PF3D7_0809600 | peptidase family C50, putative

  • Computed_GO_Component_IDs:  GO:0005634      

  • Computed_GO_Components:  nucleus      

  • Computed_GO_Function_IDs:  GO:0008233      

  • Computed_GO_Functions:  peptidase activity      

  • Computed_GO_Process_IDs:  GO:0006508      

  • Computed_GO_Processes:  proteolysis      

  • Curated_GO_Component_IDs:        

  • Curated_GO_Components:        

  • Curated_GO_Function_IDs:        

  • Curated_GO_Functions:        

  • Curated_GO_Processes:        

_IDPredictionOTHERSPmTPCS_Position
PF3D7_0809600OTHER0.9999300.0000500.000020
No Results

  • Fasta :-

    >PF3D7_0809600 MVRSNLNVYDKLDRIVSDVLQNIDEEYKNGGSDEKVYIKFYELFHKESYIEKLNYNDLIN TFKDKNIHKYLFYMFECVLNKISLKNNMKYLDFLFIILRYITYFWFYLSEDNKLILISYY YSKLIDLLYNLKLKKSALLINMYNILIYFYIKDKKKVIFEIKKIKENDASTHIKNLILEL NKILIYEQVKLITKITKEYYIDCLNEDIEKKLSKLILAEEDMNNFIKECNLYNYMWVCDE KIRYNNNDKCNNDKCNNDKSNNDICNNNICNNNIYNNDKCNSNVYNNKIQTNVTKKKKKE ENYFSFFIKYKNKNDIEMFINCHPFSINSSYKIFLNFLKNFFKIIIDDFDTFFFFLSLFY LEYFLIYCHFFEIIYFIHLSNHEKNYNNVDTNNINVNSLDTNNINVNSLDTNNINLNSLD TNNINLNNIDMNNMCDLQKKYNSKNIYKDTKFTSVNVSANNVATTYDECIFLNNNKQNKR IIWNIIFDALRKKFISDVKNVNYVLKIFKYTFSFFSFQKNLYLKRDNRTYIDNYIHNTLY NFRYISSIYLKELLKFCLSFITNILYSKHLTEEIIFKSISYIFHLLSKLLCNTNNDIKEF ILCDTDNNIVLISIITHIYKYFKKLYFSKNNEEVEISKSNNSKNNNVGVEKLKYSFITQD KVYQKIQECLYIVLTIDEHVECYTRECIIPKNIDKENSHKNYNNYSYDNKNNVNVGNNPC DNPKNNFTDNFYICVIIKMNKMNMFYSNMDIIKVISEKDKNVFRKFIYTINKNHENFINF FSYILNINYKGNEDDFILKKYILNLKRKNEYYNKDKKLINVMKPYHSPLKYIFLKNEIQQ KGNMYNDSYDNYCNGVSSSEEISDEKKVKKKKTNKKDNNINNINNNNNNNNNNNNNISNG YDKSYHYNFYNHDMSWNDNNYDNIHFDDKNEKKRDDMPIFENSRFYINTKIMKNINVDFK NVCHTIILCVKRCIQISDNIFNHFEKNKNLEANFNIYVCKNILINFLKCCLLNISLSSYL CVKLNYDYILKEICESNLVEYVYNIYDKYVCFILNQNVKSLNDHKHLLQFNIRNENKRRS NVDNKKIHNNNNNNNNNSNNSNICSSGVVKESSLYNNLCLDDIYDILRNKKDTHENSNNN QDDITHPNNNYKNANDSNDYYDCQYSTFFISDNTPFVETLYSNCFLIMINVLLIWEMYLE IPLEILNKMRYSFFELFYNTTIKILKFIKTDKGFLFLLNILKFIYTKFISLPFNPIDIHT NFKMYDFYEFLISNKHDSNINNHLNNNTPHHHHNNTYYYGCLDMEKKEDDKFNQDSLFMN SVSPLKFVHNNNEEEYNEEKSKNDSTNNIIKHKHTNEKFNEYCNYNMLSVNKKKRISIGG LVPIFLTSQNRNEKKSKRKTMVDYVSYNKMENDSFTDDANIREKKKRNTLTYDESSFVNH IDNDHKVNYDFYNKNDNETPKNNYDNNKDMLSSENIKERKDDNEDDNEDDNDNNDNNNNN NNNNNNNNNNMKNKMRNTYLKNYYIPHIDLLFIIIDLEVYYYYGKKKYKKVIFIVETVFR NIINRCDYNTKEYLRSSISFIYNYYQQIHIKSNKNNIQSCGIIRHICNLYFKSKIFYLNK KIKKMLSYYKEKCSNIDSLKLNYNEMYDVFFNSLKWKYFFYFKKNVNSENFYDNEKYKNY DNCDHFNNNILLEVKQMESMILIDELLSIHINILLFLILYEYICKYTNIHFVFYFRFIYL FFNKVCIDILNIINCFNHVEFFNLFDFIYHNTYNDDINMYAVQKLKNALTKINEHKMLKN DIIHIPYKFNGSIEKINEKKSITYHHHHQKKKKIIIIDIEELLVTYVQMNFIFCRICCIF LFFQNMCFHKYDLINKECKVKEYMKLFRSNRNIFDASRVKNDEDEYLKSEAINNNIDENN NMNIYNTSDYYETNKFGTNYLIPFDNKSSDYNKYDTDVSVSSISENSFILDECSSYDSKK DYIILEFIIEKIEEINIALIYTNMLKNCYYIIKVEMLYNYIYNNIEILKRFAYLNNAYYL YKLYYNMFVWDNKNHFDGLKDINKKEKQKYMNGYNKDDMDGMSLKGYSNNYTKNNDIDDT SQNNDIDKTSQNNDIDDTSQNNDIDDTSQNNDIDDTSQNNDIDDTSKNNDIDDTSQDNDK TVSPKNNINNKYHKCYHIFHILTLNQRLKEKMNARYIKLKFYDNSDLFTTYNDDIVKNQN DSYERTNENIMKNNNTCDDCFCKSSFDISYFSCNIYNFNLNLFHPLNIRKNRKIQIYENN TNRNPFISSQVINNKYLMNLNKKYNKIKKYIMNYIISTYFIILCFYFNEYNIEEHNLSFY FILHLFQTKFHVFNNNFFLNIENRYESLNENMYSPKHVITKENKSREKNFIYLQECKYKI YTEYELKNNIYLIFEILNNIYDVYYGNIFENISVHNNIEINIDLNFITYLSEIYNILFFY KMYKECVHILLLCIMCTSKFFCLYIFNEKHVYKEETSLDFVDKGNVKSKIIHITKKRNTH INMNAENNTHLNSNKVRYDYYYNDFMYEEKDKESKNIIKGSQECAEVKRIVYQDENVLEN NNMNEREFYAFEKVNMPFYDINSKNDNNDNNNNNNNKSKSKCKSKKEKTNIYNIKKNRII HILNIIYNKITYNVNDMNVKEIYINLHNYMQNLIICISLFYSIYICLEKLCKKEYNIIFF NCANNIYNYYIEFYQYIKNFCKTYCKEKIYMSTFFFDNFNLKIINLRILSIIKEKEIYIK RKEKNISKRMNNDEIINNNKKKKKNHNNNNKNHNNNNNDNNNNNNKDPVSKVCLPNILPE NMSFSYIKEQNDQSNNSNEDSHILLFRTNFYSKFSYLLFDMRGNVFKDCMIMLRNIESRY KNDCNFIFRNNLELYFNIVKYLYENSKDQYIGLFLFFHGYIIYELEDKKINMMKNFCSFN ISCNFFCLKFEQRSYDFDIEGLSNLSKNDSIDDIKLRNKLILMNTENLYCNGFLRTDFFS VTKFFNIYIKNIYKIFFKLNNFFSSYFFLKEFIIYISSILYLPEMVHIYIYLINIILTSG KERIEILTQEELFFENLNNEFNMFEKKKFDQINKYDVYNKDVKIYEQNDFTDINYDKTPL NTYITNKYIYEYKKVLNEFFVYLNYLISNKQNMNILTPKYRKEILYIYSLFILKKKQKQY YYYVMKNRKWKTTNMFIDNLQNINHLEGEDKNINGDNIKTTNVLHNTIHTKNISEDNNKK ERSNIISPVVNYEFNDDNNNNIENDELYNSNMDDINKFGKKFLQCFNECNKIRKNENICF QFFVENLFLGHNMDTDIYNIYINDEVSVTTILKNMIFDDISKININEKMNNMDIDYIKED DEAHIKNTHNSIYNNIYNNIYNNMRDTNNCNDHITYEKEKNNSTHFDNPYYDKNNKFNIY NLFNDIYYFNEDDIELNSSDFKLMDISVLNYLHLNYDFENNLKYIYNYINNRLFVYNCKK MNSYFIKILYYYINLVFLKIKNIFCDDCIYVIKKQQSLNSSANDCCSNIFFLLYVRLLYN LKIPKDILHEICSNYFPGNKCKKYIDLLWNKQKFGNVPNNECDYNKIKMVVQKGGMNKTE KSPQEYDTHNNDNNNNNNINNNEDCGNSCNTGDNNFNCKNRCQPNPDILFLYLVEIFLFP DKDCSYFEVLSTCYQFIINIKGGRENVYMKDEMLKRMYEILKNILLKQNYENIYYFQIIL IYTSLLLYNTHMKSLVYEMRIIAQFYLDFIFFFIENIKNNLIILDIIKSYAADQKDMCDM EKNNNIMSDQKEEEKKKINNNDNNNKNENNNKNESNNTNENNNDNNCNNFYNDEQNIFFY LLKCYFRKMISLLYLYTDELILYTIKHNIDFEINEREYFRKNVCTSINSDIIYKYMNVKE VNLSNLCIYWDYTIISVSQDKNSLYISRCYKNFLLILAQMFKIYHENELINRIFSTDFYN MDIVNDINELSFIINNQDQNIYNNIKNNINNNINNNNNNTISSSSSISSSISSSSMNNNI DSNCNKLKSYCNLFNILNNNDLLEKHFDSMFDTYVIKSNIREWLNDNLYYSTKDIEMNKQ GYTHEKNSTCNYNNVLNKHNINEIKNGEYIACPENCDILKSDEKSLFISQLNHYKKENFF YNFNIYDVVNVDKEIDMKEQRHVNNSNNIINNVNVVHLFILLNKRANECLNRKRVEYFHV EKIHLNIERYTYKNKWNYIRKLEKFLKQYQHMIKVMCEILSESKYVDRNEINLRKCVDQW WKNRYLLEQHLKILNLDISNSLGFSIHKLMSIPLINIITKWNIMDDKSMKNYTAEDDNNN ENYNNIENYNDNENNYYCDVLEDEKKNISTLNHSKNDEENYVHNTISPLNNQLYYLKANF DIFIYIFYFHQILRILRWLRKWNKFILPLKYWSEIDYINVLINLTIFSVTLKNCNLEIIN VKKKYLQKMCNLKKRRDDKNVSKDYFCKEEIIIQNGNKNDDINNVNKNKTNYYNYNDNHN