KEGG   Rippkaea orientalis PCC 8801: PCC8801_4320
Entry
PCC8801_4320      CDS       T00806                                 
Name
(GenBank) magnesium chelatase, H subunit
  KO
K03403  magnesium chelatase subunit H [EC:6.6.1.1]
Organism
cyp  Rippkaea orientalis PCC 8801
Pathway
cyp00860  Porphyrin metabolism
cyp01100  Metabolic pathways
cyp01110  Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:cyp00001]
 09100 Metabolism
  09108 Metabolism of cofactors and vitamins
   00860 Porphyrin metabolism
    PCC8801_4320
Enzymes [BR:cyp01000]
 6. Ligases
  6.6  Forming nitrogen-metal bonds
   6.6.1  Forming coordination complexes
    6.6.1.1  magnesium chelatase
     PCC8801_4320
SSDB
Motif
Pfam: CobN-Mg_chel DUF3479
Other DBs
NCBI-ProteinID: ACK68242
UniProt: B7JVA9
Position
4537003..4540995
AA seq 1330 aa
MFTHVKSTIRHIVPKAINGRSLLKVVYVVLEPQYQSSLSAAVNAINSNNPKLAIEISGYL
IEELRNPENYEEFKRDIANANLFIASLIFIEDLADKVVEAVKPHRDNLDAVVVFPSMPQV
MRLNKLGSFSMAQLGQSKSAIAQFMRKRKENSGAGFQDAMLKLLRTLPQVLKYLPVEKAQ
DARNFMLSFQYWLGGSAENLENFLLMLAHKYSYPDLLQDKTVDYKDPVVYPDMGIWHPLS
MQMFEDVPSYLQWFNSRTDISDNLKDPLAPCVGLILQRTHLVTGDDAHYVAMVQELECMG
ARVIPVFAGGLDFSKPVEAYFWDRSVKGIEPVAIVDTVVSLTGFALVGGPARQDHPKAIE
SLKRLNRPYMCALPLVFQTTQEWEASDLGLHPIQVALQIAIPELDGAIEPIILSGRDGNT
GRAIALQDRIEAVAQRALKWANLRKKPKLDKKVAITVFSFPPDKGNVGTAAYLDVFGSIY
EVMKALKGNGYDVQELPDSPKALMEAVIHDAQAQYASPELNIAYRMSVEQYERLTPYSVR
LEENWGPPPGHLNSDGQNLLIYGKQFGNVFIGVQPTFGYEGDPMRLLFSRSASPHHGFAA
YYTYLNQVWKADAVLHFGTHGSLEFMPGKQMGMSGECYPDSLIGMIPNLYYYAANNPSEA
TIAKRRSYAETISYLTPPAENAGLYKGLQELSELIGSYQTLKDSGRGIPIVNTIMDKSRL
VNLDQDIALPDTDAKDMTSEERDNIVGLVYRKLMEIESRLLPCGLHVIGKPPSAEEAIAT
LVNIAALDREEEGITSLPRIIANSVGREIEEVYQNSDRGILEDVELLQQITLATREAVSA
LVKEQIDAEGRVSFVSKLNFFNMGKKTPWVETLHNLGYKNVDQDALKPLFEYLEFCLEQV
CADNELGGLLKALEGEYVLPGPGGDPIRNPNVLPTGKNIHALDPQSIPTLAAVKSAKIVV
DRLLARQKIDNGGNYPETIACVLWGTDNIKTYGESLAQIMWMVGVKPVPDALGRVNKLEL
ISLEELGRPRIDVVVNCSGVFRDLFINQMNLLDQAVKMAAEANEPLEMNYVRKHALQQAE
EMGINLRQAATRIFSNASGSYSSNVNLAVENSSWEEEKELQDMYLNRKGFAFDSDNPGVM
NDNRKVFEAALKTADATFQNLDSSEISLTDVSHYFDSDPTKVVASLRGDGKKPAAYIADT
TTANAQVRTLSETVRLDARTKLLNPKWYEGMLSHGYEGVRELSKRLVNTMGWSATADAVD
NWVYEDVNTTFIQDEEMCKRLMNLNPNSFRKMVGTLLEVNGRGYWETSQENLDKLQELYQ
EVEDRIEGVE
NT seq 3993 nt   +upstreamnt  +downstreamnt
atgtttacccacgtcaagtccaccattcgccatatcgttccaaaggcaattaatggtcgt
tctttgcttaaggtggtctatgtcgtcttagaacctcagtatcagagttctctatcggcg
gctgttaatgctatcaatagtaataatcccaagttagccatagaaattagtggttattta
atcgaagaactgagaaaccccgaaaactacgaggaatttaaacgagatatagctaatgca
aacctttttatcgcgtcgttgatcttcattgaagacctagcggataaagtggtcgaagca
gtcaaaccccatcgggataacttagatgcggtggttgttttcccctccatgccccaggta
atgcgcttaaataaattgggtagcttttccatggcacagttgggacagtctaagagtgcg
atcgcccaatttatgcgaaaacgcaaagaaaattcgggtgcagggttccaagatgccatg
ttaaagctattgcggacgcttccccaagttttgaagtatcttcccgtggaaaaggcgcaa
gatgctcgcaactttatgctaagttttcagtattggttagggggatcggcagaaaattta
gagaatttcctgctaatgttggcgcacaagtattcctaccccgacttactccaagataag
actgttgactataaagatcccgtcgtttatcccgatatgggaatatggcatcccctctcg
atgcaaatgttcgaggatgtcccttcctatctacaatggttcaacagtcggacggatatc
tccgataacctcaaagatcccttggccccttgtgttggtttaattttacaacgaacccat
cttgtaaccggagatgatgctcactatgtagccatggtacaggaattagagtgcatggga
gcaagagttattcccgtatttgcaggggggttagacttttctaaacccgtggaggcctat
ttttgggatcgcagcgtcaaagggatagaacctgtagctattgtagacaccgttgtatcc
