KEGG T01081: 100118971

Nasonia vitripennis (jewel wasp): 100118971

Entry

100118971         CDS       T01081

Name

(RefSeq) plexin-B

K06820

plexin A

Organism

nvi Nasonia vitripennis (jewel wasp)

SSDB

Motif

Pfam:

Plexin_cytopl Plexin_RBD TIG TIG_2 TIG_plexin Sema PSI PSI_PlexinA-B PSI_Plexin-B Beta-sand_ComC_2nd

Other DBs

NCBI-GeneID:

NCBI-ProteinID:

NASONIABASE:

UniProt:

Position

5:complement(8332530..8357586)

AA seq 2014 aa
MNLFGLWSISLRPLVPPPPRLTQLLILYYACLVLCLIPLQAVSATSEEVAGSASASNETQ
LVHIVAQFPSLASGQMQRTYLDYNSTSLRFNHLVIDPNTGQLFAGAVNRLLQLDSDLQVK
EHVITGPKHDNPQCHATGCSSTDIETSLTDNVNKLLVADLDTRTLIVCGSLFQGACEKHR
MSNISLKLQNFTFGVAANDEASSTYAFIGPARYNAWQSSNILYVGTTFTNNAEYRHDVPA
ISSRNLDNLEFAEYTFNKQSILHIDVKYRDHFLVKYVYGFNASTYAYFVLVQKQSYLPEE
EELGYISRIARSCITDPNYDSYTEVTLQCNVEGRNESYKLVQDAKIGTASSDLASQLGIS
AGSSIFVATFSPSKGITNEPLPKSAICVYSLQDIENKFDENIHMCFNSSIKYRNMGYISG
PIQDGECPQSTGNIGDFCEVGLKISGVSPIVGQAVLHFPDTFVTSITLANTESHTVAFLG
TEDGAVKKVLLSASDASVYESIVVDKGQKILPDTAVAPSGDYLYVLSNSRISKVKVQHCS
SYTNCNSCLVAGDPYCGWCSLEKRCTVRRDCQKANRSSPRWLSLGTGQQCIDFEQVLPDR
IPIKQMTTVQLTIRTLPELPTGAKYKCVFGKAEPIDAIMTMYGLSCPTPPIYSRPNIPKD
ADHVLVPLSVRSSETNKDFVSRNFAYFDCSKHTICSECVKAQWTCSWCVYDNKCTHNTTE
CQGDIISGENNVQATLAAHGAQYCPRFVTPEKPLMLPNNVPKEITLEVKNLPHPQVGHTG
FQCFVNIEGAHLRVQARAESSRYIICDKTVYSYEAQTGEYEAEVMVMWNSNHYIDRTSII
LYKCEVLGSHREHADCSLCVTRERHFQCSWCGSSCVYRDSCLNSAFTECPKPRIDMIKPL
SGPIEGGTLVTIEGSNLGLRESDVAGKIFIGNATCTLVDYEISVRIVCRTSQHEATDEAA
VIVGNVAGFTRSAVYFSYKDIRLTSLNPRVGPQSGGTRLAITGQYLNIGSAISAYLDELP
CQVNASQASSTRLTCVSSRSGRVRSISRLTLSIDGANRTLEGNPYNYTHDPSIMEIKPLS
SFASGGRMITVHGTYLDTIQKPEMVVYFDKESVPINRTICSVLNPTQMECPSPSVAGRFG
IARDKRSLGRKVASLSLKIGFIMDNVESVRDLDKHSQNLRNRLVYVEDPKFFPFPSNVKL
YKGDTLVIEGESLNYASDESDVMVTVGTQPCNVTSLAFSQLVCTPPDQQPMGTDEHGVKT
EDGLPLVVVRVGKSLRFPIGYLHYDLIKSYPIPPEAIAGIAAGTFGLVFIFILVLVIYRR
KSTQAEREYKRIQIQMDTLESNVRMECKQAFAELQTDMTDLTADLESTGIPTLDHKNYIM
KVFFPGVIDHPILNDPRSRNNLTRTNYDAAMLQFEQLINNKCFILTFIETLESQKDFNIR
DKVNVASLLMVVLMGKMEYATDILMNLLLRLIDKSVNTKHPQLMLRRTESVVEKMLTNWM
ALCMYNYLKDYAGSSLFLLFKAIKHQIEKGPVDVVTHDARYSLSEERLLREQIDHSIVTL
HVVQDDLDEKIQCKVLDCDTISQVKSKILDALYKNTPFSLRPSVHEVDLEWRHGRGGHLT
LQDEDLTTKCCGDWKKINTLAHYGVKESAVMSLIPRQNDGFSLSCKQPCHTCSKTSQHHM
QQHIQHPSQQQHHYHSRHAINHCSTLHLPPTPNHGLLSPATMYATGPGIYFDSQHSPPMI
IANGDVETGHTGSQRLYHLVRPVEESQYATSMGFASGKVPPGLHPERTHKAIPEIFLTRL
LSTKGTVQKFVDDFLNTILTANDALPSAVKWLFDLLDEAANKHNILDPEVPHAWKSNSLP
LRFWVNFIKNPDFMFDINKSTTVDSSLSVIAQTFMDACSTSEHRLGKDSPSNKLLFAKDI
PHYREKVGRFYAEVQRLPLITDQEMSSAMQQLSASHANEFDVIAALKELYIYVSKYYGEI
LEALETDPGCCKLHLAHRLENVACTLEGEETSAC