MKQKNIDFSNDILSKNEIQHSDYIIDQYNISYYENFINEHNINKKDNIIIKNNRNSLNIN KTSTSYLPCYNKDIEDILIFKKMIEKKKEKEPTDTKKGKIRGRRHTYCEQNIYSVEEYGE NNIYLRPNMNPTIKNDVVKNNTNNSKYTNCNIPINSINSCNNNIENYDELEEKKKKKKNS SSITSNTKMNIKKKTDNFNNNNVYEYLNPLKNTNNSECEINENYKLVNKKKNNKRNTISG IFFDYDMKQRYEELPEKNFLKFLDLRKKCVKGLLRCSFIKLRMYLYHILIDVFENADIDP MNIFDLFNIITHSFIKDVLFCNLTIDKTNKDKYIYTRNVENNSVRKNPVILYVHSNLSRI SLENLEPLKDSYIVRGVSKMVTTYLYKRLVNKIKRGKSIGKKKKYIYDNKHDEDEYNNND EDDYNNNDEDEYNNNDEDDYNNNDEDEYNNNDEDEYNNNNNEDNYNNNVDDMDMKKYINY EYNKKWEIDSSENVCDKKNVARRATYNSTTLKDINKNINNNNNNNDSKIVTKNGIMKDNP NGNYNIFNFYDNKNSFNKNQGKTFDNSINMKRKNEKEEYVIIDDDDTNNNNNNNNNNNLL NNKKGDNNYNLIVTKEEEKNPMYSNKSNNTKEKKNHKRSRKSMNIEYSFINPFLNKYKER SKNKRNFTSCSTQFLSDKGEEEKKRKDEYNMSEKEYILDRNKKKKTIKNNKSIISSNISI TRSLSNSSDSSVELVQNEDELKKIFMNVRNSLNFQNIMSIDNKEEYCDYLYSKRKNSISE SEAYFGEKKMKRMSSFLKTSKKDKRRTYSNEREYGSKTYEVNGIKYVPYYISSPRIIDPY KSKIFFLINPNGDLKRTEDAIIPFIYHKNKEKYKYKNWDGYIGNVPNENILIDHLCNDDL FLYCGHQGAEQYMKKENIKNGLPSLEFIIDYIVEKKIINLKKYPKIKEVINLYTNKYNNK KNQQVENSSNAKQNINQRKRNSSTFTLTKNEKNTRNFIKKDMKRKNIGSINNILVHLENI KRKNTTKNKDNISDDNNVDGNNMDNDNNNNNNNSKIYISPLSKGLNCCTFLIGCSSGLIS SYGFDLDAWGTVYDYIVGGSLFVFGNLWNVTDGEVDGFTQNFLWKWTQPNSSSLFQAKFI YNEKLPSLNLSFSFFLELFLKNMKNNQNIKNYQNIKNNQNIKNNQNIKNYQNIKNYQNIK NIEKLFNNNINLLKLDMDIGDNFITVPMNIYKFIIKNKFFYIYFTDYYNTNIFVNKNLYY INQNKKYMWLSITEALTEAKQYCRLPYGTGSAGVMYGLPI
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/PF3D7_0809600.fa Sequence name : PF3D7_0809600 Sequence length : 5800 VALUES OF COMPUTED PARAMETERS Coef20 : 4.207 CoefTot : -0.056 ChDiff : 55 ZoneTo : 9 KR : 1 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.776 2.176 0.504 0.774 MesoH : 0.174 1.113 -0.159 0.467 MuHd_075 : 28.776 20.517 5.583 6.198 MuHd_095 : 48.492 22.878 10.897 9.196 MuHd_100 : 50.356 28.212 11.785 10.827 MuHd_105 : 41.369 27.807 10.525 10.167 Hmax_075 : 1.050 8.487 -1.994 2.258 Hmax_095 : 10.300 14.300 1.065 4.380 Hmax_100 : 10.300 14.300 1.065 4.820 Hmax_105 : 9.000 16.100 1.383 5.280 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.0745 0.9255 DFMC : 0.3990 0.6010 This protein is probably imported in mitochondria. f(Ser) = 0.1111 f(Arg) = 0.1111 CMi = 0.49261 CMi is the Chloroplast/Mitochondria Index It has been proposed by Von Heijne et al (Eur J Biochem,1989, 180: 535-545)
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 5800 PF3D7_0809600 MVRSNLNVYDKLDRIVSDVLQNIDEEYKNGGSDEKVYIKFYELFHKESYIEKLNYNDLINTFKDKNIHKYLFYMFECVLN 80 KISLKNNMKYLDFLFIILRYITYFWFYLSEDNKLILISYYYSKLIDLLYNLKLKKSALLINMYNILIYFYIKDKKKVIFE 160 IKKIKENDASTHIKNLILELNKILIYEQVKLITKITKEYYIDCLNEDIEKKLSKLILAEEDMNNFIKECNLYNYMWVCDE 240 KIRYNNNDKCNNDKCNNDKSNNDICNNNICNNNIYNNDKCNSNVYNNKIQTNVTKKKKKEENYFSFFIKYKNKNDIEMFI 320 NCHPFSINSSYKIFLNFLKNFFKIIIDDFDTFFFFLSLFYLEYFLIYCHFFEIIYFIHLSNHEKNYNNVDTNNINVNSLD 400 TNNINVNSLDTNNINLNSLDTNNINLNNIDMNNMCDLQKKYNSKNIYKDTKFTSVNVSANNVATTYDECIFLNNNKQNKR 480 IIWNIIFDALRKKFISDVKNVNYVLKIFKYTFSFFSFQKNLYLKRDNRTYIDNYIHNTLYNFRYISSIYLKELLKFCLSF 560 ITNILYSKHLTEEIIFKSISYIFHLLSKLLCNTNNDIKEFILCDTDNNIVLISIITHIYKYFKKLYFSKNNEEVEISKSN 640 NSKNNNVGVEKLKYSFITQDKVYQKIQECLYIVLTIDEHVECYTRECIIPKNIDKENSHKNYNNYSYDNKNNVNVGNNPC 720 DNPKNNFTDNFYICVIIKMNKMNMFYSNMDIIKVISEKDKNVFRKFIYTINKNHENFINFFSYILNINYKGNEDDFILKK 800 YILNLKRKNEYYNKDKKLINVMKPYHSPLKYIFLKNEIQQKGNMYNDSYDNYCNGVSSSEEISDEKKVKKKKTNKKDNNI 880 NNINNNNNNNNNNNNNISNGYDKSYHYNFYNHDMSWNDNNYDNIHFDDKNEKKRDDMPIFENSRFYINTKIMKNINVDFK 960 NVCHTIILCVKRCIQISDNIFNHFEKNKNLEANFNIYVCKNILINFLKCCLLNISLSSYLCVKLNYDYILKEICESNLVE 1040 YVYNIYDKYVCFILNQNVKSLNDHKHLLQFNIRNENKRRSNVDNKKIHNNNNNNNNNSNNSNICSSGVVKESSLYNNLCL 1120 DDIYDILRNKKDTHENSNNNQDDITHPNNNYKNANDSNDYYDCQYSTFFISDNTPFVETLYSNCFLIMINVLLIWEMYLE 1200 IPLEILNKMRYSFFELFYNTTIKILKFIKTDKGFLFLLNILKFIYTKFISLPFNPIDIHTNFKMYDFYEFLISNKHDSNI 1280 NNHLNNNTPHHHHNNTYYYGCLDMEKKEDDKFNQDSLFMNSVSPLKFVHNNNEEEYNEEKSKNDSTNNIIKHKHTNEKFN 1360 EYCNYNMLSVNKKKRISIGGLVPIFLTSQNRNEKKSKRKTMVDYVSYNKMENDSFTDDANIREKKKRNTLTYDESSFVNH 1440 IDNDHKVNYDFYNKNDNETPKNNYDNNKDMLSSENIKERKDDNEDDNEDDNDNNDNNNNNNNNNNNNNNNMKNKMRNTYL 1520 KNYYIPHIDLLFIIIDLEVYYYYGKKKYKKVIFIVETVFRNIINRCDYNTKEYLRSSISFIYNYYQQIHIKSNKNNIQSC 1600 GIIRHICNLYFKSKIFYLNKKIKKMLSYYKEKCSNIDSLKLNYNEMYDVFFNSLKWKYFFYFKKNVNSENFYDNEKYKNY 1680 DNCDHFNNNILLEVKQMESMILIDELLSIHINILLFLILYEYICKYTNIHFVFYFRFIYLFFNKVCIDILNIINCFNHVE 1760 FFNLFDFIYHNTYNDDINMYAVQKLKNALTKINEHKMLKNDIIHIPYKFNGSIEKINEKKSITYHHHHQKKKKIIIIDIE 1840 ELLVTYVQMNFIFCRICCIFLFFQNMCFHKYDLINKECKVKEYMKLFRSNRNIFDASRVKNDEDEYLKSEAINNNIDENN 1920 NMNIYNTSDYYETNKFGTNYLIPFDNKSSDYNKYDTDVSVSSISENSFILDECSSYDSKKDYIILEFIIEKIEEINIALI 2000 YTNMLKNCYYIIKVEMLYNYIYNNIEILKRFAYLNNAYYLYKLYYNMFVWDNKNHFDGLKDINKKEKQKYMNGYNKDDMD 2080 GMSLKGYSNNYTKNNDIDDTSQNNDIDKTSQNNDIDDTSQNNDIDDTSQNNDIDDTSQNNDIDDTSKNNDIDDTSQDNDK 2160 TVSPKNNINNKYHKCYHIFHILTLNQRLKEKMNARYIKLKFYDNSDLFTTYNDDIVKNQNDSYERTNENIMKNNNTCDDC 2240 FCKSSFDISYFSCNIYNFNLNLFHPLNIRKNRKIQIYENNTNRNPFISSQVINNKYLMNLNKKYNKIKKYIMNYIISTYF 2320 IILCFYFNEYNIEEHNLSFYFILHLFQTKFHVFNNNFFLNIENRYESLNENMYSPKHVITKENKSREKNFIYLQECKYKI 2400 YTEYELKNNIYLIFEILNNIYDVYYGNIFENISVHNNIEINIDLNFITYLSEIYNILFFYKMYKECVHILLLCIMCTSKF 2480 FCLYIFNEKHVYKEETSLDFVDKGNVKSKIIHITKKRNTHINMNAENNTHLNSNKVRYDYYYNDFMYEEKDKESKNIIKG 2560 SQECAEVKRIVYQDENVLENNNMNEREFYAFEKVNMPFYDINSKNDNNDNNNNNNNKSKSKCKSKKEKTNIYNIKKNRII 2640 HILNIIYNKITYNVNDMNVKEIYINLHNYMQNLIICISLFYSIYICLEKLCKKEYNIIFFNCANNIYNYYIEFYQYIKNF 