KEGG   Methanothermus fervidus: Mfer_1258
Entry
Mfer_1258         CDS       T01351                                 
Name
(GenBank) Magnesium chelatase
  KO
K02230  cobaltochelatase CobN [EC:6.6.1.2]
Organism
mfv  Methanothermus fervidus
Pathway
mfv00860  Porphyrin metabolism
mfv01100  Metabolic pathways
mfv01240  Biosynthesis of cofactors
Brite
KEGG Orthology (KO) [BR:mfv00001]
 09100 Metabolism
  09108 Metabolism of cofactors and vitamins
   00860 Porphyrin metabolism
    Mfer_1258
Enzymes [BR:mfv01000]
 6. Ligases
  6.6  Forming nitrogen-metal bonds
   6.6.1  Forming coordination complexes
    6.6.1.2  cobaltochelatase
     Mfer_1258
SSDB
Motif
Pfam: CobN-Mg_chel CarboxypepD_reg bMG3 CarbopepD_reg_2
Other DBs
NCBI-ProteinID: ADP78044
UniProt: E3GX49
Position
1201271..1205872
AA seq 1533 aa
MKAKSFLIILTLIIAFIINISPVLGIEVKGSVKEIYNETSDTYVTLENAIPVKDANITLI
KDNVVLNKTTTDNNGKYLITANATPPLILKIEYSTYKPAIFTVNKDCEINHVFIPDIVII
GCPKPFGVELSKRLMFYDPWMPGAEKDCWILEHANFAFLYMQTPGTGQKDFWIQYLGNSP
ANKTGHIAAYAGMGEERYFNIIGGSKNSLENTYLASYYVLASGNATKINYDRMVKYISYL
LNETTYNPIEHDEVPIFAGGGTAGSWGLYHPDLGTRTVLGYNLTQPSPKQIKQWIEENPG
LAISGNLKWLAKLNMYLVSSGFAKLCEDFENWYNNNKPNLKGPFIVVVSYWPGGQKDPTI
DMLIRELEKRGRPAFDLYQIETQPPASKLLELMVKGINGTGFIKRGISAVISLVSWSLNY
DNLPEGAVKEYLNMNIPIIKGMELWTNNGLENPLGTQFELTWQMGLPYREGVFGPTPVSY
RDERSGRYIPIETGIKKIVDNAIKWAKLREIPNKDKRIAIIIYNYPPGKDNFVASYLDVF
KSIHDLLTRLKELGYSVSEIPTPEELYNIVAEGGNKGTWAQPALEKYVDKNWKRLMENNQ
LIPLNKYLEWFNQLPDPMKRNITGKWGEPPGNIMTVTRNGTKYIVIPGVKLGNIFIAIQP
SRGWEEVKDYHDPYLPPHHQYVAFYKWLEENFDAMIHLGTHGTLEWLPGRTTGVIDSDYP
FQLTCLPNIYPYIVSNPGEGLVAKDRSFAVIIDHMTPAMVESGLYGNLSELHDLIHRYNA
ALEAGASQLLPELEKEIIEKAASLGFKKEGNFTDWLRELHIQLHEIENDVIPLGLHSLGK
ILEGDELVEELYTIASSRSDLMENIKRMMYPEIKESYYDIMYDPKYEDKVEKIKEKAKEW
IRNIINGNIPPEIKPDDLKFINETLTKIRANEEWQNLLNALSGGYVPPGLAGDPARSDVL
PTGRNFYPYDVKKMPTKAAWESAKKIVDDMLRKYYKEHGKFPELVGMVMWGTELLRTEAL
AIAEFMYLLGVKPDWAPNGDVKGVVLMDPSEFAIEIDGKKIIRPRIDVFTTAVTYNQAWI
DLMNKAVELASEAKDVENYVAKHYKECNSLDRVFGLRGYVLEGTGVCDLVPQTGKWNTTK
ELADVYLSRVSYAWKSVNGVMQMKQNKDVFQYLLKKMDIATQTIDSTWRLFDTDDYYDWY
GGLILASKTLGGNPETMLQDIRNLKFTQIRSLKEEVELEIRSQVLNPKYMESLLKTPSGW
MEYAKRYEYTVGIHVTTNSVSNELWNKLGENLIMNLNPKTNYEAFATQSMIAWVLEMERR
SLASLRPELKVALANKYITLAVKYGPVCCHHTCANINFNLWVIQTSNLPLSYLQKFAAAF
AETTGVKLSIPGAPTTPQPSVPGISITVPGIPTSIPGAPSQLGAPTALGRVGIGTAATRG
VSPGISGPSGRVGGEIGTRGAAQAAGAASKSSSESGATGKAGITGAAAGKAYEITPVSKG
IGSPSSVPFAGIIGVIILIALIAVGYLLRRPKY
NT seq 4602 nt   +upstreamnt  +downstreamnt
atgaaggcaaaatcatttttaataatacttacattgattatagctttcatcattaatatt
