KEGG T01059: Dana

Drosophila ananassae: Dana_GF10724

Entry

Dana_GF10724 CDS T01059

Definition

GF10724 gene product from transcript GF10724-RA

Orthology

K06101

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

Organism

dan Drosophila ananassae

Pathway

dan00310

Lysine degradation

Class

Metabolism; Amino acid metabolism; Lysine degradation [PATH:dan00310]

SSDB

Motif

Pfam:

SET BAH PHD

Other DBs

NCBI-GI:

NCBI-GeneID:

FlyBase:

UniProt:

AA seq 2257 aa
MSSGQNETAAAAKVLETQESGSENEETDSITDQSSQSKSTKSATQFSVQRSDTDGLRMRI
SAIRPLPVATPVESKPPKKPVVSKSRNMSAQDTESGCSEAKNKAVSKKIRVKRKKISSGN
SGISKTEREKPHGSGFSSDSEDDLPLKVHQQRAPRLLLTAISQAAQSIEKPCLDIGISSS
DNELPSLVQAAINRVESDTEDTTVEGSFRKAAKAKNLPRYQSTLLQDFMERTQMLGQSGN
AGKLPEETVVKAKEEVAVLQTATPRKRRGRPKKVVAVLPAANSGPAINESADSGVISTTS
TTQSTTPSPKMQSETVLPAGTAPVASTSKPKIDMAYLDKRMYATERVLYPPPRSKRRQNN
KKPTSSSSNKEELQLDPLWREIDVNKKFRLRSMSVGAASATGAGTTTICSKILAAKSGYV
SDYGSVRQPRSAHNHNSGYKSDASCKSRYSTKSCMSRRSRAKSCGYRSDCKESGKSGLRM
RRKRRASMLLKTAADDPTEDQDILQLAGLSLGQSSEESNEYISKPSLQSLPTTSASKKYG
EINRYVTTGQYFGRGGSLTATNPENFISKMMNQRKETPAPSKSSCKIKSRRSSAASMCSS
YVSGMSRVRRRHRRKSFSHNKSLNIDSKLLTEIEIITSTFHSRCRIQDDRLTGSSGKEKL
MADANKLQATLTAPSPAQQLVLNGGGSGGVGALAAPLPKPVKRGLKKRKLSEPLVDFAML
SASASGAPNGSGSSTGTAKRRHKKSQSNDSSSPDDHKLPLKKRHYLLTPGERPLAETAFA
NGKLNAEAWAAAAAAAKSTASTKSQAQFNAKSAKSALTPKKRHLLEQSTPSGRQGASSAS
NSPLRIVVDNNSISGGKLLDISPSSLCSLKQQRRVGGGKQKAIATRELVQMPSPAGSYPP
PGVFEPSVELEIQIPIGKLNESVITKAEVESPLLSALDIKEDTKKEIGQRVVESLLHKTG
GNLLLKRKRKKINRTGFPTVRRKKRKVSVEQQPAVLMDEAGQAPDPDDEPLQSIRETRSS
SSAQVQVPPTNPPMDCERVPQAGEARETFVARSNQRAPRLSVVALERLQRPQTPARGRPR
GRKPKDKTVVPPPPPEPEVKVAKKRGRHPKKPPVEVAPPPPTPPAPAPRPTKTKLQPNIK
LPAGIDPNTNFSCKIRLKRRKNLDAVHQDLARTIKSKPAAPPPPPPAEDEITASQEEIDA
EAEAKRLDSIPTEHDPLPAGESLNPGPFDYASCSDTSEDKSSTVSTKKLSKVKKTYLVAG
LFSNHYKQSLMPPPAKVNKKPAQPEEQPVAPASLLPPPPYCEKYLRRSKIDFELPYDIWW
AYTNSKLPTRHVVPSWNYRKIRTNVYAESVRPNLAGFDHPTCNCKNHGEIACQDNCLNRM
VYTECSPSNCPAAEKCRNQKIQRHEVAPGVERFMTEDKGWGVRTKLPIAKGTYILEYVGE
VVTEREFKQRMASIYLNDTHHYCLHLDGGLVIDGQRMGSDCRFVNHSCEPNCEMQKWSVN
GLSRMVLFAKRAIAQGEELTYDYNFSLFNPSEGQPCRCRMPQCRGVIGGKSQRVKPLPAA
EAKPSESSPGRNGRQRKHKAKKHQQQQRAQAKDAASSVAVAKMQPLSDKEKKLVKQFNTF
LVRNFEKIRKFKAKRAAAQASSALTASASSPVQGATNGDIPGRRPSTPSSTSLLATQISA
LCTPRNMKTRGLAQAVQDPELEKMAKMAVILRDICSTLESRKMSDLLTTVSSKKKKAMKS
SLGGKQGSSAGSGRVEFRSIQAQVEQGHYKSPLEYDEHMQQLFADAKQQHGDDEGKAKAL
QSLMDCYEQQKTSSYSQLVEILGESESLQSFKPKEEELMVPTVELQKDVKKSPGTGDATP
PPTVPSIPINVLPPIEGSSDEDVIRCICGLYKDEGLMIQCAKCMVWQHTECTKADIDADN
YQCERCEPREVDREIPLEEFTEEGHRYYLSLMRGDLQVRQGDAVYVLRDIPIKDEAGKVL
PTKKHTYETIGAIDYQECDIFRVEHLWKNETGKRFIFGHHFLRPHETFHEPSRRFYPNEV
VRVSLYEVVPIELVIGRCWVLDRTTFCKGRPMECTDEDHCYICELRVDKTARFFSKAKAN
HPACTKSYAFRKFPEKLKISKSYAPHDVDPSLLKTRRQKTDLEVAGGVPATAQKTPGRQE
QQQQKAAGRKQRGVNAVTSESSSVRVLQPVAPNGQILKKKRSRLENVLITMKLKCLDAQT
AQEQPIDLSYLLSGRGARQRKTQQHSGNGNNSSNCSN