ttaacagggtttgccttagtcggtggtcctgcgcgtcaagaccatcctaaagcgatagaa
tcattaaaacgcctcaaccgtccctatatgtgtgcgttacctctcgtcttccaaaccacc
caagaatgggaagcaagcgatttagggttacatccgatccaagttgccttacaaattgct
atccctgagttagacggtgctattgaacccattatactctcaggacgggatggtaatacg
ggacgagcgatcgcccttcaagatcgtatcgaagcggtggcacaacgggcattaaaatgg
gctaatctacggaaaaaacctaaattagacaagaaagtcgctattaccgtctttagcttc
cctcccgataaaggaaacgtgggaaccgcagcctatttagacgtatttggctctatttac
gaggtaatgaaggcattaaaaggcaatgggtacgatgtgcaagaattacccgactccccc
aaagctttgatggaagcggtgatccacgatgcacaagcgcagtatgcgtcccctgagttg
aatatagcctatcggatgtcggtggaacaatacgaacggttaaccccctattcggttcgt
ttagaagaaaattggggtcctcctccgggtcatttaaacagtgacggacagaatttatta
atctatggcaaacagtttggtaacgtctttattggggttcaaccaacttttggttatgaa
ggtgatcccatgcggttactattctcaagatcggccagtccccatcatggttttgctgcc
tattacacctatttaaaccaagtttggaaagcggatgcggtgttgcattttggaacccat
ggatcactggaatttatgccagggaaacagatgggaatgtcgggagaatgttaccctgat
agtttgattggaatgatccccaatttgtattattatgcggcgaataatcctagtgaagca
accattgctaaacgtcgcagctatgcggaaaccatctcctatttaacccctcctgcggag
aatgcagggttatacaaaggactgcaagaattaagtgaattaatagggtcataccaaacc
ctcaaagatagcggacggggtatccctattgttaacaccatcatggataaatctcgctta
gtcaatttggatcaggatattgcattacctgacaccgatgctaaagatatgacctccgaa
gaacgggataatattgtcggtttggtttaccgaaaattgatggaaattgagtcccgtttg
ttgccttgtggccttcatgttattggtaaacctccctccgcagaagaagcgatcgcaacg
ttagtcaatattgctgctttagaccgtgaagaagaaggaattacctccttaccccgtatt
attgctaacagtgtgggacgggaaattgaggaagtttatcaaaacagcgatcgcggtatt
ctagaagatgtggaattactgcaacaaattaccctagcaacccgtgaagcagtgtctgct
ttagtcaaagaacaaatagatgcagaaggacgagtttcctttgtttctaaactcaatttc
tttaacatgggtaaaaagacaccttgggtcgaaaccctccataatttagggtataaaaat
gtcgatcaggatgccttaaaacccctctttgaatacctagaattttgtttagaacaggtt
tgtgccgataacgaattaggagggttactaaaagcattagaaggggaatatgtgttacca
ggtcctggaggtgatcccatccgtaaccccaacgttttacccactggtaaaaacatccac
gcattagacccccaatctatccccaccttagctgccgttaagtctgctaaaattgtcgta
gatcgattattagcacggcaaaaaattgataatggtggcaattatcccgaaaccattgct
tgcgttttgtggggaacggataacatcaaaacctacggggagtccctcgcacaaatcatg
tggatggtaggggttaaacccgttcccgatgcgttaggacgagtcaacaaattagagtta
atttccctcgaagaattaggacgacctcgtattgatgtagtggtcaactgttcgggagtg
ttccgtgacctatttattaaccaaatgaacttattagatcaagcggttaaaatggcagca
gaagcaaacgaacccctagagatgaactacgtccgtaaacacgctttacagcaagcagaa
gaaatgggaattaacctgcgtcaagcagcaacccgcatcttttctaacgcttctggttcc
tattcgtctaacgtcaatttagcggtagaaaatagcagttgggaagaagaaaaagagtta
caagatatgtatctcaaccgcaaagggtttgccttcgactctgataacccaggggtcatg
aatgacaaccgtaaagtgtttgaagctgcattaaaaacagccgatgcaaccttccaaaac
ttagattcttccgaaattagtttaacggatgtttcccattatttcgactctgatcccaca
aaagtagtggcaagtttacggggagatggtaaaaaaccggccgcgtatattgccgataca
actaccgcaaacgcacaggttcggaccttatcagaaaccgtccgtttagatgcgcgtacc
aaattattaaaccctaaatggtacgagggaatgttatcccacggttacgaaggagtaagg
gaactttctaagcggttagtcaatacaatgggatggtctgcaactgctgatgcggtagat
aattgggtctatgaagacgtaaatacaacctttattcaagatgaggaaatgtgtaaacgt
ctgatgaatttaaaccccaattctttccggaaaatggtcggtactttattagaagttaat
ggccgcggttactgggaaacatcacaggaaaacttagacaagttacaggaattgtatcag
gaggttgaggacagaattgaaggagtagagtaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (3)   
   KEGG PATHWAY (3)   
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 (22)   

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