KEGG   Pediculus humanus corporis (human body louse): Phum_PHUM359090
Entry
Phum_PHUM359090   CDS       T01223                                 
Name
(RefSeq) tight junction protein tama, putative
  KO
K05701  tight junction protein 1
Organism
phu  Pediculus humanus corporis (human body louse)
Brite
KEGG Orthology (KO) [BR:phu00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:phu04812]
    Phum_PHUM359090
Cytoskeleton proteins [BR:phu04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Others
     Phum_PHUM359090
SSDB
Motif
Pfam: PDZ ZU5 PDZ_6 PDZ_2 Guanylate_kin SH3_2 DUF6288 SH3_1
Other DBs
NCBI-GeneID: 8233405
NCBI-ProteinID: XP_002427998
VectorBase: PHUM359090
UniProt: E0VPF4
AA seq 1337 aa
MTDYSHSLTHNGERIIWETHQVTLSRVPGYGFGIAVSGGRDNPHFANGDPSIAISDVLKA
GPAEGKLMVNDCIISANGISLENVEYARAVQVLRDSGHTVALTVRRKIILPAPQPHTLRV
QLNKTKKKDDFGLVLGCRIYVREFTRQDKENSVQEGDVLLKINNHSTDGLSLKEARKLIE
NTKEKLSLVVKRERRPGSGPGPGSGQQENATNNNTKDSQGNYLENFSGANYPTQNLYVQP
PTRHAHQQHFDDKSNLAPRGRSRGPLLNDVSLSQLDRPSTPQNSAGNHHAHSRSRSGLEE
PPRPPPPRTEDYYSSRRQLYEDDLLRSKHPVPDPRFISFQKDGSVGIRLTGGNESGIFVT
AVQPGSPASLQGLQPGDKILKVNDMDMKGVTREEAVLFLLSLQDQIDLIVQHRMDEYEQV
VQSQRGDSFYVKAHFNYDQPNKGEMCFRKGDVFRVVDTLHNGVVGSWQVFRIGRNNQEVQ
KGIIPNKARAEELATAQFNATKKELSASESRGSFFRRRRNSHRRSKSLSRDHWDDVVFSD
SISKFPAYERVFLRHPGFIRPVVLFGPVADIARDKILKDFPDKFTSPQLDNNMEDAPKSQ
KSSGIIRLSAIREIMDRGKHALLDITPNAVDRLNYAQFYPIVIFLKAETKHVIKELRSAV
SKGSHKSSKKLLEQCQKLEKVWGHTFSCFITLTSPESWYRKLRELIDKQQTSPVWMSETK
PEEALSDDFLFPMTSRFSYASSPESDLDLSPEPRTGLQQTRPRGLVKSSSDPSIATQDDI
PSYNAPPPYAPPNGYQQIIQELDYGRSGGLGRGTGGGGGGGVVAPPDKQRDKYPLTPPDR
QAAPELPPRIDRTNKPPRANINASRTGQDKLFGKDGGPPSPTDPPNYINATPHMRAPSSS
LERHNNNVKTQNSNSYDSMSSYDSYNNRFGPNAHDDLKSSNNNNNNNPSPRSHDPYRFTR
STAQPLSKEVIPPSNNNNGKLQNSDYQKYRGPEYGKPAPPPKTANHKPVPPPKPKNYRPP
QQPPTDQSWGSSNHHSSQNDMNHWGPPGATSNHNHDGQRSQWRHPASPPGTMAKDHYQHA
KSYSLAGGVDGNNYSHSIHHNGNLSPGKYSDVDMNNMKSDMISPTISPNRNSQYYYNMSP
HSRHQDPPYSLNHNGGPGHNREVSGLDLANREQRGSAFELYKKPHYLEHNMRDRGMVNGK
GNGGVVATARGIFTHEGGVLENQETGVSLRVPPGAIPHGVQQEIYFKVCRANEAHLPPLD
ADRGETLLSPLVMCGPQGLKFGIPVELRLPHRAANDDNDWSLALQAGSPSKWQKVVLDTG
IVDSRNSNSVSVMVDHF
NT seq 4014 nt   +upstreamnt  +downstreamnt
atgactgactatagtcactcactcactcacaatggcgaaagaatcatatgggagactcat
caagtcactctatctagagttcctggatacggttttggaattgccgtttccggcggtcgg
gataatccgcattttgccaacggtgatccatcgattgccatatcggacgttctcaaagcg
ggacccgccgagggaaaactcatggttaacgattgcatcataagtgcaaatgggatatcc
ctggaaaatgtcgaatatgcgagagccgtacaagttttgagggattcgggtcacacggtc
gcgctcacagttcgaagaaaaataattcttccggctcctcagccacacactctaagagtt
caactcaataaaactaaaaaaaaagatgatttcggtttagtcctcggttgtaggatttac
gttcgggaattcacgaggcaggacaaggaaaattccgttcaagaaggtgacgtcctattg
aaaataaacaatcacagcacggacggtttgtcgttgaaggaagcgaggaaattaattgaa
aacacaaaagagaaacttagtttggtcgtgaaaagggaaaggaggccgggatcgggaccg
ggaccgggatcgggacagcaggaaaatgcaacgaataataataccaaagattctcaaggg
aattatctggaaaatttttctggtgccaattacccgacacaaaatttatacgttcaacca
cccacgcgtcacgctcaccaacaacatttcgacgataaaagcaatttagcacctcgcggc
cgatcgcggggtccccttttaaacgacgtcagcctgagtcaattggacagaccctcgacc
cctcaaaactcggccggaaatcatcatgcacatagcaggtcgaggagcggtctcgaagaa
cccccgagacctccaccgccaagaaccgaagactattacagcagtcggaggcaattgtac
gaggatgatttacttcgttctaaacatcctgtgcccgatccacggtttatatcattccaa
aaagacggttccgtagggattcgtttaactggaggaaatgaatctggaatatttgttacc