NT seq 6774 nt +upstreamnt +downstreamnt
atgagcagtggccaaaatgagacggcagcagcagcaaaggtcctggaaacacaagagtcc
ggcagtgaaaatgaggaaaccgattctattacggatcagtccagccaatcgaagtccaca
aaatccgccactcagttcagcgtacaacgttcggatacagatggcctgcgcatgagaatc
tcggccatccgccccctgccagtcgcaactccagtggaaagtaaacccccaaaaaagcca
gttgtttcaaagtccagaaatatgtccgcccaggacacagaatccggttgttcagaggct
aagaacaaggcggtcagcaagaagatcagagtgaagcgaaagaagatatccagtggcaac
agtggaatcagcaagacggagagggagaagccccatgggtcggggttctcctcggattcg
gaggatgatctgccgctgaaggtgcaccagcagagagcgccgcgactcctgctgacggcc
atcagtcaggcggcacagtccattgagaagccctgcttggacattggcatctcgtcgagc
gacaatgagctgcccagtctcgtccaggcggccatcaaccgagtggagagcgacacggaa
gacaccacagtcgagggcagcttccgcaaggcggccaaggccaagaacctgccgcgctac
cagtccactctgctgcaggacttcatggagcgcacgcagatgctgggccagagcggcaac
gccggcaagctgccggaggagacggtcgtgaaggccaaggaggaggtggcggttctgcag
acggccacaccccgaaagcggagaggcagacccaagaaggtcgtcgctgtgctgcccgcc
gccaactctggacccgctatcaatgaatccgccgactctggagtgatcagcaccaccagc
acgacgcagagcaccaccccgtcgcccaagatgcaaagcgaaactgttctgcccgctgga
acagcgccagtggcgtccaccagcaagccgaagatcgacatggcctacctggacaagcga
atgtacgccacggagcgggtgctgtacccgccgccgaggagcaagcggcgccagaacaac
aagaagccaacctccagctccagcaacaaggaggagcttcagctggatcccctctggcgg
gaaatagacgtgaacaagaagttccggctaaggagcatgagtgtgggagcggcgagtgcc
actggcgctggcaccaccaccatttgcagcaagatactggccgccaagagtggctacgtc
tcggactacggtagcgtccggcaaccgaggagcgcccacaaccacaattcgggctacaag
tccgacgccagctgcaagagccgatacagcaccaagagctgcatgagccgccggagcagg
gccaagagctgtggctaccgcagcgactgcaaggagtcggggaagtccggcctaagaatg
cgacggaagcggcgggcttccatgctcctgaaaacggcagctgacgatccaaccgaagac
caggacatcctccaactggcgggtctgtccctcggccagagcagcgaggagagcaacgag
tacatcagcaagccgagtctccagagtctgcccacgacaagtgcgagcaagaagtacggg
gagatcaaccgctacgtcaccacgggccagtacttcgggcgtggcggcagcctgacggcc
acgaatccggagaacttcatcagcaagatgatgaaccagcgcaaggagaccccagcgccc
agcaagtcgtcctgcaagatcaaatcccggcgctcctcggcggccagcatgtgcagcagt
tatgtctccgggatgtccagagtgcgtcgacggcaccgccgaaagagtttcagccacaac
aagtccctgaacatagactccaagctgctcaccgagatcgagatcatcacgagcaccttc
cacagcaggtgtcgcatccaggacgaccgcctgacgggaagtagtggcaaggagaagctc
atggccgatgccaacaagttgcaggccacgctcaccgcgcccagtcccgcccagcagttg
gtgctcaacggcggcgggagtggcggagtgggagcactggccgctcccctcccgaagccc
gtcaagcggggcctcaagaagaggaagcttagcgaaccgctggtggacttcgccatgctc
tcggccagcgccagtggagctccgaacggcagtggcagcagcaccggcacagccaaacgt
cgccacaagaagtcccagagcaacgacagctccagcccggatgatcacaagctgcctctc
