TGME49_255180 | ubiquitin carboxyl-terminal hydrolase

_IDPredictionOTHERSPmTPCS_Position
TGME49_255180OTHER0.9999970.0000020.000001
No Results

  • Fasta :-

    >TGME49_255180 MDELGDSVLQQDAAAPASSTFARCDQTATGREPSLSASVLQGSPQRTGVDISRRWASESP LASSSAATLSLCPVDQIRKTSKRTGSSRGDDRVERSVQESAWTPCSEKSEASGAAHAGSR SRHSPICSVVFTSPPAAVAPPSKASAASAVSGLCLQPEGSTPERLRVAQGAAPKVSPLED GIPVATVKLAGLETCRTDHPHSPAAPQLAPQHQAPSEELNVSARLHTETRIQANDISVSH ASASGSLPPLPSVAFFLHRAASTCALASHASSSDDGSAARPSVQGICGPEKPNARQTGSS EHELSPSISSTLSVSNSGALSPRRSRGCTAFGQTGTFISPPTACSSRLSPRGGRQERQLA GTKGELTEMEAAFGAETKTERERVSARGTERELEFGDKPMEMTQESWRVESGDVEERDSG VESDLSGDARQKGEKTAAVATEVHPMQTDAAPRLGGGTRQLHQEGQHVMSSGECLAGLLW PRDQLSLSVTASRTARVSSTHQKESLGEAREEKPSGPDTLQPTSKEGFSQTAQDSEQLSP VHVAPSSLSEQCCLGDLLFMYNLRHSFAVPRESQQDAHPMSVFGLGEFKTGVWGKGGQGG PGGGAGGASGPGASGIGKKKNENAYSLQRELQQQQMAVRWLLSVTGNGSSETSATGALPR RSRLARMSPVSKAFGAVSAKHEPAGQAASALFSGSSSSASAVTSAPGLPGDQRGPEACES TMKRERAACEDSGGVPSVSSHGRTGWEQKSEQAAILGATGLRKCRYVGLENLGATCYLNV YLQTLFMNVHFRDFLLSLPTLRELEEMERQRPAEASRLSLAPSTPETHSQVLARQPREGR TRQYSRGAEDKKSQAEESDETGSRDAETADGEFPESPEPRCKIEERETHMKQDAEERGRP QVKEESPKESTGARTEKTALVPKENPPEAERLDVAPPSATSSVPEPFTPVFSASSPACLT HGGGRAEAVDQENQADSRARWCNWREKVKGQDVCTVLCSQRYSLISSLQTIFAKLQEGIQ AAVRPSVVADLLAEDLSYQEDANELQHRLFELLESELGGRESPLDFLRVLFGGRSRQTVK CSHCMYSGNKEEYFFQLNCCHKKSHQSGKHEPGDRNSRNSPEETEASRSPSLPLSSSPFS PEGDLASQEADDSRAVTSPKQVAASTSSRCGPCPLSSLPASQGESLSSSQEDSTCAPASG PVDSDVAAVSTSRPEQSESKRHGRRGKRGPQRGAAASAHTGAGGQQGGTQGTAGGRRREG RDSCERKGEASSTSARGPGRKGVSAGQGRRPVDENKGGWKLEEDMARQYQRTENLRGDSE YFCPQCGEKREAKKRSQLSLLPPYLQLVVLRYSIDVKKQTGEWVRRKIHEALEIPLVMDV RGCCTDDCQIGHLDGTLSSLRDASHAAHQYHLFGILEHQGASATSGHYVAITRDLRERAA GRSECADAASVDDSKKTFLASSLSDGDASASLSQTTEAASPLLPQDDGDRVQGCVSVGDW REAAPLGEGTLPRQLAPSGLEFLGSPRVCPGRGGEGGAQKVKACALPAEGERRSDEDRRR SNADRICYAGGPEGKDACGKEAEGPSFSVDSPQQAPGKLVPAKGFEGDEGRDVTIASSTV ERDLSSQSVSPPRRGTSASRRKGSLREGYGSPPFLEPTKGFPGVATAAVLLGDADATTSP ITRDRDAFVFRDPSPFASPRPRWSAPLNGPNETAPEPNSVTVVVDVDASSPSLTVSAGSS SCSSGLASFPHRSLTPRLCSFPHPSTSVEKTVDKDYLRSGFAAATDACSAETSSAPGPGA LPNFPTHASPSSSILSCGLNSSPADSSTSPSLKPYDGAGETTNEDACVEVCEEPFLTHTP QAEKSRGRSQAEALDASTLSPTTVTQKDLFSLEFKSPRSRHAALGRLSTWVAAPEPNAVE ARESGRGDRKRVEALEAQKGSCGPKKKGNASLTQRTLDQYVGRTRAQVRGRDTGCTARKG GSSPCVSTASPPRLASSPPGGAATCWSRESPDKKRRKREAERGREEQTKRKADQLQRCTG RDCTQAVGDRQSRSGGKKEKQGGENSVSLVVVETPEEEDDDTDVEEEFVILASPFQHEAS RQSAHETRHENGSSQVAEADEFYQGKEPQMKTALNKLTTRSLAVDDDLEEIPEVILGAGL PAEKKQPFGVQPEPSDNADKGRSTSDVVETKAAPQTAATRWSWVRFDDSEVRPFPLPRPS SSDLDSSAPRSSSEGSPRYQTPPGGCVVSSVAAASGASASSSLSCSLLAEEGEWRRATPE AERVGATSRAPVGRSFSAGPLRIYSRTVYMVTYIRADLTAEETDMPLPRELQDFIDEENE RICEEQETLSMRQQTLLAYVQQRQAALQQLLRHALPSALKELEQQRLERVQKEALHGEVV RARLPSPVCERNLVNIQQRLSLLPQLRQLSFIPRSWWQQFVRGIDYPTMSTSLPPSLLPR RDSNNRNGICMVPLTKAENGDGNRPARKRKKNNAEQRGAAGSSREKSEDELRERGRLGAP GEEHATAGESELEGSANAGAKKEAKEEDLRGLSICEVLEGETREGRQQSRSAMKSEEAAI SGHRQQWLQTSGGGRDAYSRAANAQEEVKAYRQLEQSYADGGTTSEETREGRDGDATSPA CRSENDKEKGVIDYSSILCPHYRNALAASISCSPAAAGTVVSPQDALVTSSLSMPALPLN ASSFHEAHRPWIFNSISEPDEEKLLAEPSYPIEKLLRVTDFCGERGVDPLSIWTGEAKAI PTALFSDLLAASALRPSIPDPSLLPNLCSVCSAALSGLVDFYSEQHRSIEAILEALKRQK TIPTVCEETPVSPELVESSSACAIPSSTANLSSPPKEVTVSSTANGEADRAEGVHLQFVH AGGDGDTAPARSESSQETEKNQEETIHAEVLPSIVVPLPSPDDVHLRSSSQEPSASSVAP GDQQQGGEKEETQGGRQISCVASPCGVGALSPIVCAGVDEVPDSSKVAPVQDAEGNRQVS VSSSQSRVEGSGPDSGDNQRLETEEPLSPRILNEHETPATDLLGCCIPSASLSSSPRAAV PALNPWVLEHTATLPEFIYVSRRPLQRAFSLHSCFLTLCTLPTASSPASIPFSALLPSSS SPQSRELKVLRAKMKREGKDSREKYLSWLTLSDVRREVTLGRKLPQGDSDPSRGVKPPKK DARKDGDWERAEEGIEEGEASDGDGTNDGRRRRRKKVEDEEQGEEQVCGDEDVEDVNMDD EGEESASLGSLLHAEDEGNATKKTRVTRARKAVSSPPGANRKAVAHTLHRATSRPRSDHK QEENEDLEEEEGNTEEGQGNSQDAHTGRDNVFDFASDLLCCHQKLRIQGAVGKSNKLQRF LVNKVPTAAILNFLYFEREKAVLYRELGIANPVTFDCSTFVSQYAQECSICLTEQQAEQQ RRQVWRDKRNEESKALGQIIGKRWRLRKETGPASRLATPLPKKGRFFFVSTEWRHQWLSY VASGCETEGVTSKPPPLLNSSLLCDCPTRGLKVDPTDTLLSPTFLADPPESETDTYILVH EDDVDLLERFGLTGFKTAENLSMCVEVKHIPGEIASSLLPPSSSPSSRLAASPCFAGPVP AFFFPSLAPCSACVRTHRIEQGFYDFPPVDLSFHLRQNRWNGDAPEVKSEPETVREAGPG RGRGNTGNGGRRQASSRVLGQKKITVRVSGETEIASLLAHVVASMTEAEETKETTVYLEG PPRHVFYFSPKSSCLSVSIPDAGPTASPPNRSVYPSTSPTTTDTLPRTAPSLICNAAAAH SPPAAPRRYSGHREEGKDTQLLGDLCDGRAVTRPLCLSPSGARQKERHENREACDVLCLE RTERATTENEAEPRGERESQSQAEISTRPLVSFVDEEVGKAVKADASGTRVRLPEETYTG SEHSGITLRAVSLPHSCCLSLEVEMKTHLRDLLLYVNEAWQVSYEFQESRQLDEVRREKA VRKEAEAATEDEAALVSVALQEGGFLEAEEGTRRRQADREATERVLEIQDSEKEDDGGSA GEASQVEECVEVQDASTSAEKLARKPLSPLPGDSLVRNKRERSEEPEPVDVLTDGEEQEE LAQSDQKKSRFATTHPTSQGLCSLLRGDGKCDNGTENRRKTAGRNMPARRSDNLTQEREL RRPQDTRAGRNQRGNRQHASLLEDPGPKTGVPGQPDTTGCFIHQQLHSSTGNMRQDRTPT ETIVLLDDDEDDRAAPSR
