KEGG   Methanothermobacter thermautotrophicus: MTH_928
Entry
MTH_928           CDS       T00009                                 
Name
(GenBank) cobalamin biosynthesis protein N
  KO
K02230  cobaltochelatase CobN [EC:6.6.1.2]
Organism
mth  Methanothermobacter thermautotrophicus
Pathway
mth00860  Porphyrin metabolism
mth01100  Metabolic pathways
mth01240  Biosynthesis of cofactors
Brite
KEGG Orthology (KO) [BR:mth00001]
 09100 Metabolism
  09108 Metabolism of cofactors and vitamins
   00860 Porphyrin metabolism
    MTH_928
Enzymes [BR:mth01000]
 6. Ligases
  6.6  Forming nitrogen-metal bonds
   6.6.1  Forming coordination complexes
    6.6.1.2  cobaltochelatase
     MTH_928
SSDB
Motif
Pfam: CobN-Mg_chel
Other DBs
NCBI-ProteinID: AAB85426
UniProt: O27011
Position
complement(843362..848368)
AA seq 1668 aa
MKMIRKRSVTLLITVVFVFMLQGSSMAAEIDGGEGGTPFNITDSEGRFAFENVTGDSHVV
WVDGRTLPERHRFDDMLRVTVSASSNASARSGKMILEASLSDSKITGRLYADLNDNTIFD
DGDEPLAGVSIFDPPEIRFLIISWPTEAGQLIQPVKNIMQKHPEITIKVRNTDQTRMNLT
ETEQLIEWADIVYISNVQTTNGPSGPVPDLLMSMKSQGKLNGKVIAAYPNPYHCFPVTRL
TNINNTRFVDANGTELTDSQLQAIFDSVSRAVPPKTPLMVLRELQQQYPAMASYLKFQEY
KTSDTASPENREQGLMYLLALAFPGRGYNFTEPVIVPKYALYRNGRLYYNFTDYEQFLTP
GRPTVGITSWMALTWERGDLLMLDRLISEMESRGINVIATIAQGNPVDGTPVINAMRSYF
FDSQNRTRIQGLITLQSFKIGGATAAIAERMIMDNNILVFRSLVVSDSEETWYISDSGMD
FTSITSQIVLPEFQGQILTMVTASTRKTIDTVTGLEVECYQPIDERVETFADRVYSWLRL
RFLSNADKKVALIYYNYPPGKQNLAGASYLDGPSSILEILGLLQENNYTVRGAPSCVDDL
LTEMMARGLNIANWAPGELERLANSTILWDVERYMEWYSRLPELARREIEEGPFGYIEAL
FRYSTENPKLLETLDRWQSSLITTIDDMQISNGSEAKNQVNRAYNALKNIYSGLNQWDVF
YSAKSAFLALRVPGLCGWGAPPGNIMTVERNGKRYLVIPGMFYGNVFVGPQPQRGWEGDV
DKLYHSQIVPPHHQYLAFYAYLQTEFGADAMIHLGRHGTYEWLPRKESALSGADYPDICL
GGIPSIYIYIMDGVGEVIHAKRRGLAVSISHLTPPLEATEIYGDIASLKTLIDQYHAAPG
NRSEEIRLIREKAVQLHLDTIIDLNLDPDELVDRIDDYIRELEGTMMPLGLYVFGRDLNQ
TQLTIMVKSMASVPRISAGNNTFLSVTQALSGINRTVEDLILEFYSGKSLQTLMAELQAV
LGRNLTATEITALNMTLNDVLNIKGSGARERQMLLQALAGGYIPPIAGGDPIRNPAAVPT
GGNLYGEDPSLLPTQAAWIRGSMLADEALRAYNATPEQLGVVIWATETQNDKGATVAFIL
RLMGLEPIYGFGGSVMGVRATPLTVLNRSRVDVLMTTSGIFRETFPLLGVLLDRASRVAL
AASFNTLMAAINQESAENRTMLLAALNASVSSIQKAGLFIPGSDPLDRNPIARHWLYDVK
ELIKLGMKPEDAGIAAISRLFGPSLGNYGTRLPEAVQQDWTWEERTELGRLYIDSMKYAL
SEDGWGVSLEEVLTMRLRDVEGVYHSRSTNLYGVVDVDHNFEFLGGFRLAVEAAGGRVPG
MYIINQVNPSNARIETLNQFLYRELQSRYYNPRWIQAMMQSGYAGAREISNNFVANLWGW
NVMSPETISDWMWEETVDIYIRDRYGLGVKDWLSQGRNSYAMISMTGTMLTAIHRGYWNP
DDATKRLIATTWAQAIAENGVACCDCSCGNIAMMEWAMQYLNPDLLSRVREKLYAATKSS
AFAPSSDGGSTPTAPSNPGQPQAPGTSADNGEPHHEESQDSDVSTSAPGVEAATHSSAGE
NQGKAYEVSSASGSANPETGLPVYAIVGIVAIVGLLGLGYFFGPGRTD
NT seq 5007 nt   +upstreamnt  +downstreamnt
gtgaaaatgattagaaaacgaagtgttactctactgataacagtggttttcgttttcatg
