ID   2.1.1.144
DE   trans-aconitate 2-methyltransferase.
CA   S-adenosyl-L-methionine + trans-aconitate = (E)-3-(methoxycarbonyl)pent-
CA   2-enedioate + S-adenosyl-L-homocysteine.
CC   -!- Also catalyzes the formation of the methyl monoester of cis-
CC       aconitate, isocitrate and citrate, but more slowly.
CC   -!- While the enzyme from Escherichia coli forms (E)-3-(methoxycarbonyl)-
CC       pent-2-enedioate as the product, that from Saccharomyces cerevisiae
CC       forms (E)-2-(methoxycarbonylmethyl)butenedioate and is therefore
CC       classified as a separate enzyme (cf. EC 2.1.1.145).
DR   B9MBN9, TAM_ACIET  ;  A1W9K6, TAM_ACISJ  ;  B6JIA0, TAM_AFIC5  ;
DR   Q8UH15, TAM_AGRFC  ;  A1K8U5, TAM_AZOSB  ;  A6WZN1, TAM_BRUA4  ;
DR   A9M6C1, TAM_BRUC2  ;  Q8YI91, TAM_BRUME  ;  A5VRJ7, TAM_BRUO2  ;
DR   B0CHP1, TAM_BRUSI  ;  Q8FZM5, TAM_BRUSU  ;  Q9RX93, TAM_DEIRA  ;
DR   A9BVK1, TAM_DELAS  ;  A7ZLX5, TAM_ECO24  ;  B7URP6, TAM_ECO27  ;
DR   B7MMY3, TAM_ECO45  ;  B7L7L9, TAM_ECO55  ;  Q8XAZ2, TAM_ECO57  ;
DR   B5Z1X6, TAM_ECO5E  ;  B7NIJ1, TAM_ECO7I  ;  B7LZC1, TAM_ECO8A  ;
DR   C4ZWT6, TAM_ECOBW  ;  B1XEA7, TAM_ECODH  ;  A8A072, TAM_ECOHS  ;
DR   A1AB99, TAM_ECOK1  ;  Q0THR9, TAM_ECOL5  ;  Q8FHF2, TAM_ECOL6  ;
DR   B1IRU1, TAM_ECOLC  ;  P76145, TAM_ECOLI  ;  B7N4U4, TAM_ECOLU  ;
DR   B6IAS2, TAM_ECOSE  ;  B1LF96, TAM_ECOSM  ;  Q1RBP8, TAM_ECOUT  ;
DR   A4WAG4, TAM_ENT38  ;  B7LRD2, TAM_ESCF3  ;  B5XQT8, TAM_KLEP3  ;
DR   B8ISV4, TAM_METNO  ;  B1LXF6, TAM_METRJ  ;  B0UPF4, TAM_METS4  ;
DR   A0QM44, TAM_MYCA1  ;  P66886, TAM_MYCBO  ;  A1KFB7, TAM_MYCBP  ;
DR   C1AJX2, TAM_MYCBT  ;  A4T0W0, TAM_MYCGI  ;  B2HNX5, TAM_MYCMM  ;
DR   A3PTG0, TAM_MYCSJ  ;  A1U9V4, TAM_MYCSK  ;  Q1BF27, TAM_MYCSS  ;
DR   A5TZ21, TAM_MYCTA  ;  P9WGA2, TAM_MYCTO  ;  P9WGA3, TAM_MYCTU  ;
DR   A0PN72, TAM_MYCUA  ;  A1T273, TAM_MYCVP  ;  Q1QJC0, TAM_NITHX  ;
DR   Q3SPQ7, TAM_NITWN  ;  A1TP97, TAM_PARC0  ;  A6V4P3, TAM_PSEA7  ;
DR   Q02N15, TAM_PSEAB  ;  Q9I0S1, TAM_PSEAE  ;  B3PTJ5, TAM_RHIE6  ;
DR   Q2KAZ5, TAM_RHIEC  ;  Q98K73, TAM_RHILO  ;  B5ZUL2, TAM_RHILW  ;
DR   Q92RC5, TAM_RHIME  ;  B9JBE6, TAM_RHIR8  ;  Q0SED2, TAM_RHOJR  ;
DR   Q2IYT0, TAM_RHOP2  ;  Q07PZ6, TAM_RHOP5  ;  Q6N3T8, TAM_RHOPA  ;
DR   Q216J6, TAM_RHOPB  ;  Q133R5, TAM_RHOPS  ;  B3QFV9, TAM_RHOPT  ;
DR   Q32G05, TAM_SHIDS  ;  Q0T4L2, TAM_SHIF8  ;  Q83RE0, TAM_SHIFL  ;
DR   C3M8G8, TAM_SINFN  ;  A6U707, TAM_SINMW  ;  Q82HD9, TAM_STRAW  ;
DR   Q9K3T2, TAM_STRCO  ;  C5CSI6, TAM_VARPS  ;  A1JU33, TAM_YERE8  ;
DR   A7FGU8, TAM_YERP3  ;  Q1C6F5, TAM_YERPA  ;  B2K7X9, TAM_YERPB  ;
DR   Q8ZDP7, TAM_YERPE  ;  A9R6H5, TAM_YERPG  ;  Q1CHU7, TAM_YERPN  ;
DR   A4TLZ2, TAM_YERPP  ;  Q669E2, TAM_YERPS  ;  B1JHA2, TAM_YERPY  ;
//