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/TGME49_255180.fa Sequence name : TGME49_255180 Sequence length : 4218 VALUES OF COMPUTED PARAMETERS Coef20 : 3.467 CoefTot : 0.000 ChDiff : -93 ZoneTo : 1 KR : 0 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.753 1.659 0.539 0.621 MesoH : 0.300 0.558 -0.098 0.269 MuHd_075 : 31.217 21.802 8.725 5.581 MuHd_095 : 20.617 14.879 5.802 4.708 MuHd_100 : 20.985 11.963 5.106 3.476 MuHd_105 : 25.525 12.419 5.478 3.062 Hmax_075 : 14.000 17.033 2.779 5.087 Hmax_095 : 4.200 8.750 -0.196 3.728 Hmax_100 : 7.500 6.600 -0.174 3.160 Hmax_105 : 7.963 7.350 -0.033 2.511 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.9386 0.0614 DFMC : 0.9222 0.0778
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 4218 TGME49_255180 MDELGDSVLQQDAAAPASSTFARCDQTATGREPSLSASVLQGSPQRTGVDISRRWASESPLASSSAATLSLCPVDQIRKT 80 SKRTGSSRGDDRVERSVQESAWTPCSEKSEASGAAHAGSRSRHSPICSVVFTSPPAAVAPPSKASAASAVSGLCLQPEGS 160 TPERLRVAQGAAPKVSPLEDGIPVATVKLAGLETCRTDHPHSPAAPQLAPQHQAPSEELNVSARLHTETRIQANDISVSH 240 ASASGSLPPLPSVAFFLHRAASTCALASHASSSDDGSAARPSVQGICGPEKPNARQTGSSEHELSPSISSTLSVSNSGAL 320 SPRRSRGCTAFGQTGTFISPPTACSSRLSPRGGRQERQLAGTKGELTEMEAAFGAETKTERERVSARGTERELEFGDKPM 400 EMTQESWRVESGDVEERDSGVESDLSGDARQKGEKTAAVATEVHPMQTDAAPRLGGGTRQLHQEGQHVMSSGECLAGLLW 480 PRDQLSLSVTASRTARVSSTHQKESLGEAREEKPSGPDTLQPTSKEGFSQTAQDSEQLSPVHVAPSSLSEQCCLGDLLFM 560 YNLRHSFAVPRESQQDAHPMSVFGLGEFKTGVWGKGGQGGPGGGAGGASGPGASGIGKKKNENAYSLQRELQQQQMAVRW 640 LLSVTGNGSSETSATGALPRRSRLARMSPVSKAFGAVSAKHEPAGQAASALFSGSSSSASAVTSAPGLPGDQRGPEACES 720 TMKRERAACEDSGGVPSVSSHGRTGWEQKSEQAAILGATGLRKCRYVGLENLGATCYLNVYLQTLFMNVHFRDFLLSLPT 800 LRELEEMERQRPAEASRLSLAPSTPETHSQVLARQPREGRTRQYSRGAEDKKSQAEESDETGSRDAETADGEFPESPEPR 880 CKIEERETHMKQDAEERGRPQVKEESPKESTGARTEKTALVPKENPPEAERLDVAPPSATSSVPEPFTPVFSASSPACLT 960 HGGGRAEAVDQENQADSRARWCNWREKVKGQDVCTVLCSQRYSLISSLQTIFAKLQEGIQAAVRPSVVADLLAEDLSYQE 1040 DANELQHRLFELLESELGGRESPLDFLRVLFGGRSRQTVKCSHCMYSGNKEEYFFQLNCCHKKSHQSGKHEPGDRNSRNS 1120 PEETEASRSPSLPLSSSPFSPEGDLASQEADDSRAVTSPKQVAASTSSRCGPCPLSSLPASQGESLSSSQEDSTCAPASG 1200 PVDSDVAAVSTSRPEQSESKRHGRRGKRGPQRGAAASAHTGAGGQQGGTQGTAGGRRREGRDSCERKGEASSTSARGPGR 1280 KGVSAGQGRRPVDENKGGWKLEEDMARQYQRTENLRGDSEYFCPQCGEKREAKKRSQLSLLPPYLQLVVLRYSIDVKKQT 1360 GEWVRRKIHEALEIPLVMDVRGCCTDDCQIGHLDGTLSSLRDASHAAHQYHLFGILEHQGASATSGHYVAITRDLRERAA 1440 GRSECADAASVDDSKKTFLASSLSDGDASASLSQTTEAASPLLPQDDGDRVQGCVSVGDWREAAPLGEGTLPRQLAPSGL 1520 EFLGSPRVCPGRGGEGGAQKVKACALPAEGERRSDEDRRRSNADRICYAGGPEGKDACGKEAEGPSFSVDSPQQAPGKLV 1600 PAKGFEGDEGRDVTIASSTVERDLSSQSVSPPRRGTSASRRKGSLREGYGSPPFLEPTKGFPGVATAAVLLGDADATTSP 1680 ITRDRDAFVFRDPSPFASPRPRWSAPLNGPNETAPEPNSVTVVVDVDASSPSLTVSAGSSSCSSGLASFPHRSLTPRLCS 1760 FPHPSTSVEKTVDKDYLRSGFAAATDACSAETSSAPGPGALPNFPTHASPSSSILSCGLNSSPADSSTSPSLKPYDGAGE 1840 TTNEDACVEVCEEPFLTHTPQAEKSRGRSQAEALDASTLSPTTVTQKDLFSLEFKSPRSRHAALGRLSTWVAAPEPNAVE 1920 ARESGRGDRKRVEALEAQKGSCGPKKKGNASLTQRTLDQYVGRTRAQVRGRDTGCTARKGGSSPCVSTASPPRLASSPPG 2000 GAATCWSRESPDKKRRKREAERGREEQTKRKADQLQRCTGRDCTQAVGDRQSRSGGKKEKQGGENSVSLVVVETPEEEDD 2080 DTDVEEEFVILASPFQHEASRQSAHETRHENGSSQVAEADEFYQGKEPQMKTALNKLTTRSLAVDDDLEEIPEVILGAGL 2160 PAEKKQPFGVQPEPSDNADKGRSTSDVVETKAAPQTAATRWSWVRFDDSEVRPFPLPRPSSSDLDSSAPRSSSEGSPRYQ 2240 TPPGGCVVSSVAAASGASASSSLSCSLLAEEGEWRRATPEAERVGATSRAPVGRSFSAGPLRIYSRTVYMVTYIRADLTA 2320 EETDMPLPRELQDFIDEENERICEEQETLSMRQQTLLAYVQQRQAALQQLLRHALPSALKELEQQRLERVQKEALHGEVV 2400 RARLPSPVCERNLVNIQQRLSLLPQLRQLSFIPRSWWQQFVRGIDYPTMSTSLPPSLLPRRDSNNRNGICMVPLTKAENG 2480 DGNRPARKRKKNNAEQRGAAGSSREKSEDELRERGRLGAPGEEHATAGESELEGSANAGAKKEAKEEDLRGLSICEVLEG 2560 ETREGRQQSRSAMKSEEAAISGHRQQWLQTSGGGRDAYSRAANAQEEVKAYRQLEQSYADGGTTSEETREGRDGDATSPA 2640 CRSENDKEKGVIDYSSILCPHYRNALAASISCSPAAAGTVVSPQDALVTSSLSMPALPLNASSFHEAHRPWIFNSISEPD 2720 EEKLLAEPSYPIEKLLRVTDFCGERGVDPLSIWTGEAKAIPTALFSDLLAASALRPSIPDPSLLPNLCSVCSAALSGLVD 2800 FYSEQHRSIEAILEALKRQKTIPTVCEETPVSPELVESSSACAIPSSTANLSSPPKEVTVSSTANGEADRAEGVHLQFVH 2880 AGGDGDTAPARSESSQETEKNQEETIHAEVLPSIVVPLPSPDDVHLRSSSQEPSASSVAPGDQQQGGEKEETQGGRQISC 2960 VASPCGVGALSPIVCAGVDEVPDSSKVAPVQDAEGNRQVSVSSSQSRVEGSGPDSGDNQRLETEEPLSPRILNEHETPAT 3040 DLLGCCIPSASLSSSPRAAVPALNPWVLEHTATLPEFIYVSRRPLQRAFSLHSCFLTLCTLPTASSPASIPFSALLPSSS 3120 SPQSRELKVLRAKMKREGKDSREKYLSWLTLSDVRREVTLGRKLPQGDSDPSRGVKPPKKDARKDGDWERAEEGIEEGEA 