Xenopus laevis (African clawed frog): 108701656 Help Entry 108701656         CDS       T01010                                  Definition (RefSeq) tuberin-like   KO K07207   tuberous sclerosis 2 Organism xla  Xenopus laevis (African clawed frog) Pathway xla04115   p53 signaling pathway xla04140   Autophagy - animal xla04150   mTOR signaling pathway xla04218   Cellular senescence xla04910   Insulin signaling pathway xla05168   Herpes simplex virus 1 infection Brite KEGG Orthology (KO) [BR:xla00001]  09130 Environmental Information Processing   09132 Signal transduction    04150 mTOR signaling pathway     108701656  09140 Cellular Processes   09141 Transport and catabolism    04140 Autophagy - animal     108701656   09143 Cell growth and death    04115 p53 signaling pathway     108701656    04218 Cellular senescence     108701656  09150 Organismal Systems   09152 Endocrine system    04910 Insulin signaling pathway     108701656  09160 Human Diseases   09172 Infectious disease: viral    05168 Herpes simplex virus 1 infection     108701656  09180 Brite Hierarchies   09181 Protein families: metabolism    01009 Protein phosphatases and associated proteins [BR:xla01009]     108701656 Protein phosphatases and associated proteins [BR:xla01009]  Protein serine/threonine phosphatases   Phosphoprotein phosphatases (PPPs)    Protein phosphatase-1     PP1-interacting proteins (PIPs)      108701656 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  Tuberin DUF3384 Rap_GAP Rota_NSP4 Cnd1 Motif Other DBs NCBI-GeneID:  108701656 NCBI-ProteinID:  XP_018092071 LinkDB All DBs Position 9_10L AA seq 1787 aa AA seqDB search MAKQMGKDPGLKEKVKMLFGLAPSRGKAKPSEWKHPEYVITSELMKELSPESALHIRLRA INQVCELAKTKKFEEHAVEAICQAVSDLLQPEQPVEGRLHVLHLLKAIILGQGERLGVLR AHFFRVIKDYPSKEDVAERLEVFKALTDNGREIAYLEEELAAFVLQWMDIGLTPDFLMVL VNLVKFNSCYLEHFIAPMVQMICLLCNRTTSPYDIEVSLKVLDAVVCYNCLPSESIPIFV ITLCRTINVKELCEPCWKLMRNLLGTHLGHSAIYSMSRIMEDRVHMEDAPLLRGAVFFVG MGLWGAHRLFCLKNSPISVLPSFLKAMNCNNAVVSYEIVLSVTRLIKKYGKDVQAATWDV LLDIIERLFQQLQMLRSQELKATVHNLLTTTEELYNQNEFHGDEERFFELVEKGADERPI ASVVNLITYRAQSIHPGKEGWVMNLQKLMDRYFRNESRSVVRMKVLDVLSFALSINRQFY EDELIEKVVTCQLAHIPEDKDHQVRKLATQLLVDLAECCHSCHFNSLMDIIEKVVNRSLS TPESGHDSSSSSSLEDVKTSVLGLMVILQTKLYILPASHAMRVYEMLINHIQLHYKYKYS SPLASSIRLQVFDFLLHLRADSLRRVGLPNKDGAFRFSPYCLCESTNEQEKRAAERKPAG TLSPPSGSPSVPSQTVVPRMGFLPFSLAFGVILQCLKQETDWKVLKLVLNKLPECLRYKL LILSSPCNIDQLAASLCAMLTDKTASDRLYITPDGFSRTDLQLAVVPVLTALTSYHQHLE LSKQRDMVRCLETGLIFRCGKQCVVALSMCVIEMPSILIKSLPVLIVKLTHISATVTMAI PMLEFLSTLVRLPHLYANFAAEQYASVFAISLPYTNPSKFNQYIVFLAHHVIAMWFIRCR