KEGG T01064: Dsec

Drosophila sechellia: Dsec_GM17444

Entry

Dsec_GM17444 CDS T01064

Definition

GM17444 gene product from transcript GM17444-RA

Orthology

K06101

histone-lysine N-methyltransferase ASH1L [EC:2.1.1.43]

Organism

dse Drosophila sechellia

Pathway

dse00310

Lysine degradation

Class

Metabolism; Amino acid metabolism; Lysine degradation [PATH:dse00310]

SSDB

Motif

Pfam:

SET BAH PHD

Other DBs

NCBI-GI:

NCBI-GeneID:

FlyBase:

UniProt:

AA seq 2218 aa
MRRQQQRFWKRNAHKNPAETDSITDQSSQSKSIKSATQFSVQRSDTDGLRMRISAIRPPS
GVVATKKPPKSRKMSTHDTESGCSEARNRVGSKKVKVKRKKLASASGISKSDKVSKSKKS
QISAFSSDSEDDLPLKVHQQRAPRVLLSAIIQAAQSASKPTLDIGISSSDNELPSLVQAA
IKRVESDTEDTTVEGSFRKAAKDKNLPQYQSTLLQDFMEKTQMLGQTVNAKIAEEKVAKA
KEETLVQTAVPRKRRGRPKKVVPTVPVPGNSGPAINESADSGVISTTSTTQSTTPSPKMQ
NENVVPTGSLPIASSSKPKIDMAYLDKRMYATERVLYPPPRSKRRQNNKKAACSSSNKEE
LQLDPLWREIDVNKKFRLRSMSVGAASGTGASTTICSKVLAAKSGYVSDYGSVRHQRSSH
NHNSGYKSDASCKSRYSTKSCMSRRSRAKSCGYRSDCKESGKSGLRMRRKRRASMLLKSS
ADDPVEDQDILQLAGLSLGQSSEESTEYISKPSLKSLPTTSASKKYGEINRYVTTGQYFG
RGGSLTATNPDNFISKMMNQRKETPAPSKSSCKIKSRRSSAASMCSSYVSGVSRLRRRHR
RKSFSHNKSLNIDSKLLTEIEIITSTFNSRCRIQDDRLTGSSGKEKLLADANKLQATLAA
PSPAQQLTLNGGGSGSTLSKPLKRGLKKRKLSEPLVDFAMLSASASGTPNGSGSSNGNTK
RRHKKSQSNDSSSPDDHKLPLKKRHYLLTPGERPPAEVAFANGKLNAEAWAAAAAAAKST
ASTKSQAQFNARSVKSALTPKKRHLLEQPTSVSGAGSSASNSPLRIVVDNNSISGGKLLD
ISPSSLCSLKQQRRGGAAKQKVSAAKDLVQLQSPAGSYPPPGVFEPSVELEIQIPLGKLN
ESVITKAEVESPLLSALDIKEDTKKEVGQRVVETLLHKTGGNLLLKRKRKKINRTGFPTV
RRKKRKVSVEQQTTVVINGPEPEFDPDDEPLQSLRETRSSNSVNMQAPANPSLDCERVPQ
AGEARETFVARTNQKAPRLSVVALERLQRPQTPARGRPRGRKPKNREQAGAAPLPPPKSE
PEIRPAKKRGRQPKQPVLAEPPPTPPPQQKKNKIEPNIRLPDGIDPNTNFSCKIRLKRRK
NLEAGTQPKKEKPIQTVTVEEIPPEIPVNQEEIDAEAEAKRLDSIPLEHDPLPASESQNN
GPQDYASCSESSEDKASTTSLRKLSKVKKTYLVAGLFSNHYKQSLMPPPAKVNKKPGLEE
QVGPASLLPPPPYCEKYLRRTEMDFELPYDIWWAYTNSKLPTRNVVPSWNYRKIRTNVYA
ESVRPNLAGFDHPTCNCKDQGEKSCLDNCLNRMVYTECSPSNCPAGEKCRNQKIQRHAVA
PGVERFMTADKGWGVRTKLPIAKGTYILEYVGEVVTEKEFKQRMASIYLNDTHHYCLHLD
GGLVIDGQRMGSDCRFVNHSCEPNCEMQKWSVNGLSRMVLFAKRAIEEGEELTYDYNFSL
FNPSEGQPCRCNTPQCRGVIGGKSQRVKPLPAVEAKPAGDGLSGRNGRQRKQKAKKHAQR
QAGKDISSAVAVAKLQPLSEKEEKLVRQFNTFLVRNFEKIRRCKDKRASAAAATASSPAL
GATNGDIPGRRPSTPSSPSLAAQISALCSPRNIKTRGLTQAVHDPELEKMAKMAVVLRDI
CSAMETLKMSDLLTTVSSKKKKPIKTTLIGKVGATAATSKVEFRSIQVQVEQGHYKTPQE
FDDHMQQLFVEAKQQHGDDEGKAKALQSLKDSYEQQKIASYVQLVEILGDSESLQSFKPK
EVLSPEEEAGKMAVKKSPGAKERDSPIVPLKVTPPPLLPVEASPDEDVIRCICGLYKDEG
LMIQCAKCMVWQHTECTKADIDADNYQCERCEPREVDREIPLEEFTEEGHRYYLSLMRGD
LQVRQGDAVYVLRDIPIKDESGKVLPTKKHTYETIGAIDYQECDIFRVEHLWKNELGKRF
IFGHHFLRPHETFHEPSRRFYPNEVVRVSLYEVVPIELVIGRCWVLDRTTFCKGRPMECN
DEDHCYICELRVDKTARFFSKAKANHPACTKSYAFRKFPEKIKISKSYAPHDVDPSLLKT
RKQKTELELGAGQTTMHKVPGRQEQHQPKMVGRKHRGISGIPADATAVHVVTPMAPNKQM
LKKRRSRLENVLITMKLKCLDAQTAQEQPIDLSYLLSGRGARQRKTQQSSSNSTVNST