3200 SDGDGTNDGRRRRRKKVEDEEQGEEQVCGDEDVEDVNMDDEGEESASLGSLLHAEDEGNATKKTRVTRARKAVSSPPGAN 3280 RKAVAHTLHRATSRPRSDHKQEENEDLEEEEGNTEEGQGNSQDAHTGRDNVFDFASDLLCCHQKLRIQGAVGKSNKLQRF 3360 LVNKVPTAAILNFLYFEREKAVLYRELGIANPVTFDCSTFVSQYAQECSICLTEQQAEQQRRQVWRDKRNEESKALGQII 3440 GKRWRLRKETGPASRLATPLPKKGRFFFVSTEWRHQWLSYVASGCETEGVTSKPPPLLNSSLLCDCPTRGLKVDPTDTLL 3520 SPTFLADPPESETDTYILVHEDDVDLLERFGLTGFKTAENLSMCVEVKHIPGEIASSLLPPSSSPSSRLAASPCFAGPVP 3600 AFFFPSLAPCSACVRTHRIEQGFYDFPPVDLSFHLRQNRWNGDAPEVKSEPETVREAGPGRGRGNTGNGGRRQASSRVLG 3680 QKKITVRVSGETEIASLLAHVVASMTEAEETKETTVYLEGPPRHVFYFSPKSSCLSVSIPDAGPTASPPNRSVYPSTSPT 3760 TTDTLPRTAPSLICNAAAAHSPPAAPRRYSGHREEGKDTQLLGDLCDGRAVTRPLCLSPSGARQKERHENREACDVLCLE 3840 RTERATTENEAEPRGERESQSQAEISTRPLVSFVDEEVGKAVKADASGTRVRLPEETYTGSEHSGITLRAVSLPHSCCLS 3920 LEVEMKTHLRDLLLYVNEAWQVSYEFQESRQLDEVRREKAVRKEAEAATEDEAALVSVALQEGGFLEAEEGTRRRQADRE 4000 ATERVLEIQDSEKEDDGGSAGEASQVEECVEVQDASTSAEKLARKPLSPLPGDSLVRNKRERSEEPEPVDVLTDGEEQEE 4080 LAQSDQKKSRFATTHPTSQGLCSLLRGDGKCDNGTENRRKTAGRNMPARRSDNLTQERELRRPQDTRAGRNQRGNRQHAS 4160 LLEDPGPKTGVPGQPDTTGCFIHQQLHSSTGNMRQDRTPTETIVLLDDDEDDRAAPSR 4240 ................................................................................ 80 ................................................................................ 160 ................................................................................ 240 ................................................................................ 320 ................................................................................ 400 ................................................................................ 480 ................................................................................ 560 ................................................................................ 640 ................................................................................ 720 ................................................................................ 800 ................................................................................ 880 ................................................................................ 960 ................................................................................ 1040 ................................................................................ 1120 ................................................................................ 1200 ................................................................................ 1280 ................................................................................ 1360 ................................................................................ 1440 ................................................................................ 1520 ................................................................................ 1600 ................................................................................ 1680 ................................................................................ 1760 ................................................................................ 1840 ................................................................................ 1920 ................................................................................ 2000 ................................................................................ 2080 ................................................................................ 2160 ................................................................................ 2240 ................................................................................ 2320 ................................................................................ 2400 ................................................................................ 2480 ................................................................................ 2560 ................................................................................ 2640 ................................................................................ 2720 ................................................................................ 2800 ................................................................................ 2880 ................................................................................ 2960 ................................................................................ 