q0TC43, GLPE_ECOL5 ;  P0A6V6, GLPE_ECOL6 ;  B1IP41, GLPE_ECOLC ;
DR   P0A6V5, GLPE_ECOLI ;  B7NE29, GLPE_ECOLU ;  B6I2Y8, GLPE_ECOSE ;
DR   B1LI85, GLPE_ECOSM ;  C5B970, GLPE_EDWI9 ;  A4WFK9, GLPE_ENT38 ;
DR   B2VJU2, GLPE_ERWT9 ;  B7LSC7, GLPE_ESCF3 ;  B8F6J5, GLPE_GLAP5 ;
DR   Q7VNZ0, GLPE_HAEDU ;  Q4QMN7, GLPE_HAEI8 ;  A5UE38, GLPE_HAEIE ;
DR   A5UHG8, GLPE_HAEIG ;  P44819, GLPE_HAEIN ;  B5XTR4, GLPE_KLEP3 ;
DR   A6TF44, GLPE_KLEP7 ;  Q65QH0, GLPE_MANSM ;  Q9CL12, GLPE_PASMU ;
DR   Q6CZL2, GLPE_PECAS ;  C6DH73, GLPE_PECCP ;  Q7N9W3, GLPE_PHOLL ;
DR   Q6LVT0, GLPE_PHOPR ;  B4EZM9, GLPE_PROMH ;  Q48NU0, GLPE_PSE14 ;
DR   Q15ZU3, GLPE_PSEA6 ;  A6UZ93, GLPE_PSEA7 ;  B7V4H5, GLPE_PSEA8 ;
DR   Q02TH4, GLPE_PSEAB ;  Q9I5U8, GLPE_PSEAE ;  Q1IG23, GLPE_PSEE4 ;
DR   Q4K4X2, GLPE_PSEF5 ;  C3K330, GLPE_PSEFS ;  A4XZJ7, GLPE_PSEMY ;
DR   A5VXJ2, GLPE_PSEP1 ;  Q3K5S9, GLPE_PSEPF ;  B0KJ90, GLPE_PSEPG ;
DR   Q88QT9, GLPE_PSEPK ;  B1JE10, GLPE_PSEPW ;  Q88A49, GLPE_PSESM ;
DR   Q3IHW1, GLPE_PSET1 ;  Q4ZMG2, GLPE_PSEU2 ;  B5F8P1, GLPE_SALA4 ;
DR   A9MMA6, GLPE_SALAR ;  Q57IV0, GLPE_SALCH ;  B5FKE4, GLPE_SALDC ;
DR   B5R384, GLPE_SALEP ;  B4TKV1, GLPE_SALHS ;  B4SVM2, GLPE_SALNS ;
DR   Q5PLZ7, GLPE_SALPA ;  A9MTU1, GLPE_SALPB ;  B5BHH6, GLPE_SALPK ;
DR   B4TY78, GLPE_SALSV ;  P64252, GLPE_SALTI ;  P64251, GLPE_SALTY ;
DR   A8GKU1, GLPE_SERP5 ;  Q8E8J2, GLPE_SHEON ;  B2U3N3, GLPE_SHIB3 ;
DR   Q31VK8, GLPE_SHIBS ;  Q32AN7, GLPE_SHIDS ;  Q0SZP1, GLPE_SHIF8 ;
DR   P0A6V7, GLPE_SHIFL ;  Q3YWA3, GLPE_SHISS ;  Q2NQH2, GLPE_SODGM ;
DR   A4VHH7, GLPE_STUS1 ;  C4L7X3, GLPE_TOLAT ;  B7VMA4, GLPE_VIBA3 ;
DR   A7MXX7, GLPE_VIBC1 ;  A5F4G9, GLPE_VIBC3 ;  Q9KVP1, GLPE_VIBCH ;
DR   C3LPU2, GLPE_VIBCM ;  Q87KM5, GLPE_VIBPA ;  Q8DD53, GLPE_VIBVU ;
DR   Q7MQ91, GLPE_VIBVY ;  A7FNW5, GLPE_YERP3 ;  Q1C2L3, GLPE_YERPA ;
DR   B2K5W3, GLPE_YERPB ;  Q8ZJI3, GLPE_YERPE ;  A9R4D5, GLPE_YERPG ;
DR   Q1CCK7, GLPE_YERPN ;  A4TGR3, GLPE_YERPP ;  Q664J2, GLPE_YERPS ;
DR   B1JHY9, GLPE_YERPY ;  P23857, PSPE_ECOLI ;  Q08742, RDL2_YEAST ;
DR   Q10215, RDL_SCHPO  ;  Q39129, STR16_ARATH;  Q9FKW8, STR18_ARATH;
DR   O64530, STR1_ARATH ;  Q24JL3, STR2_ARATH ;  P91247, THT1_CAEEL ;
DR   O17730, THT2_CAEEL ;  Q7TWT6, THT2_MYCBO ;  P46700, THT2_MYCLE ;
DR   P9WHF6, THT2_MYCTO ;  P9WHF7, THT2_MYCTU ;  P9WHF4, THT3_MYCTO ;
DR   P9WHF5, THT3_MYCTU ;  P59989, THTR1_MYCBO;  Q7TX80, THTR2_MYCBO;
DR   P52197, THTR_AZOVI ;  P00586, THTR_BOVIN ;  P25324, THTR_CHICK ;
DR   P71121, THTR_CORGL ;  P46635, THTR_CRIGR ;  Q9RXT9, THTR_DEIRA ;
DR   D4GYM0, THTR_HALVD ;  Q16762, THTR_HUMAN ;  O26719, THTR_METTH ;
DR   P52196, THTR_MOUSE ;  Q50036, THTR_MYCLE ;  A0R4C9, THTR_MYCS2 ;
DR   P9WHF8, THTR_MYCTO ;  P9WHF9, THTR_MYCTU ;  Q9HUK9, THTR_PSEAE ;
DR   P24329, THTR_RAT   ;  P16385, THTR_SACER ;  P27477, THTR_SYNE7 ;
DR   Q08686, THTR_YEAST ;  P78067, YNJE_ECOLI ;
//