KEGG T01018: AOR_1

Aspergillus oryzae: AOR_1_4154

Entry

AOR_1_4154 CDS T01018

Gene name

AO090003000002

Definition

histone-lysine N-methyltransferase, H3 lysine-4 specific

Orthology

K11422

histone-lysine N-methyltransferase SETD1 [EC:2.1.1.43]

Organism

aor Aspergillus oryzae

Pathway

aor00310

Lysine degradation

Class

Metabolism; Amino acid metabolism; Lysine degradation [PATH:aor00310]

SSDB

Motif

Pfam:

N-SET SET_assoc SET RRM_1

Other DBs

NCBI-GI:

169769549

NCBI-GeneID:

5992596

UniProt:

Q2UMH3

AA seq 1229 aa
MSRSSAGFADFFPTAPSVLQQKRFKVTRERPRPKAQIDSEHSDESSACPTETRAILNLSN
GGASLDSGQISSTDLKKTSPESSVEGSASSTAGDRSALSLSVAQHGANSHEARLDTLTPL
TNAESSPPQKANSPRNKIAEGIVANTTIDTKSGINPLHTPPTPQSQGRRTGSIRGYKLVY
DPDTEKRSSSKEKRRKPRYVDIILSEQNNCPPDPRLGIPNYMRGAGCKQKRKYRPAPYTL
KPWPYDASSTIGPGPPAQIVITGFDPLTPIAPISALFSSFGDIGEINNRTDPITGRFLGI
CSVKYKDSASFRGGGPVLAASAARRAYYECRKEQRIGTRRIRVDLDRDGVVSERFVARTI
ESQRMGQKSNLQSTEEVKSDSETKKNEPPPTAPKGPSGKTSVRPIVAIPEGPRANFLKPV
MPSLVEEVPILGQIKRDPYIFIAHCYVPVLSTTVPHLKKRLKLFNWKDIRCDKTGYYIIF
ENSRRGEEETERCYKMCHMKPLFTYIMNMESQPYGNPSYERSPSPERCRAEQRERAERER
LKREVGLDIEEEKRQRAVDLDPCQEVLTIIIRDLKDKLLEDVKSRIAAPALYDYLDPDRH
ALKRKTLGIADPEGIKRPMFRIDDSFGTPDSRSGLSDARRPFSGSTPNILALPRIRKARH
LGRTDTAFLDERRKQPLRRREVRPLYHRLQQLHDVDDSDDEQRTPKDTDEQDSRPPSRMS
SGTSESDDGDGFVSEALGLPVVELAGSGQNKEPDEILKDNQSVGESSQLESNEISPELRK
RKRASEELEARKRQKEDDELFGINPIAEAEVEGTQIIATPIAVDINLEVSEAALSILPKE
SNDNRQETGEANHLDFDGIDVTSSTIEKDRRGILDPLDDIDNAAAREESRTEVGWRVSND
EPRPIVDDDDAIIMDLDGWQNLIKDDEDLHFLRDILVGYSESNVGNLSAWAWRQKEIKAL
NHPGDVGPLRGGTGIAGYYVPNTTGAARTEGRKRILESEKSKYLPHRIKVQKAREEREAR
AKNDPHTAAVEAARVAAAKNISKSTSRSTRVNNRRLIADINAQKQALPTQSGDGDVLRFN
QLKKRKKPVRFARSAIHNWGLYAEENISANDMIIEYVGEKVRQQVADMRERQYLKSGIGS
SYLFRIDENTVIDATKRGGIARFINHSCTPNCTAKIIKVDGSKRIVIYALRDIERDEELT
YDYKFEREWDSDDRIPCLCGSTGCKGFLN

