KEGG T00030: Dmel

Drosophila melanogaster (fruit fly): Dmel_CG8887

Entry

Dmel_CG8887 CDS T00030

Gene name

ash1

Definition

absent, small, or homeotic discs 1 (EC:2.1.1.43)

Orthology

K06101

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

Organism

dme Drosophila melanogaster (fruit fly)

Pathway

dme00310

Lysine degradation

Class

Metabolism; Amino acid metabolism; Lysine degradation [PATH:dme00310]

SSDB

Motif

Pfam:

SET BAH PHD

Other DBs

NCBI-GI:

NCBI-GeneID:

FlyBase:

UniProt:

Position

3L:76B8-76B9; 3L:3-46.6 cM

AA seq 2226 aa
MSCSQNETAAAKVLETQRAQESGSENEETDSITDQSSQSKSIKSATQFSVQRSDTDGLRM
RISAIRPTLGVVATKKPPKSRKMSTQDTESGCSEAKNRAVSKKVKVKRKKLASSSGISKS
DKVSKSKKSQISAFSSDSEDDLPLKVHQQRAPRVLLSAIIQAAQSASKPTLDIGISSSDN
ELPNLVQAAIKRVESDTEDTTVEGSFRKAAKDKNLPQYQSTLLQDFMEKTQMLGQTVNAK
LAEEKVAKAKEETLVQTAVPRKRRGRPKKVVPTVPAPGNSGPAINESADSGVISTTSTTQ
STTPSPKMQNENAVPTGSLPIASSSKPKIDMAYLDKRMYATERVLYPPPRSKRRQNNKKT
ACSSSNKEELQLDPLWREIDVNKKFRLRSMSVGAASGTGASTTICSKVLAAKSGYVSDYG
SVRHQRSSHNHNSGYKSDASCKSRYSTKSCMSRRSRAKSCGYRSDCKESGKSGLRMRRKR
RASMLLKSSADDTVEDQDILQLAGLSLGQSSEESNEYISKPSLKSLPTTSASKKYGEINR
YVTTGQYFGRGGSLSATNPDNFISKMMNQRKETPAPSKSSCKIKSRRSSAASMCSSYVSG
VSRMRRRHRRKSFSHNKSLNIDSKLLTEIEIITSTFNSRCRIQDDRLTGSSGKEKLLADA
NKLQATLAAPSPAQQLTLNGGGPASTLSKPLKRGLKKRKLSEPLVDFAMLSASASGTPNG
SGSSNGNTKRRHKKSQSNDSSSPDDHKLPLKKRHYLLTPGERPPAEVAFANGKLNAEAWA
AAAAAAKSTASTKSQAQFNARSVKSALTPKKRHLLEQPTSVSGAGSSASNSPLRIVVDNN
SISGGKLLDISPSSLCSLKQQRRGGAAKQKVSAAKDLVQLQSPAGSYPPPGVFEPSVELE
IQIPLSKLNESVITKAEVESPLLSALDIKEDTKKEVGQRVVETLLHKTGGNLLLKRKRKK
INRTGFPTVRRKKRKVSVEQQTTAVIDEHEPEFDPDDEPLQSLRETRSSNNVNVQAAPNP
PLDCERVPQAGEARETFVARTNQKAPRLSVVALERLQRPQTPARGRPRGRKPKNREQAEA
APQPPPKSEPEIRPAKKRGRQPKQPVLEEPPPTPPPQQKKNKMEPNIRLPDGIDPNTNFS
CKIRLKRRKNLEAGTQPKKEKPVQPVTVEEIPPEIPVSQEEIDAEAEAKRLDSIPTEHDP
LPASESHNPGPQDYASCSESSEDKASTTSLRKLSKVKKTYLVAGLFSNHYKQSLMPPPAK
VNKKPGLEEQVGPASLLPPPPYCEKYLRRTEMDFELPYDIWWAYTNSKLPTRNVVPSWNY
RKIRTNVYAESVRPNLAGFDHPTCNCKNQGEKSCLDNCLNRMVYTECSPSNCPAGEKCRN
QKIQRHAVAPGVERFMTADKGWGVRTKLPIAKGTYILEYVGEVVTEKEFKQRMASIYLND
THHYCLHLDGGLVIDGQRMGSDCRFVNHSCEPNCEMQKWSVNGLSRMVLFAKRAIEEGEE
LTYDYNFSLFNPSEGQPCRCNTPQCRGVIGGKSQRVKPLPAVEAKPSGEGLSGRNGRQRK
QKAKKHAQRQAGKDISSAVAVAKLQPLSEKEKKLVRQFNTFLVRNFEKIRRCKAKRASDA
AATASSPALGTTNGDIPGRRPSTPSSPSLAAQISALCSPRNIKTRGLTQAVHDPELEKMA
KMAVVLRDICSAMETLKMSDLLTTVSSKKKKPIKTTLSGKLGSTAATSKVEFRSIQAQVE
QGHYKTPQEFDDHMQQLFVEAKQQHGDDEGKEKALQSLKDSYEQQKIASYVQLVEILGDS
ESLQSFKPKEVLSSEEEPGKIAVKKSPGAKERDSPIVPLKVTPPPLLPIEASPDEDVIRC
ICGLYKDEGLMIQCSKCMVWQHTECTKADIDADNYQCERCEPREVDREIPLEEFTEEGHR
YYLSLMRGDLQVRQGDAVYVLRDIPIKDESGKVLPTKKHTYETIGAIDYQECDIFRVEHL
WKNELGKRFIFGHHFLRPHETFHEPSRRFYPNEVVRVSLYEVVPIELVIGRCWVLDRTTF
CKGRPMECNDEDHCYICELRVDKTARFFSKAKANHPACTKSYAFRKFPEKIKISKSYAPH
DVDPSLLKTRKQKTELDVGAGPTTMHKVSGRQEQHQAKMVGRKPRGISAPADATAVHVVT
PVAPNKQMLKKRKSRLENVLITMKLKCLDAQTAQEQPIDLSYLLSGRGARQRKTQQSSSS
STANST