NT seq 6045 nt +upstreamnt +downstreamnt
atgaatctctttggactatggtccatctccctgcgaccactggtgccaccgccaccacgg
ttgacacagttgctcattctctactatgcctgtcttgtactctgcttgatccctcttcaa
gcagtgtcagccacctctgaggaagtagctggttccgcatctgcttccaatgaaactcag
cttgtacacatcgtggcacagtttccatcattggcttctggacagatgcaaagaacctac
ttggattataattccacttctctacgcttcaaccaccttgtgatagatcccaatactggt
cagctctttgctggtgctgtcaacaggctattgcagctagactctgatctccaagtaaaa
gagcacgtgattacaggtcctaagcacgacaacccgcagtgccatgcaacaggatgttcg
tccacggacatcgagaccagcttgaccgacaacgtaaacaagctactagtagcggatctg
gacacacgaaccctcatagtctgcggctcgttgttccaaggcgcgtgcgaaaagcaccgg
atgtccaacatatccctcaagctacagaacttcacgttcggcgtcgcagcgaacgacgaa
gcttcctctacctatgcttttatcggtcccgcgcgttacaatgcttggcagagctcgaac
atcctctacgtcggcacgaccttcactaacaatgccgagtaccgacatgacgtgcctgct
atttctagtcgtaatttggataatttggagttcgccgagtatacctttaataagcagtcc
attcttcatatcgacgtgaagtaccgtgaccattttctcgttaaatatgtctacggattc
aacgccagcacctacgcttacttcgtcctcgtccaaaaacagtcttacctgccagaagag
gaagaacttggttatatatcgaggatagctaggagctgcatcactgatccgaactacgac
agctacacggaggtgacgctccagtgcaacgtagaaggcagaaatgaatcgtacaagctt
gtgcaagatgcgaaaattggaactgccagtagtgacctagcttctcagttaggaatcagt
gctggctcttcgatttttgtcgctaccttctcacctagtaagggtatcaccaacgagcct
ctgccaaagtctgcaatatgcgtctacagtctccaggacatcgagaacaagtttgacgaa
aacatccacatgtgcttcaacagtagcatcaagtacaggaacatgggctatattagcgga
cccatccaggacggcgagtgtccgcagtccactggaaatattggagacttctgtgaagtt
ggattaaaaatttctggtgtatctccaattgttggtcaagcagttttacactttcctgat
acttttgttacttctattaccttggcaaacacagagagtcatactgttgcttttttgggt
acagaagatggtgctgtaaagaaagttttactttctgcgtcggatgcttcagtttatgaa
agcatcgtagtagataaaggtcaaaaaatccttccagatactgccgttgcaccaagtgga
gactacctttacgttctatcaaattctcggatttcaaaagttaaggtgcaacactgtagt
agttacacgaattgcaatagctgtctagtagctggagatccgtattgtggttggtgctct
ttagaaaaaagatgtactgtacgtcgagactgtcagaaagcgaatagaagtagtccacgc
tggctgtctctgggaactggacagcaatgcatcgattttgagcaagtgcttccggatcgc
atacccatcaagcagatgacgacggtacaactgactattagaacactgcctgaactgcct
actggtgcaaagtacaaatgcgttttcggcaaagccgaaccaatagatgccattatgacc
atgtatggtctgtcctgtccgactccacctatctactctagacccaacatccccaaggat
gctgatcacgttctcgtgccattatccgttcgctcgagtgaaactaacaaagactttgta
tcgcgtaattttgcctacttcgattgctcgaagcatacgatttgctccgagtgcgttaaa
