KEGG   Nasonia vitripennis (jewel wasp): 100119411
Entry
100119411         CDS       T01081                                 
Name
(RefSeq) protein lap4 isoform X2
  KO
K16175  protein scribble
Organism
nvi  Nasonia vitripennis (jewel wasp)
Pathway
nvi04391  Hippo signaling pathway - fly
Brite
KEGG Orthology (KO) [BR:nvi00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04391 Hippo signaling pathway - fly
    100119411
SSDB
Motif
Pfam: PDZ LRR_8 PDZ_6 LRR_4 PDZ_2
Other DBs
NCBI-GeneID: 100119411
NCBI-ProteinID: XP_008205464
NASONIABASE: NV15131
UniProt: A0A7M7HAH0
Position
4:6825825..6882348
AA seq 2172 aa
MFRCIPIFKGCNRQVEYVDKRHCSLPSVPDDILRYSRSLEELLLDANHIRDLPKNFFRLT
RLRKLGLSDNELHRLPPDIQNFENLVELDVSRNDIPEIPENIKNLRSLQVADFSSNPIPR
LPSGFVELRNLTVLGLNDMSLQQLPPNFGGLEALQSLELRENLLKTLPDSLSQLKKLERL
DLGDNIIEELPPHIGKLPSLQELWLDSNQLQHLPPEIGQLKSLVCLDVSENRLEDLPEEI
SGLESLTDLHLSQNVIEKLPEGLGDLINLTILKVDQNRLSVLTHNVGNCVNLQELILTEN
FLLELPVSIGNLVNLNNLNVDRNSLQSLPTEIGNLKKLGVLSLRDNKLQYLPTEVGQCTD
LHVLDVSGNRLQYLPYSLINLNLKAVWLSENQAQPMLTFQTDVDEETGQEVLTCFLLPQL
EYHNDESSRLGMMVGTSGLRNNVAAMTGPGGEMREVGGGSSDEENWSEREQSRTHSVKFS
DEPPEGDKETPFVRQNTPHPKELKAKAHKLFSKGKNDSRSTSAEEQDVSQAFGLDKLEQT
QQQEMSMTMQQEPPPPPLDQNSRSFIQHEAEASSKPASEAANGSSGAPAAATVAITKPEA
IGDAEMDESVTGARFRCNDDDDDKHDDIDGVESEGEETQRHVDFAITEDADYEGGGESGK
PNRLHRRDTPHHLKNKRIHGSIDKDKVASIIAQALMKKTDESTTTTTTPAQTTGAATYPP
YAESIENVDGHSQGALSDTEPSIEIREEQYEIHIERTTGGLGLSIAGGIGSTPFKGDDEG
IFISRVTEGGPADLAGLRVGDKVLSVNGISVVNVDHYDAVEVLKACGRVLVLVILREVTR
IVPPSEQMSIRKDSVCSSMSTSRAPSATSYVSSTTLSHNLENGDADETIKRKIPEPLSAV
KQQAADPLVPVLVHTTLIRDQNGLGFSIAGGKGSPPYKPNSDAIFISRITDGGVAQRDGK
LCIGDKVVSINGVEMTDARHEQAVTLLTGLERFVRLVVEREIPLSQANPANLTPSEKSPL
VIGTPKPYTGLYSANSYMANRPGYSAFRRSIDADKILSPSPTSKTPPSSKTTEVSTTPPV
NGIARMNGQVSDELKKSATTNTTPPPQPAPRQSINQQQQPAARPTSQPPAPPSATTSPTP
TATPTPGAGEEKAMADTQEDIQVPKPITNEEFQAMIPAHFLRPSTNSSPSPDSSQKGSTV
TVTIKQPDGLPGDVSFPPAPTTIGKVTETITKSTLTETVVTRVTDNQLVRPVIIEDVILI
KEGSLGFSIIGGTDHSCTPFGAKEPGIFISHVVPGGIAAKSGKLRMGDRILKVNGTDITK
ATHQEAVMELLRPGDQIILTVQHDPLPENYQELVIIKEPGEKLGMHIKGGLKGQRGNPLD
NMDEGVFISKINSGGAAKRDGRLKVGMRLLEVNGTSILGATHQEAVNILRSSGNIITLVV
CKGYDKNEIEQNLSISGRESKESKTSSKESKDTITVDDAKSLSQSVSSLDRDDEEAATLR
QEQEMKAELVAWEKEERERALLEHREKAEKTVPDKLLDFVKAADALVSKPNSPVDCISPI
PPKSPGGTKDLKTTTIVMSKHTLAPQSPPPTPVSLTPGPRDDSYGTSVDSPTPPYQQQQQ
QPKPRKSALVSSTSLPPQPSPPTSTCSVSSQTLPSPKKKRGISFASLPSPYRSKSSSSGD
VSQSGRAGTGYRVSPTPEQCTLSSGSPRFKLPPTPLTSPDMTIVGEVHGPGEGCPDNAAA
DTAYLTRRQIARSVVPETYRGFGTTRFEPPSTPSPTPAPAKLSVSDRKRLFENAMEEHLK
PSPKPDKVFSFLSQDEVEKLKQEEEKKIATLTRDELKSWAQMDENEGLDDEEPIEEQDNR
