KEGG   Methanosarcina siciliae C2J: MSSAC_0351
Entry
MSSAC_0351        CDS       T03863                                 
Name
(GenBank) CobN-like chelatase BtuS for metalloporphyrine salvage
  KO
K02230  cobaltochelatase CobN [EC:6.6.1.2]
Organism
msj  Methanosarcina siciliae C2J
Pathway
msj00860  Porphyrin metabolism
msj01100  Metabolic pathways
msj01240  Biosynthesis of cofactors
Brite
KEGG Orthology (KO) [BR:msj00001]
 09100 Metabolism
  09108 Metabolism of cofactors and vitamins
   00860 Porphyrin metabolism
    MSSAC_0351
Enzymes [BR:msj01000]
 6. Ligases
  6.6  Forming nitrogen-metal bonds
   6.6.1  Forming coordination complexes
    6.6.1.2  cobaltochelatase
     MSSAC_0351
SSDB
Motif
Pfam: CobN-Mg_chel GUN4_N
Other DBs
NCBI-ProteinID: AKB34941
UniProt: A0A0E3LC57
Position
412287..416804
AA seq 1505 aa
MLGTRYISIQKNFCIKFLTSVLLLMLLSSLISTASAAENTFSFVLGAENNTEAFEAVLAE
GDPGVTINLYNATEANSTDFSSEKVLFLASLDEEALANINSTLNQSAHIVSYDLPEGFDL
GNSNDPNMTELWEAGGYHNIKTLIRYMNDTFYGGGVQAPEKLEVAFVFSRESAVLTMDKV
ALDPELSGVINISTYFGRSNEDLSFDLSDKDIIIMRNLDAQVIEAISPTVNQAKANGAYI
ISLGDLIQSYNLHNVNLSDPNYADITEYFTYDSEENFKRLATFVGVKFADRYDVIEEPVS
RPLYGLYHPDAPEVYSSAGDYLDWYINRGDDGHVYDPAMPTVGIISDSFTYIDTRDAPLV
EALVDSFESSGCNVVVATYSYKDEGSRDYLMLNGSCIADSVVIISRGSRFNYADSEQGIE
DLKTWNVIPLNGIRLFYDVSAEEWENSSHGVGPEQTYQLSAAEMDGIIEPIVIGCKDPSI
GDSVYYPIDYQVEWLVNRTISWTELHRKTNSEKKIVIPYYAAEAGKAEIGADIDYYLDAQ
ASLANILVAMKERGYNLGNDSLPDRDELAEIMTERGHNVGVWAPGVLDSLVENGDVILIP
EARYLEWFDALPEEKQAEMEDIWGPAPGEIMVWKNETGKYLVIPKLEYGNVLLAPDPMWG
WDQDESVTYYDGSIPPTHQCLAFYKYMGEEYGADALFTIFSSVEMMPGKESGLSAKDWGA
ILLQDMPMVHVLPMDAEGIFDRRRANMLVVDFLTPTIVPSGLYGNLTLLQQDISLFEQAA
DPAVKAEYRELILNSTRDLDLDTDLGVDLESIAGNETKTDAFIEDLDAYLGELKTIYMPY
GSHTLSEPPTGESLVAMVEAMLGDDFKARVEEVNSTEGLTTALLNETVLSGKTAEEAQNL
VLGTTSENVSSDLELALEYTERINACTIEIPRVLDALEGKYIPPGPAGDPIRNPDALPTG
RNLCTFDDRLVPTKAAWNVGVKLGDELLEELFAENGAYPEKVSFLLWSIETSRNQGTMES
EIFYLLGVKPVRDSKGRVKDVELIDSDELGRPRIDVLVTTSGSYRDMYASRLQLIDRAVK
LAANASDNETYLNYVKQNSEKIEEALLAAGYDQETAENLSTSRIFCPSPGSYTPGIENAI
SGADWEDREDIADLYIDRMGYVYGENIWGEQYTDVFRENLADVEVGVFSRTSNVYGVLEH
PMVAAYFGGLSMAVESVRGSSPDMYINNLRSSGEEGVETLQHFLSRDLRSRYMNPTWIEG
MMQDGYDGTRYMNAFVENMRVWEVATPDLVTEDMWNEVYKTYFRDQYDLGVTEHLKNTNP
YAYQSIALNLLESVRRGDWNPPDEVLEELAREYAESVVEDGVTCCHHTCGNPTLNSYVAG
LVSVPGFTEAIEEATQESLEQEVSEKHSSSGNKGSSTPVIRSSESSNQTVMEEDTGYGVD
SPEPAPEVSGSSADPDYVEGYEMTQETVENEDGGGMSFSGADILGTLFVLVAAGGIYLGI
RKKKF
NT seq 4518 nt   +upstreamnt  +downstreamnt
