KEGG T01053: AaeL

Aedes aegypti (yellow fever mosquito): AaeL_AAEL010414

Entry

AaeL_AAEL010414 CDS T01053

Definition

set domain protein

Orthology

K11424

histone-lysine N-methyltransferase NSD2 [EC:2.1.1.43]

Organism

aag Aedes aegypti (yellow fever mosquito)

Pathway

aag00310

Lysine degradation

Class

Metabolism; Amino acid metabolism; Lysine degradation [PATH:aag00310]

SSDB

Motif

Pfam:

PWWP SET PHD

Other DBs

NCBI-GI:

NCBI-GeneID:

VectorBase:

UniProt:

AA seq 1480 aa
MGKRVKSRNSRRLSLAKSPTAGGTKKAATKMNPEKPGGGPAAAAEIDVEEMLESSVIFTN
DGSSRTRSGLRNGESVQKTPTRSRVPGIGQKELEVSVVGNGSIDTKSHPILTRSLRVRIK
EINPEMHVRKTKTTEPLVESNLINDQMTLVLNKIDEPATESPVSSDKPDTPEEDSAVNSE
LEPVSSVEQISVSELVDSSPSTKSTTAEIEDGLKSPQRSKYLLKQLESSLSPKYMNPNKM
STGVPKSRYGRIQKQKENSDYIPLDVAKFITKSPAKTKAIKTKLEIEPLLEHTELPQEET
MVMSTAIETTEPPPESTDPPPIQVDSIQPPEEIIQPSLEPQPEPEELCVTTEPSPPIELS
DPSSCVEMLQEEPVLSSESDANTSLIPMMDPNASLIGIDEIQIIDMDASFGESIISATSS
APVAEEVIELPKNPEEPSSAAVVERPPSVLEDNTDPVEYQSGQLLWAAFNAKTPHWPCML
SPDPESGQITKPFLSKLSHTKHMLHVKFFADNGRRAWIKENQVLPYGTVDQYKAIVDKQF
PSLRHKLVKLEQRGIWLEAVRQANDTLSHQIEDREKRYQELLDEDHAKAKSTVRRRTKSV
SLGYHSNSFEESYESGRKRQRSRTPESPAYEALPLSSNSTESLSKRIKLETNEQDLFRNT
ISRYFQSMAEGSDVVDTASGTSSECEDITEMLEFDKEIYNNFLNMSRLYVFEGQTETEVD
KKLQKYVQKICALRMHSIANGARLSSRLRTQALRKLGRELGIDREKKESSPGSAATTPVA
EVKPKKKQMSLEDRFIFELDKNYLLKGVPRGLVCAVCTKPHDLVKCTKCYNHYHLACLTD
VPIKPDPAGENKTFTCTDCVMLKAPTCFVCNDQDDAVKEEEKFRCVMNGCGKQYHLNCLR
LFPQHKFTGTSSKSSTLYCPTHTCHTCVSDDPRSNATTTKGHLIRCIKCPSSYHTEARCI
PAGSQIITNGAMICPKHDLEQCSINVNWCFLCCKGGSLICCETCPTAFHLECLKFNPPEG
RYICEECESGRMPLYNEIVWARYGLFRFWPAITVPPPKVPENIEQKPHNPWDICIRFFGT
NDYVWINRRRIYLYQEGDSDTNVDKKTTLAKRYGLALEEAKTVHGMLLAKKATELQPDGD
DGGFKPPMFVKIKSNRYVPPLKAPKDEMDGNVCVCKATDSDPCGPDSNCINRALMVECNP
KSCPAGELCQNQCFEKRQYPSLAARRIPQKGWGLVAQEDIRQGQFVIEYVGEVISNEELE
RRLQHKVAQKDENYYFLTVDSELTIDAGPKGNLARFINHSCEPNCETMLWTVGGAQSVGL
FAIMDIKAGEELTFNYNFESKSDEKKVCHCNASKCSGFIGQKYRPPLESASGSASTGKRR
KSDKKGKASKRRKSAVADKRRKSTVDKTTKDETPNGSKRKKRTSMPVDVTIKAEPMESTE
EATQSSNGTDDMPNANSVTPSQGGETAIKEEQQSTPESAE

