KEGG T01081: 100123305

Nasonia vitripennis (jewel wasp): 100123305

Entry

100123305 CDS T01081

Gene name

ash1, NV14047

Definition

absent, small, or homeotic discs 1

Orthology

K06101

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

Organism

nvi Nasonia vitripennis (jewel wasp)

Pathway

nvi00310

Lysine degradation

Class

Metabolism; Amino acid metabolism; Lysine degradation [PATH:nvi00310]

SSDB

Motif

Pfam:

SET Bromodomain BAH PHD

Other DBs

NCBI-GI:

345486764

NCBI-GeneID:

100123305

NASONIABASE:

NV14047

Position

AA seq 1690 aa
MGELLLPHQIFRVKKPGKKRKGAEISLTEEQNAGKVLKRRVKKEKTGSSSGSCSSGSNSS
NASVTESSNPNEQRLPLKKRHYHVSGVNSSSQEQPADGEDGEVEEGDEDDIDEEDDDDVE
EDENEVEHEEEEERDQSHVEESTETPIETPTVPASTPPKNEAEKKESVPPVSESKKKVKD
ALESTAVDKTETETSESNADKSQNQLDSQPRRKKKIVKDLRVTVTKLPVENNHIIDKIEK
LEKMCAGDKTSKSSAEKMLNKVAKVLSEKIDKPETRSSDHNLRPERTAKNKQSKEDKETS
ANKPTKKDLEAIKAGKKETETNKTIKKDIEANNRTVKKDVEANKSTKKDTDAGIKVTKKE
SESNKPHKKVSPDNAKLSKKDVDINKITKKDPETSKKDLDNKLSIIKNSEVVLHKTIKHE
AITTSVTSSTSSSLAAMMIKKKIRRRKAINRTGFPTLKKKKKKSITTAILMKEELQKAAV
NKVEKKPILVKTSSAEVKKPKVEAKETKEKKKSEVPVTKSEVPPVKEAANKDENLESKKL
GDEKILCDNDHASLEDNTQTCSGQLRVRKDLVIECDGTKPCDKLCPVKYEKIQDSRMYDE
NATLEESLERYNQSQKVAVLSEENVRKLECANSHVSVKLEAHACLNNNNHRHRIRGSASP
CPLTVKNLKRLRNDYDTESDALPSSDIASDDHDKQAGGSTRCRRKQPRWKKRYLQAGLFS
DYFKEDEPRKASSSDSGASKNKMVYDPNEHPHGLLPPPYHCGKFLRQREIPFQLPYDLWW
LHTHSRLPGRDLVPSWNYRKIRSNVYYDVKPTMHYEAQACECKPDAGCGDDCINRMVFSE
CSPQLCPCGERCKNQKIQKHDWAPGLQRFMTESKGWGVRTHEPIRTGEFILEYVGEVVSE
REFKTRMATRYANDTHHYCLHLDGGLVIDGHRMGGDGRFVNHSCEPNCEMQKWSVHGLPR
MALFALRDITAGEELTYDYNFALFNPSEGQECRCGSEGCRGVIGGKSQRVARPALLSNQS
SGGNSINNNGNVPTSVIPTIERRSVGRPRKNARKTNSIGSAAPGHAGQQSGQSSLPASSS
RKGGLCKRRIGPDGNPLPMPQIKPLSHQQRCFVLEHRCFLVRNIEKLRRGKLPVSQPNAQ
NKGVVKVGGTVGSGMQTAKEKGVGDVKANAEVFFTHLTALTNTGSRTVRTRRLAQAQDDP
EVNKTAKLAKVLKDLYSIITNAKDENDALLCTPFMTLPPKRKLPEYYEKVQEPIDLTTID
QNIDNGQYKTAEQFDQDVIKMFDNNVRFFGRTSDIGISAARLRKLYLGSKADFVIPITEA
TGLPPSQAFLPPRGSTAGEEDVIRCICGLHRDEGLMIQCERCLVWQHCDCVKADTSAESY
LCERCQPRVVDYEIPLEGEEEEEGKKFYVTLMRGELQLRTGDTVYVLRDTPEKHTYKTIQ
KFDYEQMDIFRIERLWKNDSGERFVYGHHYLRPHETYHEPTRKFYENEVVCAPLYEAVPC
ELVAGRCWVLDPHTFCKGRPVNSSPEHIYVCEFRVDRQARLFTKVAKSRHQVCTKPYAFE
SFPQRIKHYRTYFPHSLDGIQSGGKGTKDNKKKNGAEIEHSGNKTESRNNSKVNNKEQQP
HKPRGRRRLVENAPITTDIDFDQREERKKRLNSILLNLLDRMPNKSEPLDVSNLLERNRR
NRKRPGILNP

