Salmo trutta (river trout): 115168111 Help Entry 115168111         CDS       T08542                                  Name (RefSeq) neurofascin-like   KO K06757   neurofascin Organism stru  Salmo trutta (river trout) Pathway stru04514   Cell adhesion molecules Brite KEGG Orthology (KO) [BR:stru00001]  09130 Environmental Information Processing   09133 Signaling molecules and interaction    04514 Cell adhesion molecules     115168111  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04515 Cell adhesion molecules [BR:stru04515]     115168111 Cell adhesion molecules [BR:stru04515]  Immunoglobulin superfamily   L1 family    115168111 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  I-set Ig_3 ig Ig_2 fn3 V-set Bravo_FIGEY Ig_DSCAM-DSCAML_C Pur_ac_phosph_N C2-set_2 Ig_5 Ig_6 Izumo-Ig V-set_CD47 C2-set Syndecan DUF3792 Motif Other DBs NCBI-GeneID:  115168111 NCBI-ProteinID:  XP_029578894 Ensembl:  ENSSTUG00000032990 LinkDB All DBs Position 30:complement(16239226..16268206) Genome browser AA seq 1155 aa AA seqDB search MKVQQDLWRPFTVEMRTLVRSTLLLLLLLLWQRLTAIDVPLEIRQPPTIIKQSLKEHVVD PRDNMVVECEAKGTPHPIFSWRRNGKYFNVAKDPQASMRRRSGTLDIYAWTDPGAYEGEY QCVATNEYGTAYSNKINLHISKATLWPREVLEPVTVSVGLPLVLDCSPPPGPPKPEIYWM SKCSSGRPFNWPHQPHPPVMLPIKQDRRVSMGVNGDLYFSHVYVNDSATDYCCNARFPYK NIIQQKMPITVRVLTTRMVSEAAPTFLSPAGRSSFQTVLQGEELLLECIAAGVPTPVITW TKDGDELDTTNIKVKNYNKLLQIPKVSFEDAGEYTCTATNKIGYLEHTITVQIKAAPFWL EKPSNLVLAPEENARLVCRSDGIPRPSIRWFINGDSIEDASLVPNRQVSGDTITFHSVTV ANTGVYQCNASNQYGYLFANAYINVLHAKPRILRPRTALVKVIEGSRAWLDCRYFGSPVP DLSWSKYGLGNLEGNRFKVHSNGTLQIRGTRMDDQGTYLCTVSNVAGRDENQVKLEVKES TKILKRPDNMRVLRGTDVRLECKAEHDPTLTITTTWMKNKQFLIISWRLSLDDSTLVITN VNRRDEGNYTCIIKTEIDKTTVSARLVVMDRPDPPTNLKLSDSFERSVRLSWTPGDSNHS PIKEYLVQYDDDDWLPYNWRNLSTYPGNLNSVILQLSPFIIYEFRVIAINDIGMSKPSRS SANFQTGGAPPDTIPKNIKGVGTWRNNMEISWEALNNREWNGPHLKYLVWWKRRDSREEW KNATTWWCKYYIYDTDIFTPYEIKVQAVNDFGLGPESPVIIGYSGEDRPTAAPVKLRVSR IEATKVTVHWDPVARNSIMGELKEYKVYFWRDSSQLRWLSVSRAVKSKAFPASGPRLSGV LPGLIPYSNYKMYIVVANNRYEGPPSNTIEFSTPEGTPSAPRFFRIQQRHLDTIWVDWDT PAEPNGIITRYILKYQTVNATREEELRVEEFTPNTTSFAVRRYDRYTRYRFTIAAQTRIG VGEWYTEESPHYTTEANAREQVDLSTQGWVIGVMCAVALFVLILLVVCFIKRSRGGKYRV RDKKEVTLEPVDDKDQEGSFDYRSLERVSCVTTIPYSAQREDETKVRRGQTTVHTMMKWT ESDDSLVEYGDGREI NT seq 3468 nt NT seq  +upstreamnt  +downstreamnt atgaaagttcaacaggatctctggaggccattcactgtagagatgaggacactggtcaga tcaactctattactgctattactgctgttatggcaacggctgactgccatcgatgtccca ctggaaatcagacagccccccaccattataaaacagtcgttgaaggaacatgttgtggac cccagagacaatatggttgtggagtgtgaagccaaaggcaccccccacccaattttctca tggaggcgtaatgggaagtacttcaacgtggcaaaggaccctcaggcctcaatgaggaga cgttcggggacgctggacatctatgcctggactgacccaggggcctatgagggggagtac cagtgtgttgccaccaacgagtatggcactgcatactcaaacaagatcaacctacacatc tctaaggccactctgtggcccagagaggtgttggagccagtaacagtaagtgttggtctc cctctggtcctggactgcagccctcctccaggccctcccaaacctgagatctactggatg agcaagtgttcatctggtagacctttcaactggcctcaccagccccaccccccagtcatg ctgcctatcaaacaggaccgtagagtgtctatgggggtgaatggagatctctacttctct