Salmo trutta (river trout): 115147613 Help Entry 115147613         CDS       T08542                                  Symbol tsc2 Name (RefSeq) tuberin isoform X1   KO K07207   tuberous sclerosis 2 Organism stru  Salmo trutta (river trout) Pathway stru04115   p53 signaling pathway stru04140   Autophagy - animal stru04150   mTOR signaling pathway stru04218   Cellular senescence stru04910   Insulin signaling pathway stru05168   Herpes simplex virus 1 infection Brite KEGG Orthology (KO) [BR:stru00001]  09130 Environmental Information Processing   09132 Signal transduction    04150 mTOR signaling pathway     115147613 (tsc2)  09140 Cellular Processes   09141 Transport and catabolism    04140 Autophagy - animal     115147613 (tsc2)  09180 Brite Hierarchies   09181 Protein families: metabolism    01009 Protein phosphatases and associated proteins [BR:stru01009]     115147613 (tsc2) Protein phosphatases and associated proteins [BR:stru01009]  Protein serine/threonine phosphatases   Phosphoprotein phosphatases (PPPs)    Protein phosphatase-1     PP1-interacting proteins (PIPs)      115147613 (tsc2) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Tuberin DUF3384 Rap_GAP Motif Other DBs NCBI-GeneID:  115147613 NCBI-ProteinID:  XP_029545747 Ensembl:  ENSSTUG00000005599 LinkDB All DBs Position 14:complement(81165669..81206146) Genome browser AA seq 1954 aa AA seqDB search MLNVHEWAPDRRPSRASVSCLVPPHRTPPGPPAMNKQPSKESLKDKVKGIFGLGSPRPPS KQTDSKPSEFIITLDILKELHPDCGLSNRIRVANHVCDLAKAKKFEEHAVEAVWKAVEDM LTPEQPPEARHAVLLLLRAIIQGQGERLGPLRAFFFKVIRDYQPSNEDLSDRLEVFKALT ENGKDITYLEEDIAGFVLLWMDIGLTADFLHVLVNLVKFNSCYLDQNVSVMVQKICLLCN RTTASTDIEVALQVLDAVVCYNCLPSDSLTVFIITLCRTVNVKEFCESCWKLMRKVLGTH LGHSAIYTMCRIMEERAYMEDSLLLRGAVFFVGMALWGAHRLPALKNTPTLVLPSFYKAM WCANEMVSYEIVLSITRLIKKYGKELQVVTWDILLGIIERLLQQIQSIGSAELKSIVYEL LTTVEELYEQNGFHGSSDKFFSLVEKCADKRPDASVLTLISYRAQSIQPAKDGWIQSLHR LMEKFFRNESRSVIRIKVLHILSFVLSTNRQLYEEELIEVVVVPQLSGIAEDRDLAVRRQ ATQLLVDLAESCTTHHFTSLLDIIQRVASRSLVCPGPLEVSERDPTAESPMEDVRTAIRG LLEILQSKLYSLPASHASRVYELLIGHLQLHYKNKYSSAVACSIRLQVFDFLLMMRTDSL HRLGFLSKDGVLRFSPYCHCDMGEPEKRGSEKKPAGSVSPPAGSPVPSSTTTPSSSIRTA CLPYSPAFNVLLQCLKMETDWKVLKLVLEKMSWTLQYKVLLLSSPCSIDQLCSTLCSMVT DRLISERLKKTPDGFSRTDVQLAVVPVLTAITSYHNYLEQARQRELVQCLEAGLIYRCAK QCVVALTMCTVEMPDIMVKLLPALIVKLTHISATVAMASPMLEFLSTLVRLPHLYAYFVA EQYVSVFAISLPYTNPSKFNQYIVSLAHHVISMWFIRCRLTFRKDFVQYITKGLRSNALM