KEGG   Vreelandella titanicae: HZS52_08620
Entry
HZS52_08620       CDS       T06950                                 
Name
(GenBank) molybdopterin-dependent oxidoreductase
  KO
K00123  formate dehydrogenase major subunit [EC:1.17.1.9]
Organism
htt  Vreelandella titanicae
Pathway
htt00630  Glyoxylate and dicarboxylate metabolism
htt00680  Methane metabolism
htt01100  Metabolic pathways
htt01120  Microbial metabolism in diverse environments
htt01200  Carbon metabolism
Brite
KEGG Orthology (KO) [BR:htt00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00630 Glyoxylate and dicarboxylate metabolism
    HZS52_08620
  09102 Energy metabolism
   00680 Methane metabolism
    HZS52_08620
Enzymes [BR:htt01000]
 1. Oxidoreductases
  1.17  Acting on CH or CH2 groups
   1.17.1  With NAD+ or NADP+ as acceptor
    1.17.1.9  formate dehydrogenase
     HZS52_08620
SSDB
Motif
Pfam: Molybdopterin Molydop_binding Molybdop_Fe4S4 TAT_signal
Other DBs
NCBI-ProteinID: QNU64370
UniProt: A0A6N0Z5Z0
Position
1851569..1854421
AA seq 950 aa
MRLTRKTDTPKASGLGISRRQFLKRSGAATGGMAAVGFMSAPMMQRSEAADKTPVLDSPV
ETKRTICSHCSVGCGVYAEVQEGIWTKQEPAFDHPINRGAHCAKGASLRQHGHSTRRLKY
PMKLVAGEWERMSWDDAINEIGDKLLELREEHGPDSVYWLGSAKFSNEQAYLMRKLASLW
GTNNTDHQARICHSTTVAGVANTWGYGAMTNSLNDMHNSKAILFIGSNPSEAHPVAMQHI
LIAKERNNCDIIVADPRFTRTAAKANKYVRLRPGSDVAYIWGLLWHIFENGWEDNEYINQ
RVYGMDEVRAEVANFPPSVVEEVTGVPEAEMYDVAKRLSDNRPGCVVWCMGGTQHTTGNN
NTRAYCILELALGNIGVAGGGANILRGHDNVQGATDLGLGCDSLPGYYGLAEGAWQHWAQ
VWDLDYEWLKGRYDDTEYADGKPMYTAGITVSRWVDGVLEEDENISQRTALKAMFYWGHA
VNSQTRGVEMQKAMQKLEMMVIVDPYPTVASVMHDRSDGVYLLPAATQFETTGSVTATNR
SIQWRDRVIEPLFESKPDHEIMYLFARKLGFGNELVKNYQMNGDEPLIDDILREINSGMW
TVGYTGQSPERLKEHQKNWHTFSFENLRAEGGPADGDYYGLPWPCWGTPEFGHPGSPNLY
DTSVPVMEGGMGFRARFGIERDGVNLLAEGSAPVGGDIDDGYPEFNDQLLKDLGWWDDLT
AEEKQAAEGKNWKTDLSGGIQRVTIEHGCAPYGNAKARAVVWTFPDQVPKHREPLYTTRR
DLVERFPTWDDFDSIMRLPTMYKTIQDRDNTGEYPMILTSGRLVEYEGGGEETRSMSWLA
ELQQEMFVEINPADANDLSIKDGDDVWVEGAEGGRVKVKALVTPRVDRNVAFMPFHFGGM
FQGESLRDRYPDGSDPYIIGEAANTATTYGYDPVTLMQETKCTICRIERA
NT seq 2853 nt   +upstreamnt  +downstreamnt
atgcgcttaactcgcaaaacagacacccccaaggcctcagggctgggtatttcccgtcgc
cagttcctcaaacgcagcggtgcagccactggcggtatggccgccgttggctttatgagt
gcgcccatgatgcagcgctcagaagcagccgataaaacccccgtgctggactcgccggtc
gagaccaaacgcaccatctgctcccactgttcagtaggttgtggcgtgtatgccgaagtt
caagagggcatttggactaagcaggaacccgcttttgatcaccctatcaaccgtggcgcg
cactgtgcgaaaggtgcttcgctgcggcagcacggccactccacgcggcgtctcaagtac
ccaatgaagttagtcgcgggtgagtgggagcgtatgagctgggatgacgccattaacgag
attggcgacaaactgcttgagctgcgcgaagagcacggcccggacagcgtttactggttg
ggctcggctaagttcagcaacgagcaggcgtatttaatgcgcaagcttgcctcgctgtgg
ggcaccaacaataccgaccaccaggcgcgtatctgccactccaccaccgtggccggcgtg