NT seq 6657 nt +upstreamnt +downstreamnt
atgagacggcagcagcaaaggttctggaaacgcaacgcgcacaagaatccggcagaaacc
gattccattacggatcaatcgagccagtcgaagtcgatcaagtcagccacccagtttagc
gtgcagcgttcggacaccgatggcctgcgaatgagaatctcggccatccgccccccgtca
ggagtcgttgcaaccaagaaacccccaaagtccagaaaaatgtccacccacgataccgag
tctggctgctcggaggccagaaatagagtaggtagcaagaaagtgaaggtcaagcgcaag
aagctggcaagtgccagtgggattagtaaatcggacaaagtgtccaagtctaagaagtca
cagatctcggcattttcctcggactcagaggacgatctgcccttgaaggtgcaccagcag
agagctccgcgagtgctgctcagtgctatcatccaggcggcacagtcggccagcaaaccc
accttggatatcggaatctcgtccagcgacaacgagttacctagccttgtgcaggcggct
atcaagcgagtggagagcgatacggaggacaccactgtggaaggaagtttccgcaaagcg
gccaaggacaagaacctaccccagtaccagtcaactttgctgcaggacttcatggagaag
actcagatgctggggcagaccgtcaatgcgaagattgcggaggagaaagtggctaaagct
aaggaggagaccctagtccaaacagctgttcctcgaaagcgcagaggtagacccaaaaaa
gtggttcccacagttcctgtcccaggaaactctggtcctgctataaacgaatctgctgat
tcgggtgtgataagcaccactagcactacgcaaagcactactccctccccgaaaatgcaa
aatgagaatgttgtgcccacgggatcgctgccaatcgcctccagcagcaagcctaagatc
gacatggcgtatctagacaagcgaatgtatgccaccgagcgggtgctctatccaccgccc
aggagtaagcggcggcagaacaataaaaaggcagcctgtagctcatctaacaaagaggaa
cttcagctggatccgctgtggcgagagatcgacgtgaacaagaagttcaggctgaggagt
atgagtgtgggtgcggctagtggaacaggagcgagcaccactatttgcagcaaggtcctg
gccgccaaaagtggttacgtctcggattacggaagcgtgcgacatcagcggagcagccac
aaccacaactccggttacaagtccgatgccagctgcaagagtcgatacagcaccaagagt
tgtatgagtcgcaggagcagggcaaagagctgcggctaccggagtgattgcaaggaatct
ggaaagtcaggcctaaggatgagacgaaagcgccgtgcttccatgctcttgaagagctca
gcagacgatcctgtcgaggaccaggacatccttcagctagctggattatctctgggccag
agcagcgaagagagtaccgaatacatcagcaaaccgagccttaaaagccttcccacgaca
agtgctagcaagaagtacggcgaaatcaatcgctatgtgaccaccgggcagtatttcggt
cgaggcggcagtttgactgccaccaacccggataacttcattagtaaaatgatgaaccag
cgtaaagaaaccccggctcccagcaaatcgtcctgcaagattaaatcccgccgctcctcg
gcagccagcatgtgcagcagctatgtgtctggggtgtccagattgcgtcgcagacatcgc
cggaagagtttcagtcacaacaagtcattgaacattgattccaagctgctcacggaaatc
gagataatcacaagcacctttaactcaaggtgccgcatccaagatgatcgtttgaccgga
agcagtggcaaagagaagctattggccgatgccaacaagctgcaggccaccctagcagct
ccaagccctgcccagcagttgactctgaatggaggaggatcaggttccaccctttccaaa
ccattaaaacggggcctaaagaagagaaagctgagtgagcccctggtggacttcgctatg
ctatcggctagcgctagtgggactcccaatggcagcggaagcagtaatggaaataccaaa
cgacgacacaagaaatctcaaagcaatgacagttccagtcccgatgatcacaagttgccg
ttgaaaaagcgccactatcttttgactccaggagagcgtccgccggcggaagtagcattc
