NCLIV_012050 | putative ubiquitin carboxyl-terminal hydrolase

_IDPredictionOTHERSPmTPCS_Position
NCLIV_012050OTHER0.9999000.0000770.000024
No Results

  • Fasta :-

    >NCLIV_012050 MRSRPGGPKNVAAGRLWDFEESHLGAVETVGAFGNGRGALFRMHAEGRSPRQMPSASAEQ QRFWSSFCTAGPGAQLPYNAETHPGHPFAYAAARVPDPSGVDASFVPPQLARADGGNCGS LPDVSAAAYPAFACAAPAPRYEAPPPAGASRAGEDGHSLSHGGAWTTQGGPVYPGDSGTF WFALSRQSAGTGQALPSQAVQGSVSLRDAAAAFGSHPFPGQDTSSEGLSHVPANESTAPP YLSGGAGPAPAFGCSRDPSAGANSGFLPPSQDPSRTCFRQEDAARLFSIAGDSASTTSTR RSREPLSTSRAGPASRDAGSAVSESRRGEEHCQPPSLPFAGTAGGPWDTARAAGHALSGR LGGGGKDGESGVYVHPGESDRGASGAFKLSHVPETRFSEPVMPACVDTRHGFIAHSDDLV NGAERTNVIQRQRAIPDAGHQRGDHASAVHTADAVPTGDRSTWHANTPVPASFVHPPVVV HAHTDSSFQHVPAGDWSRNGSSKTPDAPSLHAANTLANPAPCAHVNAEAPCQATATVCRA PSWDERRTASLPARSEEGGLEASAAPKKRRRVKKAASTTPSQTGVSADSGEREATAPTAK PKRMRPASSGVAPQSHPQLQAEVLSFSPSEDTPEKGTEKARQEAAPERSGGTALGWPPSR QGGCLGREDLGRPDGIGLSSSQERSDSRVQRPDAAAANQEVAASTTACSSVQRSQCVSPG DALGQTTCAASPSFSVSSGVKIPSSAGVSLPSLSPSSVAHPLASTPSSFPPLSASSKVSD SDPGPGPEGDCPSAGLLNDASRGAPEAAGPCPASLPASPSGQRLSGAPAELPPPRSRPRP RPRNLFGTGRRPGRQQGRQQRRPTEDFGAEKGTAFKGPDASGAPGAATCSRSPSVNARSV QTCVVLGYGTAMPDREVTGTSLVGLINLGGGSCFLNAVLQCLANFRPLRDFYLQWAETLP PRELLGRQYAVYTKQLERLAPFSRRRVKRRQQEKAASVCTSISWELATVINYMWRLSGSV KFLKPDALYQACCRIMPDFDPHEMQDSDEFLRLLLDILDAELRAAVLQVPLQDVLLLQRR PTKWESDDRALCPAARDCAGALPPSDASASAASRASPPTLASTSYAASAPPTASPVRCSS PASISPSVQGARLSGASDLCREATPQSPNLSLPPSASDAAAPGASVSAASGLRQAFQEAD PAKATHATRSGEAASPRLEVGAASTSGASACQQAEAEKSERSEGGQKASKVSSSTVDAVQ TLFSLVFEGGEVDEVWCSACGRRTATLVPFKSLAVAMTQEAQEQACYYSSLRAKPATFSS ELIPVDLVECLDRHFADDADSLKLSTGEGYYCSRCQRKQDAVKRCCLVKDHLPFVLCLTL KRFVRGHDTYKIWNPVRFGEFLDLSKYVRADAFPAPDAAEKNLAGAEWADGGARNDGHAT QPEARDSLDVKRASGAPEADPAQTGEVLRAAGDLPACSDSGGAGVPRTASSAGWLGATDA PHPSRSLPGCAGSVCLASPEGSAAFRASLSGFPRSLRDAETSTMASLNANNGASRGEEGS GVKEETKDSWSAVSRELHGPEKKSEKHEQGGPGDLGSPVKSERAAGTGGDSASPTASSAS SLYRYCLVALIEHEGPATDQGHYVCYVKHLETGQWFKADDKLITLVDFETQVLAAAPYML FYERVPSSETTQAYPFFAKDEADGAGVGSAQKKESQAEGDEESPCDASLCAGGRGGRTWR RCDWSAWTQRVKEIPVACELFGEDDSGEPSSSCTRQPSPERSVGADSDPRGLSPASSMSA GSVRRSRDCPVDGAPSPAGLARSSHTVPGRTGARAAPTGRSSQKAGEGTGAGRSRLAASG GSFASAPAAAHVAPLFGADGGGAARGKNGTEPVKGGDVAESQVRRRDRTSVRDAETLKRA GVAASAQEADGTRSGECTLRRGKRTVFMAPRRLSLFVSVRCLQRAPFSPTRPPLSPSVPS GRSQETQRPQTPASRDRRQGGATAPDLARLPPQGASDFSPFGSAGSVPAPCGKTQEVREE SRAQSRPPGPRARRDAAAAGVEAPEDTAGADPARGIQARAVPDVRMQAEAPLANLEVANF RPRDGGEGNQGEAYQSRQPRAGAVLGDKTSEAAGFPGRESVFGMGRGSPVKDEATRAGPS AETEEKDDACITSATGATTSPANTSGVSSSSPGSSPIKAESENAFTTEAGGPAPRPTFVS TSSPTPPGNHPQPSSDAPLPYVDARVASPAASPQTPPYWAGVPLSGPSSVSSAFFLRGDA SKKAGNSALVASAPRFPEEGDTVFHPKHDSLREDLTPALTPPRISVSVSASGVSAPGRPM LGEPQHMRAGTLTGDSWKGAVAPYPSQPLSVWSPLGVQESGMPPYPRVDGAHRISDACPP RLVEDAARGRQAELQGAGGDHASAQSVGPEAPLRGPRERTPARGTEGVGPVSEQSCGATS WHEVGDRTHVERSPCGAYGMQSANAGRPADGVASDRAEKAAQAAGAPAQSPAQSVSQDAP SAGTVATAEDDAEAAAKAAAAKAAERRRRARQQQQNRRQRKAEAAAAKAQAGAPGPSECG AGEAVPPGPGLGSSAPRGPLPAAPVGPGEFQPHHVQNGPMYAGASYPGWQAQMGHPVAGP YQDSFAGNLPTGGALSHGLSGQACRAGGQHLGSAAYPWPGHGKFYTQGVLRTHGGQPTQM LHAGQWNASVSVAAAASQEAAAAAATDAGAPVELAREAAATPPRRRKRTAAPSPEQAGSR GEGPPQVAAGVSQPGGVWNHLPQERGMSGGSALQPLARNESAEPGRGTGTFGGNLPSPHP PGVSVDYRELTQVSVHPGVPELGASPRDPRCAPFPVQVHGSGDPQSFAGPSPGVPAAEQP RASLGGAEVAASQKKPPRRRGPAANKVAARPQAQADGASISAQATACTGAAGGDANPGAF PHSAQHLGNRADRFTETFPNFSRSPWSPPQTLDSAAAARDMHTSQGVSNQAALPPNVQQA SAATVGYRDGPLAQARPPQPAAPVSGSQGFASGVCTQCGRLATATEPGVHPSCTCAARLF PTASCDGFGAPQSVASAGCPPWAGPSFPGDRNPPVELASRQAPHAASRDERVTQPVSAFA GTLQSSQKTQLEYPNSQYGWPPCAPPGRGADPTEAGFVPTPFFGEPSSSQAEPSVGASGV TAQQTGAAWGHTPTAAGQCLPNSSSRGPDGVRAEPKKRSRKKKASGQEAASVPHGSQAPG PATHSDGFEANVASRLDAASRTSNTAFQEGSLAVPRPKCRTAKSVKPADPVAHEPSPHVY