gcgcaatggacttgcagctggtgcgtctatgataataaatgcacgcacaatacgactgaa
tgtcaaggtgacataatttctggagaaaataatgtacaagcaacccttgcagcacatggg
gctcagtattgcccacggtttgttactccggagaaaccgctcatgctgccaaacaacgtt
cccaaagagatcaccctcgaagtgaaaaatctgccgcatccacaagtcggtcacaccggt
ttccagtgttttgtaaatatcgaaggtgctcatttgcgcgtccaagcccgagctgaaagc
agtcgttacatcatttgcgacaaaacagtatattcttatgaagcacaaacgggcgagtac
gaagccgaggtgatggttatgtggaactcgaatcactacattgaccgcaccagcatcata
ctgtacaagtgcgaagtattgggttctcaccgagagcatgcagattgttcgctctgcgtc
acccgtgagcgacacttccagtgtagctggtgcggcagtagttgcgtttatcgagactct
tgcctgaattccgcattcactgagtgtccaaagccacgtatcgacatgataaaaccgctg
agcggacctatcgagggtggcactcttgtcaccatagagggtagcaatttaggtctacgt
gaaagtgacgtcgctggaaaaatttttatcggcaacgctacctgcactctcgttgattac
gagatttcagtccgtattgtctgtcgcacaagtcaacacgaggccaccgacgaagctgct
gttatcgtaggtaacgtcgccgggtttactcgcagtgccgtttacttcagctacaaagat
atccggctaaccagtctgaacccacgggtcggtccacaaagcggaggaacacgtcttgct
atcactggccaatatctcaacatcggcagtgcgatatcagcgtatctggatgaactgccc
tgccaagtgaatgccagccaggctagtagtacacgactaacttgtgttagtagcaggtct
ggtcgcgtgcgaagcatatctagactgacgctgagcattgacggggcgaaccgtactctc
gagggcaacccttacaactacacgcacgatcctagcatcatggagatcaagcccttgagt
agcttcgcttcaggaggtcgtatgattacagtccacggcacgtatctcgacaccattcaa
aaacccgagatggtcgtgtattttgacaaggagagcgttccaattaatcgcacaatttgt
tcggtgctcaatccgacgcagatggagtgtccaagcccaagtgtggctggacgcttcggt
atagctcgtgacaagcgttctcttggacgtaaggttgccagcctctcgctcaagatcggc
ttcatcatggataacgttgagtcggtgcgcgacctcgacaagcactcgcagaacctccgc
aatcggctcgtgtacgtcgaggaccccaagttcttcccgtttcccagcaacgtcaagcta
tacaaaggtgatactttggtcattgagggagagagtctgaactacgcgagcgacgagtcc
gacgttatggtgacggtcggtacccagccctgcaacgtcacgtcgctggctttctcacag
ttggtttgcacgcctccggatcagcaacccatgggtaccgacgaacacggggtgaagact
gaagacgggctgccgcttgtagtcgtgcgcgtcggcaagagtctcaggttcccgattggt
tacctccactacgatctcatcaaatcctacccgataccgcccgaggcgatcgcgggtata
gccgcgggcactttcggcctcgtcttcatcttcatactggtgctcgtaatctatagacgc
aagagtacacaagctgagagggagtacaaaaggatacagatacagatggatacgctggag
agtaacgtgaggatggagtgcaaacaggccttcgccgaactacagaccgacatgacggat
ctcaccgcggacttggagtcgaccggtataccgaccctcgatcacaagaattacatcatg
aaggtcttcttcccgggagtgatcgaccatccgatcctgaacgaccctcgttcacgcaac
