KEGG   Pediculus humanus corporis (human body louse): Phum_PHUM051940
Entry
Phum_PHUM051940   CDS       T01223                                 
Name
(RefSeq) Plexin-A4 precursor, putative
  KO
K06820  plexin A
Organism
phu  Pediculus humanus corporis (human body louse)
SSDB
Motif
Pfam: Plexin_cytopl Plexin_RBD TIG TIG_2 TIG_plexin PSI Sema TM_ErbB1
Other DBs
NCBI-GeneID: 8232893
NCBI-ProteinID: XP_002423355
VectorBase: PHUM051940
UniProt: E0VB61
AA seq 1873 aa
MSLTATLLLGLIVPIAVISHDTKSLSVSVPISSKIQQITSRFSLNGDTSFTHMVYDKTGN
QIFAGAINKIYRLDENLKLMEEVTTGPKQDSPLCPAKGCDSSVTEKFSTNNVNKLLILDP
ESKSLIACGSILQGACEKYNTSSLFVPPKFISLSVAANDEKSSTYAFIGPESYNSRNRNN
VLYVGTTFTNHGEYRHDVPAISSRNLDDLNFAAFSFSKQSLLRIDVKYRDQFLVNYVYGF
NSTEFAYFVIVQKQSHLPGQEEKGYVSRLARTCISDENYDSYTEVTLQCTIRSETTNKLV
NYNLIQDAKIGVAGADLAGNLGIDTNENVLVGIFSPSKGITNEPQSKSAVCVFSLQEIEA
KFTENIHMCFNGSISDRNLGYVSGLILDGKCPTAGSTGNIPYFCEVGLKISGVVPIKGGA
FLHFPNETLTSVTLGKTERHTVAFLGTKNGHIKKHKLHVNFFFSFFFQITKLKIEHCGSY
GNCSACLDARDPYCGWCSLEKRCIIRSACQKASYSSPRWLSVGGGQQCIDFEYVHPDRIP
INQMTTVTLAIRTLPELPAGAKYKCVFGKSHPIDANVTSTGLICLTPNITERSFIPENMD
HVLVPLSVRSSETNKDFVSRNFAFYDCGRHTTCKKCVTSQWQCNWCVYQNQCTHNTTTCQ
RLGSISLDQHNSAFRKTNETIFLPNKVSKEIVLDVENLPHPQFVHVGFLCIINIEGAKMM
VPARVEKNRFVICDKTVYSYEAKMGEYKANVTVVWNKNHHVDTTSVTLYKCNILGSHRDH
PDCSLCASSHSQYNCTWCGTSCTYKDSCQHSSFVECPKPRIDMVKPLNGPVEGGTLVTIE
GSNLGLKSEDVKEKIRIGNTTCHLVDYEISVRIVCRTGPSLVGESIVPITVGNKAGFTES
SVRFSYKKGVYPAMGPQSGGTQLAITGKNLNIGTSSTRLTCITSKKLTLFVDGANRTFDK
YPFNYTLDPTILEIKPLKSFASGGRMITIHGTNLHAIQKPEMTVHLDHELNPINKSICTV
ISSAQMECPSPSIDLTLLAKNFNRSKAERENVPKWGRSLVKFHMTQIPLQIGFIMDNVDS
IKDLEKYFPNLRSQLLYVTDPKFFEFPNTIKSYKGDTLVIEGENLNLASDETDVNVTIGM
ASCNVTSLALTQLVCTPPEIQPEPTDEYGFKTSTSLPLVVVRVGKILRFPVGYLQYEVMK
PYSFSPEAIAGIVVGTCFVVFLFLIILVIYRRKSTQAEREYKRIQIQMDTLESNVRSECK
LAFAELQTDITDLTADLESTGIPTLDHKSYVMKVFFPGVSDHPILNDPKPRSNCLRTNYD
AAMFQFEQLINNKNFILVFIETLENQKTFNIRDKVSVASLVMVVLMSKMEYATDVLRSLL
FKLIDKSVGTKYPQLMLRRTESVVEKMLTNWMALCMYNYLKDYAGSSLFLLYKAIKHQVE
KGPVDAITHDARYSLSEERLLREQIDHNIITIHLIQEDLHYEKIPYQTYQVLQDAALEAK
LQCKVLDCDTISQVKSKIFDALYKNTHFSMRPSIQEVDLEWRHGRGGHLILQDEDLTTKS
TGTRKKLNTLAHYGIKDSAIMSLIPRQQETYCTQSYRFKNYITTSSNPPIILSNGILEED
SNSKFYHLVKPIDENQFLNKMGPTDRTHKAIPEIFLTRLLSTKGTIQKYVDDFFTTILSA
DEGLPPAIKWLFDLLDDAAKRHSIVDPEVLHAWKSNSLPLRFWVNFIKNPDFIFDINKTA
TVDSCLSVIAQTFMDACSTTEHRLGKDSPSNKLLFAKDIPQYRDMVTRFYSNIRTSPQIT
DQEMSTVMQQLSTSQTEEFDIIAALKELYIYVSRYNGQIIQALETDPICKKMHLAHKLEN
VACTLEGEETSTC
NT seq 5622 nt   +upstreamnt  +downstreamnt
atgagccttacggcaactttgctattggggcttatagtgcccattgctgtcatttcacac
gacactaaaagtctttcggtttcagttcctatatcttctaaaattcaacaaataacttct
agattttctctcaacggcgatacatctttcactcatatggtgtatgataaaaccggaaat
caaatattcgccggagctataaataaaatatatcgtttagacgaaaatttaaagttgatg
gaagaagtgacgacgggtccgaagcaagatagtcctttgtgccctgccaagggttgcgat
tcttccgtaacggaaaaattttcaacgaataacgttaataaattactcatcctcgacccc
gaatcaaaatcattaattgcttgcggatccatacttcagggagcctgtgaaaaatataac
