KEGG T01081: 100121025

Nasonia vitripennis (jewel wasp): 100121025

Entry

100121025 CDS T01081

Gene name

Setd1a, NV15594

Definition

SET domain containing 1A

Orthology

K11422

histone-lysine N-methyltransferase SETD1 [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:

N-SET SET RRM_1 RRM_6 RRM_5

Other DBs

NCBI-GI:

345490501

NCBI-GeneID:

100121025

NASONIABASE:

NV15594

Position

AA seq 1677 aa
MNGMERHGHGHGNSHSHHHRHHHHHHHPSHHHSDSGTGSSSHHHHSSHSNSSQNVSHNSN
SVAHQQHHHQPPQQQVVSKHNHGQPPPPQKDTSSGGSTASGPVALQKPRNYKLLVDPFLK
KGATKVYRYDGLVPGDPTYPAVQVRDPRSQLTRIWTRLDKMDLPVPRFKIDANYCGDPPP
LEVTFCHLNDNIDRTFLTDMVQKFGPTEELTIYYHPVTNKHLGIARVVFETTKASKACVE
KLNNTSVMGKVLRVFLDPFGDECRKLYEDLTVEKKVEKKVEKKVKEEPQTPTSTTATDER
DSRHNKKSSHEKSRDSYVENSRFTSKMTPNFRGDYPTPGGTSTSSNELGFSTPSELNYPS
NFSQNSTPASNYDYFYGNYHHHHHHPPPHHHTAANPAAANFIGGLPPPGVTQQQNLLNQA
NAGVWWPNAGAPETRGAVYPPNTSWPPPGIIPPDGALVPMTTVPGRNDLAVANSFKSAGS
KKKDSDSPADSDSIHTPTKEQRRGESPSEQRKTLDLDTRIAMLLKDKAGGMAPPFLQFGS
DSEDERKSAADEEMLSNPPSPFLTNDLYEACFQKAQQRNRERRRVRENSLNQIPKSAGVD
EDLGSIISSSEDEALLGSYSPTTAATGSKEPEPPKEQPQPPPPPLDDDRMSLSPLSSGDE
KIEEISHEPVNQHLFTYPNVAHLHHYPAGAGVAAAAAAAAAATTNHHQQVYQPHHHQQPP
PHPPPQGQQQWPRPAQYPFSYTIGATAAAAAAYIPGQYGQPAPAVAATGLHGASVAGMPP
LGPGTAGQNSGYYPNFQSRLQAMANHSITKDNPQGATIQAVLNRVVNELKQILKKDFNKK
MVENTAFKLFDVWWDDKKSEKGVPLAGTILSSTVNNAATPAAPKNHLSQRASLLEQATTP
LGLNYEGFGLGIRASMPKMPSFRRKIKVPSPVAPQDEEDSRQSVEGRGAVENIVANAEAI
DSDSDLDATLAPQKSATKRQIASLPSSSSSSSSSSTSSEDESSSSSSSSSSSDSSSSSDS
SDDEVADTFAKAKLARDSQDPEILAVLRSLTCKTPEDGPRTPIPKIDIFESAASYDFPQI
EDFEEEDEEMAYSDTTETKEIKQEEEINNANEMSAKRHASEWSDRAMVTPVTGVAIKQET
MPAIVPHDIKNMESSAIEALISLAGQDNKPPVTRVPSPVPIKPAPVGGNIIRKLQTMSDR
YINDEPILKESEKIDMFSEIPTSESEEEESLEVRRQRCQAGLQQTAEARPRSQVCRVYLE
HSYSLLPSQQQEVLEQQKQVPSMQQPLVLTPSEVQPAKSTVVAQNLEKSDLKNLSSSVNK
ERVEKKKNKHVKINNNAVLLEKSHEREKENIRIPPSSFERLVPPSSLSESLPPSHHYATP
TIYKERDLMSEMEILYEFLTRGIDHEDVEYLRRSYEALLADDTQSYWLNDTHWVDHPATD
IPSPAKRRKRDEVRLHVTGCARTEGYYKVDLKDKLKHKHHYAQSIQRNEDVRESTGSGGR
VVGGLDSSSSLAINGPKVNSKALTGKMQALSREARSNQRRLLTAFGIDTDSDLLKFNQLK
XXXVIEYVGQMIRPIVADLRETQYEATGIGSSYLFRIDLDTIIDATKCGNLARFINHSCN
PNCYAKVITIESQKKIVIYSKQPIGVNEEITYDYKFPLEDDKIPCLCGAPQCRGTLN