RPNSRLSSRTGISTLQNVPSIVRTAKAERRLKERMIQEGLLSDEDDESHLTPAEQRALRA
EKRAAWRQARLKSLEQDALQAQLVIKKMSEMMDTSAKLESAKDNVDHTEPAPEGEKVTEF
ATLRPSSADFPKLAVRSKLGPSKAVRESEKIVDEKVTRRTEEYVDEATGERRVRTVEYVE
KLIEREVETLREKIISLELSNPEEELESVTGTGASDAESESEEPSSSAVDTPSTEQSEST
FADAVSIVQATSQQTISPSTTMTTTITEDNNGVENKNDDEEDASTEQNNASSATGNNNNK
KKKRKRSKKGRH
NT seq 6519 nt   +upstreamnt  +downstreamnt
atgtttcgctgcatcccgatcttcaaaggctgtaacaggcaggtggaatacgtggacaag
cgtcactgctcgctgcccagtgtcccggacgacatcctcaggtattcgcgcagcctcgag
gaactcctgctcgacgccaatcacatccgcgacctgcccaagaatttttttcgactcacg
aggctgcgaaagctcggattaagcgacaatgaactccaccggctgcctcccgacatccag
aacttcgagaacctcgtcgagctcgacgtctctcgcaacgacataccagaaataccggag
aacatcaaaaacttgcgttccctacaagtcgccgacttcagcagcaatcccatacccagg
cttccatccggattcgtggagctgaggaatttgacagtccttgggctcaacgatatgtcg
ctacagcagttgccgccaaattttgggggactcgaagcgttacagtcgctggagctcagg
gaaaacttgctcaagacattacccgacagtctttcgcagctgaaaaagttggagaggcta
gaccttggggataatatcatcgaagaattgccaccacacataggcaagctgccatctctg
caggagctctggctggacagcaaccagttgcagcacctgccgccagaaattggtcagctc
aaaagcctcgtgtgcctcgacgtctcggagaatcgactcgaggatctgcctgaagagatc
agcggcctcgagtccctcacggatctccacctctcgcagaatgttatcgagaaactgccg
gaaggtctgggcgacctcataaatctcacgatattaaaagtcgatcagaacaggctgtcg
gtgctaacccacaatgtcggcaactgcgtcaacctccaggagctcattcttacggaaaac
ttcctgctggaactgcctgtgtcgataggcaacctcgtcaacctcaacaacctcaacgtc
gataggaatagcttacagtcgttgccaacggaaattggcaatttgaaaaagctcggcgtc
ctttcgctccgagacaacaagctgcagtatctgccaacggaagtcggccagtgcaccgat
ctccacgtactcgacgtctccggtaatagactgcagtatctgccgtattctctgataaat
ctgaatttgaaggcggtatggctgagcgagaaccaggcgcagccgatgctcacctttcag
accgacgtcgacgaggagaccggccaagaagtgctcacgtgctttctcttaccccagctc
gaatatcacaacgacgagagctcgaggctcgggatgatggtcggcacaagcggacttcgc
aacaatgtagccgcaatgaccggcccgggtggcgagatgcgcgaggtcggcggtggcagc
agcgacgaggagaactggtcggaacgcgagcagtcccgaactcacagcgtcaaattctcg
gacgaaccgcctgagggcgacaaggagactccgttcgtgagacagaacactcctcatccg
aaagagctcaaagcgaaagctcacaagctctttagcaagggaaagaacgacagtcgttct
acgtccgcggaggaacaggatgtctcgcaagcgttcggcctggacaagctcgagcagacg
cagcagcaggagatgtcgatgacgatgcaacaggagccaccaccgcccccgctggatcag
aacagtcgctcgttcatacagcacgaggcagaggcctcatcgaagccggcatcggaagca
gcgaacggcagttccggtgcacctgctgccgccacagtcgcgatcaccaagccagaggcc
ataggtgacgcggagatggacgagtcggtaacgggtgcgaggtttaggtgtaatgacgat
gacgatgacaagcacgacgatatcgatggcgtggagtcggagggcgaggagacccaaagg
catgtcgattttgctataaccgaggacgccgattacgagggtgggggtgaatccggcaag
cccaacaggcttcatcgccgggacaccccgcaccacttgaaaaacaagcgtattcacggc
tcgatcgacaaggataaggtcgcttccatcatcgctcaggcgttgatgaaaaagaccgac