SDEQNLQRQLSQVVHPAAPSAPYPGQNEKFPDRVGRGDGDRRDASSPATPDQPWEGGSFL GFQNPVDSVSPAKGTGPQEPFARGQPEGQNYAWGWTGTCVGDTRHQTSFHGVSRPAMVQA YGSGVSQVMPSTVSASRDVRVHVENNVGFSRPSPTGMAGSSANSECAYHHGATVTHAHDS GEAILQQQQQAVYAGFAIPRAQHVLQEEAPRQYCPGMQVSGPAMSHSGLPAFHAMQAANC DNVPDPGWLGSAAANHPEGAGAGMVCVAAPFPHGICAQQYPPGAVPGDFYQSGYKSSEGF FSDGAGDRLRTRPPAGALRQGGLPLSASAFASTRGNAFSGPAEGVQWNPEDWRTVLGDME SAVLKLDFSRSLDSWPALREQSTFNVTVAESNVICAHPQRRDDHLFRESPTESARDAHPK RLASAFPEMRDYLRTARLRWIVDRCFQFKDGESSEWTYEICVGKKVTQFAGNQKAGKTIG KTLLEWGTYKIGHDQLWANGTLSQTYGDGTGGRQTEVFFECRDQYPTVTAIEEVRANELR MWVGASMFCDFRPSNPAPPLLETLLRPMEGWCANFTTSGFWSYEYCHPDSLVQFHKDSSG DIHGPMFLLGTLHRSGLSSNSMWKTVASADFPILRGKGAGVNTHGSPKFRFLPVQLADFP SEIDKGREEKPQQILAMELTNGTRCEGTDVQRSTRVLFECPEDFATLGTHQVMKVMEGSP GSAVEPGLEAIPSSYLPDGRVSLNGSHFGMRQYQRHRSSWKNPAFRVGRLVRHRWSKYTA VVLSWDRSCEAPPEWIAKVYEHYPEASSQKPHYLLLVNQAVVTEPQQPLFTYVPEVSSFC RGTPEIESVL
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/NCLIV_012050.fa Sequence name : NCLIV_012050 Sequence length : 4150 VALUES OF COMPUTED PARAMETERS Coef20 : 3.601 CoefTot : -0.582 ChDiff : -4 ZoneTo : 17 KR : 4 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.529 1.518 0.297 0.605 MesoH : 0.536 0.410 -0.052 0.289 MuHd_075 : 25.468 16.437 6.503 5.543 MuHd_095 : 11.833 9.595 2.592 2.180 MuHd_100 : 10.968 4.704 0.714 2.189 MuHd_105 : 21.493 4.395 3.819 4.095 Hmax_075 : 1.750 4.812 -1.362 2.389 Hmax_095 : 1.838 1.137 -3.045 2.214 Hmax_100 : 2.300 -0.700 -2.235 1.910 Hmax_105 : 3.617 -0.000 -2.235 2.392 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.8285 0.1715 DFMC : 0.8325 0.1675
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 4150 NCLIV_012050 MRSRPGGPKNVAAGRLWDFEESHLGAVETVGAFGNGRGALFRMHAEGRSPRQMPSASAEQQRFWSSFCTAGPGAQLPYNA 80 ETHPGHPFAYAAARVPDPSGVDASFVPPQLARADGGNCGSLPDVSAAAYPAFACAAPAPRYEAPPPAGASRAGEDGHSLS 160 HGGAWTTQGGPVYPGDSGTFWFALSRQSAGTGQALPSQAVQGSVSLRDAAAAFGSHPFPGQDTSSEGLSHVPANESTAPP 240 YLSGGAGPAPAFGCSRDPSAGANSGFLPPSQDPSRTCFRQEDAARLFSIAGDSASTTSTRRSREPLSTSRAGPASRDAGS 320 AVSESRRGEEHCQPPSLPFAGTAGGPWDTARAAGHALSGRLGGGGKDGESGVYVHPGESDRGASGAFKLSHVPETRFSEP 400 VMPACVDTRHGFIAHSDDLVNGAERTNVIQRQRAIPDAGHQRGDHASAVHTADAVPTGDRSTWHANTPVPASFVHPPVVV 480 HAHTDSSFQHVPAGDWSRNGSSKTPDAPSLHAANTLANPAPCAHVNAEAPCQATATVCRAPSWDERRTASLPARSEEGGL 560 EASAAPKKRRRVKKAASTTPSQTGVSADSGEREATAPTAKPKRMRPASSGVAPQSHPQLQAEVLSFSPSEDTPEKGTEKA 640 RQEAAPERSGGTALGWPPSRQGGCLGREDLGRPDGIGLSSSQERSDSRVQRPDAAAANQEVAASTTACSSVQRSQCVSPG 720 DALGQTTCAASPSFSVSSGVKIPSSAGVSLPSLSPSSVAHPLASTPSSFPPLSASSKVSDSDPGPGPEGDCPSAGLLNDA 800 SRGAPEAAGPCPASLPASPSGQRLSGAPAELPPPRSRPRPRPRNLFGTGRRPGRQQGRQQRRPTEDFGAEKGTAFKGPDA 880 SGAPGAATCSRSPSVNARSVQTCVVLGYGTAMPDREVTGTSLVGLINLGGGSCFLNAVLQCLANFRPLRDFYLQWAETLP 960 PRELLGRQYAVYTKQLERLAPFSRRRVKRRQQEKAASVCTSISWELATVINYMWRLSGSVKFLKPDALYQACCRIMPDFD 1040 PHEMQDSDEFLRLLLDILDAELRAAVLQVPLQDVLLLQRRPTKWESDDRALCPAARDCAGALPPSDASASAASRASPPTL 1120 ASTSYAASAPPTASPVRCSSPASISPSVQGARLSGASDLCREATPQSPNLSLPPSASDAAAPGASVSAASGLRQAFQEAD 1200 PAKATHATRSGEAASPRLEVGAASTSGASACQQAEAEKSERSEGGQKASKVSSSTVDAVQTLFSLVFEGGEVDEVWCSAC 1280 GRRTATLVPFKSLAVAMTQEAQEQACYYSSLRAKPATFSSELIPVDLVECLDRHFADDADSLKLSTGEGYYCSRCQRKQD 1360 AVKRCCLVKDHLPFVLCLTLKRFVRGHDTYKIWNPVRFGEFLDLSKYVRADAFPAPDAAEKNLAGAEWADGGARNDGHAT 1440 QPEARDSLDVKRASGAPEADPAQTGEVLRAAGDLPACSDSGGAGVPRTASSAGWLGATDAPHPSRSLPGCAGSVCLASPE 1520 GSAAFRASLSGFPRSLRDAETSTMASLNANNGASRGEEGSGVKEETKDSWSAVSRELHGPEKKSEKHEQGGPGDLGSPVK 1600 SERAAGTGGDSASPTASSASSLYRYCLVALIEHEGPATDQGHYVCYVKHLETGQWFKADDKLITLVDFETQVLAAAPYML 1680 FYERVPSSETTQAYPFFAKDEADGAGVGSAQKKESQAEGDEESPCDASLCAGGRGGRTWRRCDWSAWTQRVKEIPVACEL 1760 FGEDDSGEPSSSCTRQPSPERSVGADSDPRGLSPASSMSAGSVRRSRDCPVDGAPSPAGLARSSHTVPGRTGARAAPTGR 