NT seq 6681 nt +upstreamnt +downstreamnt
atgagctgtagccaaaatgagacggcagcagcaaaggttctggaaacgcaacgcgcacaa
gaatccggcagtgaaaatgaggaaaccgattccattacggatcaatcgagccagtcgaag
tcgatcaagtcagccacccagtttagcgtgcagcgttcggacaccgatggactgcgaatg
agaatctcggccatccgccccacgttaggagtcgtagcaaccaagaaacccccaaagtcc
agaaaaatgtctacccaggacaccgagtccggctgctcggaggccaaaaatagagcggtc
agcaagaaagtgaaggtcaagcgcaagaagctggcaagttccagtgggattagtaaatcg
gacaaagtgtctaagtctaagaagtcacagatctcggcattttcctcggactcagaggac
gatctgcccttgaaggtgcatcagcagagagctccgcgagtgctgctaagtgctatcatc
caggcggcacagtcggccagcaaacccaccctcgatatcggaatctcgtccagcgacaac
gagttacctaacctggtgcaggcggctatcaagcgagtggagagcgatacggaggacaca
actgtggaaggaagtttccgcaaagcggccaaggacaagaacctaccccagtaccagtca
actttgctgcaagacttcatggagaagactcagatgctggggcagaccgtcaatgcgaag
cttgcggaggagaaagtggctaaagctaaggaggagaccctagtccaaacagctgttcct
cgaaagcgcagaggtagacccaaaaaagtggttcccacagttcctgccccaggaaactct
ggccctgctataaacgaatctgccgattcgggtgtgataagcaccactagcacaacgcag
agcactactccctccccgaaaatgcaaaatgagaatgctgtgccgacgggatcgctgcca
atcgcctccagcagcaagcctaagatcgacatggcgtatctggacaagcgaatgtatgcc
actgagcgggtgctctatccaccgcccaggagtaagcgacggcagaacaataaaaagaca
gcctgcagttcatccaacaaagaggaacttcagcttgatccgctgtggcgagagatcgac
gtgaacaagaagtttaggctgaggagtatgagtgtgggtgcggctagtggaacaggagca
agcaccactatttgcagtaaggtcttggccgctaagagcggttacgtctcggattacgga
agcgtacgacatcagcggagcagccacaaccacaactccggttacaagtccgatgccagc
tgcaagagtcgatacagcaccaagagttgtatgagtcgcaggagcagggcaaagagctgc
ggctaccggagtgattgcaaggaatctggaaagtcaggcctaaggatgaggcggaagcgc
cgggcttccatgctcttgaagagctcagcagacgatactgtcgaggaccaggacatcctt
cagctagctggattatctctgggccagagcagtgaggagagcaacgaatacatcagtaag
ccgagccttaaaagccttcccacgacaagtgccagcaagaagtacggcgaaatcaatcgc
tatgtgaccaccgggcagtatttcggtcgaggcggtagtttgtctgccaccaacccggat
aacttcattagtaaaatgatgaaccagcgtaaagaaaccccggctcccagcaaatcgtcc
tgcaagattaaatctcgccgctcatcggcagccagtatgtgcagcagctatgtgtctggg
gtgtctagaatgcgtcgcagacatcgccggaagagtttcagtcacaacaaatcattgaac
attgattccaagctgctcaccgaaatcgagataatcacaagcaccttcaactcaaggtgt
cgcatccaagatgatcgtttgaccggaagcagtggcaaagagaagctattggccgatgcc
aacaagctgcaggccaccctagcagcaccaagccctgcccagcagttgactctgaatgga
ggaggaccagcttccaccctttccaaaccattaaaacggggcctaaagaagagaaagctg
agtgagcccctagtggacttcgctatgctatcagctagcgctagtggaactcccaatggc
agcggaagcagtaatggaaataccaaacgacgacacaagaaatctcaaagcaatgacagt
tccagtcccgatgatcacaagttgccgttgaaaaagcgccactatcttttgactccagga