3040 ................................................................................ 3120 ................................................................................ 3200 ................................................................................ 3280 ................................................................................ 3360 ................................................................................ 3440 ................................................................................ 3520 ................................................................................ 3600 ................................................................................ 3680 ................................................................................ 3760 ................................................................................ 3840 ................................................................................ 3920 ................................................................................ 4000 ................................................................................ 4080 ................................................................................ 4160 .......................................................... 4240 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 0

  • Fasta :-

    >TGME49_255180 ATGGATGAACTTGGGGACTCCGTTCTCCAACAAGATGCAGCGGCCCCCGCTTCGTCCACT TTTGCGCGCTGCGACCAGACAGCGACGGGAAGAGAGCCCTCTCTCTCTGCATCCGTGCTG CAAGGATCCCCTCAGAGAACAGGAGTGGACATTTCCAGAAGATGGGCATCAGAAAGTCCA CTCGCCTCTTCTTCCGCCGCGACGCTGTCGCTCTGTCCTGTTGACCAGATCAGGAAAACA AGCAAACGGACTGGTTCTTCCCGAGGCGACGATAGGGTCGAACGGTCAGTTCAGGAATCC GCTTGGACTCCTTGTTCGGAGAAAAGTGAAGCCTCAGGTGCTGCGCATGCAGGCTCACGC TCTCGGCACTCCCCCATCTGTTCTGTCGTGTTCACTTCTCCGCCAGCTGCAGTTGCTCCA CCCTCCAAGGCGTCTGCTGCGTCGGCTGTTTCTGGTCTGTGCCTCCAGCCGGAGGGGTCG ACACCCGAGAGACTAAGAGTCGCGCAGGGAGCTGCTCCAAAGGTCTCGCCTCTAGAGGAT GGAATTCCAGTGGCGACCGTGAAGCTAGCAGGGCTCGAGACGTGCCGTACTGACCATCCC CACTCGCCTGCTGCTCCTCAGCTCGCTCCTCAGCATCAGGCGCCATCCGAAGAGCTCAAT GTATCTGCGAGATTGCACACGGAAACACGCATCCAGGCGAACGACATTTCTGTCTCGCAT GCGTCCGCTTCGGGGAGCCTACCTCCACTGCCTTCTGTCGCGTTTTTTCTACACCGTGCG GCAAGCACATGCGCTCTTGCTTCGCATGCATCTTCGTCAGACGACGGCAGTGCTGCACGG CCGTCTGTGCAAGGAATCTGTGGCCCTGAGAAGCCTAACGCCCGGCAGACGGGGTCGTCT GAACACGAGCTCTCTCCTTCTATCTCGTCTACATTATCTGTTTCGAATTCGGGTGCTTTG TCTCCGAGGAGATCGAGAGGTTGTACAGCCTTTGGTCAAACCGGGACCTTTATCTCGCCG CCGACTGCCTGCTCTTCGCGTCTTTCACCTCGCGGCGGTCGACAAGAGAGGCAGCTGGCT GGGACGAAAGGCGAGCTCACAGAAATGGAGGCAGCGTTTGGAGCTGAGACGAAGACAGAG AGGGAGAGAGTGAGCGCGAGAGGGACCGAGAGGGAACTGGAATTCGGCGACAAGCCAATG GAGATGACGCAAGAGAGCTGGCGAGTCGAGAGCGGAGATGTTGAAGAGCGCGACTCGGGG GTCGAAAGCGATTTGTCGGGAGATGCACGTCAGAAAGGTGAGAAGACTGCAGCGGTGGCT ACAGAGGTCCACCCGATGCAGACAGACGCAGCTCCACGGCTTGGCGGAGGAACACGGCAG CTGCATCAAGAGGGACAGCATGTTATGTCTTCTGGGGAATGCCTCGCGGGCTTACTATGG CCCAGAGACCAGCTGAGTCTATCCGTCACCGCGTCGCGAACGGCCCGAGTTTCCTCAACG CACCAGAAAGAAAGCCTAGGCGAGGCAAGAGAAGAGAAACCCAGTGGACCTGATACTCTT CAGCCGACCTCGAAGGAAGGCTTCTCACAAACAGCGCAGGACTCGGAACAGCTGTCTCCG GTTCACGTCGCCCCTTCTTCTCTGTCGGAGCAGTGCTGCCTCGGGGACCTGCTGTTTATG TATAACCTCCGGCACAGTTTTGCGGTGCCTCGAGAGAGCCAGCAAGACGCGCACCCAATG TCTGTTTTCGGCCTGGGGGAGTTCAAGACGGGCGTGTGGGGCAAGGGGGGACAGGGTGGC CCCGGCGGGGGCGCTGGCGGCGCTTCTGGGCCTGGAGCCTCAGGCATCGGGAAGAAGAAG AACGAGAACGCTTACTCCCTTCAGAGAGAGTTGCAGCAACAGCAAATGGCCGTTCGCTGG CTGCTTAGTGTCACGGGAAATGGATCGTCAGAGACATCCGCCACTGGGGCGCTGCCTCGC CGAAGCCGACTGGCAAGAATGTCTCCAGTGTCGAAGGCGTTCGGCGCAGTCTCAGCAAAG CACGAGCCTGCCGGGCAGGCGGCCTCTGCTTTGTTTTCAGGTTCCTCTTCCTCCGCATCT GCAGTTACGTCTGCGCCAGGCCTCCCTGGTGATCAACGAGGACCAGAGGCTTGCGAATCT ACGATGAAAAGAGAAAGAGCGGCTTGCGAAGATTCAGGAGGGGTTCCCTCTGTTTCCTCT CACGGTCGGACAGGATGGGAGCAGAAAAGCGAGCAGGCAGCGATCCTGGGCGCCACGGGG CTGCGGAAGTGCCGGTACGTCGGACTGGAGAATTTAGGTGCAACGTGCTACTTGAACGTG TATCTACAGACGCTGTTCATGAATGTGCACTTCCGGGACTTCCTCCTTTCGCTTCCCACG CTCCGTGAACTTGAAGAAATGGAGAGACAAAGACCCGCGGAGGCCAGTCGCCTTTCGCTC GCGCCCAGCACCCCAGAAACACACTCCCAGGTGCTGGCTAGACAGCCGAGAGAAGGACGG ACGAGGCAGTACAGCCGGGGGGCGGAAGATAAGAAGTCCCAGGCTGAGGAAAGCGACGAG ACTGGAAGCCGCGACGCTGAGACGGCGGATGGTGAATTCCCAGAGAGTCCTGAGCCCAGA TGCAAGATTGAAGAGAGAGAGACTCACATGAAACAGGACGCAGAGGAAAGAGGGAGACCA CAGGTAAAGGAGGAAAGTCCGAAAGAATCGACAGGGGCCCGCACTGAAAAGACGGCGCTC GTGCCGAAAGAGAATCCCCCCGAAGCCGAACGACTCGACGTCGCTCCTCCCTCGGCAACT TCTTCCGTTCCGGAACCCTTCACTCCCGTTTTCTCAGCGTCCTCTCCTGCCTGTCTCACG