LSLRRDFVPYITKGLRSNVLLSFDDTPEKGSFRARSTSLNERPKSLKLSKHTKPGFSDTS PVKEMRDLSNAFRSRSISVSEHAAYSRMQTSVTSSSLSSADESSMAQADDSLKNLHLELT EICLDMMARYAFANFTAVPKRSPVGEFLLDGGRTKTWLVGNKLITITTSVGMGTRSLLGL DTGENHGDPENSSPVQTEQVKEFPSMLDLQQRKPGMQTPRHRVRSMSGGTTLRAGSLEGT PLSTSIGQPGATPVTRAEKPSRRAQVKKEKTTLADFVPVLTQGWAEVLVRRPTGNTSWLM SLENPLSPFSSDINNMPLQELSNALMAAERLKEHRETALYKSLSVPASTLSPSTAKTTLL QRANTESCAVPEEGAQADGEAEEATTPGGSQELEDFEAVVSEDTASEEKTAKKTECISRS SSTSSQEESAATQTEESEAGGIPIEGSTREVPFQTLSKSSSSPELQALQELPKELVSTED MKKPAADLKTLPRIETPLSHRTKSEEERSTGALSKPEGGMRLEPELPVLSPHSPTGHRPR GHTISDSEPSRRGRRIQIDPFKNSTKSSKAEKVPGIDPSFVFLQLYHSPFFGDESNKPIL VPNTQTFERTMSLLDRIPPYDTHKIGVLYVGEGQIGSERAILSNEHGSYRYTQFLTGLGK LIELKDTQPDKIFLGGLDGCGDDGQFTYCWHDDIMQVIFQITTLMPNKEIDPNRCNKKRH VGNNFVNIIYNDSGEFYRLGTLKGQFNFVDVNIQPLECESNLVTLQCRKDMEGLVDTSVA KIVSDKNLPFLARQMALHSNMASQVHHSRSNPTDIYPSKWIARLRHIKKMRPKIQEELQE LSASMPYQVPTISNKPPSQNPQTPPGAFETGQRTRLISAVDDFTEFA NT seq 5364 nt NT seq  +upstreamnt  +downstreamnt atggccaaacagatgggtaaagatcctggcctgaaggaaaaggttaaaatgttatttgga ctggccccttcacgaggaaaagccaaaccttcagagtggaaacatccggaatatgtcatt acttcagaattaatgaaggagctgagccctgagtctgctctccacattcgtctccgtgca attaatcaggtctgtgagcttgcaaagacaaaaaaatttgaagagcacgcagtagaagca atttgccaagcagtgagtgacttgctgcagcctgaacagccagtagaaggtcgacttcat gttctgcacttactgaaggccattattttggggcagggtgaaagacttggtgtccttcgt gcccattttttccgagtcataaaagattatccttcaaaagaggatgttgcagagcgactg gaagtttttaaagctctaaccgacaatgggcgagaaattgcttatctagaggaagagctt gctgcctttgtcctccagtggatggatataggtttgactccggatttcttgatggttttg gttaacctggttaagttcaatagctgttacttggaacactttattgctccaatggtgcag atgatatgtctcctctgtaatcgtactacatctccttatgatattgaggtttccttgaag gttctggatgcagtggtctgctataactgccttccatctgagagtatacccatatttgtt ataaccctgtgccgcacaataaatgttaaggagctgtgtgaaccatgctggaagctcatg cgaaaccttctgggcacccatctaggtcatagcgccatttattcaatgagtcgtataatg gaggatagagtccatatggaagatgcccctttgctgagaggagccgtgttctttgttggg atgggtctctggggagctcacagactgttctgcctgaagaactcgccaatctctgttctc ccatctttccttaaggctatgaactgtaacaatgccgttgtctcctatgaaattgttctg tcggtcacacggctaatcaagaagtacggcaaggatgtgcaggctgccacgtgggatgtc ctcctggatatcatcgagcgcttattccagcagcttcagatgctgcgaagtcaggaatta aaggctacagtacacaatctcctgaccaccacagaggaactttataaccagaacgaattc catggagacgaagagagatttttcgagctggttgaaaaaggggcagatgaaagacctatt gcatcagttgtgaaccttatcacctatagagctcaatccattcaccccgggaaagaaggg tgggttatgaatctacagaaactaatggacagatatttcaggaatgagtctcgcagtgtt gtacgcatgaaggtcttggatgttctgtcctttgcactgagcatcaatcgccagttttac gaggacgagttgattgagaaggtagttacgtgccagctagcccatatacctgaggataag