KEGG   Methanobacterium sp. MB1: MBMB1_0574
Entry
MBMB1_0574        CDS       T02957                                 
Name
(GenBank) hypothetical protein
  KO
K02230  cobaltochelatase CobN [EC:6.6.1.2]
Organism
meth  Methanobacterium sp. MB1
Pathway
meth00860  Porphyrin metabolism
meth01100  Metabolic pathways
meth01240  Biosynthesis of cofactors
Brite
KEGG Orthology (KO) [BR:meth00001]
 09100 Metabolism
  09108 Metabolism of cofactors and vitamins
   00860 Porphyrin metabolism
    MBMB1_0574
Enzymes [BR:meth01000]
 6. Ligases
  6.6  Forming nitrogen-metal bonds
   6.6.1  Forming coordination complexes
    6.6.1.2  cobaltochelatase
     MBMB1_0574
SSDB
Motif
Pfam: CobN-Mg_chel CarbopepD_reg_2
Other DBs
NCBI-ProteinID: CDG64681
UniProt: U6E9Z9
Position
552333..556751
AA seq 1472 aa
MKKRRILMVVMFLFILTLCGTVYAEDIEDDSGVLINSSSESTNNSLNDSSNKLNEINITG
KVVDCITGELFSGVNVTASYNGRQLATTQTDGQGMYLLHFFSNLTQFNITASYPGHKPSS
QLVNFTENNTALNGTADFQLGKPRVLFIVNSVKASFIDAVIACDYLDVTVFAGKNLPETI
NVNDYDLIFVDWLSSGLSYCTRVVALMQEAVANNITVIMTKTWYLDIPSEVIIADGNAPY
QYVRDYWSNMNNINAKELLKFIGGKFFTLELGQPQAAVLLKSEAIYHPDASTLFESLEDY
YAWYNYNSSNPTVAILFSETEFKNGDLLVVNALIHAFENKGYNVIPYFYPNNGRPNIAKY
LMQEGKSAVDLIIHYKMLGWSSNSTTEDIQSDLQTLNVPVLKAYKYFADYNSWLNGTQGM
QSESIGATIVPSEMDGMFDPIIIATQELDPAYSAFGVTVYKPIERQINWLVNTAISWINL
RYEENTDKKIAIIYWHGVGKDKGASAGHLDVYASIANLLTALKNEGYDLGNGSLPNSEDL
VEIIRKQGYNIGVWASNELAEMVTNYPVILIPENEYLAWFNQLNSDKRQEVLDMWGEPPG
DIMVYVKDGLRYLVLPVIQYGNVILAPEPSRGYAQDDDALYHSGSIPPTHQYLAFYFWLK
QDFGADAIIDLGRHGSLAWLPGKSGPGLDIENCWPAIVSQDIPVIYPFTVEGSEGLLPKR
RQGSIMISHLIPSMTISELYGELAVLNGKINDYNAPNIDADAKLALKNSILTMVSDLKIN
EDIGIAMTSINDSNFDEFLGKLQKYLEDIESEFIPYGLHVLGEAPTGEELTNLVQTLLGY
EFQDYMASNHLNNTMIQALLTAVLINGETPEQAQILVLGSVNSAMTSYLLTALDYATRIN
NCTNEITSIINALNGTYIPPGMSGDPVTNPDVLPTGTNFYSFDPRKVPTDEATAIGNKMA
QDIINRYLQETGKYPEKISFMLWSCHTQQDMGVMEAAIFYLLGVERVFDKNNPGIVVDVK
LIENLGRPRIDVVITTTSLYISMYRSRLDLINKAVLLAANANDTLPNYVKRNSEVIYNAL
KAKGYSDEDARKLSVCRIFSQEEGNHNNAMQNALLITSSWENEGQLAETFIDTFGNVFMG
SEINSIHIEDLYSLNLNGTEVAMFRRVVNVNDLFGDSDYFGYFGGMGLAIKHVSGQEPKM
WIMNVENPSNPKLESLSESLWRDTRSTYFNPKYIQAIKSYGATGAGIFADFFRYMSAWKI
TSPDSVNDNMFQEAYEVYFQDKYGLGMNEWFTKNNPYAQQAMAAILLDSIRRGDWKADAN
VVNDLVNVLAQNVINNGIACCDCTCANLANMKWAAQYLNVDILAQFNQQIYKTTGNPGFA
PSQSQPQSSPAQSGGTTTQAASESSGSAGGAGEQSTEESASPGEEGEGKTYEVSQKSSSA
PESSMPIVAIVGVIALVSLVGLGYFRGTFKGK
NT seq 4419 nt   +upstreamnt  +downstreamnt
atgaaaaaaagaaggatactaatggttgtaatgtttcttttcattttaacactgtgcgga
