KEGG   Methanohalophilus mahii: Mmah_1176
Entry
Mmah_1176         CDS       T01211                                 
Name
(GenBank) Cobaltochelatase
  KO
K02230  cobaltochelatase CobN [EC:6.6.1.2]
Organism
mmh  Methanohalophilus mahii
Pathway
mmh00860  Porphyrin metabolism
mmh01100  Metabolic pathways
mmh01240  Biosynthesis of cofactors
Brite
KEGG Orthology (KO) [BR:mmh00001]
 09100 Metabolism
  09108 Metabolism of cofactors and vitamins
   00860 Porphyrin metabolism
    Mmah_1176
Enzymes [BR:mmh01000]
 6. Ligases
  6.6  Forming nitrogen-metal bonds
   6.6.1  Forming coordination complexes
    6.6.1.2  cobaltochelatase
     Mmah_1176
SSDB
Motif
Pfam: CobN-Mg_chel
Other DBs
NCBI-ProteinID: ADE36681
UniProt: D5EBY0
Position
complement(1199863..1205811)
AA seq 1982 aa
MRYGKVCLLVLSVLIMLAVAVPAVSAEEQVTKVTYISYTPNDALQTASETNDHSDLIEYT
FIDYSDSGISQEMINASESGFLETQDVIVCQGIYDAFTDNTTVNTTLKSAHDKGTVIYSI
DPMGAYTPPSYFDYHSDGTTSDPVATYYSNMGTEGEGLENAENLLTYLTMKSKVTYISYS
ANDALQTASESNDHSDLIEYTFIDYSDSGISQEMINASESGFLETQDVIVCQGIYDAFTD
NTTVNTTLKSAHDKGTVIYSIDPMGAYTPPSYFDYHSDGTTSDPVATYYSNMGTEGEGLE
NAENLLTYLTMKSKVTYISYSANDALQTASESNDHSDLIEYTFIDYSDSGISQEMINASE
SGFLETQDVIVCQGIYDAFTDNTTVNTTLKSAHDKGTVIYSIDPMGAYTPPSYFDYHSDG
TTSDPVATYYSNMGTEGEGLENAENLLTYLATESPKLVENILNNAKVDSSKYLFVLGTDF
NEAALNNATLDASISSELDITIFTKDNPAPADFDFSDYGVIFIESQNESVVDGWTSSIKS
AKAGGAMVMGYNLSSNITVPNVDLYSDEYTDIERYWIQGGDANMESMLRLMGQEFSELWA
GETISDPEIVHTVINVTYIVNSDNSISHLNNVLSERAVINDRFNVTVMDGTEAVANLTDV
SDQDVIILYMIGGTQITEFKDVLLDAKDNGAQIGMFGMDDGYGIATFDMANPPYSFMKEY
LYNNGYSNMEHWIRSVGSTLEGAYIEYSEAFQPSIPDHGIYHPDAFPQVFENSSEYLKWY
EYHGYNESAPTVGIIASYNIEKNSLAFNTEDQLIRNLESKGCNVIFSTYKVITDDTSEYF
VNNGTVLVDSMISLKGFNFQYNDPALGIESMNEYNVPVIKGLLDRYHTPDEYNASVHGLS
TSSLSYQVTMPELEGLIDYIWVAGRVQDSETGQYYYKPLDSQVDWISDRAISWAELGNED
NSDKKISIIYYNHEGGKNNIGASYLDIASSFEVLLDEMNSSGYDTGNGSIPNGSEFIDLF
IESRNVGSWAPGELEKVVESGNVTLVPVDEYMEWYNTLPQSVRDDVEDRWGEAPGDIMVY
NNKFVIPTVQMGNINFIPQPTRGDLSDESVTYHDKDLPPTHQYLATYFWINQDYDADAMI
HFGTHGTQEWLPGKEVGLWRYDYPSIMVADTPVVYPYIMDNVGEGTQAKRRGNAVIIDHL
TPPITDSGLYGELAEIHDKIHEYEEAATANDTVNMALYRNSTIEKYENLSMEYDLGVTPE
EMRSMNDTEFENFVTNDVHNYLHELQGTLMPLGLHVFGVAPEDDKLVFMVKSMLRSAFID
HIVNVIKETNPNDEWHEEDWENASNYHATDLLNATLLNGTNVSQAQEDVLGKTDSNVTAD
LNTALNYSAALQNTTREIDQTLRALNGGYIEAGPGNDPIRNPDAVPTGRNFYSFDPRDVP
DEETVELGGILANQMLEQYRSTHNDTYPKKVTYVLWAVETMRHQGLMEAQIYSLLGVEPT
