Nasonia vitripennis (jewel wasp): 100122935
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Entry
100122935 CDS
T01081
Name
(RefSeq) dentin sialophosphoprotein isoform X1
KO
K11429
[histone H4]-N-methyl-L-lysine20 N-methyltransferase [EC:
2.1.1.362
]
Organism
nvi
Nasonia vitripennis (jewel wasp)
Pathway
nvi00310
Lysine degradation
nvi01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
nvi00001
]
09100 Metabolism
09105 Amino acid metabolism
00310 Lysine degradation
100122935
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
nvi03036
]
100122935
Enzymes [BR:
nvi01000
]
2. Transferases
2.1 Transferring one-carbon groups
2.1.1 Methyltransferases
2.1.1.362 [histone H4]-N-methyl-L-lysine20 N-methyltransferase
100122935
Chromosome and associated proteins [BR:
nvi03036
]
Eukaryotic type
Histone modification proteins
HMTs (histone methyltransferases)
HKMTs (histone lysine methyltransferases)
100122935
BRITE hierarchy
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
SET
Motif
Other DBs
NCBI-GeneID:
100122935
NCBI-ProteinID:
XP_016839147
NASONIABASE:
NV14502
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All DBs
Position
3:2756996..2768221
Genome browser
AA seq
1085 aa
AA seq
DB search
MVVDCLSSQGSGGRKHERRMAGSVSSKMQPIVTAAGGMTPKELCDNDDLATSLVLDTYLG
FTTHKMNIRYRPLKANKEELKKVITEFIQTQNYEKAYKKLISGDWGARLPHMKSKQQQIN
LEDHIFRYLRVFDKNSGFVIKACYRYSLEGQKGAKICATRKWLKNEKISCLVGCIAELSD
KEEAALLHPGKNDFSVMFSCRKNCAQLWLGPAAYINHDCRANCKFVATGRDTACVKVLRD
IEVGEEITCFYGEDFFGDGNCYCECETCERRGTGAFANQKPGEELESGYRLRETDNRINR
HKHKQPLGANKQQETTLTERNGEISNAVVAPQSLSMKELKRKGLTKYDAELLIAQGCRFS
DIAQQPTLLNNEENTSQDSQNAPASATRTLRNKNQANKTESNNNNNVNNNNNRNNLKGCR
LRASRHQKRAEAKRSKAGESNGSHHGTINVRHRKEDSDRGEGDENWAFSNLHKLKNQETS
RNDSVNACHIRDLGSTASTNHIENQCDEECSSRLSENAASSEELNVNSQDEATENDPSFL
NHGKEHSTNSSSPNRTSLLSDSKFHKTSDVQTLDKTNSNQCENGLKSVQCSTNTDSINKL
DSECQVKDTSTDQVESSGKIYDHLFEAKALKFSDSVSYDVTCRKSPILGNAPRNSPFHET
KEFHKLDSVKGSAGETLDSNVDANYQQSELTSIESMNTSDIHQAHSLEGDCKSKYPSDVQ
DCAKIVTDQDNHIFTEEKHNEVAIKEETLQNLNAVSDPLIQDQVCADNFLTKKSEDTRSL
TLKRCNDLLSSSQHKSHSKKQTNRLSRTKCKKTKNRSLLDRCNVRLTRSQKKDSQQPTPA
MPIGTADDDSGIQGDIYEFSEKESNLEDISLPNRVSHLRDRFHEVKENPATSTMPLDSWN
RRSRENSLDSQDKHNDSSSSSSSSSSSNRSSSTSSGISSDRQSEQQQQAPLTPSSWQSQQ
QHSQHNCHRHPSPKTTSESSRVYPTTPERRGLKLTLRMKRSPILDDVIESGTSLSEDNEV
PEYEVWRVEGVDEEETEAVRPRKKHKTRDRERRHKRREIIPPPVPMKRLRLIFGNETRTI
DLPHS
NT seq
3258 nt
NT seq
+upstream
nt +downstream
nt
atggtggtcgattgcttgtcatctcagggctccggaggacggaagcatgagagaagaatg
gctggctcggtcagctctaaaatgcagcccatcgtcacagcggcaggtggcatgacaccc
aaggagctctgcgacaatgacgacttggcaacttctttggtgcttgacacctacctaggc
ttcaccacacacaagatgaacatcaggtacagacctctgaaagccaacaaggaggaactc
aagaaagtcatcacagagttcatccagactcaaaactacgagaaggcttacaaaaaattg
atcagcggagattggggtgcccgcttgccgcacatgaagtctaaacagcaacagatcaat
ttagaggatcatatatttcgatacttgagggtatttgataaaaattcgggatttgttatc
aaggcgtgttacagatattcactagagggtcaaaaaggagctaaaatatgtgcaaccaga