ctacagggatcaagcatggctgcagagattgatggaggtgaaggaggaaccccattcaac
atcacagacagcgaggggagattcgcatttgaaaatgtgactggcgacagtcatgttgtc
tgggttgatggccggacactacctgaaaggcacagattcgatgacatgctcagggtaaca
gtgtcagcatcatcaaatgcatctgcaagaagcggaaaaatgattcttgaagcatccctc
agtgattcgaagataacagggaggctctatgcagatttaaacgacaacaccatctttgat
gatggagacgagccactggccggtgtcagtatctttgatccgccggagatacggttttta
ataatatcctggccaacagaggcagggcagctcatccagccagtgaaaaacataatgcag
aagcaccctgagataaccataaaggtgagaaacactgaccagacgaggatgaacctcaca
gagacagaacagctcatagaatgggctgatatagtctacataagcaacgtacagacaaca
aacggtccaagcggtcctgtacctgacctgctgatgtcaatgaagagtcagggaaaactt
aatggtaaggtgatagcggcctaccccaatccatatcactgttttccggttacaaggctc
acaaacataaacaatacgaggttcgttgatgccaatggcacggaactaacagacagtcag
ctccaggcaatctttgattcagtttcaagggcagtgccaccaaagacaccgctaatggtg
ctgagggagctgcagcagcagtaccctgcaatggcatcctaccttaaattccaggaatac
aagacatcagacacagcatcacctgagaacagggagcagggtctcatgtacctcctggca
ctggcattccctggaagaggctacaacttcacagaaccggtaatagttccgaagtatgcc
ctctaccgcaacggcagactttactacaacttcacagactatgagcagttcttaacgcct
ggaagacccacggtgggtataacctcatggatggcactcacatgggagcgcggtgacctc
ctcatgctcgacagactcatcagtgaaatggagtcaaggggcataaatgtcatagcaact
atagctcagggtaaccctgttgacggaacaccggtcataaatgcaatgaggagctacttc
tttgactctcaaaacaggacaaggattcaggggctcataacgctccagtcatttaagatt
ggaggcgccaccgctgcaatcgctgaaaggatgattatggacaacaatatactggtcttc
agatcacttgtggtctccgacagtgaggaaacatggtacatctcagattcagggatggac
tttacaagcataacaagccagatcgtgctcccggagttccagggccagatactcacaatg
gtaacagcatcgacccgtaagaccatagataccgtaaccggtctggaggttgaatgctat
cagcccattgatgagcgcgtagaaacctttgcagacagggtatactcctggctgaggtta
aggttcctctcaaatgcagataagaaggttgccctaatctactacaactatccaccaggg
aagcagaaccttgcaggtgcaagttacctggatggtccctcatcaatacttgagatactg
ggccttctgcaggaaaacaactacaccgtcagaggagcaccttcatgtgttgatgatctc
ctcacagagatgatggcgaggggactcaacattgcaaactgggctcccggtgaacttgag
aggcttgcaaattcaaccatactatgggacgtagagaggtacatggaatggtacagcaga
ctacctgagcttgcaaggagagaaatcgaggagggacccttcggctacatcgaagcactc
ttcaggtactccactgaaaacccgaaactcctcgaaacactggacaggtggcagagttca
ctgataacaacgatagatgacatgcagatcagcaacggatcagaggcaaagaaccaggtt
aacagggcctacaatgccctcaagaatatttacagtggactgaatcagtgggatgttttc
tacagtgcaaaatcagcattcctggccctcagggtcccgggactctgtggatggggagca
ccaccaggaaacataatgacggttgagaggaacggtaagaggtaccttgttatacctggc
atgttctatggaaacgtctttgtgggtcctcagccacagcgaggatgggaaggcgacgtg
gataaactctaccacagccagatagtgccaccccaccaccagtaccttgccttctatgca
taccttcagacagagttcggcgcagatgcaatgatacacctcggacggcatggcacctat
gagtggctcccaaggaaggaatcagcactatccggtgcagattaccctgacatatgcctt
ggaggcattccaagcatctacatctacatcatggatggtgtcggggaggtcatacacgcc
aagagaaggggtcttgctgtgagcataagccacctgacaccaccactcgaggcaacagaa
atctacggggacattgcctcactcaagacgctcatagaccagtaccatgcagctccaggc
