KEGG   Geminocystis sp. NIES-3709: GM3709_2200
Entry
GM3709_2200       CDS       T04142                                 
Name
(GenBank) protoporphyrin IX Mg-chelatase subunit H
  KO
K03403  magnesium chelatase subunit H [EC:6.6.1.1]
Organism
gen  Geminocystis sp. NIES-3709
Pathway
gen00860  Porphyrin metabolism
gen01100  Metabolic pathways
gen01110  Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:gen00001]
 09100 Metabolism
  09108 Metabolism of cofactors and vitamins
   00860 Porphyrin metabolism
    GM3709_2200
Enzymes [BR:gen01000]
 6. Ligases
  6.6  Forming nitrogen-metal bonds
   6.6.1  Forming coordination complexes
    6.6.1.1  magnesium chelatase
     GM3709_2200
SSDB
Motif
Pfam: CobN-Mg_chel DUF3479
Other DBs
NCBI-ProteinID: BAQ65435
UniProt: A0A0D6ARZ4
Position
complement(2531504..2535526)
AA seq 1340 aa
MFTNVKSAIRHIAPEDLQGRALMKVVYVVLESQYQSAISGAIKSINNHNPNLAIEVSGYL
IEELRSPENYEEFKKDVSQANIFIASLIFIEDLAQKVVDAVTPHRDNLDAAVVFPSMPEV
MRLNKMGTFSMAQLGQSKSVIGEFMKKRKQKSGAGFEDAMLKLLRTLPTVLKYLPVEKAQ
DARNFMLSFQYWLGGSSDNLENFFLMLADKYVFTGEKSLLGNRDYNEPVVYPDMGIWHPL
APKMFEDVKEYLNWYNTRDDINDDLKDPLAPTVGLVLQRTHLVTGDDAHYVAMLQEFEYR
GARVIPVFAGGLDFSKPVDEYFLDKAVQGVEPLPIVDAVVSLTGFALVGGPARQDHPKAV
ESLKRLNRPYMVALPLVFQTTEEWEESDLGLHPIQVALQIAIPELDGAIEPIILSGRDGN
TGRSITLQDRVEAIAGRALKWTNLRKKPKIDKKLAITVFSFPPDKGNVGTAAYLDVFGSI
HEVLKAMKNNGYDVQDVPETAKELMEMVIHDAQAQYSSPELNVAYRMSVEEYERLTPYSK
KLEENWGAPPGHLNSDGQNLLIYGKEFGNVFIGVQPTFGYEGDPMRLLFSRSASPHHGFA
AYYTYLEKVWGVDAVLHFGTHGSLEFMPGKQMGMSGDCYPDSLIGNIPNIYYYAANNPSE
ATIAKRRSYAATISYLTPPAENAGLYKGLEELSELIGSYQSLKDSGRAIQIVNTIVDKAR
ICNLDKDIPEIATPQGQEAQMIDSSTMTQDERDHIVGSVYRKLMEIESRLLPCGLHVVGK
PPTAEEAIATLVNIASLDREDEGILALTTIIANSIDRKIEDIYRNADKGVLADVELLQNI
TEATRAAVRALVEEQINAEGRVSFVSKLNFFNMGKKEPWVAKLHELGYTKVDEKALKPLF
EYLEFCLEQVCADNELGALLKALEGEYVLPGPGGDPIRNPNVLPTGKNIHALDPQKIPTL
AAVQSAKIVVDRLLERQKIDNGGKYPETIACVLWGTDNIKTYGESLAQIMWMIGVKPVPD
ALGRVNKLELIPLEELDRPRIDVVVNCSGVFRDLFINQMNLLDQAVKKAAEADEPLEMNF
VRKHALAQAEEMGINLRQAATRVFSNASGSYSSNVNLAVENSSWEEEQELRDMYLNRKSF
AFNSDNPGVMDESRGIFEKSLKTADATFQNLDSSEISLTDVSHYFDSDPTKVVASLRDDG
KKPAAYIADTTTANAQVRTLSETVRLDARTKLLNPKWYEGMLSHGYEGVRELSKRLVNTM
GWSATADAVDNWVYEDTNTTFIRDEEMCKRLMDLNPNSFRRMVSTLLEVNGRGYWETSEE
NIDRLQQLYQEAEDRIEGIE
NT seq 4023 nt   +upstreamnt  +downstreamnt
atgtttacaaacgtaaaatccgccatccgacatatagcaccagaagatctacaaggacgt
gctttaatgaaagtggtttatgtggtgttagaatcacaatatcaaagtgccatttctgga
gcaatcaaatccattaataatcataatccaaaccttgcgatcgaggtaagtggttattta
atagaagagttacgaagtccagaaaactacgaagaatttaaaaaagacgtatcccaagca
aatattttcattgcttctcttatctttatcgaagacttagcccaaaaagttgtcgatgcc
gttactcctcatcgtgacaatctcgatgctgccgtggttttcccctccatgcctgaagtc
atgcgactcaataaaatgggtactttcagcatggcgcaattagggcaaagcaaaagcgtc
atcggcgagtttatgaaaaaacgtaaacagaagtcaggtgctggttttgaagatgcgatg
ctcaagttattacgcacccttcccaccgtcttaaaatatctccccgtagaaaaagcccaa
gacgcgcgcaacttcatgttaagttttcagtattggttgggtggttcatccgataacctc
gaaaacttcttcttgatgttagctgataaatacgtcttcacgggagaaaaatccttactc
ggtaatagggattataacgagcctgtcgtctatcctgatatggggatttggcatccttta
gcaccgaaaatgtttgaagatgtcaaggaatatcttaactggtacaatactcgtgatgac
atcaatgatgatttaaaagatcctcttgcacctactgtaggcttagtcttacaaagaact
catcttgtcactggtgatgatgcccattatgtggcaatgttacaggaatttgaatatcgt
ggggcaagagttataccggtttttgctggtggcttggatttctctaaacccgttgacgaa
tatttcttagataaagcagtgcaaggtgttgagcctttacccatcgtggatgctgtcgtc
tctttaacaggatttgctcttgtaggaggtcctgcacgacaagatcacccaaaagcagta