PFDDTQDTQSSFRARSTSLNERPKSLRAAKMAKAHLQQQQASMAAGVAASTGSPVKELRD LSAMDAFRSRSISVSEHAVRRMHTSSTTCSLGSSDENPVSQADDGLRTVHLELTETCLDM MARYVFSNFSALPKRSPIAEFLLAGGRSMTWLVGNKLITITTSGGVRSQALLGMDMAERL GGGGEMTRSDPSLHTRQTKEAPAKLESQSSQQLNRASRIRVRSMSGGHALRAGPAQSLSP LVSPSEGGELCGVPLSPPSSSSGPCLDGLGPPSPSPCAPTKDPLKDKPSLAEFLPILTQG WAEIFIRRPSGNTSWLMCLENPPSPFSSELGNMPLQELSSVLMAMEGVKEPPTQTASAPA STATPATTPVALNPPGPIQGGKPGPIQRSNTVGSLSSLGLSFAPSPVPGRLQRSISWADS VVVLEEGTGVRGHVDSPSDWPEAEKFEAMPSEPIYITADKFTKAPPPRTLSRSSSSSSQD DEKSTLEEVSEGFIPIDQPPLAPSTPGSQGPELPFQTQNQTGTQTLNKSSSSPELQTLPE AFPKTTTGPGAGVGEAPGVGSPSEGKNQPQQPPAEKEVEKVESGGGVNRQNQSGDSIPVT GGLSGASGGGGSSSSQGARMRLEFPAPHQPGPLSPSGGHRPRGHTISVSAPSSRRERIGG DAYHTTRPGPSNTEKTSGLSPSFVFLQLYHSPFFGNEANKPLLLPKSQLIDRAVKVLDQM PPYDTHKIGVVFVGAGQVFNEVSILSNEYGSNRYAGFLTGLGKLIHLKDCDPDQIFLGGL DQYGDDGEFTYCWHDDIMQAIFHIATLMPNRDSDKGCCNKKRHIGNDFVMVVYNDSGEEY KLGTIKGQFNFVEVIIKPLDYGSNLVTLQCKKDLEGLVDTSVVKIVSDQNLPLLVRQMAL HANMASLVHQYRANPSDAYASKWLARLRHIKRLRTRAQEEIQSRPNPGISLTQSHSSQTK QSSYQQVSGGGSNTDSSGQRKRLVSTVDDFTDFV NT seq 5865 nt NT seq  +upstreamnt  +downstreamnt atgttgaacgtgcacgaatgggcacctgaccggaggcccagtagagccagtgtaagctgt ctggtccctccccacaggacccctcctggacccccagccatgaacaagcagcccagtaaa gagagtctgaaggacaaggtcaaggggatatttggtttgggatcccctcgaccccccagc aagcagacagacagcaagccctcagagttcatcatcacgctagatatactcaaggagctg caccctgactgtggccttagcaacagaatccgggttgctaaccatgtctgtgacctggcc aaggccaagaagtttgaggagcatgcagtggaagcagtatggaaggcggtggaggacatg ctgactccagaacagccacctgaagctagacatgctgtcctgctgctcctcagagctatc atacagggacagggtgagcgtctgggtcctctgcgggccttcttcttcaaggtgatcaga gactaccagccgtccaatgaggacctgtctgacaggctggaggtgttcaaggccctgacg gagaacgggaaggacatcacttacctggaggaggacatagctgggtttgtcctgctgtgg atggacattggtctgaccgctgacttcctccacgtcctggtcaacctggtcaagttcaac agctgctacctcgaccagaacgtatccgtcatggtccagaagatctgtctcctgtgtaac aggacaacagcttctacagacatagaggtggctctacaggtgctggatgcggtggtgtgt tataactgcctcccctctgactccctcaccgtcttcatcatcactctctgtcgcaccgtc aacgtcaaggagttctgtgagtcctgctggaagttgatgaggaaggtgttggggactcat ctgggccatagtgccatatacaccatgtgccgtatcatggaggagagggcgtatatggag gattctctgctgctgagaggagcagtgttcttcgtagggatggctctatggggggcgcac cgtctcccagccttaaagaacacccctaccctggtcctcccatcattctataaggcgatg tggtgtgccaacgagatggtgtcgtatgagatcgttctgtccatcaccagactgataaag aagtatggcaaggagctccaggtggtcacatgggacatactgctggggatcatagagagg ttactacagcagattcagtcgataggcagtgcagagctgaagtccatagtgtatgagttg