KEGG T01081: 100119232

Nasonia vitripennis (jewel wasp): 100119232

Entry

100119232         CDS       T01081

Name

(RefSeq) low-density lipoprotein receptor-related protein 6

K03068

low density lipoprotein receptor-related protein 5/6

Organism

nvi Nasonia vitripennis (jewel wasp)

Pathway

nvi04150

mTOR signaling pathway

nvi04310

Wnt signaling pathway

Brite

KEGG Orthology (KO) [BR:nvi00001]
09130 Environmental Information Processing
  09132 Signal transduction
   04310 Wnt signaling pathway
    100119232
   04150 mTOR signaling pathway
    100119232
09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:nvi04131]
    100119232
Membrane trafficking [BR:nvi04131]
Endocytosis
  Clathrin-mediated endocytosis
   Low-density lipoprotein receptor (LDLR) family proteins
    100119232

SSDB

Motif

Pfam:

Ldl_recept_b FXa_inhibition Ldl_recept_a SGL EGF_LRP2 Vgb_lyase DUF5050 cEGF

Other DBs

NCBI-GeneID:

NCBI-ProteinID:

NASONIABASE:

UniProt:

Position

3:21765443..21774336

AA seq 1638 aa
MARFQAFLLGTACLLCCFAADLTHGSPRLLFATNKDIRVANVSRANKLVGTIVKELPEGT
TLDFYYERNLVCWSNNAIETIQCVRSNGSYTHEPITVVNSSLISPDGLACDWYTGKLYWT
DGEKNRIEVTSIEGSIRKVLFWTEIYQPRAIALVPQASIFFWTDWGELPKIERAAMNGDP
STRSVLVSEDIFWPNGLTVDYDNELVYWVDGRYKFIAVMDYNGRNRRKILTEGLEYPFAI
SYFDQRLYWTDWRTWCIHSLELSRNAAGVQQKPRELLHGEYIPGDIEVWEPSRQPPPKPG
ANPCGVNNANCSHLCLLSTKPPGYSCACPTGVKLLEDRHSCASGPQELLLIVQRNEISTI
SLDSPDYTNFVLPLQGIKHAIAIDWDPIDEMLYWTDEQAHVIRRAYLNGSGQQDILTTEI
KSADGIAVDWIARNLYWTDTGIDRIQVSRLDGSYRKVLIHEDLGEPRAISLGLELGWMFW
TDWDEKRPKIERSNLDGTERTIIVSKDITWPNGIALDLERKKVYWCDAKTDKIEVCNMDG
SERREVITDNLPHLFGFSLLGDFLYWTDWQRRSIDRAHKLTGDQREIIVEQFANVMGLKA
VHRGKPNGTNPCAHANGGCTQLCLNRPQNKYVCACQIGYELANDMRTCLVPESFLLFTRK
DKIGRTSIENANNDNIIPITGIKDASALDFDLADNRIYWTDVKLKIIIRAFMNGSEVEKV
VDLGLETPDGLAVDWIAHNLYWSDTGTRRIELIHLNGYSRRVIIWQNLIEPRCLALDPER
GFIYWTEWANTGSIERAWLDGTDRQVIISGIGRTNGLTIDHAAHRLYWADLFTPAIDSYD
LTTGKRKEIITQKIGYPFSITQYQDYIYWTDWNTGDIERANKTTGGNRTEIHDNLESVTD
LLVVHKSRQPGWNTCAINNGECSHLCIALPGSTGGLSTNHKCACPTHYTLSADNRTCLGP
KNFMVYSYRNVMGRFLPDSNHDCPDTSLRVQGLKNVRAIEFDPITQYIYWIRTGDGRSSS
IRKALENRTHAVLVLPGGSGHPFDLALDPLGRLLFWSCSQNDAINVTRLDSDSSLGVVVK
GEGEKPRNIAVHPEKRLLFWTDVGEKMRVMQSLMDGKERIVIASDLESPSSLAVDTAANL
IFWAHGRQIEYAEIGGGNRRVLIAGLQGSVLHLSVLFEYLYWFDRDSQIVERVEKRSGAS
RKTMMSNRPLTDLVSVHTPSDLAMEDNLCSPLHEYGGCSHICLGSRCSCPQSLVLADDGK
NCRVAPSCGPEHFTCLTSKSTDSKDCIPGSWKCDGQRDCADGSDELGCPPCNRELYFECH
NGQCIENAWVCDGRRQCSAGEDEVNCCRAGQFRCVSSGVCIPATALCDGWENCADGSDES
APACASVNNHRQAAEPTLESGKSTYVVSVLLVIAGTGFAILGFYYCRRRLAANAAGGAGA
GSEELPDILHDSAGDPLSPKSCRTAKPMLNSYKNGRKEQLKPGMAVRMSTLNGSSISSSY
DRSHITGFSYCASSSTHDSSAGGYPQETLNPPPSPATTANSTRCSSSNASRYRPYRNYRS
INQPPPPTPCSTDVCDESDSNYPAMPRFRYGHAGEPFPPPPTPRSVYQSDTAISCPPSPS
SRSSTYFSPLPPPPSPVP