2720 CKTYCKEKIYMSTFFFDNFNLKIINLRILSIIKEKEIYIKRKEKNISKRMNNDEIINNNKKKKKNHNNNNKNHNNNNNDN 2800 NNNNNKDPVSKVCLPNILPENMSFSYIKEQNDQSNNSNEDSHILLFRTNFYSKFSYLLFDMRGNVFKDCMIMLRNIESRY 2880 KNDCNFIFRNNLELYFNIVKYLYENSKDQYIGLFLFFHGYIIYELEDKKINMMKNFCSFNISCNFFCLKFEQRSYDFDIE 2960 GLSNLSKNDSIDDIKLRNKLILMNTENLYCNGFLRTDFFSVTKFFNIYIKNIYKIFFKLNNFFSSYFFLKEFIIYISSIL 3040 YLPEMVHIYIYLINIILTSGKERIEILTQEELFFENLNNEFNMFEKKKFDQINKYDVYNKDVKIYEQNDFTDINYDKTPL 3120 NTYITNKYIYEYKKVLNEFFVYLNYLISNKQNMNILTPKYRKEILYIYSLFILKKKQKQYYYYVMKNRKWKTTNMFIDNL 3200 QNINHLEGEDKNINGDNIKTTNVLHNTIHTKNISEDNNKKERSNIISPVVNYEFNDDNNNNIENDELYNSNMDDINKFGK 3280 KFLQCFNECNKIRKNENICFQFFVENLFLGHNMDTDIYNIYINDEVSVTTILKNMIFDDISKININEKMNNMDIDYIKED 3360 DEAHIKNTHNSIYNNIYNNIYNNMRDTNNCNDHITYEKEKNNSTHFDNPYYDKNNKFNIYNLFNDIYYFNEDDIELNSSD 3440 FKLMDISVLNYLHLNYDFENNLKYIYNYINNRLFVYNCKKMNSYFIKILYYYINLVFLKIKNIFCDDCIYVIKKQQSLNS 3520 SANDCCSNIFFLLYVRLLYNLKIPKDILHEICSNYFPGNKCKKYIDLLWNKQKFGNVPNNECDYNKIKMVVQKGGMNKTE 3600 KSPQEYDTHNNDNNNNNNINNNEDCGNSCNTGDNNFNCKNRCQPNPDILFLYLVEIFLFPDKDCSYFEVLSTCYQFIINI 3680 KGGRENVYMKDEMLKRMYEILKNILLKQNYENIYYFQIILIYTSLLLYNTHMKSLVYEMRIIAQFYLDFIFFFIENIKNN 3760 LIILDIIKSYAADQKDMCDMEKNNNIMSDQKEEEKKKINNNDNNNKNENNNKNESNNTNENNNDNNCNNFYNDEQNIFFY 3840 LLKCYFRKMISLLYLYTDELILYTIKHNIDFEINEREYFRKNVCTSINSDIIYKYMNVKEVNLSNLCIYWDYTIISVSQD 3920 KNSLYISRCYKNFLLILAQMFKIYHENELINRIFSTDFYNMDIVNDINELSFIINNQDQNIYNNIKNNINNNINNNNNNT 4000 ISSSSSISSSISSSSMNNNIDSNCNKLKSYCNLFNILNNNDLLEKHFDSMFDTYVIKSNIREWLNDNLYYSTKDIEMNKQ 4080 GYTHEKNSTCNYNNVLNKHNINEIKNGEYIACPENCDILKSDEKSLFISQLNHYKKENFFYNFNIYDVVNVDKEIDMKEQ 4160 RHVNNSNNIINNVNVVHLFILLNKRANECLNRKRVEYFHVEKIHLNIERYTYKNKWNYIRKLEKFLKQYQHMIKVMCEIL 4240 SESKYVDRNEINLRKCVDQWWKNRYLLEQHLKILNLDISNSLGFSIHKLMSIPLINIITKWNIMDDKSMKNYTAEDDNNN 4320 ENYNNIENYNDNENNYYCDVLEDEKKNISTLNHSKNDEENYVHNTISPLNNQLYYLKANFDIFIYIFYFHQILRILRWLR 4400 KWNKFILPLKYWSEIDYINVLINLTIFSVTLKNCNLEIINVKKKYLQKMCNLKKRRDDKNVSKDYFCKEEIIIQNGNKND 4480 DINNVNKNKTNYYNYNDNHNMKQKNIDFSNDILSKNEIQHSDYIIDQYNISYYENFINEHNINKKDNIIIKNNRNSLNIN 4560 KTSTSYLPCYNKDIEDILIFKKMIEKKKEKEPTDTKKGKIRGRRHTYCEQNIYSVEEYGENNIYLRPNMNPTIKNDVVKN 4640 NTNNSKYTNCNIPINSINSCNNNIENYDELEEKKKKKKNSSSITSNTKMNIKKKTDNFNNNNVYEYLNPLKNTNNSECEI 4720 NENYKLVNKKKNNKRNTISGIFFDYDMKQRYEELPEKNFLKFLDLRKKCVKGLLRCSFIKLRMYLYHILIDVFENADIDP 4800 MNIFDLFNIITHSFIKDVLFCNLTIDKTNKDKYIYTRNVENNSVRKNPVILYVHSNLSRISLENLEPLKDSYIVRGVSKM 4880 VTTYLYKRLVNKIKRGKSIGKKKKYIYDNKHDEDEYNNNDEDDYNNNDEDEYNNNDEDDYNNNDEDEYNNNDEDEYNNNN 4960 NEDNYNNNVDDMDMKKYINYEYNKKWEIDSSENVCDKKNVARRATYNSTTLKDINKNINNNNNNNDSKIVTKNGIMKDNP 5040 NGNYNIFNFYDNKNSFNKNQGKTFDNSINMKRKNEKEEYVIIDDDDTNNNNNNNNNNNLLNNKKGDNNYNLIVTKEEEKN 5120 PMYSNKSNNTKEKKNHKRSRKSMNIEYSFINPFLNKYKERSKNKRNFTSCSTQFLSDKGEEEKKRKDEYNMSEKEYILDR 5200 NKKKKTIKNNKSIISSNISITRSLSNSSDSSVELVQNEDELKKIFMNVRNSLNFQNIMSIDNKEEYCDYLYSKRKNSISE 5280 SEAYFGEKKMKRMSSFLKTSKKDKRRTYSNEREYGSKTYEVNGIKYVPYYISSPRIIDPYKSKIFFLINPNGDLKRTEDA 5360 IIPFIYHKNKEKYKYKNWDGYIGNVPNENILIDHLCNDDLFLYCGHQGAEQYMKKENIKNGLPSLEFIIDYIVEKKIINL 5440 KKYPKIKEVINLYTNKYNNKKNQQVENSSNAKQNINQRKRNSSTFTLTKNEKNTRNFIKKDMKRKNIGSINNILVHLENI 5520 KRKNTTKNKDNISDDNNVDGNNMDNDNNNNNNNSKIYISPLSKGLNCCTFLIGCSSGLISSYGFDLDAWGTVYDYIVGGS 5600 LFVFGNLWNVTDGEVDGFTQNFLWKWTQPNSSSLFQAKFIYNEKLPSLNLSFSFFLELFLKNMKNNQNIKNYQNIKNNQN 5680 IKNNQNIKNYQNIKNYQNIKNIEKLFNNNINLLKLDMDIGDNFITVPMNIYKFIIKNKFFYIYFTDYYNTNIFVNKNLYY 5760 INQNKKYMWLSITEALTEAKQYCRLPYGTGSAGVMYGLPI 5840 ................................................................................ 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 ................................................................................ 4320 ................................................................................ 4400 ................................................................................ 4480 ................................................................................ 4560 ................................................................................ 4640 ................................................................................ 4720 ................................................................................ 4800 ................................................................................ 4880 ................................................................................ 4960 ................................................................................ 5040 ................................................................................ 5120 ................................................................................ 5200 ................................................................................ 5280 ................................................................................ 5360 ................................................................................ 5440 ................................................................................ 5520 ................................................................................ 5600 ................................................................................ 5680 ................................................................................ 5760 ........................................ 5840 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 0

