cgd6_4290 | MATH/TRAF domain/WD40/YVTN repeat containing protein

  • Computed_GO_Component_IDs:        

  • Computed_GO_Components:        

  • Computed_GO_Function_IDs:  GO:0005515      

  • Computed_GO_Functions:  protein binding      

  • Computed_GO_Process_IDs:        

  • Computed_GO_Processes:        

  • Curated_GO_Component_IDs:        

  • Curated_GO_Components:        

  • Curated_GO_Function_IDs:        

  • Curated_GO_Functions:        

  • Curated_GO_Processes:        

_IDPredictionOTHERSPmTPCS_Position
cgd6_4290OTHER0.9998950.0000410.000064
No Results

  • Fasta :-

    >cgd6_4290 MVRNGDQSLINISSTDKSDKWDLKHKNEEIPTRKVVEESSLEYYERSSRSASHFGKVYNG LYPVGPRLPSFSSSNKRSRLQSTYNEDEFSSSSANSSVINSDDKMYIDFPIRNFWKIAKT PIDMESPQIGYCRGFYYRLLVHPRGGSCNDSESSYLSVFLEALYHESYPDDWIFPNVRFQ LSVVNFLDPKANITSWAHWTFSHDAMSRGWHKMVSHVRLTRAAGFVDDEGTVLIRGRAEP PFPRIWSRSPKCRPWSIWGTLPYRNASALAQYKPCITGTRQDQNQGCSDKHVITTNLCAF HELAENSNRGLLSCRAESLSSESCGISQHQLEGSLLVGSTPLSIMDRLLWSSSNLFVPTL RSQLNVDFVPAFVHLLYHIKEFRRAIFSWNPRIPKKCSTNQNPNSSERSKKHDPNHSPAS FIDPQQPRTSIIEALQKTFAYMTLWPIAYSVKRSIRHSWQERIATDPSLVDDWCFSKCCK CGGEFDSYPNSPEMTDTSSLHTSNSRNGRHCASDKSIPTQSSIFKEKECLRCKLPPVPDC SWIMKALYMNDLQRIDVADPLMRFHCFIFGAIYLESAHAILQIAAHHRKSIPQNFRGSEK FANLESSEGKDEFERSELTDGEYKEFRESDERSLGSQRTRDQEQSRGQGRGQGQSQNQDQ DQNQYYDHGQTQGRDMNISISSIFDLEEDLRVPTEFDNTCRVLFSSVAEDGGDCFSDYST CCLRAKHIHSIPKAIEHYAHRFKRFPETLFIYFTPPKNAKKGELFDVPFRLEASFLLENS NVNVNTGIGVVDQDFKGIKSDNRGQNTNQQEDIQPLVTEQFQDDEVIDESTPDLKGKVRG NKEATGSESGQNTTSVVLDNNDSALCVESNDEYSLEYVSEDGFDENQDTSIQSDSQDDTT GHKSDVKSPNSENFFGSSSQYMEKWYSLYGVIIKEGDASGSNSTRSVHQLLIRPEEDGPW FRICDGLVERLIPKIEFTEWKCHGGFFCAAAVYIAEDYIDSIAAGDVMADCDIKTINPKL YQETLDLLEVSEEELQYIPSWVSTQVNTYGPNNVHLEMPSSEVDHLAMCVDIANVTVCDS TTCVFGHPLMDAGLSIDPYSLWMLVDYRWGWPLVNSYFQLQEPLVQAFSADPSVILSGRT ILTPSAQKLLNSLSFKSLRDSIPKFWSLLFDIMLGPDLDSKDLDAILQVVPHLRSLSANI FLEIHRLLEEFGISEESQDLLFSQSELYSALEPDVNHCEINKDDLQDQDQDQQHDKGCLK EYLKNNITIEDKLVPYNKVKMILYPSIPSHPPSFQLNQNEITPSYNIALNFINRLHILLW PHLIHFIYELLPVAITIRLKRLLFKSSDDLLFDPRLTPEDLCARFLTESKFLLESSCCPL NLIRFCDNKQLLNAAINQVAAALDIHGSSYTAASCSLSCPTNRMIDRFASELGSSNFVVP ILVYITQILLSGTLYRVSSKLLPPEALYTWPTSSSNQESLSLTGIGNLINHKDSTPSKQS TGSKKRNSSNKSSSGTASSNGLIVPNPLSEAIQHLQVNQVSFSHIDPYVFIPLHTFHAVS TPLLVNIIFENDLIGRKSFASESFLCASRVLHVNRLATVRHLYSAIRKVLYQQFLDTKIS NSLDTPDVTPLDTPQSKNNNEHNTIGGRQQSSGHTHTNKKNTISNIPIPIDCEGFDLSWI PSNPLDVFCLYSLRPDTDPTRRGRLKYTYMQPNDFLENHYYGPHKSNYVTYCDVAILICV PPELKLQIPPGSQNSDHITKNSSSQMNTVSVSGVGVPGKAASLMGSISAGIGESDSDCAC LYTCPSHIAHSPVCQSSRMIEKTVPKIVSPLFKAKLIDPLWSSTKFPMNDDSVAPLLIFK WFDQTTLDITLLSASICEARKSLRDCIVSWVFPRARRMGLMPQNSSKETPNADDYTVLEE CHIRVCQNVRRWTSSIKKINRTTGDVFIVQKRYNNLGSSQPLISDCSFISPFISAALSSN SYSGIVDDFPPSLSRDELLAIITSMNTKKINQLGIFNTPIKGISGSNSPTVLDLKKNSLD RTWPISASPMGGDPKLTFSQFFDILKHGDDSGDFLASQIEDLDIYSYQNSSCKISMEDIS SLKSGTDQGNSLNQAEKGNHSVTGVSNETTSIDLKSVTTFTNTNTVQILNANNSNQNDLS AISSNSLIGGTGVAGTSGGGSKKKKKASKKLPGIPSLQKSSIVKALNAQRRLESQSTRLV DNDSADLSGLRGRDQGQDHDQDLDHDRSQGQNQNQDQGQGQGQAQDHDQDQDQHSNQYNE EESKQDNKGNEKRKEGHKEKDVERSDIKVNNLSTALKKDANSPESMDKAGLEAKPDSSSP SSSFSYGTVSLRPEKLQKVPDELFEIALESFSGDSFSVSSLVGRLLERVICRFSEISNRK KEDSSSHISETFSDSNNRSEFLLWMNGLNDLVCNLSLIGGSKKIDQTLIQREIIQLLRRL LSTETSSQQLSSVASESLSSIIKYLEDGNLEPCFKSIIYNIPQVGSGSRSLISVPGLLKT IPKYGNNFNKESFNNYYNNMYNILVPVQQRSAILFTILLIKSLTILSPSSIIEMHLGLLP KTDYIRSNSLIKSTGYKSIKSFVLLAYFLNVFGVKDAMDVIISIQGVKGFENLLIRMASY TIGLRQYATSNFIIENIEKLHDHHPSLDWVSSLRITDKLAISEEVLKKTLETICDHFSTK SNSAFAQNKKTLDLIQNVEGIVRFSDINDFAYEQAQLLEMRKVGKDSPQILVNNDDLCII LKPPFWYCPIEGTGMDEDEQDEEDKQDEQEESVEYEEELEYKEDETDGDKIENQRNDDKK RRKVKKKLDHDNIQDENNKDEKTGIRKDLKNKVSSIIIKEEDNDSEIEVEKDNNNSNTDE FEEILNSGRMESILNFLKLRCKGIGLDLRGNEKMIKRIGLKLGVEIGGPILILKNEDMEK YYNKNEILNQIHCQYIFLCHGQIQNSSDRNVSLSNIVSNASNRIFSKCLSSDGGDSIAKY NVCEHIKFKNYNKGSPSTFSLCTCISKPGNVNKIRAYMHQIGHTIVGDSKHLGQKQLSLD RRYFPNIFFYCTHLEIPLMQNNNVKKDGDHEIEEKRDGNTIILDSNAIINKESIKVMAPV SRDIMELLENDFEITEKFSDMYFCHFYKTNVELEKLDKAEKTSQVTPSDADIETRVGDDL VEYNEIKATNMKSGNVIINDEKDKRKCSESTENDNFEPLSISNTLIASLPGLGFGLTPFL GMPNSQYAASVNCSQDEKSLERKQNQRLSLSSSSSSSSSSSSSSSSSSSSSSSSSSSTSS SVHTMIPPDSASLSSPTPASTLHAKTNAGVFTSFGFGRNFLTSSVDNSTNSASIGGGIGR VGGGIGNIRGGGISSTGGMTVNNTGLRHLVSQHNQSGGGNGDGSSIINSNSNNSGNNNNS SSLPIKTHPSLVSCLTELNSKSDGSALGIGLSTSNLVPGGGNIFHQQNFMQGIMTGGTGG IGLGGIAGSLAGGAAGGVTGGVAGGVAGGAAGGLTGGGVAGVGVSPSPIFQHHGNNTAGI VNSGRYGSLTMNSGIRMDAGTGTLGNNAVQMHHQQHQQQQQSSGAKQGWNTQDLLQNPRW TSSEVNNDGFGGGVNRIVGGGGGVSEEMNVNQWNNGIGGNFRALNSRGINNSGGLNLSTV NLVTGIGIGGNIGINSNIGIGSNIGNGNSTTGLGNINVTEGTGITIGSGVTMGPGVTIGP GVTIGPGLWGQHAAQQQPSIIVDPPSQGKHSSMQQQIGGIPNIVSNLHAKNIQDGISSQR FDTFPHERGETTEHLESRQGKKSPF
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/cgd6_4290.fa Sequence name : cgd6_4290 Sequence length : 3805 VALUES OF COMPUTED PARAMETERS Coef20 : 3.730 CoefTot : -0.249 ChDiff : -80 ZoneTo : 5 KR : 1 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.888 1.994 0.319 0.697 MesoH : 1.230 0.847 0.128 0.523 MuHd_075 : 27.044 9.416 7.190 4.918 MuHd_095 : 16.826 15.258 4.537 5.401 MuHd_100 : 26.273 17.604 6.809 6.531 MuHd_105 : 32.975 18.608 8.493 6.832 Hmax_075 : 14.117 9.683 1.969 3.955 Hmax_095 : -2.188 5.075 -2.309 1.873 Hmax_100 : 4.300 9.700 0.189 3.640 Hmax_105 : 14.700 12.500 2.409 4.490 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.9574 0.0426 DFMC : 0.9471 0.0529