1840 SSQKAGEGTGAGRSRLAASGGSFASAPAAAHVAPLFGADGGGAARGKNGTEPVKGGDVAESQVRRRDRTSVRDAETLKRA 1920 GVAASAQEADGTRSGECTLRRGKRTVFMAPRRLSLFVSVRCLQRAPFSPTRPPLSPSVPSGRSQETQRPQTPASRDRRQG 2000 GATAPDLARLPPQGASDFSPFGSAGSVPAPCGKTQEVREESRAQSRPPGPRARRDAAAAGVEAPEDTAGADPARGIQARA 2080 VPDVRMQAEAPLANLEVANFRPRDGGEGNQGEAYQSRQPRAGAVLGDKTSEAAGFPGRESVFGMGRGSPVKDEATRAGPS 2160 AETEEKDDACITSATGATTSPANTSGVSSSSPGSSPIKAESENAFTTEAGGPAPRPTFVSTSSPTPPGNHPQPSSDAPLP 2240 YVDARVASPAASPQTPPYWAGVPLSGPSSVSSAFFLRGDASKKAGNSALVASAPRFPEEGDTVFHPKHDSLREDLTPALT 2320 PPRISVSVSASGVSAPGRPMLGEPQHMRAGTLTGDSWKGAVAPYPSQPLSVWSPLGVQESGMPPYPRVDGAHRISDACPP 2400 RLVEDAARGRQAELQGAGGDHASAQSVGPEAPLRGPRERTPARGTEGVGPVSEQSCGATSWHEVGDRTHVERSPCGAYGM 2480 QSANAGRPADGVASDRAEKAAQAAGAPAQSPAQSVSQDAPSAGTVATAEDDAEAAAKAAAAKAAERRRRARQQQQNRRQR 2560 KAEAAAAKAQAGAPGPSECGAGEAVPPGPGLGSSAPRGPLPAAPVGPGEFQPHHVQNGPMYAGASYPGWQAQMGHPVAGP 2640 YQDSFAGNLPTGGALSHGLSGQACRAGGQHLGSAAYPWPGHGKFYTQGVLRTHGGQPTQMLHAGQWNASVSVAAAASQEA 2720 AAAAATDAGAPVELAREAAATPPRRRKRTAAPSPEQAGSRGEGPPQVAAGVSQPGGVWNHLPQERGMSGGSALQPLARNE 2800 SAEPGRGTGTFGGNLPSPHPPGVSVDYRELTQVSVHPGVPELGASPRDPRCAPFPVQVHGSGDPQSFAGPSPGVPAAEQP 2880 RASLGGAEVAASQKKPPRRRGPAANKVAARPQAQADGASISAQATACTGAAGGDANPGAFPHSAQHLGNRADRFTETFPN 2960 FSRSPWSPPQTLDSAAAARDMHTSQGVSNQAALPPNVQQASAATVGYRDGPLAQARPPQPAAPVSGSQGFASGVCTQCGR 3040 LATATEPGVHPSCTCAARLFPTASCDGFGAPQSVASAGCPPWAGPSFPGDRNPPVELASRQAPHAASRDERVTQPVSAFA 3120 GTLQSSQKTQLEYPNSQYGWPPCAPPGRGADPTEAGFVPTPFFGEPSSSQAEPSVGASGVTAQQTGAAWGHTPTAAGQCL 3200 PNSSSRGPDGVRAEPKKRSRKKKASGQEAASVPHGSQAPGPATHSDGFEANVASRLDAASRTSNTAFQEGSLAVPRPKCR 3280 TAKSVKPADPVAHEPSPHVYSDEQNLQRQLSQVVHPAAPSAPYPGQNEKFPDRVGRGDGDRRDASSPATPDQPWEGGSFL 3360 GFQNPVDSVSPAKGTGPQEPFARGQPEGQNYAWGWTGTCVGDTRHQTSFHGVSRPAMVQAYGSGVSQVMPSTVSASRDVR 3440 VHVENNVGFSRPSPTGMAGSSANSECAYHHGATVTHAHDSGEAILQQQQQAVYAGFAIPRAQHVLQEEAPRQYCPGMQVS 3520 GPAMSHSGLPAFHAMQAANCDNVPDPGWLGSAAANHPEGAGAGMVCVAAPFPHGICAQQYPPGAVPGDFYQSGYKSSEGF 3600 FSDGAGDRLRTRPPAGALRQGGLPLSASAFASTRGNAFSGPAEGVQWNPEDWRTVLGDMESAVLKLDFSRSLDSWPALRE 3680 QSTFNVTVAESNVICAHPQRRDDHLFRESPTESARDAHPKRLASAFPEMRDYLRTARLRWIVDRCFQFKDGESSEWTYEI 3760 CVGKKVTQFAGNQKAGKTIGKTLLEWGTYKIGHDQLWANGTLSQTYGDGTGGRQTEVFFECRDQYPTVTAIEEVRANELR 3840 MWVGASMFCDFRPSNPAPPLLETLLRPMEGWCANFTTSGFWSYEYCHPDSLVQFHKDSSGDIHGPMFLLGTLHRSGLSSN 3920 SMWKTVASADFPILRGKGAGVNTHGSPKFRFLPVQLADFPSEIDKGREEKPQQILAMELTNGTRCEGTDVQRSTRVLFEC 4000 PEDFATLGTHQVMKVMEGSPGSAVEPGLEAIPSSYLPDGRVSLNGSHFGMRQYQRHRSSWKNPAFRVGRLVRHRWSKYTA 4080 VVLSWDRSCEAPPEWIAKVYEHYPEASSQKPHYLLLVNQAVVTEPQQPLFTYVPEVSSFCRGTPEIESVL 4160 ................................................................................ 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 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 0

  • Fasta :-

    >NCLIV_012050 ATGCGCTCCCGCCCGGGCGGTCCGAAGAACGTGGCAGCGGGGCGTCTCTGGGATTTCGAA GAGAGTCATCTGGGGGCCGTAGAGACCGTCGGCGCCTTCGGCAACGGCCGAGGCGCCCTC TTCAGAATGCATGCCGAGGGACGGTCTCCCCGGCAAATGCCGTCCGCTTCTGCCGAACAG CAACGGTTTTGGTCTTCGTTCTGCACAGCAGGGCCTGGCGCTCAGCTTCCCTACAACGCC GAGACGCACCCGGGCCATCCTTTCGCGTACGCTGCTGCTCGAGTTCCCGACCCTTCCGGC GTGGACGCCTCCTTTGTCCCTCCCCAGTTAGCCAGGGCGGATGGCGGCAACTGCGGATCT CTCCCGGATGTCTCCGCGGCCGCGTACCCTGCCTTCGCGTGTGCGGCGCCTGCCCCCAGG TACGAGGCGCCACCGCCGGCTGGGGCGTCTCGAGCCGGCGAGGACGGGCACAGTCTCTCG CACGGCGGCGCGTGGACGACTCAGGGGGGTCCAGTGTATCCAGGAGACAGCGGAACGTTT TGGTTCGCACTCTCGAGGCAGAGCGCGGGGACCGGTCAGGCACTCCCGTCTCAGGCCGTC CAAGGTTCAGTCAGTCTGAGGGACGCAGCCGCTGCTTTCGGTTCGCATCCCTTTCCCGGC CAGGACACGTCCTCAGAGGGGCTTTCCCACGTGCCAGCGAACGAATCTACAGCACCTCCG TACCTTTCTGGCGGGGCGGGGCCAGCGCCCGCATTCGGTTGCTCCAGAGACCCAAGCGCG GGGGCAAATTCAGGCTTCCTGCCTCCGTCTCAGGATCCGAGTCGGACTTGCTTTCGTCAG