gcgaatacctggggttatggagcgatgaccaactcgctcaacgacatgcataacagcaag
gcgattctgttcattggctccaaccccagtgaagcgcacccggtggcgatgcagcatatc
ctgatcgctaaagagcgcaacaattgcgacattatcgtcgctgaccctcgctttacccgt
actgccgccaaggccaacaaatacgtgcgtctacgtcccggttcggacgtcgcctatatt
tggggcttgttatggcacatttttgaaaatggctgggaagacaacgagtacatcaatcag
cgcgtttacggtatggatgaagtgcgcgctgaagtcgccaacttcccgcccagcgttgta
gaagaagtcaccggtgtccccgaagccgagatgtacgatgtcgctaaacgcctctccgac
aaccggcctggctgtgtggtctggtgtatgggcggcacccagcacaccaccggcaacaac
aatacccgcgcttactgcattcttgagctagcgctggggaatatcggtgtggcgggcggc
ggcgctaacatcctgcgtggccatgataacgtacagggggcgaccgacctgggccttggc
tgcgattcattgccgggttactacggtttggcggaaggtgcctggcagcactgggcgcag
gtgtgggatctcgactacgagtggcttaaaggccgctatgacgataccgagtatgccgat
ggtaagcccatgtacactgccggtattaccgtatcgcgctgggtcgatggcgtgctcgaa
gaggacgagaatatctcccagcgtaccgcgctgaaagcaatgttctactggggccacgcg
gttaactcccagactcgcggcgtcgagatgcaaaaagcgatgcagaagcttgagatgatg
gtcatcgttgacccttatcctaccgttgcttcggttatgcatgaccgcagcgacggcgtg
tatctgctgccagcggccacccagttcgaaaccacaggcagtgtcaccgcgactaaccgc
tcgattcagtggcgtgaccgcgtgattgagccgctgtttgagtccaagcccgaccacgaa
atcatgtacctgtttgctcgtaagctgggcttcggtaatgagttggtcaagaactaccag
atgaacggcgacgagccgctcatcgatgacattctgcgcgaaatcaacagcggtatgtgg
acggtcggttacaccgggcaaagccccgaacgcctcaaagagcaccagaaaaactggcac
acgttcagcttcgagaatctgcgcgcagagggcggcccggcggacggtgattactacggc
ttgccgtggccctgctggggcacgccagagttcggccacccaggctcgcctaacctttac
gacaccagcgtgccggtgatggaaggtggcatgggcttccgtgcccgttttggtatcgag
cgtgacggcgtcaaccttctggcggaagggtcagcgccggtaggtggcgatatcgacgac
ggctatccagagttcaacgaccaactgctcaaagacctaggctggtgggacgacctgacc
gccgaagagaaacaggcggcggaaggcaaaaactggaaaaccgacctctctggcggtatc
cagcgtgtcaccattgagcatggctgcgcgccttacggcaacgccaaggcacgcgctgtg
gtctggactttccccgaccaagtgccgaagcaccgtgagccgctctacaccacgcgtcgc
gatttggttgaacgcttccctacttgggacgacttcgactccatcatgcgcctgccgacc
atgtacaaaaccattcaggatcgcgacaacactggcgagtatccaatgattctcacctct
gggcgcctggttgagtatgaaggtggcggtgaagagacgcgctccatgtcgtggcttgcc
gagctgcagcaggagatgtttgtcgaaattaacccggcggacgccaacgacctcagcatc
aaagatggtgacgatgtttgggtagaaggggcagaagggggccgtgtgaaggtcaaagcc
ctggtcactcctcgcgtcgatcgtaacgtagcgtttatgccgttccactttggcggcatg
ttccagggcgaaagcctgcgtgaccgttacccggatgggtctgatccgtacatcattggt
gaggcggccaataccgccaccacctacggctatgacccggtgacactgatgcaagagacc
aagtgcaccatctgccgcattgagcgggcttaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (5)   
   KEGG PATHWAY (5)   
Chemical substance (5)   
   KEGG COMPOUND (5)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (2)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (4)   
   Pfam (4)   
All databases (22)   

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