gagtcgacgacgacgacgacgacgccagcacagactacgggagcagccacgtatccgcct
tacgccgagtccattgaaaacgtcgacggacacagtcaaggtgcattgtcggacacggag
ccgtcgatagagatccgcgaggagcagtacgagattcatatcgaacgaacgacaggagga
ctgggactgtcgatagccggaggaataggctccacgcccttcaaaggcgatgacgagggc
atttttatctctagggtaacagaaggtgggccggccgatttagcgggtctgagagtaggc
gacaaagtactctccgtcaacggtatatcggtcgtaaatgtcgaccattacgacgctgtt
gaggtcttgaaagcttgcggtcgcgtcctcgtcctggtgattctccgagaagtaacgaga
atagtcccgccttcagaacagatgtctatcagaaaagactcggtttgttcaagtatgagc
actagccgagcacccagcgcgacatcttacgtatcctcgactacgctttcccataatctc
gagaacggtgatgccgatgaaacgataaagagaaaaatccccgaacctttgtctgccgtc
aagcaacaagctgcagacccactggtgcccgtcttagtacacacgacgttgatcagagat
caaaatgggctaggttttagtatagccggaggtaaaggatcgcctccgtataaacccaac
agtgatgctatttttatttcgaggataactgatggcggtgttgcccagagggatggaaaa
ctgtgcatcggcgacaaagtagtatcgattaacggtgtagaaatgacggatgcgcgacac
gagcaagctgttactttacttaccggtttggaaagattcgttcgattggtggtcgagcgg
gagattcctctatctcaggcgaatcctgctaacttaacaccttcagagaagtcgcccctt
gtcatcggaacgcccaagccctacaccggcctctatagcgcaaacagttacatggctaat
cgaccaggctacagcgccttccgtcgctcgatcgacgcggataaaattctgtcgcccagt
cctacttccaaaactccaccatcctcgaaaaccaccgaggtgtcaacgactccacctgtc
aacggcattgctcgcatgaatggtcaagttagcgatgagctcaaaaagtcggccacaaca
aacacgacaccacctccgcagccagctcctcggcagagcatcaatcagcaacaacagcca
gcggctagaccaacctcgcaaccaccagcaccaccttcggcaacgacgtctccgacgccg
acggcgacacccacgcccggggctggcgaagagaaggcgatggcggacacgcaagaggac
attcaggtaccgaagccaatcaccaacgaggaatttcaggccatgatccccgctcacttc
cttcgaccctcgacaaattcctcgccctcgccagattcctcccaaaaggggtctaccgtc
actgtgacgatcaagcagcccgatggcctgcccggggatgttagtttccctccggctccg
acgactattggtaaagttacggaaaccatcacaaagagcactctcacggagactgttgtg
acgcgcgtcaccgacaaccagctggtgaggccggtcataatcgaggacgtcatcctcatt
aaggaaggatctctgggctttagtatcattggaggaactgatcattcctgtacaccattc
ggagctaaagaaccaggaatttttatttctcacgttgttcctggtggaattgctgctaag
tctggaaagttgcgaatgggcgatagaatattaaaggttaatggaactgatataaccaaa
gcaacacatcaagaggctgtgatggaattacttcgaccaggagatcagattatattaact
gttcaacacgatccactaccagaaaattatcaggaacttgtaataataaaagaacctggt
gaaaaattgggtatgcacatcaaaggtggactaaagggacaacgagggaatcctcttgac
aatatggatgaaggagtttttatttctaaaattaactccggtggggcagctaaacgtgac
ggcaggctaaaggttggaatgcgactgttagaggttaatggtacatcaattctcggtgca
actcaccaagaagccgtaaatattttacgcagttctggaaacataatcacacttgttgta
tgtaaaggatatgataaaaatgagatcgaacaaaacttatcgatatcgggaagggaatcg
aaagagtccaagacatcatctaaagaatcaaaggacactattacagtcgatgatgccaaa
tctttgtcgcagagtgtttctagtcttgatagagacgacgaagaagcagctactttacgt
caagaacaagaaatgaaagcagaattggtcgcttgggaaaaagaagaaagagaacgagcg