gaccaccaggtgcgcaaacttgcaacacaactccttgtggacctggctgaatgctgtcac tcctgccacttcaatagtctcatggacatcattgagaaggtggtgaaccgttctttgtct acaccagagtcaggtcacgattcttcttcttcttcttctttagaagatgtgaaaacctcc gttttggggctgatggttattctacagaccaagctatacattctgccagctagccatgcc atgcgtgtgtacgagatgctgattaatcatatccagcttcactacaaatacaagtacagc tcaccccttgctagcagtatacgcctccaggtgtttgactttctcctacacctccgagct gactccttgcggcgtgttgggctacctaacaaagatggtgccttcagattcagtccctat tgtctctgtgaatccacaaatgaacaagagaagagagcagctgaacgcaagccagcaggc accttatcaccaccctctggtagccccagtgtcccatcacagactgtcgttccacgcatg ggtttccttccattctccctagcatttggagttatcctgcagtgcctgaagcaggaaact gactggaaagtcctgaaactagtcctcaacaagctgcctgaatgtctgcgttacaaactc ctcatcctttcatcgccctgcaatatagatcaactggctgcctccctctgcgctatgctt acagacaagactgcaagtgaccgcctttacattactcccgatggcttctctcgtactgat ctgcagctggcagtggttcctgtgctgactgccttaacttcataccaccaacacctagag ctctctaaacagagggatatggtgaggtgtctagaaacaggcctgatctttcgctgtggc aagcagtgtgttgtggcactttccatgtgtgtgatcgagatgccaagcattctaataaag tctctcccggtcctcatcgtgaagctaacccatatctcggccacggtcaccatggccata ccaatgctggagtttctgtcaaccttggtccgcctgccccacttgtatgcaaactttgct gcagagcagtatgccagtgtatttgccatctcccttccatacaccaacccatcaaagttt aatcaatacattgtattcttggcacaccatgtaattgccatgtggttcatccggtgcaga ctatcgctgcgcagagactttgtgccatatataacaaagggtttgcgatccaatgtcctg ctgagctttgatgacacgccagaaaagggcagctttagagctcgcagcaccagtttgaac gagagacccaaaagcttgaagctatctaaacacacaaagcctggcttcagtgatacgtcc ccagttaaggagatgagagatctctccaatgccttccgttctcgcagcatcagcgtgtcg gagcatgctgcatacagccgcatgcagacctctgtcaccagctccagcttgagttcagct gacgagagctctatggcccaggctgatgacagcctgaaaaatcttcacctggaattgact gaaatctgcctggatatgatggctcgatacgcctttgccaacttcacggctgtgcccaaa aggtcacctgtaggtgagttcttgctggatggcggaagaacaaagacctggctagttggg aacaagctgataacgattacaacaagcgtgggcatggggacacgttctcttcttggcctg gatacaggggagaaccatggtgaccctgagaacagctctcccgtgcaaaccgagcaagtc aaggagtttccgtccatgctggatcttcagcagagaaagccgggtatgcaaacgcctcgt cacagagtccgctccatgtctggagggactacactgagagctggatcattggaggggacc cctctttcaaccagtatagggcagccaggggcaactccagtgaccagagcagagaaacct tcccgtcgggcgcaggtgaagaaagaaaagaccaccctggctgactttgttcctgtactg acacaaggctgggcagaggtattggttcgcagacccacaggtaacactagctggttgatg agcctggaaaaccctctgagtcccttctcgtccgacattaacaacatgccgctgcaggag ctttccaatgcactgatggcagccgagaggctcaaagagcaccgggagacggcactctac aaatctctctctgtgccagcctccactttatctccctccacagccaagactactcttcta cagcgcgcaaacacagaatcttgtgctgtgccagaagaaggggcgcaagccgatggggaa gcggaggaagcgaccactcccggtggctctcaagagctggaagattttgaggctgtggtt agtgaagacactgctagtgaggagaagactgctaagaagacggagtgcattagcagatct tcatccacatccagtcaagaagagtctgctgccacccaaacagaagaatctgaggctggt