KEGG T01148: ACLA

Aspergillus clavatus: ACLA_088100

Entry

ACLA_088100 CDS T01148

Definition

SET domain protein

Orthology

K11422

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

Organism

act Aspergillus clavatus

Pathway

act00310

Lysine degradation

Class

Metabolism; Amino acid metabolism; Lysine degradation [PATH:act00310]

SSDB

Motif

Pfam:

N-SET SET_assoc SET RRM_1

Other DBs

NCBI-GI:

121709862

NCBI-GeneID:

4704868

UniProt:

A1CE22

AA seq 1232 aa
MSRTSAGYADFFPTAPSVLQQRRIKAPRDHSLIKDRPGSEPKDGQLPSPENTIANISTNS
STLEFPITTIHTGQEKTQSRETGRINLDTTSTGSSILSSTLAQSSLAQLKELQIDTLTPL
TNAGSSPPQRSSPCQSKSAGGIAEYNKPSNFVTEEAKLVVTPLHTPPTPQSQTPRGGDIK
GSKLIYDPDIDKRSSKEKRRKPQYVDFVVSDPKSCPADPRLSISNYTRGAGCKQKTKYRP
APYRLKQWPYDASTTLGPGPPIQIVVTGFDPLTPIAPISALFSSFGEVSEINNRTDPITG
RFLGVCSVRYKDSNSFRGAESIPAATAARRAFLECKKEQRIGTRRIRVELDRDGAVSDKI
VAKTIESQRMGHRKNTVLEEAKLEPRLKRSEPPPTAPKGPSRSSTRPGLAIPEGPRASFV
KPAVPSLVEETPILSQIKREPYIFIAHCYVPVLSTTVPHLKKRLKLFDWKDIRCDKTGYY
IIFENSRRGEEETQRCFKVCHMKPLFTYIMNMESQPYGNPNYERSPSPERLQAERREKSE
RERVKREADLDIEEEKQQRAINMDPCREVLALIVRDLKDKLLEDVKSRIAAPALYDYLDP
ERHALKRQQLGLRDPEGIKKPAFRIDVEASLGPGQSRSVLSDGRHTFSPYGLNILALPRI
RKSHRLNSADAAFVDERRKQPMRKKEVRPLYHRLQQLHSVDDSDDESRTPFTVDPDEQDS
RPPSRMSSRSSDSDDGESAPEALDGFVSAQAKHGMDVLQTPVTEHTIDQYPHKDTPDSSL
TCKRKRPAEDVEARKRLKEDECEHLNRNLPAETALDLSTLRVDHDVLGSVDHIDDYQKHS
IQVSDKTIQAHEDHEQTSDGTPDIDSIIQNAGIEVKLQSPDEHDNAERHDGMRTEVEWGV
SNNEPRSTVDDDETIVMDLDGWQALVKDEEDLCFLRDVLSGLPWSKVDNLSAWAWRQKEI
KALSRPNETGPVHEEIKISGYYVCNFTGAARTEGRKRILESEKSKYLPHRIRVQKAREER
EAKARSDPHATAAEAARITAAKTISKSTSRSTRVNNRRLVADINAQKQALPMQSGDGDAL
RFNQLKKRKKPVRFARSAIHNWGLYAEENISANDMIIEYVGEKVRQQVADMRERQYLKSG
IGSSYLFRIDENTVIDATKRGGIARFINHSCTPNCTAKIIKVDGSKRIVIYALRDIERDE
ELTYDYKFEREWDSDDRIPCLCGSTGCKGFLN