gccaatgggaaattgaacgcagaggcctgggctgcagccgcggcggctgctaagagcact
gcgtctaccaaatcgcaagcccagtttaatgctagaagcgtaaaatctgcgctaacgccc
aaaaaaagacatctcctagagcaacctacgtctgtgagcggagctggctcgtcggcaagt
aattcacccctgaggattgttgtcgataataactccataagtggtggaaagttgctggat
ataagtcctagttccttgtgttccctcaaacagcagaggcgaggaggagcagctaaacag
aaggtgtcggctgcaaaggaccttgttcaacttcaatccccagctggtagctatcctccc
cccggtgtgtttgagccatctgtggagctggaaattcaaattcctcttggtaaactgaac
gaatccgtcataaccaaagcagaggtcgaatctccactgctctcggcgttggacattaag
gaggatacgaaaaaggaagttggccagcgcgttgtcgaaaccttgctacacaaaacggga
ggcaatcttcttctgaaacgcaagcggaaaaagataaatcgaactggatttcccactgtt
cgcaggaagaagcgtaaggttagcgtggagcagcaaacaacagtcgtcattaatggaccc
gagccggagtttgatccggatgatgagcccttgcaatccctaagagaaaccaggagtagc
aacagtgtcaatatgcaggcgccagcaaatccttcactggattgcgagcgagttccccaa
gcaggcgaggccagagaaacctttgtggccaggaccaatcaaaaagcccctcgactatcg
gtggtggctctggagcgccttcagcgtcctcaaacaccagctagaggaagaccgcgaggt
agaaaacctaagaaccgggaacaagctggagctgcacctttaccgccacccaaatcggaa
cctgagataaggccagccaaaaaacgaggcaggcaacccaagcagccggtactggcagag
ccaccacccacaccacctcctcaacagaaaaaaaacaaaatagaaccaaatattagacta
ccagatggcatcgatcccaatacgaatttcagctgcaagattcgcttgaagcggcgaaag
aacttagaagctggaacccaaccaaaaaaggagaagccaatacagacagtgacggtggaa
gagattcctccagaaattcctgtcaatcaagaggaaatagatgcagaggccgaggctaaa
cggctagacagtattcctctcgagcacgatcctttgcctgccagtgagtcccaaaacaac
ggcccacaggactatgccagttgcagtgaatccagcgaggacaaggcatcaaccacttcc
ttgcggaaactatctaaggtcaagaagacctatcttgtagcaggactcttctcgaatcac
tacaaacaatccctgatgccacccccagcgaaggtgaataaaaaaccaggcttggaggag
caagtgggtcctgcgagccttctaccgccacctccttactgcgaaaagtacctccgacgg
actgaaatggactttgagctaccctacgacatatggtgggcttacactaattccaaatta
cccactcgaaacgttgtcccatcatggaattaccgaaagatccgcactaatgtatacgcc
gagtcagtgcgtccgaatttggccggattcgatcatcccacctgtaattgtaaggaccag
ggcgagaaatcttgtttggacaactgtcttaaccgtatggtgtatacggagtgctcgccc
agcaattgcccggctggagagaagtgccgaaaccagaagatccagcgacacgctgtcgca
cccggagtggagcgcttcatgacggcagataaaggatggggagtgagaactaaactaccc
attgcgaagggaacctatattctggagtacgtgggagaggtagtcacggaaaaggaattc
aagcagaggatggctagcatctatctaaatgacacccatcactattgcttacatctggac
ggaggactggttatcgacggtcagcggatgggcagcgattgtaggtttgtcaatcattct
tgcgaacccaactgcgagatgcaaaaatggagtgttaacggcctatctagaatggttttg
ttcgccaaaagagccatagaggagggagaggagctgacatacgattacaacttttcgcta
ttcaatccctcagagggtcaaccctgcaggtgcaacacgccccagtgtcgtggtgtcatc