aagaagcggcactacctactgactccgggagagcgtccgctggcggagacggccttcgcc
aacggaaaactgaacgcagaagcgtgggcagcggcagcggcggctgcgaagagcactgcg
tccaccaagtcccaggcgcagtttaacgccaagagcgccaagtccgccctgactcccaag
aagcggcatctgttggagcaatccacgcccagtggtaggcagggggcgtcgtccgccagc
aactcccccctcaggatcgtcgtcgacaacaattccatcagcggcggcaagctgctggac
atcagtccgagctcgctgtgctccctgaagcagcaaaggagagtaggcggcggcaagcag
aaggccatcgccaccagggagctggttcagatgccctctccagccggtagctacccgccg
cctggagtcttcgagccatccgtcgagctggagatccagatacccatcgggaagctcaac
gaatcggtgataaccaaggccgaagtggagtctccgctactgtccgccctggacatcaaa
gaggacaccaaaaaggagattggccagcgagtggtggagtctctgctccacaaaacgggt
ggcaatctgctcctgaaacggaagcggaagaagatcaaccgcacgggcttcccaacagtg
cgtcggaagaagcggaaagtcagcgtggagcagcagccggccgtgttgatggacgaggct
gggcaggcaccggaccccgacgacgaaccgttgcagtccatacgggagaccagaagctcc
agcagcgcccaggtacaggtcccgcctaccaatccgcccatggactgtgagagggtgcca
caggcgggtgaggcgcgcgaaacctttgtggcaaggagcaaccagcgcgcccctcgcctc
tcggtggtggctctggagaggctccagaggccgcagactccagccaggggcagaccgcgg
ggcaggaagcccaaggacaagactgtagtgccaccaccgccgcccgaacctgaggtgaag
gtcgccaagaaacgaggtcggcatccaaagaaaccgccagtggaagtcgctcccccgcca
cccactcccccagcccccgctccccggccgacgaaaaccaaactgcagcccaacattaag
cttccggctggcatcgatcccaacacgaacttcagctgcaagatccgcctgaagcgaagg
aagaacttggatgcagtccaccaggacctggccaggaccattaagagcaagcctgcagct
ccgcctccacctccgccggcagaggatgagatcaccgccagccaggaggagatcgatgcc
gaggcggaggccaagcgactggacagcattcccactgaacacgatcctctgcccgccggc
gagtccctcaatcccgggccattcgactacgccagctgcagcgacaccagcgaggacaag
tcgtccaccgtctccaccaagaagctctccaaggtgaagaagacctacctggtggcgggg
ctcttctccaaccactacaagcagtcgctgatgccgcccccggcgaaggtgaacaagaaa
ccagcgcagccggaggagcagccggtggctccggccagtctcctgccaccgccgccctac
tgcgagaagtacctgcggcggagcaaaatcgacttcgagctgccctacgacatctggtgg
gcgtacaccaactccaagctgcccacccggcatgtggtgccctcgtggaactaccggaag
atccggacaaacgtctacgccgagtcagtgcgtcccaacctggccggcttcgaccatccc
acttgcaattgcaagaaccacggcgagatcgcgtgccaggacaactgtctcaaccggatg
gtgtacaccgagtgctcgcccagcaactgtcctgcggcggagaagtgccgcaaccagaag
atccaacgacacgaagtggcgcccggcgtggagcgcttcatgacggaggacaagggatgg
ggagtccggacgaagctgccaattgccaagggcacctacatcctggagtatgtgggcgaa
gtggttaccgagcgggagttcaagcagcgcatggccagcatatacctgaacgacacccac
cactactgcctccacctggacggcggcctggtcatcgacggccagcggatgggcagcgat
tgccggttcgtgaatcactcctgcgagcccaactgcgagatgcagaagtggagtgtcaac
ggcctgtcccggatggtgctcttcgccaagcgagccattgcccagggcgaggagctcacc
