KEGG   Nasonia vitripennis (jewel wasp): 100121568
Entry
100121568         CDS       T01081                                 
Name
(RefSeq) E3 ubiquitin-protein ligase Ubr3 isoform X2
  KO
K11978  E3 ubiquitin-protein ligase UBR3 [EC:2.3.2.27]
Organism
nvi  Nasonia vitripennis (jewel wasp)
Brite
KEGG Orthology (KO) [BR:nvi00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:nvi04121]
    100121568
Enzymes [BR:nvi01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.2  Aminoacyltransferases
    2.3.2.27  RING-type E3 ubiquitin transferase
     100121568
Ubiquitin system [BR:nvi04121]
 Ubiquitin ligases (E3)
  Single Ring-finger type E3
   UBR box proteins
    100121568
SSDB
Motif
Pfam: PRT6_C zf-UBR DUF4570
Other DBs
NCBI-GeneID: 100121568
NCBI-ProteinID: XP_008216989
NASONIABASE: NV12228
UniProt: A0A7M7HDX0
Position
5:complement(7330399..7349937)
AA seq 1939 aa
MASTSSDSAQVLMNKGKRAAAAWIYDQCSHAASSEQSSISPDMLKELLDILLSPSKPIDD
WETIDWCKWLMAGNRSPDEFANTVRIYDNATKCGLVWTPNFVAYRCRTCGISPCMSLCTE
CFKKGNHHRHDFNMFLSQAGGACDCGDTSVMKEAGFCDRHGPKAHVNKSAAPSDLMCVAE
AMMPRIILRLIQHLRENCKNGIPDHKGSIQEADAYLKMLLDLNNMGALMRRVMTIALTNP
QKYRGFMDPSIFAGQSEYAAYCQGSNENYQKAIKNLPNPEPPDEYKECASLQEHLEHTTF
LEELVFWTVAYEFPQKLVCLLLNMLPDPDYKEALTRAFVLHYSRISMMLERSTDPDTLSN
RVVHVSVQLFSNESLAVRMVDQLKLLHVMVISLKYMMSKILIQNTLHDPDKNFHYVVDCG
RQVMKEHCYWPLVSDLNNVLSHKPVAQRFMNDDTLLEMWFDFLSMFQGMNVNQRELSQHV
EFEPNTYYAAFSAELEASAYPMWALVSHLRGSDSAILSRRVLNFCLTALQDWFDGINYTD
TNVSDSLQVSFHLPLHRYFAVFLCQAVRQKSAMLNELLPPTDMLHLLMMHPLRVQVAFYE
ILNNLWVRNGLQIRGQAMTYIQCNFCNSMVDADLYLLQICATKLQPDVFLSTIIEKFHVK
EWMSLSRYHAPQNEYLEGEHDTSMLESCLTFLATLVNVRTNLGLSDVEMSRLEMVTLLCM
GDKTHSQLMEYMPERCGNTQNRDFEAILVEVAHYRAPNLEASGNMQQGMYGPKPRVWDEL
FDPLHVLLRAVQRKDFQVSMDRFTTYAKQSNQLRANATPWPPFRHPAPVSDDYDDPRLVL
RSKVFHAMIFVILYKAVNGKNISEHIMALAVYLLEMAVVTAEVPDKSTHPVCQYNSGGTP
RIFKDMDLAGWFNSNNLSENLRTLIPRVVLVQEPEQSSSDSEFEWEIQGEMTEVAMLNDS
ADDSSSGILALPSSADNTDVSDEINMNATSLPALPTTSVDYTMNYAPEDGVVAIPRGDSE
DELLPMTRALPPSTEESEFFALESRPTPNTDGMLSQPALPPAEVRPAVMAGNEIVFANSI
ISRLNNTSSTSTEIVPSTSNSHKHFRRRDPQTGATQPQMVRVGESMISLLLKLHSQLSGI
PDSYNPEPISEPEEASSSMDTSNPAPESRIGDGPFFISQLLKKIANLDSMCKESIIETRN
RLWPRMQDCENEQRERENREKEERRRRAKERQEKLMAEFANKQKEFMEKAMESDEAGVSG
MDWNSEEGQTKMASKKEYDCVICNQTTPSSEDKPMGLVVLVQATSVIGHERQQPERLILP
TSDADPPIRHPKDDTRGAHFDYRIDELNRSFYTLSWLLTLNLGWEGGVHVQTCGHHLHLD
CLKSYLQSLRGPQQRQQNLAVDRGEYNCPLCRQLANSVLPLSPQLGECSAVVRSRHLSPE
