Salmo salar (Atlantic salmon): 106564303 Help Entry 106564303         CDS       T04363                                  Name (RefSeq) tuberin-like   KO K07207   tuberous sclerosis 2 Organism sasa  Salmo salar (Atlantic salmon) Pathway sasa04115   p53 signaling pathway sasa04140   Autophagy - animal sasa04150   mTOR signaling pathway sasa04218   Cellular senescence sasa04910   Insulin signaling pathway sasa05168   Herpes simplex virus 1 infection Brite KEGG Orthology (KO) [BR:sasa00001]  09130 Environmental Information Processing   09132 Signal transduction    04150 mTOR signaling pathway     106564303  09140 Cellular Processes   09141 Transport and catabolism    04140 Autophagy - animal     106564303   09143 Cell growth and death    04115 p53 signaling pathway     106564303    04218 Cellular senescence     106564303  09150 Organismal Systems   09152 Endocrine system    04910 Insulin signaling pathway     106564303  09160 Human Diseases   09172 Infectious disease: viral    05168 Herpes simplex virus 1 infection     106564303  09180 Brite Hierarchies   09181 Protein families: metabolism    01009 Protein phosphatases and associated proteins [BR:sasa01009]     106564303 Protein phosphatases and associated proteins [BR:sasa01009]  Protein serine/threonine phosphatases   Phosphoprotein phosphatases (PPPs)    Protein phosphatase-1     PP1-interacting proteins (PIPs)      106564303 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Tuberin DUF3384 Motif Other DBs NCBI-GeneID:  106564303 NCBI-ProteinID:  XP_013985815 UniProt:  A0A1S3L4V4 LinkDB All DBs Position ssa12:complement(8336109..8343725) Genome browser AA seq 1009 aa AA seqDB search MNKQPSKESLKDKVKGIFGLGSPRPPSKQTDSKPSEFIITLDILKELHPDCGLSNRIRVA NHVCDLAKAKKFEEHAVEAVWKAVEDMLTPEQPPEARHAVLLLLRAIIQGQGERLGPLRA FFFKVIRDYQPSNEDLSDRLEVFKALTENGKDITYLEEDIAGFVLLWMDIGLTADFLHVL VNLVKFNSCYLDQNISVMVQKICLLCNRTTASTDIEVSLQVLDAVVCYNCLPSDSLTVFI ITLCRTVNVKEFCESCWKLMRKVLGTHLGHSAIYTMCRIMEERAYMEDSLLLRGAVFFVG MALWGAHRLPALKNTPTLVLPSFYKAMWCANEMVSYEIVLSITRLIKKYGKELQVVTWDI LLGIIERLLQQIQSIGSAELKSIVYELLTTVEELYEQNGFHGSSDKFFSLVEKCADKRPD ASVLTLISYRAQSIQPAKDGWIQSLHRLMEKFFRNESRSVIRIKVLHILSFVLSTNRQLY EEELIEVVVVPQLSGIAEDRDLAVRRQATQLLVDLAESCTTHHFTSLLDIIQRVASRSLV CPGPLEVSERDPTAESSMEDVRTAIRGLLEILQSKLYSLPASHASRVYELLIGHLQLHYK NKYSSAVACSIRLQVFDFLLMMRTDSLHRLGFLSKDGVLRFSPYCHCDMGEPEKRGSEKK PAGSVSPPAGSPAPSSTTTPSSSSIRTACLPYSPAFNVLLQCLKMETDWKVLKLVLEKMS WTLQYKVLLLSSPCSIDQLCSTLCSMVTDRLISERLKKTPDGFSRTDVQLAVVPVLTAIT SYHNYLEQARQRELVQCLEAGLIYRCAKQCVVALTMCTVEMPDIMVKLLPALIVKLTHIS ATVAMASPMLEFLSTLVRLPHLYAYFVAEQYVSVFAISLPYTNPSKFNQYIVSLAHHVIS MWFIRCRLTFRKDFVQYITKGLRSNALMPFDDTQDTQSSFRARSTSLNERPKSLRAAKMA KAHLQQQQASMAAGVAASTGSPVKELRDLSAMDAFRSRSISVSEHAVRR NT seq 3030 nt NT seq  +upstreamnt  +downstreamnt atgaacaagcagcccagtaaagagagtctgaaggacaaggtcaaggggatatttggtttg ggatcccctcgaccccccagcaagcagacagacagcaagccctcagagttcatcatcacg ctagatatacttaaggagctgcaccctgactgtggccttagcaacagaatccgggttgct