GAGGATGCCGCGCGACTTTTCTCCATCGCGGGCGACTCGGCCTCCACGACGTCCACGCGC CGTTCAAGGGAGCCCCTCAGCACCTCTCGTGCTGGGCCAGCTTCACGGGATGCAGGAAGC GCCGTTTCTGAAAGCAGGAGAGGCGAGGAGCACTGCCAACCGCCTTCCTTGCCTTTCGCT GGGACGGCGGGTGGGCCGTGGGACACGGCGCGGGCGGCGGGACACGCTCTGTCGGGAAGA CTCGGAGGTGGGGGGAAAGACGGTGAATCTGGCGTGTATGTACACCCCGGGGAATCAGAC CGTGGAGCCTCAGGCGCCTTCAAGCTTTCCCACGTGCCGGAAACGCGCTTTTCTGAACCG GTGATGCCAGCGTGCGTCGACACCAGGCATGGCTTTATCGCGCATTCCGACGACCTGGTG AACGGCGCCGAAAGGACAAACGTTATCCAGCGGCAAAGGGCGATACCCGACGCTGGTCAC CAAAGAGGTGATCATGCATCGGCTGTACATACAGCTGACGCTGTGCCGACTGGCGATAGG TCAACTTGGCACGCAAACACGCCCGTGCCAGCCTCGTTTGTTCATCCCCCCGTCGTTGTC CATGCACACACTGACAGCAGTTTCCAGCATGTGCCTGCGGGAGATTGGAGCAGAAACGGC TCTTCGAAGACTCCAGATGCTCCTTCCCTGCATGCCGCCAATACTCTTGCAAACCCGGCA CCTTGCGCCCACGTGAACGCAGAAGCGCCTTGTCAGGCCACCGCCACTGTCTGTCGTGCG CCTTCTTGGGACGAGCGGCGAACTGCCTCTCTCCCTGCGCGAAGCGAGGAAGGAGGTCTG GAGGCGTCCGCAGCTCCGAAGAAGCGCAGGCGTGTGAAGAAGGCCGCGTCAACGACACCG AGTCAAACTGGGGTTTCGGCAGACTCGGGAGAGCGGGAGGCAACGGCGCCGACAGCAAAG CCCAAGCGGATGCGTCCTGCGAGCTCGGGAGTCGCTCCACAGAGCCATCCGCAGCTCCAG GCCGAAGTTTTGTCATTCTCGCCCTCAGAAGACACGCCCGAGAAGGGCACGGAAAAGGCG CGCCAGGAAGCGGCGCCGGAGCGAAGCGGCGGAACGGCCCTCGGTTGGCCGCCAAGTCGT CAAGGCGGGTGCCTAGGGAGAGAAGACCTGGGGCGACCAGACGGGATTGGGCTCTCGAGT TCGCAGGAAAGGTCAGACTCGCGCGTGCAGAGACCGGATGCAGCTGCAGCGAACCAAGAG GTTGCTGCCTCCACCACAGCGTGTTCGTCCGTTCAACGCTCCCAGTGTGTCTCTCCCGGG GATGCTTTGGGTCAGACGACTTGCGCAGCTTCTCCCAGTTTCTCTGTGTCTTCTGGAGTG AAAATCCCGTCTTCCGCAGGCGTGTCTCTCCCTTCCTTGTCTCCATCTTCTGTTGCACAT CCACTCGCATCGACTCCTTCGTCTTTCCCGCCTCTCTCCGCCTCCTCAAAGGTTTCCGAC AGCGATCCCGGCCCCGGTCCAGAGGGAGACTGTCCGTCGGCAGGCCTCCTCAATGACGCA TCCCGCGGAGCACCTGAAGCTGCAGGTCCATGTCCTGCGTCTCTGCCTGCGTCGCCCTCC GGGCAGAGGCTCTCCGGCGCGCCGGCCGAGCTGCCGCCGCCGCGCAGTCGCCCGCGGCCT CGCCCGCGGAATCTCTTTGGCACTGGTAGACGACCCGGACGCCAGCAAGGTCGCCAGCAG CGGAGACCGACTGAGGACTTTGGCGCGGAGAAAGGGACGGCGTTCAAAGGGCCAGATGCG AGCGGCGCGCCTGGAGCCGCAACGTGCAGCAGAAGTCCCTCAGTGAATGCGCGCAGCGTG CAGACGTGCGTCGTTCTGGGGTACGGCACGGCGATGCCCGATCGCGAGGTGACGGGCACG TCGCTCGTCGGGCTCATCAACCTCGGCGGCGGGAGCTGCTTCCTGAACGCCGTTCTCCAG TGCCTCGCCAACTTCCGACCTCTCCGAGACTTTTACCTGCAGTGGGCTGAGACGCTCCCG CCCCGCGAACTTCTCGGGCGTCAGTACGCGGTGTACACGAAGCAGCTGGAGCGTCTCGCG CCGTTCTCCCGGCGCCGAGTGAAGCGGCGACAGCAAGAAAAGGCCGCGTCCGTCTGCACG TCCATCAGCTGGGAGCTCGCCACCGTCATCAACTACATGTGGAGACTTTCCGGCTCCGTC AAGTTCCTCAAACCCGACGCGCTCTACCAGGCGTGTTGCCGCATCATGCCCGACTTCGAT CCCCACGAGATGCAAGACAGCGACGAGTTTCTGCGTCTCCTCCTGGACATCCTCGACGCC GAGCTCCGCGCGGCCGTCCTCCAGGTGCCTCTACAAGATGTCTTGCTGCTCCAGAGGCGC CCGACAAAGTGGGAGTCGGACGACAGGGCCCTCTGCCCCGCGGCGCGCGACTGCGCGGGG GCCTTGCCGCCCTCAGATGCTTCCGCGTCTGCTGCCTCTCGTGCTTCCCCGCCGACGTTA GCTTCGACTTCGTACGCCGCGTCTGCCCCCCCCACGGCCTCTCCCGTTCGCTGTTCTTCC CCGGCGTCGATCTCGCCCTCCGTGCAGGGCGCGCGTCTCTCGGGCGCGTCTGATCTCTGC CGGGAAGCCACCCCACAGAGCCCCAACCTGTCCCTGCCGCCCTCAGCCTCGGACGCCGCT GCACCAGGCGCCTCTGTCAGTGCTGCTTCCGGTTTGCGGCAGGCGTTTCAGGAAGCCGAC CCGGCAAAAGCGACGCATGCCACTCGCTCCGGAGAAGCTGCCTCGCCGCGCCTCGAGGTC GGCGCCGCGTCCACCAGCGGGGCCTCGGCCTGCCAGCAGGCCGAAGCGGAGAAGAGTGAG AGGAGCGAGGGAGGACAGAAGGCGTCGAAGGTGTCGAGCAGCACTGTGGACGCGGTACAG ACTCTGTTCTCGCTGGTCTTTGAAGGCGGCGAGGTCGACGAAGTTTGGTGCAGCGCCTGT GGGCGGCGGACGGCAACACTAGTGCCGTTCAAGAGTCTCGCCGTGGCCATGACGCAGGAG GCGCAGGAGCAGGCGTGCTACTACTCGAGCCTGCGCGCCAAGCCCGCGACGTTCTCCTCC GAGCTGATTCCCGTCGACCTCGTCGAGTGTCTCGATCGGCACTTTGCGGACGACGCGGAC TCCCTCAAGCTGTCGACTGGCGAGGGGTACTACTGCAGTCGGTGTCAGCGGAAACAAGAT GCGGTCAAGCGCTGTTGCCTCGTGAAAGACCATCTTCCCTTTGTGCTGTGCCTCACGCTC AAGCGCTTCGTGCGTGGACACGACACCTACAAGATCTGGAACCCCGTTCGCTTCGGCGAG TTCCTGGACCTATCCAAGTACGTTCGCGCCGACGCGTTCCCCGCGCCGGACGCAGCTGAG AAAAACCTCGCAGGCGCCGAGTGGGCCGACGGAGGCGCCAGAAACGACGGGCACGCGACG