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 3805 cgd6_4290 MVRNGDQSLINISSTDKSDKWDLKHKNEEIPTRKVVEESSLEYYERSSRSASHFGKVYNGLYPVGPRLPSFSSSNKRSRL 80 QSTYNEDEFSSSSANSSVINSDDKMYIDFPIRNFWKIAKTPIDMESPQIGYCRGFYYRLLVHPRGGSCNDSESSYLSVFL 160 EALYHESYPDDWIFPNVRFQLSVVNFLDPKANITSWAHWTFSHDAMSRGWHKMVSHVRLTRAAGFVDDEGTVLIRGRAEP 240 PFPRIWSRSPKCRPWSIWGTLPYRNASALAQYKPCITGTRQDQNQGCSDKHVITTNLCAFHELAENSNRGLLSCRAESLS 320 SESCGISQHQLEGSLLVGSTPLSIMDRLLWSSSNLFVPTLRSQLNVDFVPAFVHLLYHIKEFRRAIFSWNPRIPKKCSTN 400 QNPNSSERSKKHDPNHSPASFIDPQQPRTSIIEALQKTFAYMTLWPIAYSVKRSIRHSWQERIATDPSLVDDWCFSKCCK 480 CGGEFDSYPNSPEMTDTSSLHTSNSRNGRHCASDKSIPTQSSIFKEKECLRCKLPPVPDCSWIMKALYMNDLQRIDVADP 560 LMRFHCFIFGAIYLESAHAILQIAAHHRKSIPQNFRGSEKFANLESSEGKDEFERSELTDGEYKEFRESDERSLGSQRTR 640 DQEQSRGQGRGQGQSQNQDQDQNQYYDHGQTQGRDMNISISSIFDLEEDLRVPTEFDNTCRVLFSSVAEDGGDCFSDYST 720 CCLRAKHIHSIPKAIEHYAHRFKRFPETLFIYFTPPKNAKKGELFDVPFRLEASFLLENSNVNVNTGIGVVDQDFKGIKS 800 DNRGQNTNQQEDIQPLVTEQFQDDEVIDESTPDLKGKVRGNKEATGSESGQNTTSVVLDNNDSALCVESNDEYSLEYVSE 880 DGFDENQDTSIQSDSQDDTTGHKSDVKSPNSENFFGSSSQYMEKWYSLYGVIIKEGDASGSNSTRSVHQLLIRPEEDGPW 960 FRICDGLVERLIPKIEFTEWKCHGGFFCAAAVYIAEDYIDSIAAGDVMADCDIKTINPKLYQETLDLLEVSEEELQYIPS 1040 WVSTQVNTYGPNNVHLEMPSSEVDHLAMCVDIANVTVCDSTTCVFGHPLMDAGLSIDPYSLWMLVDYRWGWPLVNSYFQL 1120 QEPLVQAFSADPSVILSGRTILTPSAQKLLNSLSFKSLRDSIPKFWSLLFDIMLGPDLDSKDLDAILQVVPHLRSLSANI 1200 FLEIHRLLEEFGISEESQDLLFSQSELYSALEPDVNHCEINKDDLQDQDQDQQHDKGCLKEYLKNNITIEDKLVPYNKVK 1280 MILYPSIPSHPPSFQLNQNEITPSYNIALNFINRLHILLWPHLIHFIYELLPVAITIRLKRLLFKSSDDLLFDPRLTPED 1360 LCARFLTESKFLLESSCCPLNLIRFCDNKQLLNAAINQVAAALDIHGSSYTAASCSLSCPTNRMIDRFASELGSSNFVVP 1440 ILVYITQILLSGTLYRVSSKLLPPEALYTWPTSSSNQESLSLTGIGNLINHKDSTPSKQSTGSKKRNSSNKSSSGTASSN 1520 GLIVPNPLSEAIQHLQVNQVSFSHIDPYVFIPLHTFHAVSTPLLVNIIFENDLIGRKSFASESFLCASRVLHVNRLATVR 1600 HLYSAIRKVLYQQFLDTKISNSLDTPDVTPLDTPQSKNNNEHNTIGGRQQSSGHTHTNKKNTISNIPIPIDCEGFDLSWI 1680 PSNPLDVFCLYSLRPDTDPTRRGRLKYTYMQPNDFLENHYYGPHKSNYVTYCDVAILICVPPELKLQIPPGSQNSDHITK 1760 NSSSQMNTVSVSGVGVPGKAASLMGSISAGIGESDSDCACLYTCPSHIAHSPVCQSSRMIEKTVPKIVSPLFKAKLIDPL 1840 WSSTKFPMNDDSVAPLLIFKWFDQTTLDITLLSASICEARKSLRDCIVSWVFPRARRMGLMPQNSSKETPNADDYTVLEE 1920 CHIRVCQNVRRWTSSIKKINRTTGDVFIVQKRYNNLGSSQPLISDCSFISPFISAALSSNSYSGIVDDFPPSLSRDELLA 2000 IITSMNTKKINQLGIFNTPIKGISGSNSPTVLDLKKNSLDRTWPISASPMGGDPKLTFSQFFDILKHGDDSGDFLASQIE 2080 DLDIYSYQNSSCKISMEDISSLKSGTDQGNSLNQAEKGNHSVTGVSNETTSIDLKSVTTFTNTNTVQILNANNSNQNDLS 2160 AISSNSLIGGTGVAGTSGGGSKKKKKASKKLPGIPSLQKSSIVKALNAQRRLESQSTRLVDNDSADLSGLRGRDQGQDHD 2240 QDLDHDRSQGQNQNQDQGQGQGQAQDHDQDQDQHSNQYNEEESKQDNKGNEKRKEGHKEKDVERSDIKVNNLSTALKKDA 2320 NSPESMDKAGLEAKPDSSSPSSSFSYGTVSLRPEKLQKVPDELFEIALESFSGDSFSVSSLVGRLLERVICRFSEISNRK 2400 KEDSSSHISETFSDSNNRSEFLLWMNGLNDLVCNLSLIGGSKKIDQTLIQREIIQLLRRLLSTETSSQQLSSVASESLSS 2480 IIKYLEDGNLEPCFKSIIYNIPQVGSGSRSLISVPGLLKTIPKYGNNFNKESFNNYYNNMYNILVPVQQRSAILFTILLI 2560 KSLTILSPSSIIEMHLGLLPKTDYIRSNSLIKSTGYKSIKSFVLLAYFLNVFGVKDAMDVIISIQGVKGFENLLIRMASY 2640 TIGLRQYATSNFIIENIEKLHDHHPSLDWVSSLRITDKLAISEEVLKKTLETICDHFSTKSNSAFAQNKKTLDLIQNVEG 2720 IVRFSDINDFAYEQAQLLEMRKVGKDSPQILVNNDDLCIILKPPFWYCPIEGTGMDEDEQDEEDKQDEQEESVEYEEELE 2800 YKEDETDGDKIENQRNDDKKRRKVKKKLDHDNIQDENNKDEKTGIRKDLKNKVSSIIIKEEDNDSEIEVEKDNNNSNTDE 2880 FEEILNSGRMESILNFLKLRCKGIGLDLRGNEKMIKRIGLKLGVEIGGPILILKNEDMEKYYNKNEILNQIHCQYIFLCH 2960 GQIQNSSDRNVSLSNIVSNASNRIFSKCLSSDGGDSIAKYNVCEHIKFKNYNKGSPSTFSLCTCISKPGNVNKIRAYMHQ 3040 IGHTIVGDSKHLGQKQLSLDRRYFPNIFFYCTHLEIPLMQNNNVKKDGDHEIEEKRDGNTIILDSNAIINKESIKVMAPV 3120 SRDIMELLENDFEITEKFSDMYFCHFYKTNVELEKLDKAEKTSQVTPSDADIETRVGDDLVEYNEIKATNMKSGNVIIND 3200 EKDKRKCSESTENDNFEPLSISNTLIASLPGLGFGLTPFLGMPNSQYAASVNCSQDEKSLERKQNQRLSLSSSSSSSSSS 3280 SSSSSSSSSSSSSSSSSTSSSVHTMIPPDSASLSSPTPASTLHAKTNAGVFTSFGFGRNFLTSSVDNSTNSASIGGGIGR 3360 VGGGIGNIRGGGISSTGGMTVNNTGLRHLVSQHNQSGGGNGDGSSIINSNSNNSGNNNNSSSLPIKTHPSLVSCLTELNS 3440 KSDGSALGIGLSTSNLVPGGGNIFHQQNFMQGIMTGGTGGIGLGGIAGSLAGGAAGGVTGGVAGGVAGGAAGGLTGGGVA 3520 GVGVSPSPIFQHHGNNTAGIVNSGRYGSLTMNSGIRMDAGTGTLGNNAVQMHHQQHQQQQQSSGAKQGWNTQDLLQNPRW 3600 TSSEVNNDGFGGGVNRIVGGGGGVSEEMNVNQWNNGIGGNFRALNSRGINNSGGLNLSTVNLVTGIGIGGNIGINSNIGI 3680 GSNIGNGNSTTGLGNINVTEGTGITIGSGVTMGPGVTIGPGVTIGPGLWGQHAAQQQPSIIVDPPSQGKHSSMQQQIGGI 3760 PNIVSNLHAKNIQDGISSQRFDTFPHERGETTEHLESRQGKKSPF 3840 ................................................................................ 80 ................................................................................ 160 ................................................................................ 240 ................................................................................ 320 ................................................................................ 400 ................................................................................ 480 ................................................................................ 560 ................................................................................ 640 ................................................................................ 720 .......................P........................................................ 800 ................................................................................ 880 ................................................................................ 960 ................................................................................ 1040 ................................................................................ 1120 ................................................................................ 1200 ................................................................................ 1280 ............................................................P................... 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 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 2 Name Pos Context Score Pred ____________________________v_________________ cgd6_4290 3 ----MVR|NG 0.098 . cgd6_4290 17 NISSTDK|SD 0.079 . cgd6_4290 20 STDKSDK|WD 0.063 . cgd6_4290 24 SDKWDLK|HK 0.073 . cgd6_4290 26 KWDLKHK|NE 0.060 . cgd6_4290 33 NEEIPTR|KV 0.098 . cgd6_4290 34 EEIPTRK|VV 0.093 . cgd6_4290 46 SLEYYER|SS 0.120 . cgd6_4290 49 YYERSSR|SA 0.487 . cgd6_4290 56 SASHFGK|VY 0.076 . cgd6_4290 67 LYPVGPR|LP 0.067 . cgd6_4290 76 SFSSSNK|RS 0.060 . cgd6_4290 77 FSSSNKR|SR 0.341 . cgd6_4290 79 SSNKRSR|LQ 0.125 . cgd6_4290 104 VINSDDK|MY 0.060 . cgd6_4290 112 YIDFPIR|NF 0.085 . cgd6_4290 116 PIRNFWK|IA 0.081 . cgd6_4290 119 NFWKIAK|TP 0.065 . cgd6_4290 133 PQIGYCR|GF 0.091 . cgd6_4290 138 CRGFYYR|LL 0.090 . cgd6_4290 144 RLLVHPR|GG 0.097 . cgd6_4290 178 WIFPNVR|FQ 0.077 . cgd6_4290 190 VNFLDPK|AN 0.063 . cgd6_4290 208 SHDAMSR|GW 0.120 . cgd6_4290 212 MSRGWHK|MV 0.122 . cgd6_4290 218 KMVSHVR|LT 0.103 . cgd6_4290 221 SHVRLTR|AA 0.345 . cgd6_4290 235 EGTVLIR|GR 0.065 . cgd6_4290 237 TVLIRGR|AE 0.082 . cgd6_4290 244 AEPPFPR|IW 0.100 . cgd6_4290 248 FPRIWSR|SP 0.137 . cgd6_4290 251 IWSRSPK|CR 0.204 . cgd6_4290 253 SRSPKCR|PW 0.252 . cgd6_4290 264 WGTLPYR|NA 0.085 . cgd6_4290 273 SALAQYK|PC 0.069 . cgd6_4290 280 PCITGTR|QD 0.080 . cgd6_4290 290 NQGCSDK|HV 0.081 . cgd6_4290 309 LAENSNR|GL 0.090 . cgd6_4290 315 RGLLSCR|AE 0.076 . cgd6_4290 347 PLSIMDR|LL 0.090 . cgd6_4290 361 LFVPTLR|SQ 0.093 . cgd6_4290 380 HLLYHIK|EF 0.066 . cgd6_4290 383 YHIKEFR|RA 0.086 . cgd6_4290 384 HIKEFRR|AI 0.149 . cgd6_4290 392 IFSWNPR|IP 0.084 . cgd6_4290 395 WNPRIPK|KC 0.128 . cgd6_4290 396 NPRIPKK|CS 0.144 . cgd6_4290 408 NPNSSER|SK 0.153 . cgd6_4290 410 NSSERSK|KH 0.072 . cgd6_4290 411 SSERSKK|HD 0.320 . cgd6_4290 428 IDPQQPR|TS 0.089 . cgd6_4290 437 IIEALQK|TF 0.057 . cgd6_4290 452 PIAYSVK|RS 0.062 . cgd6_4290 453 IAYSVKR|SI 0.389 . cgd6_4290 456 SVKRSIR|HS 0.381 . cgd6_4290 462 RHSWQER|IA 0.110 . cgd6_4290 477 DDWCFSK|CC 0.060 . cgd6_4290 480 CFSKCCK|CG 0.071 . cgd6_4290 506 LHTSNSR|NG 0.068 . cgd6_4290 509 SNSRNGR|HC 0.276 . cgd6_4290 515 RHCASDK|SI 0.092 . cgd6_4290 525 TQSSIFK|EK 0.071 . cgd6_4290 527 SSIFKEK|EC 0.063 . cgd6_4290 531 KEKECLR|CK 0.072 . cgd6_4290 533 KECLRCK|LP 0.053 . cgd6_4290 545 DCSWIMK|AL 0.074 . cgd6_4290 554 YMNDLQR|ID 0.083 . cgd6_4290 563 VADPLMR|FH 0.093 . cgd6_4290 588 QIAAHHR|KS 0.109 . cgd6_4290 589 IAAHHRK|SI 0.220 . cgd6_4290 596 SIPQNFR|GS 0.097 . cgd6_4290 600 NFRGSEK|FA 0.069 . cgd6_4290 610 LESSEGK|DE 0.071 . cgd6_4290 615 GKDEFER|SE 0.094 . cgd6_4290 624 LTDGEYK|EF 0.057 . cgd6_4290 627 GEYKEFR|ES 0.087 . cgd6_4290 632 FRESDER|SL 0.146 . cgd6_4290 638 RSLGSQR|TR 0.089 . cgd6_4290 640 LGSQRTR|DQ 0.200 . cgd6_4290 646 RDQEQSR|GQ 0.163 . cgd6_4290 650 QSRGQGR|GQ 0.190 . cgd6_4290 674 HGQTQGR|DM 0.133 . cgd6_4290 691 DLEEDLR|VP 0.067 . cgd6_4290 701 EFDNTCR|VL 0.077 . cgd6_4290 724 YSTCCLR|AK 0.071 . cgd6_4290 726 TCCLRAK|HI 0.084 . cgd6_4290 733 HIHSIPK|AI 0.087 . cgd6_4290 741 IEHYAHR|FK 0.098 . cgd6_4290 743 HYAHRFK|RF 0.061 . cgd6_4290 744 YAHRFKR|FP 0.770 *ProP* cgd6_4290 757 IYFTPPK|NA 0.071 . cgd6_4290 760 TPPKNAK|KG 0.063 . cgd6_4290 761 PPKNAKK|GE 0.081 . cgd6_4290 770 LFDVPFR|LE 0.065 . cgd6_4290 796 VVDQDFK|GI 0.061 . cgd6_4290 799 QDFKGIK|SD 0.092 . cgd6_4290 803 GIKSDNR|GQ 0.086 . cgd6_4290 835 ESTPDLK|GK 0.059 . cgd6_4290 837 TPDLKGK|VR 0.096 . cgd6_4290 839 DLKGKVR|GN 0.109 . cgd6_4290 842 GKVRGNK|EA 0.212 . cgd6_4290 903 DDTTGHK|SD 0.066 . cgd6_4290 907 GHKSDVK|SP 0.069 . cgd6_4290 924 SSQYMEK|WY 0.074 . cgd6_4290 934 LYGVIIK|EG 0.066 . cgd6_4290 945 SGSNSTR|SV 0.405 . cgd6_4290 953 VHQLLIR|PE 0.092 . cgd6_4290 962 EDGPWFR|IC 0.088 . cgd6_4290 970 CDGLVER|LI 0.107 . cgd6_4290 974 VERLIPK|IE 0.062 . cgd6_4290 981 IEFTEWK|CH 0.071 . cgd6_4290 1014 MADCDIK|TI 0.068 . cgd6_4290 1019 IKTINPK|LY 0.062 . cgd6_4290 1108 WMLVDYR|WG 0.079 . cgd6_4290 1139 SVILSGR|TI 0.079 . cgd6_4290 1148 LTPSAQK|LL 0.052 . cgd6_4290 1156 LNSLSFK|SL 0.134 . cgd6_4290 1159 LSFKSLR|DS 0.145 . cgd6_4290 1164 LRDSIPK|FW 0.075 . cgd6_4290 1181 GPDLDSK|DL 0.083 . cgd6_4290 1194 QVVPHLR|SL 0.170 . cgd6_4290 1206 IFLEIHR|LL 0.078 . cgd6_4290 1242 NHCEINK|DD 0.065 . cgd6_4290 1256 QDQQHDK|GC 0.066 . cgd6_4290 1260 HDKGCLK|EY 0.060 . cgd6_4290 1264 CLKEYLK|NN 0.062 . cgd6_4290 1272 NITIEDK|LV 0.059 . cgd6_4290 1278 KLVPYNK|VK 0.060 . cgd6_4290 1280 VPYNKVK|MI 0.061 . cgd6_4290 1314 ALNFINR|LH 0.076 . cgd6_4290 1338 PVAITIR|LK 0.076 . cgd6_4290 1340 AITIRLK|RL 0.051 . cgd6_4290 1341 ITIRLKR|LL 0.534 *ProP* cgd6_4290 1345 LKRLLFK|SS 0.114 . cgd6_4290 1355 DLLFDPR|LT 0.072 . cgd6_4290 1364 PEDLCAR|FL 0.089 . cgd6_4290 1370 RFLTESK|FL 0.056 . cgd6_4290 1384 CPLNLIR|FC 0.088 . cgd6_4290 1389 IRFCDNK|QL 0.064 . cgd6_4290 1423 LSCPTNR|MI 0.104 . cgd6_4290 1427 TNRMIDR|FA 0.192 . cgd6_4290 1456 LSGTLYR|VS 0.110 . cgd6_4290 1460 LYRVSSK|LL 0.064 . cgd6_4290 1492 GNLINHK|DS 0.069 . cgd6_4290 1498 KDSTPSK|QS 0.072 . cgd6_4290 1504 KQSTGSK|KR 0.066 . cgd6_4290 1505 QSTGSKK|RN 0.102 . cgd6_4290 1506 STGSKKR|NS 0.218 . cgd6_4290 1511 KRNSSNK|SS 0.138 . cgd6_4290 1576 ENDLIGR|KS 0.089 . cgd6_4290 1577 NDLIGRK|SF 0.073 . cgd6_4290 1589 SFLCASR|VL 0.072 . cgd6_4290 1595 RVLHVNR|LA 0.086 . cgd6_4290 1600 NRLATVR|HL 0.096 . cgd6_4290 1607 HLYSAIR|KV 0.103 . cgd6_4290 1608 LYSAIRK|VL 0.104 . cgd6_4290 1618 QQFLDTK|IS 0.055 . cgd6_4290 1637 LDTPQSK|NN 0.062 . cgd6_4290 1648 HNTIGGR|QQ 0.091 . cgd6_4290 1659 GHTHTNK|KN 0.062 . cgd6_4290 1660 HTHTNKK|NT 0.108 . cgd6_4290 1694 FCLYSLR|PD 0.065 . cgd6_4290 1701 PDTDPTR|RG 0.066 . cgd6_4290 1702 DTDPTRR|GR 0.105 . cgd6_4290 1704 DPTRRGR|LK 0.201 . cgd6_4290 1706 TRRGRLK|YT 0.101 . cgd6_4290 1725 HYYGPHK|SN 0.079 . cgd6_4290 1745 CVPPELK|LQ 0.052 . cgd6_4290 1760 NSDHITK|NS 0.073 . cgd6_4290 1779 GVGVPGK|AA 0.082 . cgd6_4290 1818 PVCQSSR|MI 0.120 . cgd6_4290 1822 SSRMIEK|TV 0.084 . cgd6_4290 1826 IEKTVPK|IV 0.094 . cgd6_4290 1833 IVSPLFK|AK 0.068 . cgd6_4290 1835 SPLFKAK|LI 0.083 . cgd6_4290 1845 PLWSSTK|FP 0.060 . cgd6_4290 1860 APLLIFK|WF 0.062 . cgd6_4290 1880 ASICEAR|KS 0.072 . cgd6_4290 1881 SICEARK|SL 0.121 . cgd6_4290 1884 EARKSLR|DC 0.111 . cgd6_4290 1894 VSWVFPR|AR 0.109 . cgd6_4290 1896 WVFPRAR|RM 0.086 . cgd6_4290 1897 VFPRARR|MG 0.239 . cgd6_4290 1907 MPQNSSK|ET 0.074 . cgd6_4290 1924 LEECHIR|VC 0.088 . cgd6_4290 1930 RVCQNVR|RW 0.081 . cgd6_4290 1931 VCQNVRR|WT 0.166 . cgd6_4290 1937 RWTSSIK|KI 0.064 . cgd6_4290 1938 WTSSIKK|IN 0.113 . cgd6_4290 1941 SIKKINR|TT 0.139 . cgd6_4290 1951 DVFIVQK|RY 0.060 . cgd6_4290 1952 VFIVQKR|YN 0.160 . cgd6_4290 1995 FPPSLSR|DE 0.079 . cgd6_4290 2008 ITSMNTK|KI 0.073 . cgd6_4290 2009 TSMNTKK|IN 0.122 . cgd6_4290 2021 IFNTPIK|GI 0.078 . cgd6_4290 2035 PTVLDLK|KN 0.057 . cgd6_4290 