TILLELNNFLKEIQRSPTTSNLAVAMGKAMEDMTSSTYLKYKQKSWSPSHQSLFLFVTSV
ARTNFEVELVQRGGSLCVSPPSMTPLTPKRDCIVALLHVLAVHARVLAMWPVHHTWQQLS
GLPIDPVPELALTSCEKEVPLLLRDPTALLIQFILVLPLHLDQTYFSAVVKVLYNLLYYQ
VVVQISCGLTQAERNAIIGRGMLNDQSSPTTSETILRTVITYFRDSKLYQNDDATSTSST
NHARIRSHVIEQQIQTLCLPFLRVAALLRHHLYEQPIPLIRSPETEFVRLVYYLELVTEG
MDWSCFNAAVALSWHNEEVAVSVPRLWCDQFGVFVSKSQIAARSLIVDQHISWQMPKLLS
LPREYEKIFTYYHERQCRQCHSVPQEISVCLLCGTIVCLKQNCCKIANICEAVQHSIDCG
GGTGIFLVVTSTYVIVIRGRRACLWGSLYLDDFEEEDRDLKRGKPLYLSQDRYQLLEQQW
LAHRFDHTKKTWVWHRDAL
NT seq 5820 nt   +upstreamnt  +downstreamnt
atggcctcgacctcgagcgactcggcccaggtgctcatgaacaagggcaagcgcgccgcc
gcggcctggatctacgaccagtgcagccatgccgccagctcggagcaatcctccatctcg
cccgacatgctcaaggagctgctggacatcctgctcagtcctagcaagcccatcgacgac
tgggagaccatcgactggtgcaaatggctcatggctggtaatcggagtcccgatgagttt
gccaacacagtgaggatctacgacaatgccaccaaatgtggcctggtttggacgccaaat
tttgtggcgtacaggtgccgtacctgtggtatctccccgtgcatgtccctctgcactgag
tgcttcaagaagggaaatcatcataggcacgatttcaatatgttccttagtcaggctggt
ggtgcatgcgactgcggagatacttctgttatgaaggaagcaggattctgtgacaggcac
ggaccaaaagctcatgtcaacaaatctgctgcgccatctgacctaatgtgtgttgctgag
gccatgatgcccaggatcatattaagactcatacagcacctgagggaaaactgcaaaaat
ggcattcctgaccacaaaggttctatccaggaggctgatgcctatttaaaaatgctactt
gacctcaataatatgggagcattgatgagacgtgtgatgacaatagcactcaccaatccc
cagaaatatcgcggctttatggatccctcaatttttgctggtcaatccgaatacgccgcc
tattgtcaaggtagcaatgaaaattatcaaaaagctattaaaaatctaccaaatcctgaa
cccccagatgaatataaagagtgtgcatctcttcaagaacatttggaacacacgacgttc
ttggaagaattagtattttggacagtggcttatgaatttccccagaaactagtttgcctg
ctcctaaatatgttacctgatcctgattacaaggaagcactcactcgggctttcgttttg
cattatagcaggatatcaatgatgcttgaacgttctaccgatcccgacaccttgagtaac
cgtgtggttcacgtcagtgtgcagctattcagtaacgaaagtttagcagtaaggatggtg
gaccagcttaaattacttcacgtcatggtgattagtttgaaatacatgatgagcaaaatt
ctaattcaaaatacacttcacgatccagacaaaaatttccattatgtagtagactgtggg
aggcaagtaatgaaggaacattgttattggcccctggtttctgatttgaataatgttcta
tctcataaaccagtagcacaaaggtttatgaatgatgatactttgctagaaatgtggttc
gattttctatccatgtttcaaggaatgaacgttaatcaaagagagttgagccagcacgtc
gaattcgagcctaatacatattacgctgcattcagcgctgaacttgaagcaagtgcttat
ccaatgtgggctttagtttcgcatctacgaggatctgacagtgctatactaagccgtcgt
gttctcaatttttgcttaactgctctacaagattggttcgatggtattaattacactgac
acaaatgtgagcgacagtcttcaggtgtcgtttcatctgccgctccatcgttacttcgca