RTYGHISGFEVIPQDEMDHPRIDVVVTPSGLYRDTFPNHLQLIDEAVRTVAALNESNETN
YVRANSLEMEEALLEAGYNESTALALSRSRIFSESPGAYGTGLPGAVTASDTWDSEDELA
DLYISRMSNIYGQDVWGDSYEDVFRMNLQDVKVAMHSDSSNLYGIIDNDDFYQYLGGLGL
AVRSLSGDTPEMYVADFKNVDNPQVITYEEAYRKDIRSTLFNPKFISGMMEYDYAGAREF
MKTVEHIWGLDVTTPDMVKNSDWDEVYDVYVEDKYDLGVDEFMKSGDNAYAYQSTIKRMI
EAERKGYWEASDEVLNNLVKEYTESVVENGVTCCHHTCGNPTLDGYVEGMMSVAGVSAED
QESYKKLMDGATQPANSQTSKSSSSTSGGVGSAQIVNASTTGTASNQTTTTSDGGYGEST
QEPTSESAESSSDYVEGYEMTKENPRNEESGGSSFSGADIVGTVLVLAAVGAMYVGFRRR
QI
NT seq 5949 nt   +upstreamnt  +downstreamnt
atgcgatatggaaaagtgtgtttattagttttaagtgtattgattatgctggcagtggca
gtgccggcggtatcggcagaagaacaagtaacaaaagtaacttatatctcttacactccc
aacgatgcccttcagacagccagtgagaccaatgatcacagtgatctgattgagtatacc
ttcatcgattattctgattcaggtataagccaggaaatgataaatgcctcagagagtggt
ttccttgaaactcaggatgttattgtttgtcagggcatatatgatgcatttactgataat
actacagtaaataccactctcaaatcagcgcatgataagggtactgtcatctacagtata
gacccgatgggagcttatactcccccctcctacttcgattatcattccgatggtactacc
agtgaccctgttgccacctattacagcaatatgggaactgaaggtgaaggtcttgagaat
gcggaaaacctgctgacctatctcacaatgaagtcaaaggtcacctacatttcctacagt
gcaaatgatgcccttcagacagccagtgagagtaatgatcacagtgatctgattgagtat
accttcatcgattattcagattcaggtataagccaggaaatgataaatgcctcagagagt
ggtttccttgaaacccaagatgttattgtttgtcagggcatatatgatgcatttactgat
aatactacagtaaataccactctcaaatcagcgcatgataagggtactgtcatctacagt
atagacccgatgggagcttatactcccccctcctacttcgattatcattccgatggtact
accagtgaccctgttgccacctattacagcaatatgggaactgaaggtgaaggtcttgag
aatgcggaaaacctgctgacctatctcacaatgaagtcaaaggtcacctacatttcctac
agtgcaaatgatgcccttcagacagccagtgagagtaatgatcacagtgatctgattgag
tataccttcatcgattattcagattcaggtataagccaggaaatgataaatgcctcagag
agtggtttccttgaaacccaagatgttattgtttgtcagggcatatatgatgcatttact
gataacaccacagtaaataccactctcaaatcagcgcatgataagggtactgtcatctac
agtatagacccgatgggagcttatactcccccctcctacttcgattatcattccgatggt
actaccagtgaccctgttgccacctattacagcaatatgggaactgaaggtgaaggtctt
gagaatgcggaaaacctgctgacttatcttgcaaccgaatctcccaaactggtggaaaat
attcttaataatgcaaaagtagacagcagtaaatacctgtttgttctgggtaccgacttt
aatgaggctgccctgaacaatgctacattggatgccagcatctcctctgaattggacata
accattttcaccaaggacaatcctgcaccagcagacttcgatttctccgactatggagta
attttcatcgagtcacagaatgaatccgtggtagacggatggacttccagtataaaatct
gccaaagcaggcggtgcaatggttatgggttacaacctttcatccaatataaccgtaccc
aatgtcgacttgtattcggatgaatatactgacatcgaaaggtactggatacagggcggg
