ID   1.2.1.10
DE   acetaldehyde dehydrogenase (acetylating).
AN   acylating acetaldehyde dehydrogenase.
AN   aldehyde dehydrogenase (acylating).
CA   acetaldehyde + CoA + NAD(+) = acetyl-CoA + H(+) + NADH.
CC   -!- Also acts, more slowly, on glycolaldehyde, propanal and butanal.
CC   -!- In several bacterial species this enzyme forms a bifunctional complex
CC       with EC 4.1.3.39.
CC   -!- The enzymes from the bacteria Burkholderia xenovorans and Thermus
CC       thermophilus also perform the reaction of EC 1.2.1.87.
CC   -!- Involved in the meta-cleavage pathway for the degradation of phenols,
CC       methylphenols and catechols.
CC   -!- NADP(+) can replace NAD(+) but the rate of reaction is much slower.
DR   A1K6L8, ACDH1_AZOSB;  C1DMT1, ACDH1_AZOVD;  B4EK77, ACDH1_BURCJ;
DR   Q397R0, ACDH1_BURL3;  A4JPX8, ACDH1_BURVG;  Q83VZ4, ACDH1_COMTE;
DR   Q1LNS3, ACDH1_CUPMC;  Q0K3S6, ACDH1_CUPNH;  Q47HL9, ACDH1_DECAR;
DR   A8LAA2, ACDH1_FRASN;  A2SI34, ACDH1_METPP;  B1MH39, ACDH1_MYCA9;
DR   B2HGH0, ACDH1_MYCMM;  A0QZU1, ACDH1_MYCS2;  A3Q4B8, ACDH1_MYCSJ;
DR   A1UM81, ACDH1_MYCSK;  Q1B2X0, ACDH1_MYCSS;  A0PR19, ACDH1_MYCUA;
DR   Q5Z2N3, ACDH1_NOCFA;  A1SH78, ACDH1_NOCSJ;  A4XF36, ACDH1_NOVAD;
DR   B2JLM7, ACDH1_PARP8;  Q143P8, ACDH1_PARXL;  Q4F8I0, ACDH1_PSEFK;
DR   A5W4E5, ACDH1_PSEP1;  B1J6Y6, ACDH1_PSEPW;  A5V6T7, ACDH1_RHIWR;
DR   C0ZPX0, ACDH1_RHOE4;  Q0SJD4, ACDH1_RHOJR;  C1B7L1, ACDH1_RHOOB;
DR   A8M1N1, ACDH1_SALAI;  A1K6Y5, ACDH2_AZOSB;  C1DRI9, ACDH2_AZOVD;
DR   B4EFI8, ACDH2_BURCJ;  Q396N9, ACDH2_BURL3;  A4JW24, ACDH2_BURVG;
DR   Q9RHN2, ACDH2_COMTE;  Q1LCQ9, ACDH2_CUPMC;  Q0K3N1, ACDH2_CUPNH;
DR   Q47GC7, ACDH2_DECAR;  A8LEP9, ACDH2_FRASN;  A2SL36, ACDH2_METPP;
DR   B1MJT8, ACDH2_MYCA9;  B2HI26, ACDH2_MYCMM;  A0R4S7, ACDH2_MYCS2;
DR   A3Q6N0, ACDH2_MYCSJ;  A1UQA0, ACDH2_MYCSK;  Q1B0P7, ACDH2_MYCSS;
DR   A0PUX3, ACDH2_MYCUA;  A1TDB8, ACDH2_MYCVP;  Q5YV94, ACDH2_NOCFA;
DR   A1SIM4, ACDH2_NOCSJ;  A4XDT7, ACDH2_NOVAD;  B2JQV9, ACDH2_PARP8;
DR   Q13VU2, ACDH2_PARXL;  Q52039, ACDH2_PSEFK;  A5W4F9, ACDH2_PSEP1;
DR   B1J6Y2, ACDH2_PSEPW;  C0ZU49, ACDH2_RHOE4;  Q0S9X0, ACDH2_RHOJR;
DR   C1B8H9, ACDH2_RHOOB;  A8M6W7, ACDH2_SALAI;  C1DN56, ACDH3_AZOVD;
DR   Q390P5, ACDH3_BURL3;  Q9S153, ACDH3_COMTE;  Q47B12, ACDH3_DECAR;
DR   A1TFQ6, ACDH3_MYCVP;  Q5YUH5, ACDH3_NOCFA;  Q13QH7, ACDH3_PARXL;