gtttttctatgccaagcagttcgtcaaaagagtgcaatgctgaacgaactgctgcctccc
actgatatgctacacttgctgatgatgcatcctcttcgtgttcaggtcgctttttacgaa
atcctcaacaatctatgggtccgcaatggattgcaaataagaggacaggcaatgacttat
attcaatgtaatttctgcaattcaatggtcgatgctgacctgtacctgttgcaaatatgt
gccaccaaattgcaacctgatgtattcctgtcaactatcattgagaaatttcacgttaaa
gaatggatgagcctcagtcgctatcatgctcctcagaatgagtacctagagggggagcac
gatacttcaatgttagaaagttgtctgacctttttggccacattagtgaatgtacgaact
aatttaggtctgtcagatgtagaaatgtcacgtttggaaatggtaacattgttgtgcatg
ggtgacaaaactcacagccagctaatggaatatatgccagaacgctgtggaaatactcaa
aaccgagactttgaagctattctagttgaggtggcccactatagagcaccaaatttagaa
gctagtggaaacatgcagcagggaatgtatggtccaaaaccacgtgtctgggatgaatta
ttcgaccctttgcatgttttgcttagagctgtgcaaagaaaagattttcaagtgtccatg
gacagattcaccacatatgcaaaacaatccaaccaactaagggctaatgctacaccatgg
cctcccttccgtcatcctgcgcccgtatctgatgattacgacgatccacgtctcgttctt
cgttcaaaagtctttcacgcgatgatttttgtcatactgtacaaggcagtcaatggaaaa
aatatatccgagcatattatggcattggctgtatatcttttagaaatggcagtcgtaact
gctgaagttcctgataaatctacgcatcctgtttgtcaatacaacagtggaggaactcct
cgcatattcaaagatatggatttggccggttggttcaatagtaataacctttccgaaaat
ttgaggaccctcataccacgggtcgtcttagttcaagaaccggaacaaagcagctcagat
agtgaattcgagtgggagattcaaggagaaatgactgaagtcgctatgttaaacgatagc
gctgacgacagttccagtggaatattggctcttccttcatcggcagacaacaccgacgta
tctgacgaaattaatatgaatgccacatctcttccggctctgccaacaactagtgtcgat
tacactatgaattatgcacctgaagacggggtagtcgccataccgcgtggtgacagcgaa
gacgaattattacctatgacaagagcgttgccaccatctaccgaagaatccgagtttttt
gccctcgaatcacgtcctacgccaaacacggatggaatgctcagccagcctgctctcccg
ccagcagaagtacgtcctgcagtcatggccggaaacgaaattgtttttgccaactccata
atctcaaggctcaataatactagttcaacttcaaccgaaatagttccgtcaacgtcaaat
tctcacaaacacttcaggcgaagagatccacaaactggagcaactcagcctcaaatggta
agagtcggtgaaagcatgatttcattgcttctgaaattgcactcccaattgtcgggaata
ccggacagctacaaccccgaaccgatttcggaacctgaagaagcgagcagcagtatggat
acttccaaccctgcgccggaatcgcgaatcggtgacggtcccttcttcatctcacagttg
cttaagaagatagccaatctcgactccatgtgcaaagaaagcatcatcgagactaggaac
agattatggccgagaatgcaagactgtgaaaacgagcagagggagagggagaaccgcgag
aaggaggaaaggcggagacgagccaaagaaaggcaggagaaactcatggccgaattcgcc
aataagcaaaaggagttcatggaaaaggctatggaatctgacgaagccggtgtatctgga
atggattggaattccgaagagggacagacaaagatggctagtaagaaggagtatgattgt
gtcatctgcaatcaaactactccgagtagtgaggacaagccaatgggtctcgtggttttg
gttcaagcaactagcgtcattggacacgaacggcagcagccggaacgcttgatacttcct