tacgattacaacttctctctgttcaatccctccgagggccagccctgcagatgccgaatg
ccgcagtgccgcggcgtcattggcggcaagtcgcagagggtgaagccgttgcccgccgcg
gaggcgaagccatcggagagctctcccggccggaacggtcgccagcgcaagcacaaggcc
aagaagcaccagcagcagcagcgggcacaggccaaggatgcggcttcctcggtggcagtg
gccaagatgcagcctctctccgacaaggagaagaaactagtcaagcagttcaatacgttc
ctggtcaggaacttcgagaagattcggaaatttaaagccaagcgcgctgccgctcaggca
tcttcggccctgactgcatctgcctcgtcgccggtgcagggcgctacgaatggtgatatt
ccagggcgtagaccctccacgccgtcctccacatccctgctggccacccagatctccgcg
ctctgcacgccacgcaacatgaagactcgcggactggcccaggccgttcaggatcccgag
ctggagaagatggccaagatggctgtgattctgagggacatctgcagtaccctggagtcg
cgaaagatgtccgatcttttaaccaccgtgtccagcaagaagaagaaggccatgaagagc
tctttgggcggcaagcaggggtcgtcggcggggtctggtcgcgtggaattccgatccata
caggcgcaggtggagcagggccactacaagtcgcccctggagtacgacgagcacatgcag
cagctctttgcggacgccaagcagcaacatggcgacgatgagggaaaggccaaggccctg
cagtccctgatggactgctatgagcagcagaagacgtccagttactcccagctggtggag
attctcggcgaatcggaatccctgcaaagctttaagccaaaggaggaggagttgatggtt
cccacagtggaactgcaaaaggatgtgaagaaatctccaggaacaggagatgccacgcca
cctcccacagtgccatcgattcccatcaatgtcctgccacccattgagggatccagcgac
gaggatgtgatccgttgcatatgtgggctgtacaaggacgagggcctgatgattcagtgc
gccaagtgcatggtgtggcagcacacggagtgcaccaaggcggacatcgatgcggataac
tatcagtgcgagcgatgcgagccgcgggaggtggacagggagattccattggaggagttc
accgaagaaggacatcgctactatctctctctgatgcggggtgacctgcaggttcgccaa
ggggatgcagtgtatgttttgcgcgacattcccatcaaggacgaggctggcaaggtgctg
cccaccaagaagcacacctacgagacaatcggagccatcgactaccaggagtgtgacata
ttccgggtggagcacctgtggaagaacgaaactggcaagcggttcatctttggccatcat
ttccttcggccgcacgagaccttccacgagccatcgcgtcggttctatcccaacgaagtg
gtgcgcgtctccctgtacgaagtggtgcccattgagctcgtcattggacggtgctgggtc
ctggatcgcaccaccttctgcaagggccggcccatggagtgcaccgacgaggatcattgc
tacatttgtgaactgcgcgtggacaagacggccaggttcttctccaaggccaaggccaat
cacccggcatgcaccaaaagctatgccttccgaaagtttcccgaaaaactcaagatatcc
aagagctatgcgccgcacgatgtggatccttcgttgcttaaaacacggaggcaaaagact
gatttagaagtagcaggaggcgttccagccacggctcagaagacgccgggcaggcaggag
cagcagcaacaaaaggcggctgggaggaagcagcgaggggtcaatgcggtcacatcggaa
tcatcttctgtacgagtattacaaccagtggcgcccaatgggcagatactgaaaaagaaa
cggtcgcgcttggaaaacgtcttaataaccatgaagctcaagtgtctcgatgcacagacc
gcccaggagcaaccgatcgacttgtcgtacctgctatccggacgtggtgctcggcagagg
aagacccagcagcactccggcaatggcaacaacagctcgaactgttctaactaa

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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