2036 TVLDLKK|NS 0.076 . cgd6_4290 2041 KKNSLDR|TW 0.090 . cgd6_4290 2055 PMGGDPK|LT 0.069 . cgd6_4290 2066 QFFDILK|HG 0.065 . cgd6_4290 2093 YQNSSCK|IS 0.066 . cgd6_4290 2103 EDISSLK|SG 0.080 . cgd6_4290 2117 SLNQAEK|GN 0.077 . cgd6_4290 2135 TTSIDLK|SV 0.126 . cgd6_4290 2182 TSGGGSK|KK 0.061 . cgd6_4290 2183 SGGGSKK|KK 0.104 . cgd6_4290 2184 GGGSKKK|KK 0.092 . cgd6_4290 2185 GGSKKKK|KA 0.363 . cgd6_4290 2186 GSKKKKK|AS 0.149 . cgd6_4290 2189 KKKKASK|KL 0.071 . cgd6_4290 2190 KKKASKK|LP 0.101 . cgd6_4290 2199 GIPSLQK|SS 0.066 . cgd6_4290 2204 QKSSIVK|AL 0.085 . cgd6_4290 2210 KALNAQR|RL 0.075 . cgd6_4290 2211 ALNAQRR|LE 0.193 . cgd6_4290 2218 LESQSTR|LV 0.130 . cgd6_4290 2231 ADLSGLR|GR 0.086 . cgd6_4290 2233 LSGLRGR|DQ 0.150 . cgd6_4290 2247 QDLDHDR|SQ 0.183 . cgd6_4290 2284 YNEEESK|QD 0.061 . cgd6_4290 2288 ESKQDNK|GN 0.070 . cgd6_4290 2292 DNKGNEK|RK 0.057 . cgd6_4290 2293 NKGNEKR|KE 0.307 . cgd6_4290 2294 KGNEKRK|EG 0.113 . cgd6_4290 2298 KRKEGHK|EK 0.070 . cgd6_4290 2300 KEGHKEK|DV 0.121 . cgd6_4290 2304 KEKDVER|SD 0.141 . cgd6_4290 2308 VERSDIK|VN 0.056 . cgd6_4290 2317 NLSTALK|KD 0.066 . cgd6_4290 2318 LSTALKK|DA 0.140 . cgd6_4290 2328 SPESMDK|AG 0.065 . cgd6_4290 2334 KAGLEAK|PD 0.071 . cgd6_4290 2352 YGTVSLR|PE 0.066 . cgd6_4290 2355 VSLRPEK|LQ 0.077 . cgd6_4290 2358 RPEKLQK|VP 0.061 . cgd6_4290 2384 VSSLVGR|LL 0.128 . cgd6_4290 2388 VGRLLER|VI 0.071 . cgd6_4290 2392 LERVICR|FS 0.124 . cgd6_4290 2399 FSEISNR|KK 0.096 . cgd6_4290 2400 SEISNRK|KE 0.074 . cgd6_4290 2401 EISNRKK|ED 0.119 . cgd6_4290 2418 FSDSNNR|SE 0.088 . cgd6_4290 2442 SLIGGSK|KI 0.072 . cgd6_4290 2443 LIGGSKK|ID 0.091 . cgd6_4290 2451 DQTLIQR|EI 0.077 . cgd6_4290 2458 EIIQLLR|RL 0.070 . cgd6_4290 2459 IIQLLRR|LL 0.141 . cgd6_4290 2483 SLSSIIK|YL 0.088 . cgd6_4290 2495 NLEPCFK|SI 0.092 . cgd6_4290 2509 QVGSGSR|SL 0.110 . cgd6_4290 2519 SVPGLLK|TI 0.058 . cgd6_4290 2523 LLKTIPK|YG 0.065 . cgd6_4290 2530 YGNNFNK|ES 0.068 . cgd6_4290 2550 LVPVQQR|SA 0.111 . cgd6_4290 2561 FTILLIK|SL 0.069 . cgd6_4290 2581 HLGLLPK|TD 0.059 . cgd6_4290 2586 PKTDYIR|SN 0.118 . cgd6_4290 2592 RSNSLIK|ST 0.094 . cgd6_4290 2597 IKSTGYK|SI 0.087 . cgd6_4290 2600 TGYKSIK|SF 0.070 . cgd6_4290 2615 LNVFGVK|DA 0.090 . cgd6_4290 2628 ISIQGVK|GF 0.064 . cgd6_4290 2636 FENLLIR|MA 0.102 . cgd6_4290 2645 SYTIGLR|QY 0.068 . cgd6_4290 2659 IIENIEK|LH 0.057 . cgd6_4290 2674 DWVSSLR|IT 0.084 . cgd6_4290 2678 SLRITDK|LA 0.077 . cgd6_4290 2687 ISEEVLK|KT 0.060 . cgd6_4290 2688 SEEVLKK|TL 0.141 . cgd6_4290 2700 CDHFSTK|SN 0.096 . cgd6_4290 2709 SAFAQNK|KT 0.069 . cgd6_4290 2710 AFAQNKK|TL 0.104 . cgd6_4290 2723 NVEGIVR|FS 0.082 . cgd6_4290 2741 AQLLEMR|KV 0.128 . cgd6_4290 2742 QLLEMRK|VG 0.066 . cgd6_4290 2745 EMRKVGK|DS 0.091 . cgd6_4290 2762 DLCIILK|PP 0.059 . cgd6_4290 2785 EQDEEDK|QD 0.072 . cgd6_4290 2802 EEELEYK|ED 0.065 . cgd6_4290 2810 DETDGDK|IE 0.053 . cgd6_4290 2815 DKIENQR|ND 0.086 . cgd6_4290 2819 NQRNDDK|KR 0.061 . cgd6_4290 2820 QRNDDKK|RR 0.100 . cgd6_4290 2821 RNDDKKR|RK 0.176 . cgd6_4290 2822 NDDKKRR|KV 0.316 . cgd6_4290 2823 DDKKRRK|VK 0.080 . cgd6_4290 2825 KKRRKVK|KK 0.171 . cgd6_4290 2826 KRRKVKK|KL 0.191 . cgd6_4290 2827 RRKVKKK|LD 0.192 . cgd6_4290 2839 IQDENNK|DE 0.064 . cgd6_4290 2842 ENNKDEK|TG 0.060 . cgd6_4290 2846 DEKTGIR|KD 0.072 . cgd6_4290 2847 EKTGIRK|DL 0.089 . cgd6_4290 2850 GIRKDLK|NK 0.058 . cgd6_4290 2852 RKDLKNK|VS 0.075 . cgd6_4290 2859 VSSIIIK|EE 0.064 . cgd6_4290 2871 SEIEVEK|DN 0.074 . cgd6_4290 2889 EILNSGR|ME 0.074 . cgd6_4290 2898 SILNFLK|LR 0.057 . cgd6_4290 2900 LNFLKLR|CK 0.123 . cgd6_4290 2902 FLKLRCK|GI 0.072 . cgd6_4290 2909 GIGLDLR|GN 0.101 . cgd6_4290 2913 DLRGNEK|MI 0.064 . cgd6_4290 2916 GNEKMIK|RI 0.074 . cgd6_4290 2917 NEKMIKR|IG 0.128 . cgd6_4290 2921 IKRIGLK|LG 0.058 . cgd6_4290 2934 GPILILK|NE 0.058 . cgd6_4290 2940 KNEDMEK|YY 0.070 . cgd6_4290 2944 MEKYYNK|NE 0.059 . cgd6_4290 2969 IQNSSDR|NV 0.137 . cgd6_4290 2983 VSNASNR|IF 0.134 . cgd6_4290 2987 SNRIFSK|CL 0.081 . cgd6_4290 2999 GGDSIAK|YN 0.058 . cgd6_4290 3007 NVCEHIK|FK 0.064 . cgd6_4290 3009 CEHIKFK|NY 0.078 . cgd6_4290 3013 KFKNYNK|GS 0.058 . cgd6_4290 3027 LCTCISK|PG 0.056 . cgd6_4290 3033 KPGNVNK|IR 0.066 . cgd6_4290 3035 GNVNKIR|AY 0.152 . cgd6_4290 3050 TIVGDSK|HL 0.080 . cgd6_4290 3055 SKHLGQK|QL 0.069 . cgd6_4290 3061 KQLSLDR|RY 0.071 . cgd6_4290 3062 QLSLDRR|YF 0.203 . cgd6_4290 3085 MQNNNVK|KD 0.091 . cgd6_4290 3086 QNNNVKK|DG 0.201 . cgd6_4290 3095 DHEIEEK|RD 0.058 . cgd6_4290 3096 HEIEEKR|DG 0.201 . cgd6_4290 3111 SNAIINK|ES 0.070 . cgd6_4290 3115 INKESIK|VM 0.063 . cgd6_4290 3122 VMAPVSR|DI 0.141 . cgd6_4290 3137 DFEITEK|FS 0.077 . cgd6_4290 3148 YFCHFYK|TN 0.061 . cgd6_4290 3155 TNVELEK|LD 0.063 . cgd6_4290 3158 ELEKLDK|AE 0.062 . cgd6_4290 3161 KLDKAEK|TS 0.055 . cgd6_4290 3175 DADIETR|VG 0.078 . cgd6_4290 3187 VEYNEIK|AT 0.063 . cgd6_4290 3192 IKATNMK|SG 0.088 . cgd6_4290 3202 VIINDEK|DK 0.062 . cgd6_4290 3204 INDEKDK|RK 0.060 . cgd6_4290 3205 NDEKDKR|KC 0.164 . cgd6_4290 3206 DEKDKRK|CS 0.101 . cgd6_4290 3258 NCSQDEK|SL 0.103 . cgd6_4290 3262 DEKSLER|KQ 0.074 . cgd6_4290 3263 EKSLERK|QN 0.086 . cgd6_4290 3267 ERKQNQR|LS 0.075 . cgd6_4290 3325 ASTLHAK|TN 0.078 . cgd6_4290 3338 TSFGFGR|NF 0.092 . cgd6_4290 3360 IGGGIGR|VG 0.102 . cgd6_4290 3369 GGIGNIR|GG 0.094 . cgd6_4290 3387 VNNTGLR|HL 0.087 . cgd6_4290 3426 SSSLPIK|TH 0.065 . cgd6_4290 3441 LTELNSK|SD 0.079 . cgd6_4290 3545 GIVNSGR|YG 0.099 . cgd6_4290 3556 TMNSGIR|MD 0.092 . cgd6_4290 3586 QQSSGAK|QG 0.070 . cgd6_4290 3599 DLLQNPR|WT 0.087 . cgd6_4290 3616 FGGGVNR|IV 0.207 . cgd6_4290 3642 GIGGNFR|AL 0.084 . cgd6_4290 3647 FRALNSR|GI 0.118 . cgd6_4290 3749 DPPSQGK|HS 0.072 . cgd6_4290 3770 VSNLHAK|NI 0.098 . cgd6_4290 3780 DGISSQR|FD 0.072 . cgd6_4290 3788 DTFPHER|GE 0.084 . cgd6_4290 3798 TEHLESR|QG 0.110 . cgd6_4290 3801 LESRQGK|KS 0.178 . cgd6_4290 3802 ESRQGKK|SP 0.144 . ____________________________^_________________

