Oncorhynchus mykiss (rainbow trout): 110532450 Help Entry 110532450         CDS       T07259                                  Symbol nfascb Name (RefSeq) neurofascin isoform X1   KO K06757   neurofascin Organism omy  Oncorhynchus mykiss (rainbow trout) Pathway omy04514   Cell adhesion molecules Brite KEGG Orthology (KO) [BR:omy00001]  09130 Environmental Information Processing   09133 Signaling molecules and interaction    04514 Cell adhesion molecules     110532450 (nfascb)  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04515 Cell adhesion molecules [BR:omy04515]     110532450 (nfascb) Cell adhesion molecules [BR:omy04515]  Immunoglobulin superfamily   L1 family    110532450 (nfascb) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  I-set Ig_3 ig Ig_2 fn3 Bravo_FIGEY V-set Ig_5 Ig_DSCAM-DSCAML_C Ig_6 C2-set_2 Ig_4 V-set_CD47 DUF3792 Motif Other DBs NCBI-GeneID:  110532450 NCBI-ProteinID:  XP_021472040 Ensembl:  ENSOMYG00000043002 UniProt:  A0A8C7UPH7 LinkDB All DBs Position 9:57120186..57136910 Genome browser AA seq 1187 aa AA seqDB search MGMLARSTLLLLLWQGLSAIDVPLEIRQPPTIIKQSLKDHVVDPRDNMVVECEAKGTPHP IFSWRRNGKYFNVARDPQASMRRRSGTLDIYAWADPEAYEGEYQCVATNEYGTAYSNKIN LRISRAPLWPREVLEPVTVSVGLPLVLDCSPPPGPPKPETYWMSKCSSGRPFNWPHQPHP PVMLPIKQDRRVSMGVNGDLYFSNVYVNDSATDYCCNARFPYKNIIQQKMPITVRVLTTR MVSEAAPTFLSPAGRSSSQTVLQGEELLLECIAAGVPTPVITWTKDGQELDTTNMKVKNY NKLLQIPKAAFEDSGEYTCSATNKIGYLEHTITVRIKAAPFWLEKPSNLVLAPEENARLV CRSDGIPRPSIRWFINGDTMEDATPVPNREVSGDTITFRSVTVANTGVYQCNASNQYGYL FANAYINVLHAKPRILRPRTDLVKVIEGRRAWLDCRYFGSPVPDLRWSKYGLGNLEGNRF KVHSNGTLQIKGTRMDDQGSYVCVVSNVAGRDENEVKLEVKESTKILKRPDNMRVLRGTD VRLECKAQHDPTVAVTTTWLKNKQFLIIGWRLSLDESTLVITNVNRGDEGNYTCIIKTEM DKNTASARLVVMDRPDPPTNLQLSDPFERSVRLTWTPGDSNHSPIKENLVQYDDDDWLPF KWRNLSTYPGNLNSVILQLSPFIIYEFRVIAINDIGMSKPSRSSANFQTGGAPPDAIPKN IQGVGTWRNNMMISWEALNNREWNGPHLKYLVWWKRRDSREEWKNATTWWCKYYIYDTDT FTPYEIKVQAVNDFGMGPESPVIIGYSGEDRPTAAPLNLRVSRIEATKVTVHWDPVARSS IMGELKEYKVYFWRDSSQLRWLSVSRAMKSKAFPASGPRLSGVLPGLIPYSNYKMYIVVA NNRYEGHPSNTIEFSTPEGTPSAPRSFRIQQRHLDMIWVDWDTPAEPNGIVTGYILKYQT VNATQGEELHVEGFPPNTTSFAVRRYDRYTRYRFTIAAQTRIGVGEWYTEESPHYTTEAY AREQVDLSTQGWVIGVMCAVALFVLILLVVCFIKRSRGGKYPVRDKKEVTLEPVDDKDQE GSFDYRSLERISRVTTIPYSARREEETKVGRGQTTVDTMMKRTDSDDSLVDYGDGQEIEF NEDGSFIGQYTGHKERDDRDTEFSESRSQEAHSPMANSPMSPIYSFA NT seq 3564 nt NT seq  +upstreamnt  +downstreamnt atggggatgctggccagatccactctattactactgttatggcaaggactgtctgccatt gacgtcccactggaaatcagacagccccccaccattataaaacagtcgttgaaggatcat gtcgtggaccccagagacaacatggtcgttgagtgtgaagccaaaggcaccccccaccca attttctcatggaggcgtaatgggaagtatttcaatgtggcacgggaccctcaggcctcg atgaggagacgttcggggacgctggacatctatgcctgggctgacccggaggcttatgag ggggagtaccagtgtgttgccaccaatgagtatggcactgcatactcaaacaagatcaac ctacgcatctctagggcccctctgtggcccagagaggttttggaaccggtaacggtgagt gttggtcttcctctggtcctggactgcagccctcctccaggccctcccaaacctgagacc tattggatgagcaagtgttcatcagggagacctttcaactggcctcaccagccccacccc ccagtcatgctgcctatcaaacaagaccgtagagtgtctatgggggtgaatggagatctc tacttctctaatgtctacgtcaatgactctgccactgactactgttgcaacgctcgcttc