CATGGGGGCGGCCGCGCCGAGGCGGTAGACCAGGAAAACCAGGCCGACAGTCGCGCCAGG TGGTGCAACTGGCGGGAGAAGGTCAAGGGCCAAGATGTGTGCACCGTGTTGTGTAGCCAG CGGTACTCTCTGATATCTTCTCTTCAGACGATTTTCGCCAAGCTGCAGGAAGGAATCCAG GCGGCAGTTCGGCCGTCCGTCGTTGCAGATCTCCTTGCAGAGGACCTGTCCTACCAGGAG GACGCGAACGAGCTGCAGCATCGTCTCTTCGAGCTGTTAGAGAGCGAACTCGGCGGGCGA GAAAGTCCTCTTGACTTCCTCAGGGTCCTGTTTGGGGGCCGTTCCAGGCAGACAGTCAAG TGCAGCCACTGCATGTACAGCGGCAACAAGGAGGAGTACTTCTTTCAACTTAACTGTTGC CACAAGAAGTCCCACCAGTCTGGCAAACACGAACCTGGAGACCGGAACAGTCGAAACTCC CCGGAAGAGACCGAAGCGTCGAGGTCTCCTTCTCTTCCGCTATCTTCGTCGCCTTTCAGC CCGGAAGGAGACCTCGCATCGCAGGAAGCTGACGACAGCCGCGCGGTGACCTCGCCCAAA CAGGTCGCGGCTTCCACCTCGTCTCGCTGCGGCCCCTGTCCTTTGTCATCTCTACCTGCT AGCCAGGGGGAGTCTCTCTCTTCCTCTCAAGAAGACAGCACGTGTGCGCCAGCGTCAGGT CCCGTCGACAGTGACGTAGCGGCTGTCTCAACTTCTCGTCCTGAGCAGAGCGAAAGCAAG AGGCACGGCCGAAGAGGCAAACGAGGCCCCCAGCGGGGCGCTGCCGCGTCAGCGCACACT GGCGCAGGGGGACAGCAAGGTGGGACGCAGGGCACTGCCGGCGGTAGGAGGCGAGAAGGA CGAGACAGTTGTGAACGCAAGGGAGAAGCGAGTTCGACTTCAGCTCGAGGTCCCGGAAGA AAAGGTGTGAGTGCTGGGCAAGGACGGCGACCAGTTGACGAGAACAAAGGCGGTTGGAAA CTCGAGGAAGACATGGCGCGGCAGTATCAGAGAACGGAGAACCTCCGCGGCGATTCAGAG TACTTCTGTCCTCAGTGTGGAGAAAAGCGGGAGGCAAAGAAACGCAGTCAACTTTCACTT CTTCCGCCGTATCTGCAGCTGGTTGTTCTTCGTTACAGCATCGACGTGAAGAAGCAGACA GGCGAGTGGGTGAGGAGGAAAATTCATGAGGCGCTGGAGATCCCTCTCGTCATGGATGTT CGTGGCTGCTGCACGGACGACTGCCAAATAGGGCATCTCGACGGCACCCTCTCCTCTTTA AGGGACGCTTCTCATGCGGCTCACCAGTACCATCTGTTTGGCATTCTCGAACACCAAGGC GCGTCCGCCACGTCGGGGCATTACGTAGCCATTACAAGAGACCTGCGAGAAAGGGCAGCC GGAAGAAGCGAGTGCGCGGACGCGGCATCAGTCGATGACTCCAAGAAAACGTTTCTTGCT TCGTCTCTTTCGGATGGAGATGCTTCTGCGTCTCTCAGTCAGACGACTGAGGCCGCCTCG CCACTCCTTCCGCAAGACGATGGAGATCGCGTTCAAGGTTGCGTGTCTGTTGGAGACTGG CGAGAGGCGGCCCCTTTGGGAGAGGGGACATTACCAAGACAATTGGCTCCTTCTGGCTTG GAGTTCCTTGGTTCCCCTCGGGTGTGCCCAGGTCGCGGCGGTGAAGGCGGCGCACAGAAA GTGAAAGCATGTGCACTGCCCGCTGAGGGAGAACGGCGATCAGACGAAGACCGCCGACGC TCGAACGCTGACCGGATATGTTACGCAGGAGGTCCGGAAGGGAAAGATGCTTGCGGAAAA GAAGCCGAGGGGCCATCGTTTAGTGTTGATAGTCCGCAACAGGCGCCAGGGAAGTTGGTT CCAGCGAAAGGTTTTGAAGGAGACGAAGGCAGAGATGTTACGATTGCTTCTTCCACTGTG GAGCGTGATTTATCATCTCAATCGGTCTCGCCTCCACGCAGAGGGACGAGTGCGTCGAGG AGGAAGGGGAGTCTGCGGGAAGGTTACGGAAGTCCTCCTTTTCTTGAGCCGACAAAGGGC TTCCCTGGAGTCGCGACTGCGGCCGTCCTCCTTGGCGACGCTGACGCCACAACTTCGCCT ATCACGAGAGACAGAGACGCTTTTGTATTCAGAGACCCAAGTCCTTTTGCATCTCCTCGC CCTCGCTGGTCTGCGCCTTTGAATGGACCGAACGAGACGGCACCAGAGCCAAACTCCGTG ACAGTTGTGGTAGACGTGGATGCGTCTTCCCCGTCCCTCACCGTGTCAGCTGGCTCTTCC TCTTGCAGCAGCGGTCTTGCTTCGTTTCCCCATCGTTCCTTGACACCTCGCCTTTGCTCG TTCCCTCACCCGTCCACCTCAGTTGAAAAAACAGTTGATAAAGATTATTTGAGGTCAGGC TTCGCGGCGGCAACTGATGCCTGCTCGGCGGAGACGTCGAGCGCCCCTGGACCTGGTGCA TTGCCAAACTTCCCAACTCACGCCTCACCGTCTTCTTCTATTTTGTCTTGTGGGCTGAAT TCCTCGCCTGCGGACAGTTCTACGTCCCCAAGCTTGAAGCCCTATGACGGAGCCGGGGAG ACTACGAACGAAGACGCTTGCGTGGAAGTCTGTGAAGAGCCGTTTTTGACGCATACTCCC CAGGCGGAGAAAAGCCGCGGGAGGAGCCAAGCCGAGGCTCTGGATGCTAGCACTCTGTCT CCGACAACAGTGACGCAGAAAGACCTTTTTTCGCTCGAGTTTAAGTCTCCCCGATCGCGT CATGCCGCCCTGGGGCGTCTCTCGACGTGGGTGGCGGCCCCGGAACCCAATGCGGTCGAA GCCAGAGAGAGCGGCCGCGGAGACAGGAAGCGGGTTGAGGCGCTGGAGGCGCAGAAAGGA TCCTGCGGCCCGAAGAAAAAGGGCAATGCCTCGTTGACGCAGCGCACCCTTGACCAGTAT GTCGGGAGGACCAGAGCGCAGGTTCGGGGTCGAGACACAGGCTGCACTGCGAGGAAAGGA GGCTCTTCACCATGCGTTTCCACCGCCTCGCCGCCACGCCTTGCCTCATCACCTCCGGGG GGCGCGGCGACTTGCTGGTCTCGCGAGTCCCCCGACAAGAAACGGCGGAAGCGAGAGGCG GAGCGAGGCAGGGAGGAACAGACGAAGCGAAAAGCAGACCAGCTGCAGAGGTGTACTGGA CGGGACTGCACGCAGGCGGTTGGCGATCGACAGAGCCGGAGCGGAGGGAAGAAGGAGAAG CAAGGAGGAGAGAACAGCGTCTCTCTCGTCGTGGTGGAAACACCGGAAGAGGAGGACGAC GATACCGACGTCGAGGAGGAATTTGTCATTCTTGCCTCGCCGTTTCAACACGAGGCCTCC AGGCAGTCTGCGCACGAGACAAGGCACGAGAACGGGTCGTCGCAGGTTGCAGAGGCGGAC GAGTTCTATCAAGGAAAGGAACCCCAAATGAAGACAGCACTCAACAAGTTGACGACTCGG AGTCTAGCCGTAGACGATGATCTGGAGGAAATCCCTGAAGTGATCCTCGGTGCCGGTCTC CCGGCGGAGAAGAAACAACCTTTCGGTGTTCAACCGGAGCCCAGTGACAACGCAGACAAA GGACGGAGCACCTCAGACGTTGTGGAGACGAAGGCAGCTCCTCAAACGGCGGCAACGCGA TGGTCCTGGGTGCGTTTCGACGACAGCGAAGTGCGTCCCTTTCCCTTGCCGCGCCCAAGT TCTTCAGACCTGGATTCGTCAGCGCCCCGGTCCTCTTCTGAAGGCTCGCCTCGTTACCAA ACACCTCCGGGGGGTTGCGTCGTGTCCTCGGTTGCTGCCGCTTCTGGCGCATCGGCCTCC TCGTCTTTGTCTTGCTCTCTTCTGGCAGAGGAAGGAGAGTGGCGACGTGCAACGCCAGAA GCCGAGCGAGTGGGGGCTACCAGCAGGGCGCCGGTGGGACGCTCCTTTTCCGCTGGGCCG CTCCGGATCTACAGCCGCACAGTCTACATGGTCACCTACATCAGGGCTGATCTAACTGCA GAGGAGACAGACATGCCGCTCCCTCGTGAGCTACAGGACTTCATTGATGAAGAGAATGAA CGAATCTGCGAAGAGCAAGAAACTCTGTCCATGCGACAGCAGACCCTCTTGGCTTACGTG CAGCAACGGCAGGCAGCGCTCCAGCAGCTTCTCCGTCACGCCTTGCCCTCAGCGTTGAAG GAGTTGGAGCAGCAGAGACTAGAACGGGTTCAGAAGGAGGCGCTGCACGGTGAGGTGGTT