ttactcgaacatagagaaaaagctgaaaaaacagttcccgataagcttttggatttcgtg
aaagcggcagatgcgttagttagtaagcctaacagcccagtcgattgtatcagtccgatt
cctccaaaatctcctggtggaactaaagacttaaaaacaacaactatagttatgagcaaa
cacacactagctccacaaagccccccgccaacgcctgtgagcttgacgccaggcccgaga
gacgacagctacggcacatcggtagacagtcctacgccgccgtatcagcaacagcagcaa
cagccaaagccgcgcaagtcggccctcgtcagctcgaccagcctaccgccgcagccgagc
ccgccgacgagcacctgttccgtatcctcccagacccttccctccccgaagaagaagcgc
ggcatcagcttcgcgagtctgccttcgccctaccggtccaagtcctcgagcagcggcgac
gtctcgcagtccggtcgagctggcaccggctacagggtcagcccgactccggagcagtgt
accctcagctcgggctcgccgcgcttcaagctacctcccacacccctgaccagtcccgac
atgacgatcgtcggcgaggtgcacggccccggcgagggctgccccgataacgccgcggct
gatactgcctaccttactagacgacagatcgcacgctctgtcgtccctgagacttaccga
ggttttggtactactaggtttgagccgccgtcaactccatcgccgacaccagcaccggcc
aaactgtcggttagcgacagaaagcggctgttcgagaatgccatggaggaacatttgaag
ccttctccaaaaccagacaaagtctttagcttcttgagccaggacgaagtggaaaaattg
aagcaagaagaggaaaaaaaaatcgcaacccttacgagagacgaattgaaatcctgggcg
cagatggacgaaaacgaaggtttggacgacgaagaacccatagaagagcaggacaacagg
agaccaaatagtcgattgagctcgcgaacggggatttcgactcttcaaaatgtacctagt
atagtaaggacagcaaaagccgaacgacgactcaaagaaagaatgattcaagagggtctg
ctttccgatgaagatgatgagagccacttgacacccgctgaacagagagcccttcgggca
gagaaaagggcagcctggaggcaagctcgattgaaatctctcgaacaagacgctctgcaa
gcacagttagtgataaagaaaatgagcgagatgatggatacgtcggcaaagttggaaagc
gcaaaagataatgtggatcacactgaaccagcacctgaaggggagaaagtgacggagttt
gctacattaaggccgtctagcgcggatttcccaaagcttgctgtacgcagcaagctgggt
ccttccaaagctgtgcgcgagtccgagaaaatagtcgacgaaaaagtgactcggcgcacc
gaggagtacgttgacgaggcgaccggcgagcgccgcgtacgaacagtcgaatacgtcgag
aagctgatcgaacgcgaggttgaaacgcttcgcgagaagatcatctctctggaactgagc
aatcctgaggaggagctagagagtgtaacgggcacaggggctagcgacgcagagagtgaa
agcgaagagccatcaagttcagccgtcgacactccaagtactgaacaaagtgagagtacc
ttcgccgacgccgtaagcattgtccaagcaaccagccaacagacgatctcaccgtccaca
acgatgacgacgacaattaccgaagacaataacggcgttgagaacaaaaacgatgatgaa
gaggacgcaagcacggagcagaacaacgcctcctccgcgacgggtaacaacaacaacaag
aaaaagaagcggaaacgctcgaagaagggtcgtcactga

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Ontology (1)   
   KEGG BRITE (1)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (318)   
   KEGG ORTHOLOGY (1)   
   RefGene (313)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   NASONIABASE (1)   
   OC (1)   
Protein sequence (16)   
   UniProt (1)   
   RefSeq(pep) (15)   
DNA sequence (15)   
   RefSeq(nuc) (15)   
Protein domain (5)   
   Pfam (5)   
All databases (357)   

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