ggtggcaagtcgcagagagtaaaaccccttcctgctgtggaggccaagccagctggagac
ggactttcgggccgaaacggtcgccaacggaagcagaaggccaaaaagcatgctcaacgg
caggcgggaaaggatatttcatcagcagtggcggtggcaaagctccaaccattgtccgaa
aaagaagagaaactggtcagacaattcaacacatttctagtcaggaacttcgaaaagata
cgcagatgcaaagacaagcgggcgtcagctgcagcggcgactgcatcctcgccagcactt
ggcgccaccaatggggacattcctggtagacgcccctccacaccatcttctccttccttg
gcagcacagatttccgcgctctgctcgcctcgcaacataaaaacccgtggactcacgcag
gcagtacatgatcccgaactagagaaaatggccaaaatggccgtcgttctaagggatatt
tgcagtgccatggagaccctgaaaatgtccgatttgttgacgacagtgtccagcaagaaa
aagaagcctataaagaccactttgattggaaaagtgggtgctacagctgcaacttcaaaa
gtggaattccgatcgatacaagtacaggtggagcagggacattacaaaacgccgcaggaa
ttcgatgaccacatgcagcagctctttgtggaggccaagcagcagcacggcgatgatgag
ggcaaggcaaaagccctgcagtccctgaaggatagctatgagcaacagaagatcgccagt
tatgttcagctggtggagattcttggtgattcggaatcgttgcagagctttaaaccaaaa
gaagtgctttcgccagaggaggaagctggaaagatggcagtgaagaaatccccaggagca
aaggaaagagattccccaattgtgccattgaaagtaactccgccacccctgcttcccgtt
gaggcctctcctgatgaggatgtaatcagatgtatttgtggattgtacaaagatgaaggc
ttgatgattcagtgtgccaagtgcatggtgtggcagcatactgaatgtaccaaagctgac
atcgatgcggataattatcagtgcgagcgttgcgagccaagggaagtggatcgagagatt
cccctggaggaattcactgaagagggccaccgttactatctctcccttatgcgtggggat
ctccaggtacgacagggcgatgccgtttatgtcctgcgggatatccccatcaaggacgag
tccggcaaggtgttaccgaccaagaagcacacctatgaaacgattggagccattgattac
caagagtgcgatatctttcgggtggagcacttgtggaaaaacgaactgggaaagcgtttc
atattcgggcaccatttcctgcgcccccatgaaactttccacgaaccatcgcgacgattt
taccccaatgaggtggtgagagtttcactttatgaggtggtaccaattgagttggtcatt
ggacgctgctgggtgttggatcgaacaactttctgtaaaggacggccaatggaatgcaac
gatgaggatcattgctacatctgcgagctgcgtgtggacaagacggcaaggtttttctca
aaggccaaagccaaccatccggcctgcaccaagagctatgccttccgaaaatttcccgag
aagataaagatctccaagagctatgcgccccatgatgtggatccgtcattgctgaagaca
aggaagcaaaagactgaattagagctaggagccgggcaaacaacgatgcacaaggttcct
ggcaggcaggaacagcatcaacccaaaatggttgggcgaaagcatcgtgggatcagtggg
atcccagcggatgcaactgctgtccatgtcgtaacacccatggcgcccaataaacagatg
cttaagaagaggcgatcgcgtttagagaacgttctgataactatgaaacttaagtgtctg
gatgcacaaacggctcaggagcaacccattgacttgtcataccttctgtccggacgcggc
gcccggcagcggaagacccagcagtccagtagcaattctacggtcaactcgacataa

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 (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   FLYBASE (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (23)   

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