ID   3.1.1.85
DE   pimeloyl-[acyl-carrier protein] methyl ester esterase.
CA   6-carboxyhexanoyl-[ACP] methyl ester + H2O = 6-carboxyhexanoyl-[ACP] +
CA   H(+) + methanol.
CC   -!- Involved in biotin biosynthesis in Gram-negative bacteria.
CC   -!- The enzyme exhibits carboxylesterase activity, particularly toward
CC       substrates with short acyl chains.
CC   -!- Even though the enzyme can interact with coenzyme A thioesters,
CC       the in vivo role of the enzyme is to hydrolyze the methyl ester of
CC       pimeloyl-[acyl carrier protein], terminating the part of the biotin
CC       biosynthesis pathway that is catalyzed by the fatty acid elongation
CC       enzymes.
DR   A0KF11, BIOH_AERHH ;  A4ST17, BIOH_AERS4 ;  Q5E8N3, BIOH_ALIF1 ;
DR   B5FFE9, BIOH_ALIFM ;  B6EPQ0, BIOH_ALISL ;  Q5NZF6, BIOH_AROAE ;
DR   Q89A54, BIOH_BUCBP ;  Q7NPW5, BIOH_CHRVO ;  A8AQW5, BIOH_CITK8 ;
DR   A7MGD2, BIOH_CROS8 ;  A7ZSU1, BIOH_ECO24 ;  B7UKB7, BIOH_ECO27 ;
DR   B7MDN8, BIOH_ECO45 ;  B7L4T9, BIOH_ECO55 ;  Q8X716, BIOH_ECO57 ;
DR   B5YTW3, BIOH_ECO5E ;  B7NMH7, BIOH_ECO7I ;  B7N145, BIOH_ECO81 ;
DR   B7M1W8, BIOH_ECO8A ;  C4ZUR7, BIOH_ECOBW ;  B1X758, BIOH_ECODH ;
DR   A8A5M0, BIOH_ECOHS ;  A1AGT6, BIOH_ECOK1 ;  Q0TC55, BIOH_ECOL5 ;
DR   Q8FCT4, BIOH_ECOL6 ;  B1IP53, BIOH_ECOLC ;  P13001, BIOH_ECOLI ;
DR   B7NE17, BIOH_ECOLU ;  B6I2X6, BIOH_ECOSE ;  B1LHL2, BIOH_ECOSM ;
DR   Q1R5M2, BIOH_ECOUT ;  C5BGT3, BIOH_EDWI9 ;  B7LSB5, BIOH_ESCF3 ;
DR   C4K407, BIOH_HAMD5 ;  Q5QZC0, BIOH_IDILO ;  B5XTS4, BIOH_KLEP3 ;
DR   A6TF35, BIOH_KLEP7 ;  Q5X590, BIOH_LEGPA ;  A5IBW4, BIOH_LEGPC ;
DR   Q5ZVG6, BIOH_LEGPH ;  Q5WW99, BIOH_LEGPL ;  Q609V0, BIOH_METCA ;
DR   Q5F641, BIOH_NEIG1 ;  Q9JSN0, BIOH_NEIMA ;  Q9K197, BIOH_NEIMB ;
DR   A1KRU9, BIOH_NEIMF ;  E6MWF8, BIOH_NEIMH ;  Q82SL8, BIOH_NITEU ;
DR   Q2Y9Y7, BIOH_NITMU ;  Q6CZL9, BIOH_PECAS ;  C6DGH6, BIOH_PECCP ;
DR   Q7N9V7, BIOH_PHOLL ;  Q6LVQ7, BIOH_PHOPR ;  B4EZM6, BIOH_PROMH ;
DR   Q15N09, BIOH_PSEA6 ;  B5F8M6, BIOH_SALA4 ;  A9MMB5, BIOH_SALAR ;
DR   Q57IW5, BIOH_SALCH ;  B5FJT1, BIOH_SALDC ;  B5R369, BIOH_SALEP ;
DR   B5R7K5, BIOH_SALG2 ;  B4TKT6, BIOH_SALHS ;  B4SVL3, BIOH_SALNS ;
DR   Q5PLY8, BIOH_SALPA ;  C0Q0I5, BIOH_SALPC ;  B5BHG7, BIOH_SALPK ;
DR   Q8Z221, BIOH_SALTI ;  Q8ZLI9, BIOH_SALTY ;  Q8GHL1, BIOH_SERMA ;
DR   A8GKT5, BIOH_SERP5 ;  Q8E8N6, BIOH_SHEON ;  Q0HPU6, BIOH_SHESR ;
DR   B1KM44, BIOH_SHEWM ;  B2U3M2, BIOH_SHIB3 ;  Q31VM0, BIOH_SHIBS ;
DR   Q32AM6, BIOH_SHIDS ;  Q83PW0, BIOH_SHIFL ;  Q3YWL3, BIOH_SHISS ;
DR   Q2NQH6, BIOH_SODGM ;  B4SM83, BIOH_STRM5 ;  B2FLM6, BIOH_STRMK ;
DR   C4LA13, BIOH_TOLAT ;  B7VHH1, BIOH_VIBA3 ;  A7MST3, BIOH_VIBC1 ;
DR   Q9KNL4, BIOH_VIBCH ;  Q87TC2, BIOH_VIBPA ;  Q8DDU4, BIOH_VIBVU ;
DR   Q7MPY0, BIOH_VIBVY ;  Q8D1X1, BIOH_WIGBR ;  Q8PQE0, BIOH_XANAC ;
DR   Q4UZP1, BIOH_XANC8 ;  B0RMQ9, BIOH_XANCB ;  Q8PDF3, BIOH_XANCP ;
DR   Q2P907, BIOH_XANOM ;  Q5H6D1, BIOH_XANOR ;  B2I9H6, BIOH_XYLF2 ;
DR   Q9PDM3, BIOH_XYLFA ;  B0U6I9, BIOH_XYLFM ;  Q87DT3, BIOH_XYLFT ;
DR   A1JSF8, BIOH_YERE8 ;  A7FNV8, BIOH_YERP3 ;  B2K5V7, BIOH_YERPB ;
DR   Q74Y45, BIOH_YERPE ;  A9R4D0, BIOH_YERPG ;  Q664J8, BIOH_YERPS ;
DR   B1JHZ5, BIOH_YERPY ;
//