gatgccaatatggaatccatgctcaggctcatggggcaagaattcagtgagctatgggct
ggtgagaccatctctgatcctgaaatagtacatacagtaattaatgtgacttatatagtt
aactccgataacagtatctcccatctcaacaatgtcctttcggagagggctgtaataaac
gatcgtttcaatgtcacggttatggacggaacggaagcggttgcaaatctgaccgatgtt
tccgatcaggatgtcattatcctttacatgataggtggcacacagattacggaattcaaa
gatgtgctgctggatgccaaggacaatggtgcccagataggaatgtttggtatggatgat
ggttatggcattgccacctttgatatggcaaatccaccttacagctttatgaaggagtat
ttgtacaacaatggttactccaacatggaacactggatacgttctgtaggttccactctt
gaaggtgcctatattgaatattctgaagccttccagccatctatacctgaccatggtatc
tatcatccagatgcattcccgcaggtgttcgaaaatagtagtgaatatcttaaatggtat
gaataccatggatacaatgaatccgcaccaaccgttggtataatagccagttataatatt
gaaaagaattctcttgctttcaatacggaagaccagctaatcaggaatctggaatccaag
ggttgtaatgtaattttttcaacttataaggtaattacagacgacacatctgaatacttt
gtcaataatggcacggttcttgtggattccatgatatcgctgaaaggattcaatttccaa
tacaacgaccctgctctgggaattgagtccatgaatgaatataatgttcctgtaataaag
ggattactcgaccgttaccatacaccggatgaatacaatgcaagtgtgcatggattgagc
acttcatccctatcataccaggttacgatgccggaacttgagggtttgattgattacata
tgggtagcaggcagagtacaggattcagaaaccggacaatattactacaaacctctggat
tcgcaggttgattggattagtgaccgtgccatctcctgggcagaacttggcaatgaagat
aattcggataagaagatcagcatcatctactacaatcatgaaggtggtaagaacaacatt
ggtgccagttatctggatatagcttccagtttcgaggtgttgcttgatgaaatgaatagc
agtggttatgatacaggcaatggcagtattccaaacggcagtgagttcatcgatctgttc
atcgagagcagaaatgtaggttcctgggcccccggtgagcttgaaaaggtcgttgaatca
ggtaatgtcacgcttgtgcctgtcgacgagtatatggaatggtacaacacccttccacaa
tccgtaagggatgacgttgaagacagatggggtgaagctccgggtgacataatggtgtat
aataataaatttgtcatacctacagtccagatgggtaatatcaatttcataccccagccc
accagaggagacctctcggatgaatcggtgacctatcatgacaaggaccttccacctact
caccagtatctggccacatacttctggatcaatcaggactatgatgcagatgcaatgatc
catttcggaacccatggcacacaagaatggttgccgggtaaggaagtggggttatggcgc
tatgattatccgtccataatggtagctgatacacctgtagtatacccctatattatggac
aatgttggagagggtactcaggccaaacgccggggtaatgcggtaattatagaccatctg
acccctccgataacagattcaggtctgtatggggaacttgccgagattcatgacaaaata
catgaatatgaagaggcagcaactgctaatgatactgtgaatatggctctttatcgcaac
agtacaattgaaaaatatgaaaacctttcaatggagtacgaccttggtgttactcctgaa
gaaatgcgttccatgaatgacacggaatttgagaactttgtcacaaatgacgtgcataac
taccttcatgaactgcaggggacccttatgcctcttgggctccatgttttcggtgttgca
cctgaggatgacaaacttgtgttcatggtcaaatccatgctacgtagtgctttcatcgac
cacatagtgaatgtcatcaaagaaactaatcctaatgatgaatggcatgaagaggattgg