ccctacaaaaacataattcaacagaagatgcctattaccgttagagtccttacaacccgc atggtgtcagaggccgctcccaccttcctgtctccagccgggaggtccagctcccagact gtcctgcagggggaggagctgctcctcgagtgcatcgctgctggagttccaacccctgtc atcacatggaccaaagatggacaggaactggacacgaccaacatgaaggtgaagaactac aacaagttactgcagatccccaaggccgcttttgaggactctggtgaatacacgtgcagt gccacaaacaagattggatacttggaacacaccatcactgtccggatcaaagctgctccg ttctggttggaaaagcccagtaacctggtgctggccccagaggagaatgcacgcttagtg tgccgctctgacggcatcccccggcccagtatccgttggttcatcaatggagatacaatg gaggatgctactccagtcccaaacagggaggtgtccggagacacaattaccttccgttct gtgactgtggcgaacactggtgtataccagtgcaatgcctctaaccagtatggctacctg tttgccaatgcttacatcaacgtactgcatgcaaagccacgtatccttaggcctaggact gacctggtgaaggtcattgagggcagacgcgcctggctagactgccgctattttggctcg cccgtgcctgatctgcgctggtctaagtatggactgggcaacctggaggggaatcgcttt aaagtacacagcaacgggacactacagatcaaaggcacccgtatggatgaccaggggtca tatgtgtgtgttgtcagcaacgtagcaggacgagatgaaaacgaggtcaaactagaagtc aaagagtccaccaaaattctcaaacgcccagataatatgagagtcctccgggggactgat gtccggttggagtgtaaggcccaacatgaccccacggtcgccgtcaccaccacctggctg aagaacaaacagttcctcatcataggctggaggctgtcgctggatgaatcaactctggtc atcacaaacgtcaatagaggagacgagggcaattacacctgcatcatcaagactgagatg gacaagaacactgcctccgcccgcctggtggtgatggatcgtccagacccccctacaaac ttgcagttgtcggacccctttgagcgcagcgtcaggcttacctggacccctggagatagc aatcacagtcctatcaaagaaaacctggtgcagtatgatgatgacgactggttacctttc aagtggagaaacctttccacgtaccctggaaacctgaactctgtcattctgcaactgtca ccattcattatctatgagtttagggtcattgctatcaatgacattggtatgagtaaaccc agtcgctcgtcagccaacttccagactggtggagcacctccagacgccatccctaaaaac atccagggagtgggaacatggagaaacaacatgatgatcagctgggaggcattaaacaac agagagtggaacggtccccacctaaagtacttggtgtggtggaaacggagggattccagg gaggagtggaagaacgctaccacttggtggtgtaaatactacatctacgacacagacacc ttcacaccatacgagataaaggtccaggctgtcaatgactttgggatgggcccagagtcc cctgtcatcataggctactctggagaagaccgtcccactgctgcccccctcaacctgcgt gtgtccaggatagaggccactaaggtcaccgtgcactgggaccccgtggctcgcagcagc atcatgggagaattgaaggaatacaaggtctacttctggcgagacagtagccagctgagg tggctgagtgtgagcagggccatgaagtctaaagcctttccagccagcgggccgcgtctc tctggtgtcctgccgggactcatcccttacagcaactacaagatgtacatagtggtggcc aacaaccgatacgagggacatcccagtaacaccatagagttctccactccagagggaaca ccctctgctccaagatccttcagaatccagcagagacatttggacatgatctgggtggac tgggacactcctgcagagcccaatggcatcgtcaccggatacatactcaaatatcagaca gtgaacgcaactcagggggaagaattgcacgttgagggatttcccccaaacaccaccagt tttgctgttcgcagatatgatcgctacacccgctatagattcaccatagcagcacagaca agaatcggagtaggagagtggtacacagaggaatcaccccattatacaactgaagcttat gctcgggagcaggtggacctctccactcagggctgggtaattggtgtgatgtgtgctgtg gctctattcgtgctcatcctgctggtcgtctgctttatcaaaaggagccgagggggcaaa tacccagtacgggacaagaaagaagtgacattggagccagtggatgacaaagatcaggag ggatcatttgactatcggtctctggaaaggataagtcgtgtcaccaccattccctactct gcccgacgggaggaagagactaaagttggcaggggccagacgacagtagacaccatgatg aaacggacagatagtgacgacagtctggtggactatggggatggacaggagattgagttc aacgaggacggctccttcattggccagtacactggacacaaggagagggatgacagagac acagagttcagtgagagcaggagccaggaagcccactccccgatggccaactcccccatg agccccatctattcatttgcataa

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