NT seq 5034 nt +upstreamnt +downstreamnt
atgaacggcatggagagacatggacatggacacggcaattcgcactctcaccatcatcgt
caccaccatcatcaccaccatccatctcatcatcactcagacagtggcactggctcttcc
tcccatcatcaccactcgtcgcacagtaatagctcccaaaatgtctctcacaattccaac
tcggtggcccaccagcagcatcaccaccaaccccctcagcagcaggttgtgtccaagcac
aaccatggccagcccccgccgccgcaaaaagataccagcagcggcgggtcaacagctagt
gggcctgttgccctgcagaaacccagaaactacaagctgctggtcgatccatttttgaag
aaaggagccaccaaagtttataggtacgatgggcttgtaccaggtgatcccacgtatcct
gcagtccaggtcagggatccacgctcccagttaacccgaatatggacaaggttagacaag
atggatttacctgtgccaagattcaagattgacgctaattattgtggtgatcctcctccc
ttagaagtaacattttgccatttgaatgataatattgataggacttttcttactgatatg
gttcaaaagtttggaccaacggaagaactcacaatatattatcatcctgtcacaaataag
catcttggtatagcaagagttgtttttgaaactacaaaggcttctaaagcatgtgtagag
aaacttaataatacgtctgtaatgggtaaagtgctaagggtatttttggatccctttggc
gacgagtgtcgaaagctttatgaagatttaactgtagaaaagaaagttgaaaagaaagta
gagaaaaaagtcaaggaagagcctcagactccaacttcaacgacagcaacggatgagagg
gacagcaggcataataaaaagtcaagccacgaaaaaagtagagattcatatgtagaaaat
tctaggtttactagtaaaatgacccccaactttcgcggggattatccgacccccggcggt
accagtaccagtagcaatgagctgggctttagtactcccagtgaactgaactatcccagc
aatttctcccagaactcaacgccagccagtaactatgactacttttacgggaactaccat
caccatcaccatcatccacctccgcatcatcacacagctgcaaatccagcagcagccaac
tttatcggaggcttgccacctccaggggttacccagcagcaaaaccttcttaaccaagcg
aatgctggtgtttggtggcccaatgctggagcacctgagactcgaggcgcggtgtaccca
ccaaatacttcctggccgccgccaggtattataccacctgatggcgccctggttcccatg
accacagtcccaggccgcaacgatctcgcagtagctaacagtttcaaatcggccggttct
aagaaaaaagactctgactctcccgcggattcggattccattcacacgccaacgaaggag
cagcgccgaggtgaatcaccgtccgagcaacgcaagaccctggaccttgatacccgaata
gctatgctactgaaggataaggcgggtggtatggctccgccatttcttcagttcggtagc
gacagcgaggacgaaagaaaatcggctgcagacgaggagatgctgtctaatccacctagt
cccttccttactaacgacctctacgaggcctgcttccagaaagcacagcagcgtaacagg
gaaaggcgcagagtacgcgagaacagcttgaatcagataccaaagtcggcgggagttgac
gaggatttgggaagtattattagttcgagtgaggatgaggcactgttggggagctatagt
ccgacaacggcggcaaccgggtcaaaggagcccgagccacccaaagaacagccccaacca
ccacctccaccacttgatgatgatcgcatgtcccttagtcctcttagttccggtgatgaa
aagatcgaagagatctcgcacgaacccgttaatcagcaccttttcacttatccaaacgtt
gcacacctgcaccactacccggcgggagcaggtgtagctgcagctgccgctgctgctgct
gcagcgacgacgaatcaccatcagcaggtctatcaacctcatcatcaccagcagcctcca
ccgcatccaccgccacagggacaacaacaatggcccaggccagcacagtacccattttct
tacaccattggagcgacggctgccgcggccgcagcctatattcctggccaatatggtcaa
ccggctccggcagtggctgcaacaggattacacggagcatcggttgccggtatgccacca
cttgggcctggaactgcaggtcagaattcgggatattatcctaacttccagtccagacta
caagcgatggccaatcatagtataactaaggataatccacagggcgctactattcaagcc
gtactgaatcgagtagtaaatgaactcaagcagatcctcaagaaagacttcaacaagaag
atggttgaaaatactgctttcaaactctttgatgtctggtgggacgacaagaagtctgaa
