Paramormyrops kingsleyae: 111839015 Help Entry 111839015         CDS       T05788                                  Name (RefSeq) tenascin-like   KO K06252   tenascin Organism pki  Paramormyrops kingsleyae Pathway pki04510   Focal adhesion pki04512   ECM-receptor interaction pki04518   Integrin signaling Brite KEGG Orthology (KO) [BR:pki00001]  09130 Environmental Information Processing   09133 Signaling molecules and interaction    04512 ECM-receptor interaction     111839015    04518 Integrin signaling     111839015  09140 Cellular Processes   09144 Cellular community - eukaryotes    04510 Focal adhesion     111839015  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    00536 Glycosaminoglycan binding proteins [BR:pki00536]     111839015 Glycosaminoglycan binding proteins [BR:pki00536]  Heparan sulfate / Heparin   Extracellular matrix molecules    111839015 SSDB OrthologParalogGFIT Motif Pfam:  Fibrinogen_C fn3 EGF_TEN EGF_Teneurin EGF_2 FN3_DSCAM-DSCAML_C Fn3_Dep-1_2nd FN3_Tor_3rd EGF_Tenascin Pur_ac_phosph_N Fn3_Dep-1_3rd Fn3_PBP1 PRR11_2nd DUF8176 Motif Other DBs NCBI-GeneID:  111839015 NCBI-ProteinID:  XP_023658313 LinkDB All DBs Position Unknown AA seq 1568 aa AA seqDB search MDVRFPPRRFEMFFFMSFFCVLLPPSDLQSIASDKNPTSVPAQTSYSVKIIPSKPQTSSQ NVVLTEQSPAASAKVGQEQVLANHSQPTLALPAQTSNQRTLGDASHTSPHSPVKLLILDT CIEKDKQGDTANQTRGLSQEVDLDPGSSLILTHKISVVPASCAGSCDSEFSALRKRLEKL EMEVSTLRRKCGGPESSCPPPQRGGEENGDGCPDDCSDQGRCEKGKCVCFPGFIGPDCGT AACPPGDCGSRGRCVRGKCECDAGFSGVHCTTAPCPGNCSGKGRCVQGRCVCHPGYSGPD CKCKDGHGGTDCERDSSGSVMTTMTIETVTMTLTPENDTIKEKIHGKLAKTILSKNEEKK NPQRTLRRGEGREEMENISKTKVSSDLKPDTTESHSEVDLGLKSNTTKSYNKLDLDLKLN TTKSQPKLDLGLKSNATKSQPKLDLGVKSNTTKSQPKLDLGVKSNATKPHPKPDMFVKSN ATKSQPKPDLGVKSNTTKSHAKADSDLKPGGAKDNEGFESKKNVMVKKLTIATTVHSNTS RSGQMGHKVVQAILQQPKWNIEEHQTKTRKLDSKLQKKEDDKRSKSDIKMSVDIKRDSAN QTHIKSGKLIYHNVSRASAFVNHTNVELKGKGSSAKATDRTAPGKVTEKTILAVKNASKI LQKTNISQGKVNRTQTTDDHAKPKHNQGDNLRKSGVVPVSDTGSSTVALGNKTALSNANA GSVKYAISSVKATVNQRMNTAASKGSEDERLKTENNINGTSAQTNSASAESETLPRLASK NIQTRNGTRPTLAGPHHLDRGPQHGRGFPKMQSQPLKEEIIMGPTGSQGSAARNASRSGQ RTQEMQKDITSIQTDVPNKTRIQAEIKRNNSSITKLKEASTKISYNRTSSHTVNTGKVDI HPDPRMETNRSSSSARKGEAAFISIRVKNVTSRGFTIVWEAPQRSFKNFTLTRREYRTEM EEEDEVEENKEEEEEEEEQSEGGALPDRMNIDQSALGKGVGHTKISNNSITVHVSLKPHN DSRAKTHLRRFTQVVAGSARSLSFRNLHPQSRYSVSLYGTSLGLRSKIHRITVTTAPDSP TDLLFSDVTHSSLSVSWTKPRLAVDGFKVTYTNTDNGKPVTMTSDPQHSSLLLSQLSPGS SYEVRVFSMKGLDESDPITGLVVTVPDPPTSLQIINITNTKAVLQWTPALAKVDRYIVIY GSEKVRNLTVTVPGNAAVLQMKDLHSATVYYVAVTSQLDSLQSIAASATFTTAGEGGWRW EQRLIVNQVTPRSAVLSWRPPSAKVTGYKLSYQMAGEEMKDIIIGSTVTQHRLTGLLPMS