  • Fasta :-

    >cgd6_4290 ATGGTTCGTAATGGTGATCAAAGTCTTATAAACATATCATCTACAGACAAGTCTGATAAA TGGGACTTGAAGCATAAAAATGAAGAAATTCCAACCAGAAAAGTGGTGGAGGAATCAAGT CTAGAATACTACGAGAGATCATCGCGCTCGGCCTCGCACTTTGGTAAGGTTTATAATGGA CTATATCCAGTAGGTCCAAGATTACCAAGTTTCTCTTCATCCAATAAAAGAAGTAGGCTA CAGAGTACATATAATGAGGATGAGTTCAGTTCCAGTTCAGCAAATAGTTCTGTTATAAAT TCCGATGATAAAATGTATATTGATTTTCCAATTCGAAATTTCTGGAAGATTGCAAAGACT CCTATAGACATGGAATCTCCCCAAATTGGGTATTGTCGAGGCTTTTATTATAGATTGTTA GTTCATCCCAGAGGAGGGAGTTGTAATGATTCTGAAAGCAGCTACTTGAGCGTGTTTTTG GAAGCACTTTACCATGAATCATATCCAGACGATTGGATTTTTCCAAATGTTCGATTTCAA CTTTCAGTTGTAAACTTTTTAGACCCCAAAGCAAATATCACGTCTTGGGCCCATTGGACA TTTTCTCATGATGCAATGAGTAGAGGATGGCATAAGATGGTTTCACATGTGAGACTCACT AGAGCTGCAGGTTTTGTTGATGACGAAGGAACCGTGTTAATTAGAGGTAGAGCTGAGCCT CCATTTCCGAGAATTTGGTCAAGATCTCCTAAATGTAGGCCATGGAGTATATGGGGTACC TTACCCTATAGAAATGCATCAGCATTGGCTCAGTATAAGCCTTGTATTACCGGAACCCGC CAAGATCAGAACCAAGGCTGTTCTGATAAGCATGTTATTACAACAAATCTTTGTGCTTTT CATGAATTAGCAGAGAATTCTAATAGAGGTCTTCTTTCTTGTAGAGCAGAATCACTATCT TCAGAAAGTTGTGGCATTTCTCAACATCAGTTAGAAGGCTCCTTATTAGTAGGGAGTACT CCTTTGTCAATTATGGATAGACTTTTATGGTCCAGTAGTAATTTGTTTGTTCCAACTTTA AGATCTCAGCTTAATGTGGACTTTGTTCCTGCATTTGTCCATTTGCTTTACCATATCAAA GAGTTTAGGAGGGCAATTTTCTCTTGGAACCCACGAATCCCTAAGAAATGTTCAACAAAT CAAAATCCCAATTCTTCAGAAAGGTCAAAGAAGCATGATCCCAATCATTCTCCCGCCTCA TTTATAGACCCCCAACAGCCACGTACATCCATTATTGAGGCTCTTCAGAAAACCTTTGCA TATATGACTCTCTGGCCAATTGCCTATTCTGTCAAAAGATCTATCCGACATAGCTGGCAA GAAAGAATAGCCACAGATCCTTCTCTTGTGGACGATTGGTGTTTCTCTAAATGTTGTAAA TGTGGTGGTGAATTTGACTCTTATCCTAACAGTCCTGAAATGACTGACACTTCATCACTC CATACATCAAATAGCAGAAATGGCCGGCATTGTGCTTCCGATAAAAGTATTCCAACCCAG AGTTCTATTTTCAAAGAAAAGGAATGTCTCAGATGCAAATTACCTCCTGTTCCAGATTGT TCTTGGATTATGAAAGCTTTATATATGAACGATTTACAAAGGATTGATGTTGCTGACCCT CTCATGCGCTTCCATTGCTTCATTTTTGGCGCCATTTATTTGGAGTCTGCACATGCAATT CTCCAGATTGCCGCGCATCACAGAAAGTCAATTCCACAGAATTTCAGGGGTTCAGAAAAG TTTGCCAATTTAGAGTCATCTGAAGGGAAGGATGAGTTTGAGAGATCCGAATTAACTGAT GGTGAGTATAAAGAGTTTAGAGAGTCGGATGAAAGGAGTTTAGGATCACAAAGAACTAGA GATCAGGAACAAAGTCGAGGCCAAGGCCGAGGTCAAGGTCAAAGCCAAAACCAAGATCAA GATCAAAACCAGTACTATGATCATGGACAAACACAAGGACGAGATATGAATATCTCAATC TCTTCTATTTTTGACTTAGAAGAGGATCTGAGAGTCCCAACAGAGTTTGATAATACTTGC AGAGTATTGTTTTCCAGTGTAGCTGAAGATGGAGGTGATTGCTTCTCTGACTACTCCACG TGCTGCCTTAGAGCTAAGCATATTCATTCAATCCCCAAAGCTATTGAGCATTATGCTCAC AGATTTAAAAGATTCCCTGAAACACTTTTTATTTACTTCACTCCTCCAAAAAATGCCAAG AAGGGAGAGTTGTTTGACGTTCCTTTTAGGCTTGAAGCATCATTTTTATTGGAGAATTCC AATGTAAATGTAAATACAGGTATCGGAGTGGTTGATCAAGATTTTAAGGGTATAAAATCT GATAATCGTGGACAAAACACTAATCAACAAGAGGATATTCAACCTCTTGTCACTGAACAA TTCCAAGATGATGAAGTTATTGATGAAAGTACTCCAGACCTGAAAGGTAAAGTTAGAGGT AATAAAGAAGCAACAGGCTCTGAATCTGGTCAAAATACAACGAGCGTAGTTTTGGACAAT AATGATTCTGCATTATGTGTTGAATCCAATGATGAATACTCTTTAGAATACGTCTCAGAG GATGGATTTGATGAGAATCAGGACACCTCTATTCAATCTGATAGTCAGGACGATACAACA GGACATAAAAGTGATGTCAAATCTCCAAATTCTGAGAACTTCTTTGGATCTTCCAGCCAA TATATGGAAAAATGGTACTCATTATATGGAGTGATCATTAAAGAAGGAGACGCTTCTGGA AGTAATTCTACAAGAAGTGTTCATCAACTTCTAATTAGACCTGAAGAAGATGGTCCATGG TTTAGAATTTGTGATGGTTTAGTTGAAAGACTTATACCAAAGATTGAATTCACAGAGTGG AAATGTCATGGTGGATTCTTTTGTGCTGCTGCTGTATATATTGCTGAGGATTACATTGAT TCAATTGCTGCAGGAGACGTAATGGCTGATTGTGATATAAAGACTATTAACCCAAAGCTA TATCAAGAGACTCTAGATCTTCTGGAAGTTTCTGAGGAAGAACTTCAGTATATCCCATCT TGGGTATCTACACAAGTTAATACTTATGGTCCAAACAATGTACATTTGGAGATGCCTTCT TCAGAAGTTGATCATCTTGCAATGTGTGTAGATATTGCAAACGTTACTGTATGTGACTCA ACAACATGTGTATTTGGACATCCTCTAATGGATGCTGGTTTATCAATTGATCCTTACTCT TTATGGATGCTTGTTGATTATCGTTGGGGTTGGCCTTTAGTAAACAGCTACTTCCAACTC CAAGAACCTTTGGTTCAAGCTTTTTCAGCAGATCCTTCTGTTATACTTTCTGGGAGGACT ATTCTCACTCCTTCAGCTCAAAAGCTACTCAATTCATTATCATTCAAATCTTTACGAGAT TCTATACCAAAGTTTTGGAGCTTATTATTCGATATTATGTTAGGACCAGATTTGGATTCT AAGGATCTTGATGCAATTCTACAAGTAGTTCCTCATCTTAGATCTCTATCTGCTAATATA TTTCTTGAGATCCATAGGCTTTTGGAAGAATTTGGTATTTCTGAGGAATCTCAAGATCTT TTATTCTCCCAATCTGAGCTATACTCTGCTTTAGAACCTGATGTTAATCATTGTGAAATT AATAAAGATGATCTTCAAGATCAAGATCAAGATCAACAACATGATAAAGGCTGTCTAAAA GAGTATTTAAAGAATAACATTACAATCGAAGATAAACTGGTACCTTATAATAAAGTAAAA ATGATTTTATATCCTTCAATTCCTTCTCATCCTCCAAGCTTCCAACTAAATCAAAATGAA ATCACTCCATCTTATAATATTGCTCTAAACTTCATTAACAGGCTTCACATCCTTCTTTGG CCTCATCTTATACATTTTATCTATGAGCTTCTTCCTGTTGCAATTACTATCAGACTAAAA AGACTTCTTTTCAAGAGTAGTGACGACCTCTTATTTGATCCCAGACTTACTCCTGAAGAT CTTTGTGCTAGATTCTTAACAGAATCCAAGTTTCTATTAGAATCTAGCTGTTGTCCACTT AACTTGATTAGATTCTGTGATAACAAACAGCTTTTGAATGCTGCAATAAACCAGGTAGCA GCAGCTTTAGATATACATGGATCATCATATACAGCAGCTTCTTGTTCTTTATCTTGTCCT ACTAATAGAATGATTGATAGATTTGCTTCAGAGCTTGGAAGTTCAAACTTTGTAGTCCCA ATATTGGTATATATTACTCAAATATTACTTTCTGGAACATTATATAGAGTATCATCAAAA TTACTTCCACCTGAAGCTTTGTATACTTGGCCTACAAGTTCTTCAAATCAAGAATCTTTG TCTTTAACAGGTATCGGGAATTTAATTAATCATAAAGATTCCACGCCTTCAAAACAGTCA ACTGGATCAAAAAAGAGGAATTCTTCAAATAAGTCTTCTTCTGGTACAGCAAGTTCTAAT GGATTAATTGTACCAAATCCACTCTCAGAAGCAATTCAACATCTTCAAGTGAATCAGGTA TCATTCAGTCATATTGATCCTTATGTATTTATTCCTCTTCATACATTCCACGCTGTATCA ACTCCTTTATTGGTAAACATCATCTTTGAAAATGATCTTATAGGGAGGAAGTCTTTTGCA TCTGAGAGTTTTCTATGTGCTTCCAGAGTCCTTCATGTAAATAGACTTGCAACAGTAAGA CATTTATACTCAGCAATAAGAAAAGTTCTATATCAACAATTTCTAGATACAAAGATTTCT AATAGTTTAGATACTCCAGATGTAACACCATTAGATACTCCTCAATCTAAGAATAATAAT GAACATAATACAATAGGAGGAAGACAACAATCTTCTGGTCATACTCATACTAATAAGAAG AATACAATATCAAATATTCCGATACCTATAGATTGTGAAGGTTTTGATTTAAGTTGGATA CCAAGTAATCCATTGGATGTTTTCTGTCTTTACTCTTTAAGACCAGATACTGATCCAACA