  • Fasta :-

    >PF3D7_0809600 ATGGTAAGGTCTAATTTAAACGTATATGATAAGTTAGACAGAATTGTGTCAGATGTATTA CAAAATATCGATGAAGAATATAAGAATGGAGGATCTGATGAAAAGGTGTATATAAAATTT TATGAATTATTTCACAAGGAGAGTTATATAGAGAAGTTAAATTATAATGATTTAATAAAT ACTTTTAAAGATAAGAATATACATAAGTATTTATTTTATATGTTTGAATGTGTATTGAAT AAAATATCTTTAAAGAATAATATGAAATATCTGGATTTTTTGTTTATTATTTTAAGATAT ATAACTTATTTTTGGTTTTATTTATCTGAAGATAACAAATTAATATTAATATCTTATTAT TATTCCAAACTTATAGATTTGTTATATAATTTAAAATTAAAGAAAAGTGCTTTATTAATT AATATGTATAACATTCTTATATATTTCTATATAAAAGATAAAAAGAAAGTTATTTTTGAA ATAAAAAAAATTAAAGAAAATGATGCATCTACACACATAAAAAATTTGATATTAGAGTTA AATAAAATATTAATATATGAACAAGTTAAACTTATTACAAAAATAACGAAAGAATATTAT ATAGATTGTCTCAATGAAGATATAGAAAAGAAACTATCTAAATTAATATTAGCAGAAGAA GATATGAATAATTTTATAAAGGAGTGTAATTTGTATAACTATATGTGGGTGTGTGATGAA AAAATTAGATATAATAATAATGATAAATGTAATAATGATAAATGTAATAATGATAAAAGT AATAATGATATATGTAATAATAATATATGTAATAATAATATATATAATAATGATAAATGC AATAGTAATGTGTATAATAATAAAATACAAACTAATGTGACAAAAAAAAAAAAAAAGGAA GAAAATTATTTTTCTTTTTTCATAAAATATAAAAATAAGAATGATATAGAAATGTTCATT AATTGTCATCCATTTTCAATTAATAGCAGTTACAAAATATTCTTAAATTTTTTAAAAAAC TTTTTTAAAATAATAATTGATGACTTTGATACATTTTTTTTTTTTTTAAGTTTATTCTAT TTAGAATACTTTTTGATATATTGCCATTTTTTTGAAATAATTTATTTTATTCATTTGTCC AACCATGAAAAAAATTACAACAATGTGGACACAAATAATATAAATGTGAATAGTTTGGAC ACAAATAATATAAATGTGAATAGTTTGGACACAAATAATATAAATTTGAATAGTTTGGAC ACAAATAATATAAATTTGAATAATATAGATATGAATAATATGTGTGATCTTCAAAAAAAG TATAACTCAAAAAATATATATAAAGATACCAAGTTTACTTCAGTGAATGTATCTGCTAAC AATGTTGCTACGACATATGATGAATGTATTTTTTTAAATAATAATAAACAAAATAAAAGG ATTATTTGGAATATTATTTTTGATGCTTTAAGAAAGAAATTTATTTCAGATGTAAAAAAT GTGAATTATGTTTTAAAAATATTTAAATATACTTTTAGTTTTTTTTCTTTTCAAAAGAAT TTATATTTAAAAAGAGATAATAGAACATATATAGATAATTATATACATAATACGTTATAT AACTTTAGATATATATCATCTATATATTTAAAGGAGTTATTGAAATTTTGTCTTTCATTT ATTACAAATATATTATATTCAAAACATTTAACTGAGGAAATAATTTTTAAATCTATTTCT TATATATTTCATCTTTTGTCTAAATTGTTATGTAATACTAATAATGATATTAAAGAATTC ATTTTATGTGATACTGACAATAATATAGTGTTAATTTCTATTATTACACATATATATAAA TATTTTAAAAAGTTATATTTTAGTAAGAATAATGAAGAAGTTGAAATTAGTAAATCAAAT AATTCCAAGAATAATAATGTGGGTGTGGAGAAATTAAAATATTCCTTTATAACACAAGAC AAGGTTTATCAAAAAATACAGGAATGTTTGTATATCGTATTAACAATTGATGAACATGTT GAATGTTATACAAGAGAATGTATAATTCCCAAGAATATAGATAAAGAAAATAGTCATAAG AATTATAATAATTATTCTTATGATAATAAAAATAACGTTAATGTTGGGAATAACCCTTGT GATAACCCTAAAAATAATTTTACTGATAACTTCTACATTTGTGTTATTATAAAAATGAAT AAAATGAATATGTTTTATTCAAACATGGATATTATTAAAGTAATATCTGAAAAAGATAAA AACGTTTTTCGGAAATTCATTTATACCATAAATAAAAATCATGAGAATTTTATAAATTTC TTTTCCTATATATTAAATATAAATTATAAAGGAAATGAGGATGATTTTATTTTAAAAAAA TATATTTTAAATTTAAAAAGAAAAAATGAATATTATAATAAAGATAAAAAATTGATAAAT GTTATGAAACCATATCATTCTCCTTTAAAATATATTTTTTTAAAGAATGAAATACAACAA AAAGGAAATATGTACAATGATAGTTATGATAATTATTGTAATGGAGTTTCATCATCTGAG GAAATATCAGATGAAAAAAAAGTCAAGAAAAAAAAAACAAACAAAAAGGATAATAATATA AATAATATAAATAATAACAACAACAACAATAATAATAACAATAATAATATTAGTAATGGT TATGATAAGTCTTATCATTACAATTTCTATAATCATGATATGTCGTGGAATGATAATAAT TATGATAATATTCATTTTGATGATAAGAATGAAAAGAAAAGAGATGATATGCCAATATTT GAAAATTCAAGGTTTTATATAAATACAAAGATAATGAAAAATATCAATGTAGATTTCAAA AATGTATGTCATACAATAATTTTGTGTGTAAAGAGATGTATACAAATATCAGATAATATA TTTAATCATTTTGAAAAGAATAAAAATTTAGAAGCCAATTTTAATATTTATGTATGTAAA AATATACTTATTAATTTTTTAAAATGTTGTTTATTAAATATAAGTTTATCTTCTTATTTG TGCGTGAAATTAAATTATGATTATATTTTAAAGGAGATATGCGAATCGAATTTAGTTGAA TATGTTTATAATATATATGATAAATATGTTTGTTTTATATTAAATCAGAATGTAAAAAGC TTGAATGATCATAAACACCTCTTACAATTTAATATAAGAAATGAAAATAAAAGGAGATCA AATGTTGATAATAAAAAAATACATAATAATAATAATAATAATAATAATAATAGTAATAAT AGTAATATTTGTAGTAGTGGGGTGGTCAAGGAATCGTCATTATATAACAATTTATGCCTT GATGATATATATGATATTTTAAGAAATAAAAAAGATACTCATGAAAATTCAAATAATAAC CAAGATGATATTACTCATCCAAATAATAATTATAAAAATGCTAACGATTCAAATGATTAT TATGATTGTCAATATAGTACTTTTTTTATTTCTGATAATACTCCATTTGTTGAAACATTG TATTCAAATTGTTTTTTAATTATGATAAACGTTTTATTAATTTGGGAAATGTATCTAGAA ATACCATTAGAAATTCTGAATAAAATGAGATATAGTTTTTTTGAACTTTTTTATAATACT ACCATTAAAATTTTAAAATTTATCAAAACTGATAAAGGTTTTTTATTTCTTTTGAATATT TTAAAATTCATTTATACAAAATTTATAAGCTTACCATTCAATCCTATTGATATCCATACA AATTTTAAAATGTATGATTTTTATGAATTTCTCATAAGTAATAAACATGATAGCAATATA AACAATCATCTTAATAATAATACTCCACATCATCATCATAATAATACTTACTATTATGGT TGTCTTGATATGGAAAAGAAAGAAGATGATAAATTCAATCAAGATAGTTTGTTTATGAAT TCAGTAAGTCCATTGAAATTTGTTCATAATAATAATGAGGAAGAATATAATGAGGAAAAA TCAAAAAATGATAGTACCAACAATATCATTAAACATAAACATACTAATGAAAAATTCAAT GAATACTGTAATTATAATATGTTAAGTGTTAATAAGAAAAAGAGAATAAGTATTGGAGGA TTGGTGCCTATATTTCTAACTAGCCAAAATAGGAATGAAAAAAAAAGCAAAAGAAAAACA ATGGTTGATTATGTATCTTATAATAAAATGGAAAATGATTCATTTACAGACGATGCAAAT ATAAGAGAGAAAAAAAAAAGAAATACCTTAACATATGATGAGAGCTCCTTTGTGAATCAT ATAGATAATGATCATAAAGTAAATTACGATTTTTATAATAAAAATGATAATGAAACTCCA AAAAATAATTATGATAACAATAAAGATATGTTATCAAGTGAAAATATAAAAGAAAGGAAA GATGATAATGAAGATGATAATGAAGATGATAATGATAATAATGATAATAATAATAATAAT AATAATAATAATAATAACAATAATAATAATATGAAGAATAAAATGAGAAATACCTATTTA AAAAATTATTATATTCCTCATATAGATTTATTATTTATTATTATAGATTTAGAAGTATAT TATTATTATGGAAAGAAGAAATATAAAAAAGTAATTTTTATTGTAGAAACCGTATTTAGA AATATTATAAATAGGTGTGACTATAATACTAAAGAATATTTAAGGTCATCCATTTCATTT ATTTATAATTATTATCAACAAATACATATAAAAAGTAATAAGAATAATATACAAAGTTGT GGTATTATTAGACATATATGTAATTTATATTTTAAATCAAAAATATTTTATTTAAACAAA AAAATTAAAAAAATGTTATCATATTATAAGGAAAAATGTAGTAATATAGATTCATTGAAA TTAAATTATAATGAAATGTATGATGTATTTTTTAATAGTTTGAAATGGAAATATTTTTTT TATTTTAAAAAAAATGTGAATTCTGAAAATTTTTATGATAACGAAAAGTATAAGAATTAT GATAATTGTGATCATTTCAATAACAATATTTTGTTGGAGGTGAAGCAAATGGAAAGTATG ATACTTATTGATGAGTTATTAAGTATACACATTAATATTTTACTATTTCTTATATTGTAT GAATATATTTGTAAATATACAAACATACATTTTGTTTTTTATTTTCGATTTATATATTTA TTTTTTAACAAAGTGTGTATTGATATCTTAAATATAATTAATTGTTTCAATCATGTAGAA TTTTTTAATCTCTTTGATTTTATATATCATAATACATATAATGATGATATAAATATGTAT GCTGTACAGAAATTAAAAAATGCCTTGACAAAAATTAATGAACATAAAATGTTAAAGAAT GATATAATACATATTCCATATAAATTTAATGGTTCTATTGAAAAAATTAATGAAAAGAAA AGTATAACATATCATCATCATCATCAAAAAAAAAAAAAAATTATTATTATTGATATTGAA GAATTGTTAGTTACTTATGTACAAATGAATTTTATTTTCTGTCGAATTTGTTGTATTTTT CTTTTCTTTCAAAATATGTGTTTTCATAAATATGATTTAATTAATAAAGAATGTAAAGTA AAGGAATATATGAAATTGTTTAGAAGTAATAGAAACATTTTTGATGCTTCGAGAGTTAAA AATGATGAAGATGAATATTTAAAAAGTGAAGCTATAAATAATAACATTGATGAAAATAAT AATATGAACATATATAATACTTCTGATTATTATGAAACAAATAAATTCGGTACAAATTAC