KEGG   Chondrocystis sp. NIES-4102: NIES4102_13890
Entry
NIES4102_13890    CDS       T05085                                 
Symbol
cobN
Name
(GenBank) cobaltochelatase
  KO
K02230  cobaltochelatase CobN [EC:6.6.1.2]
Organism
chon  Chondrocystis sp. NIES-4102
Pathway
chon00860  Porphyrin metabolism
chon01100  Metabolic pathways
chon01240  Biosynthesis of cofactors
Brite
KEGG Orthology (KO) [BR:chon00001]
 09100 Metabolism
  09108 Metabolism of cofactors and vitamins
   00860 Porphyrin metabolism
    NIES4102_13890 (cobN)
Enzymes [BR:chon01000]
 6. Ligases
  6.6  Forming nitrogen-metal bonds
   6.6.1  Forming coordination complexes
    6.6.1.2  cobaltochelatase
     NIES4102_13890 (cobN)
SSDB
Motif
Pfam: CobN-Mg_chel
Other DBs
NCBI-ProteinID: BAZ44380
UniProt: A0A1Z4RPJ5
Position
complement(1601499..1605338)
AA seq 1279 aa
MHKLAAMAGGWNPNTEGVIIIEQSPAPIVFLTHADTDIQTMAAASYILEDDFPEIRVVNL
LNLQQQLSIDIYVESVLSKAHIIILRLLGGSTYWSYGLERVKEIVEVSNGNLLVLPGDDS
PDLDLISHSTVSLEIVNYLWRYFIAGGKENYANALRFISDTCLKTNYQPNAPIPVAEIGF
YQWQKQIDYDDYDSLNYKIQKAANKDIFPQANNCGCAILFYRSHYLAANTLVIDQLCQAI
ADQGLIPLPLFISSLRNLDIQQQLLSLLQANNSKILLNTTSFSLAKIGESSQLKFWQQLN
MPILQVILSSSTKEQWKSSTQGLMPTDVAMNVALPEVDGRIITRAISFKSVKTWNEKLET
NVVVYQPQRDRVLFVASLANNWVKLTNTPNQHKKVALILANYPNKDGRIANGVGLDTPAS
CLKILQALQGAGYTVKDLPKTPEELIQRLTTGITNDPESYQTRPSYQSLSGEAYLKYWQT
LPEVIQQGIIQRWGSLETQDLGISIPGIQLGNIFVGIQPSRGYDRDPSLNYHAPDLEPTH
HYLAYYHWLRSCFEVQAIIHVGKHGNLEWLPGKSIALSQECYPEVALQTIPNIYPFIVND
PGEGSQAKRRSQAVIIDHLTPPLTRAELYGGLEKLEALIDEYYTAQSLDPTRLKIISDRI
TELVQQENLESELGFNTTDTPSITQFLTVADGYLCQLKEAQIRDGLHILGECPQASQLRD
LIIAIARSASYNRIGITQALAKDFGLNFDPLLGVDAEVEIIDQLLPQTNSDWYNNHYQQI
KQAITLENTSLNPANKLISLLEEIAIELIDHLIENRPFSDYPLPQTQIQLQWIQNSLLPN
LIKSDREILNLLKALNGKYIPSGASGAPTRGRPEVLPTGRNFYSVDIRGIPTETAWLVGT
QAAERVIERYTQENGEYPQSLAISIWGTSTMRTGGDDIAQVMALMGVRPIWDGLSRRLVD
FEVLPASVLNYPRVDVTIRVSGFFRDAFPNIINLFNKITQKIANLQEDSTINPLAAQVKT
EKEALTTQGIDPEIAEKRASYRVFGSKPGAYGAGMQGLIESQNWQSDADLAQAYLNWSCY
AYDETGQGSAVPESFQQRLKQLQIILHNQDNREHDLLDSDDYYQFQGGMTAAVRSLTGKN
PEVYFGDNSQPANPKVRKLSEEIAKVYRSRVINPKWIKGVMRHGYKGAFEMAATVDYLFA
YDATAHCVADYMYEGVAKAYILDQPVQQFILTKNPWALRDMSERLLEAHQRGLWQNISQE
MIENLKAIANSAEAEIESI
NT seq 3840 nt   +upstreamnt  +downstreamnt
atgcacaaattagcagctatggctggtggttggaatcctaatactgaaggagtaattata
attgaacaatctcctgcgcccatcgtctttcttacccatgctgatacagatattcaaaca
atggctgctgctagttatattttagaagacgattttcctgaaattagagtagttaattta
ctcaatctacagcaacaattaagtatagatatatacgtagaatctgtgttatccaaagca
catattattattctacgtttactaggtgggagtacctattggtcttacgggttggaaaga
gttaaagaaattgtggaagtaagtaatggcaatctattagtattaccaggagatgatagt
cctgacctggatttaattagtcattcaacggtttctttagaaatagttaattatttatgg
cgttattttatagcgggaggaaaagaaaattatgctaatgctttacggtttattagtgat
acttgtttaaagacaaattatcaacctaatgcaccaattcctgttgcagagataggtttt
tatcaatggcaaaaacagattgattatgatgattacgatagtttaaattataaaatacaa
aaagcagctaataaagatatatttccgcaggcaaataattgtggttgtgcaattcttttt
tatcgatcgcattatttagcagcaaatactttagtaattgatcaattatgtcaagcgatc
gccgaccaaggtttaataccgctaccgctatttatttcttcattaagaaatttagatatt
caacaacaattattatctttattacaagcaaacaatagcaaaatattactcaacactacc
agtttttcgctggcaaaaattggcgaatcatctcaattaaagttttggcaacagttgaat
atgccgatcttgcaggtaatccttagtagtagcacaaaagagcaatggaaatctagtact
caaggtttaatgccaactgatgtagctatgaatgtagccttaccagaagtagatgggaga