NT seq 3699 nt +upstreamnt +downstreamnt
atgtcacgcacttcagccggctatgcggactttttccccaccgctccatctgttcttcaa
caaaggagaatcaaagcaccacgggatcattccctaatcaaagatcgccctgggagcgag
ccaaaagatgggcaactgccatctccggaaaacaccatagccaatatctcaacgaacagc
agcacactcgaatttccgataacaacgatacatacgggccaagagaagacgcaatccaga
gaaaccgggaggatcaatctggacacaacaagtacggggtcatcaattctgagctcaacg
cttgcccaatctagccttgcgcagttgaaggaattacagattgacactctaacacccctc
actaatgcagggtcatctccgcctcagaggtctagcccatgtcagtcaaagtcggcaggt
gggattgcagaatacaataagcccagcaacttcgtgactgaagaggcgaaacttgttgtc
acccctcttcatacacctccaaccccacaatcgcaaactccgcgcggcggcgacatcaaa
ggcagcaagttgatttatgatcccgatattgataaacgatcatcgaaagagaagcgtcgc
aaaccacagtacgtggattttgtggtcagtgacccaaagagctgtccagcggatccgcga
ctgagcatatcgaattacacacgtggagccggatgcaagcagaaaacgaaataccggcca
gctccttatagattgaaacaatggccatacgatgcttcaacaacactcggaccaggacca
cctattcagatagtggtcactggatttgatcccctaaccccgattgctccaataagcgca
ctattctcaagcttcggtgaagtttcagagataaataatcgcacagatcccattactggt
cgatttctcggagtatgctcagtcaggtacaaggacagtaattcgtttaggggtgctgag
tcaattcctgctgcaactgctgcaaggcgagcttttttagagtgcaagaaagaacaacga
attgggacacggaggatcagagtggaacttgatcgcgatggggcagtatcagataaaatt
gttgcaaagaccattgagtctcagcggatgggacataggaaaaatactgtgttggaagaa
gcaaaactcgaaccacgactaaagaggagcgaaccgcctccgacagcgcctaaaggtcct
tcacgatcctccacacgccccgggctcgccatacccgaagggcccagggcgagctttgtc
aagccagccgtaccatcgttagtcgaggaaacccctatattgagtcaaatcaagcgggag
ccctacatttttatcgcacattgctacgtgccggttcttagcacgaccgttccccatttg
aagaaaagactcaaactgttcgactggaaagacattcgttgcgacaaaactgggtactat
attatctttgaaaactccagacgtggcgaagaggaaactcagcgttgtttcaaggtatgc
cacatgaaacctcttttcacttacatcatgaatatggaaagccagccttatggaaatcca
aactatgagcgaagcccaagcccagagcgtcttcaggcagagcggagagaaaagtctgaa
agggaacgggtgaaaagggaggcagatttggatattgaagaagaaaaacaacagagggca
atcaatatggacccgtgtagggaagtcctagctctcattgttcgtgatctgaaagataaa
cttctcgaggatgtgaaatcgcgcattgcggccccagccttgtacgactaccttgatccg
gagcgacatgcccttaagagacaacagttgggtctccgggatccagaaggaatcaagaaa
cctgcctttcggattgatgtggaagcatccctgggacctggtcagtctcggtccgttctt
tcagatggccgacatacattcagcccttatggcctaaatatacttgccctaccacgtatc
aggaaatcacatcgactgaacagcgcagatgctgccttcgtggatgaaaggcgcaaacaa
ccgatgcggaaaaaagaagttcggcctctctaccacagactgcagcaattacacagtgtt
gacgattcggatgacgagtcgcgcactccgttcacagtggatcctgatgaacaggacagt
cgtcctcccagtcgaatgagttcgagatcttcagattctgatgacggcgaatccgccccg
gaggccttggatggctttgtttcagcacaagccaagcatggaatggacgtattacaaacc
cccgtgactgaacatacgatagatcaatatccacacaaggatacaccggactcgtctttg
acctgcaaaaggaagcggcctgctgaggatgttgaagcgcggaagaggcttaaagaagat
gaatgcgagcatctcaataggaatctgcctgccgaaactgctcttgatctgtcaacccta
agggttgatcatgatgttttagggtcggtcgatcacattgacgactaccagaaacattca
atccaagtaagcgacaaaacaatacaggcgcacgaggatcacgagcagacttcggatggt
acacctgatatcgattccattatacaaaatgctggtatcgaagtgaaattgcaatcacca
gatgagcatgacaatgcagagagacatgacggtatgagaacggaggttgaatggggcgta
tcgaataatgaaccccgctcaacggtcgatgatgatgaaacgattgtcatggatttagat
ggctggcaggctctggttaaagacgaagaggacttgtgctttcttcgtgatgtattatct
ggactgccatggtctaaggtcgacaatttgtcggcatgggcatggcggcaaaaggaaatc
aaggccctcagtcgccccaatgaaactgggcctgtccatgaagaaattaagatatcgggt
tactacgtctgcaactttaccggtgctgctcgaactgagggaagaaagagaatcctggag
tccgagaaatccaaatatctaccccaccgtatcagggttcaaaaggctcgtgaggaacgc
gaggctaaggcgaggagtgatccccatgccacagctgctgaagctgccagaatcaccgca
gcaaagaccatatccaaatctacttcaagatcaaccagggttaataatcgcagactggtc
gcagacatcaatgctcaaaaacaggctcttcccatgcaaagcggagatggcgatgctctt
cgattcaaccagttgaagaaacggaagaagccggtgcgcttcgccaggtcagcaattcac
aactggggcctttatgcggaagagaacatctcggcaaatgatatgattatagagtatgtg
ggcgaaaaggtgcggcaacaggttgcagacatgagagaaagacagtacttgaaaagcggg
attggtagcagttaccttttccggattgacgagaacactgttatagatgccacgaaaaga
ggaggtattgctaggttcatcaaccatagctgtacccctaactgcactgccaagatcatc
aaggtcgatggtagtaaaaggattgtcatatatgctcttagggacatcgaaagagatgag
gagctaacctatgactacaagtttgaaagagaatgggatagtgatgacagaatcccatgt
ctttgcggttcaactggttgtaaaggatttcttaattag

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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