ID   3.1.1.5
DE   lysophospholipase.
AN   lecithinase B.
AN   lysolecithinase.
AN   phospholipase B.
CA   a 1-acyl-sn-glycero-3-phosphocholine + H2O = a fatty acid + H(+) +
CA   sn-glycerol 3-phosphocholine.
DR   Q3SZ79, LIPC_BOVIN ;  P11150, LIPC_HUMAN ;  P27656, LIPC_MOUSE ;
DR   O46559, LIPC_RABIT ;  P07867, LIPC_RAT   ;  Q86U10, LPP60_HUMAN;
DR   A0JNU3, LPP60_MOUSE;  O88202, LPP60_RAT  ;  A1C9L6, NTE1_ASPCL ;
DR   Q4WA15, NTE1_ASPFU ;  A2R350, NTE1_ASPNC ;  Q2UDH2, NTE1_ASPOR ;
DR   Q0CNC7, NTE1_ASPTN ;  Q5A368, NTE1_CANAL ;  Q6FKJ1, NTE1_CANGA ;
DR   Q2H0D3, NTE1_CHAGB ;  Q1DLC7, NTE1_COCIM ;  P0CP37, NTE1_CRYNB ;
DR   P0CP36, NTE1_CRYNJ ;  Q6BQK9, NTE1_DEBHA ;  Q5BAE9, NTE1_EMENI ;
DR   Q8SVN8, NTE1_ENCCU ;  Q756Z0, NTE1_EREGS ;  Q6CWC2, NTE1_KLULA ;
DR   A5E708, NTE1_LODEL ;  A1D9Y2, NTE1_NEOFI ;  Q7S8J1, NTE1_NEUCR ;
DR   Q0UJ42, NTE1_PHANO ;  A5DHA3, NTE1_PICGU ;  A3LYZ4, NTE1_PICST ;
DR   A4QVZ8, NTE1_PYRO7 ;  Q9USJ4, NTE1_SCHPO ;  Q4PF83, NTE1_USTMA ;
DR   Q6CF18, NTE1_YARLI ;  Q04958, NTE1_YEAST ;  P0DMB6, PA11_VESVE ;
DR   P0DMB7, PA12A_VESVE;  P0DMB8, PA12B_VESVE;  A4IFJ5, PA24A_BOVIN;
DR   P49147, PA24A_CHICK;  P50392, PA24A_DANRE;  O77793, PA24A_HORSE;
DR   P47712, PA24A_HUMAN;  P47713, PA24A_MOUSE;  Q5R8A5, PA24A_PONAB;
DR   Q9TT38, PA24A_RABIT;  P50393, PA24A_RAT  ;  Q7T0T9, PA24A_XENLA;
DR   B1WAZ6, PA24A_XENTR;  P0C869, PA24B_HUMAN;  P0C871, PA24B_MOUSE;
DR   Q9UP65, PA24C_HUMAN;  Q64GA5, PA24C_MOUSE;  Q8WMP9, PAG15_BOVIN;
DR   Q6XPZ3, PAG15_CANLF;  Q8NCC3, PAG15_HUMAN;  Q8VEB4, PAG15_MOUSE;
DR   Q675A5, PAG15_RAT  ;  Q7M3V4, PAO1_VESOR ;  D4ANV2, PLB1_ARTBC ;
DR   B0Y665, PLB1_ASPFC ;  P0C957, PLB1_ASPFU ;  Q9UWF6, PLB1_CANAL ;
DR   Q8TG07, PLB1_CANGA ;  O70320, PLB1_CAVPO ;  P0CP75, PLB1_CRYNB ;
DR   Q9P8P2, PLB1_CRYNH ;  P0CP74, PLB1_CRYNJ ;  Q6P1J6, PLB1_HUMAN ;
DR   Q06HQ7, PLB1_MONDO ;  Q3TTY0, PLB1_MOUSE ;  P39457, PLB1_PENCH ;
DR   Q05017, PLB1_RABIT ;  O54728, PLB1_RAT   ;  P78854, PLB1_SCHPO ;
DR   Q11121, PLB1_TORDE ;  P39105, PLB1_YEAST ;  B0Y1M7, PLB2_ASPFC ;
DR   Q9P8P4, PLB2_ASPFU ;  O93795, PLB2_CANAX ;  Q8TG06, PLB2_CANGA ;
DR   O13857, PLB2_SCHPO ;  Q03674, PLB2_YEAST ;  B0XZV8, PLB3_ASPFC ;
DR   P0C958, PLB3_ASPFU ;  Q9UVX1, PLB3_CANAX ;  Q08108, PLB3_YEAST ;
DR   P0CU02, PLB4_SCHPO ;  Q9Y7N6, PLB5_SCHPO ;  Q9UTH5, PLB6_SCHPO ;
DR   P0CU03, PLB7_SCHPO ;  O59863, PLB_KLULA  ;  O42790, PLB_NEUCR  ;
DR   P59588, PLDB_ECOL6 ;  P07000, PLDB_ECOLI ;  P44800, PLDB_HAEIN ;
DR   Q8IY17, PLPL6_HUMAN;  Q3TRM4, PLPL6_MOUSE;  Q5RDS0, PLPL6_PONAB;
DR   Q6ZV29, PLPL7_HUMAN;  A2AJ88, PLPL7_MOUSE;  Q5BK26, PLPL7_RAT  ;
DR   Q9NP80, PLPL8_HUMAN;  Q8K1N1, PLPL8_MOUSE;  Q5XTS1, PLPL8_RABIT;
DR   D3ZRC4, PLPL8_RAT  ;  A0A3L7I2I8, PLPL9_CRIGR;  O60733, PLPL9_HUMAN;
DR   P97819, PLPL9_MOUSE;  P97570, PLPL9_RAT  ;  B3MRI9, SWS_DROAN  ;
DR   B3NY03, SWS_DROER  ;  B4JLX2, SWS_DROGR  ;  Q9U969, SWS_DROME  ;
DR   B4L535, SWS_DROMO  ;  B4H3U8, SWS_DROPE  ;  B5DKS8, SWS_DROPS  ;
DR   B4IL64, SWS_DROSE  ;  B4M709, SWS_DROVI  ;  B4N1W9, SWS_DROWI  ;
DR   B4Q0P3, SWS_DROYA  ;  P0ADA2, TESA_ECOL6 ;  P0ADA1, TESA_ECOLI ;
//