acatcagacgcagatccacctattcgacatcctaaagatgacactcgcggggctcacttc
gattacagaatagatgaattgaatcgatcgttctatacgctttcctggctgctcacatta
aatttgggctgggaaggaggtgtccacgtgcaaacttgtgggcatcacctgcacttagac
tgcctgaaatcgtacttacaatctcttcgcggtccgcaacaacggcaacaaaatctagcg
gttgatagaggcgaatacaattgtcctctgtgtcgacaactagcgaactctgttcttcca
ttgtcgccacagttaggcgaatgttcagcggtagtacgttctcgtcatttgtcacctgaa
acaatactcttggaactgaataattttctaaaagaaattcaaagaagtcccactacatcg
aatttggcggtggcaatgggtaaagcaatggaagacatgacaagttctacgtatttaaaa
tataaacaaaaaagctggagccctagtcatcaaagtttgttcctcttcgttacttcggtt
gcacgcactaatttcgaagtggaattggttcagcgaggtggttcactctgtgtttcaccc
ccatcaatgactcctctcacaccaaagcgtgattgtatcgttgcactgctacatgtgttg
gcggtacatgcaagagttttagccatgtggccagtccatcatacatggcaacaactgtca
ggcttaccgattgatcctgtcccagaattagcgctaacatcatgcgaaaaagaagttcct
ctacttctgagagatccaacagctttactcatacaattcatacttgtgcttccattacat
ctagatcaaacatatttttccgctgtggttaaggtattatataatttattgtactaccaa
gttgtggtgcaaataagttgtggtttaacgcaggctgaaagaaatgctattattggtcga
ggaatgttaaacgatcaatcaagtccgactacgtcggagactattttaaggactgtgatt
acttatttccgcgatagcaaactttatcaaaacgacgatgcaacgtcgacttcatctaca
aatcatgctaggataaggagccacgtaatagaacaacagattcagacgttgtgtttgcct
ttcttgcgagtggcggcacttcttcgtcaccatttatatgaacagccaatacctttgatt
cgctctccggagacggaatttgtaaggcttgtttattatttggaattagtgaccgagggt
atggactggagctgttttaacgcggcggtagctttgagctggcacaatgaagaagttgct
gtttcggtaccacggctctggtgcgaccagtttggtgtcttcgtaagcaagagccagatt
gctgctagaagtttaattgttgatcagcatatatcatggcaaatgccgaaattacttagt
cttccaagagagtatgaaaaaatctttacgtactatcacgaacggcagtgccgtcagtgc
cattctgtacctcaagaaataagcgtgtgcttattatgcggtaccattgtttgtctgaaa
caaaattgttgtaaaatagcaaatatttgtgaagctgttcagcattctatagactgtggt
ggtggaacgggtatatttttagtcgtaacatcaacatacgttattgtgatccgaggaagg
agagcttgtttgtggggatccttgtacctggatgattttgaagaggaggacagggattta
aaacgcggaaagcctctttatctaagtcaggacagatatcaactattggagcaacaatgg
ttggctcacagatttgatcatacgaagaaaacatgggtctggcatcgcgatgcgctgtga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (141)   
   KEGG ORTHOLOGY (1)   
   RefGene (136)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   NASONIABASE (1)   
   OC (1)   
Protein sequence (4)   
   UniProt (1)   
   RefSeq(pep) (3)   
DNA sequence (5)   
   RefSeq(nuc) (3)   
   GenBank (1)   
   EMBL (1)   
Protein domain (3)   
   Pfam (3)   
All databases (158)   

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