KEGG   Flammeovirgaceae bacterium 311: D770_22495
Entry
D770_22495        CDS       T04058                                 
Name
(GenBank) heme-binding protein
  KO
K00117  quinoprotein glucose dehydrogenase [EC:1.1.5.2]
Organism
fbt  Flammeovirgaceae bacterium 311
Pathway
fbt00030  Pentose phosphate pathway
fbt01100  Metabolic pathways
fbt01110  Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:fbt00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00030 Pentose phosphate pathway
    D770_22495
Enzymes [BR:fbt01000]
 1. Oxidoreductases
  1.1  Acting on the CH-OH group of donors
   1.1.5  With a quinone or similar compound as acceptor
    1.1.5.2  glucose 1-dehydrogenase (PQQ, quinone)
     D770_22495
SSDB
Motif
Pfam: HEAT_2 HEAT HEAT_PBS Cytochrome_CBB3 Cytochrom_C DUF5691
Other DBs
NCBI-ProteinID: AHM62746
UniProt: A0A0D3LKW6
Position
complement(5422428..5425967)
AA seq 1179 aa
MKKAVLTKLQNNFKTCCLATLLFALCLSGCNEKNPAEQKVEQEPEPVDLRITQMDSAQLH
NLAKSIEASVNHEVAEGLSLHIWGVDSLVADPISIDIDDLGRLYYTRTNRQKNSEFDIRA
HQDWEIASIQLQTVEDKRAFLHQVLAPENSANNLWLTDLNKDGSHDWRDMTLEKEHIYRL
EDTTGDGLANLSQLMVEDFNDEVTDVAGAILAHGEELFVGVAPDMWRIKDKNGDGIADDK
TSISHGYGVHVGFGGHGMSGLEMGPDGKIYWGIGDIGFNGTGADGTKWEYPNEGVIVRSN
PDGSDFEVFAHGLRNTHEFTFDELGNLISVDNDGDHPGEKERLVYIVNGSDTGWRINWQF
GKYRDPSNNSYKVWMDEQLFKPRFKGQAAYITPAIENFISGPSGMIYNPGTALGPEWKNT
FFVAEFVGAPTRSGIHAFKLNQKGAGFELGKSQMILKGVLATGLDFGPDGAMYIADWIEG
WDTKDHGRIWKMDVAGGDTSQVRQQTRQLLAADFKSSKAADLGELLRHPDMRVRQKAQFE
LATRGAAGADVFRNSINQTDDQFARVHGIWGIAQLARQDQQYARVLMPLLKDQDPEIRAQ
AAKWLGDIRYTAAADALIPLLKDENSRARFFAAEALGRIAYEPAIEPIISLLESNNDTDT
YIRHAGSLALARIGKAEPLVALASHSSAALRMAAVLSLRRLRHPGIAAFLDDSDEYIVTE
AARAINDDLSIEQALPALGNVLRNTRFKNEPLLRRAINANLRAGSEQAMQNLIDFAMKES
NPVKMKAEAIDALSTWARPSVLDRVDGRYRGVITRDPALVRTNAADALIKLTSHQDLSLR
LSAVSAIGRLQIEQGSDRLLALLKTDNRAEVREAALRSMASLNNQQIDQAIELALKDRDK
KVRVAGLDLLPKLNVSEDLMVSLLADVIDKRTTEEKQAAILTLGTLPVSHTQKVFEDLLQ
RMEAGKLPPETHLELAEAIDSTHSEALIASLKEIITKEVPESASAAQTVATSSTAAFKGA
LWGGDARQGRRIFMEHQTAQCMRCHSYDDFGGNAGPRLNGVAAKLSREQLLEALVDPSAR
IAPGFGVVTLDLKDGKRVSGIVQKETSMDLVLKVGNQPDTTIRKAEIVKQVNATSSMPNM
GYLLNKREIRDLVSFLATLKQDDMNDPGRRGEERNSHGQ
NT seq 3540 nt   +upstreamnt  +downstreamnt
atgaaaaaagctgtacttactaagctgcagaataattttaaaacctgctgtttagcaaca
ttgttgttcgccctatgcttatccggatgcaatgaaaaaaatcccgctgaacagaaggtt
gaacaggaaccggaacctgtagatctgagaattacccagatggattctgcacagctccac
aacctggcaaaatccatagaagcttctgtgaatcatgaggtggcagaaggccttagcctg
cacatctggggggttgattccctggtagcagaccccatctccatagacatcgacgacctg
gggaggctgtattacaccagaaccaaccggcagaaaaattccgagttcgacatacgcgct
caccaggactgggagatcgcttccatacagctgcaaacggtagaggataaaagggctttc
ctgcaccaggttttagcacctgaaaacagtgcgaataacttatggctaacggatcttaac
aaggatggctcgcatgactggcgcgacatgaccctggaaaaagagcatatataccggctg
gaagacaccacaggcgacggactcgccaacctctcgcagctgatggtggaagatttcaat
gatgaggtaacagatgtggccggcgccattttagcccatggcgaagaacttttcgtgggt
gtggctcctgatatgtggcggataaaggataaaaacggggatggaattgctgatgataaa
acttctatctcacatggttatggcgtacatgtaggctttggcggccatggtatgtcgggc
ctggaaatggggcccgatggcaaaatttactggggtataggcgatattggttttaacgga
acaggcgcagacggcaccaagtgggagtaccccaatgagggagtaattgtaaggtcgaat