CAGCCCGAGGCCAGGGACAGCCTCGACGTGAAACGGGCGAGCGGGGCCCCAGAGGCCGAC CCCGCGCAGACGGGCGAGGTTCTGCGTGCCGCAGGCGACCTGCCTGCGTGCTCAGATTCG GGCGGCGCCGGAGTTCCGCGAACCGCCTCGTCGGCGGGGTGGCTGGGGGCGACGGACGCC CCTCACCCCTCGCGGTCTCTCCCTGGCTGTGCAGGCAGCGTCTGCCTCGCTTCTCCAGAG GGCTCGGCCGCCTTCCGCGCGTCCCTCTCGGGATTTCCACGCTCTCTGCGAGACGCAGAA ACTTCCACGATGGCGAGTTTGAATGCGAACAACGGCGCCTCGCGAGGGGAGGAAGGGAGC GGCGTCAAAGAAGAGACCAAGGACAGCTGGTCTGCAGTGTCGCGAGAACTGCACGGCCCC GAAAAAAAGAGCGAGAAACACGAGCAGGGAGGTCCCGGCGACCTGGGGAGTCCCGTCAAG TCTGAGAGAGCTGCGGGCACGGGTGGCGACTCCGCCTCGCCGACTGCTTCCTCGGCTTCT TCTTTGTACCGTTACTGTTTGGTGGCGCTCATCGAGCATGAGGGCCCTGCGACGGACCAG GGACACTACGTGTGCTATGTGAAGCATTTGGAGACGGGTCAGTGGTTCAAGGCGGACGAC AAGCTGATCACGCTGGTGGACTTTGAGACCCAGGTTCTGGCGGCAGCACCGTACATGCTG TTCTACGAGCGCGTGCCGAGCTCGGAAACGACCCAGGCGTACCCATTCTTCGCCAAAGAT GAAGCGGACGGCGCCGGTGTGGGCTCCGCGCAGAAGAAAGAGTCGCAGGCGGAAGGAGAC GAGGAGAGCCCGTGCGACGCCAGTCTCTGCGCCGGCGGGCGAGGGGGGCGAACGTGGAGG AGGTGCGACTGGTCGGCGTGGACGCAGAGAGTGAAGGAAATCCCGGTCGCATGCGAACTC TTTGGAGAGGACGACAGTGGCGAGCCTAGTTCCTCGTGCACCCGCCAACCGTCCCCCGAG CGGTCTGTGGGTGCCGACAGTGACCCGCGAGGACTGTCTCCAGCGTCTTCGATGTCGGCA GGCTCGGTCCGTCGCTCTCGCGATTGCCCCGTCGACGGCGCGCCTTCCCCAGCTGGTCTG GCGCGGTCTTCCCACACGGTCCCAGGGAGAACGGGAGCTCGCGCGGCCCCGACTGGCCGC AGCAGCCAGAAAGCGGGAGAAGGAACCGGCGCTGGAAGAAGCCGCCTCGCGGCTTCGGGT GGGTCCTTCGCGTCCGCGCCTGCAGCTGCGCACGTCGCCCCTCTTTTCGGCGCCGATGGA GGCGGCGCGGCGAGGGGGAAGAACGGGACGGAGCCCGTCAAAGGTGGCGACGTGGCCGAG AGCCAGGTACGGAGAAGAGACCGGACGTCTGTGCGCGATGCAGAGACCCTGAAGCGTGCG GGGGTGGCGGCCAGCGCACAGGAAGCGGACGGAACACGATCTGGTGAGTGTACGCTCCGC AGGGGGAAGCGAACTGTTTTCATGGCCCCGCGCCGCCTCTCCCTCTTTGTGTCTGTTCGT TGCCTGCAGCGTGCACCCTTCTCGCCGACTCGCCCGCCGCTCTCTCCGTCCGTCCCCAGT GGCCGCAGCCAGGAGACACAGAGACCACAGACCCCTGCGTCTCGCGATCGTCGCCAGGGC GGGGCGACGGCGCCGGACCTAGCCCGTCTCCCGCCTCAGGGCGCAAGCGATTTCTCCCCG TTCGGCTCTGCCGGCTCCGTTCCCGCCCCGTGTGGCAAGACGCAGGAGGTGAGGGAGGAG TCGAGAGCTCAGAGTCGCCCGCCTGGTCCGAGGGCGAGGCGAGACGCAGCTGCAGCCGGC GTCGAGGCGCCAGAAGACACCGCGGGGGCGGACCCCGCGAGAGGCATCCAGGCGCGCGCA GTACCGGATGTTCGCATGCAGGCGGAAGCGCCGCTCGCTAACCTCGAGGTTGCGAACTTC AGGCCCAGAGACGGCGGAGAAGGAAACCAAGGCGAGGCTTATCAAAGCCGGCAGCCGCGC GCGGGAGCGGTTCTAGGAGACAAGACCTCCGAGGCAGCAGGGTTCCCTGGAAGGGAATCG GTTTTTGGCATGGGCCGAGGCAGTCCCGTGAAGGACGAGGCGACGCGGGCGGGACCGTCT GCGGAAACGGAGGAGAAAGACGACGCATGCATCACATCTGCGACGGGCGCAACCACGTCT CCCGCCAACACAAGTGGCGTCTCTTCTTCCTCTCCCGGTTCCTCTCCAATTAAGGCTGAG AGCGAAAACGCGTTTACGACTGAGGCAGGCGGTCCCGCTCCCCGCCCCACGTTCGTCTCG ACCTCGAGTCCGACTCCACCCGGGAACCACCCGCAACCCTCCAGCGACGCGCCGCTTCCC TACGTGGACGCGCGCGTCGCCAGCCCCGCTGCTTCTCCACAGACGCCGCCTTACTGGGCA GGGGTTCCGCTGTCTGGGCCGAGCTCGGTCTCGAGCGCCTTTTTTCTCCGCGGCGATGCG TCCAAGAAAGCCGGGAACTCGGCGCTTGTCGCCTCTGCTCCGCGCTTTCCAGAGGAGGGC GACACTGTGTTTCACCCAAAACACGACAGTCTCCGGGAAGACCTGACACCGGCGCTGACA CCGCCCCGCATCAGTGTCTCTGTCAGCGCCTCGGGAGTCTCAGCCCCTGGACGTCCCATG CTCGGAGAACCGCAGCACATGCGTGCGGGAACGCTGACAGGCGACAGCTGGAAGGGCGCG GTTGCGCCGTATCCTTCCCAGCCGCTGTCTGTGTGGAGCCCCCTGGGAGTTCAAGAGTCA GGCATGCCGCCGTACCCCCGCGTCGACGGCGCGCACAGGATTTCTGACGCGTGCCCGCCC CGGCTGGTGGAAGACGCAGCCCGGGGCAGGCAGGCGGAGCTGCAGGGCGCCGGCGGAGAC CACGCGAGCGCGCAGTCGGTGGGTCCCGAGGCGCCGTTGAGGGGCCCCAGAGAGCGCACG CCGGCAAGAGGAACGGAGGGCGTGGGGCCTGTCTCCGAGCAGAGCTGTGGGGCGACCTCG TGGCACGAGGTGGGAGACAGAACCCACGTCGAACGCAGTCCGTGCGGAGCGTACGGGATG CAGTCGGCAAACGCAGGCCGCCCTGCGGACGGCGTCGCCTCAGATCGCGCCGAAAAAGCT GCTCAGGCCGCAGGCGCTCCTGCACAGAGTCCCGCTCAGTCTGTCTCTCAAGATGCTCCG AGCGCCGGAACGGTTGCCACTGCCGAAGACGACGCAGAGGCCGCAGCGAAAGCCGCAGCC GCCAAGGCAGCTGAGAGGCGGCGGCGAGCGCGCCAGCAGCAGCAGAACCGACGGCAGCGG AAGGCCGAAGCAGCCGCCGCAAAGGCACAAGCTGGGGCTCCAGGCCCTTCAGAATGTGGC GCTGGCGAGGCTGTCCCTCCCGGTCCGGGTCTCGGCTCCAGTGCACCGAGAGGGCCCCTG CCGGCGGCCCCGGTCGGTCCAGGCGAGTTTCAGCCGCACCACGTGCAGAATGGGCCGATG