acagtgtatgcagaagatatagaagatgattcaggagttttaattaattctagcagtgaa
tcaaccaacaatagcttgaatgactcgtcaaataaattgaacgagatcaatatcactggc
aaagttgttgattgtattaccggagaactattttcgggggttaatgtgacggcatcctac
aatggccgtcaactggcaaccacccaaactgatggtcagggaatgtatttattgcatttt
ttcagtaaccttacccagttcaatatcacggccagctatccgggacataaaccctcatct
caactggtaaattttaccgagaataacaccgccctaaatggaactgctgattttcaactt
ggaaaacctcgggtgttgtttattgttaattcagtaaaagcatcgttcattgatgcagta
attgcctgtgattatttagatgtaactgtttttgccgggaaaaaccttcccgaaaccata
aatgtcaatgattatgatctgatctttgtggactggctttcttcgggtttatcctattgt
acgcgggtggttgccctaatgcaggaggcagttgccaacaatataaccgtaataatgacc
aaaacatggtatttggatattcccagtgaagttataatcgctgatggcaatgccccctac
cagtatgtccgggattactggagcaacatgaataatatcaatgccaaggaacttttaaag
ttcatagggggtaaattctttacattagaacttggacaaccacaagctgctgttttatta
aaaagtgaggctatttaccacccggatgccagtaccttatttgagagtctggaggattat
tacgcctggtacaactataactcctctaatcctacggtggccatactgttcagtgaaaca
gaatttaaaaacggggatttgctggttgttaacgccttaatccatgcctttgaaaacaag
ggatacaatgtaataccttacttctatcctaataacggcagacctaatatagccaaatac
ctcatgcaggaaggtaaatctgctgtagatttgataatacactacaagatgctggggtgg
tcctccaacagtaccactgaagatatccagtctgatctgcaaactctaaatgtccccgtc
ctgaaagcttataaatatttcgctgattacaatagctggctaaacggcacacagggaatg
caatcagagtctataggtgcaactattgtaccatcagagatggatggaatgtttgatccc
attataattgctactcaagaattggatcctgcttattctgcctttggtgtaactgtctac
aaaccaattgaaagacagattaactggctggttaacacggccatatcatggataaatttg
cgatatgaagaaaatacagataaaaaaattgccattatctactggcacggggtgggtaaa
gacaaaggtgccagtgccggacatctggacgtgtatgccagtatagccaatttattgact
gcccttaaaaatgaaggttacgacctgggaaacgggtctctacccaacagtgaagacttg
gtggaaattatccgaaaacagggttataacattggagtttgggcttccaacgaattagca
gaaatggttaccaattatcctgtgattttaattcctgaaaacgagtacttggcctggttt
aaccagttaaattcagataagaggcaggaagtccttgatatgtggggtgaaccgccaggg
gatatcatggtttacgtaaaggatggtttaaggtacctggtgctcccggtaatccagtac
ggtaacgtgattttagccccggaaccttcacgtggctatgctcaggacgacgatgcactg
taccacagcggtagcataccacccacacaccagtacctggcattctacttctggttaaaa
caggatttcggtgccgacgccattatcgacttgggacggcatggatctctggcctggtta
cctggaaaatcaggacccggactggacatagaaaactgctggccagcaattgttagccag
gacatacccgtaatatacccctttacagtggaaggtagtgaaggcctcctaccaaaaaga
cgccagggatcaataatgatcagccatttaataccttcaatgacaatttctgaactttat
ggggaattagcagtacttaacggtaagataaatgattataatgcgccaaatattgatgca
gatgccaagttagccttaaaaaattcaattttaactatggtcagtgatctgaagatcaac
gaggatataggtattgccatgaccagcatcaatgactccaacttcgatgaattcctggga
aaactgcagaaatacctggaagacatagaatcagaattcatcccctacggtttacatgta