atgcttggaactagatatatctctattcaaaaaaacttttgtataaaattcttaacttcg
gtattgctgttaatgctcttaagctcgctgatatcgacagcctcggcagcggaaaataca
ttcagtttcgtgctgggagcggagaacaatacggaggcatttgaagccgtgcttgctgaa
ggtgatccgggagtaactataaatctctataatgcgaccgaagcaaattccacggacttc
agttcggaaaaggtgctctttcttgcttcccttgatgaggaggccctcgcaaacatcaac
agtacgctaaaccagagtgcacacatcgtttcttatgaccttcccgaagggtttgacctg
gggaactcaaacgacccgaatatgacggagctctgggaagccggagggtaccataacata
aaaacgctcatacgatacatgaacgacacgttttacggaggtggcgttcaggccccggaa
aagcttgaagttgcttttgtcttttccagggaaagtgccgtactgacgatggataaagtg
gctcttgaccctgagctctccggggtcattaatatcagtacgtatttcgggcgttccaat
gaagacctgagcttcgatctgagcgacaaggatattataataatgagaaaccttgatgcc
caggtaatcgaagctatctctcctaccgtcaatcaggcaaaagccaacggggcttatatt
atcagtttgggagacctgattcagtcttacaacctgcacaatgtcaacctctcggacccg
aattatgctgatattactgaatatttcacatacgattcggaagaaaacttcaagaggctt
gctacttttgtgggggttaagttcgcagacaggtatgacgtgatcgaagagcccgtttcg
cgtcctttatacgggctttaccaccccgatgccccggaagtctattcctctgccggtgat
tatcttgattggtacattaacagaggagatgatgggcatgtttatgaccctgcaatgcca
actgtggggattatctcggatagtttcacgtacattgacaccagggatgcaccgcttgtg
gaggctcttgttgattccttcgaatccagtggctgcaatgtggttgttgctacttattca
tataaagacgaaggttccagggactatttaatgttgaacgggagctgtatcgcagacagt
gtggtcataatttcccggggttctcgcttcaactatgccgactccgaacagggaatcgag
gaccttaagacctggaatgtgatccccctgaatggaatccgccttttctacgatgtgagt
gcggaggaatgggaaaactcctctcacggggtcgggcccgagcaaacttaccagctttcg
gctgcggagatggacgggatcatagagcccatagtaatcggttgcaaggacccgtcgatc
ggggattcggtttactatccgattgactaccaggtggaatggctggtaaacaggacaatt
tcctggaccgagctccaccgcaaaacaaactccgaaaagaagatcgtaatcccctattat
gctgcagaagccgggaaagctgaaatcggggctgacattgactactacctggacgcccag
gcaagccttgcaaacatccttgtagcaatgaaggaaaggggctacaacctcggaaatgac
agccttccggacagggacgaacttgccgaaatcatgacggaaagaggacacaatgtaggg
gtctgggccccgggagttcttgattcccttgttgaaaacggggatgttatcctcattcct
gaagccaggtaccttgaatggtttgatgctctccctgaagagaagcaggctgaaatggaa
gacatctgggggcctgctcccggggagatcatggtctggaaaaacgagaccggaaagtat
ctcgtaattccgaagctcgaatacggaaatgtgctgcttgctcccgatccgatgtggggc
tgggaccaggacgagtccgtgacctactatgacggttcgatcccgccgactcaccagtgt
ctggctttctacaagtatatgggagaggagtacggggcagatgctcttttcacgattttc
tcgagtgttgagatgatgcccggaaaggaatccggactttccgcaaaggactggggtgcg
attctcctccaggacatgcctatggttcatgtgcttcctatggatgccgaggggattttt
gacaggcgcagggcaaacatgctggttgtggactttctgaccccgaccattgtaccttcc
gggctttacgggaacctgacgctgctccagcaggacataagcctgttcgaacaggcagct
gacccggcagttaaggccgagtacagagagctcatccttaatagtacccgggatcttgac