CTTATCCCCTTTGATAACAAATCAAGTGATTATAATAAATATGACACTGATGTGTCTGTT TCTAGTATATCAGAAAATAGCTTTATTTTAGATGAATGTTCATCATATGATAGTAAGAAA GATTATATAATTTTAGAATTCATCATAGAGAAAATTGAAGAAATAAATATTGCTCTAATA TATACAAACATGTTAAAAAATTGTTATTATATAATAAAAGTAGAAATGTTATATAATTAT ATTTATAATAACATTGAAATATTAAAAAGATTTGCTTATCTAAATAATGCCTATTATTTA TATAAGTTGTATTATAATATGTTCGTTTGGGATAATAAAAATCATTTTGATGGCTTAAAA GATATAAACAAAAAGGAGAAACAAAAATATATGAACGGTTATAATAAAGATGATATGGAT GGAATGTCTCTCAAAGGTTATAGTAATAATTACACAAAAAATAATGACATTGATGACACG TCACAAAATAATGACATTGATAAAACATCACAAAATAATGATATTGATGACACGTCACAA AATAATGATATTGATGACACGTCACAAAATAATGATATTGATGACACATCACAAAATAAT GATATTGATGACACATCAAAAAATAATGATATTGATGACACGTCACAAGATAATGATAAG ACCGTTTCTCCAAAAAATAACATAAATAATAAGTATCATAAATGCTATCACATTTTTCAT ATCTTAACATTAAATCAAAGATTAAAAGAAAAGATGAATGCACGTTATATAAAATTAAAG TTTTATGATAACTCTGATTTGTTTACTACATATAATGATGACATTGTGAAAAATCAGAAT GATTCATATGAACGTACGAATGAAAATATAATGAAAAATAATAATACATGTGATGATTGT TTTTGTAAATCTTCTTTTGATATTTCGTATTTTTCATGTAATATATATAATTTTAATTTA AATTTATTTCATCCCCTTAATATTAGAAAAAATCGAAAAATACAAATTTATGAAAATAAT ACAAACAGGAACCCTTTTATTAGTTCTCAAGTTATTAATAATAAGTATTTAATGAATTTA AATAAAAAGTATAATAAGATTAAAAAATATATAATGAATTATATCATATCAACCTATTTT ATAATATTATGTTTTTATTTTAATGAATATAATATAGAAGAACATAATTTATCCTTTTAT TTTATTCTTCATTTGTTTCAAACAAAATTTCATGTTTTTAATAATAATTTTTTTTTAAAT ATAGAAAATAGATATGAATCATTAAATGAAAATATGTACAGTCCAAAACATGTTATAACG AAGGAAAATAAAAGTAGAGAAAAGAATTTTATATATTTACAAGAGTGTAAATATAAAATA TATACAGAATATGAATTGAAGAATAATATTTATCTTATATTCGAAATTTTAAATAATATA TATGATGTATATTATGGAAACATATTTGAGAATATATCAGTTCATAATAACATTGAGATA AATATTGATTTAAATTTTATAACTTATTTGAGCGAAATATATAATATTTTATTTTTCTAT AAAATGTATAAAGAATGTGTACATATATTATTATTATGTATTATGTGTACTTCTAAGTTT TTTTGTTTATATATATTTAATGAGAAACATGTATATAAAGAGGAAACTTCATTAGATTTT GTTGATAAGGGAAATGTAAAAAGTAAAATTATACACATTACGAAAAAGAGAAATACACAT ATAAATATGAATGCAGAAAATAATACACATCTTAATAGTAATAAGGTTAGGTATGATTAT TATTATAATGATTTCATGTATGAAGAAAAAGATAAGGAATCAAAAAATATAATCAAGGGG TCTCAAGAATGTGCAGAAGTGAAAAGGATAGTATATCAAGACGAAAACGTATTAGAAAAT AATAATATGAATGAAAGAGAATTTTATGCGTTTGAAAAAGTTAATATGCCTTTTTATGAT ATTAACTCAAAAAATGACAATAATGATAATAATAATAATAATAATAATAAGAGTAAAAGT AAATGTAAAAGTAAAAAGGAAAAGACAAATATATATAATATAAAGAAAAATAGAATAATA CACATTTTAAATATAATATATAATAAAATAACATACAATGTAAATGATATGAATGTTAAA GAAATATATATCAATTTACATAATTATATGCAGAACTTAATAATATGTATATCTCTTTTT TATTCTATATATATATGTCTTGAAAAATTATGTAAAAAAGAATATAATATTATTTTTTTT AATTGTGCTAATAATATTTATAATTATTATATTGAATTTTATCAATATATTAAAAATTTT TGTAAAACATATTGTAAAGAAAAAATATACATGTCTACTTTCTTTTTTGATAATTTCAAT TTAAAAATAATTAATCTGAGAATTTTGTCCATTATAAAAGAAAAAGAGATATACATAAAA AGAAAAGAAAAAAATATAAGTAAGCGTATGAACAATGATGAAATAATAAATAATAATAAA AAAAAAAAAAAAAACCATAATAATAATAACAAAAACCATAATAATAACAATAATGATAAT AATAATAATAATAATAAAGATCCTGTGAGTAAGGTGTGTTTACCTAATATTCTTCCGGAA AACATGTCATTCAGTTATATAAAAGAACAAAATGATCAAAGCAATAATTCAAATGAAGAT TCACATATTTTATTATTTCGTACAAACTTTTATTCAAAGTTTTCTTATTTATTATTTGAT ATGAGGGGAAATGTTTTTAAAGATTGTATGATTATGTTAAGAAATATCGAAAGTAGATAT AAAAATGATTGTAATTTTATTTTTCGGAATAATCTTGAACTATACTTTAATATTGTAAAA TATTTATACGAAAATAGTAAAGATCAATATATAGGATTATTTTTATTTTTTCATGGATAT ATTATATATGAACTAGAAGATAAGAAAATTAATATGATGAAAAATTTTTGTTCTTTTAAT ATATCATGTAATTTTTTCTGTTTAAAATTTGAACAACGTTCATATGATTTTGATATCGAA GGATTATCAAATTTATCAAAAAATGATTCTATTGATGATATAAAACTAAGAAATAAGTTA ATTTTAATGAATACAGAAAATCTTTATTGTAATGGTTTTTTAAGAACGGATTTTTTTTCT GTAACCAAATTTTTTAATATATATATTAAAAATATATACAAAATATTTTTTAAATTAAAT AATTTTTTTTCAAGCTATTTCTTTTTAAAAGAATTTATTATATATATATCTAGTATTTTA TATTTACCAGAAATGGTTCATATTTATATTTATTTAATAAATATTATATTAACAAGTGGA AAGGAAAGAATAGAAATATTAACACAAGAAGAATTATTTTTTGAAAATTTAAATAATGAA TTTAATATGTTTGAAAAAAAGAAGTTTGATCAAATAAATAAATATGATGTATATAATAAA GATGTTAAAATATATGAACAAAATGATTTTACAGATATTAATTATGATAAGACACCACTG AATACATATATAACAAATAAATATATATATGAATACAAAAAAGTATTGAATGAATTTTTT GTATATTTAAATTATTTAATATCAAATAAACAAAATATGAATATATTAACTCCTAAATAT AGAAAAGAAATTCTTTACATTTATTCATTGTTCATTTTAAAAAAAAAACAAAAGCAATAT TATTATTATGTTATGAAAAATAGAAAATGGAAAACAACAAATATGTTCATAGACAATTTA CAAAATATTAATCACCTAGAAGGAGAAGATAAAAACATTAATGGTGATAATATAAAGACA ACAAATGTATTACATAATACAATACATACGAAAAATATATCAGAGGATAATAATAAAAAA GAAAGAAGTAATATTATATCACCAGTTGTAAATTATGAATTTAATGATGATAATAATAAT AATATAGAGAATGATGAATTATATAATAGTAATATGGATGATATTAATAAGTTTGGAAAA AAATTTTTACAGTGCTTTAATGAATGTAATAAAATTAGAAAGAATGAAAATATATGTTTT CAATTTTTTGTTGAAAATTTATTTCTTGGACATAATATGGATACAGACATATATAATATA TATATAAATGATGAAGTAAGTGTAACAACGATTTTAAAAAATATGATATTTGATGATATA AGTAAGATTAATATAAATGAAAAGATGAATAATATGGATATAGATTATATAAAAGAGGAT GATGAGGCACACATAAAAAATACACATAATAGTATATATAATAATATATATAATAATATA TATAATAATATGCGTGATACTAATAATTGTAATGATCATATTACATATGAGAAAGAAAAA AATAACTCTACACATTTTGATAATCCATATTATGATAAAAATAATAAGTTCAATATATAC AACTTATTTAATGATATATATTATTTTAATGAAGATGATATAGAATTAAATTCAAGTGAT TTTAAGCTTATGGATATTTCAGTATTAAATTATTTACATTTAAATTATGATTTTGAAAAT AATTTAAAATATATATATAATTATATTAATAATAGATTATTTGTCTATAATTGTAAAAAG ATGAATTCCTATTTTATTAAAATATTGTATTATTATATAAACCTAGTATTTTTAAAAATA AAAAATATTTTTTGTGATGACTGTATATATGTCATTAAAAAACAACAATCTTTAAACTCA TCAGCAAATGATTGTTGCTCTAATATATTTTTTCTATTATATGTGAGACTATTATATAAT TTAAAAATACCAAAGGATATATTACATGAAATATGTTCGAATTATTTCCCAGGAAATAAG TGTAAAAAATATATAGACCTTTTATGGAACAAGCAAAAATTTGGGAATGTACCAAATAAT GAATGCGATTATAATAAAATAAAAATGGTGGTTCAAAAAGGTGGTATGAACAAAACGGAA AAAAGTCCTCAAGAATATGATACACACAATAATGATAATAATAATAATAATAATATTAAT AATAATGAGGACTGTGGTAATTCTTGTAATACTGGAGATAATAATTTTAATTGTAAAAAT CGTTGCCAACCCAATCCAGATATATTATTCTTATATTTAGTAGAAATATTTTTATTTCCT GATAAAGATTGTAGTTATTTTGAAGTGCTTAGTACATGTTATCAATTTATAATAAATATA AAAGGAGGTAGAGAAAATGTATATATGAAAGATGAAATGTTAAAAAGGATGTATGAAATA TTAAAAAATATACTTTTAAAACAAAATTATGAAAATATTTATTATTTTCAAATTATCCTA ATATATACTTCATTATTATTATACAACACTCACATGAAATCGTTAGTATATGAAATGAGG ATAATAGCTCAATTTTATTTAGATTTTATATTTTTTTTTATAGAAAATATAAAAAATAAT TTGATTATTTTGGATATAATAAAATCGTACGCTGCTGATCAGAAGGATATGTGTGATATG GAGAAAAATAATAATATCATGAGTGATCAAAAAGAAGAAGAAAAAAAGAAAATTAATAAT AATGATAATAATAATAAAAATGAAAATAATAATAAAAATGAAAGTAATAATACAAATGAA AATAATAATGATAATAATTGTAATAATTTTTATAATGATGAACAAAATATATTTTTTTAC TTATTAAAATGCTATTTCAGAAAAATGATATCATTATTGTATTTATATACAGACGAGTTA ATATTGTATACTATTAAACATAACATCGATTTCGAAATAAACGAAAGAGAATATTTTAGA