ctgactacagtggaggagctctatgagcagaacggcttccatggatcatctgacaagttc ttcagtctggtggagaagtgtgctgacaaaagacctgatgcgtcggtgctgactctgata tcgtaccgggcccagtccatccagccagctaaagacgggtggatccagagtctacaccgc ctcatggagaagttcttcaggaatgagagtcgtagtgtgatcaggatcaaagtgcttcac atcctctcctttgtcctcagcaccaaccgccagctctacgaggaggagctgatagaggtg gtggtggttcctcagctcagtgggatagcagaggacagagacctggctgtgaggagacag gctacccagctactggtggatctggctgagagctgtactacacaccacttcaccagcctc ctggacatcatccagagggtggcgagtcgttcactggtgtgcccagggcccctggaggtg tcggagagagaccccacggcagaatcccccatggaggacgtcaggaccgctatacgaggc ctactggagatactgcagagtaagctgtacagcctgccagccagccacgctagtcgagtg tacgagctgctgatcggacacctgcagctgcactacaagaacaagtacagctccgctgtg gcctgcagcatacgactacaggtgtttgacttcctcctgatgatgagaacggactccctc catcgtctggggttcctcagtaaagacggggtgctgaggttcagtccctactgccactgt gacatgggggagccagagaaacgagggagtgagaagaagcctgcaggctcagtgtctccc cctgctggcagtcctgtcccctcctccaccactactccctcctcctccatccgtacagcc tgcctgccctactcacctgcctttaatgtgctgctacagtgcctgaagatggagacagat tggaaggtgttgaagctggtactagagaagatgtcctggaccctgcagtataaagtcctg ctgctgtcctctccctgcagcatagaccagctctgttctacactctgttctatggtgaca gaccgtcttatctcagagcgtctgaagaagactccagatggtttcagtcgtactgatgtc cagctggctgtagtgcctgttctcactgctatcacatcataccacaactacctagaacag gccagacagagggagttggttcagtgtctggaggcagggctgatataccgctgtgctaag cagtgtgtggttgccctgacaatgtgcaccgtggagatgcctgacatcatggttaaactc ctccccgccctcatcgtcaagctgacgcacatctcggcaaccgtcgccatggcgtcgccc atgctggaattcctgtccactctggtgcggctgccacatctctatgcttactttgtagca gagcagtacgtcagtgtgttcgccatctccctgccctacaccaacccctccaagtttaac cagtacattgtgtcgttggctcaccatgtcatctccatgtggtttatccgctgcagactc accttcagaaaggactttgtgcagtacatcaccaagggtctgcgctctaatgctctgatg ccgtttgatgacacccaggacactcagagcagcttccgtgctcgcagcaccagcctcaat gagaggcccaagagtctacgggcagccaaaatggcgaaggcccacctccagcagcagcag gcgtcaatggcagcgggcgtagcggcgagtaccggctctcccgttaaagagctgagagat ctgtcggccatggacgccttccgctcccgaagcatcagcgtctccgagcacgcggtgcgc aggatgcacacctccagcaccacgtgtagtctgggttcttctgatgagaaccccgtgagc caggcagacgatgggttaaggactgtccacctggagttaactgagacctgtctggacatg atggctagatacgtcttctccaacttctcagccctgcccaagaggtctcctatagcagag ttccttctggcggggggtcgcagtatgacctggctggtgggtaacaagctgatcaccata acgaccagcggtggggtcaggagccaggccctactgggaatggatatggctgagaggctg ggaggagggggagagatgaccaggtcagacccctcccttcacacccgtcagaccaaagag gctccggccaaactggagtcccagtccagtcaacagctcaacagagcctcacgcatcaga gtacgatccatgtcaggtggtcatgctctccgtgcaggtccagcccagagcctcagcccc