KYTAKIQAARLGRYSAPISAEFNTGPLRFPFPTDCSQELLNGLRASGEALIYPSGRQGAA VRVFCDMESDGGGWTVFQRRVNGRTDFFRSWNDYSKGFGNLSEEFWLGNELIHSLTGLEP MVLRVDLVAGAESAFAHYSSFSIDSQRRFYTLNLSGYSGTAGDSMQYHNGRPFSTKDRDP KPVLSGCAASYRGGWWYKDCHEANLNGLYDTNTNHQGVIWTAWKGRDVSIPFTEMKIRPQ SFIPQTQE NT seq 4707 nt NT seq  +upstreamnt  +downstreamnt atggatgttcgttttccccctcgccgctttgaaatgttcttcttcatgagcttcttctgt gtcctgctgccaccttctgacctacagtccatagctagtgacaaaaaccccacctcagta ccagcacagaccagctactcagtgaaaatcattccttcaaaacctcagaccagctcccag aatgttgtccttacagaacaaagtcctgcagcgtctgcaaaagttgggcaagagcaagtt ttagccaatcacagccagcctacccttgctttacctgctcaaaccagtaatcaaaggacg ttaggagatgccagccacacttcaccacattcaccagttaagctcttgattttggatact tgcatcgagaaagacaaacaaggggacacagccaaccagactcggggcctcagccaggag gtggacttggacccgggttcgtcgctgattctgactcacaagatcagtgtcgtcccggca tcttgtgctgggagctgcgactcagaattttctgccctgcggaagcgtttggaaaagctg gagatggaggtgtccaccctgaggaggaaatgtgggggtcctgagagctcctgccctccc ccacagcggggaggagaggaaaatggcgacgggtgtccggatgactgcagtgaccaaggc cgctgtgagaagggaaagtgcgtctgcttcccgggcttcatcgggcctgactgcggcacg gccgcctgcccccccggcgactgtggcagccggggccggtgtgtccgtgggaagtgcgag tgcgacgctggcttttcgggggtgcactgcaccactgcgccttgtcccggtaactgcagc ggcaaaggacggtgtgtacaggggaggtgtgtgtgtcaccctggatactcaggccccgac tgcaagtgcaaagatggacacggcggcactgactgcgagagggacagtagtgggagtgta atgaccacaatgaccatagaaacggtgacaatgacgctgacaccagaaaatgacacgatc aaagaaaagatacatgggaagttggccaagactatactctccaaaaatgaggagaagaaa aatccacagagaacattgaggaggggagaggggagagaagagatggagaacatcagtaaa accaaagtcagctcggatctgaaaccagatactacagaatctcacagtgaagtggatttg ggtctgaaatcaaatactacaaaatcatacaataaattggatttggatctaaaattgaat actacaaaatcacagccaaaactggacttgggtctgaaatcaaatgctacaaaatcacag ccaaaactggacttgggtgtgaaatcaaatactacaaaatcacaaccaaaactggacctg ggtgtgaaatcaaatgctacaaaaccacacccaaaaccagacatgtttgtgaaatcaaat gctacaaaatcacaaccaaaaccagacttgggtgtgaaatcaaatactacaaaatcacac gcaaaagcagactcagatcttaaaccaggtggtgcaaaagacaatgagggatttgaatct aagaaaaatgtcatggtcaaaaaactgacaattgctactacagtccattccaacacttcc agaagtggacaaatgggacataaagttgtgcaggccattctacaacagccaaaatggaac atagaagaacatcagacaaagaccagaaaactagattccaaacttcaaaagaaagaggat gataaacgttctaaatctgatataaaaatgtctgtagatatcaagcgagattcagcaaac caaacccatataaaatcaggcaaactgatctaccacaatgtaagccgagcttcagccttt gtaaatcatacaaatgtggaattgaaaggcaaaggaagttcggcaaaggcaactgataga acagcaccagggaaggtaacagaaaaaacgattttggctgtgaagaacgcatctaaaatt ctccaaaagaccaacataagccagggcaaagttaacagaacacaaaccacggatgatcac gccaaacctaaacataaccaaggagataatctaagaaaatcaggcgtcgttcctgtaagc gacacaggtagcagcactgtagctctgggaaataaaactgcactgagtaatgcaaatgct gggtcggtgaaatatgctatttcctcagtaaaggcaactgtaaatcaaagaatgaataca