NT seq 4443 nt +upstreamnt +downstreamnt
atgggaaaaagagtgaaatcccgcaactcgcggcggctttccttggccaaaagtcccact
gccggagggacgaaaaaagcggcgacgaaaatgaatccggagaaaccgggaggaggaccg
gcggcagcggcggaaatcgatgtcgaagagatgctggaatccagcgtaatattcaccaac
gacgggagcagtcgaacgcgcagcggtctcaggaatggggaatccgtccaaaagacaccc
acccgtagccgagtcccgggaattggacagaaagaattagaagtttcagtcgtgggaaac
ggaagtatcgacacgaaatcacatcctatcttgactcgttcgcttcgagtgaggattaag
gaaataaatccggagatgcatgttcgtaaaaccaagactaccgaaccgcttgttgaatcc
aatcttatcaatgatcagatgacactggtgctaaacaagattgatgaaccggcaacggaa
tcaccagtttcttccgacaaacctgacacacctgaggaagattcggcggttaattcggaa
ctcgaacctgttagctcggtagagcaaattagtgtcagtgagttggtggattcttcgccg
tccacaaaatccacaacagcagagattgaggatggtttgaagtcgccgcagaggtcgaaa
tatctgctgaagcaattggaaagctccctgagtccaaagtatatgaatccgaacaaaatg
agcacgggagtgcccaaaagtcgatacggccgaatacaaaaacaaaaagaaaatagcgat
tatatccctttggatgttgcgaaatttattaccaaatctcccgctaagactaaggcgatc
aaaacgaaacttgaaattgagccactacttgaacacacagagctacctcaggaagaaacc
atggtaatgtcgacagcaattgagacgacagagcctcctccagaaagcacagatccacca
ccaattcaagttgattccatacagcctccggaagaaataatccagccatcccttgaaccc
cagccggaacctgaagagctctgtgtcacaacggaaccatctccaccgattgagctttct
gatccatcgagctgtgtggaaatgctgcaagaggaacctgtactttctagtgaatccgat
gcaaacacctcactaatcccaatgatggatcccaacgcaagtctcatagggatcgacgaa
attcaaatcatcgacatggatgcaagttttggagaaagtataatttccgccacctcaagc
gcacctgtagccgaagaagttatcgaacttcccaaaaatcccgaggaaccttcttcagct
gccgttgtcgaacgtccgccttccgtgttggaagacaacaccgatcccgtcgagtatcaa
tcagggcagttgctgtgggctgcatttaacgccaaaacgcctcactggccgtgcatgcta
agccccgatccagaaagtggtcaaataacgaagccattcctctcaaagctttcccacaca
aagcatatgctgcacgtgaagttcttcgccgataacggtcgtcgagcttggattaaggaa
aaccaggtccttccgtacggcaccgttgatcagtacaaagcaatcgtggacaaacagttc
ccatcgcttcgacacaagctggtgaaactcgaacaacgcggaatatggctagaagccgtt
cgtcaagcgaatgacaccctgagccatcaaatcgaggacagggaaaaacgctaccaggaa
ctgctggatgaggatcacgccaaagcgaagtcaactgtccgcaggagaaccaagagcgtt
tcccttggctatcacagcaatagcttcgaagaatcgtacgaatctggccgaaagcgacaa
cgatctcgtactccggaaagccccgcctacgaggctctccctctatcttcaaacagcacc
gaaagcctgtctaagcgtatcaagctcgaaacgaacgagcaggatcttttccgcaatacc
atctcgcgctacttccagtccatggcggaaggaagcgacgtggtcgacacagctagtggc
acaagcagcgagtgtgaagatatcaccgaaatgctggaattcgacaaggaaatctacaac
aacttcctgaacatgagccgcctgtatgtgttcgaaggtcagacggagaccgaggtcgac
aaaaagctgcaaaagtacgtgcagaaaatttgcgcccttcggatgcactccatagcgaat
ggggcgaggctgtcgagtcgattgcgtacgcaggctttgcggaagcttggaagggagctg