gggatacccatcgagggctccactcgtgaggtcccatttcagactttgagcaagtccagc tcatctcctgaacttcaggccttgcaagagcttcctaaagagttggtctctacagaagac atgaagaagccagctgccgacctcaaaacactaccccgcatagaaacccctttaagccat agaactaaatctgaagaggaacgcagcactggggcattatccaaaccagaaggcggaatg cgactggaaccagagttgcctgttttgtccccgcattctccaactggccaccgcccaagg ggtcacactatctctgattctgagccatcccgcagaggcaggaggattcagatcgaccct ttcaagaacagcaccaaatcaagcaaagctgagaaagtgcctggaatagacccgagcttt gtgtttttgcagttgtaccattccccgttctttggtgacgagtccaataaacccatactg gtccctaatacacagacattcgagcgaacaatgagccttctagatcgaatcccaccctac gacacccacaaaattggtgttctctatgttggagaagggcagattggcagcgagcgtgct atcctatccaatgagcatggctcgtaccgctacacacagttccttacagggctcgggaag ctgattgagctgaaagacactcaacctgacaagatcttcctgggagggttggacggttgt ggagatgacgggcagttcacttactgctggcacgatgatattatgcaagtcatttttcag atcaccaccctgatgccaaacaaagagatcgatccgaaccgctgcaataagaaacgtcac gtgggcaacaactttgtcaatatcatctacaatgactcgggcgagttctacaggttgggg accctcaagggtcagttcaacttcgtagatgtcaacattcagcccttggaatgcgagagt aacctggtgacgctgcaatgtcgaaaagatatggaaggccttgtagataccagtgtggca aaaattgtgtcggacaaaaacttgcccttcttggcccgtcagatggctctacattcaaat atggcttcccaagtccatcacagtaggtccaaccctacggatatttacccttcaaaatgg attgccaggctccgacacataaagaagatgaggccgaagatacaagaggagttgcaggag ctgagtgccagcatgccctaccaggtccctacgatctccaacaagcctccttcacagaac cctcagactccccctggggcttttgaaacgggccagaggaccaggctcatttctgccgtg gacgatttcaccgagtttgcttga

Xenopus laevis (African clawed frog): 108703213 Help Entry 108703213         CDS       T01010                                  Definition (RefSeq) tuberin-like   KO K07207   tuberous sclerosis 2 Organism xla  Xenopus laevis (African clawed frog) Pathway xla04115   p53 signaling pathway xla04140   Autophagy - animal xla04150   mTOR signaling pathway xla04218   Cellular senescence xla04910   Insulin signaling pathway xla05168   Herpes simplex virus 1 infection Brite KEGG Orthology (KO) [BR:xla00001]  09130 Environmental Information Processing   09132 Signal transduction    04150 mTOR signaling pathway     108703213  09140 Cellular Processes   09141 Transport and catabolism    04140 Autophagy - animal     108703213   09143 Cell growth and death    04115 p53 signaling pathway     108703213    04218 Cellular senescence     108703213  09150 Organismal Systems   09152 Endocrine system    04910 Insulin signaling pathway     108703213  09160 Human Diseases   09172 Infectious disease: viral    05168 Herpes simplex virus 1 infection     108703213  09180 Brite Hierarchies   09181 Protein families: metabolism    01009 Protein