gctgcttcgaaaggatcggaggatgagagactaaaaacggaaaacaatattaatggaaca agcgcccagacgaatagtgcttctgccgaatcagaaactctaccacgcctggcctcaaaa aatattcaaacccgtaatgggactcgtccaaccttggcaggccctcatcatctagataga ggtcctcaacatggacgcggttttcctaagatgcaaagtcagcccttaaaagaagaaata ataatggggcctacaggaagccaagggtcggcagctagaaatgccagcagaagtggacaa agaactcaagaaatgcagaaggacattacaagcattcagacagatgtgcccaataagacg aggattcaagctgaaataaaaaggaataactccagtatcactaaactaaaagaggcttct actaaaataagttataacagaacctcaagccacacagtaaacaccggtaaagtcgatatt caccctgatccgcgtatggaaaccaacagaagtagcagcagcgctcgaaaaggagaagca gcctttatatctatcagggtgaaaaacgtaacttccagaggtttcaccatcgtttgggag gcacctcaaagatcgtttaaaaatttcactttgaccagaagagagtataggacggaaatg gaggaagaagatgaggtcgaggagaacaaagaggaggaggaggaggaggaggaacaaagt gaaggaggtgctttacctgacagaatgaatattgatcaaagtgctctgggcaaaggtgtt ggtcatacaaagataagtaacaacagcataacagttcatgtatcgctgaaaccccacaat gattcaagggccaaaacgcatctcagaagattcacacaagttgttgcaggctctgcccgc tccctgtcattccggaaccttcaccctcagtctcgatactcagtgtcattgtatggaaca agcctaggactgcgatccaaaatccatcgcatcaccgtcactacagctccggattccccc actgacctgctattcagcgacgttacacattcgtctctttctgtgtcctggactaagccg aggttagcagtagacggcttcaaagtcacctacactaacactgacaacgggaagcctgtg accatgacctctgacccccagcattccagtttgctcctctctcagctctcccctggctcc tcctatgaggtccgtgtgttctccatgaagggattggacgagagtgacccaatcactggc cttgttgtcacagtccctgaccctccaacatccctgcagatcatcaacataacaaacacc aaggccgtcctccagtggactcccgctttggctaaagtcgatcgctatatagtgatttat ggatctgaaaaggtgcggaatttgacagtgactgtcccaggcaatgcagctgtactgcag atgaaggacctgcacagtgccactgtatactatgtggcagtgacgagtcagctggacagc ctgcagagcatcgcagccagtgcaaccttcaccacggcaggggaaggtggatggagatgg gagcagcgcctgatagtcaatcaggtgaccccacgctctgcagtgttgtcatggagacca ccaagtgcaaaggtgacaggatataagctgtcctatcagatggcaggagaggagatgaag gacatcattattggctctactgtgacacaacacagactcacaggactactgccaatgtcc aaatacactgcaaagatacaggcagccaggctggggcgctacagtgcacccatctccgct gaatttaacacaggccccctgcgcttcccctttcctacggactgctctcaggagctgcta aacggcctgcgagcctccggggaggcgctgatctaccccagtggcaggcagggggcggct gtgcgggtcttctgtgacatggagagcgatggaggcggctggacggtctttcagagaaga gtgaatggaaggacagacttctttcggagttggaatgactacagcaaaggctttggcaac ttgagtgaggagttctggcttggaaacgagctgattcacagcctgaccggcctggagccc atggtgctgagggtggacctcgtggcaggagcggagtccgcattcgcccactactcctct ttctccatcgattcacagagaaggttctacacactgaacctgtctgggtactcaggcact gctggtgactccatgcagtaccacaatgggcggccattttccaccaaagacagagacccc aagccggtcctcagtggatgtgctgcgtcctatagaggaggctggtggtacaaggactgc cacgaggccaacctcaacggcctgtatgacaccaacaccaaccaccagggtgtgatctgg acagcatggaaaggccgggacgtctccattcccttcaccgagatgaagatcagaccgcag tcattcatcccacagactcaggaatag

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