AAGAACGTATGTACGAGTATAAATTCAGATATTATATATAAATATATGAATGTTAAAGAA GTGAATCTAAGTAATTTATGTATTTATTGGGACTATACAATTATTTCTGTAAGTCAAGAT AAAAATAGTTTATATATATCACGATGTTATAAAAATTTTCTATTAATATTAGCTCAAATG TTTAAAATATATCATGAAAATGAACTGATTAATAGGATATTTTCAACTGACTTTTATAAT ATGGACATAGTAAATGATATAAACGAATTATCGTTTATTATAAATAATCAGGACCAAAAC ATATATAATAATATAAAAAATAATATAAATAATAATATAAATAATAATAATAATAATACT ATTAGTAGTAGTAGTAGTATTAGTAGTAGTATTAGTAGTAGTAGCATGAATAATAATATT GATAGTAATTGTAATAAACTCAAATCCTATTGTAACCTGTTTAACATTCTAAATAATAAC GACTTGTTAGAAAAACACTTTGATTCAATGTTTGATACTTATGTTATCAAAAGTAATATA AGAGAATGGTTAAATGATAACTTGTATTATTCAACGAAGGATATCGAAATGAATAAACAA GGATATACACACGAAAAGAACTCAACCTGTAATTATAATAATGTATTAAATAAACATAAT ATAAACGAAATAAAAAATGGAGAATATATTGCATGTCCTGAAAATTGTGACATCTTAAAA AGTGATGAAAAATCTTTATTCATATCACAATTAAATCATTATAAAAAAGAAAATTTTTTT TATAATTTTAATATATATGACGTAGTCAATGTTGATAAGGAAATAGATATGAAGGAACAA AGACATGTGAATAATTCAAATAATATAATAAACAATGTGAATGTAGTCCATCTTTTTATT TTATTGAATAAAAGAGCAAATGAATGCTTAAATAGGAAAAGGGTTGAATATTTTCATGTT GAGAAGATCCATTTAAATATTGAAAGGTATACATATAAAAACAAATGGAATTATATAAGA AAGTTGGAAAAATTTTTAAAGCAATATCAACATATGATTAAGGTTATGTGTGAAATATTA AGTGAATCAAAATATGTAGATAGAAATGAAATCAATTTAAGAAAATGTGTAGATCAATGG TGGAAAAATAGGTATTTATTAGAGCAGCATTTGAAAATCTTGAATCTGGATATATCAAAT AGTTTAGGTTTTTCTATACATAAATTAATGTCAATTCCTTTAATTAATATAATAACAAAA TGGAACATTATGGATGATAAATCGATGAAAAATTATACAGCAGAAGATGATAATAATAAT GAAAATTATAATAATATTGAAAATTATAATGATAATGAAAATAATTATTATTGTGATGTA CTTGAAGATGAAAAAAAGAATATTTCCACATTAAATCATTCAAAAAACGACGAAGAAAAT TATGTACATAACACCATATCACCTTTAAATAATCAGTTATATTACTTAAAAGCTAATTTT GATATTTTTATTTATATTTTTTATTTTCATCAAATTTTGAGGATCCTCAGATGGTTAAGA AAATGGAATAAATTTATTCTTCCACTAAAATACTGGAGTGAAATTGACTATATAAATGTC CTTATAAATTTAACCATATTTTCGGTAACACTAAAAAATTGTAATCTCGAAATTATTAAT GTAAAAAAAAAATATTTGCAAAAAATGTGTAATTTGAAAAAAAGGAGAGATGATAAAAAT GTGTCAAAGGATTATTTTTGTAAGGAGGAAATAATTATACAAAATGGAAATAAAAATGAT GACATAAATAATGTAAATAAAAATAAAACTAATTATTATAATTATAATGATAATCATAAT ATGAAACAGAAGAATATTGATTTTTCTAATGATATTTTAAGTAAAAATGAGATCCAACAT TCTGATTATATTATTGACCAATATAATATTTCATATTATGAAAACTTTATTAATGAACAT AATATTAACAAGAAAGATAATATCATTATTAAGAATAACCGTAATTCCTTAAATATCAAC AAAACTAGCACGTCCTATTTACCATGTTACAATAAAGATATTGAAGATATTCTTATTTTT AAAAAAATGATTGAAAAGAAAAAGGAAAAAGAACCAACGGATACAAAAAAAGGAAAAATT AGGGGAAGACGACATACATACTGTGAACAAAATATATATTCCGTAGAAGAATATGGGGAA AATAATATATATCTTAGACCTAACATGAATCCTACTATTAAGAATGATGTAGTAAAGAAC AATACTAATAATTCAAAATACACAAATTGTAATATACCAATAAATAGTATTAACTCATGT AATAATAATATAGAAAATTATGATGAACTTGAAGAAAAAAAAAAAAAAAAAAAAAATTCA TCTAGTATAACAAGTAATACAAAAATGAATATCAAAAAAAAAACTGATAATTTCAATAAT AATAATGTTTATGAATATTTGAACCCATTGAAAAATACAAATAATTCTGAATGCGAAATA AATGAAAATTATAAATTAGTGAATAAAAAAAAAAATAATAAAAGAAATACAATATCTGGT ATTTTCTTTGATTATGATATGAAACAAAGATATGAAGAATTACCAGAGAAAAATTTTTTG AAATTTTTAGATTTAAGAAAAAAATGTGTTAAAGGATTATTGAGATGCTCTTTTATTAAA TTAAGAATGTATTTATATCATATATTAATAGATGTTTTTGAGAATGCAGATATAGATCCA ATGAATATTTTTGACCTTTTTAATATTATAACACATTCATTTATTAAGGATGTCTTATTT TGTAACCTTACAATAGATAAAACTAATAAAGATAAATATATATATACAAGAAATGTAGAA AATAATAGTGTAAGAAAAAATCCTGTTATTTTATATGTGCATAGTAATTTAAGTAGAATA TCTTTAGAAAACTTGGAACCTTTAAAGGATTCATATATTGTAAGGGGTGTGAGTAAAATG GTAACTACTTATTTGTATAAAAGGTTGGTAAATAAGATAAAGCGTGGTAAAAGTATAGGT AAAAAAAAAAAATACATTTATGATAATAAGCATGACGAGGATGAATATAATAATAATGAT GAGGATGATTATAATAATAATGATGAGGATGAATATAATAATAATGATGAGGATGATTAT AATAATAATGATGAGGATGAATATAATAATAATGATGAGGATGAATATAATAATAATAAT AATGAGGATAATTATAATAATAATGTGGATGATATGGATATGAAAAAATATATAAATTAT GAATATAATAAAAAATGGGAGATCGATTCATCTGAAAATGTGTGTGATAAAAAAAATGTG GCGCGTAGAGCGACATATAATTCGACAACTTTGAAGGATATAAATAAAAATATAAATAAT AATAATAATAATAATGATAGTAAGATTGTGACGAAGAATGGTATTATGAAGGATAATCCA AATGGTAATTATAACATTTTCAATTTTTATGATAACAAGAATTCGTTTAATAAGAACCAA GGTAAAACATTTGATAATTCAATAAATATGAAAAGAAAAAATGAAAAAGAGGAATATGTT ATAATTGACGATGATGATACAAATAATAATAATAATAATAATAATAATAATAATCTTCTA AATAATAAAAAAGGAGATAATAATTACAATTTAATTGTTACAAAAGAAGAAGAAAAGAAC CCAATGTATTCAAATAAAAGTAATAATACAAAAGAAAAGAAAAATCATAAAAGATCAAGA AAAAGCATGAATATTGAATATTCCTTTATAAATCCTTTTCTTAATAAATATAAGGAAAGA TCAAAAAATAAAAGAAATTTCACTTCATGTAGTACACAATTTTTAAGTGATAAAGGAGAA GAAGAAAAAAAAAGAAAGGATGAATATAATATGAGTGAAAAAGAATATATATTGGATAGA AATAAAAAAAAAAAAACTATAAAAAATAATAAAAGTATAATTTCAAGTAATATATCCATA ACACGTTCTTTATCAAATTCATCAGATTCATCTGTAGAATTAGTACAAAATGAAGATGAA CTTAAGAAAATTTTTATGAATGTTAGAAATTCATTAAATTTTCAAAATATAATGTCAATT GATAATAAAGAAGAATATTGTGATTATCTTTATTCTAAAAGAAAAAATAGCATAAGTGAA TCTGAAGCATATTTTGGTGAAAAAAAGATGAAGCGTATGAGTTCATTTTTAAAAACCTCG AAGAAGGATAAAAGAAGAACATATTCAAATGAAAGAGAATATGGATCAAAAACATACGAA GTTAATGGTATAAAATATGTACCATATTATATTAGTAGCCCAAGAATAATTGATCCTTAT AAAAGTAAAATATTTTTTTTAATTAATCCTAATGGTGATTTAAAAAGGACTGAAGATGCT ATTATTCCATTTATATATCATAAAAATAAAGAAAAATATAAATATAAAAATTGGGATGGA TATATTGGTAATGTACCAAATGAAAATATTTTAATAGATCATTTATGTAATGATGATTTA TTTTTGTATTGTGGACACCAAGGTGCAGAACAATATATGAAAAAAGAAAACATTAAAAAT GGATTACCTAGTCTAGAATTCATTATAGATTATATTGTTGAAAAGAAAATTATAAATTTG AAAAAGTATCCTAAAATAAAGGAAGTAATAAATTTATATACTAATAAATATAATAATAAA AAAAATCAACAAGTAGAAAATAGTTCTAATGCAAAACAAAATATAAATCAAAGGAAGAGA AACTCTTCTACATTTACTTTAACAAAAAATGAAAAGAACACACGTAATTTTATAAAAAAA GATATGAAAAGAAAAAATATAGGATCTATTAATAATATATTAGTTCATTTAGAAAATATA AAACGAAAGAACACTACAAAAAATAAGGATAATATTAGTGATGATAATAATGTTGATGGA AATAATATGGATAATGATAATAATAATAATAATAATAATTCAAAAATATATATAAGTCCA CTTAGCAAAGGATTAAATTGTTGTACATTCTTAATAGGTTGTAGTTCTGGTCTTATTTCA TCATACGGTTTTGATTTAGATGCCTGGGGTACTGTTTATGATTATATAGTAGGAGGATCT TTATTTGTTTTTGGAAATTTGTGGAATGTAACTGACGGAGAAGTAGATGGATTTACACAG AACTTTTTATGGAAATGGACACAACCAAATTCTTCTTCTTTATTTCAAGCAAAATTCATA TATAATGAAAAATTACCATCTTTGAATTTAAGCTTTAGTTTCTTTTTGGAATTATTTTTA AAAAATATGAAAAATAATCAAAATATAAAAAATTATCAAAATATAAAAAATAATCAAAAT ATAAAAAATAATCAAAATATAAAAAATTATCAAAATATAAAAAATTATCAAAATATAAAA AATATTGAAAAATTATTTAATAACAATATAAATTTACTAAAATTAGATATGGATATTGGT GACAATTTTATTACTGTACCTATGAATATCTATAAATTTATAATAAAAAATAAGTTTTTC TATATATATTTCACAGATTATTATAATACGAATATTTTTGTAAATAAAAACCTTTATTAT ATTAATCAAAATAAGAAATATATGTGGTTAAGTATAACAGAAGCCTTAACAGAAGCTAAG CAATATTGTCGCCTACCCTACGGTACAGGTTCTGCAGGAGTTATGTACGGTTTGCCCATA TAG
