KEGG   Histoplasma mississippiense: HCAG_01026
Entry
HCAG_01026        CDS       T02229                                 
Name
(RefSeq) hypothetical protein
  KO
K20246  L-histidine Nalpha-methyltransferase / hercynylcysteine S-oxide synthase [EC:2.1.1.44 1.21.3.10]
Organism
aje  Histoplasma mississippiense
Pathway
aje00340  Histidine metabolism
aje01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:aje00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00340 Histidine metabolism
    HCAG_01026
Enzymes [BR:aje01000]
 1. Oxidoreductases
  1.21  Catalysing the reaction X-H + Y-H = X-Y
   1.21.3  With oxygen as acceptor
    1.21.3.10  hercynylcysteine S-oxide synthase
     HCAG_01026
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.44  L-histidine Nalpha-methyltransferase
     HCAG_01026
SSDB
Motif
Pfam: Methyltransf_33 FGE-sulfatase DinB_2
Other DBs
NCBI-GeneID: 5451281
NCBI-ProteinID: XP_001543980
AA seq 867 aa
MAPSKLSSVPIIDIHVNDFKDSLANEIYTGLKRPHGGAKSLPTLLLYSTEGLRRFEAYIR
YLDEAIRARNQDSQPAPGTMRELLELGSGNLRKIKILLDEFERKKKAVEYFALDLSLEEL
LRTFAEIPPGGYKYVQCRGLHGTYDDALAWLAKPENRQNPTCIMSMGSSIGNFTRPEAAK
FLNRFSRMLGPSDSFLVGIDACKNPDKVYRAYNDNHGVTKDFYMMGLSHANSILGFRAFK
KEDWDVACRFDMATGSHKAYYVPNVDVSLDGVVMKKGEKILFEQAFKYGPKECKDLFQRA
GVTPIAQFRNCTGEYYVHLLSSCTLEMPTQVTEYVADVIPNVVDFENLWKIWDTVTLSMI
SQDELLSKPIKLRNALIFYLGHSPTFFGRFVYLSVILRGVAEIKIDIHLTRATDGIPTEP
KHYQSIFERGIDPDVDNPELCHDHSDIPSEWPHLGEILTYRDAVRSRARAILAHGVKTRR
LAEALWIGFEHEAMHLETFLYMLLQSDKILPPPGVPQPNFESLAHQSALESRESSWFTIP
EQQVSIGLHDPDDHVIPKHSFGWDNEKPKRMVNVPAFAAQARPITNGEYAKYLEQHHISS
IPASWIDLVLKTADVRRNGYGNCNGYSTNGHNQLDSRASNEFLERFAIRTVFGPIPLKWA
LDWPVMASFNELQGYAESMSCRIPTFEEVRSIYQYSMFLKSLEDDRALHSTNGHGHRIVR
VVKTLDKSVEPPAEDAHGNPRTPDHQPVQSPSTKPMPVFIDLDDNCNVGFKHWHPTPVTK
HGNRLSGQSELGGVWEWTSTPLHAHEGFKSMELYPGYSADFFGGKHNIVLGGSWATHPRI
AGRTTFVNWFQRNYIYVWAGARLVRDI
NT seq 2604 nt   +upstreamnt  +downstreamnt
atggcgccttccaagttgagcagcgtgcctattatagacatacatgtcaatgatttcaag
gactcactggctaacgagatctatactggcctcaagcgtccacacggaggagcaaagtcc
ttaccgacactccttctctatagtaccgaaggtcttcgccgctttgaggcatatatacgc
tacttagatgaggcgatacgagcacgcaaccaggatagtcaaccagctcccggaaccatg
agagaactactggagcttggtagcgggaatctccgcaagattaaaatattgttggacgag
tttgaacgaaagaaaaaggctgttgaatattttgctcttgatctgtccctagaggagctt
ctccgtacattcgctgaaattcctccgggaggttataaatatgtccaatgtcgcggcctc
cacggaacatatgatgatgctcttgcctggttggcgaagccggagaatagacaaaatcca
acctgtattatgtctatgggatcatccatcggcaattttactcgtccggaagctgctaag
tttttgaatcgattttcgaggatgctcgggccatccgattccttccttgttggaatagat
gcttgtaaaaatcctgacaaagtgtatagggcttacaacgacaatcatggcgtgaccaag
gacttttacatgatggggctttcccacgccaattctatcctcggatttcgggcattcaaa
aaagaagattgggacgtggcttgtcgtttcgatatggcaactggatcacataaggcctat
tatgttccaaatgtggacgtctccttggatggagtggtcatgaaaaagggtgaaaagata
ttgttcgagcaggctttcaaatacggacccaaggagtgcaaggacctgtttcaacgcgcg
ggagtaacgccaatagcacagtttagaaattgcactggtgaatattatgttcacctcctg
tcatcctgcaccttggaaatgcccactcaagtcacggagtacgtggcggatgtaattccc
aatgttgtagattttgaaaatctttggaagatttgggataccgtgactctatctatgatt
tcccaggatgaactgctgtcaaaacccattaagttaagaaatgcattgattttctatctc
gggcattctccgactttctttggtaggttcgtgtatttgtcagtcatcctgagaggtgtt
gctgagatcaaaatagacatccacctaacgagagccacggacggcatcccgacagaacct
aagcactatcaatcgatatttgagcggggtattgatccagatgttgataacccggagctt
tgccacgatcattctgacatcccaagcgaatggccacaccttggagagattctgacgtac
agagatgccgttcgcagccgagcacgcgccatattagcgcatggagttaagacccgccgt
ttggctgaggcattgtggattggcttcgagcacgaagcaatgcatctggaaacattccta
tacatgctcttgcagagtgacaaaattctcccaccacctggagttcctcagccgaacttt
gaatctctcgcccaccaatctgcgttggaatcaagggaaagttcctggttcactattccc
gagcaacaggtatccattggcctacatgatccggatgatcatgttatcccaaagcactct
tttggttgggataatgaaaaacccaagaggatggtgaacgttcctgcatttgctgcacaa
gcccggcctattacgaatggagagtatgcgaaatacttagaacagcaccatatttcatcg
ataccagcgtcctggattgacctggtcctgaagacagctgatgttaggcggaatggttat
ggcaattgtaacggctattctaccaacgggcataaccaacttgactccagagctagtaac
gagtttctggagagatttgcaattcgcactgtctttggacccatacctttgaaatgggca
cttgactggcccgtgatggcttcgttcaatgagcttcaaggatatgcagagtctatgagc
tgcaggattcctacctttgaagaggttcgaagtatctaccagtactccatgtttcttaaa
tcattggaggacgatagagcgcttcattcgacgaatgggcacggccaccgaattgtcagg
gtcgtgaagaccttagacaaatcagttgaaccccccgcggaagacgctcacggcaatcct
cgcacaccggatcaccagcctgttcaatccccttcaacaaaacccatgccagtgtttatt
gatctcgacgacaattgcaacgtcgggttcaaacactggcaccctaccccagtcaccaaa
cacgggaacaggctttccggacagagtgaactggggggcgtctgggaatggacaagcact
cccctgcatgcacatgaggggttcaaatctatggagctttatccaggatattcagccgac
tttttcggtggaaaacataatattgttttggggggctcttgggcaacccatcctcgaatc
gctggccgaacaacatttgtgaactggttccaacgcaattatatctatgtatgggcaggt
gcacgtctggttcgggatatctga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (9)   
   KEGG COMPOUND (9)   
Chemical reaction (4)   
   KEGG ENZYME (2)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (19)   
   KEGG ORTHOLOGY (1)   
   RefGene (15)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (42)   

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