ID   fdhF
XX
AC   CG00444
XX
DE   Formate hydrogen-lyase linked, selenopolypeptide(EC 1.2.1.2, )
DE   translational except (1166..1168, tga)
XX
KW   transport protein
KW   molybdenum
KW   selenocysteine
KW   anaerobically induced protein
KW   formate dehydrogenase
XX
OS   Escherichia coli
XX
RL   Proc. Natl. Acad. Sci. U.S.A. 83:4650 (1986)
RL   Arch. Microbio. 148:44 (1987)
RL   Arch. Microbio. 141:359 (1985)
RL   J. Gen. Microbiol. 133:2421 (1987)
RL   Mol. Gen. Genet. 209:129 (1987)
RL   Proc. Natl. Acad. Sci. U.S.A. 84:3156 (1987)
RL   Mol. Microbiol. 6:781 (1992)
RL   Proc. Natl. Acad. Sci. U.S.A. 87:4660 (1990)
RL   EMBO Journal 11:3759 (1992)
RL   J. Bacteriol. 173:2093 (1991)
RL   J. Bacteriol. 177:4857 (1995)
RL   Nucleic Acids Res. 21:5408 (1993)
XX
XX
DR   SWISS-PROT; P07658; FDHF_ECOLI.
DR   EMBL;M13563; ECFDHF (2971).
DR   EMBL;U00006; ECUW89 (176195).
DR   EMBL;AE000481; ECAE481 (12968).
XX
FT   FUNCTION    structural gene
FT   MAP         92.55
FT   CDS         AE000481 , (7924-5777)
FT   CONTIG      ECD090.00
SQ   2148 nt;
   atg aaa aaa gtc gtc acg gtt tgc ccc tat tgc gca tca ggt tgc
   aaa atc aac ctg gtc gtc gat aac ggc aaa atc gtc cgg gcg gag
   gca gcg cag ggg aaa acc aac cag ggt acc ctg tgt ctg aag ggt
   tat tat ggc tgg gac ttc att aac gat acc cag atc ctg acc ccg
   cgc ctg aaa acc ccc atg atc cgt cgc cag cgt ggc ggc aaa ctc
   gaa cct gtt tcc tgg gat gag gca ctg aat tac gtt gcc gag cgc
   ctg agc gcc atc aaa gag aag tac ggt ccg gat gcc atc cag acg
   acc ggc tcc tcg cgt ggt acg ggt aac gaa acc aac tat gta atg
   caa aaa ttt gcg cgc gcc gtt att ggt acc aat aac gtt gac tgc
   tgc gct cgt gtc tga cac ggc cca tcg gtt gca ggt ctg cac caa
   tcg gtc ggt aat ggc gca atg agc aat gct att aac gaa att gat
   aat acc gat tta gtg ttc gtt ttc ggg tac aac ccg gcg gat tcc
   cac cca atc gtg gcg aat cac gta att aac gct aaa cgt aac ggg
   gcg aaa att atc gtc tgc gat ccg cgc aaa att gaa acc gcg cgc
   att gct gac atg cac att gca ctg aaa aac ggc tcg aac atc gcg
   ctg ttg aat gcg atg ggc cat gtc att att gaa gaa aat ctg tac
   gac aaa gcg ttc gtc gct tca cgt aca gaa ggc ttt gaa gag tat
   cgt aaa atc gtt gaa ggc tac acg ccg gag tcg gtt gaa gat atc
   acc ggc gtc agc gcc agt gag att cgt cag gcg gca cgg atg tat
   gcc cag gcg aaa agc gcc gcc atc ctg tgg ggc atg ggt gta acc
   cag ttc tac cag ggc gtg gaa acc gtg cgt tct ctg acc agc ctc
   gcg atg ctg acc ggt aac ctc ggt aag ccg cat gcg ggt gtt aac
   ccg gtt cgt ggt cag aac aac gtt cag ggt gcc tgc gat atg ggc
   gcg ctg ccg gat acg tat ccg gga tac cag tac gtg aaa gat ccg
   gct aac cgc gag aaa ttc gcc aaa gcc tgg ggc gtg gaa agc ctg
   cca gcg cat acc ggc tat rgc atc agc gag ctg ccg cac cgc gca
   gcg cat ggc gaa gtg cgt gcc gcg tac att atg ggc gaa gat ccg
   cta caa act gac gcg gag ctg tcg gca gta cgt aaa gcc ttt gaa
   gat ctg gaa ctg gtt atc gtt cag gac atc ttt atg acc aaa acc
   gcg tcg gcg gcg gat gtt att tta ccg tca acg tcg tgg ggc gag
   cat gaa ggc gtg ttt act gcg gct gac cgt ggc ttc cag cgt ttc
   ttc aag gcg gtt gaa ccg aaa tgg gat ctg aaa acg gac tgg caa
   atc atc agt gaa atc gcc acc cgt atg ggt tat ccg atg cac tac
   aac aac acc cag gag atc tgg gat gag ttg cgt cat ctg tgc ccg
   gat ttc tac ggt gcg act tac gag aaa atg ggc gaa ctg ggc ttc
   att cag tgg cct tgc cgc gat act tca gat gcc gat cag ggg act
   tct tat ctg ttt aaa gag aag ttt gat acc ccg aac ggt ctg gcg
   cag ttc ttc acc tgc gac tgg gta gcg cca atc gac aaa ctc acc
   gac gag tac ccg atg gta ctg tca acg gtg cgt gaa gtt ggt cac
   tac tct tgc cgt tcg atg acc ggt aac tgt gcg gca ctg gcg gcg
   ctg gct gat gaa cct ggc tac gca caa atc aat acc gaa gac gcc
   aaa cgt ctg ggt att gaa gat gag gca ttg gtt tgg gtg cac tcg
   cgt aaa ggc aaa att atc acc cgt gcg cag gtc agc gat cgt ccg
   aac aaa ggg gcg att tac atg acc tac cag tgg tgg att ggt gcc
   tgt aac gag ctg gtt acc gaa aac tta agc ccg att acg aaa acg
   ccg gag tac aaa tac tgc gcc gtt cgc gtc gag ccg atc gcc gat
   cag cgc gcc gcc gag cag tac gtg att gac gag tac aac aag ttg
   aaa act cgc ctg cgc gaa gcg gca ctg gcg taa
//