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    MVRSNLNVYDKLDRIVSDVLQNIDEEYKNGGSDEKVYIKFYELFHKESYIEKLNYNDLIN TFKDKNIHKYLFYMFECVLNKISLKNNMKYLDFLFIILRYITYFWFYLSEDNKLILISYY YSKLIDLLYNLKLKKSALLINMYNILIYFYIKDKKKVIFEIKKIKENDASTHIKNLILEL NKILIYEQVKLITKITKEYYIDCLNEDIEKKLSKLILAEEDMNNFIKECNLYNYMWVCDE KIRYNNNDKCNNDKCNNDKSNNDICNNNICNNNIYNNDKCNSNVYNNKIQTNVTKKKKKE ENYFSFFIKYKNKNDIEMFINCHPFSINSSYKIFLNFLKNFFKIIIDDFDTFFFFLSLFY LEYFLIYCHFFEIIYFIHLSNHEKNYNNVDTNNINVNSLDTNNINVNSLDTNNINLNSLD TNNINLNNIDMNNMCDLQKKYNSKNIYKDTKFTSVNVSANNVATTYDECIFLNNNKQNKR IIWNIIFDALRKKFISDVKNVNYVLKIFKYTFSFFSFQKNLYLKRDNRTYIDNYIHNTLY NFRYISSIYLKELLKFCLSFITNILYSKHLTEEIIFKSISYIFHLLSKLLCNTNNDIKEF ILCDTDNNIVLISIITHIYKYFKKLYFSKNNEEVEISKSNNSKNNNVGVEKLKYSFITQD KVYQKIQECLYIVLTIDEHVECYTRECIIPKNIDKENSHKNYNNYSYDNKNNVNVGNNPC DNPKNNFTDNFYICVIIKMNKMNMFYSNMDIIKVISEKDKNVFRKFIYTINKNHENFINF FSYILNINYKGNEDDFILKKYILNLKRKNEYYNKDKKLINVMKPYHSPLKYIFLKNEIQQ KGNMYNDSYDNYCNGVSSSEEISDEKKVKKKKTNKKDNNINNINNNNNNNNNNNNNISNG YDKSYHYNFYNHDMSWNDNNYDNIHFDDKNEKKRDDMPIFENSRFYINTKIMKNINVDFK NVCHTIILCVKRCIQISDNIFNHFEKNKNLEANFNIYVCKNILINFLKCCLLNISLSSYL CVKLNYDYILKEICESNLVEYVYNIYDKYVCFILNQNVKSLNDHKHLLQFNIRNENKRRS NVDNKKIHNNNNNNNNNSNNSNICSSGVVKESSLYNNLCLDDIYDILRNKKDTHENSNNN QDDITHPNNNYKNANDSNDYYDCQYSTFFISDNTPFVETLYSNCFLIMINVLLIWEMYLE IPLEILNKMRYSFFELFYNTTIKILKFIKTDKGFLFLLNILKFIYTKFISLPFNPIDIHT NFKMYDFYEFLISNKHDSNINNHLNNNTPHHHHNNTYYYGCLDMEKKEDDKFNQDSLFMN SVSPLKFVHNNNEEEYNEEKSKNDSTNNIIKHKHTNEKFNEYCNYNMLSVNKKKRISIGG LVPIFLTSQNRNEKKSKRKTMVDYVSYNKMENDSFTDDANIREKKKRNTLTYDESSFVNH IDNDHKVNYDFYNKNDNETPKNNYDNNKDMLSSENIKERKDDNEDDNEDDNDNNDNNNNN NNNNNNNNNNMKNKMRNTYLKNYYIPHIDLLFIIIDLEVYYYYGKKKYKKVIFIVETVFR NIINRCDYNTKEYLRSSISFIYNYYQQIHIKSNKNNIQSCGIIRHICNLYFKSKIFYLNK KIKKMLSYYKEKCSNIDSLKLNYNEMYDVFFNSLKWKYFFYFKKNVNSENFYDNEKYKNY DNCDHFNNNILLEVKQMESMILIDELLSIHINILLFLILYEYICKYTNIHFVFYFRFIYL FFNKVCIDILNIINCFNHVEFFNLFDFIYHNTYNDDINMYAVQKLKNALTKINEHKMLKN DIIHIPYKFNGSIEKINEKKSITYHHHHQKKKKIIIIDIEELLVTYVQMNFIFCRICCIF LFFQNMCFHKYDLINKECKVKEYMKLFRSNRNIFDASRVKNDEDEYLKSEAINNNIDENN NMNIYNTSDYYETNKFGTNYLIPFDNKSSDYNKYDTDVSVSSISENSFILDECSSYDSKK DYIILEFIIEKIEEINIALIYTNMLKNCYYIIKVEMLYNYIYNNIEILKRFAYLNNAYYL YKLYYNMFVWDNKNHFDGLKDINKKEKQKYMNGYNKDDMDGMSLKGYSNNYTKNNDIDDT SQNNDIDKTSQNNDIDDTSQNNDIDDTSQNNDIDDTSQNNDIDDTSKNNDIDDTSQDNDK TVSPKNNINNKYHKCYHIFHILTLNQRLKEKMNARYIKLKFYDNSDLFTTYNDDIVKNQN DSYERTNENIMKNNNTCDDCFCKSSFDISYFSCNIYNFNLNLFHPLNIRKNRKIQIYENN TNRNPFISSQVINNKYLMNLNKKYNKIKKYIMNYIISTYFIILCFYFNEYNIEEHNLSFY FILHLFQTKFHVFNNNFFLNIENRYESLNENMYSPKHVITKENKSREKNFIYLQECKYKI YTEYELKNNIYLIFEILNNIYDVYYGNIFENISVHNNIEINIDLNFITYLSEIYNILFFY KMYKECVHILLLCIMCTSKFFCLYIFNEKHVYKEETSLDFVDKGNVKSKIIHITKKRNTH INMNAENNTHLNSNKVRYDYYYNDFMYEEKDKESKNIIKGSQECAEVKRIVYQDENVLEN NNMNEREFYAFEKVNMPFYDINSKNDNNDNNNNNNNKSKSKCKSKKEKTNIYNIKKNRII HILNIIYNKITYNVNDMNVKEIYINLHNYMQNLIICISLFYSIYICLEKLCKKEYNIIFF NCANNIYNYYIEFYQYIKNFCKTYCKEKIYMSTFFFDNFNLKIINLRILSIIKEKEIYIK RKEKNISKRMNNDEIINNNKKKKKNHNNNNKNHNNNNNDNNNNNNKDPVSKVCLPNILPE NMSFSYIKEQNDQSNNSNEDSHILLFRTNFYSKFSYLLFDMRGNVFKDCMIMLRNIESRY KNDCNFIFRNNLELYFNIVKYLYENSKDQYIGLFLFFHGYIIYELEDKKINMMKNFCSFN ISCNFFCLKFEQRSYDFDIEGLSNLSKNDSIDDIKLRNKLILMNTENLYCNGFLRTDFFS VTKFFNIYIKNIYKIFFKLNNFFSSYFFLKEFIIYISSILYLPEMVHIYIYLINIILTSG KERIEILTQEELFFENLNNEFNMFEKKKFDQINKYDVYNKDVKIYEQNDFTDINYDKTPL NTYITNKYIYEYKKVLNEFFVYLNYLISNKQNMNILTPKYRKEILYIYSLFILKKKQKQY YYYVMKNRKWKTTNMFIDNLQNINHLEGEDKNINGDNIKTTNVLHNTIHTKNISEDNNKK ERSNIISPVVNYEFNDDNNNNIENDELYNSNMDDINKFGKKFLQCFNECNKIRKNENICF QFFVENLFLGHNMDTDIYNIYINDEVSVTTILKNMIFDDISKININEKMNNMDIDYIKED DEAHIKNTHNSIYNNIYNNIYNNMRDTNNCNDHITYEKEKNNSTHFDNPYYDKNNKFNIY NLFNDIYYFNEDDIELNSSDFKLMDISVLNYLHLNYDFENNLKYIYNYINNRLFVYNCKK MNSYFIKILYYYINLVFLKIKNIFCDDCIYVIKKQQSLNSSANDCCSNIFFLLYVRLLYN LKIPKDILHEICSNYFPGNKCKKYIDLLWNKQKFGNVPNNECDYNKIKMVVQKGGMNKTE KSPQEYDTHNNDNNNNNNINNNEDCGNSCNTGDNNFNCKNRCQPNPDILFLYLVEIFLFP DKDCSYFEVLSTCYQFIINIKGGRENVYMKDEMLKRMYEILKNILLKQNYENIYYFQIIL IYTSLLLYNTHMKSLVYEMRIIAQFYLDFIFFFIENIKNNLIILDIIKSYAADQKDMCDM EKNNNIMSDQKEEEKKKINNNDNNNKNENNNKNESNNTNENNNDNNCNNFYNDEQNIFFY LLKCYFRKMISLLYLYTDELILYTIKHNIDFEINEREYFRKNVCTSINSDIIYKYMNVKE VNLSNLCIYWDYTIISVSQDKNSLYISRCYKNFLLILAQMFKIYHENELINRIFSTDFYN MDIVNDINELSFIINNQDQNIYNNIKNNINNNINNNNNNTISSSSSISSSISSSSMNNNI DSNCNKLKSYCNLFNILNNNDLLEKHFDSMFDTYVIKSNIREWLNDNLYYSTKDIEMNKQ GYTHEKNSTCNYNNVLNKHNINEIKNGEYIACPENCDILKSDEKSLFISQLNHYKKENFF YNFNIYDVVNVDKEIDMKEQRHVNNSNNIINNVNVVHLFILLNKRANECLNRKRVEYFHV EKIHLNIERYTYKNKWNYIRKLEKFLKQYQHMIKVMCEILSESKYVDRNEINLRKCVDQW WKNRYLLEQHLKILNLDISNSLGFSIHKLMSIPLINIITKWNIMDDKSMKNYTAEDDNNN ENYNNIENYNDNENNYYCDVLEDEKKNISTLNHSKNDEENYVHNTISPLNNQLYYLKANF DIFIYIFYFHQILRILRWLRKWNKFILPLKYWSEIDYINVLINLTIFSVTLKNCNLEIIN VKKKYLQKMCNLKKRRDDKNVSKDYFCKEEIIIQNGNKNDDINNVNKNKTNYYNYNDNHN MKQKNIDFSNDILSKNEIQHSDYIIDQYNISYYENFINEHNINKKDNIIIKNNRNSLNIN KTSTSYLPCYNKDIEDILIFKKMIEKKKEKEPTDTKKGKIRGRRHTYCEQNIYSVEEYGE NNIYLRPNMNPTIKNDVVKNNTNNSKYTNCNIPINSINSCNNNIENYDELEEKKKKKKNS SSITSNTKMNIKKKTDNFNNNNVYEYLNPLKNTNNSECEINENYKLVNKKKNNKRNTISG IFFDYDMKQRYEELPEKNFLKFLDLRKKCVKGLLRCSFIKLRMYLYHILIDVFENADIDP MNIFDLFNIITHSFIKDVLFCNLTIDKTNKDKYIYTRNVENNSVRKNPVILYVHSNLSRI SLENLEPLKDSYIVRGVSKMVTTYLYKRLVNKIKRGKSIGKKKKYIYDNKHDEDEYNNND EDDYNNNDEDEYNNNDEDDYNNNDEDEYNNNDEDEYNNNNNEDNYNNNVDDMDMKKYINY EYNKKWEIDSSENVCDKKNVARRATYNSTTLKDINKNINNNNNNNDSKIVTKNGIMKDNP NGNYNIFNFYDNKNSFNKNQGKTFDNSINMKRKNEKEEYVIIDDDDTNNNNNNNNNNNLL NNKKGDNNYNLIVTKEEEKNPMYSNKSNNTKEKKNHKRSRKSMNIEYSFINPFLNKYKER SKNKRNFTSCSTQFLSDKGEEEKKRKDEYNMSEKEYILDRNKKKKTIKNNKSIISSNISI TRSLSNSSDSSVELVQNEDELKKIFMNVRNSLNFQNIMSIDNKEEYCDYLYSKRKNSISE SEAYFGEKKMKRMSSFLKTSKKDKRRTYSNEREYGSKTYEVNGIKYVPYYISSPRIIDPY KSKIFFLINPNGDLKRTEDAIIPFIYHKNKEKYKYKNWDGYIGNVPNENILIDHLCNDDL FLYCGHQGAEQYMKKENIKNGLPSLEFIIDYIVEKKIINLKKYPKIKEVINLYTNKYNNK KNQQVENSSNAKQNINQRKRNSSTFTLTKNEKNTRNFIKKDMKRKNIGSINNILVHLENI KRKNTTKNKDNISDDNNVDGNNMDNDNNNNNNNSKIYISPLSKGLNCCTFLIGCSSGLIS SYGFDLDAWGTVYDYIVGGSLFVFGNLWNVTDGEVDGFTQNFLWKWTQPNSSSLFQAKFI YNEKLPSLNLSFSFFLELFLKNMKNNQNIKNYQNIKNNQNIKNNQNIKNYQNIKNYQNIK NIEKLFNNNINLLKLDMDIGDNFITVPMNIYKFIIKNKFFYIYFTDYYNTNIFVNKNLYY INQNKKYMWLSITEALTEAKQYCRLPYGTGSAGVMYGLPI