gccgttcaacctggaagtcctgcttccctacaaggacttcaacccggagataaaatatta
aaggttaatgacatggacatgaaaggtgtcacgcgtgaggaagccgttttatttttgctg
agccttcaagaccaaattgatctcattgtacagcacagaatggacgaatacgaacaagtc
gtacaatctcaaaggggagattcattttacgtaaaagcgcatttcaattacgatcaaccg
aacaagggagaaatgtgttttagaaaaggtgacgtgtttcgagttgtcgacactttacac
aatggcgtcgtaggatcgtggcaagtttttagaataggtcgaaataatcaagaagttcaa
aagggaataattccgaataaggcaagagctgaagaattggcgacggcgcaatttaatgcc
acgaaaaaagaattgtcggcatcggaaagtcgtggaagttttttcaggagacgacgaaac
agtcacagacgttcgaaatctctcagcagggatcactgggacgacgtcgtgttttccgac
agcataagtaaatttccggcatacgaaagagttttccttcgtcatccgggatttataagg
ccggtcgtgcttttcggtcccgtcgcggacattgccagagataaaatattgaaagatttt
ccagataaattcacgtctccccaactcgataacaacatggaagatgcgccgaaaagtcaa
aaatcatctggaataatacgtttgtcggccataagggaaatcatggacaggggaaaacac
gctctgctggacataactccgaacgccgtggatcgtttgaattacgctcaattttatccc
atcgtcattttcctaaaagcggaaacgaaacacgtcatcaaagagcttagatcggccgtg
tccaagggatcgcataagagcagcaaaaaattacttgaacaatgtcaaaaattggaaaaa
gtttggggtcacactttttcttgttttatcacgttgactagtccggaatcctggtatagg
aaacttcgagaattgatcgataaacaacaaacgtcaccggtttggatgagcgagacgaaa
cccgaagaagccctgtccgatgacttcctatttccaatgacatctcgattttcatacgcg
tcttctccggaaagtgacctagacctttcacccgaaccgcgtaccgggttgcaacaaacg
cgtccaaggggactagtgaaaagctctagcgatccgagcatagcgacccaagacgacata
ccttcgtacaatgctccgccgccctacgccccgccgaacggataccagcaaatcatacaa
gaattagattacggacggagtggcggtttgggaagaggaacgggtggtggtggtggaggg
ggagtcgtcgcaccaccggataaacaaagggataaatatcctctcactccgccagatcgt
caagctgctcccgaacttccgccgagaatcgatcggacgaacaaacctccgagagcgaat
ataaatgcttcgaggacgggtcaggataaattatttggtaaagatggcggtcctccttca
ccgacggatcctcccaattacataaatgcaacgccgcacatgagagctccaagttcttcg
ttggaaagacacaataacaatgtcaaaacccagaacagtaacagttacgattccatgtcg
tcctacgattcatataataatcgcttcggtccaaatgctcacgacgatttgaaatcgagt
aataataataataataataatccatctcctcgctcacacgatccgtacaggttcacaaga
tcgacagctcaaccgttatcgaaagaagttataccgcctagtaataataataatggaaaa
cttcaaaattcggattatcagaaatacaggggtccggaatatggaaaacccgcacctcct
ccgaaaacggcaaatcacaaacccgtacctcctccgaaacctaaaaattacaggccgcca
caacaaccgccaacggaccaatcgtggggttcttcgaatcatcattccagtcaaaatgac
atgaatcattggggtccaccgggcgcgacaagcaatcacaatcacgacggtcagagaagt
caatggaggcatccagcatctcctccgggaaccatggctaaagatcattaccaacacgca
aaatcttattctttagccggcggagtagacggaaacaattattctcattcaatacatcac
aacgggaatttatcacctggaaaatattccgacgtcgatatgaacaacatgaaaagtgac
atgatatctccgacaatatctccaaatcgtaattcacaatattattataacatgagccca
cattccagacatcaggatccgccgtattcgttaaatcacaacggaggacccggacacaat
cgcgaagttagcggactcgatttggcaaatagagaacaaagaggaagcgctttcgaattg
tataagaaaccacattatttggaacataacatgagggataggggtatggtgaatggaaaa
ggcaatgggggggttgtggcaacggctagagggatattcactcacgaggggggagtcctt
gaaaatcaagaaacgggagtgtcccttcgtgtccctcccggtgccatacctcacggtgtt
cagcaagaaatttacttcaaagtctgcagggcgaacgaggcacatttgccgcctcttgac
gccgatcgaggtgaaacgctattaagtcctttggtcatgtgcggtcctcagggtttgaaa
ttcggcatacccgtcgaacttcgtcttccacacagagcggcaaacgatgacaacgattgg
tcactcgcacttcaagcgggatcaccgtcgaaatggcaaaaagtcgttttggacacggga
atcgtggattcgagaaattcaaacagcgtctccgtcatggtcgatcatttttaa

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Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (188)   
   KEGG ORTHOLOGY (1)   
   RefGene (183)   
   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 (202)   

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