cttgacacggacctgggagtggaccttgaaagcattgccggaaacgaaacaaaaaccgat
gctttcatcgaggacctggacgcctatctcggagaactgaagactatctacatgccttac
ggttcgcataccctgagtgaaccccctacgggggaaagcctggttgcaatggtcgaggca
atgctaggggatgatttcaaagcccgtgtagaggaagtaaactctacggaagggttgacg
acggctcttctcaatgagaccgtactttccggaaagacagccgaagaagcccagaacctg
gtgctgggtacgacttcggagaatgtaagctccgatctcgaacttgcccttgagtatacg
gagagaataaatgcctgtaccattgagatcccgcgcgttctcgatgctctggaaggtaaa
tatatcccaccggggcctgcaggggaccctatcaggaacccggatgctcttccgacaggg
agaaacctctgtacctttgatgaccgtttggtgcccactaaggctgcctggaatgtggga
gtcaaactcggagacgaacttctcgaagagctctttgctgaaaacggggcctatcctgaa
aaagtctctttcctgctctggtctattgagacatcaaggaaccaggggaccatggagtcc
gagatcttctacctccttggtgtgaaacctgtacgggacagcaaaggaagggtaaaggac
gtggaacttatcgattcggatgaactcggaaggcccagaatagatgttctggtcacaact
tcggggtcctaccgcgacatgtatgcaagccggctccagttaattgacagggcggtaaaa
cttgcggcaaatgcttctgataatgaaacctatcttaactatgtaaaacaaaactccgag
aagattgaggaagctttgctggctgccgggtatgatcaggaaaccgcggagaacctttcc
acatctcgtattttctgcccgtcacccggttcgtatactccgggaatcgaaaatgccatt
tccggagcagactgggaagacagggaagatatcgcagatctctatatcgaccgtatggga
tacgtttacggggaaaacatctggggagaacagtacacggatgtcttccgggaaaatctt
gctgatgtggaagtcggggtctttagccggacgtccaatgtttacggagtgcttgagcac
ccgatggttgcagcctatttcggagggctttccatggcagtggaaagtgttcgaggcagc
agtcccgacatgtacatcaataacctgcgcagctcaggagaggaaggcgtggaaaccctg
cagcacttcctgagccgggatctccgttctcgctatatgaatcccacatggatcgaaggc
atgatgcaggacgggtacgacgggacacgttatatgaatgcctttgtagagaatatgcgg
gtctgggaagttgcgacccccgatctggttacggaggacatgtggaatgaggtatacaaa
acttatttccgggaccagtatgacctgggagttaccgagcacctgaaaaatacgaaccct
tatgcctatcagtcaattgccctgaacctcctcgaatccgtaaggaggggagactggaat
cctcccgatgaagtcctggaagagcttgccagggagtatgcggaatccgtggtagaagac
ggggtcacctgctgccaccacacctgcggaaaccccactctcaacagctatgtagcaggc
ctggtctcagttccaggtttcaccgaagcaatcgaagaggctacgcaggaatcccttgag
caggaggtatctgagaagcacagcagcagtgggaacaaggggagttcaactcccgtgatc
cggagttctgagagcagcaatcagactgttatggaggaagacaccggatacggggttgat
tctcccgaacctgcacctgaagtctcagggtcttctgcagatccggattatgtcgaaggc
tatgaaatgacgcaggagactgttgaaaatgaggatgggggagggatgtccttctcgggt
gcggatattttaggaactcttttcgtactggttgcagccggaggaatttacctgggcata
cggaagaaaaagttttaa

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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 (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (2)   
   Pfam (2)   
All databases (23)   

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