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IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
PF3D7_08096001341 SNEEKSKNDS0.994unspPF3D7_08096001341 SNEEKSKNDS0.994unspPF3D7_08096001341 SNEEKSKNDS0.994unspPF3D7_08096001377 SKKRISIGGL0.995unspPF3D7_08096001396 SNEKKSKRKT0.996unspPF3D7_08096001414 SMENDSFTDD0.993unspPF3D7_08096001962 SVSVSSISEN0.993unspPF3D7_08096001978 SSSYDSKKDY0.997unspPF3D7_08096002163 SDKTVSPKNN0.995unspPF3D7_08096002222 SNQNDSYERT0.994unspPF3D7_08096002367 SNRYESLNEN0.991unspPF3D7_08096002385 SKENKSREKN0.997unspPF3D7_08096002624 SSKCKSKKEK0.997unspPF3D7_08096002837 SQSNNSNEDS0.997unspPF3D7_08096002970 SSKNDSIDDI0.993unspPF3D7_08096003602 SKTEKSPQEY0.993unspPF3D7_08096004049 SKHFDSMFDT0.991unspPF3D7_08096004071 SNLYYSTKDI0.998unspPF3D7_08096004245 YSESKYVDRN0.993unspPF3D7_08096004308 SMDDKSMKNY0.995unspPF3D7_08096004354 STLNHSKNDE0.995unspPF3D7_08096004417 YSEIDYINVL0.991unspPF3D7_08096004861 SLSRISLENL0.994unspPF3D7_08096004898 SKRGKSIGKK0.994unspPF3D7_08096004916 YDEDEYNNND0.992unspPF3D7_08096004924 YDEDDYNNND0.993unspPF3D7_08096004932 YDEDEYNNND0.992unspPF3D7_08096004940 YDEDDYNNND0.993unspPF3D7_08096004948 YDEDEYNNND0.992unspPF3D7_08096004956 YDEDEYNNNN0.992unspPF3D7_08096005079 YEKEEYVIID0.992unspPF3D7_08096005230 SNSSDSSVEL0.996unspPF3D7_0809600756 SIKVISEKDK0.995unspPF3D7_08096005277 SKRKNSISES0.998unspPF3D7_08096005279 SKNSISESEA0.994unspPF3D7_08096005300 SFLKTSKKDK0.997unspPF3D7_08096005309 SRRTYSNERE0.994unspPF3D7_08096001080 SNKRRSNVDN0.998unsp

MAL8P1.113      



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