aatctcacgcgcaccaactacgacgcggcgatgctgcagttcgagcagcttatcaacaac
aagtgcttcatcctgacgttcatcgagacgctcgagtcccagaaggacttcaacattcgg
gacaaagtgaacgtcgcctcccttctcatggtcgtcctcatgggcaagatggagtacgca
acggatatcctgatgaatctactgctgaggcttatcgacaagtccgtcaacacgaagcat
ccccagctgatgttgaggcgcaccgagtccgtcgtcgagaaaatgctgaccaactggatg
gccctgtgcatgtacaactacctcaaggactacgccggctcgtcgctctttctcctcttc
aaggccataaagcaccagatcgagaaaggtcccgtcgacgtcgtcacccacgacgccagg
tactccctctccgaggagcgactgctgcgcgagcagatcgaccacagtatcgtcacactt
cacgttgttcaggacgacctcgacgaaaagatccagtgtaaagtcctcgattgcgacacc
attagccaggtcaaatccaagatactcgacgccctctacaagaacacacccttctcttta
aggccttcggtgcacgaggtcgacctcgagtggcgccacggcaggggcggccaccttacc
cttcaggacgaggatctgacgaccaagtgttgtggcgactggaagaagatcaataccttg
gctcactatggagtcaaggagtccgctgtcatgtcgctcattccgcggcagaacgatggc
ttctcgctctcctgcaagcagccctgtcacacttgtagcaaaacgtcacagcatcatatg
cagcagcatatacagcacccaagtcaacagcagcaccactaccactcgaggcacgcgatc
aaccactgttctacgttgcatctaccgccaacgccgaatcacggtctcttaagtcccgcg
acgatgtatgccaccggccctggcatttacttcgacagtcagcactcgccgccgatgatt
attgccaacggcgacgtcgaaaccggacacaccggcagtcagcggctctatcacttggtg
aggccagtagaggagagtcaatacgcgacgagtatgggcttcgcgagcggtaaggtaccg
ccaggtctgcacccggagcgcacccacaaagcaattcccgaaatcttccttacgaggctg
ctctcgaccaagggcaccgtacagaagtttgtcgacgactttcttaacacgatactgaca
gcgaacgatgcgctacccagtgccgtcaaatggctcttcgacctactcgacgaggcggcc
aataagcacaacattctcgaccccgaggtaccccacgcttggaagtccaacagtctgccg
ttgcggttctgggtgaacttcataaagaatccagacttcatgttcgatatcaacaagtcg
acgacggtggactcaagtctgtcagtcatcgctcagactttcatggacgcatgctcgacg
tcggagcacaggctcggcaaggactcgccctcgaataaactgctcttcgccaaggatatc
ccacattacagggaaaaagtgggcaggttttatgccgaggtgcagagattaccgctcatc
acagatcaagagatgtccagtgccatgcagcagctaagcgcctcgcacgctaacgagttt
gatgtcattgccgcactcaaagagttgtatatctacgtcagcaagtactatggagagatc
ctcgaggcgctagaaacggatccgggctgctgtaaactccacctggcccatcggctggag
aacgtcgcttgcactctcgaaggcgaggagacgagcgcctgctga

All links

Gene (202)   
   RefGene (198)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   NASONIABASE (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (5)   
   RefSeq(nuc) (5)   
Protein domain (10)   
   Pfam (10)   
All databases (220)   

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