aaaggagtcccgctggccggtacaattttaagcagcactgtcaacaatgcggcaacccca
gccgcgcctaaaaaccatctaagccaaagagcttctctgctcgagcaggcaacaacacca
ttgggtcttaactacgaaggttttggtctgggtataagggctagtatgccgaaaatgcca
tcattcaggcgcaaaataaaagtaccaagtccggtggcgccgcaagatgaagaggacagc
cgacaatctgtagagggccggggtgctgttgaaaacatagttgctaatgctgaagctatc
gatagtgatagtgatttggatgcgacgcttgctccgcaaaagtctgcaaccaagaggcag
atcgcaagtcttcctagcagttcgtcatcctcttcctcctcgtctacgtcatccgaggac
gaaagtagttcgagcagtagcagcagcagtagcagcgattcgtcgagttctagtgatagt
tctgatgatgaggtcgccgatacatttgcgaaagcgaaactggcccgcgatagtcaggat
ccggagatacttgcggttctgcggtcgttgacctgtaaaacaccagaggatggcccgcga
acacctataccgaagatagacatattcgagagtgccgcatcgtatgacttcccgcagatc
gaagactttgaagaagaagatgaggaaatggcctactcagatactactgaaaccaaagag
atcaagcaagaggaggagatcaacaacgctaatgaaatgtctgccaagcgacatgcatcg
gaatggtctgatcgagcgatggtcacaccggtcacgggtgttgcgataaagcaagagaca
atgccagctatcgtgccccacgacatcaagaacatggagagctctgcaatcgaagctctg
atatcactcgctggtcaagataacaaaccaccggtcacaagggttcccagtccagtgccg
ataaaaccggctccagtcggcggcaatattattagaaaactgcagacgatgtctgatagg
tacataaacgatgagccgatcttgaaggaatccgaaaaaatcgatatgtttagcgaaatt
ccaactagcgaatctgaggaagaagagagcttagaggtcaggaggcagagatgtcaagct
ggattacagcaaaccgcagaggcccgtcctaggtcgcaagtttgtcgagtttatctagag
cattcttactctctgcttccttcacagcagcaggaagtgctagaacaacagaaacaagtt
ccttcgatgcaacagcctctcgttcttacgccatcagaagtgcaacccgcaaaatcgact
gtggttgctcaaaatctcgaaaaatctgacttgaagaatctgagcagcagtgtaaataag
gaacgcgtggagaagaaaaagaataaacatgtgaaaattaacaacaacgcggtattacta
gaaaagagtcatgagcgcgagaaggagaatattcggataccaccgtcgtcgtttgagaga
ttggtgccgccgtcgtcgctgtccgagtcactgccaccctcgcatcactatgccacgcca
acgatttacaaagagcgtgatctcatgtccgaaatggaaatactctatgaattcctgacg
cgaggcatcgaccacgaggatgtagagtacttacgcaggagttacgaagccctacttgcc
gatgacactcagagttattggctcaacgatacgcattgggtcgatcatccagcgacagat
atacctagtcctgctaaacggcggaagagagacgaggtgcggttgcacgttactggctgc
gcccgtacggagggttactacaaagtagacttgaaagacaaactgaaacataagcatcac
tacgcgcaaagtattcaacgaaacgaggatgtacgagaaagcaccggtagtggtggtcga
gtagtcggtggtctagatagcagtagtagtttagcgataaatggaccaaaggttaactcg
aaagctcttaccggaaaaatgcaagcattgtcgcgagaagccaggagcaatcaaaggcgc
ttattaacggcctttggcatagatactgatagcgatcttctcaaattcaatcaacttaaa
nnnnnnnnggtgatagaatacgttgggcaaatgatcaggccaatagttgccgatctgcgt
gaaacgcaatacgaagccacgggcattggcagttcctatttattccgtatcgatttggac
actataatcgacgcgaccaaatgtggaaatctcgctcgattcatcaatcacagttgtaat
ccgaattgttacgccaaggttattaccattgagagccagaaaaaaattgtgatttatagt
aagcagccgattggagtcaacgaagaaataacgtatgactacaagttcccgctggaagac
gacaaaatcccttgtttatgcggagcacctcaatgtcgggggactcttaattaa

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 (5)   
   Pfam (5)   
All databases (24)   

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