tcaccagttttaggaatagaagtcaaaggatctgtgaaggaaatttataatgaaacatcg
gacacatacgtaactttagaaaatgcaatacctgtcaaagatgctaatataactttaata
aaagacaatgttgtcctaaataaaactacaactgataacaatgggaaatatttaataaca
gcaaatgctactccgcccttaatactaaaaatagaatattcaacatataaaccagcgata
tttactgtaaataaagattgtgaaataaatcatgtttttattccagatattgtaataata
ggttgtccaaaaccatttggagtagaattaagtaagagattaatgttttatgatccttgg
atgcctggagctgaaaaagattgttggattttagaacatgcaaattttgcttttttatac
atgcaaacaccaggtaccggtcagaaagacttttggattcaatatcttggtaatagtcct
gctaataaaacaggacatatagctgcatatgctggaatgggagaagaaaggtatttcaac
ataattgggggtagtaaaaattcactagaaaatacatatcttgccagttattatgttttg
gcatctggaaatgctacaaagattaattatgatagaatggtcaaatacataagttattta
ttaaatgaaacaacttacaatccaatagagcacgatgaagttcccatatttgctggtgga
ggtacagcaggcagttggggattatatcatcctgatcttggaacaagaacagtgttagga
tataatttaacacaacctagccctaaacaaataaaacaatggatagaggagaatcctggg
ttagcaatttctggtaacttaaaatggctagcaaaattaaatatgtatcttgtttcatct
ggttttgcaaaactttgtgaagattttgagaactggtataataataataaaccaaatctt
aaagggccttttatagtggttgtaagttattggccaggtggtcaaaaagaccctactata
gacatgctgattagagaattggaaaaaagaggtaggcctgcatttgatttatatcagatt
gaaacacagccaccagctagtaaactactggaattgatggttaaaggcattaatggaact
ggtttcataaaaagaggaatatctgctgttatatctttagtaagctggtctttaaactat
gataatttaccagaaggtgctgtaaaggaatatttaaacatgaatattcctataattaaa
ggaatggagttgtggacaaataatggtttagaaaatccattaggaacgcagtttgaatta
acatggcaaatgggactaccatatcgtgaaggtgtatttggtcctacgccagtgagttat
agagatgaaagaagtggaagatatataccaattgagactggcattaagaaaattgttgac
aatgcaataaaatgggcaaaactaagagaaattccaaataaagacaaaagaatagctata
attatttacaattatcctccaggaaaagataattttgttgcttcttacttagacgttttc
aaaagtatccatgatctactcacaagactaaaggaacttggttatagtgttagtgaaata
cctacacctgaggaattatacaatatagtggctgaaggtggaaacaaaggtacatgggct
caacctgcacttgagaagtatgtagataaaaattggaaaagattaatggaaaataatcaa
ttaatacccttgaataaatatttagaatggtttaatcaattaccagatccaatgaaaagg
aatataacaggaaaatggggagaacctcctggaaatataatgactgtcacaagaaatggc
actaaatacatagtaattccaggcgtaaaacttggaaatatattcattgcaatacaacca
agtagaggttgggaagaagttaaagattatcatgatccttatttaccaccacatcatcaa
tatgttgcattctacaaatggttggaagaaaacttcgatgcaatgatacatcttggtact
catggaacattagagtggttacctggaagaacaacaggagttatagattctgattatcca
ttccaacttacatgcttaccaaacatttatccatacatagtttcaaatccaggagaaggt
cttgttgctaaagatagaagttttgcagtaataattgatcacatgacgcctgctatggta
gaaagtggtttatatggaaatctttctgaattacatgatctaatacatagatataatgca
gcattagaagcaggtgcttcacaactattaccagaattagaaaaagaaataatagagaag
gctgcttcattaggattcaaaaaagaaggtaatttcacagattggcttagagaattacat