CGCGCACGACTTCCTTCTCCTGTGTGTGAGAGGAATTTGGTGAATATCCAGCAGCGGCTG TCTCTGCTGCCGCAGCTGCGACAGCTGTCCTTCATTCCGCGGTCCTGGTGGCAACAGTTT GTTCGTGGCATTGACTACCCGACGATGTCGACGTCTCTGCCGCCTTCGCTTCTCCCGAGA AGAGATAGCAACAATCGTAACGGGATCTGCATGGTTCCTCTCACCAAGGCTGAGAACGGA GACGGCAACAGGCCAGCGAGAAAGAGGAAGAAAAACAATGCAGAGCAACGAGGCGCGGCA GGCAGCAGCCGAGAAAAGAGCGAGGACGAGCTAAGGGAAAGGGGGCGACTTGGAGCTCCA GGTGAAGAGCACGCGACGGCTGGAGAGAGTGAACTCGAGGGGAGTGCAAATGCTGGCGCG AAGAAAGAAGCGAAAGAAGAGGATTTGAGAGGATTGAGCATATGCGAGGTTCTGGAAGGG GAGACGCGTGAAGGTAGGCAGCAAAGCCGTAGCGCCATGAAGAGCGAGGAAGCAGCGATA TCAGGGCATCGACAGCAATGGCTCCAGACATCAGGCGGTGGACGGGACGCTTACAGCCGA GCTGCAAATGCCCAGGAAGAGGTGAAGGCTTATCGCCAGCTAGAGCAGTCTTATGCCGAC GGTGGAACGACGAGCGAGGAGACACGAGAAGGTCGCGATGGCGACGCCACTTCGCCAGCC TGTCGCTCTGAGAATGACAAGGAGAAGGGCGTCATCGATTACTCAAGCATCCTCTGTCCC CATTATCGCAACGCGCTTGCGGCTTCCATCTCATGCTCGCCTGCCGCTGCCGGAACCGTG GTGTCGCCACAAGATGCCTTGGTCACATCCTCGCTTTCCATGCCTGCTCTTCCGTTAAAC GCGTCCTCTTTCCACGAAGCACACCGGCCTTGGATCTTCAACTCCATCAGCGAACCAGAT GAAGAGAAGCTGCTCGCAGAGCCGTCTTACCCCATCGAGAAGCTTTTGCGTGTCACGGAT TTTTGTGGCGAGCGTGGAGTGGATCCTCTCTCGATTTGGACCGGGGAGGCGAAGGCTATT CCCACTGCGCTTTTCTCGGACCTCCTTGCGGCTTCGGCCCTTCGGCCTTCCATCCCGGAT CCGTCGTTGCTTCCGAATCTCTGCAGCGTCTGCAGCGCGGCTCTCAGCGGCCTTGTTGAC TTTTACTCTGAGCAACATCGCTCCATCGAAGCCATTCTCGAGGCGCTAAAGAGACAGAAA ACGATTCCAACGGTCTGCGAGGAGACGCCGGTCTCTCCGGAGCTTGTCGAGTCCTCCTCT GCATGCGCGATTCCAAGTTCAACAGCGAATCTTTCAAGTCCGCCAAAAGAAGTGACTGTC TCATCTACGGCCAACGGCGAAGCAGATAGAGCCGAGGGTGTGCACCTGCAGTTCGTTCAC GCTGGGGGGGACGGGGACACTGCGCCTGCTCGTTCCGAGTCAAGTCAGGAAACGGAGAAG AACCAGGAAGAGACAATCCATGCAGAGGTTCTGCCTTCTATCGTGGTGCCTTTACCGTCT CCTGACGACGTGCATCTGCGGTCTTCGTCTCAAGAACCTTCTGCCTCGTCTGTCGCGCCT GGCGACCAGCAGCAAGGTGGTGAGAAAGAGGAAACCCAAGGAGGCAGACAGATTAGCTGC GTTGCCAGCCCGTGTGGCGTAGGTGCTCTGTCGCCGATCGTCTGCGCAGGCGTCGACGAG GTTCCCGATTCTTCGAAGGTGGCGCCTGTCCAAGACGCGGAAGGAAACCGCCAAGTCTCT GTCTCTTCTTCCCAAAGCAGAGTTGAGGGGAGTGGTCCGGATAGCGGCGACAACCAGCGC CTGGAGACTGAGGAGCCTTTGTCTCCTCGGATTTTGAATGAACACGAGACGCCTGCGACG GATCTTCTAGGGTGCTGCATTCCGTCTGCGTCTCTCTCTTCTTCGCCACGAGCCGCCGTC CCCGCCTTGAATCCGTGGGTTCTCGAACATACGGCGACGCTTCCAGAGTTTATTTACGTC TCGCGTCGGCCCCTTCAGAGGGCGTTTTCCCTGCACTCGTGTTTCCTCACACTCTGCACG CTTCCCACAGCCTCCTCACCTGCGTCGATTCCTTTCTCGGCGTTGCTGCCTTCTTCGTCG AGTCCTCAGTCGCGAGAGTTGAAGGTGTTGCGGGCAAAAATGAAGCGAGAGGGAAAAGAC AGCAGAGAGAAATATCTCTCTTGGCTTACCCTCAGCGACGTGCGTCGCGAAGTGACTCTC GGACGAAAGCTGCCACAGGGCGACTCCGATCCAAGCAGGGGAGTGAAGCCCCCGAAGAAG GACGCCAGGAAGGATGGCGACTGGGAGCGGGCAGAGGAGGGAATCGAAGAGGGGGAAGCC AGCGATGGCGACGGGACAAACGACGGAAGGAGAAGGCGAAGAAAGAAGGTCGAGGACGAG GAACAGGGCGAGGAACAGGTCTGCGGGGACGAAGACGTGGAGGATGTCAACATGGATGAC GAAGGGGAGGAGTCGGCTTCTTTAGGGTCTTTGTTGCATGCAGAAGACGAGGGAAACGCG ACGAAAAAAACGAGAGTCACACGCGCAAGGAAAGCCGTGTCTTCTCCCCCTGGGGCGAAT CGCAAGGCGGTGGCGCACACACTGCATCGGGCGACAAGTCGGCCGCGCAGCGACCATAAG CAGGAAGAGAACGAAGACTTGGAGGAGGAAGAAGGAAACACAGAGGAGGGTCAGGGGAAC AGTCAGGATGCGCACACCGGTCGCGACAATGTCTTCGACTTCGCCTCAGATCTCCTCTGC TGCCACCAAAAACTCCGTATTCAAGGAGCCGTTGGAAAAAGCAACAAACTTCAGCGTTTC TTGGTAAATAAAGTGCCGACGGCCGCGATTTTGAACTTTCTGTATTTCGAAAGAGAGAAG GCCGTCCTGTACCGGGAACTGGGAATTGCGAATCCTGTTACCTTCGACTGTTCGACGTTC GTCAGCCAATACGCTCAGGAGTGCTCGATCTGCCTTACGGAGCAACAGGCGGAGCAGCAA CGGAGACAGGTGTGGCGGGACAAAAGGAACGAAGAGTCAAAGGCCTTGGGGCAGATCATT GGAAAGCGATGGCGGCTGAGGAAGGAAACGGGGCCGGCCAGCAGACTGGCTACGCCCCTG CCGAAGAAGGGCCGGTTCTTTTTTGTCAGCACAGAGTGGCGGCACCAGTGGCTCTCCTAC GTTGCTTCGGGGTGCGAGACAGAGGGTGTCACGAGTAAACCTCCTCCACTGCTCAATTCT TCGCTGCTCTGCGACTGCCCGACTCGTGGCCTCAAGGTCGACCCGACAGACACGCTTCTT TCTCCAACCTTTTTGGCGGATCCTCCGGAGAGTGAAACCGACACTTACATCCTCGTTCAC GAAGACGACGTTGACTTGCTGGAGCGGTTCGGCCTGACGGGTTTCAAGACGGCAGAGAAC CTGTCGATGTGTGTGGAGGTCAAGCATATTCCTGGGGAGATTGCGAGCTCGTTGCTGCCT CCGTCGTCTTCCCCGTCTTCAAGGCTGGCTGCGTCGCCCTGCTTTGCCGGCCCGGTCCCT GCCTTTTTCTTCCCCTCTCTCGCCCCGTGCTCTGCATGCGTCCGTACCCACCGCATCGAG CAAGGCTTCTACGATTTCCCTCCAGTAGACCTCTCGTTCCACCTTCGTCAGAACAGATGG AATGGAGACGCCCCGGAGGTGAAGAGCGAACCGGAGACCGTGCGCGAGGCTGGGCCAGGG CGAGGCAGGGGCAACACAGGAAACGGCGGTCGAAGACAAGCGAGTAGTCGCGTGCTCGGG CAGAAGAAAATTACCGTTCGTGTCAGTGGCGAAACAGAGATTGCGTCGCTCCTGGCGCAT GTCGTCGCGAGCATGACGGAGGCAGAGGAGACGAAAGAAACGACAGTATACCTGGAAGGG CCGCCTCGGCATGTCTTCTACTTCTCTCCAAAGTCTTCGTGTCTCTCCGTGTCCATACCC GACGCGGGACCTACTGCCTCGCCTCCTAATCGTTCTGTGTATCCTTCGACATCTCCGACC ACCACAGATACGCTCCCGCGCACGGCTCCAAGTCTGATCTGTAACGCCGCTGCAGCGCAT TCACCTCCCGCCGCCCCTCGTCGTTATTCAGGTCACCGGGAAGAGGGGAAGGACACTCAA CTTCTAGGCGATCTGTGTGACGGGCGGGCGGTTACTCGTCCCCTTTGCTTGTCGCCGTCA