AGAAGAGGAAGACTTAAATATACTTATATGCAACCAAATGACTTTCTAGAGAATCATTAT TATGGACCTCACAAATCTAATTATGTTACGTATTGTGATGTTGCAATTTTAATTTGTGTA CCTCCAGAATTGAAGCTCCAAATACCTCCAGGATCTCAGAATTCGGATCATATAACAAAA AATTCTTCATCCCAAATGAATACAGTATCGGTATCTGGAGTAGGGGTACCGGGAAAAGCA GCAAGCTTAATGGGGTCAATATCAGCAGGAATTGGAGAATCTGATTCAGATTGTGCATGT TTGTATACTTGTCCAAGTCATATAGCTCATTCACCAGTATGTCAGAGTTCAAGGATGATA GAAAAGACTGTTCCAAAAATCGTCTCACCTTTATTCAAGGCTAAACTAATAGATCCTTTA TGGTCAAGTACTAAATTCCCAATGAATGATGATTCAGTTGCTCCTCTTTTGATTTTTAAA TGGTTTGATCAGACAACTTTGGATATTACACTGTTAAGTGCATCAATATGTGAAGCAAGA AAGTCTTTAAGAGATTGTATTGTTTCTTGGGTATTCCCTAGAGCAAGAAGAATGGGATTA ATGCCTCAAAATTCTTCTAAAGAGACTCCAAATGCAGATGATTATACAGTTTTAGAGGAA TGTCATATTAGAGTATGTCAAAATGTAAGAAGATGGACTTCATCAATAAAGAAAATCAAT AGAACAACAGGAGATGTATTTATTGTTCAAAAAAGATACAATAATTTGGGATCATCCCAA CCTCTGATTTCTGATTGTTCATTTATATCACCCTTTATATCAGCAGCATTATCATCTAAT TCATATTCGGGTATTGTAGATGACTTTCCGCCTTCTCTTTCAAGGGATGAGTTATTAGCT ATAATTACTAGTATGAATACTAAGAAGATTAACCAGCTTGGGATCTTTAATACTCCAATT AAAGGTATATCAGGAAGCAATTCTCCAACAGTATTAGATCTAAAAAAGAATAGTTTGGAT AGAACTTGGCCGATATCTGCATCTCCTATGGGAGGAGATCCTAAATTAACCTTTTCACAA TTCTTTGATATTCTTAAGCATGGGGACGATTCTGGGGACTTTTTAGCATCCCAAATTGAG GATTTGGATATCTATTCATATCAGAATAGTAGTTGTAAGATTTCTATGGAAGATATTTCT TCATTAAAATCCGGTACCGATCAAGGAAATTCATTGAATCAGGCAGAAAAAGGTAATCAT TCTGTAACTGGAGTTAGTAATGAAACAACTTCAATAGATTTGAAGTCAGTTACAACATTT ACTAATACAAATACAGTACAGATTTTAAATGCAAACAACTCTAATCAAAATGATTTATCT GCAATTTCTAGTAACTCTTTAATTGGAGGAACAGGAGTGGCGGGAACTTCTGGAGGTGGA TCTAAGAAGAAGAAAAAAGCTTCCAAGAAGCTTCCTGGAATTCCATCACTACAGAAATCA AGCATTGTGAAGGCTTTAAATGCTCAGAGAAGACTAGAATCTCAATCTACAAGACTTGTA GATAATGATTCAGCTGATTTATCAGGATTGAGAGGGAGAGATCAAGGTCAAGATCATGAT CAAGATCTTGATCATGATCGGAGTCAGGGTCAGAATCAGAATCAGGATCAGGGTCAGGGT CAGGGTCAAGCCCAGGATCATGATCAGGATCAGGATCAACATAGTAATCAGTATAATGAA GAGGAATCCAAACAGGATAATAAGGGAAATGAAAAACGCAAAGAAGGTCATAAAGAGAAG GATGTTGAAAGAAGTGATATTAAAGTAAACAATTTATCTACAGCTTTGAAAAAGGATGCA AACTCTCCTGAATCTATGGATAAAGCTGGCTTGGAGGCTAAGCCTGATTCATCTTCTCCT TCTTCCTCCTTTTCTTATGGAACTGTATCTCTTAGACCAGAAAAGCTTCAGAAAGTTCCT GATGAACTTTTTGAAATCGCTCTTGAAAGCTTTTCTGGAGACTCATTCAGTGTCTCCAGC TTAGTTGGCCGTTTATTGGAGCGTGTTATATGCAGATTTTCTGAGATCTCAAATAGAAAA AAGGAAGACTCCTCATCTCATATTTCTGAAACCTTTTCTGATTCTAATAATAGATCCGAA TTCCTATTATGGATGAATGGATTAAATGATCTCGTATGTAACTTATCTTTGATTGGAGGT AGCAAAAAGATTGACCAAACTCTTATTCAAAGAGAAATCATACAACTCCTTAGAAGACTT CTCTCAACTGAGACAAGTTCTCAACAACTTTCTAGTGTTGCATCTGAAAGTCTTTCATCT ATAATTAAATATTTAGAGGATGGAAATCTTGAGCCTTGTTTTAAATCAATAATTTACAAT ATTCCACAAGTTGGATCAGGATCAAGATCATTAATATCGGTACCTGGTTTATTAAAAACG ATACCCAAATATGGTAATAATTTTAATAAAGAATCATTTAATAATTATTATAATAATATG TATAATATTTTAGTACCAGTACAACAAAGATCTGCTATTTTGTTCACAATATTATTAATT AAAAGTTTAACAATACTGTCTCCAAGTTCAATAATAGAGATGCATCTTGGATTACTTCCT AAGACGGATTATATAAGATCTAATTCATTAATTAAATCAACAGGTTATAAATCAATTAAG TCGTTTGTTTTGTTAGCATACTTTTTGAATGTTTTTGGAGTTAAAGATGCAATGGATGTT ATTATTTCAATACAAGGAGTTAAAGGATTTGAGAATCTATTGATTAGGATGGCATCCTAT ACTATAGGCTTGAGACAATATGCAACTAGTAACTTTATTATAGAGAATATTGAAAAGCTT CATGATCATCATCCATCTTTAGATTGGGTATCGTCTTTAAGAATTACTGATAAGTTAGCA ATCAGTGAGGAAGTTCTTAAGAAGACTTTGGAGACTATTTGTGATCATTTTTCTACAAAG AGTAATTCAGCTTTTGCTCAGAATAAGAAGACTTTGGATTTAATACAAAATGTTGAAGGA ATTGTCAGATTCTCAGATATCAATGATTTTGCATATGAACAGGCTCAATTATTAGAAATG AGAAAAGTTGGAAAAGATTCTCCTCAAATATTAGTTAATAATGATGACTTATGTATAATA CTTAAACCTCCTTTCTGGTATTGTCCAATAGAAGGTACAGGGATGGATGAGGATGAACAA GATGAGGAGGATAAACAAGATGAACAAGAAGAAAGTGTAGAATATGAAGAAGAATTAGAA TACAAAGAAGATGAAACTGATGGTGATAAAATAGAAAATCAAAGAAATGATGACAAGAAA AGAAGAAAGGTAAAAAAGAAGCTTGATCATGATAATATCCAAGATGAAAACAATAAGGAT GAGAAAACAGGTATAAGAAAAGATCTTAAGAATAAAGTATCGAGTATTATAATTAAAGAA GAAGATAATGATTCTGAAATTGAAGTTGAAAAAGATAATAATAATAGTAATACTGATGAA TTTGAGGAGATTCTAAATAGTGGAAGAATGGAAAGTATCTTGAACTTTTTGAAATTAAGA TGTAAAGGAATAGGCTTAGATTTAAGAGGTAACGAGAAAATGATTAAAAGAATTGGATTA AAACTTGGAGTTGAGATTGGAGGTCCAATATTAATTTTAAAGAATGAAGATATGGAGAAA TACTATAATAAGAATGAGATCTTGAATCAAATTCATTGTCAGTATATATTTTTATGCCAT GGACAGATTCAGAATTCTTCTGATAGAAATGTCTCTTTATCAAATATTGTCTCAAATGCT TCAAATAGAATATTCTCAAAATGTCTTTCATCAGATGGAGGTGATTCTATTGCAAAATAT AATGTTTGTGAACATATCAAGTTTAAGAATTATAATAAAGGTTCTCCATCCACATTTTCT TTATGTACATGTATTTCAAAACCCGGTAACGTAAATAAGATTAGAGCTTATATGCATCAA ATTGGTCATACAATTGTTGGTGATTCTAAACATCTTGGTCAGAAACAACTAAGTTTGGAT AGAAGATATTTTCCTAATATATTCTTTTATTGTACTCATTTGGAGATTCCTTTAATGCAA AATAATAATGTTAAAAAAGATGGTGATCATGAAATAGAGGAAAAGCGTGATGGGAATACA ATAATATTGGATAGTAATGCAATAATAAATAAAGAAAGTATTAAAGTTATGGCTCCAGTT TCAAGAGATATAATGGAACTTCTTGAGAATGATTTTGAAATTACAGAAAAGTTCTCAGAT ATGTACTTTTGTCATTTTTATAAGACTAATGTTGAACTTGAAAAGTTGGATAAAGCTGAA AAGACTTCACAAGTTACCCCTTCTGATGCTGATATAGAAACTAGAGTTGGGGATGATTTA GTAGAGTATAATGAAATTAAGGCTACAAATATGAAATCTGGTAATGTTATTATTAATGAT GAAAAAGATAAAAGAAAATGTTCAGAAAGTACAGAAAATGATAATTTTGAGCCTCTTAGT ATATCAAATACTCTGATAGCTTCTCTTCCTGGACTTGGATTTGGACTTACACCATTTCTT GGTATGCCTAATTCTCAATATGCTGCAAGTGTGAATTGTTCTCAAGATGAGAAATCATTG GAACGTAAACAAAACCAGCGATTATCATTATCTTCTTCTTCCTCCTCTTCTTCTTCCTCC TCTTCTTCCTCCTCTTCTTCTTCCTCCTCTTCTTCCTCCTCTTCCTCCTCTACTTCTTCT TCAGTTCATACTATGATACCGCCAGATTCGGCTAGCTTATCTTCTCCAACTCCGGCATCA ACTTTACATGCAAAGACAAATGCTGGAGTATTTACATCATTTGGATTTGGAAGGAATTTT CTAACATCTTCTGTTGATAATTCAACAAACTCTGCAAGCATTGGAGGTGGGATTGGAAGA GTTGGAGGAGGAATTGGAAATATTAGAGGTGGAGGTATATCATCTACTGGTGGTATGACA GTTAATAATACTGGTTTAAGGCATTTGGTATCTCAACACAACCAATCCGGAGGTGGAAAT