KEGG   Methylotenera mobilis: Mmol_0276
Entry
Mmol_0276         CDS       T00942                                 
Name
(GenBank) Magnesium chelatase
  KO
K02230  cobaltochelatase CobN [EC:6.6.1.2]
Organism
mmb  Methylotenera mobilis
Pathway
mmb00860  Porphyrin metabolism
mmb01100  Metabolic pathways
mmb01240  Biosynthesis of cofactors
Brite
KEGG Orthology (KO) [BR:mmb00001]
 09100 Metabolism
  09108 Metabolism of cofactors and vitamins
   00860 Porphyrin metabolism
    Mmol_0276
Enzymes [BR:mmb01000]
 6. Ligases
  6.6  Forming nitrogen-metal bonds
   6.6.1  Forming coordination complexes
    6.6.1.2  cobaltochelatase
     Mmol_0276
SSDB
Motif
Pfam: CobN-Mg_chel
Other DBs
NCBI-ProteinID: ACT47186
UniProt: C6WSU4
Position
complement(303105..307472)
AA seq 1455 aa
MLLGLFTGNAHSATLLGIVSDRTAPAAAEAAKNTLAQRPGDRIVLRSQSQMMAADSRTLK
RWLQEADAVFAVAQYAESSAQLQRALDALKSEPSKTQPATFIAFNGDSALSLRSRFNKNA
VSEFAEAKALTQTQEKTPDALLSAAKKHAAAAKWLALSDVWQAGGQENLAAFMTYLLTAQ
SAKTNTPLPVAKPMPPIRLRVSGKELASNQVIFQTPNSKTTLAVLDLSTSDPQVADAICA
QSQAQGINCVVVMAKWGEASKQAIEKLPSMIAPSKLTGLVVLQDFVVGAAEGRESVTALI
KKLDVPMFKAIRLTDRSATAWQLSEDGLPSNSIQYRVAMPEVQGNSQPMVVAAAGAPSID
KLTGVELRLPELLPTEVKSLVSRVTNWQTLQSKANAEKRVAIIYYNHPPGRHNIGADNLD
VPQSLFDILHSMQAAGYQTGELPATHEALLDLMQDRGVNLPENNAELASMLPKVASMDST
TYAHWFNTLPTAVKGEMVEGPLGRLHADIVAAQTAGELDIARNRLAKSMRELHHLVEGVD
HPQRAEALKLLAKLNTGYENCLTEHSDCKALDALKTRITNLNIEGMRGWGPLPGKVMVNN
NKMVFPGIQFGNVFVGPQPPRGWEVDEELLHANTTIPPPHQYLGFYHWLKDTFKADALVH
LGRHSTYEFLPGKAVGLSAEDYSRIIASDLPGLYPYIVDGVGEGTQAKRRALTVMIDHLT
PPLTATPLYDRLLTLRQVVESYESSSSDTMRIASAKEMRRLVETLELRAELESSMADVLK
VRGINFEQADDDLLAHEVGHYLTKLQEKFMPHGLHVFGRPWSDASLQLMLDSMAQNKPEN
ISSQIRENLIASPKLEMQALLHGLAGGFIEPGKGNDPLRSPESLPTGRNFHALDGDVLPT
PLGFELGHNMAANVRKRDDVNKSQGVILWASDAVRDEGVMVSFILSLMGITPEWNSRGIV
QKMQLVQPSASDAANPATANVKRYDVIVTTSGLFRDLYPNLMQWIDIGGRMALAASADSI
LQADPSLAAALNSALKPLVNYSRGHEPMATNGVAIHWVKRTQALLAQGMPAEQAGREAAW
RIFGDAPGAYGAGVNTLAERSGAWNTRNDVGRAYLQRMGHAYGVDAQGEPAHEAFDASLH
SIATTYHGRASNLYGLMDNNDAFDYLGGLSLAIETITGNKPEARILNHANQKGFTDEPLE
SALLMELRGRYLNPSWIKPLMGHGYAGARTMNQAFMENLWGWQVTRPDIIKDWAWNEVKR
VYIDDDLKLGLDKFLAQGHNAQVKANMVALMLVAAQKGFWKPSEANAQQLSQTLARLVIK
NGLPGSGHTAPNHPMWEWMGQHINAEDKAGVAQVLAKARGYSKAQSMKDANIQQPAALTP
AEAVSNTVPKKHSSKAIAAQPKAAAAKHEQSKPINKAAQAYELTVATVKDNLAWILLLLP
IFALGLWFGTRKPSA
NT seq 4368 nt   +upstreamnt  +downstreamnt
ttgctattgggtctatttacaggcaatgcacatagcgcaaccttactgggtatcgtatca