GGAGCAAGACAGAAGGAGCGTCACGAGAATCGAGAAGCATGCGACGTGCTCTGCCTGGAG CGTACTGAAAGGGCCACAACGGAAAATGAGGCGGAGCCAAGAGGAGAACGCGAATCACAG AGCCAAGCAGAGATATCCACGCGTCCTTTGGTTTCGTTTGTCGACGAGGAGGTAGGGAAG GCAGTTAAGGCGGACGCGTCCGGCACGCGTGTACGGCTGCCCGAAGAAACATACACAGGG AGCGAGCACAGCGGGATTACCCTGCGCGCTGTTTCTCTTCCCCATTCGTGCTGTCTCTCG CTGGAGGTGGAAATGAAGACACATCTCCGCGATCTCCTTCTGTATGTCAATGAGGCTTGG CAGGTGTCCTACGAATTCCAGGAGAGCAGACAGCTGGACGAGGTGAGGCGGGAGAAGGCA GTGAGAAAGGAAGCAGAGGCGGCGACAGAGGACGAGGCGGCACTCGTCTCCGTCGCCCTG CAGGAGGGGGGCTTTTTGGAGGCCGAGGAGGGAACGCGTCGAAGACAGGCTGATCGCGAA GCGACAGAGAGAGTGTTGGAAATCCAAGATTCTGAAAAAGAAGATGACGGCGGATCCGCG GGGGAGGCGTCGCAGGTGGAAGAGTGTGTTGAGGTTCAAGATGCATCGACGAGCGCTGAG AAGCTGGCACGCAAGCCGCTTTCACCACTGCCGGGAGACTCTCTTGTCAGAAACAAACGA GAGAGATCAGAGGAACCCGAACCCGTTGACGTCCTGACGGACGGTGAGGAGCAAGAAGAG CTAGCACAGTCAGACCAGAAGAAAAGTCGTTTTGCCACAACTCACCCCACCAGTCAGGGA CTCTGCTCGCTTCTGCGGGGAGATGGCAAGTGCGACAACGGGACAGAAAACAGGAGAAAG ACAGCAGGAAGAAACATGCCAGCCCGCAGGAGCGACAACTTGACTCAAGAACGTGAGCTG CGGAGACCCCAGGACACACGCGCCGGGCGAAACCAGAGGGGCAACAGGCAGCACGCTTCG TTACTTGAAGACCCTGGTCCGAAAACAGGAGTCCCGGGACAGCCGGATACCACCGGATGC TTTATACATCAGCAGCTTCACAGCTCGACTGGAAATATGAGGCAGGACCGTACACCAACA GAGACTATCGTGCTCCTTGATGATGACGAGGATGATCGAGCAGCACCGTCTCGCTGA
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    MDELGDSVLQQDAAAPASSTFARCDQTATGREPSLSASVLQGSPQRTGVDISRRWASESP LASSSAATLSLCPVDQIRKTSKRTGSSRGDDRVERSVQESAWTPCSEKSEASGAAHAGSR SRHSPICSVVFTSPPAAVAPPSKASAASAVSGLCLQPEGSTPERLRVAQGAAPKVSPLED GIPVATVKLAGLETCRTDHPHSPAAPQLAPQHQAPSEELNVSARLHTETRIQANDISVSH ASASGSLPPLPSVAFFLHRAASTCALASHASSSDDGSAARPSVQGICGPEKPNARQTGSS EHELSPSISSTLSVSNSGALSPRRSRGCTAFGQTGTFISPPTACSSRLSPRGGRQERQLA GTKGELTEMEAAFGAETKTERERVSARGTERELEFGDKPMEMTQESWRVESGDVEERDSG VESDLSGDARQKGEKTAAVATEVHPMQTDAAPRLGGGTRQLHQEGQHVMSSGECLAGLLW PRDQLSLSVTASRTARVSSTHQKESLGEAREEKPSGPDTLQPTSKEGFSQTAQDSEQLSP VHVAPSSLSEQCCLGDLLFMYNLRHSFAVPRESQQDAHPMSVFGLGEFKTGVWGKGGQGG PGGGAGGASGPGASGIGKKKNENAYSLQRELQQQQMAVRWLLSVTGNGSSETSATGALPR RSRLARMSPVSKAFGAVSAKHEPAGQAASALFSGSSSSASAVTSAPGLPGDQRGPEACES TMKRERAACEDSGGVPSVSSHGRTGWEQKSEQAAILGATGLRKCRYVGLENLGATCYLNV YLQTLFMNVHFRDFLLSLPTLRELEEMERQRPAEASRLSLAPSTPETHSQVLARQPREGR TRQYSRGAEDKKSQAEESDETGSRDAETADGEFPESPEPRCKIEERETHMKQDAEERGRP QVKEESPKESTGARTEKTALVPKENPPEAERLDVAPPSATSSVPEPFTPVFSASSPACLT HGGGRAEAVDQENQADSRARWCNWREKVKGQDVCTVLCSQRYSLISSLQTIFAKLQEGIQ AAVRPSVVADLLAEDLSYQEDANELQHRLFELLESELGGRESPLDFLRVLFGGRSRQTVK CSHCMYSGNKEEYFFQLNCCHKKSHQSGKHEPGDRNSRNSPEETEASRSPSLPLSSSPFS PEGDLASQEADDSRAVTSPKQVAASTSSRCGPCPLSSLPASQGESLSSSQEDSTCAPASG PVDSDVAAVSTSRPEQSESKRHGRRGKRGPQRGAAASAHTGAGGQQGGTQGTAGGRRREG RDSCERKGEASSTSARGPGRKGVSAGQGRRPVDENKGGWKLEEDMARQYQRTENLRGDSE YFCPQCGEKREAKKRSQLSLLPPYLQLVVLRYSIDVKKQTGEWVRRKIHEALEIPLVMDV RGCCTDDCQIGHLDGTLSSLRDASHAAHQYHLFGILEHQGASATSGHYVAITRDLRERAA GRSECADAASVDDSKKTFLASSLSDGDASASLSQTTEAASPLLPQDDGDRVQGCVSVGDW REAAPLGEGTLPRQLAPSGLEFLGSPRVCPGRGGEGGAQKVKACALPAEGERRSDEDRRR SNADRICYAGGPEGKDACGKEAEGPSFSVDSPQQAPGKLVPAKGFEGDEGRDVTIASSTV ERDLSSQSVSPPRRGTSASRRKGSLREGYGSPPFLEPTKGFPGVATAAVLLGDADATTSP ITRDRDAFVFRDPSPFASPRPRWSAPLNGPNETAPEPNSVTVVVDVDASSPSLTVSAGSS SCSSGLASFPHRSLTPRLCSFPHPSTSVEKTVDKDYLRSGFAAATDACSAETSSAPGPGA LPNFPTHASPSSSILSCGLNSSPADSSTSPSLKPYDGAGETTNEDACVEVCEEPFLTHTP QAEKSRGRSQAEALDASTLSPTTVTQKDLFSLEFKSPRSRHAALGRLSTWVAAPEPNAVE ARESGRGDRKRVEALEAQKGSCGPKKKGNASLTQRTLDQYVGRTRAQVRGRDTGCTARKG GSSPCVSTASPPRLASSPPGGAATCWSRESPDKKRRKREAERGREEQTKRKADQLQRCTG RDCTQAVGDRQSRSGGKKEKQGGENSVSLVVVETPEEEDDDTDVEEEFVILASPFQHEAS RQSAHETRHENGSSQVAEADEFYQGKEPQMKTALNKLTTRSLAVDDDLEEIPEVILGAGL PAEKKQPFGVQPEPSDNADKGRSTSDVVETKAAPQTAATRWSWVRFDDSEVRPFPLPRPS SSDLDSSAPRSSSEGSPRYQTPPGGCVVSSVAAASGASASSSLSCSLLAEEGEWRRATPE AERVGATSRAPVGRSFSAGPLRIYSRTVYMVTYIRADLTAEETDMPLPRELQDFIDEENE RICEEQETLSMRQQTLLAYVQQRQAALQQLLRHALPSALKELEQQRLERVQKEALHGEVV RARLPSPVCERNLVNIQQRLSLLPQLRQLSFIPRSWWQQFVRGIDYPTMSTSLPPSLLPR RDSNNRNGICMVPLTKAENGDGNRPARKRKKNNAEQRGAAGSSREKSEDELRERGRLGAP GEEHATAGESELEGSANAGAKKEAKEEDLRGLSICEVLEGETREGRQQSRSAMKSEEAAI SGHRQQWLQTSGGGRDAYSRAANAQEEVKAYRQLEQSYADGGTTSEETREGRDGDATSPA CRSENDKEKGVIDYSSILCPHYRNALAASISCSPAAAGTVVSPQDALVTSSLSMPALPLN ASSFHEAHRPWIFNSISEPDEEKLLAEPSYPIEKLLRVTDFCGERGVDPLSIWTGEAKAI PTALFSDLLAASALRPSIPDPSLLPNLCSVCSAALSGLVDFYSEQHRSIEAILEALKRQK TIPTVCEETPVSPELVESSSACAIPSSTANLSSPPKEVTVSSTANGEADRAEGVHLQFVH AGGDGDTAPARSESSQETEKNQEETIHAEVLPSIVVPLPSPDDVHLRSSSQEPSASSVAP GDQQQGGEKEETQGGRQISCVASPCGVGALSPIVCAGVDEVPDSSKVAPVQDAEGNRQVS