phosphatases and associated proteins [BR:xla01009]     108703213 Protein phosphatases and associated proteins [BR:xla01009]  Protein serine/threonine phosphatases   Phosphoprotein phosphatases (PPPs)    Protein phosphatase-1     PP1-interacting proteins (PIPs)      108703213 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  Tuberin DUF3384 Rap_GAP Vac14_Fab1_bd Motif Other DBs NCBI-GeneID:  108703213 NCBI-ProteinID:  XP_018094779 UniProt:  A0A1L8EQW8 LinkDB All DBs Position 9_10S AA seq 1705 aa AA seqDB search MAKQTGRDPGLKEKVKMLLGLGPTRGKAKPSEWKHPECVITAELMKHAVEAICQAVCDLL QPEQPAEGRFHVLHLLKAIILGQGEKLGVLRAYFFQIIKDYPSNEDVAERLEVFKALTDN GREIAYLEEELAAFVLRWMDIGLTPDFLHVLVNLVKFNSCYLEHFIAPTVQMICLLCNRT TSPYDIEVSLKVLDAVVCYNCLPSESIPIFVITLCRTINVKELCEPCWKLMRNLLGTHLG HSAIYTMSRIMEDRVHMEDAPVLRGAVFFVGMGLWGAHRLFCLKNSPISVLPSFLKAMNC NDAVVSYEIVLSVTRLIKKYGKDVQAATWDVLLDIIERLFQQLQVLRSQELKAAVHKLLT TIEELYKLNEFHGDEERFFELLEKGADERPTASVVNLITYRAQSIHPGKEGWVMNLQKLM DRYFRNESRSVVRMKVLDVLSVALSINRQFYEDELIEKVVTCQLAHIPEDKDHQVRKLAT QLLVDLAECCHSCQFSSLMDIIEKVVNRSLSTPESGHDSSSLEDVKTSVLGLMVILQTKL YILPASHAMRVYEMLINHIQLHYKYKYNSPIATSIRLQVFDFLLHLRADSLWRVGLPNKD GAFRFSPYCLCESINEQEKRTAERKPAGTLSPPSGSPSLPSQTVALRMGFLPFSLAFGVI LQCLKQETDWKVMKLVLNKLPQCLRYKLLNLSSPCDIDQLAASLCAMLTDKTASDRLYIT PDSFSRTDLQLAVVPVLTALTSYHQHLELSKQRDMVRCLETGLIFRCAKQCVVALSMCMI EMPSILIKSLPVLIVRLTHISATVTMAIPMLEFLSTLVRLPHLYANFAAEQYASVFAISL PYTNPSKFNQYIVFLAHHVIAMWFIRCRLSLRRDFVPYITKGLRSNVLLSFDDTPEKDSF RARSTSLNERPKSRVQNSVTSSSLSSADESSMAQADDSLKNLHLELTEICLDMMARYAFA NFTAVPKRSPVGEFLLDGGRTKTWLVGNKLITITTSVGMRTRSLLGLDTGENQGDPENSS PVQTEQVKEFPSMLDLQQRKPGMQTPRHRVRSMSGGTTLRAGSLEGTPLSISMGQPGAEK PSRRTQVKNEKTTLADFVPVLTQGWAEVLVRRPTGNTSWLMSLENPLSPFSSDINNMPLQ ELSNALMAAERLKEHRETALYKSLSVPASTLSPSTAKTTLLQRANTESCAVPEEGAQADG EPEEGTTPGGFQELEDFEAVVGEDTTSEEKTAKKMECISRSSSTSSQEESAATQTEESDA GGIPIEGSTREVPFQTLSKSSSSPELQALQELPKELSSTEDMKKPTADFKTLPHIETPSS HRTKSDEERSTGLLVKSEGRMRLEPELPVLSPQSPTGHRPRGHTISDSEPSRRGRRIQVD PFKNSTKAEKVPGIDPSFVFLQLYHSPFFGDESNKPILVPNTQTFERTMSLLDRIPPYDT HKIGVLYVGEGQVGNERAILSNEHGSYRYTLFLTGLGKLIELKDTQPDKIFLGGMDGCGD DGQFTYCWHDDIMQVIFQITTLMPNKEIDPNFCNKKRHVGNNFVNIIYNDSGEFYKLGTL KGQFNFVDVNIQPLECESNLVTLQCRKDMEGLVDTSVAKIVSDKNLPFLARQMALHSNMA SQVHHSRSNPTDIYPSKWIARLRHIKKMRPKIQEELQELSSSMPYQVTTISNKPPSQNPQ TPPGAFETGQRTRLISAVDDFTEFA NT seq 5118 nt NT seq  +upstreamnt  +downstreamnt atggccaagcagacgggtagagatcctggactgaaggaaaaagttaaaatgttattggga ctgggacctacacgagggaaagccaagccttcagagtggaagcatccggaatgtgtcatt actgcagaattaatgaagcatgcagtagaagcaatatgccaagcagtttgcgacttgcta cagcctgaacagcctgcagaaggtcgatttcacgttctgcacttattgaaggccattatt