gaccgcaccgcacccgccgcggctgaggcagcaaagaacacgctagctcagcgcccaggt
gataggattgttttacgctcacaatcacaaatgatggcagcggacagccgcaccttaaag
cgctggctacaagaagcagatgccgtgtttgccgtggcgcaatatgcagaatcatctgcc
cagttacaaagagcacttgatgcgctaaagtcagagccatccaaaacgcagccggctact
ttcattgcttttaacggcgatagcgcgctctcactcagaagccgctttaacaaaaatgca
gtcagtgagtttgcagaggcaaaagcactgacgcaaacgcaagaaaaaacgccagatgcc
ttgctaagcgctgcgaagaaacacgctgctgcagcaaagtggctggcattgagcgatgtt
tggcaagctggcggtcaggaaaacttagccgcatttatgacgtatttgctcaccgcgcag
tcggcaaaaaccaatacgccattgcctgtggctaaacccatgcctccgattcgcttacgc
gtaagcggtaaagagttagccagcaatcaagtaattttccaaacacccaacagcaaaacc
acattagcggtgctggatttaagcaccagcgaccctcaggttgcagacgcgatttgcgca
caaagccaagctcaaggcatcaactgcgtggtggtaatggcgaagtggggcgaagcatcc
aaacaagccatagaaaaactaccgtctatgatcgccccaagcaagctaaccggcttagtg
gtgctacaagactttgtggtgggcgcggcagagggacgcgagtctgttaccgcgctaatt
aaaaaactagacgtgcccatgtttaaagccattcgccttacagaccgtagtgccactgcc
tggcaactatctgaagacggcttacccagcaactcgattcaataccgcgtcgccatgccg
gaagtacagggtaatagccaacctatggtcgtcgcagcagccggtgcaccaagtattgat
aaactcactggcgtagagttacgtctgcctgaattgttacctaccgaggttaaatcactg
gtaagccgagtgacgaattggcagaccttgcagagcaaagccaacgcagaaaaacgcgtt
gcgattatttactacaaccatccgccagggcgccataacatcggtgcagataacttggac
gtaccgcaatcgctatttgatattttacatagcatgcaagcggctggttatcaaaccgga
gagctacctgccactcacgaagcattgctggatttaatgcaggacagaggtgttaatttg
cctgaaaacaatgcggaacttgccagcatgttgcccaaagtggctagcatggacagcacc
acttacgcgcactggtttaacacgctaccgaccgcggtcaaaggtgaaatggtcgaaggt
ccactaggccggctgcatgcagatattgttgcagcacagacagctggagagttagatatt
gcacgcaatcggctagctaaatccatgcgcgagttacaccacttggtagaaggggtagac
catccacaacgtgcagaggcgcttaaactattggctaagctcaacaccggctacgagaac
tgcttaaccgagcatagcgactgtaaagcattggatgcactcaaaacacgcattaccaac
ctgaatattgaaggcatgcgcggctgggggccattacccggcaaagtcatggtaaacaac
aacaaaatggtgtttccgggcatacagtttggcaatgtctttgtaggcccgcagccacca
cgcggctgggaagttgacgaagagcttttgcacgccaacactaccataccgccaccgcat
caatatctaggtttttaccactggttgaaagacacatttaaagccgatgccttagtgcat
ttgggcagacactctacctatgagtttttaccgggcaaagcggtgggtttatccgcagaa
gactactctcgcattattgccagcgacctacccggcctttacccatacattgtagatggc
gtaggtgaaggcacacaagccaagcgccgcgcgctgaccgtaatgattgaccacttaaca
ccacccctcaccgctacgccactatacgaccgcctgctcacgctgcgccaagtggtggag
agttatgagtcgtccagctccgacaccatgcgcattgcgtcagctaaagaaatgcggcgt
ctggtagaaaccctagagctgcgtgccgagctagaatccagcatggcggatgtattaaaa