TATGCGGGCGCTTCGTATCCTGGGTGGCAAGCGCAGATGGGGCATCCTGTCGCGGGGCCC TACCAGGACAGCTTTGCAGGAAACCTGCCGACTGGGGGTGCTCTGTCGCACGGCCTTTCC GGGCAAGCCTGCAGAGCCGGCGGACAGCATCTGGGGTCTGCCGCATACCCCTGGCCCGGG CATGGAAAGTTCTACACCCAGGGCGTCCTGCGAACGCACGGTGGCCAGCCTACACAGATG CTGCATGCAGGCCAGTGGAACGCGTCCGTGTCCGTTGCGGCAGCTGCGTCTCAGGAGGCG GCGGCGGCTGCTGCGACGGACGCTGGAGCGCCCGTGGAACTTGCGAGAGAAGCCGCGGCA ACGCCACCGAGACGACGCAAGAGGACTGCGGCGCCTTCCCCGGAGCAGGCCGGGAGTCGA GGTGAAGGTCCACCGCAGGTCGCGGCAGGTGTCTCGCAGCCGGGGGGCGTCTGGAATCAT CTGCCTCAAGAGCGAGGTATGTCGGGAGGTTCGGCTCTCCAGCCCCTGGCGAGGAACGAG TCTGCGGAACCGGGACGAGGAACCGGAACCTTTGGCGGCAACCTCCCAAGCCCACACCCG CCAGGCGTGTCAGTGGACTACCGGGAACTCACGCAGGTGTCCGTACACCCCGGCGTTCCC GAGCTCGGCGCGAGTCCCAGAGATCCCCGGTGTGCGCCCTTCCCTGTGCAAGTCCACGGC AGTGGAGACCCGCAGTCCTTCGCGGGGCCGAGTCCAGGCGTTCCTGCGGCAGAGCAGCCA AGGGCGAGTTTGGGCGGCGCGGAAGTCGCGGCGTCCCAGAAGAAACCTCCGCGGAGAAGG GGGCCGGCCGCGAACAAGGTGGCCGCTCGGCCCCAAGCGCAGGCAGACGGCGCGTCGATT TCCGCGCAGGCGACTGCGTGCACCGGCGCCGCGGGCGGGGATGCGAACCCCGGCGCGTTT CCCCACTCTGCGCAGCACTTGGGAAACCGGGCTGACAGGTTCACGGAGACGTTTCCGAAC TTCTCGAGGAGCCCATGGTCGCCGCCGCAGACCCTCGACTCGGCCGCGGCGGCGCGCGAC ATGCACACCAGCCAAGGCGTTTCAAATCAAGCAGCTCTGCCGCCGAATGTCCAGCAGGCG TCTGCGGCGACCGTTGGATACAGGGATGGGCCGCTCGCGCAGGCACGCCCACCCCAACCG GCGGCGCCGGTGTCTGGGTCGCAGGGCTTCGCGTCCGGTGTATGTACACAGTGTGGGAGG CTGGCCACCGCTACGGAGCCGGGCGTCCACCCTTCCTGCACGTGTGCCGCGCGCCTGTTC CCTACGGCGTCTTGTGACGGCTTCGGCGCGCCTCAGAGCGTGGCAAGCGCGGGGTGCCCC CCGTGGGCCGGTCCCTCCTTTCCGGGGGACAGAAACCCTCCCGTTGAACTTGCGTCTCGA CAAGCGCCGCATGCGGCCTCTCGCGACGAGCGCGTCACGCAGCCCGTGTCTGCGTTCGCG GGGACTCTGCAGTCGAGTCAGAAAACGCAGCTCGAGTACCCCAACAGTCAGTACGGATGG CCGCCGTGTGCGCCCCCAGGACGAGGCGCAGACCCGACCGAAGCAGGGTTCGTGCCGACT CCGTTTTTTGGGGAACCGAGTTCCAGTCAGGCCGAACCGTCGGTGGGCGCATCCGGCGTC ACAGCTCAGCAAACGGGTGCGGCGTGGGGCCATACCCCGACAGCTGCTGGTCAGTGCCTG CCGAATTCGAGCTCTCGAGGCCCTGACGGTGTGCGCGCGGAACCGAAGAAGCGGAGCAGG AAGAAGAAGGCGAGTGGACAAGAGGCTGCAAGCGTGCCGCACGGCAGCCAGGCGCCGGGC CCCGCGACCCACAGCGACGGTTTCGAAGCCAACGTGGCTTCGCGTCTCGACGCAGCTTCT CGGACGAGCAACACAGCGTTTCAAGAGGGTTCTCTGGCGGTGCCGCGCCCCAAGTGTCGG ACAGCAAAAAGCGTGAAGCCAGCAGATCCGGTGGCCCATGAGCCGAGTCCGCACGTCTAC AGTGACGAACAGAATTTGCAAAGGCAGCTCTCGCAAGTGGTGCATCCGGCCGCTCCGAGT GCACCCTATCCCGGTCAAAATGAAAAGTTTCCAGACAGGGTGGGGCGCGGAGACGGCGAT CGGCGAGACGCTAGCTCTCCAGCGACGCCGGACCAACCCTGGGAAGGGGGCTCTTTCTTA GGTTTTCAGAACCCCGTCGACTCCGTTTCTCCCGCGAAGGGAACGGGGCCTCAAGAGCCC TTTGCGCGCGGGCAGCCAGAGGGGCAAAATTACGCTTGGGGCTGGACAGGTACATGCGTT GGAGACACACGTCATCAGACCAGTTTCCATGGCGTTTCTCGACCGGCCATGGTGCAAGCG TACGGGTCCGGTGTCTCCCAAGTGATGCCTTCCACCGTTTCAGCCAGCCGAGACGTTAGG GTACACGTGGAGAACAATGTGGGGTTTTCGCGGCCGAGCCCAACGGGAATGGCCGGTAGC TCCGCGAATTCAGAGTGTGCGTATCATCACGGAGCGACCGTTACCCACGCACATGACTCG GGCGAGGCAATTCTGCAACAGCAGCAACAGGCAGTCTACGCGGGTTTTGCAATTCCCAGG GCCCAGCATGTGCTTCAAGAAGAGGCGCCGCGGCAGTATTGCCCCGGCATGCAAGTGTCC GGACCTGCCATGTCTCACAGCGGTCTTCCCGCCTTTCACGCGATGCAAGCAGCGAACTGC GACAATGTGCCTGATCCGGGCTGGCTCGGCTCGGCGGCCGCGAATCACCCGGAGGGCGCA GGCGCAGGCATGGTATGCGTCGCGGCGCCGTTTCCGCATGGAATTTGCGCTCAGCAGTAC CCTCCTGGGGCCGTGCCTGGGGACTTCTACCAATCCGGGTACAAAAGTTCTGAAGGATTT TTCTCGGACGGCGCTGGGGACCGATTGCGAACTCGGCCACCTGCCGGTGCTCTGCGGCAA GGTGGCCTACCGCTCTCTGCCTCTGCGTTCGCCTCTACCCGCGGAAATGCGTTTTCTGGA CCCGCAGAGGGAGTGCAGTGGAACCCAGAGGACTGGAGAACCGTTCTCGGGGACATGGAA AGCGCCGTCCTCAAACTCGACTTTTCCCGAAGCCTCGACAGCTGGCCAGCCCTCAGAGAA CAGTCCACCTTCAACGTCACAGTCGCTGAGTCGAACGTCATATGCGCCCACCCCCAACGC CGGGATGACCATCTGTTTCGGGAGTCCCCGACGGAGAGCGCGAGAGACGCGCACCCGAAG CGATTGGCCTCTGCATTCCCAGAGATGCGCGACTACTTGAGAACTGCTCGACTCAGATGG ATCGTCGACAGGTGCTTCCAGTTCAAAGACGGAGAGTCTTCCGAATGGACCTACGAAATC TGCGTCGGCAAAAAGGTGACGCAGTTCGCAGGCAACCAAAAGGCAGGCAAAACGATTGGC