ctggtctcaccctctgaggggggagagctgtgtggtgtccccctctctcccccctcctcc tcctccggaccctgtctggatggcctggggcccccctctccctccccctgtgcccccact aaagaccccctcaaagacaagcccagcctggcagagttcctgcccattctgacccaggga tgggccgaaatcttcatacgcagaccctcaggtaacaccagctggttgatgtgtctggag aatcctcccagtcccttctcctctgagctgggtaacatgcctctccaggagctgtcctct gtccttatggccatggagggggtcaaggagccccccacccagaccgccagcgcccccgcc agcacagccacccctgctacgacccccgtagcccttaacccccctggacccatccaaggg ggcaagcctggacccatccagcgctctaacacggtgggctctctctcctctctgggtctg tccttcgccccgtccccagttccgggacggctccaacggagcatttcctgggcagactct gtggtagtgctagaggaggggacaggggtcaggggccacgtagactccccctctgattgg ccagaggcagagaaatttgaggccatgccctctgaacccatctacatcactgctgacaag ttcaccaaggccccgccccctagaacactcagcaggtcctcctccagttccagccaggat gatgagaagtccaccctggaggaggtgagtgaggggttcatccccatcgaccagcccccc ctggccccctccaccccgggcagccaaggcccagagctccccttccagacccagaaccag actgggacccagaccctcaacaagtctagctcctcccctgagctccagaccctaccagag gccttccccaagaccacaacaggacctggggccggagtaggagaggcacccggggttggg tcaccctcggaggggaagaaccagccacaacagcccccggcggagaaagaggtggagaag gtagagagtggaggaggggtgaatagacagaatcagagtggggattccatcccagtgaca ggggggttgtctggggcatcgggaggaggaggttcctcttcctcccagggagccaggatg aggttggagttcccagcgccccaccagcctgggcccctctcccccagcggagggcaccgt cccaggggtcacaccatctcagtgtcggccccctcctccaggagagagaggataggagga gacgcgtaccacaccacccggcccggaccctccaacactgagaagaccagtggactcagt cccagttttgtgttccttcagctctaccactctcccttctttggcaacgaggccaacaag cctctcctgctgcccaagtctcagctgatcgacagagcggtgaaggttctggaccagatg cctccatatgacacccataagattggagtggtgtttgtaggagctggacaggtattcaac gaggtgtccatcctgtccaatgagtatggttctaaccgttacgctggcttcctgacaggc ctggggaagctcatccacctgaaggactgtgatccagaccagatcttcctggggggtcta gaccagtatggagatgacggggagtttacctactgctggcacgatgacatcatgcaggcc atcttccacatagccaccctgatgcccaacagagacagtgataagggctgctgtaacaag aagagacacatcggaaacgactttgttatggtggtttacaacgactcaggagaggagtac aaactgggaaccatcaagggtcagtttaactttgttgaggtgatcattaagcctctggac tatggaagtaacctggtcaccctgcagtgcaagaaagatctggagggtctagttgacacc agtgtagtgaagatagtctcagaccaaaacctcccattgctggtgcgacagatggcccta cacgctaacatggcatctctggtccaccagtacagagcaaacccatctgatgcctacgcc tccaagtggctggccagactacgacacatcaagagactcaggacaagggcccaggaggag atccagtctcgtcccaaccccggtatctctctgacccagagccactcctcccagaccaaa cagtcctcctaccagcaggtcagcggtggaggctccaacacggactcctccggacagagg aagagactggtctccaccgtggacgacttcaccgactttgtctga

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