ID   1.14.99.56
DE   lytic cellulose monooxygenase (C4-dehydrogenating).
CA   [(1->4)-beta-D-glucosyl]n+m + reduced acceptor + O2 = 4-dehydro-beta-D-
CA   glucosyl-[(1->4)-beta-D-glucosyl]n-1 + [(1->4)-beta-D-glucosyl]m +
CA   acceptor + H2O.
CC   -!- This enzyme, found in fungi and bacteria, cleaves cellulose in an
CC       oxidative manner.
CC   -!- The cellulose fragments that are formed contain a 4-dehydro-D-glucose
CC       residue at the non-reducing end.
CC   -!- Some enzymes also oxidize cellulose at the C-1 position of the
CC       reducing end forming a D-glucono-1,5-lactone residue (cf.
CC       EC 1.14.99.54).
DR   A0A2H3EDS0, LP9A_ARMGA ;  A1C4H2, LP9A_ASPCL ;  B0Y9G4, LP9A_ASPFC ;
DR   B8MXJ7, LP9A_ASPFN ;  Q4X066, LP9A_ASPFU ;  Q96WQ9, LP9A_ASPKW ;
DR   A2R5N0, LP9A_ASPNC ;  Q2US83, LP9A_ASPOR ;  A0A5N6V703, LP9A_ASPTM ;
DR   Q0CEU4, LP9A_ASPTN ;  A0A384K4U6, LP9A_BOTFB ;  A0A223GEC9, LP9A_COLVR ;
DR   Q5BAP2, LP9A_EMENI ;  A0A0J9XKT0, LP9A_GEOCN ;  I1REU9, LP9A_GIBZE ;
DR   S7Q0E7, LP9A_GLOTA ;  A0A1C9ZP88, LP9A_GLOTR ;  O14405, LP9A_HYPJE ;
DR   G0R6T8, LP9A_HYPJQ ;  A0A5J6BJT3, LP9A_MALCI ;  A1DBS6, LP9A_NEOFI ;
DR   Q7S439, LP9A_NEUCR ;  A0A0S2GKZ1, LP9A_PANSI ;  A0A6C0M6J9, LP9A_PENPR ;
DR   K5VN09, LP9A_PHACS ;  B2B629, LP9A_PODAN ;  D8Q364, LP9A_SCHCM ;
DR   A0A478ECY3, LP9A_TALPI ;  A0A482A9N4, LP9A_TALVE ;  G3XAP7, LP9A_THEAU ;
DR   G2QNT0, LP9A_THET4 ;  A0A0H4K9X4, LP9A_THETO ;  G2R6N0, LP9A_THETT ;
DR   Q4WP32, LP9B_ASPFU ;  A0A5N6UX39, LP9B_ASPTM ;  A0A384JJE6, LP9B_BOTFB ;
DR   Q5BCX8, LP9B_EMENI ;  A0A0J9XL55, LP9B_GEOCN ;  S7RK00, LP9B_GLOTA ;
DR   W4KMP1, LP9B_HETIT ;  Q7Z9M7, LP9B_HYPJQ ;  A0A5J6BJT1, LP9B_MALCI ;
DR   B2AVF1, LP9B_PODAN ;  G2QCJ3, LP9B_THET4 ;  A0A1C9CXI1, LP9B_THETO ;
DR   G2RB73, LP9B_THETT ;  Q4WBU0, LP9C_ASPFU ;  A0A5N6V3W5, LP9C_ASPTM ;
DR   A0A384JJB6, LP9C_BOTFB ;  Q5AZ52, LP9C_EMENI ;  A0A0J9XK58, LP9C_GEOCN ;
DR   S7QKE2, LP9C_GLOTA ;  A0A1C9ZMC3, LP9C_GLOTR ;  A0A4P8PKE4, LP9C_MALCI ;
DR   Q7SHI8, LP9C_NEUCR ;  B2AUV0, LP9C_PODAN ;  G2QA92, LP9C_THET4 ;
DR   A0A1C9CXI0, LP9C_THETO ;  A0A5N6UUF2, LP9D_ASPTM ;  A0A384JLD1, LP9D_BOTFB ;
DR   Q5B8T4, LP9D_EMENI ;  A0A0J9XBC9, LP9D_GEOCN ;  S7QP81, LP9D_GLOTA ;
DR   A0A5J6BJN5, LP9D_MALCI ;  H1AE14, LP9D_PHACH ;  B2ARG6, LP9D_PODAN ;
DR   G2QAB5, LP9D_THET4 ;  A0A218MJF1, LP9D_THETO ;  A0A5N6UNY1, LP9E_ASPTM ;
DR   A0A384JDH0, LP9E_BOTFB ;  Q5AQA6, LP9E_EMENI ;  A0A5J6BJT0, LP9E_MALCI ;
DR   Q7RWN7, LP9E_NEUCR ;  B2ATL7, LP9E_PODAN ;  G2RGE5, LP9E_THETT ;
DR   A0A5N6UWA3, LP9F_ASPTM ;  A0A384JXL6, LP9F_BOTFB ;  A0A5J6BJN2, LP9F_MALCI ;
DR   Q1K4Q1, LP9F_NEUCR ;  B2B403, LP9F_PODAN ;  A0A5N6UV50, LP9G_ASPTM ;
DR   A0A384JTK5, LP9G_BOTFB ;  C8V530, LP9G_EMENI ;  A0A5J6BJP2, LP9G_MALCI ;
DR   B2B5J7, LP9G_PODAN ;  G2QZK6, LP9G_THETT ;  A0A384JZ02, LP9H_BOTFB ;
DR   Q5BEI9, LP9H_EMENI ;  A0A5J6BJQ5, LP9H_MALCI ;  B2ADG1, LP9H_PODAN ;
DR   G2Q9T3, LP9H_THET4 ;  A0A384J8V9, LP9I_BOTFB ;  C8V4I9, LP9I_EMENI ;
DR   Q7SHD9, LP9J_NEUCR ;  G2RGE6, LP9T_THETT ;  G2RB72, LP9U_THETT ;
DR   Q00023, LP9_AGABI  ;  A8NCG7, LP9_COPC7  ;  J9VH79, LP9_CRYNH  ;
DR   A0A1Y2IY60, LP9_TRAC3  ;  Q1K8B6, LPMO_NEUCR ;
//