attattactcgcgccatttcttttaagtctgtgaaaacttggaatgagaaattagaaacc
aatgttgtcgtttatcaaccacagcgcgatcgcgttttatttgtagcttccttagcaaat
aattgggtaaaacttaccaatactcccaaccagcataaaaaagttgctttgattttggca
aactatcccaataaagatggcagaattgctaacggcgtgggtttagatactcctgcaagt
tgtttaaaaattctccaagctttgcaaggtgcgggatatacagttaaagatctccccaaa
accccagaggaattaattcagcgtttaactacaggtattactaatgatcctgaaagttat
caaactcgtccaagttatcaaagtttatctggggaagcatatctcaaatattggcaaact
ttacccgaagttatacaacagggtattattcaaagatggggaagcctggaaacccaggat
ctaggaattagtatacctggtattcaattgggtaatatcttcgttggtatacagcctagt
cggggatacgatcgcgatccgagtctaaattatcatgcgccagatcttgaacctactcat
cactatttagcttattatcattggttgcgtagttgctttgaagtacaagcgattattcat
gtaggcaaacatggtaatttagaatggctaccaggtaagagtattgctttatctcaagaa
tgttatccagaagtggcattacaaaccattcctaatatatacccctttattgttaatgat
ccaggggaaggttcacaagcaaaaaggcgatcgcaagcagttattattgatcatctaact
ccacctttaacccgtgcagaattatatggtggtttggaaaagttagaagccttaattgat
gaatattatactgctcaaagtttagacccaactcgcttaaaaattattagcgatcgcatt
accgaattagtacaacaggaaaatttagagtcggagttaggttttaatactactgatacc
ccatcaattactcaatttctcacggtggcggatggttacttgtgccaattaaaagaagcg
caaattagagatgggttacatatactgggggaatgtccccaagcttcccaattaagggat
ctaattattgcgatcgctcgctctgcgagttataaccgtattggtattacccaagcttta
gctaaggattttggtttaaatttcgatcctttattgggtgtagatgcagaagttgaaata
attgatcaattactcccccaaacaaacagcgactggtataacaatcattaccagcaaata
aaacaagctataactttagaaaatacttccctaaaccctgcaaataaacttatctctctt
ttagaagagatagccatagaattaatagatcacctaatagagaatcgaccttttagcgat
tatcccttgccccaaactcaaatacaattgcaatggatacaaaatagtttattacctaat
ttaataaaaagcgatcgcgaaattcttaatctactaaaagctctcaacggtaaatatatt
cccagtggcgcatcgggcgcacctactagaggtagacctgaagttttacccacagggcgc
aatttctattccgttgatatacggggtattccgacagaaaccgcttggttagttggaact
caagcagcagaaagggtaattgaacgttatacccaagaaaacggcgaatatccccaatcc
ttagcaatttccatctggggaacatccacaatgcgtactgggggggatgatatagctcaa
gttatggcattaatgggagtaagacctatttgggatgggctttctcgtcggctggtagac
tttgaagtgttacctgcttcggtgttaaattatcctcgtgttgatgtgacaattagggta
tcaggcttttttcgcgatgccttccccaatataatcaacttattcaataaaataacacaa
aagatagccaacttacaagaggattcaaccattaatcctttagctgcccaagtaaaaacc
gaaaaagaagccttaaccacccaaggaatagacccagaaatagccgaaaaacgtgcaagt
tatcgagtatttggttcaaaaccaggagcttatggcgcaggtatgcagggtttaatagaa
tcccaaaactggcagagtgatgcagatttagcccaagcctatctaaactggagttgctac
gcttacgatgaaacaggacaaggatctgctgtacccgaatccttccaacagcgattaaaa
caactacaaatcattttgcataatcaagataaccgcgaacacgatttactagattccgat
gattactatcaattccaaggaggaatgaccgcagccgtcaggagtttaacaggcaaaaac
cccgaagtatattttggtgataattcccaacctgctaatcccaaagtgcgaaaactaagc
gaagaaattgccaaggtgtatcgatcgcgagtaataaaccccaaatggattaaaggagta
atgcgtcatggttacaaaggggcgtttgaaatggctgctacagtagattatttatttgct
tatgatgctactgcacattgtgttgcggattatatgtatgaaggagtagccaaggcgtat
attttagatcaaccagtacagcaatttattttaactaagaatccttgggcattacgagat
atgtccgaaagactcttagaagcccatcaacgaggtttatggcaaaatatcagccaagaa
atgattgaaaatttaaaagcgatcgccaattctgccgaagcagagattgaatctatttag

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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 (31)   
   KEGG ORTHOLOGY (1)   
   RefGene (28)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (1)   
   Pfam (1)   
All databases (50)   

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