ttggggcagggtgaaaaacttggtgtccttcgtgcctattttttccaaatcataaaagat tatccttcaaatgaggacgttgcagagcggctagaagtttttaaagctctgacggacaat gggagagaaattgcatatctagaggaagagcttgctgcctttgtcctccggtggatggat attggtttgactccggatttcttgcatgttttggttaacctggttaagttcaatagctgt tatttggaacactttattgctcctacggtgcagatgatatgcctcctctgtaatcgtact acatctccttatgacattgaggtatccttgaaggttctggatgcagtggtctgctataac tgccttccgtcggagagtatacccatatttgttataaccctgtgccgcacaataaatgtt aaggagctgtgtgaaccatgctggaagctgatgcgtaacctgctgggcacccatctaggt cacagcgccatttatactatgagccgtataatggaggatagagtccatatggaagatgcc cctgtgctgagaggagctgtgttctttgtcggaatgggtctctggggagctcacaggctg ttctgtctgaagaactcgccaatatctgttctcccttctttcctgaaggctatgaactgt aacgatgctgtggtctcctacgagattgttttgtctgtgacgcggctaatcaaaaagtac ggcaaggatgtgcaggctgccacgtgggatgtcctcctggatataatcgagcgcttattc cagcagcttcaggtcctgcgaagtcaagaattaaaggctgcggtgcacaaactgctgacc accatagaggaactttataaactgaacgaattccatggagatgaagagagatttttcgag ctgcttgaaaaaggggcagatgaaagacccacggcatcagttgtgaaccttatcacctac agagctcagtccattcaccctggtaaagaagggtgggttatgaacctacagaagctaatg gacagatatttcaggaatgaatctcgcagtgttgtacgcatgaaggtcttagatgttctg tctgttgcactgagcatcaatcgacagttttacgaggacgagttgatcgagaaggtagta acgtgccagttagcccatatacctgaggataaggaccatcaggtgcgaaaactcgcaaca cagctacttgtggacttggctgaatgctgtcactcctgccaattcagcagtctgatggat atcattgagaaggtggttaaccgttctttgtctacaccagaatcaggtcatgattcttct tctttagaagatgtgaaaacatctgttctggggctgatggttattctacagaccaagcta tacattctgccagctagtcatgccatgcgtgtgtatgagatgctgatcaatcatatccag cttcactacaaatacaagtacaactcgcccattgctaccagtatacgcctccaggttttt gacttcctcctccacctccgagctgattccttgtggcgtgttgggctacctaacaaagat ggtgccttcagattcagcccctattgtctctgtgaatccataaatgaacaagagaagaga acagctgaacgtaagccagcaggcaccttatcaccaccctctggcagtccaagtctccca tcacaaactgttgctctgcgcatgggatttctgccattctctctagcatttggggttatc ctgcagtgcctaaaacaggaaactgactggaaagtcatgaaactagtgctgaacaaactg ccacagtgtctgcgttacaaactcctcaacctttcatccccctgcgatatagatcaactt gctgcctcactctgcgctatgcttacagataagactgcaagtgatcgcctttacattact cccgatagcttctctcgtactgatctgcaactggcagtggttcctgtgctgactgcctta acctcataccaccaacacctagagctctctaaacagagggatatggtgaggtgtctagaa acaggcttgatctttcgctgtgccaagcagtgtgtagtggcactttccatgtgcatgatc gagatgccaagcattcttataaaatctctgccagtcctcatcgtgaggctaacccatata tccgccacagtcaccatggccattccgatgctggagtttctatcaaccttggtccgcctg ccccacttgtatgcaaactttgctgcagagcagtatgccagtgtatttgccatctccctt ccatacaccaacccatcaaaatttaaccaatacattgtatttctggcacaccatgtaatt gctatgtggttcatccggtgcagactatccctgcggagagactttgtgccgtatataaca aagggtttgcgatccaatgtcctgctgagcttcgatgacactccagaaaaggacagcttc