ggaatcgacagggagaagaaagaaagctcgccgggttcggcagcgacgacaccggtcgcg
gaggtaaagcccaaaaagaagcagatgtccttggaggatcggttcatcttcgagctggac
aagaactacttactgaaaggcgtgccgaggggactcgtttgcgcggtctgcaccaaaccc
cacgatttggtcaaatgtacaaaatgctacaatcactaccatctagcctgcctcacggac
gtcccgatcaagccggatcccgctggtgaaaacaagacgttcacatgcacggattgcgtc
atgctaaaagcgcccacctgttttgtgtgcaacgatcaggacgatgcagtcaaggaggag
gaaaaattccgctgcgtcatgaacggctgcggcaagcagtaccatctgaattgtctccga
ttgttcccacagcacaagttcactggaacgtccagtaagtctagcacgctgtactgtcca
actcacacctgccatacgtgcgtctcggacgatccccgctcgaacgcaaccaccaccaaa
ggtcacctgatccgctgcatcaaatgtccatcgtcgtaccacacggaggccagatgcatt
ccggctggttcgcagattatcactaacggagcgatgatctgcccgaagcatgatctggaa
cagtgttcgatcaacgtcaactggtgcttcctgtgctgcaaaggcgggagtctcatttgc
tgcgaaacctgtccgactgccttccatctggagtgtcttaaatttaacccaccagaaggt
agatacatctgcgaggaatgcgaatccggtcgaatgcccctgtataacgagatcgtgtgg
gcaaggtatgggctttttcgattttggcccgccattaccgtgccgccccccaaggttccg
gaaaacatcgaacaaaagccccacaatccgtgggatatttgcattcggtttttcggaacg
aacgattacgtttggatcaaccggcggaggatttatctgtatcaggagggcgattcggat
acgaatgtggacaaaaagaccacccttgccaagcggtacggattagccctggaggaagca
aaaacggtacacggaatgcttctggcgaaaaaggccaccgaactccaaccggatggggac
gatggcggtttcaagcctcccatgtttgttaaaatcaagagtaatcgatatgtaccaccg
cttaaagcgcccaaggacgaaatggatggcaacgtgtgtgtctgcaaggcgacagactct
gacccatgtgggccggattccaattgcatcaaccgagcgctgatggtggagtgcaatccg
aagtcgtgtcccgctggcgagctctgccagaatcaatgtttcgaaaagaggcagtaccct
tcgttggctgctcggcggataccgcagaagggttggggactggtcgcacaggaggacatc
cgacagggtcagtttgtgatcgagtacgtcggcgaggtcattagcaacgaagagctggag
cgacggttgcagcacaaggtggcccagaaggacgagaattactattttctaacggtggat
tccgagctgaccattgacgcgggtcccaagggcaatttggcgcggttcattaaccactcg
tgcgagccaaactgcgaaacgatgctgtggacggtgggcggcgcgcaatctgttgggttg
tttgcaatcatggacattaaagcgggcgaggagctaaccttcaactacaatttcgaaagc
aaaagcgacgaaaagaaagtctgccactgcaacgcgagcaagtgttccggatttatcgga
caaaagtaccgaccaccgctggagagtgcgtcgggcagcgccagcacaggcaaacgacgc
aagtcggacaagaaagggaaagcttcgaagcgacgaaaatccgctgtggctgataagaga
cgtaaaagcaccgtggacaagacgacaaaggatgaaacaccaaatggtagcaaacgcaag
aagcggacatcaatgccagtggatgtcacgattaaggccgaaccaatggaatccacggag
gaggcgacccaaagcagtaacggaaccgacgacatgccaaatgcgaacagcgttacacca
agccaaggtggtgaaacagccatcaaagaagaacagcaatctacgccggaatcggccgaa
tga

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)   
   OC (1)   
   VECTORBASE-AAG (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (24)   

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