GGAGATGGAAGTAGTATCATTAACAGCAATAGTAACAATAGTGGTAATAACAATAATAGT AGTTCTCTTCCTATAAAGACTCATCCAAGCTTGGTTTCTTGTCTTACAGAATTAAACTCA AAATCAGATGGATCTGCACTGGGAATTGGACTAAGTACGAGCAATTTGGTGCCTGGAGGA GGAAATATCTTCCATCAACAAAACTTCATGCAGGGAATAATGACAGGAGGAACAGGAGGA ATAGGATTGGGAGGTATAGCAGGAAGTTTAGCAGGTGGAGCTGCAGGTGGGGTAACAGGT GGGGTTGCAGGCGGAGTGGCAGGTGGAGCTGCAGGAGGTTTAACAGGAGGTGGAGTAGCA GGAGTAGGAGTTTCACCATCACCAATTTTCCAACATCACGGGAACAATACAGCTGGAATT GTAAATAGTGGAAGATATGGAAGCTTAACAATGAACAGTGGTATTAGAATGGATGCAGGC ACTGGTACGTTAGGTAATAATGCAGTACAAATGCATCATCAACAGCATCAACAACAACAA CAAAGTTCAGGGGCAAAACAGGGCTGGAATACTCAAGATCTGCTTCAAAATCCAAGATGG ACTTCATCTGAAGTTAATAACGATGGTTTTGGAGGTGGAGTCAATAGAATTGTAGGAGGA GGAGGAGGAGTCTCTGAAGAAATGAATGTAAATCAATGGAATAATGGAATTGGCGGGAAT TTCAGAGCTTTAAACTCAAGAGGAATTAATAATTCTGGAGGATTAAACCTGTCAACAGTT AACTTGGTTACAGGAATAGGTATTGGCGGCAACATCGGTATCAATAGTAATATTGGTATT GGCAGTAATATTGGTAATGGAAATAGTACCACTGGATTAGGAAATATAAATGTAACAGAA GGTACCGGTATAACAATTGGATCAGGAGTAACAATGGGACCAGGAGTAACAATAGGACCA GGAGTAACAATAGGACCAGGTTTATGGGGACAACATGCTGCCCAACAGCAACCCTCAATC ATTGTTGATCCTCCGTCTCAGGGGAAACATTCGTCAATGCAACAACAAATTGGAGGAATT CCCAATATTGTCTCAAATCTACATGCCAAAAACATACAAGACGGAATTAGTTCCCAAAGA TTTGATACTTTTCCTCATGAAAGGGGTGAAACTACTGAGCATTTGGAATCTAGACAAGGA AAGAAATCTCCATTTTAA
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    MVRNGDQSLINISSTDKSDKWDLKHKNEEIPTRKVVEESSLEYYERSSRSASHFGKVYNG LYPVGPRLPSFSSSNKRSRLQSTYNEDEFSSSSANSSVINSDDKMYIDFPIRNFWKIAKT PIDMESPQIGYCRGFYYRLLVHPRGGSCNDSESSYLSVFLEALYHESYPDDWIFPNVRFQ LSVVNFLDPKANITSWAHWTFSHDAMSRGWHKMVSHVRLTRAAGFVDDEGTVLIRGRAEP PFPRIWSRSPKCRPWSIWGTLPYRNASALAQYKPCITGTRQDQNQGCSDKHVITTNLCAF HELAENSNRGLLSCRAESLSSESCGISQHQLEGSLLVGSTPLSIMDRLLWSSSNLFVPTL RSQLNVDFVPAFVHLLYHIKEFRRAIFSWNPRIPKKCSTNQNPNSSERSKKHDPNHSPAS FIDPQQPRTSIIEALQKTFAYMTLWPIAYSVKRSIRHSWQERIATDPSLVDDWCFSKCCK CGGEFDSYPNSPEMTDTSSLHTSNSRNGRHCASDKSIPTQSSIFKEKECLRCKLPPVPDC SWIMKALYMNDLQRIDVADPLMRFHCFIFGAIYLESAHAILQIAAHHRKSIPQNFRGSEK FANLESSEGKDEFERSELTDGEYKEFRESDERSLGSQRTRDQEQSRGQGRGQGQSQNQDQ DQNQYYDHGQTQGRDMNISISSIFDLEEDLRVPTEFDNTCRVLFSSVAEDGGDCFSDYST CCLRAKHIHSIPKAIEHYAHRFKRFPETLFIYFTPPKNAKKGELFDVPFRLEASFLLENS NVNVNTGIGVVDQDFKGIKSDNRGQNTNQQEDIQPLVTEQFQDDEVIDESTPDLKGKVRG NKEATGSESGQNTTSVVLDNNDSALCVESNDEYSLEYVSEDGFDENQDTSIQSDSQDDTT GHKSDVKSPNSENFFGSSSQYMEKWYSLYGVIIKEGDASGSNSTRSVHQLLIRPEEDGPW FRICDGLVERLIPKIEFTEWKCHGGFFCAAAVYIAEDYIDSIAAGDVMADCDIKTINPKL YQETLDLLEVSEEELQYIPSWVSTQVNTYGPNNVHLEMPSSEVDHLAMCVDIANVTVCDS TTCVFGHPLMDAGLSIDPYSLWMLVDYRWGWPLVNSYFQLQEPLVQAFSADPSVILSGRT ILTPSAQKLLNSLSFKSLRDSIPKFWSLLFDIMLGPDLDSKDLDAILQVVPHLRSLSANI FLEIHRLLEEFGISEESQDLLFSQSELYSALEPDVNHCEINKDDLQDQDQDQQHDKGCLK EYLKNNITIEDKLVPYNKVKMILYPSIPSHPPSFQLNQNEITPSYNIALNFINRLHILLW PHLIHFIYELLPVAITIRLKRLLFKSSDDLLFDPRLTPEDLCARFLTESKFLLESSCCPL NLIRFCDNKQLLNAAINQVAAALDIHGSSYTAASCSLSCPTNRMIDRFASELGSSNFVVP ILVYITQILLSGTLYRVSSKLLPPEALYTWPTSSSNQESLSLTGIGNLINHKDSTPSKQS TGSKKRNSSNKSSSGTASSNGLIVPNPLSEAIQHLQVNQVSFSHIDPYVFIPLHTFHAVS TPLLVNIIFENDLIGRKSFASESFLCASRVLHVNRLATVRHLYSAIRKVLYQQFLDTKIS NSLDTPDVTPLDTPQSKNNNEHNTIGGRQQSSGHTHTNKKNTISNIPIPIDCEGFDLSWI PSNPLDVFCLYSLRPDTDPTRRGRLKYTYMQPNDFLENHYYGPHKSNYVTYCDVAILICV PPELKLQIPPGSQNSDHITKNSSSQMNTVSVSGVGVPGKAASLMGSISAGIGESDSDCAC LYTCPSHIAHSPVCQSSRMIEKTVPKIVSPLFKAKLIDPLWSSTKFPMNDDSVAPLLIFK WFDQTTLDITLLSASICEARKSLRDCIVSWVFPRARRMGLMPQNSSKETPNADDYTVLEE CHIRVCQNVRRWTSSIKKINRTTGDVFIVQKRYNNLGSSQPLISDCSFISPFISAALSSN SYSGIVDDFPPSLSRDELLAIITSMNTKKINQLGIFNTPIKGISGSNSPTVLDLKKNSLD RTWPISASPMGGDPKLTFSQFFDILKHGDDSGDFLASQIEDLDIYSYQNSSCKISMEDIS SLKSGTDQGNSLNQAEKGNHSVTGVSNETTSIDLKSVTTFTNTNTVQILNANNSNQNDLS AISSNSLIGGTGVAGTSGGGSKKKKKASKKLPGIPSLQKSSIVKALNAQRRLESQSTRLV DNDSADLSGLRGRDQGQDHDQDLDHDRSQGQNQNQDQGQGQGQAQDHDQDQDQHSNQYNE EESKQDNKGNEKRKEGHKEKDVERSDIKVNNLSTALKKDANSPESMDKAGLEAKPDSSSP SSSFSYGTVSLRPEKLQKVPDELFEIALESFSGDSFSVSSLVGRLLERVICRFSEISNRK KEDSSSHISETFSDSNNRSEFLLWMNGLNDLVCNLSLIGGSKKIDQTLIQREIIQLLRRL LSTETSSQQLSSVASESLSSIIKYLEDGNLEPCFKSIIYNIPQVGSGSRSLISVPGLLKT IPKYGNNFNKESFNNYYNNMYNILVPVQQRSAILFTILLIKSLTILSPSSIIEMHLGLLP KTDYIRSNSLIKSTGYKSIKSFVLLAYFLNVFGVKDAMDVIISIQGVKGFENLLIRMASY TIGLRQYATSNFIIENIEKLHDHHPSLDWVSSLRITDKLAISEEVLKKTLETICDHFSTK SNSAFAQNKKTLDLIQNVEGIVRFSDINDFAYEQAQLLEMRKVGKDSPQILVNNDDLCII LKPPFWYCPIEGTGMDEDEQDEEDKQDEQEESVEYEEELEYKEDETDGDKIENQRNDDKK RRKVKKKLDHDNIQDENNKDEKTGIRKDLKNKVSSIIIKEEDNDSEIEVEKDNNNSNTDE FEEILNSGRMESILNFLKLRCKGIGLDLRGNEKMIKRIGLKLGVEIGGPILILKNEDMEK YYNKNEILNQIHCQYIFLCHGQIQNSSDRNVSLSNIVSNASNRIFSKCLSSDGGDSIAKY NVCEHIKFKNYNKGSPSTFSLCTCISKPGNVNKIRAYMHQIGHTIVGDSKHLGQKQLSLD RRYFPNIFFYCTHLEIPLMQNNNVKKDGDHEIEEKRDGNTIILDSNAIINKESIKVMAPV SRDIMELLENDFEITEKFSDMYFCHFYKTNVELEKLDKAEKTSQVTPSDADIETRVGDDL VEYNEIKATNMKSGNVIINDEKDKRKCSESTENDNFEPLSISNTLIASLPGLGFGLTPFL GMPNSQYAASVNCSQDEKSLERKQNQRLSLSSSSSSSSSSSSSSSSSSSSSSSSSSSTSS SVHTMIPPDSASLSSPTPASTLHAKTNAGVFTSFGFGRNFLTSSVDNSTNSASIGGGIGR VGGGIGNIRGGGISSTGGMTVNNTGLRHLVSQHNQSGGGNGDGSSIINSNSNNSGNNNNS SSLPIKTHPSLVSCLTELNSKSDGSALGIGLSTSNLVPGGGNIFHQQNFMQGIMTGGTGG IGLGGIAGSLAGGAAGGVTGGVAGGVAGGAAGGLTGGGVAGVGVSPSPIFQHHGNNTAGI VNSGRYGSLTMNSGIRMDAGTGTLGNNAVQMHHQQHQQQQQSSGAKQGWNTQDLLQNPRW TSSEVNNDGFGGGVNRIVGGGGGVSEEMNVNQWNNGIGGNFRALNSRGINNSGGLNLSTV NLVTGIGIGGNIGINSNIGIGSNIGNGNSTTGLGNINVTEGTGITIGSGVTMGPGVTIGP GVTIGPGLWGQHAAQQQPSIIVDPPSQGKHSSMQQQIGGIPNIVSNLHAKNIQDGISSQR FDTFPHERGETTEHLESRQGKKSPF

