Salmo salar (Atlantic salmon): 100380751 Help Entry 100380751         CDS       T04363                                  Symbol tena Name (RefSeq) tenascin   KO K06252   tenascin Organism sasa  Salmo salar (Atlantic salmon) Pathway sasa04510   Focal adhesion sasa04512   ECM-receptor interaction Brite KEGG Orthology (KO) [BR:sasa00001]  09130 Environmental Information Processing   09133 Signaling molecules and interaction    04512 ECM-receptor interaction     100380751 (tena)  09140 Cellular Processes   09144 Cellular community - eukaryotes    04510 Focal adhesion     100380751 (tena)  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    00536 Glycosaminoglycan binding proteins [BR:sasa00536]     100380751 (tena) Glycosaminoglycan binding proteins [BR:sasa00536]  Heparan sulfate / Heparin   Extracellular matrix molecules    100380751 (tena) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  fn3 EGF_TEN Fibrinogen_C EGF_Teneurin EGF_2 EGF_Tenascin Fn3_Dep-1_2nd Ig_DSCAM-DSCAML_C Pur_ac_phosph_N EGF FN3_Tor_3rd NDNF hEGF Actin Motif Other DBs NCBI-GeneID:  100380751 NCBI-ProteinID:  XP_014026493 UniProt:  A0A1S3PFL4 LinkDB All DBs Position ssa24:complement(8415757..8529517) Genome browser AA seq 1602 aa AA seqDB search MVMKGLLLGCVTVTVLLQLSSAGLVKKIIRHRRETLRDPSENMTLPHPDQPVVFNHIYNI NVPSSSLCSVDVESPGGTEIKPKGSPVQSDMQTTEHLEHTVDGENQIVFTHRINIPKQAC GCDNHMHDMKDILSRLEMLESELSSLREQCGSGTSCCGAQITGEVATKPYCNGRGNFSTE TCSCVCEPGWKGPNCTEPECPNFCQDQGRCIDGKCVCFEGFDGDDCSMELCQVDCGDNGE CIDAMCICEEGFTGNDCSQTNCLNNCLGRGRCVDDECVCDEPWTGYDCSELICPNDCYDR GRCVNGTCFCEEGFTGVDCGEPICPSNCNNRGVCVNGQCVCHSGYSGEDCSKLTCPNDCT ERGHCFNGRCICDPGFEGVDCSILSCPDNCSNRGQCVNGECVCNAGFEGEDCSEISCPMK CLNQGSCVNGQCVCSKGFAGDDCSIKTCPKDCLGHGECVDGKCVCFVGFTGKECSELTCP NNCLNRGHCVNGQCVCNQGFAGEDCNEKTCPNNCLERGYCVDGKCVCFEGFQGLDCSLLT CPGDCEDQGKCMNGVCLCNEGFIGEDCSEVSPPKDLTVLEVTPETVDLSWVNEMQVSEYL VTYVPTALGGLELDMRVPGDKKTATISELEPGVEYVISVFAVLNNKRSVPVSARVATHLP EPEGLKFTSVKETAVEVQWDPLDIPFDGWNLIFRNTKEDNGEILNSLGSPDTMFEQSGLG PGQEYEVKLEVVKNNTSGRPARKNVFTKIDSPREVDVRDVTDTTALVTWFLPVAMVDGVS VTYGPNDNPSDRNTVELSSSDTQYHLGSLNPDTEYEVSLMAKRGEMTSVPVSENFLTDLD APGDLQAVEQTDESITLEWKNSQAKVDNYRIKYGPLSGGDHRELLFPTGPLDTTQAKITG LRPGTEYGMGVTAVKSERESLPTTTNAVTALDAPKNLEVESSTETQLVLVWQKPVAKIDK YKLLYVSADGYRAELTPFSNDIKFTLRNLTPGMLYTITLTAERGHKQSGPATISAATEAE PIVEYLLVSDITPDSCKLAWSAEEDLFDSFVIMINDTNDDLASPQEVVVPGEERTTVLTE LTEDTEYKIELYGVISGQLSNSISVVAKTGLGTPTGIRFSEVTDTSATVHWAIPRARVDS YRVTYVAAQGGAPKTVTVGGTETQTVLPNLTPGVTYQVSVVSVKGQKESEPGSSSVTTAL DKPRGLTAVNITDTQALLHWQPAIATVDGYVITYSADTVSPVMERVSGNIVEFEMSSLTP ATHYTVKVYAMRAAAKSAVTTTEFTTDVDAPQDLAASNIQTENAMLTWKAPRADITGYIL SFESADGTIREVVLSPTATSYNMAQLSASTEYSVRLQAIAGPKRSRVITTVFTTIGVLYK