acttcaagccttttcgttcctcctaaatttatttcattaagcgttgctgccaacgatgaa
aaatcatcaacttatgcatttatcggacccgaaagttacaattctcgaaataggaataat
gttctatacgtgggaacgacgtttacgaaccacggagaatatagacacgacgttccagcc
atatccagcaggaatttggacgatttaaatttcgccgcgttttcgttttcgaaacaatct
ttgctccggatagacgttaaatacagagatcaatttttagttaattacgtttacggtttc
aattcgaccgaattcgcgtattttgttatagttcaaaaacaatcacatttaccgggtcag
gaagaaaagggttacgtttctagattagcaagaacgtgcataagtgacgaaaattacgac
agttacacggaagtgactttacagtgcacgatcaggagtgaaacgacgaataagttagta
aattataatttaattcaggatgcgaaaataggtgtagcaggtgcggatttggcgggaaac
ctagggatagacacgaatgaaaacgttttggtgggaatattcagtccgagcaaagggata
acaaacgagccgcagtcaaagtcggcagtttgcgtttttagcctacaggaaatagaagcc
aaatttacggaaaacattcacatgtgctttaatggaagcatcagcgataggaatttggga
tacgtttcggggttgatactggatggaaaatgtccgactgccgggagcacgggaaacata
ccttatttttgcgaagtcggattaaaaatttccggcgtcgtaccaattaaaggaggagct
tttttgcattttccaaacgaaactctaacatcggtaacccttggaaaaacggaaagacac
accgttgcctttttaggaacgaaaaatggacatataaaaaagcataaacttcatgtcaat
ttttttttctctttttttttccagattacaaaattaaaaattgaacattgcggaagttac
ggtaattgttcggcttgtttggatgctagagatccatattgcggttggtgttctttagaa
aaacgatgcataatcaggagtgcatgtcaaaaagcaagttacagttcaccaaggtggtta
tcagtgggaggaggtcaacagtgcatcgatttcgaatacgttcatcctgataggatacca
attaatcaaatgacgacggttactctcgcaattagaacacttccagaacttccagcaggg
gccaaatataaatgcgtttttggaaaatcgcatcccatagatgcaaatgtcacatccacg
ggccttatttgtttaactcccaacataaccgaaaggagttttatacctgaaaacatggat
cacgttctcgtgcctctttccgttcggtcttctgaaactaataaagatttcgtgagcagg
aattttgctttttacgattgcggacgtcacacgacttgtaaaaagtgcgtaacgtcacaa
tggcaatgcaattggtgcgtgtatcaaaatcaatgcactcataacaccacaacctgccaa
agattgggatccatttcacttgatcaacacaattccgcgtttcgaaaaacaaacgagaca
atttttttgccaaataaggtttctaaagaaattgttttagacgttgaaaatcttcctcat
cctcaattcgttcacgtgggatttctctgtattattaacattgaaggtgctaaaatgatg
gttccggccagagtcgaaaagaatcgatttgtcatttgtgataagacagtgtactcttac
gaagccaaaatgggggaatataaagcaaatgtaaccgtagtttggaataaaaaccatcat
gtagataccacttcagtaactttgtacaaatgtaacattctcgggtcgcacagggatcac
ccagattgtagcctttgtgcttcaagtcattcacagtataattgtacttggtgcggaacc
agttgcacgtataaagattcttgtcaacattcatcttttgttgaatgtccaaagcccaga
atcgatatggtaaaaccattaaatggtcccgttgagggaggaactttggttactatagaa
ggcagcaatttgggtcttaaaagcgaagatgtcaaagaaaaaattagaatcggtaacacg
acatgtcatctagttgattatgaaatttccgtacgtatcgtctgtcgtaccggtccttct
ctcgttggagaaagcatcgttcctatcacggttggaaacaaagccggctttacagaatct
tccgtccgtttcagttataagaaaggagtttatccggcgatgggacctcagagcggagga
actcaattagcaataactggtaaaaatttaaacataggcacatccagtacaagattaact
tgcatcacttcaaaaaaactaacactgttcgtcgatggcgccaacagaacattcgacaaa
tatccttttaattatacattagacccgacaattttggaaataaaacctttgaaaagtttt
gcatcgggaggaagaatgataaccattcacggaacaaatttacacgcaatacaaaaacct
gaaatgaccgtgcatttagatcatgaattaaatccaataaacaaatcaatttgtactgtt
ataagttcggctcaaatggaatgcccttccccctcaatagatctcacactcttggcaaaa
aattttaatcgttccaaagcagaacgtgaaaatgttcctaaatggggacgatcgctcgtt