NT seq 4917 nt +upstreamnt +downstreamnt
atggcgagatttcaagccttcctcctcggcaccgcctgtctgctctgctgtttcgccgcc
gatctaactcatggctcgccgaggctgctgttcgcgacgaacaaggacatccgggtggcg
aacgtctcgcgggccaacaagctcgtggggacgatagttaaggagctgccggagggcacg
actctggacttctattacgagcggaatctggtctgctggagcaacaacgccatcgagacc
atccagtgcgtgcggagcaatggcagctacactcacgagcccatcaccgtcgtcaactcg
agcctcatctcaccggatggtctcgcctgtgactggtacaccggcaagctctactggacc
gacggcgagaagaacaggatcgaggtgaccagcatcgagggtagcatacgcaaggttctc
ttctggacggagatctatcagcccagggcgatcgccctcgtgccgcaggcgagcatattc
ttctggaccgactggggagagctgccgaagatcgagcgagccgccatgaacggagatccc
tccacgaggagcgtactcgtgtccgaggacatattctggccgaacgggctcacggtcgac
tacgacaacgagctggtttactgggtcgacggtcgttacaagttcatcgctgtcatggat
tacaacggcaggaacagacgcaagatactgaccgagggcctcgagtatccctttgccatc
agttacttcgaccagcggctctactggaccgactggcgaacctggtgcatacacagcctc
gaactctcccgcaatgccgctggcgtccagcagaagcctcgggagttgttgcacggcgag
tacatacccggcgacatcgaggtctgggagccgagcagacagccaccgccgaaacccggt
gccaatccctgcggcgtcaacaacgccaactgttcgcacctctgtctgctgagcaccaag
ccaccgggctacagttgcgcctgtcccaccggagtcaagctcttggaggatcgacacagt
tgcgcgtcgggcccccaggagctcctgctcatcgtgcagcgcaacgagatcagcaccatc
agcctcgattcccccgactacaccaactttgtcttgccgctccagggtatcaaacacgcg
atcgccatcgactgggatcccatcgacgagatgctctactggaccgacgagcaggcgcac
gtcattcgtagagcctacctgaacggttcgggtcagcaggacatcctcacgaccgagatc
aaaagcgccgatggtatcgcagtggattggatcgcgcgaaatttgtactggaccgatact
ggcatagatcgaattcaggtgtctcgacttgatgggtcttaccgcaaggtcctcatccac
gaggatttgggtgagccgcgagccatatctcttggcctggagctcggctggatgttctgg
accgactgggatgaaaaacggccgaagatcgagcgcagcaatctggacggaactgaacga
accatcatcgtgagtaaggacattacctggcccaacggaatagccttggatctggagcga
aagaaggtttactggtgcgacgcaaagaccgacaagatcgaggtctgtaacatggacggc
agcgagcgtcgcgaggtcatcaccgacaacttgcctcatctctttgggttcagtctgctc
ggcgatttcctctattggactgactggcagaggcgcagcatcgaccgggctcacaagctc
accggagatcaacgcgaaatcatcgtcgaacagtttgccaacgtcatgggcctcaaggcc
gttcatcgggggaagccaaacggtaccaacccttgtgctcatgccaacggcggctgcacc
cagttgtgcctcaatcgaccacagaacaagtacgtttgcgcctgtcagatcggctacgaa
ctcgccaacgatatgaggacttgcctcgtacccgagtcctttttgctattcacgagaaaa
gacaagattggcaggaccagcatcgagaatgccaataacgacaacatcattcccatcact
ggcatcaaggacgcaagtgctctagatttcgatttggccgacaatcgcatatactggaca
gacgtcaaactgaaaatcataatacgtgcctttatgaatggatcggaggttgaaaaagta
gtggatcttggcctagagacgcctgacggtttagcggttgattggatcgcgcacaattta
tattggagtgacacgggtacacgccgaatcgaacttatccatctcaacggttacagcagg
agagttatcatttggcaaaatctcattgaaccccgatgcctcgctcttgatccggaaaga
ggtttcatctactggacggaatgggcaaacaccggtagcattgaacgagcttggttggat
ggcaccgaccgtcaagttattatatctggcattggtcgtacgaatggattaacgatagat
cacgcagcgcatcgactttactgggctgacctgtttacaccagctatcgacagttacgat
ttgacgacgggaaaacgcaaggaaatcatcacccaaaaaatcggttatccattcagtatt