HPRDCSQALLNGDTVSGVHTIYLGGDESQPIQVYCDMDTDGGGWIVFVRRQSGKLEFFRN WRNYTAGFGDMNDEFWLGLSNLHKITVAGQYELRVDLRDKGDVAYAQYDKFSVSDPRSRY KVHVGGYSGTAGDSMTYHHGRPFSTYDHDNDIAVTNCALSYKGAFWYKNCHRVNLMGRYG DDSHSKGVNWFHWKGHEHSIEFAEMKIRPSNFRNFEGRRKRS NT seq 4809 nt NT seq  +upstreamnt  +downstreamnt atggtgatgaaaggcctgctcctaggctgtgtgaccgtgaccgtgttgctccagctctcc agcgccggcctggtcaagaagatcatccgccaccgcagagagaccctgagagacccctct gagaacatgaccctgccccaccctgaccagccagtggtcttcaaccacatctacaacatc aatgtcccctccagctccctgtgttccgtagatgtggagagccccggaggaactgagatc aagcccaaaggaagtccagtccagtcggacatgcagaccacagagcacctggagcacacg gtggacggggagaaccagatcgtgttcacccaccgcatcaacattcccaagcaggcgtgc ggctgtgacaaccacatgcacgacatgaaggacatcctgagcaggctggagatgctggag tctgagctgtccagcctcagagaacagtgtggcagtggaaccagctgctgtggagctcag attacaggtgaggtggccaccaagccttactgtaacggccgtggtaacttcagcactgag acctgcagctgtgtgtgtgagcccggctggaagggacccaactgcaccgagcctgagtgc cccaacttctgccaggaccaggggcgctgcatcgacggcaagtgtgtctgcttcgagggc ttcgatggagatgactgcagcatggagctgtgtcaggtggactgtggggacaacggggag tgcatcgacgccatgtgtatctgtgaggaaggcttcacagggaacgactgctcccagacc aactgcctgaacaactgcctggggcgaggccgctgcgtggatgatgagtgtgtgtgtgac gagccgtggacgggctacgactgctccgagctcatctgtcccaacgactgctacgaccgc ggccgctgcgtcaacggaacctgcttctgcgaggagggctttaccggagtggactgtgga gagcctatctgccccagcaactgtaacaaccgcggggtgtgcgtcaatggccagtgtgtg tgtcactccggctacagcggggaagactgctccaagctcacctgccccaacgattgtact gagagaggccactgtttcaacgggaggtgcatctgcgacccaggcttcgagggagtggac tgttccattttgtcctgcccagacaactgcagcaacagaggccagtgtgtcaatggagag tgtgtctgcaatgcaggattcgagggcgaggactgctctgaaatctcctgccctatgaag tgtctgaaccaagggagctgtgtgaacggacagtgtgtgtgcagtaaaggcttcgcgggg gatgactgcagcatcaagacctgccccaaagactgcctgggacacggcgagtgtgttgac ggcaagtgtgtgtgctttgtgggcttcacaggcaaagaatgcagcgagctgacttgtccc aacaactgtctgaaccgtggccactgtgtcaatggccagtgtgtgtgcaaccagggcttt gctggggaggactgcaatgagaagacgtgtcccaataactgcctggagaggggttactgc gtggatgggaagtgtgtgtgcttcgaggggttccagggcctggactgttctctgctgacc tgtccaggagactgcgaggaccaggggaaatgtatgaacggagtgtgtctgtgtaacgag ggcttcatcggagaagactgctctgaggtgtctccacccaaggacctgacagtgctagag gtcaccccggagacagtcgacctctcctgggttaatgagatgcaggtgtcagagtacctg gtcacctatgtgccaaccgcccttggaggcctggagctggacatgcgtgtgcctggggac aagaagactgccaccatcagtgagctggagcctggtgtggagtacgtgatcagtgtcttc gctgtcctcaacaacaagaggagtgtccctgtcagtgccagagtggcaacacatctccct gagcctgagggactcaagttcacatcagtgaaggagactgcagtagaggttcagtgggac cctttggacatcccctttgatggctggaacctcatcttcagaaacactaaagaggacaac ggggaaattctgaactccctgggcagccctgacaccatgtttgagcagtctgggctggga cctggtcaggagtacgaggtcaaactggaggtggtgaagaacaacaccagcggacgccca gcacgcaagaacgttttcacaaagatcgattcgcccagagaggtggatgtgcgtgacgta