VSSSQSRVEGSGPDSGDNQRLETEEPLSPRILNEHETPATDLLGCCIPSASLSSSPRAAV PALNPWVLEHTATLPEFIYVSRRPLQRAFSLHSCFLTLCTLPTASSPASIPFSALLPSSS SPQSRELKVLRAKMKREGKDSREKYLSWLTLSDVRREVTLGRKLPQGDSDPSRGVKPPKK DARKDGDWERAEEGIEEGEASDGDGTNDGRRRRRKKVEDEEQGEEQVCGDEDVEDVNMDD EGEESASLGSLLHAEDEGNATKKTRVTRARKAVSSPPGANRKAVAHTLHRATSRPRSDHK QEENEDLEEEEGNTEEGQGNSQDAHTGRDNVFDFASDLLCCHQKLRIQGAVGKSNKLQRF LVNKVPTAAILNFLYFEREKAVLYRELGIANPVTFDCSTFVSQYAQECSICLTEQQAEQQ RRQVWRDKRNEESKALGQIIGKRWRLRKETGPASRLATPLPKKGRFFFVSTEWRHQWLSY VASGCETEGVTSKPPPLLNSSLLCDCPTRGLKVDPTDTLLSPTFLADPPESETDTYILVH EDDVDLLERFGLTGFKTAENLSMCVEVKHIPGEIASSLLPPSSSPSSRLAASPCFAGPVP AFFFPSLAPCSACVRTHRIEQGFYDFPPVDLSFHLRQNRWNGDAPEVKSEPETVREAGPG RGRGNTGNGGRRQASSRVLGQKKITVRVSGETEIASLLAHVVASMTEAEETKETTVYLEG PPRHVFYFSPKSSCLSVSIPDAGPTASPPNRSVYPSTSPTTTDTLPRTAPSLICNAAAAH SPPAAPRRYSGHREEGKDTQLLGDLCDGRAVTRPLCLSPSGARQKERHENREACDVLCLE RTERATTENEAEPRGERESQSQAEISTRPLVSFVDEEVGKAVKADASGTRVRLPEETYTG SEHSGITLRAVSLPHSCCLSLEVEMKTHLRDLLLYVNEAWQVSYEFQESRQLDEVRREKA VRKEAEAATEDEAALVSVALQEGGFLEAEEGTRRRQADREATERVLEIQDSEKEDDGGSA GEASQVEECVEVQDASTSAEKLARKPLSPLPGDSLVRNKRERSEEPEPVDVLTDGEEQEE LAQSDQKKSRFATTHPTSQGLCSLLRGDGKCDNGTENRRKTAGRNMPARRSDNLTQEREL RRPQDTRAGRNQRGNRQHASLLEDPGPKTGVPGQPDTTGCFIHQQLHSSTGNMRQDRTPT ETIVLLDDDEDDRAAPSR

    No Results
No Results
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IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
TGME49_255180124 SRSRHSPICS0.998unspTGME49_2551803002S QVSVSSSQS 0.990 unspTGME49_2551803015S SGPDSGDNQ 0.992 unspTGME49_2551803055S SLSSSPRAA 0.995 unspTGME49_2551803141S EGKDSREKY 0.993 unspTGME49_2551803201S EGEASDGDG 0.992 unspTGME49_2551803293S HRATSRPRS 0.993 unspTGME49_255180124 SRSRHSPICS0.998unspTGME49_2551803002S QVSVSSSQS 0.990 unspTGME49_2551803015S SGPDSGDNQ 0.992 unspTGME49_2551803055S SLSSSPRAA 0.995 unspTGME49_2551803141S EGKDSREKY 0.993 unspTGME49_2551803201S EGEASDGDG 0.992 unspTGME49_2551803293S HRATSRPRS 0.993 unspTGME49_255180124 SRSRHSPICS0.998unspTGME49_2551803002S QVSVSSSQS 0.990 unspTGME49_2551803015S SGPDSGDNQ 0.992 unspTGME49_2551803055S SLSSSPRAA 0.995 unspTGME49_2551803141S EGKDSREKY 0.993 unspTGME49_2551803201S EGEASDGDG 0.992 unspTGME49_2551803293S HRATSRPRS 0.993 unspTGME49_2551803297S SRPRSDHKQ 0.997 unspTGME49_2551803531S DPPESETDT 0.997 unspTGME49_2551803689S TVRVSGETE 0.996 unspTGME49_2551803790S PRRYSGHRE 0.997 unspTGME49_255180272 SSHASSSDDG0.996unspTGME49_2551803859S GERESQSQA 0.996 unspTGME49_2551803872S RPLVSFVDE 0.992 unspTGME49_2551804002T DREATERVL 0.994 unspTGME49_2551804011S EIQDSEKED 0.997 unspTGME49_2551804063S KRERSEEPE 0.995 unspTGME49_255180300 SQTGSSEHEL0.995unspTGME49_255180321 SSGALSPRRS0.997unspTGME49_255180325 SSPRRSRGCT0.992unspTGME49_255180349 SSSRLSPRGG0.998unspTGME49_255180385 SRERVSARGT0.997unspTGME49_255180389 TSARGTEREL0.995unspTGME49_255180419 SEERDSGVES0.998unspTGME49_255180498 STARVSSTHQ0.995unspTGME49_255180505 SHQKESLGEA0.995unspTGME49_255180515 SEEKPSGPDT0.997unspTGME49_255180573 SVPRESQQDA0.997unspTGME49_255180668 SLARMSPVSK0.993unspTGME49_255180845 STRQYSRGAE0.995unspTGME49_255180876 SEFPESPEPR0.993unspTGME49_255180906 SVKEESPKES0.998unspTGME49_2551801062 SGGRESPLDF0.993unspTGME49_2551801120 SNSRNSPEET0.998unspTGME49_2551801140 SSSPFSPEGD0.997unspTGME49_2551801181 SSLPASQGES0.994unspTGME49_2551801189 SSLSSSQEDS0.998unspTGME49_2551801263 SEGRDSCERK0.997unspTGME49_2551801462 SFLASSLSDG0.996unspTGME49_2551801554 SGERRSDEDR0.998unspTGME49_2551801561 SDRRRSNADR0.997unspTGME49_2551801637 SRRGTSASRR0.991unspTGME49_2551801644 SRRKGSLREG0.997unspTGME49_2551801730 SVDASSPSLT0.99unspTGME49_2551801767 SHPSTSVEKT0.994unspTGME49_25518086 SKRTGSSRGD0.996unspTGME49_2551801831 SSTSPSLKPY0.991unspTGME49_2551801869 SSRGRSQAEA0.996unspTGME49_2551801924 SEARESGRGD0.996unspTGME49_2551802028 TREEQTKRKA0.995unspTGME49_2551802103 SASRQSAHET0.997unspTGME49_2551802183 SDKGRSTSDV0.994unspTGME49_2551802220 SLPRPSSSDL0.997unspTGME49_2551802231 SSAPRSSSEG0.996unspTGME49_2551802232 SAPRSSSEGS0.997unspTGME49_2551802233 SPRSSSEGSP0.993unspTGME49_25518087 SRTGSSRGDD0.997unspTGME49_2551802236 SSSEGSPRYQ0.991unspTGME49_2551802278 TWRRATPEAE0.992unspTGME49_2551802406 SARLPSPVCE0.994unspTGME49_2551802507 SSREKSEDEL0.997unspTGME49_2551802575 SSAMKSEEAA0.991unsp

TGME49_055180      



Dinesh Gupta lab Translational bioinformatics group, ICGEB, New Delhi, India