AAGACTTTGTTGGAGTGGGGCACGTACAAGATTGGTCACGACCAGCTGTGGGCGAACGGC ACTTTGAGTCAGACTTATGGGGACGGAACGGGAGGTCGGCAGACGGAGGTTTTCTTCGAG TGTCGCGATCAGTACCCGACAGTTACGGCGATCGAGGAGGTTCGGGCAAACGAGCTACGC ATGTGGGTCGGAGCCTCCATGTTCTGCGACTTCCGACCGAGCAACCCGGCGCCACCCTTG CTGGAGACGCTCCTTCGGCCAATGGAAGGCTGGTGCGCGAACTTCACGACTTCGGGTTTT TGGTCCTACGAATACTGTCACCCAGACAGCCTGGTTCAATTCCACAAAGACAGTTCAGGA GACATTCACGGTCCCATGTTCCTTCTGGGAACGCTGCACAGGTCGGGGCTGTCGTCCAAT TCCATGTGGAAGACCGTCGCCTCTGCCGACTTCCCCATACTGCGGGGGAAAGGCGCGGGT GTCAATACACACGGCAGTCCAAAGTTCCGTTTCCTGCCAGTGCAGCTGGCCGACTTTCCG TCAGAGATCGACAAGGGTCGCGAGGAGAAACCCCAGCAGATCCTGGCTATGGAGTTGACC AATGGTACACGCTGCGAAGGTACTGACGTCCAGCGGAGCACACGCGTCCTCTTTGAGTGT CCCGAGGACTTCGCCACGCTAGGGACGCACCAGGTCATGAAGGTGATGGAGGGTTCCCCG GGGAGTGCAGTGGAGCCAGGACTCGAAGCTATCCCGTCAAGTTATCTTCCTGATGGGAGA GTCAGTTTAAATGGCAGCCACTTCGGCATGCGACAATACCAGAGACACAGGTCATCCTGG AAGAACCCCGCCTTCAGGGTTGGCCGCCTCGTCAGGCATCGGTGGTCAAAGTACACGGCG GTGGTTCTGTCTTGGGACCGCAGCTGCGAGGCCCCTCCGGAGTGGATTGCAAAGGTTTAC GAGCACTATCCTGAAGCATCCAGTCAAAAGCCTCATTATCTCCTACTGGTGAACCAGGCG GTTGTGACGGAACCTCAGCAGCCTCTGTTCACCTACGTGCCAGAAGTGAGTAGCTTTTGC CGTGGAACGCCTGAAATCGAGTCGGTTCTCTGA
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    MRSRPGGPKNVAAGRLWDFEESHLGAVETVGAFGNGRGALFRMHAEGRSPRQMPSASAEQ QRFWSSFCTAGPGAQLPYNAETHPGHPFAYAAARVPDPSGVDASFVPPQLARADGGNCGS LPDVSAAAYPAFACAAPAPRYEAPPPAGASRAGEDGHSLSHGGAWTTQGGPVYPGDSGTF WFALSRQSAGTGQALPSQAVQGSVSLRDAAAAFGSHPFPGQDTSSEGLSHVPANESTAPP YLSGGAGPAPAFGCSRDPSAGANSGFLPPSQDPSRTCFRQEDAARLFSIAGDSASTTSTR RSREPLSTSRAGPASRDAGSAVSESRRGEEHCQPPSLPFAGTAGGPWDTARAAGHALSGR LGGGGKDGESGVYVHPGESDRGASGAFKLSHVPETRFSEPVMPACVDTRHGFIAHSDDLV NGAERTNVIQRQRAIPDAGHQRGDHASAVHTADAVPTGDRSTWHANTPVPASFVHPPVVV HAHTDSSFQHVPAGDWSRNGSSKTPDAPSLHAANTLANPAPCAHVNAEAPCQATATVCRA PSWDERRTASLPARSEEGGLEASAAPKKRRRVKKAASTTPSQTGVSADSGEREATAPTAK PKRMRPASSGVAPQSHPQLQAEVLSFSPSEDTPEKGTEKARQEAAPERSGGTALGWPPSR QGGCLGREDLGRPDGIGLSSSQERSDSRVQRPDAAAANQEVAASTTACSSVQRSQCVSPG DALGQTTCAASPSFSVSSGVKIPSSAGVSLPSLSPSSVAHPLASTPSSFPPLSASSKVSD SDPGPGPEGDCPSAGLLNDASRGAPEAAGPCPASLPASPSGQRLSGAPAELPPPRSRPRP RPRNLFGTGRRPGRQQGRQQRRPTEDFGAEKGTAFKGPDASGAPGAATCSRSPSVNARSV QTCVVLGYGTAMPDREVTGTSLVGLINLGGGSCFLNAVLQCLANFRPLRDFYLQWAETLP PRELLGRQYAVYTKQLERLAPFSRRRVKRRQQEKAASVCTSISWELATVINYMWRLSGSV KFLKPDALYQACCRIMPDFDPHEMQDSDEFLRLLLDILDAELRAAVLQVPLQDVLLLQRR PTKWESDDRALCPAARDCAGALPPSDASASAASRASPPTLASTSYAASAPPTASPVRCSS PASISPSVQGARLSGASDLCREATPQSPNLSLPPSASDAAAPGASVSAASGLRQAFQEAD PAKATHATRSGEAASPRLEVGAASTSGASACQQAEAEKSERSEGGQKASKVSSSTVDAVQ TLFSLVFEGGEVDEVWCSACGRRTATLVPFKSLAVAMTQEAQEQACYYSSLRAKPATFSS ELIPVDLVECLDRHFADDADSLKLSTGEGYYCSRCQRKQDAVKRCCLVKDHLPFVLCLTL KRFVRGHDTYKIWNPVRFGEFLDLSKYVRADAFPAPDAAEKNLAGAEWADGGARNDGHAT QPEARDSLDVKRASGAPEADPAQTGEVLRAAGDLPACSDSGGAGVPRTASSAGWLGATDA PHPSRSLPGCAGSVCLASPEGSAAFRASLSGFPRSLRDAETSTMASLNANNGASRGEEGS GVKEETKDSWSAVSRELHGPEKKSEKHEQGGPGDLGSPVKSERAAGTGGDSASPTASSAS SLYRYCLVALIEHEGPATDQGHYVCYVKHLETGQWFKADDKLITLVDFETQVLAAAPYML FYERVPSSETTQAYPFFAKDEADGAGVGSAQKKESQAEGDEESPCDASLCAGGRGGRTWR RCDWSAWTQRVKEIPVACELFGEDDSGEPSSSCTRQPSPERSVGADSDPRGLSPASSMSA GSVRRSRDCPVDGAPSPAGLARSSHTVPGRTGARAAPTGRSSQKAGEGTGAGRSRLAASG GSFASAPAAAHVAPLFGADGGGAARGKNGTEPVKGGDVAESQVRRRDRTSVRDAETLKRA GVAASAQEADGTRSGECTLRRGKRTVFMAPRRLSLFVSVRCLQRAPFSPTRPPLSPSVPS GRSQETQRPQTPASRDRRQGGATAPDLARLPPQGASDFSPFGSAGSVPAPCGKTQEVREE SRAQSRPPGPRARRDAAAAGVEAPEDTAGADPARGIQARAVPDVRMQAEAPLANLEVANF RPRDGGEGNQGEAYQSRQPRAGAVLGDKTSEAAGFPGRESVFGMGRGSPVKDEATRAGPS AETEEKDDACITSATGATTSPANTSGVSSSSPGSSPIKAESENAFTTEAGGPAPRPTFVS TSSPTPPGNHPQPSSDAPLPYVDARVASPAASPQTPPYWAGVPLSGPSSVSSAFFLRGDA SKKAGNSALVASAPRFPEEGDTVFHPKHDSLREDLTPALTPPRISVSVSASGVSAPGRPM