NT seq 5073 nt +upstreamnt +downstreamnt
atgggcgagctcctattaccccatcagatatttagggttaaaaaacctggcaagaaacgc
aagggtgccgaaattagccttacagaggaacagaatgctggcaaagtcttgaagcgtcgt
gtgaagaaggagaagacgggcagcagtagtggaagctgcagcagtggcagcaacagcagc
aacgccagcgtaaccgaatctagcaacccgaacgagcagcgactgccgttaaaaaaacgt
cactatcacgtatccggtgtaaacagtagctcacaagagcaacctgctgacggtgaggac
ggggaagtcgaggagggtgacgaggatgacattgacgaggaagatgatgatgacgtcgag
gaagacgagaatgaggtagagcatgaagaagaagaggagcgcgaccagagtcacgttgag
gagtctaccgagactcctatcgagactccaactgttcctgcttctactccaccgaagaac
gaagcagagaaaaaagagagcgtgcccccagttagcgaaagtaagaagaaggtcaaagat
gccctagaaagtacggctgttgataaaactgaaactgaaaccagtgaatcgaacgccgat
aaatcgcagaatcaactcgattcgcagcctaggcgtaaaaagaaaattgttaaagattta
cgtgtgacggtaacaaaattacccgttgagaataatcacattatcgataaaatcgaaaag
ttggagaagatgtgcgcgggcgacaagacatcaaaatccagcgcagaaaaaatgttgaac
aaagttgcgaaggttttatcagagaaaattgacaaaccagaaacacgctcttccgatcat
aatttgcgcccagagcggactgctaaaaataagcagtccaaagaagataaagaaaccagt
gcaaacaaacctactaagaaagatttggaagccattaaagccggcaaaaaggaaaccgag
acgaacaaaaccatcaagaaagacattgaagctaataatagaactgtaaagaaagacgtt
gaagcaaataagtctacgaaaaaagatacagacgccggtattaaagtaactaagaaagaa
agcgaatcaaataaacctcataaaaaggtcagtcctgataatgcaaaattatccaagaag
gacgtcgatatcaacaagataactaagaaagatcctgaaactagtaaaaaagatttagac
aataagttaagcataatcaaaaacagcgaggtagttcttcataaaacaattaagcacgag
gccatcaccacttctgtcacgagctccactagtagttccttagccgcgatgatgatcaag
aaaaaaatccgccgcagaaaggcaatcaatcgaacgggcttccctactcttaaaaagaaa
aagaagaagtcaatcacaactgccatattgatgaaggaagagttgcagaaggcggcagtc
aacaaggtcgagaagaaaccaattctagtgaagactagttctgccgaggtgaagaagccg
aaggtagaagcgaaagaaactaaagaaaagaagaaatctgaagttcctgtgactaaatcc
gaagttcctccggtaaaggaagcagcaaacaaagacgagaatctcgaaagcaaaaagttg
ggtgatgaaaaaatattgtgcgataacgatcatgctagtctggaggataatactcaaacg
tgttcgggacaacttagagttaggaaagacttggtgatcgagtgtgacggaactaagccg
tgtgataagttatgcccggtgaagtacgaaaaaattcaggactccaggatgtacgatgag
aatgcaactcttgaagaatctcttgaaagatacaatcagagccaaaaggtcgctgtacta
agcgaggaaaacgtacgcaaactcgagtgtgctaactcgcacgtaagcgttaagctcgaa
gcccatgcctgtcttaataataataaccatcgacacaggatacgcggttcggccagtccg
tgcccccttacagtaaagaatctcaagaggttgcgaaacgactacgacacggagagcgat
gcgctacccagtagcgacatcgccagtgacgatcacgacaaacaagctggaggttcaacg
cgttgtcgcaggaagcaacctcgctggaagaagcgctacctgcaagccggtcttttctcc
gattactttaaagaagacgaaccgcgcaaggcttccagttccgactccggagctagtaag
aacaagatggtctacgaccctaacgaacatccgcacggtcttctgccgccaccgtatcac
tgcggcaagtttctcagacaacgcgagatcccgttccagctaccctacgatctctggtgg
ctgcacacgcattctaggctgcctggcagagacctggttccatcttggaattacagaaaa
attcgttcgaacgtgtattacgatgttaagccaactatgcattacgaagcacaagcttgc
gaatgtaagcccgacgctggttgtggtgacgattgcattaatcgtatggtattcagcgag
tgttcgcctcagttgtgcccatgtggtgaacgttgcaaaaaccagaagattcagaagcat