NT seq 3690 nt +upstreamnt +downstreamnt
atgtcgcgctcctcggcaggctttgcagacttcttccctactgcgccgtctgtcctccag
caaaaacgatttaaagtaactagggagcgaccgcgacctaaagcccaaatcgatagtgaa
catagcgatgaatcatcagcgtgccccacggaaacaagagctattctcaacctatctaat
ggcggtgcatctctggattcagggcaaatatcttctactgatttaaagaaaacgtcaccg
gaatcgtctgtcgagggctctgcaagttctacagcaggagatcgttcagcccttagctta
tctgttgctcagcatggcgcgaactcgcatgaagcgcgtcttgacaccctaactcctctt
accaatgcagaatcatcgcctcctcaaaaagcaaactcaccccggaataaaatagcagaa
gggattgttgcaaatactactatcgacactaaaagtggaataaaccctctccataccccg
ccaacaccacagtctcaaggccgtcgcactggaagcatcagaggttacaagctggtctat
gaccctgacaccgaaaaacgatcatcttcgaaggagaagcgaagaaaaccccgttatgtc
gatattattctgagcgagcaaaacaattgcccaccagatcctcgcctgggaatcccaaat
tacatgcgaggtgccggttgcaagcagaagaggaaatatcgaccagcgccctatacccta
aagccttggccttatgatgcctcatcgacaatagggcccggcccccctgcgcagatagtt
atcactggtttcgacccgctcactccaattgcgccgatcagcgccctgttctcgagtttc
ggggatattggcgagataaataaccgcacggatccgattactggcaggtttcttggaata
tgttcagtaaagtataaagacagcgcttcattccggggcggcggtcctgtccttgcagca
agcgcggccaggcgagcttactacgaatgcagaaaagagcagcgcattggaacacgaagg
atcagggttgacttggatcgcgatggggttgtctcagaaagatttgtggctaggacaatt
gagtcccagaggatgggacagaaaagcaatcttcaatctacagaagaggtgaaatctgat
tcggaaacaaagaaaaacgagcctcctccgacggcgccaaaaggtccttcaggaaaaacc
tcagttcgccctatagttgcaattcctgaaggaccgagggcaaattttcttaaacctgtc
atgccatctttggtcgaggaagtacccattttgggtcagatcaaaagggacccgtatatc
ttcattgcgcattgctacgtaccagtccttagtacaaccgttccgcaccttaagaagagg
ctcaagctgtttaactggaaagacattcgttgcgacaagaccgggtactatattatattc
gagaattctaggcgcggtgaggaggaaactgagcgctgctacaaaatgtgccacatgaag
cctttgttcacctatatcatgaatatggaaagccagccttatggcaatcccagctacgag
cgcagtccaagtcctgaacgatgtcgagcagaacaacgcgagcgagcagaaagagaaaga
ctgaaaagagaagtgggtcttgatatcgaagaagagaaaaggcagcgagcggttgacctt
gatccctgccaagaagtattaaccatcataattcgagacctgaaggataaacttcttgaa
gatgtgaagtcacgcattgctgcaccagccttgtatgattacctcgacccggaccggcat
gctctgaagaggaaaacgttaggtatcgctgatccagaggggatcaagaggcccatgttt
cgaattgatgattcgttcgggacaccagactcgaggtcagggttgtcagacgcaaggcgt
ccgttcagtggatctactccaaatattcttgcacttcctcgtattcgaaaggctcgtcat
cttggtcgcacagatactgctttcttggatgaaaggcgcaagcagccgctgcggagaaga
gaggtccgaccactgtatcaccgattacaacagttgcatgacgttgacgactcagatgat
gagcaacgaacaccaaaagatacggatgagcaagatagccggcccccaagtcggatgagc
tcagggacctcggagtctgatgatggcgacggctttgtttccgaggctttgggccttcca
gttgtagaactggctggctcaggtcaaaataaagagcccgatgagattctgaaagacaac
caatcggtaggcgaaagttcacagcttgaaagcaacgaaatctctccagagttacggaag
cggaaaagagccagcgaagaactcgaggcgcgcaagagacaaaaggaagatgacgaactt
tttggcattaatcctattgcagaagctgaagtcgaaggcacccaaatcatcgcaactcct
atagccgtggacataaatctcgaagtttcagaagctgctttgagtatccttccaaaagag
agtaatgataaccggcaagagactggagaagccaaccatctggactttgatggtattgat
gttacgtcctcgacgatagaaaaagaccgccgtggtatactagatcctcttgacgatatc
gataatgcggctgcgcgcgaagaatcccgaacagaagtgggatggcgagtgtcgaatgac
gagcctaggcccattgtcgatgacgacgacgcaataatcatggatctcgacggatggcag
aatctaattaaagacgatgaggatctgcactttcttcgagatattcttgttggatattcc
gagtccaacgttgggaatttgtcggcttgggcatggaggcagaaggaaatcaaagccctc
aatcatcccggagatgtggggcccctgcgcggagggactggcatcgcaggatattacgtg
cccaatacaacaggtgcagctcgaacagaaggaagaaagagaatattggagtcggagaag
tcaaaatacctgccacatcgtatcaaagtccagaaggcacgtgaagaacgagaggccaga
gcaaagaatgatccgcatactgctgcggttgaagctgcaagagttgctgcggcaaagaac
atctctaagtctacttccagatctacacgggtcaataaccgccgattgattgcagatatc
aatgcacagaaacaggctcttcccactcaatccggagacggtgacgtccttcgcttcaat
cagctgaagaaacgaaagaagccagtacgctttgctcggtcagctatccataattggggc
ctctacgcagaagagaatatatcagcaaatgacatgataattgaatatgtaggtgaaaaa
gtgcggcagcaggttgcggacatgagggagaggcagtaccttaagagtgggatcggcagc
agctaccttttccgcattgatgagaacacagttatagatgctacaaagagagggggcatt
gctaggtttatcaaccatagctgtacaccgaattgcactgccaagatcatcaaagtcgat
ggtagcaagcgtattgttatatatgccttgagagacatcgagagagatgaggagctgacg
tatgactacaaattcgaaagagagtgggacagcgatgataggatcccatgcctttgtggc
tcaaccgggtgcaaagggttccttaactga

All links

Pathway (1)   
   KEGG PATHWAY (1)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (4)   
   KEGG ENZYME (1)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (23)   

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