LGEPQHMRAGTLTGDSWKGAVAPYPSQPLSVWSPLGVQESGMPPYPRVDGAHRISDACPP RLVEDAARGRQAELQGAGGDHASAQSVGPEAPLRGPRERTPARGTEGVGPVSEQSCGATS WHEVGDRTHVERSPCGAYGMQSANAGRPADGVASDRAEKAAQAAGAPAQSPAQSVSQDAP SAGTVATAEDDAEAAAKAAAAKAAERRRRARQQQQNRRQRKAEAAAAKAQAGAPGPSECG AGEAVPPGPGLGSSAPRGPLPAAPVGPGEFQPHHVQNGPMYAGASYPGWQAQMGHPVAGP YQDSFAGNLPTGGALSHGLSGQACRAGGQHLGSAAYPWPGHGKFYTQGVLRTHGGQPTQM LHAGQWNASVSVAAAASQEAAAAAATDAGAPVELAREAAATPPRRRKRTAAPSPEQAGSR GEGPPQVAAGVSQPGGVWNHLPQERGMSGGSALQPLARNESAEPGRGTGTFGGNLPSPHP PGVSVDYRELTQVSVHPGVPELGASPRDPRCAPFPVQVHGSGDPQSFAGPSPGVPAAEQP RASLGGAEVAASQKKPPRRRGPAANKVAARPQAQADGASISAQATACTGAAGGDANPGAF PHSAQHLGNRADRFTETFPNFSRSPWSPPQTLDSAAAARDMHTSQGVSNQAALPPNVQQA SAATVGYRDGPLAQARPPQPAAPVSGSQGFASGVCTQCGRLATATEPGVHPSCTCAARLF PTASCDGFGAPQSVASAGCPPWAGPSFPGDRNPPVELASRQAPHAASRDERVTQPVSAFA GTLQSSQKTQLEYPNSQYGWPPCAPPGRGADPTEAGFVPTPFFGEPSSSQAEPSVGASGV TAQQTGAAWGHTPTAAGQCLPNSSSRGPDGVRAEPKKRSRKKKASGQEAASVPHGSQAPG PATHSDGFEANVASRLDAASRTSNTAFQEGSLAVPRPKCRTAKSVKPADPVAHEPSPHVY SDEQNLQRQLSQVVHPAAPSAPYPGQNEKFPDRVGRGDGDRRDASSPATPDQPWEGGSFL GFQNPVDSVSPAKGTGPQEPFARGQPEGQNYAWGWTGTCVGDTRHQTSFHGVSRPAMVQA YGSGVSQVMPSTVSASRDVRVHVENNVGFSRPSPTGMAGSSANSECAYHHGATVTHAHDS GEAILQQQQQAVYAGFAIPRAQHVLQEEAPRQYCPGMQVSGPAMSHSGLPAFHAMQAANC DNVPDPGWLGSAAANHPEGAGAGMVCVAAPFPHGICAQQYPPGAVPGDFYQSGYKSSEGF FSDGAGDRLRTRPPAGALRQGGLPLSASAFASTRGNAFSGPAEGVQWNPEDWRTVLGDME SAVLKLDFSRSLDSWPALREQSTFNVTVAESNVICAHPQRRDDHLFRESPTESARDAHPK RLASAFPEMRDYLRTARLRWIVDRCFQFKDGESSEWTYEICVGKKVTQFAGNQKAGKTIG KTLLEWGTYKIGHDQLWANGTLSQTYGDGTGGRQTEVFFECRDQYPTVTAIEEVRANELR MWVGASMFCDFRPSNPAPPLLETLLRPMEGWCANFTTSGFWSYEYCHPDSLVQFHKDSSG DIHGPMFLLGTLHRSGLSSNSMWKTVASADFPILRGKGAGVNTHGSPKFRFLPVQLADFP SEIDKGREEKPQQILAMELTNGTRCEGTDVQRSTRVLFECPEDFATLGTHQVMKVMEGSP GSAVEPGLEAIPSSYLPDGRVSLNGSHFGMRQYQRHRSSWKNPAFRVGRLVRHRWSKYTA VVLSWDRSCEAPPEWIAKVYEHYPEASSQKPHYLLLVNQAVVTEPQQPLFTYVPEVSSFC RGTPEIESVL

    No Results
No Results
No Results
IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
NCLIV_012050298 SASTTSTRRS0.995unspNCLIV_012050298 SASTTSTRRS0.995unspNCLIV_012050298 SASTTSTRRS0.995unspNCLIV_012050302 SSTRRSREPL0.997unspNCLIV_012050307 SREPLSTSRA0.991unspNCLIV_012050542 SCRAPSWDER0.994unspNCLIV_012050555 SLPARSEEGG0.991unspNCLIV_012050589 SVSADSGERE0.996unspNCLIV_012050608 SMRPASSGVA0.991unspNCLIV_012050627 SVLSFSPSED0.995unspNCLIV_012050681 SGLSSSQERS0.996unspNCLIV_012050718 SSQCVSPGDA0.997unspNCLIV_012050731 STCAASPSFS0.992unspNCLIV_012050779 SSSKVSDSDP0.996unspNCLIV_012050818 SSLPASPSGQ0.994unspNCLIV_0120501254 SKVSSSTVDA0.997unspNCLIV_0120501345 SSLKLSTGEG0.993unspNCLIV_0120501535 SGFPRSLRDA0.997unspNCLIV_0120501715 SQKKESQAEG0.996unspNCLIV_0120501723 SGDEESPCDA0.995unspNCLIV_0120501778 STRQPSPERS0.998unspNCLIV_0120501802 SMSAGSVRRS0.996unspNCLIV_0120501806 SSVRRSRDCP0.995unspNCLIV_0120501842 STGRSSQKAG0.998unspNCLIV_0120501910 SRDRTSVRDA0.998unspNCLIV_0120501975 SRPPLSPSVP0.992unspNCLIV_0120502148 SMGRGSPVKD0.995unspNCLIV_0120502191 SVSSSSPGSS0.996unspNCLIV_0120502195 SSPGSSPIKA0.993unspNCLIV_0120502356 SLTGDSWKGA0.996unspNCLIV_0120502753 STAAPSPEQA0.996unspNCLIV_0120502759 SEQAGSRGEG0.99unspNCLIV_01205099 SVPDPSGVDA0.995unspNCLIV_0120502845 SELGASPRDP0.998unspNCLIV_0120502883 SQPRASLGGA0.994unspNCLIV_0120502892 SEVAASQKKP0.993unspNCLIV_0120503225 SKKKASGQEA0.995unspNCLIV_0120503284 SRTAKSVKPA0.991unspNCLIV_0120503453 SFSRPSPTGM0.994unspNCLIV_0120503709 SLFRESPTES0.996unspNCLIV_0120503713 SSPTESARDA0.995unspNCLIV_0120503753 SKDGESSEWT0.993unspNCLIV_0120504059 SRHRSSWKNP0.998unspNCLIV_012050205 SQGSVSLRDA0.996unsp

     



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