aaccatgtctgtgacctggccaaggccaagaagtttgaggagcatgcagtggaagcagta tggaaggcggtggaggatatgctgactccagaacagccacctgaagctagacatgctgtc ctgctgctcctcagagctatcatacagggacagggtgagcgtctgggtcctctgcgggcc ttcttcttcaaggtgatcagagactaccagccgtccaatgaggacctgtctgacaggctg gaggtgttcaaggccctgacggagaacgggaaggacatcacttacctggaggaggacata gctgggtttgtcctgctgtggatggacattggtctgaccgctgacttcctccacgtcctg gtcaacctggtcaagttcaacagctgctacctcgaccagaacatatctgtcatggtccag aagatctgtctgctgtgtaacaggacaacagcttctacagacatagaggtgtctctacag gtgcttgatgcggtggtgtgttataactgcctcccctctgactccctcaccgtcttcatc atcactctctgtcgcaccgtcaacgtcaaggagttctgtgagtcctgctggaagttgatg aggaaggtgttggggactcatctgggccatagtgccatatacaccatgtgccgtatcatg gaggagagggcgtatatggaggattctctgctgctgagaggagcagtgttcttcgtaggg atggctctatggggagcgcaccgtctcccagccttaaagaacacccctaccctggtcctc ccatcattctataaggcgatgtggtgtgccaacgagatggtgtcgtatgagatcgttctg tccatcaccagactgataaagaagtatggcaaggagctccaggtggtcacatgggacata ctgctggggatcatagagaggttactacagcagattcagtcgataggcagtgcagagctg aagtccatagtgtatgagttgctgactacagtggaggagctctatgagcagaacggcttc catggatcatctgacaagttcttcagtctggtggagaagtgtgctgacaaaagacctgat gcgtcggtgctgactctgatatcgtaccgggcccagtccatccagccagctaaagacggg tggatccagagtctacaccgcctcatggagaagttcttcaggaatgagagtcgtagtgtg atcaggatcaaagtgcttcacatcctctcctttgtcctcagcaccaaccgccagctctac gaggaggagctgatagaggtggtggtggttcctcagctcagtgggatagcagaggacaga gacctggctgtgaggagacaggctacccagctactggtggatctggctgagagctgtact acacaccacttcaccagcctcctggacatcatccagagggtggcgagtcgttcgctggtg tgcccagggcccctggaggtgtcggagagagaccccacggcagaatcctccatggaggac gtcaggactgctatacgaggcctactggagatactgcagagtaagctgtacagcctgcca gccagccacgctagtcgagtgtacgagctgctgatcggacacctgcagctgcactacaag aacaagtacagctccgctgtggcctgcagcatacgactacaggtgtttgacttcctcctg atgatgagaacagactccctccatcgtctggggttcctcagtaaagacggggtgctgagg ttcagtccgtactgccactgtgacatgggggagccagagaaacgagggagtgagaagaag cctgcaggctcagtgtctccccctgctggcagtcctgccccctcctccaccactactccc tcctcctcctccatccgtacagcctgcctgccctactcacctgcctttaatgtgctgcta cagtgcctgaagatggagacagattggaaggtgttgaagctggtactagagaagatgtcc tggaccctgcagtataaagtcctgctgctgtcctctccctgcagcatagaccagctctgt tctacactctgttctatggtgacagaccgtcttatctcagagcgtctgaagaagactcca gatggtttcagtcgtactgatgtccagctggctgtagtacctgttctcactgctatcaca tcataccacaactacctagaacaggccagacagagggagttggttcagtgtctggaggca gggctgatataccgctgtgctaagcagtgtgtggttgccctgacaatgtgcaccgtggag atgcctgacatcatggttaaactcctccccgccctcatcgtcaagctgacgcacatctcg gcaaccgtcgccatggcgtcgcccatgctggaattcctgtccactctggtgcggctgcca catctctatgcttactttgtagcagagcagtacgtcagtgtgttcgccatctccctgccc tacaccaacccctccaagtttaaccagtacattgtgtcgttggctcaccatgtcatctcc atgtggtttatccgctgcagactcaccttcagaaaggattttgtgcagtacatcaccaag ggtctgcgctctaatgctctgatgccgtttgatgacacccaggacactcagagcagcttc cgtgctcgcagcaccagcctcaatgagaggcccaagagtctacgggcagccaaaatggcg aaggcccacctccagcagcagcaggcgtcaatggcagcaggcgtagcggcgagtaccggc tctcccgttaaagagctgagagatctgtcggccatggacgccttccgctcccgaagcatc agcgtctccgagcacgcggtgcgcaggtag

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