aacaggtcagaggagataaggctcataagggagaaggcagtccagctccaccttgatacc
atcattgacctcaaccttgacccggatgaactggttgatagaatcgacgactacataagg
gaacttgagggcacaatgatgccacttggtctctacgtatttggaagggacctgaaccag
acacagcttaccatcatggtaaaatcaatggccagtgttccaaggataagcgccggtaac
aacaccttcctctcggtgacacaggcactctcaggaataaacaggaccgtggaagatctt
atactagaattttacagtggaaagtcacttcagaccctcatggcggagctccaggcagtt
ctcggaagaaacctcacagcaacagagataacagccctgaatatgaccctcaatgatgtc
ctgaacatcaagggctcaggggcaagggagaggcagatgctccttcaggcccttgcaggt
ggctacataccacccatagctgggggagacccaatcaggaacccagcagcggttccaacg
ggaggaaacctctacggtgaggatccttcacttcttccaacacaggccgcatggataagg
ggctccatgcttgctgatgaggcgctcagagcatacaatgcaacacccgaacagctcggt
gttgtcatatgggcgactgagacacagaacgataagggtgctacggttgccttcatcctg
aggctcatgggactcgaaccaatctatggcttcggaggttcagtcatgggtgtgagggca
acaccactgacagtcctcaacaggtcaagggtcgatgtcctcatgaccacatcagggata
ttcagggaaaccttcccgctgctgggagtcctcctggacagggcatcaagggtggcgctg
gcagcatcattcaataccctgatggctgccataaaccaggaatcagcagagaacaggacc
atgctcctcgcagcactcaacgcctcggtctcaagtatacagaaggcaggtttgttcata
ccgggaagtgatccccttgacaggaaccccattgcaaggcactggctatatgatgttaag
gagctcattaaactcggcatgaaaccagaggatgcaggaattgcagccatatccaggctc
tttgggccatcactgggtaactacggtacaaggcttcctgaggcagtccagcaggactgg
acctgggaggaaaggacagagcttggaagactgtacattgacagcatgaagtatgccctc
agtgaggatggctggggagtgagccttgaggaggtcctcactatgagactcagggacgtt
gagggtgtgtaccactcaagatcaaccaacctctacggggtcgtggacgtggaccataac
tttgagttcctgggtggcttcaggcttgcagttgaggcggcaggcggcagggtccctggt
atgtacataataaaccaggtgaatccctcaaatgccagaatagagacactgaaccagttc
ctctacagggagctccagtcacgctactacaacccaagatggatacaggcaatgatgcag
agtggatacgcaggtgcaagggagatctcaaacaacttcgtggccaacctctggggctgg
aatgtaatgagccccgagacaatctcggactggatgtgggaggagacagtggacatatac
ataagggatagatatggacttggagttaaggactggttatcccagggtaggaacagctat
gcaatgataagcatgacagggacgatgctcacagcgatacaccgaggatactggaacccc
gatgatgccacaaagcgtctcatagccaccacgtgggcccaggcaatagcagagaatggt
gtggcatgctgtgactgcagttgcggcaacatcgccatgatggaatgggccatgcagtac
ctgaacccggaccttctctcaagggtcagggagaagctttacgctgccacaaagagctca
gcattcgcaccatcctccgatggaggatccacacccacagcaccatcaaatccaggacag
ccacaggcaccgggtacatcagcagacaacggggagccacatcacgaggaatcacaggat
tcagatgtttcaacatcagcacctggagtggaggcagcaactcattcctcagcgggcgaa
aaccagggtaaggcctatgaggtcagcagcgcctcaggttcagctaacccggagaccggg
ctacctgtctatgccatagttggtatagtggcgatagtgggccttctaggtctggggtac
ttctttggacctggaagaacagattaa

  All links  
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 (27)   
   KEGG ORTHOLOGY (1)   
   RefGene (24)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (1)   
   Pfam (1)   
All databases (46)   

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