DR   A5VGU5, ACDH3_RHIWR;  Q0S816, ACDH3_RHOJR;  C1BAJ3, ACDH3_RHOOB;
DR   C1DF11, ACDH4_AZOVD;  Q39LH7, ACDH4_BURL3;  Q479G9, ACDH4_DECAR;
DR   Q79AF6, ACDH4_PARXL;  Q0S4F9, ACDH4_RHOJR;  C1AVG3, ACDH4_RHOOB;
DR   Q479E6, ACDH5_DECAR;  Q0S005, ACDH5_RHOJR;  C1AYB3, ACDH5_RHOOB;
DR   Q0RXC4, ACDH6_RHOJR;  C1BE29, ACDH6_RHOOB;  Q0RWM7, ACDH7_RHOJR;
DR   A1W2K2, ACDH_ACISJ ;  Q221U6, ACDH_ALBFT ;  Q0A5T6, ACDH_ALKEH ;
DR   A0RD69, ACDH_BACAH ;  Q739I5, ACDH_BACC1 ;  C1ERL6, ACDH_BACC3 ;
DR   Q2KXU8, ACDH_BORA1 ;  C0ZDU5, ACDH_BREBN ;  Q2VLC6, ACDH_BURCE ;
DR   A3P826, ACDH_BURP0 ;  Q3JK54, ACDH_BURP1 ;  A3NML3, ACDH_BURP6 ;
DR   Q63JB0, ACDH_BURPS ;  Q2T7T0, ACDH_BURTA ;  Q3ACM1, ACDH_CARHZ ;
DR   A9W9U2, ACDH_CHLAA ;  B8GBV4, ACDH_CHLAD ;  B9LCM0, ACDH_CHLSY ;
DR   Q46NW7, ACDH_CUPPJ ;  B2AIJ6, ACDH_CUPTR ;  B8G186, ACDH_DESHD ;
DR   A7ZI98, ACDH_ECO24 ;  B7L507, ACDH_ECO55 ;  Q8X5J9, ACDH_ECO57 ;
DR   B5Z2Q6, ACDH_ECO5E ;  B7NK04, ACDH_ECO7I ;  B7MPB8, ACDH_ECO81 ;
DR   B7M2Z9, ACDH_ECO8A ;  C4ZTB5, ACDH_ECOBW ;  A7ZWZ8, ACDH_ECOHS ;
DR   B1J0S8, ACDH_ECOLC ;  P77580, ACDH_ECOLI ;  B7N8Q8, ACDH_ECOLU ;
DR   B6HZX7, ACDH_ECOSE ;  B1LIN6, ACDH_ECOSM ;  Q764S1, ACDH_GEOG3 ;
DR   B0VXM6, ACDH_GEOSE ;  A4IT43, ACDH_GEOTN ;  B5XQJ3, ACDH_KLEP3 ;
DR   A6TAC5, ACDH_KLEP7 ;  B1Y2E6, ACDH_LEPCP ;  A6W1X2, ACDH_MARMS ;
DR   B8ESV1, ACDH_METSB ;  Q2RHL2, ACDH_MOOTA ;  A0QAG8, ACDH_MYCA1 ;
DR   Q7TTR4, ACDH_MYCBO ;  A1KPM0, ACDH_MYCBP ;  C1AHZ3, ACDH_MYCBT ;
DR   A4T7U3, ACDH_MYCGI ;  Q743Q9, ACDH_MYCPA ;  A5U8K9, ACDH_MYCTA ;
DR   P9WQH2, ACDH_MYCTO ;  P9WQH3, ACDH_MYCTU ;  O85978, ACDH_NOVAR ;
DR   B2T2S1, ACDH_PARPJ ;  Q6D797, ACDH_PECAS ;  A5D522, ACDH_PELTS ;
DR   A1VUV2, ACDH_POLNA ;  Q120P0, ACDH_POLSJ ;  Q49KG0, ACDH_PSEPU ;
DR   Q9KWS1, ACDH_PSESP ;  Q3IEN6, ACDH_PSET1 ;  Q52060, ACDH_PSEUF ;
DR   Q8XRG0, ACDH_RALN1 ;  B2UJF2, ACDH_RALPJ ;  B9JML7, ACDH_RHIR8 ;
DR   A7NLU3, ACDH_ROSCS ;  A5UWE5, ACDH_ROSS1 ;  A4XAK8, ACDH_SALTO ;
DR   B0TTT0, ACDH_SHEHH ;  A8H4F0, ACDH_SHEPA ;  B1KJL0, ACDH_SHEWM ;
DR   Q3Z555, ACDH_SHISS ;  A2TC44, ACDH_SPHYA ;  Q0PHY0, ACDH_SPIAU ;
DR   B1VRH6, ACDH_STRGG ;  Q9ZI57, ACDH_STUST ;  B9L2J1, ACDH_THERP ;
DR   Q53WH9, ACDH_THET8 ;  A1WLL3, ACDH_VEREI ;  A7IDU5, ACDH_XANP2 ;
DR   Q24803, ADH2_ENTH1 ;  E5Y379, ADHE_BILW3 ;  P0A9Q8, ADHE_ECO57 ;
DR   P0A9Q7, ADHE_ECOLI ;  P77445, EUTE_ECOLI ;  P41793, EUTE_SALTY ;
//