attcaactgcatgaaatagagaatgatgttatacctttaggattacatagtctaggaaaa
atactggaaggagatgaacttgttgaagaactatatacaatagcatcttcaagaagcgac
ttaatggaaaatataaagagaatgatgtatccagaaataaaagagagctactacgacata
atgtatgatccaaaatatgaagacaaagtcgaaaaaattaaagaaaaagcgaaagaatgg
ataagaaatatcataaatggcaatatacctccagaaattaaacctgatgatttaaaattc
ataaatgaaactttaacaaaaattagagccaatgaagaatggcaaaacctactaaatgca
ttatcaggtggttatgtacctcccggacttgcaggagatcctgcaaggagcgatgtttta
ccaactggaagaaacttttatccttatgatgttaaaaaaatgccaacaaaagctgcatgg
gagtctgcaaaaaaaattgttgatgacatgttaagaaaatattataaagaacatggaaaa
ttcccagaattagttggaatggtaatgtggggtacagaattactaagaactgaagcactt
gcaatagctgaatttatgtatcttttaggtgtaaaaccagattgggcaccaaatggagac
gttaaaggtgtagttttaatggatccatcagaatttgcaattgaaattgatggtaaaaaa
ataattaggccaagaatagatgtttttacaactgctgtgacatataatcaagcatggatt
gatctaatgaataaagctgttgaactagctagcgaagctaaagatgttgaaaattatgtt
gctaaacattataaagaatgtaattctcttgatagagttttcggtttaagaggttatgta
ttagaaggaactggtgtttgtgatttggttccacaaacaggaaaatggaacacaactaaa
gagttggcagatgtttatctttctagagtttcttatgcatggaaatctgttaatggcgta
atgcaaatgaaacaaaataaggacgtattccaatatctattaaagaaaatggatatcgca
acacaaacaatcgatagtacttggagactttttgacacagacgactattatgactggtat
ggtggattaatattggcatcaaagactttaggtggaaatccagaaacaatgctccaagac
attaggaatttaaaatttactcaaataagatctctaaaggaagaagtagaattagaaata
agatcacaggtgttaaatccaaaatacatggaatcattgcttaaaactcctagtggttgg
atggaatatgcaaaaagatatgaatacacggttggtattcatgtaacaacaaattcagta
agcaatgaattatggaacaaactaggagaaaacttaataatgaatttaaaccctaaaaca
aattatgaagcatttgcaacacaatcaatgattgcatgggtcctagaaatggaaagaagg
tcattagcatctctaagacctgaattaaaagttgcccttgctaataaatatataacttta
gccgttaaatatggaccagtatgttgtcaccatacatgtgcaaatataaactttaatctt
tgggtaattcaaacatctaacttacctctatcatacctccaaaaattcgcagccgcattt
gcagaaactactggagttaagttatcaattccaggagctccaacaacaccacaaccttca
gtccctggaatatcaataacagtccctggaattccaacatccattccaggagcaccatca
caactaggagctccaactgcattaggaagagtaggaattggaactgcagcaacaagggga
gtttcaccaggaatttcaggtccttcaggtagagttggcggtgaaattggtacaagagga
gcagctcaagctgctggagctgcaagtaaatcctcatcagaatcaggtgctacaggtaaa
gcaggaattacaggtgctgcagcaggaaaagcatatgagattacaccagtgtctaaagga
attggaagtccatcatcagtgccattcgcaggaataatcggagttataatattgattgca
ttaatagcagtaggatatctattgagaaggcctaaatattag

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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 (45)   
   KEGG ORTHOLOGY (1)   
   RefGene (42)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (4)   
   Pfam (4)   
All databases (67)   

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