gttcgcggcattaactttgagcaagcggatgatgatttactggcgcatgaagttgggcat
tacttgaccaaactacaagaaaagttcatgccgcacggcttgcatgtgtttggccgccct
tggtctgatgcctcattacaactgatgctggactctatggcgcaaaataagcctgagaat
atcagcagccagatccgcgagaatttaatcgcctcccctaagctggaaatgcaagcgcta
ctacatggtttagctggcggctttattgagccgggcaaaggcaacgacccattgcgctca
cctgaatcgctgccgactgggcgtaattttcatgcgctagatggtgacgtgctgccaacg
ccacttggttttgagcttggccacaacatggctgctaacgtacgcaagcgtgatgatgta
aacaaaagccaaggcgttattttatgggcatcagacgccgtacgtgatgaaggcgtgatg
gtgagctttatcctatcgctgatgggcatcaccccagaatggaactcgcgcggcatcgtg
caaaaaatgcagttagtgcagccgtcagcctccgatgctgccaacccagccacagccaat
gttaagcgttacgatgtaattgttaccacctccggcttattccgtgacctgtaccctaac
ctgatgcaatggattgatattggcggcagaatggccctcgccgcctctgcagacagcata
ttgcaagcagacccaagcttggctgctgcgctaaattccgccttaaaaccactagttaat
tacagccgcggccacgaaccaatggcgaccaatggtgtggccatacactgggtaaagcgc
acgcaggcactactggcgcaaggcatgccagccgaacaagccgggcgtgaggccgcatgg
cgtatctttggtgatgccccaggcgcttatggcgcgggcgtcaatacgctggcggagcgc
tctggcgcatggaatacccgtaacgatgttggtcgcgcttacctgcaacgcatgggccat
gcctacggtgtagacgcacagggcgagcctgcgcatgaggcatttgatgcatcgctgcat
agtatcgccaccacctatcatggccgcgcctctaacctctatggcttaatggataacaat
gatgcgtttgactacttaggtggtttatcgcttgctattgaaactattaccggtaataaa
ccggaagcgcgcattttgaatcatgccaaccaaaaaggctttaccgatgaaccattagag
tccgcactgctgatggaattgcgtgggcgttacttaaacccatcatggataaaacctctc
atgggccacggctacgccggtgcacgcaccatgaatcaggcatttatggaaaacttatgg
ggctggcaagtcaccagacccgatattattaaagactgggcctggaacgaagtaaagcgc
gtctatattgatgacgatttgaaactaggtttagataagtttttagcgcaagggcataat
gcgcaggtcaaagccaatatggtggcgctaatgctggtagcggcacaaaaagggttttgg
aagccaagtgaagccaacgcacaacagctatcgcaaacactggctagattagtgattaaa
aacgggctacccggtagtggccatactgcgcccaaccacccaatgtgggagtggatgggg
caacatatcaatgcagaagataaagctggcgtagcgcaagtgctagcaaaggcgcgcggt
tatagcaaagcacaatccatgaaggatgcaaacatacagcaaccggcagcattgacacct
gctgaagcagtatccaacaccgtcccaaaaaaacatagtagcaaggccattgcagctcag
cctaaagcagccgcggcaaaacacgagcaaagcaaaccgataaacaaagcagcgcaagct
tacgaactgacagtggcaacagttaaagacaatcttgcctggatactgttactgctacct
atttttgcactaggtctatggttcggcacccgtaaacctagcgcataa

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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 (24)   
   KEGG ORTHOLOGY (1)   
   RefGene (21)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (1)   
   Pfam (1)   
All databases (43)   

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