ccagatggcagcgattttgaagtgtttgcccacggcctccggaacacgcacgaatttaca
tttgatgaactgggaaaccttatcagtgtggataatgatggcgaccatcccggcgaaaag
gaaaggctggtgtacattgtaaatggttccgatacaggttggcgcattaactggcagttt
ggcaaataccgtgaccctagtaacaattcttataaagtctggatggacgaacagctgttt
aaacccagatttaaagggcaggcagcttatataacccctgccatcgaaaactttatcagc
ggccccagcggtatgatctataatcccggcactgccctgggaccggagtggaaaaacacc
ttttttgtagccgagtttgtgggagcccctacccgctcgggcatacatgcttttaagttg
aatcaaaaaggtgccgggtttgagcttggaaagagccagatgatcctgaagggtgtactg
gccacaggccttgactttggcccggatggcgccatgtacattgccgactggatagaaggc
tgggatacaaaagaccatggccgcatctggaaaatggatgttgccgggggagacacatcg
caggtgcggcagcagacccggcagttgctggctgcagattttaaaagcagtaaggctgca
gatctgggagaattgctgcgacacccggatatgcgggtgcggcagaaagcacagtttgaa
ctggccacccggggcgctgcaggagccgatgttttccgcaacagcattaaccagactgat
gatcagtttgccagggttcatggcatctggggcattgctcaactggcccgccaggatcag
caatacgcccgcgtgctgatgcccctgctcaaggaccaggacccggaaataagggctcag
gcagccaaatggctgggcgatatacgctacacagcagcagctgatgccctgataccccta
ctgaaagacgaaaacagccgggcccgtttttttgccgcagaagcactgggcagaattgct
tacgaaccggccattgagcccatcatcagccttctggaatccaacaacgatacagatacc
tacatacgccacgccggcagccttgccctggccagaattggtaaagcagagcctttagtt
gctttagccagccactcttcggcagccctgcgtatggcagctgtactaagcctgcggcgg
ctcaggcatccgggcattgctgctttcctggacgatagcgacgaatatattgtaacagag
gcagcgcgtgccattaatgacgatctgtctattgagcaggctttgcctgcacttggcaat
gtactccgaaatacccgctttaagaatgagcctttgctcaggcgggccatcaatgcaaac
ctaagggcgggtagtgagcaggccatgcaaaacctgatagactttgccatgaaggaaagt
aaccccgtaaagatgaaagccgaagctatagatgccctcagcacctgggccaggccttct
gtgctggaccgggtagacggacgctacaggggggtaattacacgcgatcctgcccttgtc
agaacgaatgctgccgatgccctgatcaagctaacatcgcaccaggatctgtcgctgcgc
ctaagtgcggtcagtgccattggcaggcttcagatagaacaggggtccgatcgtctgctg
gcattactcaaaaccgataaccgggccgaagtgcgggaggcagctttaagatcgatggca
tcgctgaataatcagcaaatagatcaggccattgagctggcactaaaagacagagacaaa
aaagtaagagtagccgggctcgatctgctgcctaaactcaatgtttctgaagacctgatg
gtttctcttcttgctgatgtgatagacaaaagaacaacagaagaaaagcaagccgcaatt
ctaacgctcggcacactgccggtatcacatactcaaaaggtatttgaagatttactccag
cgtatggaagcgggcaagctgccgccggaaacacacctggagttggcagaagccattgac
agcacccactctgaagccctgatcgccagtttaaaggaaataataaccaaagaggttcct
gaatctgcaagcgctgcacagacagttgctacctcctctaccgctgccttcaaaggagct
ttatggggtggtgatgccagacagggccgcagaatcttcatggagcaccaaacggcacaa
tgcatgaggtgccactcctacgatgactttggcggtaatgcaggtccgcggctgaatggc
gtggctgctaagcttagccgtgagcagttgctggaggcactggtagatccgagcgcacgc
attgctcctggcttcggtgtggttacgcttgatctgaaagacggaaaaagggttagtggt
attgttcagaaggaaacctccatggacctggtactgaaggtaggtaaccagcccgatacc
actatccgcaaagcggaaattgtaaagcaggtaaacgccacttcaagcatgcccaacatg
gggtatttgctaaacaaaagagaaatccgggatttggtaagcttccttgccaccctgaaa
caagatgatatgaacgaccccggccgccggggcgaggaaagaaacagccacggtcagtaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (3)   
   KEGG PATHWAY (3)   
Chemical substance (4)   
   KEGG COMPOUND (4)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (39)   
   KEGG ORTHOLOGY (1)   
   RefGene (36)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (6)   
   Pfam (6)   
All databases (58)   

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