KEGG   Candidatus Atelocyanobacterium thalassa: UCYN_03700
Entry
UCYN_03700        CDS       T01159                                 
Name
(GenBank) Protoporphyrin IX magnesium chelatase, subunit H
  KO
K03403  magnesium chelatase subunit H [EC:6.6.1.1]
Organism
cyu  Candidatus Atelocyanobacterium thalassa
Pathway
cyu00860  Porphyrin metabolism
cyu01100  Metabolic pathways
cyu01110  Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:cyu00001]
 09100 Metabolism
  09108 Metabolism of cofactors and vitamins
   00860 Porphyrin metabolism
    UCYN_03700
Enzymes [BR:cyu01000]
 6. Ligases
  6.6  Forming nitrogen-metal bonds
   6.6.1  Forming coordination complexes
    6.6.1.1  magnesium chelatase
     UCYN_03700
SSDB
Motif
Pfam: CobN-Mg_chel DUF3479
Other DBs
NCBI-ProteinID: ADB95107
UniProt: D3ENQ7
Position
402099..406097
AA seq 1332 aa
MFTHVKSTIRHIIPETLNDRSLLKVVYVVLEPQYQSSLSAAVKNINNNNSKIAIEISGYL
IEELRDPENYKQFQQDIEKANLFIASLIFIEDLADKVVEAVSPYREKLDAIVVFPSMPQV
MRLNKLGSFSMNQLGQSKSMISQFMRKRQQNSGTGFQDAMLKLLRTLPQVLKYLPVEKAQ
DARSFMLSFQYWLGGSSENLENFLVMLAHKYSFPDLFKDEVVTYKDPLVYPDIGIWHPLS
LKMFEDINSYLQWYSSRTDISDDLKRDTTPCIGLVLQRTHLVTKDDAHYVAMIQELESMG
VRVIPIFAGGLDFSKPIEAYFWNTSIDSSDRVKAPIVDTIVSLTGFALVGGPARQDHPKA
IDALKSLNCPYMCVLPLVFQTTEEWEDSDLGLHPIQVALQIAIPELDGAIEPIILSGRDG
NTGRSIALQDRIETVAKRAVKWANLRKKKREAKKIAITIFSFPPDKGNIGSAAYLDVFSS
IYEVLKALKDKGYNLSELPSSPKALMDNIIQDAQAQYASPELNVAYRMSVEEYEKLTPYS
TRLEENWGTPPGNLNSDGQSLLIYGKHFGNVFIGVQPTFGYEGDPMRLLFSKSASPHHGF
AAYYTYLNQVWQADAVLHFGTHGSLEFMPGKQMGMSSNCYPDTLIGNIPNLYYYAANNPS
EATIAKRRSYAETISYLTPPAENAGLYKGLKELNELIGSYQTLKATSRGIQIVNTVMDQC
RLVNLDKDIKLPETDAKEMTSEEMDNIIGIVYSKLMEIESRLLPCGLHVIGKPPTGEEVV
ATLVNIASLDREEEDIISLPSLIATSIERDIKDIYYNNDIGKLEDVELLQKITLATRKAV
ASMVEATTNQEGRVDFISKIDILKITQKAPWVSTLENLGYSKVNRSSLKVLFEYLESCLK
KLCESHELEALLKGLEGEYVLPGPGGDIVRNPDVLPTGKNIHALDPQSIPTLAAIKSAKI
VVDSLLKRQKIDNGDQYPETIACVLWGTDNIKTYGESLAQIMWMVGVKPLPDALGRINKL
ELIPLEELARPRIDVVVTCSGVFRDLFINQMNLLDKAVKMAAEADEPSEMNYVRKHALEQ
ASEMNIDVREAATRIFSNASGSYSSNVNLAIENSSWEEEKELHNMYLNRKSFSFDSNNPG
IMKDNRKIFESALKTANATFQNLDSSEVSLTDVSHYFDSDPTKIVASLREDGKQPAAYIA
DTTTANAQVRTLSETVRLDTRTKLLNPKWYEGMLSHGYEGVREISKRLVNTMGWSATANA
VDNWVYEDANTTFIEDEEMCKRLMDLNPNSFRKMVSTLLEVNGRGYWETSDSNLERLQEL
YQQAEDRIEGID
NT seq 3999 nt   +upstreamnt  +downstreamnt
atgttcactcacgtcaagtcaaccattcgtcatattattccagagacattaaatgatcgt
tctttgctcaaagtagtctatgttgtattagaaccacaatatcaaagttccctttccgca
gcagttaaaaacattaataataataattctaaaatagcaattgaaattagtggatattta
atagaagaacttcgagatccagaaaactataaacaatttcaacaagatatagaaaaagca
aacttgtttattgcttctttgatttttattgaagacttggctgataaagttgttgaagca
gtttcgccttatcgtgaaaagttagatgctatagtagttttcccgtcaatgccgcaagta
atgcgtttaaataaattgggaagcttctcaatgaatcaattggggcaatctaaaagtatg
atttctcaatttatgcgtaagcggcagcaaaattctggaacaggttttcaggatgcgatg
ttaaagttattacgtacattacctcaagtattaaaatatcttccagtagagaaagcccag
gacgctcgaagctttatgctaagcttccaatattggctagggggatcctcagaaaattta
gagaattttctggttatgctagctcataaatactcttttcctgatctttttaaggatgaa
gtagttacttataaagatcctctcgtttatcctgatataggaatttggcatcctttatca
ttaaaaatgtttgaagatattaattcttatcttcaatggtatagttcgcgcacagatatt
tcagatgatcttaaaagagatacaacaccatgtatagggctagtattacaaaggactcat
ctagttacgaaagatgatgctcattatgtcgctatgattcaagaattagaatctatgggg
gtaagagttattcctatatttgcaggtggattagatttctctaaacctattgaggcatat
ttttggaacacatctatcgatagtagtgatagagtaaaagctcctatagtcgatactatt