gagcgtccgccggcggaagtagcattcgccaatgggaaattgaacgcagaggcctgggct
gcagccgcggcggctgctaagagcactgcgtctaccaaatcgcaagcccagtttaatgct
aggagcgtaaaatctgcgctaacgcccaaaaaaagacatctcctagagcaacctacgtct
gtgagcggagctggctcgtcggccagtaattctcccctgagaattgttgtcgataataat
tccataagtggtggaaagttgctggatataagtcctagttccttgtgttccctcaaacag
cagaggagaggaggagcagctaaacagaaggtgtcggcagcgaaggacctcgttcagctt
caatccccagctggtagctatcctccccccggtgtgttcgagccatctgtggagctggaa
atccaaattcctcttagtaaactgaacgaatccgtcataaccaaagcagaggtcgaatct
ccactgctctcagcattggacattaaggaggatacgaaaaaggaggttggccagcgcgtt
gtcgaaaccttgctacacaaaacgggaggcaatcttcttctgaaacgcaagcggaaaaag
ataaatcgaactggatttcccactgttcgcaggaagaaacgtaaagttagcgtggagcag
caaacaacagccgtgattgatgagcacgagccggagtttgatcccgatgatgagccactg
caatccctaagagagaccaggagtagcaataatgtcaatgtgcaggcggcacctaatcct
ccactggattgcgagcgagttccccaagcaggcgaggccagagaaacctttgtggccagg
accaatcaaaaagcccctcgattatcggtggtggccctggagcgcctacagcgtcctcaa
acaccagctagaggaagaccgcgaggtagaaaacctaagaacagggaacaagctgaagct
gcacctcaaccgccgcccaaatcggaacctgagataaggccagccaaaaaacgtggccgg
caacccaagcagccggtactggaagagccaccacccacaccacctcctcaacagaaaaaa
aacaaaatggaaccaaatattagactaccagatggcatcgatcccaatacgaatttcagc
tgcaagattcgcttgaagcggcgaaagaacttagaggctggaacccaaccaaaaaaggag
aagccagtccagccagtgacggtggaagagattccaccagaaattcccgtcagtcaagaa
gaaatagatgcagaagcagaggctaaacggctagacagtattcctaccgagcacgatccc
ttgcctgccagtgagtcccacaaccccggtccgcaggactatgccagttgcagtgaatcc
agcgaggacaaggcatcaaccacatccttgcggaaactatctaaggtcaagaagacctat
cttgtagcaggactcttctcgaatcattacaaacaatccctgatgccgcccccagcaaag
gtgaacaaaaaaccaggcctggaggagcaagtgggtcctgcgagccttctaccaccacct
ccctattgcgaaaagtacctccgaaggactgaaatggactttgagctaccttacgacatt
tggtgggcttacactaattccaaattacccactcgaaacgttgtgccatcctggaattac
cgaaagatccgcaccaatgtatacgcagagtcagtgcgtccaaatttggcgggattcgat
catcccacctgtaactgtaagaaccagggcgagaagtcttgtttggacaactgtctcaac
cgcatggtttatacggagtgctcgcccagcaattgcccggctggagagaagtgccgaaat
cagaagatccagcgacatgccgtcgcacccggagtggagcgctttatgacggcagataaa
ggatggggagtgcgaactaagctacccattgcgaagggaacctacattctggagtacgtg
ggcgaggtagtcacggaaaaggaattcaagcagaggatggccagcatctacctaaatgac
acccaccactattgcttacatttggatggaggactggttatcgacggtcagcggatgggc
agcgattgtaggtttgtcaaccattcttgcgaacccaattgcgagatgcaaaaatggagt
gttaacggcctatctagaatggttttattcgccaaaagagccatagaggagggggaggag
ctgacatacgattacaacttttcgctgttcaatccctcagagggtcagccctgcaggtgc
aacacgccccagtgtcgtggtgtcattggtggcaagtcgcagagagttaaaccccttcct