acggacaccacagcgctggtgacctggtttctgccggtggccatggtggacggggtgagc gtgacctacgggcccaacgacaacccctcagacaggaacacagtggagttgtcctccagc gacacacagtaccacctgggcagcctgaaccctgacacagagtatgaggtgtctctcatg gccaagaggggagagatgactagtgtgcctgtgtctgagaacttcctaacagacctggat gccccgggggatctgcaggcggtagagcagactgacgagagcatcactctggagtggaag aacagccaggctaaagtagacaactaccgcatcaaatacggccccctctctggaggagac cacagggagctgctgttccctaccgggcccctggacaccacccaggccaagatcactggc ctgagacctgggacagagtatgggatgggagtgactgctgtgaagagtgagcgtgagagc cttcctaccaccaccaacgccgttacagcattggatgcacctaaaaaccttgaggtggag tcttccactgagactcagttggtgctggtgtggcagaagccggtggctaagatcgacaag tacaagttgctatatgtgtcagccgacgggtacagggctgagttgacgcccttctccaat gacatcaagttcaccctgaggaacctgacgcctggcatgctgtacactataaccctgacc gctgagaggggacacaagcagagtggccccgcaaccatctcagcagcaacagaagctgaa cccatcgtggaatatctcttggtctccgacatcacaccagacagctgtaaactggcctgg tcagctgaagaggacctctttgatagttttgtcattatgatcaatgatactaacgacgac ctcgcttctccgcaagaggtggtggtgcccggggaggagagaacaacagtgcttactgag ctaactgaggacacagagtacaaaattgagctctatggagtcatttcgggacagctctcc aattctatttccgtggtggcaaaaacagggctgggcacacccacgggcatccgcttctct gaagtcactgatacctctgccaccgtacactgggcaatccccagagctcgagtggacagc taccgggtcacttatgtcgctgctcagggaggcgctcccaagactgtgacagtgggtgga actgagactcagaccgtgctgccaaacctgacccctggagttacttaccaggtgtccgtc gtttctgtgaagggacagaaggagagtgagccagggtccagcagcgtcaccacagctctg gacaagccccgtggtctgaccgcagtcaacatcactgacactcaggctctgctccactgg cagcctgccatcgccactgtagacggatatgtcatcacctacagcgcagacactgtttcc ccagtgatggagagagtgtctgggaacattgtcgagtttgagatgagctccttgacccct gccacccactacactgtcaaggtctatgccatgagagcggctgctaagagcgccgtcacc acaactgagttcaccactgatgtggatgcccctcaggacctggcagccagtaacatccag acagagaacgccatgttgacttggaaggccccgcgcgctgacatcaccggctacatcctc agcttcgagtcagctgacggcacaatccgggaggttgttctgagccccacagccacctcc tacaacatggcccagctgagtgcctccactgagtactccgtcagactgcaggccatcgca gggcccaagaggagcagagtcatcaccaccgtcttcaccaccattggcgtgctgtacaaa caccccagggactgctcccaggccttgctgaatggagacacagtctctggcgttcacacc atctacctgggtggagatgagagtcagcccatacaggtctactgtgacatggacacggat ggaggtggatggattgtgtttgtccgacgccagagcggtaaactggagttcttccgcaac tggaggaactacaccgctggctttggtgacatgaacgacgagttctggctcggcctgtca aacctccataagatcacagtagcaggacagtatgaacttcgtgtggacctcagagacaag ggggatgtagcctacgcccagtatgacaagttctctgtctctgatccccgcagtcgctac aaggtccacgttggaggctacagtggcaccgcgggtgattctatgacctaccaccatggt cgcccattctcaacctacgaccatgacaatgacatcgccgtcacaaactgtgccctgtcc tacaagggtgccttctggtataagaattgccatcgtgtcaaccttatgggacgatatgga gatgacagtcatagcaagggagtcaactggttccattggaaaggccacgagcactccatt gagtttgctgagatgaagatcaggccatccaacttcaggaactttgagggaagaaggaag cgatcgtaa

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