aaatggctaaagaatgagaaaatatcttgccttgttggttgtatagcggagttgagtgat
aaagaggaagccgccctcttgcatccaggaaaaaatgacttttcagtgatgttcagttgt
agaaaaaattgtgctcaactttggttgggcccagcagcatatattaatcatgattgcagg
gcaaactgcaagtttgtggcgactggtcgggatactgcctgtgtaaaagttttacgtgat
atcgaagttggtgaagaaatcacttgcttctacggagaagatttttttggggatggcaat
tgctactgtgagtgcgaaacttgtgaaagacgtggcactggagcatttgctaatcaaaag
cctggagaagaattggaatcaggttatcgtttgagagagacggataaccgcataaaccgt
cataaacacaagcaaccccttggtgccaacaaacagcaagaaactactctcactgagcga
aatggagagatcagtaatgctgtagttgcaccccagtcgcttagtatgaaagaattgaag
cgaaaaggtctgaccaagtatgatgctgagctcttgattgctcagggttgtagattctcc
gatattgctcagcagccaacattgttgaataacgaagagaacacatctcaagattctcaa
aatgcgccagcttcagccacgagaacactaagaaataaaaatcaagcaaacaagactgaa
agtaataataataataacgttaataataataataatcgcaacaacttgaaaggttgtcgt
ctgagggcttccaggcatcaaaagagagcagaggcgaaaagaagtaaagcaggtgaaagc
aatgggtctcatcatggcaccatcaatgtgcgtcataggaaagaggattctgatagagga
gaaggtgatgagaattgggctttttcgaatttacataaacttaaaaatcaagaaacgtcc
agaaacgatagtgttaatgcatgtcatattcgcgatcttggatctacagcatcgactaat
catattgagaaccaatgcgatgaagagtgctcatcaagattatcagagaatgcagcatca
agtgaagagctaaatgtgaattcacaagatgaagctactgagaatgatccatcattctta
aatcatggaaaagaacacagtacaaattcttccagtccaaatcgtactagcctcctatcc
gattccaagtttcataaaacttcagatgttcaaacattggacaaaacaaattcaaatcag
tgtgaaaatggtttaaaaagtgtccagtgttctacaaatactgattctataaataaattg
gatagtgaatgccaagtgaaagatacaagtacggatcaagttgaaagctcagggaaaatc
tatgatcatctgtttgaagcaaaggctctcaagttcagtgatagtgtgtcctatgacgtg
acttgtagaaaatctccaatattaggcaatgctccacgaaattctccttttcatgaaact
aaagaattccataagcttgattctgttaaaggctctgctggagaaactttagattctaat
gtagacgcgaattatcaacaatccgagttaacctcaatagaatcgatgaatacctctgat
attcatcaagcccattcattagaaggtgattgtaagtcaaaatatcccagtgatgttcaa
gattgtgctaaaattgtaacggatcaggataatcatattttcacagaggaaaagcataat
gaagtagctattaaggaagagaccttacaaaatttaaatgcagtgagtgatcctttgata
caagaccaagtgtgtgcggataattttcttactaaaaaatcagaggatacacgcagcttg
acactcaagagatgtaatgacttattatcaagctcccagcataagagtcacagtaaaaag
cagacgaatcgtttgtcacggacaaaatgtaagaaaacgaaaaatcgaagtttattagac
aggtgcaatgttagattaacgagaagccagaagaaagactctcaacaacctacacctgca
atgccgatcggaacggctgacgatgattctggcatccaaggagacatttatgagtttagt
gaaaaagagagcaaccttgaagatattagtttgccaaatcgtgtttcacacttaagggat
aggttccatgaagtcaaggaaaatccggcaacttcaactatgccattggattcgtggaat
agacgctcaagggaaaattctcttgatagccaagataagcataacgacagcagcagtagt
agcagtagcagtagtagcagcaatagaagcagcagtacaagtagtggtattagcagcgac
cgacaatctgaacagcaacagcaagccccattgaccccgtcctcttggcagagccagcag
caacactcccaacataattgccatcgccatccaagtcccaaaacgacctcggaaagtagt
cgcgtctatcctacgacaccggaacgacgtggactcaagctgacactgcgtatgaagcgt
tcgccgatcctggacgacgtaatcgaatcaggcacaagtctgagcgaggacaacgaggtg
ccggagtacgaggtgtggcgcgtggaaggcgtcgacgaggaagaaaccgaagctgtacgg
ccccgtaaaaaacacaaaactcgggatcgtgagaggagacacaagcgtcgtgagatcatc
ccccctcccgtaccgatgaaacggctccggcttatcttcggcaacgaaacccgcaccatc
gacctcccgcactcctaa
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