  • title: putative substrate binding site
  • coordinates: F159,S207,R208,G209
No Results
No Results
IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
cgd6_429074 SSFSSSNKRS0.995unspcgd6_429074 SSFSSSNKRS0.995unspcgd6_429074 SSFSSSNKRS0.995unspcgd6_429082 SSRLQSTYNE0.996unspcgd6_4290249 SIWSRSPKCR0.994unspcgd6_4290409 SSSERSKKHD0.99unspcgd6_4290430 SQPRTSIIEA0.996unspcgd6_4290458 SSIRHSWQER0.997unspcgd6_4290491 SSYPNSPEMT0.995unspcgd6_4290629 SEFRESDERS0.998unspcgd6_4290895 SIQSDSQDDT0.996unspcgd6_42901157 SLSFKSLRDS0.995unspcgd6_42901357 TDPRLTPEDL0.994unspcgd6_42901503 SQSTGSKKRN0.996unspcgd6_42901508 SKKRNSSNKS0.993unspcgd6_42901509 SKRNSSNKSS0.997unspcgd6_42901543 SQVSFSHIDP0.992unspcgd6_42901764 SKNSSSQMNT0.99unspcgd6_42901875 SLLSASICEA0.991unspcgd6_42901882 SEARKSLRDC0.996unspcgd6_42901905 SMPQNSSKET0.995unspcgd6_42902095 SSCKISMEDI0.996unspcgd6_42902104 SSSLKSGTDQ0.997unspcgd6_42902181 SSGGGSKKKK0.993unspcgd6_42902188 SKKKASKKLP0.991unspcgd6_42902283 SNEEESKQDN0.993unspcgd6_42902322 SKDANSPESM0.997unspcgd6_42902339 SPDSSSPSSS0.994unspcgd6_42902598 STGYKSIKSF0.991unspcgd6_42902725 SIVRFSDIND0.991unspcgd6_42903168 SQVTPSDADI0.991unspcgd6_42903276 SSSSSSSSSS0.99unspcgd6_429018 SSTDKSDKWD0.995unspcgd6_42903277 SSSSSSSSSS0.99unspcgd6_42903278 SSSSSSSSSS0.99unspcgd6_42903279 SSSSSSSSSS0.99unspcgd6_42903280 SSSSSSSSSS0.99unspcgd6_42903281 SSSSSSSSSS0.99unspcgd6_42903282 SSSSSSSSSS0.99unspcgd6_42903283 SSSSSSSSSS0.99unspcgd6_42903284 SSSSSSSSSS0.99unspcgd6_42903285 SSSSSSSSSS0.99unspcgd6_42903286 SSSSSSSSSS0.99unspcgd6_429048 SYERSSRSAS0.993unspcgd6_42903287 SSSSSSSSSS0.99unspcgd6_42903288 SSSSSSSSSS0.99unspcgd6_42903289 SSSSSSSSSS0.99unspcgd6_42903290 SSSSSSSSSS0.99unspcgd6_42903291 SSSSSSSSSS0.99unsp

cgd6_4290      



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