gtttccttaacaggatttgctttagtaggtgggccagcaaggcaagatcaccccaaagcg
atagatgcattaaaatctttgaactgtccttatatgtgcgtattaccattggtttttcaa
actactgaggaatgggaagatagtgacttaggattacatccaattcaggttgctttacag
atagcaatacctgaactagatggagctatcgaacctataatattatcaggtagagatggt
aatactggacgctcgatagcacttcaagatcgtattgagacagtggcaaaacgcgccgta
aaatgggctaatcttaggaaaaaaaagagagaagcgaaaaaaatagctattactattttc
agttttccaccagataagggcaatattggatcggcagcatacttagatgtatttagttct
atttatgaagtacttaaagccctaaaggataaaggttataatttatcagaattaccaagt
tcaccaaaagctttgatggataatattattcaggatgcacaagctcaatacgcttctcct
gaattaaatgtagcttatcgaatgtctgttgaagaatatgaaaaattaacaccttattct
acgcgcttagaagaaaattggggaactccacctggaaatcttaatagtgatggccaaagt
ttgcttatatacggtaagcattttgggaatgtctttattggtgtgcaacctacttttggc
tatgaaggcgaccctatgcgcttattattttcaaaatctgctagtcctcatcatggattt
gcagcatactatacatatttaaatcaagtttggcaggcagacgcagttttacactttggt
actcatggatctttagagttcatgccaggaaaacaaatgggaatgtctagcaattgttat
cctgatactttaattggtaatattcctaacctgtattactatgcggcgaataatccttcg
gaagctactattgcaaaacgtcgtagctatgcagaaactatctcatatctaactcctcca
gctgagaatgcaggtctatataaaggcttaaaagaattaaatgaattaataggatcatat
caaactttaaaagctaccagtcgcggaattcagatagttaatacagtgatggaccagtgt
cgattagtgaacttagataaagatattaagttacctgaaactgatgcaaaggaaatgact
tcggaagaaatggataatattattggtatcgtttatagtaagctcatggaaattgagtct
agactattaccatgtggtcttcatgttattggcaaacctccaacaggcgaagaggtagta
gcgacattagtcaatatcgcatcactagatagagaggaagaagatataatatctttacca
agcctcattgccacaagcatagaaagagacattaaagatatatattacaataatgatatt
ggtaaattagaagatgtcgagttattgcaaaaaattacattggcaactaggaaagctgta
gcttcaatggttgaagcaactacaaatcaagaaggtcgagtggacttcatctcaaaaata
gatattctgaaaattacccagaaagccccttgggtaagtactttagaaaacttagggtat
tctaaagtcaatagaagttctttaaaagttctttttgaatatcttgaatcctgtttgaaa
aagctttgcgaaagccatgaattagaagcattgcttaaaggtttagaaggagagtatgtt
ttacctggaccaggtggtgatattgttcgtaatccggatgttttacctacgggtaaaaat
atccatgcattagaccctcaatccattcctacgttagctgcaataaaatctgcaaaaata
gtagtagattctcttcttaagcgacaaaaaatcgataatggagatcaatatccagaaact
attgcatgtgttctgtggggaaccgataatattaaaacatatggagaatctctagctcag
attatgtggatggtaggagtcaagcctcttccagatgctctaggaagaattaataagtta
gaactgatacctcttgaagaattagcaagacctcgtattgatgttgtggtgacctgttcc
ggcgtatttcgtgatctttttattaaccaaatgaatctattagataaagctgttaaaatg
gcagcagaagctgatgaaccttcagaaatgaattatgtgcgtaaacatgcactggaacaa
gcatcagaaatgaatattgatgttagagaagcagcaactcgcattttttcaaatgcttct
ggttcttattcctccaatgttaatttagcgatagaaaatagtagctgggaagaagaaaaa
gaattacacaatatgtatttaaacaggaaaagtttttcttttgactcaaataatcctggt
attatgaaagataatagaaagatatttgaatctgctttaaaaacagcgaatgcaaccttt
caaaatctggattcttcagaagttagtttaacagacgtttctcattattttgattctgat
ccaacaaaaatcgtagctagcctacgggaagatggcaagcaacctgcggcttacatagct
gatacaacaactgcaaatgcacaggtacgtactctctctgaaactgttcgattggataca
cgcactaaactattaaatccaaaatggtatgaaggaatgttatctcatggttatgaagga
gttagagagatttcaaaacgtttggtaaatactatgggatggtctgctaccgctaatgcg
gtagataattgggtatatgaagatgcaaatactacttttattgaagatgaagaaatgtgt
aagcgtttaatggatttaaatcctaattctttccgtaaaatggttagtactctattagaa
gttaatggtagaggttactgggaaacatccgatagtaatctagaacgattacaagaactg
tatcagcaggctgaagacagaatagaaggaatagattaa

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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 (32)   
   KEGG ORTHOLOGY (1)   
   RefGene (29)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (2)   
   Pfam (2)   
All databases (51)   

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