catgtctatgtcaatgactctgccaccgattactgctgcaatgcacgtttcccctacaaa aacattatccagcagaagatgcctattaccgtcagagtccttacaacacgcatggtgtct gaggccgcccccaccttcttgtctccggccggaaggtctagcttccagactgtcctgcag ggggaggagctgctcctcgagtgcatcgctgctggagttccaacccctgtcatcacatgg accaaagatggagatgaactggacacaaccaacattaaagtgaagaactacaacaagttg ttgcagatccccaaggtctcatttgaggatgctggtgaatacacctgcacagctactaac aagattggatacctggaacacaccatcactgtccagatcaaagcggctccattctggttg gagaaacccagtaacctggttctggccccagaggagaatgcacgtttagtgtgccgctct gacggcatccctcggcccagtatccgctggtttatcaacggagattcaatcgaagatgcc tctctggtcccaaacaggcaggtgtcaggtgatacaattaccttccattcagtcactgtg gcgaacactggtgtttaccaatgcaatgcctccaaccagtatggctacctgtttgccaat gcctacatcaatgtactgcatgcaaaaccacgtatcctcaggcccaggactgccctggtg aaggtcattgagggcagccgcgcctggctagactgccgctattttggctcgcccgtgccc gatctgagctggtctaagtatggacttggaaatctagagggaaatcgctttaaagtacac agcaacgggaccctgcagatcagaggcacccgtatggacgaccaggggacatacctgtgt actgtcagcaacgtcgccggacgtgatgaaaaccaggtcaaattagaggtcaaagagtcc accaaaatcctcaaacggccagataatatgagagtcctccgggggactgatgtccggttg gagtgtaaggccgaacatgaccccacgctcaccatcaccaccacctggatgaagaacaaa cagtttctcatcataagctggaggctgtctctggatgattcaactctggtcatcacaaac gtcaacagacgagacgaaggcaattacacctgtatcatcaagactgagatagacaagacc actgtctccgcccgcctggtggtgatggatcgtccagaccctcctacaaacttgaagttg tcggactccttcgagcgcagtgtcaggctttcctggacccctggagatagcaatcacagc cctatcaaagaatacctggtgcagtatgatgatgacgactggttaccttacaactggaga aacctttccacgtaccctggaaacctcaactctgtcattctgcaactgtcaccattcatt atctatgagtttagggtcattgctatcaatgatattggaatgagtaaacccagtcgctcg tccgccaacttccagactggtggagcgcccccagacaccatccctaaaaacatcaaagga gtgggcacatggagaaacaacatggagatcagctgggaggcactgaacaacagagagtgg aatgggccccacctgaagtacttggtgtggtggaaacggagggattccagggaggagtgg aaaaacgctaccacttggtggtgtaaatactacatctacgacacagacattttcacacca tacgagataaaggtccaagctgtcaatgactttgggctgggcccagagtcccctgtcatc ataggctactctggagaagaccgtcccactgctgcccccgtcaaactgcgtgtgtccagg atagaggccactaaggtcaccgtgcactgggaccctgtggctcgcaacagcatcatgggt gaactgaaggagtacaaggtgtacttttggcgagacagtagccagctgaggtggctgagt gtgagcagggccgtgaagtctaaagcctttccagccagtgggccgcgtctctctggtgtc ctgccgggactcatcccttacagcaactacaaaatgtacatagtggtggccaacaaccga tacgagggacctcccagtaacaccatagagttctccactccagagggaacaccctctgct ccaagattcttcagaatccagcagagacatttggacactatctgggtggactgggacact cctgcagagcccaatggcatcatcaccagatacatactgaaatatcagacagtgaatgca acccgggaggaggaattgcgtgttgaggaatttaccccaaacaccaccagttttgctgtg cgccgatatgatcgctacacccgttatagattcaccatagcagcacagactaggatcggg gtaggagagtggtacacagaggaatcaccccattatacaactgaagctaatgcacgggag caggtggacctctccactcagggctgggtcattggtgtgatgtgtgctgtggccctcttc gtgctcatcctgctggtcgtctgctttatcaagaggagccgaggggggaaataccgagta cgggacaagaaagaagtgacattggagccggtggatgataaagatcaggagggatcattt gactatcggtctctggaaagggtaagctgtgtcaccaccattccctactctgcccaacgg gaggatgagactaaagtcaggaggggtcagacgacagtccacaccatgatgaaatggacg gagagtgacgacagtctggtggagtacggtgatggacgggagatttag

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