agagctcgcagtaccagcttaaacgaaagacccaaaagccgcgtgcagaactctgtcacc agctccagcttgagttccgctgatgagagttctatggcccaggctgatgacagcctgaaa aaccttcacctggaattgacggaaatctgcctggatatgatggcccgatacgcctttgcc aacttcacggctgtgcccaaaaggtcgcctgttggtgagttcctgctggatggcggaaga acaaagacctggctggttgggaacaagctgataacaattacaacaagcgtgggcatgagg acacgttctcttcttggcttggatacaggggagaaccagggtgacccagaaaacagctct cctgtgcaaacagagcaagtcaaggaatttccgtccatgctggatcttcagcagagaaaa ccgggtatgcaaacgccccgtcacagagtccgctccatgtctggagggactacactgaga gctggatcattggaggggacccctctttcaatcagtatggggcagccgggagcagagaaa ccttcccgtaggacccaggtgaagaatgaaaagaccaccctggctgactttgttcctgta ctgacacaaggctgggcagaagtgttggttcgcagacccacaggtaacacaagctggttg atgagcctggaaaaccctctgagtcccttctcttccgacattaacaacatgccgctgcag gagctttctaacgcattaatggcagccgaaaggctcaaagagcaccgggagacggcgctc tacaaatctctctctgtgccagcctccactttatctccctccacagccaagactactctt ctacagcgcgcaaacacagaatcttgcgctgtgccagaagaaggagcacaagctgacggg gaaccagaggaagggactactcctgggggctttcaagagcttgaagattttgaggctgtg gttggtgaagacactaccagtgaggagaagactgctaagaagatggagtgcattagcagg tcttcatccacatccagtcaagaagagtctgctgctacccagacagaagaatctgatgct ggtgggatacctattgagggctccactcgtgaggtcccgtttcagactttgagtaagtcc agctcatctcccgaacttcaggccttgcaagagcttcctaaagagttgagctctacagaa gatatgaagaagccaactgccgacttcaaaacactgccccacatagaaactccttcaagc catagaactaaatctgatgaggaacgcagcactgggttattagtcaagtcagaaggcagg atgagactggaaccagagttgcctgttttgtctccgcaatctccaactggccaccgccca aggggtcacactatctctgattctgagccatcccgcagagggaggaggattcaggttgat cctttcaagaacagcaccaaagctgagaaagtgcctggaatagacccaagctttgtattt ttgcagttgtaccattcgccgttctttggtgatgagtcaaataagcccatactggtccct aacacacaaacgtttgaaagaacaatgagccttctagatcgaatcccaccatatgacacc cacaaaattggagttctttatgttggagaagggcaggttggcaatgagcgtgctatccta tccaatgagcatggctcgtaccgctacaccctgttccttactgggcttgggaaactgatt gagctgaaagacactcaacctgacaagatctttctgggagggatggacggttgtggagat gacgggcagttcacctactgctggcacgatgatattatgcaagttatttttcagatcacc accctgatgccaaacaaagagatcgatccaaacttctgcaataagaaacggcacgtgggc aacaactttgtcaatatcatctataatgactcgggcgagttctacaagttgggtaccctg aagggtcagttcaacttcgtagatgtcaacattcagcctttggaatgcgaaagtaacctg gtgacgctgcagtgccgaaaagatatggaaggccttgtagataccagtgtggcaaaaatt gtgtcggacaaaaacctgcccttcctggcccgtcagatggctttacattcaaatatggct tcccaagtccatcacagtaggtccaaccctacggacatttacccttctaaatggattgcc aggctccgacacataaagaagatgagaccaaagatacaagaggagttgcaggagctgagt tccagcatgccctaccaggtcactactatctccaacaagcccccttcacagaacccacag actccccctggtgcttttgaaactggccagaggacacggctcatttctgctgtggacgat ttcactgaatttgcttaa

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