gaatccttaaaacgtttgaatcgcccttatatggtggctttacctctcgtctttcaaact
accgaagaatgggaagaaagtgatctcggtttgcatcctattcaagttgccctacaaatc
gctatccctgagttagacggtgcgatcgagcctataattttatcagggcgtgatggtaat
actggacgctctatcaccttacaagacagagttgaggcgatcgcaggacgggctttaaaa
tggacaaatttacggaaaaaacccaaaattgacaaaaaattagcaattaccgtctttagc
ttcccacccgataaaggtaacgttggtacagcagcttatttagacgttttcggctcaatc
catgaagtactaaaagccatgaaaaacaacggctatgacgtgcaagacgtgcctgaaacc
gctaaagaattgatggagatggtgattcacgatgcccaagcccaatattctagccctgaa
ttaaacgtagcctatcgcatgagtgtggaagaatacgagcgtttaaccccctactccaaa
aaattagaagaaaactggggcgcacctccggggcatctcaacagtgatggacaaaacctg
ttaatctacggtaaagaattcggtaacgtcttcattggtgtacaacctactttcggttac
gaaggcgatcccatgagactactattctctcgatcggcttctcctcatcacggttttgct
gcatactatacctaccttgaaaaagtttggggtgtcgatgctgtgttgcattttggaaca
cacggatcattagaatttatgccaggtaaacaaatgggaatgtctggtgactgttaccct
gatagtttaatcggtaatattcccaacatctattactacgccgctaacaaccctagtgag
gcaaccattgcgaaacgtcgtagttatgccgctacaatttcttaccttactccccccgcc
gaaaacgcaggattatataaaggtttagaggaattaagcgagttaatcggttcttatcaa
agtttaaaagatagtggacgggcgatccaaattgttaacaccatcgttgataaagctcga
atttgtaacctagataaagacatacctgaaattgctactccccaagggcaggaagcacag
atgatcgactctagcaccatgactcaggatgaaagagatcatattgttggctcagtctat
cgtaaattgatggaaattgaatctcgtttacttccttgtggattgcacgttgttggtaaa
cctcctactgctgaagaggcgatcgcaacccttgtcaatatcgctagtttagacagagaa
gatgagggtattttagccttaactaccattatcgctaatagtattgatcgtaaaattgaa
gatatttaccgcaatgctgataaaggtgttttagcggatgtggagttattacaaaacatc
accgaagccaccagagcggcagtaagagccttagtagaggagcaaatcaacgccgaagga
cgagtttctttcgtttctaagctcaacttctttaatatgggcaaaaaagagccttgggta
gctaaattacatgaattaggttacaccaaagttgacgaaaaagctcttaaaccccttttt
gaatacctcgaattttgcttagagcaagtttgtgctgataatgaattaggtgcgttgtta
aaagcccttgaaggtgaatatgtactaccaggccctggaggcgatcccattcgtaaccct
aatgtattgcctacgggtaaaaatattcatgccctcgatcctcaaaaaatccccactttg
gcggcagtacaatcggctaaaatcgttgtggacagactcttagagcgtcaaaagatcgac
aacggcggaaaatatccagagacgatcgcttgtgtattatggggaacagataacatcaaa
acctatggcgaatccttagctcaaattatgtggatgattggagttaaacccgtgcctgat
gctttagggcgcgtcaacaaacttgaattaatccccttagaagaattagacagacctcgt
attgatgtagttgttaactgttcaggtgtgtttcgcgatctattcatcaatcaaatgaat
ttacttgatcaagcggtgaaaaaagctgccgaagccgatgaacctttagagatgaatttt
gttcgtaaacacgctttagcacaagctgaagaaatgggcattaatctacgtcaagcagca
acccgtgtattttccaacgcatcgggatcatattcctctaacgttaacctagcggtagaa
aacagcagttgggaagaagagcaagaattgcgagatatgtacttaaatcgtaaatctttt
gcctttaactccgataatccgggggtaatggatgaaagtcgaggcatttttgagaaatcc
ttaaaaactgcggatgcaaccttccaaaaccttgattcttctgaaattagcttaacggat
gtctcccactatttcgactctgatcctaccaaagttgtggcaagtttgagagatgacggt
aaaaaacctgccgcatatatcgcagacactaccaccgctaacgctcaagtgcgtacctta
tcagaaaccgtgcgtttagatgcgcgtaccaagttattaaatcccaaatggtacgaaggg
atgttatctcacggttacgaaggagtaagggaattgtccaaacgtcttgttaatactatg
ggctggagtgccaccgccgacgcagtggataactgggtttatgaagacaccaacaccacc
tttatccgagatgaagaaatgtgtaaacggttaatggatttaaaccccaactctttccgc
cgaatggtaagcaccctcttagaagttaacgggcgtggttactgggaaacctcagaggag
aatatcgatcgattacaacaactgtatcaagaagcagaagatcgtatcgaaggcattgag
taa

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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 (19)   
   KEGG ORTHOLOGY (1)   
   RefGene (16)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (2)   
   Pfam (2)   
All databases (38)   

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