gattgggcacctggtctgcaacgattcatgacagagtctaagggctggggcgtccgtact
catgaacccatcagaaccggtgaattcatcttggaatacgttggggaggtcgtatccgag
cgcgagtttaagacgcggatggctacgcgctacgctaatgacacacaccactattgtcta
catcttgacggtggcctcgtaattgatggacaccgcatgggaggtgatggtcgcttcgtc
aaccactcatgtgaacctaattgcgagatgcaaaagtggagtgtccatggtttaccacgt
atggctctatttgctctgcgcgacatcaccgctggcgaagaactgacttacgactacaat
ttcgccctgttcaatccatccgagggacaagaatgcaggtgcggtagtgaaggttgtcgt
ggagttataggtggcaagagccaacgagtcgcaaggcctgccctactgtcaaatcagtcg
tctggcggcaacagcattaacaataacggcaacgttcctacaagtgtcatcccgaccatc
gaaaggcggtcagtgggtcgcccacgtaaaaacgcacgcaagaccaatagcattggtagc
gctgcgcctggacacgcaggccaacagtctggacaatcgagtctgccggcctcttctagt
cgcaaaggcggtctttgcaaacgcagaatcggaccagatggaaatcccttaccgatgcct
cagatcaagccactctcacatcaacagcgctgcttcgtactcgaacaccgttgctttctt
gtgcgtaatatcgaaaaactacgcagaggcaaactacctgtctcgcagcctaatgctcag
aataagggtgtagtgaaggttggtggaactgtaggaagtggaatgcagacagcgaaagaa
aagggtgtgggtgacgtgaaagccaacgccgaggtatttttcactcatctgactgcatta
accaacacgggttcaagaaccgtaagaaccaggaggcttgcgcaggcgcaagatgatcct
gaggttaataagactgctaaactagctaaggtattaaaagatctatattctataataaca
aacgcgaaagacgaaaatgatgcgcttctttgcacacccttcatgacgctaccgccgaag
cgtaaattacctgagtattacgagaaggttcaggaaccgatcgacctgaccactattgac
caaaatatagacaatggccagtataagactgccgagcagtttgaccaagacgttattaaa
atgtttgacaacaacgtgaggttctttggtagaacctctgacattggtatatcagctgca
agattaaggaaactctatcttggcagtaaggctgacttcgttattccaataactgaagcc
acaggattaccaccctcgcaggcattcctacctcccagaggttcaaccgctggcgaggag
gatgttattagatgcatttgcggtttgcatagggacgaaggtttgatgatccagtgcgaa
cgttgcctggtctggcagcattgtgactgcgttaaagcagacacaagcgcagagtcttac
ttgtgtgaacgatgccaacctcgagttgtagattacgagatacctcttgaaggcgaagaa
gaagaagaaggcaaaaagttttatgtcacactgatgcgaggagagctgcagttgaggacg
ggggacacagtctacgtgctcagagatacgccagagaaacacacatataagacaatacaa
aagttcgattacgagcagatggacatcttcagaatcgagagattgtggaaaaacgatagt
ggcgaaagattcgtatacgggcatcattatctacgaccgcatgagacgtatcacgaacca
acgcgtaagttttatgagaacgaggttgtctgcgcgccgctgtacgaagctgtgccttgt
gaattagtggccggccgatgttgggttcttgatccgcatacattctgcaaaggtcgccca
gttaactcgagcccagagcacatatatgtatgcgagtttcgcgtggatcgacaagctaga
ctatttacgaaagtcgccaaatcgcgacatcaagtctgcacaaaaccgtatgctttcgaa
agttttccgcaacgtataaagcactacaggacttattttcctcacagtctcgatggcatt
caatccggaggaaaaggtacaaaagataataaaaagaaaaatggcgcagaaattgaacat
agtggcaacaaaacagaatctcggaataacagtaaagtgaataacaaagaacagcagcca
cataaacctcgaggacgaaggcgacttgttgaaaatgcacctataacaacagacatagac
ttcgatcagagagaagaaagaaaaaagagactgaatagcattttgctaaacttactagac
agaatgccaaataaaagcgaacccttggatgtgtcaaatcttttagaacgcaacagaaga
aaccggaaaaggccgggaatactgaatccgtga

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)   
   NASONIABASE (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (23)   

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