aaatttcatatgactcaaatacctcttcaaattggattcataatggataacgttgactcc
ataaaggatttggaaaaatatttcccgaatttaagatctcaacttttatacgtcaccgac
ccgaaattttttgaatttcccaatactataaaatcttacaagggagacactttggtcatt
gagggtgaaaatctcaatttagcaagcgatgaaaccgatgttaatgttacgataggcatg
gcgtcttgtaatgttacttctttggcactaactcaactggtgtgtacaccaccagaaata
caacctgaacctaccgacgaatatggatttaaaacctccacaagccttccgttggttgtc
gtcagagtgggtaaaatattaagatttccggtgggttaccttcaatatgaagtaatgaaa
ccctattctttctcacctgaagcaatagcaggtatagttgttggtacgtgctttgtcgtg
tttttattcttaatcatccttgtcatttatcgtcgtaaatcaactcaagccgaaagggaa
tataaaagaattcaaatacaaatggatacccttgaaagcaacgttcgttccgaatgcaaa
ttagcattcgccgaacttcaaaccgacataacagatttaacggcggatttagagtcaaca
ggaataccaactttagatcacaaaagttacgtgatgaaagtttttttccccggagtgagc
gatcatccgattttgaacgatccgaaaccgcggtcgaattgcctacgtacgaattacgat
gccgccatgtttcaattcgaacaactcataaacaataaaaattttattttagtattcatc
gaaactttggaaaatcaaaaaacttttaacataagagacaaggttagcgttgcatcgttg
gtaatggtggtgctcatgagtaaaatggagtacgcgacagacgttcttcgtagtttgctt
tttaaacttattgataaatccgtgggaacgaaataccctcaacttatgttaagaagaacg
gaatccgtagttgaaaaaatgcttacgaattggatggcactttgcatgtataattattta
aaagattatgccggttcatctttgttcttattgtacaaagctataaaacatcaggttgaa
aaaggacccgtggatgccataactcacgatgcaaggtattcattatccgaagaacgtctt
ttaagggaacaaatcgatcataacattattacaattcatctcattcaagaagatttacat
tacgaaaaaattccttatcaaacttatcaagtactacaagatgcggctttggaagcaaaa
cttcaatgcaaagttctcgactgtgatacaattagtcaagtgaaatcgaaaattttcgat
gctctatataaaaatactcatttttcaatgagaccctccatacaggaagtcgatctcgaa
tggagacacggtcgaggaggtcatttaatacttcaggatgaagatctcacgacgaaatca
acgggaacgcgaaaaaaattaaatactttagctcattatgggataaaagattcggccatc
atgtctctcataccaagacaacaggaaacttactgcactcaatcttatcgttttaaaaat
tacataacgacatcatcgaatccaccaataattttatcaaatgggattttagaagaagat
tccaattcgaaattttatcatttggtcaaaccaatcgacgaaaatcaatttttaaataaa
atggggcccactgatagaacgcacaaagccatacctgaaatttttctaacgagactttta
tcgacgaaaggaacgatacaaaaatacgtcgatgattttttcacgactattttatcggcg
gatgagggtcttccccctgcaataaaatggttgtttgatttgttggatgatgctgccaaa
aggcattcgatcgtcgatccggaagttcttcacgcgtggaaatcaaatagtctcccactg
aggttttgggtaaattttataaaaaatccagattttattttcgacataaacaaaacggca
accgtggattcgtgcctttcagtcattgcgcaaacttttatggatgcttgttcgacgacg
gaacatcgtttgggaaaagattcaccatctaataaacttctttttgctaaggatataccg
cagtatcgcgacatggtgacacgtttttattcaaacattcgtacatcccctcaaataacg
gatcaggaaatgagtacggtcatgcaacaactatcgacgtcacaaactgaagaattcgat
ataatagcagctttaaaagaattatacatttacgtgagtcgatacaacggtcaaataatt
caagctttagaaacggatccgatttgcaaaaagatgcatttggcccacaaattagaaaat
gtcgcttgcactttagaaggagaagagacgtcaacttgctga

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (154)   
   KEGG ORTHOLOGY (1)   
   RefGene (149)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   VECTORBASE (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (8)   
   Pfam (8)   
All databases (166)   

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