ctgggagaggcacctacaggagaagagttaaccaacctggttcaaacccttttaggttat
gaattccaggattatatggcctctaaccatttaaataacaccatgatacaggctttactc
accgcagttctgattaatggtgaaacccctgaacaagcacaaattctggttctggggagt
gttaattctgcaatgaccagttaccttttaacagcccttgattatgccactagaatcaac
aactgcaccaatgagataaccagcataatcaatgccttaaatggaacctatataccgcca
ggaatgtccggagacccggttaccaatccggatgtacttcccactggaaccaatttctat
tcatttgatcctagaaaagtacctaccgatgaagcaaccgccattggaaacaagatggct
caagatatcatcaaccgttacctccaggaaaccggaaaatatccggaaaaaatatccttc
atgctctggtcctgccacacgcaacaggatatgggagttatggaagctgctatcttttat
ctattgggtgtggagagggtatttgataaaaacaaccctggtatcgtggttgatgttaaa
ctaattgaaaacctgggaagaccacgaattgacgtggtaattaccaccacttctctttac
atcagcatgtaccggtctcggttggatttaataaacaaagcagtactactggcagccaat
gccaatgatactcttccaaattatgttaaacgaaactcagaagttatttataatgctttg
aaggccaagggatacagtgatgaagatgcccggaaattatcggtgtgcaggatattctca
caggaagagggcaaccacaataacgctatgcaaaacgcgttactgatcaccagttcctgg
gaaaacgaagggcagctggcagaaacattcattgacacattcggaaatgtcttcatggga
agtgaaattaattccatccacattgaagatctatactccctgaatctgaatggaactgaa
gttgccatgttcagaagggtggtaaatgtgaacgatctgtttggagacagtgactacttt
ggatactttggggggatgggattagccataaaacatgtttctggtcaggaacctaagatg
tggattatgaatgttgaaaacccatcaaatcccaaattggaatcgttatcagaatccctc
tggagagatacccgttcaacctactttaatcctaaatacattcaggcaatcaagagttat
ggggcaacaggtgcagggatatttgctgacttttttagatacatgtcagcctggaagatt
acttcaccagattccgtaaacgacaacatgttccaggaagcctacgaggtttacttccag
gataaatatggtctgggaatgaatgaatggtttaccaagaataacccctatgcacaacag
gctatggcagcaatcctgcttgattcgattagaagaggggattggaaggccgatgcgaat
gttgtaaatgatctggtcaatgtcctggcccagaatgttattaacaatggaatagcctgc
tgtgactgcacctgtgctaatctagccaatatgaaatgggcggcacagtaccttaacgtg
gacatcctggcacagttcaaccaacagatatacaaaactactggaaacccaggatttgct
cccagccaatcgcagcctcaatcttctccagcccaatctggaggtactactactcaggcg
gcatccgagagtagtggaagtgctggtggggcgggagaacagtctactgaggaaagtgcc
agtcccggtgaagaaggagaaggcaaaacctacgaagtatcccagaagagttcttcagcc
cctgagtccagcatgcccatagtggccatagtgggggtaattgccctggtctctctggta
gggttagggtactttagaggaacttttaagggaaaataa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (4)   
   KEGG PATHWAY (3)   
   KEGG MODULE (1)   
Chemical substance (8)   
   KEGG COMPOUND (8)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (30)   
   KEGG ORTHOLOGY (1)   
   RefGene (27)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (2)   
   Pfam (2)   
All databases (50)   

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