gagaacgcatccaattaccacgctactgatctgttgaatgccaccttgctcaacggtaca
aatgtatcacaggctcaggaggatgttttgggaaagactgattccaacgtcactgcagac
ctgaatacggcactcaattattccgcggctctacagaataccacccgtgaaattgatcag
acactccgtgctctgaatggaggctacattgaagcaggaccaggtaacgatcctatcaga
aatccggatgcagttcccacaggaaggaacttctatagttttgatccgcgcgacgttccg
gatgaagaaactgtagagttgggtggcattcttgccaaccaaatgcttgaacagtataga
tccactcacaacgatacatatccaaaaaaagtaacctacgtcctgtgggcagttgagaca
atgcgtcatcagggtttgatggaggcgcagatctattccctcctgggtgttgaaccgacc
agaacctatggccatatttctgggttcgaggtaattccacaggatgagatggaccatcca
agaattgatgtagttgtaactccttccgggctttacagggatactttcccgaatcatctt
cagttgatagatgaggcggtgcgtaccgttgcagctcttaatgaaagcaatgaaaccaat
tatgtgagggcgaattccctggaaatggaagaggcattgcttgaagcaggatacaatgaa
agtactgccctcgcattgtcccgctccagaattttcagtgagtcacctggagcctatgga
accggtctgcctggagcagtgaccgcaagtgacacctgggacagtgaggacgaactggcg
gatctctatatttcccgtatgtccaatatctacggacaggatgtatggggagacagctac
gaagatgtcttcaggatgaatctccaggatgtgaaggttgcgatgcacagtgattcttcc
aacctctacggaatcattgataacgacgatttctatcagtatcttggaggactcgggctt
gctgtgagatccctttctggcgatactcccgagatgtatgttgccgatttcaaaaatgtg
gataacccgcaggtaatcacatatgaagaggcctacaggaaggatatccgttcaacgctt
ttcaatcccaaattcatctccggtatgatggagtacgattatgcaggcgccagggaattc
atgaagaccgttgagcatatctggggactggatgtaacaacacctgatatggtcaagaat
tccgactgggatgaggtctatgatgtctatgtggaagacaaatatgatcttggtgttgac
gagtttatgaaatccggtgataatgcttatgcctatcagtcaactattaaaaggatgatt
gaagccgagaggaaaggttactgggaagcatccgatgaggttctcaacaatttagtaaag
gaatatactgaatcagttgttgagaatggtgtgacctgttgccaccacacatgtggtaac
cccacactggatggatatgttgaaggtatgatgtctgttgcgggtgttagtgctgaagac
caggaatcttataagaagttgatggatggggccacacaacctgcaaattcacagacttcc
aagtcttcttcctccaccagcggtggtgtcggcagtgcacaaatcgtgaatgcttcaacc
acgggtacagcctctaaccagaccaccaccacttcggatgggggctatggtgaatctacg
caggaaccaacatctgagtcagcagaatccagcagcgattacgtggagggttatgagatg
accaaggaaaaccccagaaatgaggaatccggtggttcatccttctcgggtgctgacatt
gttggaaccgtactggtacttgcagcagtaggtgccatgtatgttggtttcagaagaaga
cagatataa

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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 (32)   
   KEGG ORTHOLOGY (1)   
   RefGene (29)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (1)   
   Pfam (1)   
All databases (51)   

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