gctgtggaggccaagccatctggagagggactttctggccgaaacgggcgccaacggaag
cagaaggccaaaaagcatgctcaacggcaggcgggaaaagatatttcatcagcagtggcg
gtggcaaagcttcaaccattgtccgaaaaagaaaagaaactggtcagacaattcaacaca
tttctagtcaggaacttcgaaaagatacgcagatgcaaggccaagcgggcgtcagatgca
gcggcgactgcatcctcgccagcacttggcaccactaatggggacattcctggtagacgt
ccctccacaccatcttctccttccttggcagcgcagatttccgcgctctgctcgcctcgc
aacataaaaacccgtggactcacacaggcagtgcatgatcccgaactagagaaaatggcc
aaaatggctgtagttctaagggatatttgcagtgccatggagaccctcaaaatgtccgat
ttgttgacgacagtgtccagcaagaaaaagaagcctataaagaccactttgagtggaaaa
ttgggttctacagctgcaacttcaaaagtggaattcagatcgatacaagcccaggtggag
cagggacattacaaaacgccgcaggaattcgatgaccacatgcagcagctctttgtggag
gccaagcagcaacacggcgatgatgagggcaaggaaaaagcgctgcagtccctgaaggat
agctatgagcaacagaagatcgccagctatgttcagctggtggagattcttggtgattcg
gaatcgttgcagagctttaaaccaaaggaagtgctttcgtcagaggaggaacctggaaag
atagcagtgaagaaatcaccaggagcaaaggaaagagattccccaattgtgccattgaaa
gtgactccgccacccctgcttcctattgaggcctctcctgatgaggatgtaatccgatgt
atttgtggattgtacaaagatgaaggcttgatgattcagtgctccaaatgcatggtgtgg
cagcatactgaatgtaccaaagctgacatcgatgcggataattatcagtgcgagcgttgc
gagccaagggaagtggatcgagaaattcccctggaggaatttaccgaagagggacaccgt
tactatctctccctaatgcgtggtgatctgcaggtacgacagggcgatgccgtctatgtc
ctacgagacatccccatcaaggatgagtccggcaaggtgttaccgacgaagaagcacacc
tatgaaacgatcggagccattgattaccaagagtgcgatatctttcgggtggagcacttg
tggaaaaacgaactgggaaagcgttttatattcggacaccatttcctgcgtcctcatgaa
actttccacgaaccatcgcgtcgtttctaccccaatgaggtggtacgagtttcactttat
gaggtggtacccattgagttggtcattggacgctgctgggtgttggatcgaacaactttc
tgtaaaggacgccccatggaatgcaacgatgaggatcattgctacatctgcgagctgcgt
gtggacaagacggcaaggttcttctcaaaggccaaggccaaccatccagcctgcaccaag
agctatgccttcagaaaatttcccgagaagattaagatctccaagagctatgcgccccat
gatgtggatccgtcgttgctgaagacaaggaagcaaaagactgaattagacgtaggagcc
gggccaacaacgatgcacaaggtgtctggcaggcaggaacagcatcaggccaagatggtt
gggcgaaagcctcgtgggatcagtgccccagcggatgcaactgctgtccatgtcgtaaca
cccgtggcgcccaataaacagatgcttaagaagaggaaatcgcgtttagagaacgttttg
ataactatgaagcttaagtgtctggatgcacaaacggcacaggagcaacccattgacttg
tcatacctgctgtccggacgcggcgcccggcagcggaagacccagcagtccagtagcagt
tctacggccaactcaacataa

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 (6)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   UniGene (1)   
   FLYBASE (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (3)   
   Pfam (3)   
All databases (26)   

Download RDF

DBGET integrated database retrieval system