acccagtatcaagattacatttactggacagactggaataccggcgacatcgaacgggcc
aacaagacgactggtggtaaccgaacggagattcacgataacttagaatctgtcacggac
ttgttggtagttcacaagtccaggcaacctggctggaacacgtgcgccattaacaacgga
gaatgtagtcatctgtgcatagctttgcctggttctaccggcggactatcgacaaatcac
aaatgcgcctgccctacgcattacactctttctgccgataacagaacttgtctggggcca
aaaaacttcatggtgtatagctaccgcaacgtgatgggcagatttttacctgatagcaac
cacgactgtcctgacacgtctctgcgtgtacagggtttgaagaacgtgcgagcaatcgag
ttcgatccgataacccagtacatttactggattcgcactggtgacgggcgcagttcctcg
attcgaaaagctttggaaaatcggacgcatgcggttctcgtcttacctggtggtagcggt
caccccttcgacctggcactcgatcccctcggtcgactgcttttctggtcttgctcgcag
aacgacgccatcaacgttaccaggcttgatagtgattcgagcctgggtgtagttgttaag
ggcgagggtgaaaagcctagaaatatcgcagtgcatccggaaaagaggctgctcttctgg
acagatgtgggagaaaaaatgcgtgtcatgcagagtctgatggatggcaaggagaggatt
gtcatagcctcagatcttgagtcgccgtcgagtctcgcagtcgataccgctgcaaacctc
atcttctgggctcatggtcgacaaatcgaatacgctgagatcggtggtggtaaccggcgc
gttcttattgctgggctgcaaggctctgttcttcatctctctgtactcttcgagtatctc
tactggtttgatcgtgacagccagatagtagagagggtcgaaaaacgatcgggcgctagc
agaaagacgatgatgagcaaccgaccactgactgatctggtatcggtgcacacgcctagc
gacctcgcaatggaggacaatctttgtagccctttgcacgagtacggtggctgttcacac
atttgtctcggctctcggtgctcctgtccccaatcacttgttctcgcggacgacggaaag
aactgccgagtggcaccaagctgtggccccgaacatttcacctgtctcacctccaaatcg
acagattccaaggactgtatacctggtagttggaagtgcgatggccaacgtgactgtgca
gacggtagcgatgaactcggctgtcctccgtgcaatcgagaactctatttcgagtgtcac
aatggtcaatgcatcgaaaatgcatgggtctgcgacggtaggagacagtgcagcgctggc
gaggacgaggtcaattgctgtcgcgccggacagtttcgctgcgtgagctctggcgtatgt
atccccgcgacggcgctctgcgatggttgggaaaattgtgctgatggcagtgacgagtct
gcgcccgcctgcgcgtcggtcaacaatcaccgacaagcagctgaacctaccctcgaatct
ggcaaaagcacctacgttgtttccgtgcttcttgtcatagccggcaccggttttgccatt
cttggcttctactattgtcgacgacgactcgcggctaatgcagcaggaggtgctggcgct
ggtagcgaagagttaccagacattctgcacgattcggccggcgatccactttctcccaag
agctgcaggacagctaaaccgatgctaaacagctataaaaacggcaggaaggagcaactc
aagccaggcatggcagtcaggatgtctaccctcaatggcagtagtataagctccagttac
gaccgcagtcacataacaggtttttcctactgcgcatcgagttcaacccatgatagctcg
gctgggggctatcctcaagagaccctcaacccgccgccgagtcctgcgaccactgccaat
tccacgcgttgttccagtagtaacgcttcgcggtacaggccttaccgaaactatcggagc
attaaccagccacccccgccaacgccttgcagcaccgacgtttgcgacgaatccgacagc
aactacccggctatgccgcgcttcaggtacggtcatgccggggagccctttccgccacca
ccgaccccgaggtcggtataccaaagcgacacggccatcagctgcccgccctcgccgagt
tcgaggtcctcgacctacttcagtcccttaccgccgcctccatcgcctgtaccttga

All links

Gene (85)   
   RefGene (81)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   NASONIABASE (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (8)   
   Pfam (8)   
All databases (96)   

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