Input sequence

Protein name Cadherin-related tumor suppressor
Organism Drosophila melanogaster Length 5147
Disorder content 10.2% ProS content 6.0%
IDEAL NA UniProt P33450

Prediction

Order Disorder ProS BLAST:PDB BLAST:PDB BLAST:PDB BLAST:PDB BLAST:PDB BLAST:PDB BLAST:PDB BLAST:PDB BLAST:PDB BLAST:PDB BLAST:PDB BLAST:PDB BLAST:PDB BLAST:PDB RPS-BLAST:PDB RPS-BLAST:PDB RPS-BLAST:PDB RPS-BLAST:PDB RPS-BLAST:PDB RPS-BLAST:PDB RPS-BLAST:PDB RPS-BLAST:PDB RPS-BLAST:PDB RPS-BLAST:PDB RPS-BLAST:PDB RPS-BLAST:PDB RPS-BLAST:PDB RPS-BLAST:PDB RPS-BLAST:PDB RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP SEG:LCR TMHMM:TMhelix 0 5147 1-1234 1235-1240 1241-2110 2111-2124 2125-2135 2136-2145 2146-3079 3080-3085 3086-3797 3798-3802 3803-4403 4404-4419 4420-4423 4424-4608 4609-4686 4687-4689 4690-4748 4749-4753 4754-5084 5085-5115 5116-5147 1-1234 1241-2110 2146-3079 3086-3797 3803-4403 4424-4608 4687-4689 4749-4753 5085-5115 2125-2135 4404-4419 4609-4686 4690-4748 4754-5084 5116-5147 2131-2135 4404-4410 4609-4635 4642-4686 4703-4727 4742-4748 4754-4779 4785-4790 4852-4869 4878-4889 4921-4948 4957-4973 4983-5005 5012-5061 5135-5147 3257-3747 2221-2629 1866-2309 950-1390 2754-3211 222-685 1647-2029 2538-2911 1313-1674 650-1048 3050-3419 3954-4128 99-244 4136-4543 3234-3747 1926-2481 2719-3219 950-1474 155-694 2392-2899 1599-2105 1277-1811 510-1025 3027-3429 4015-4128 3953-4051 4130-4307 103-199 4428-4505 4156-4303 4432-4545 3236-3322 505-590 2284-2375 606-698 1285-1375 2400-2481 1391-1472 3551-3639 1931-2018 1057-1144 2499-2586 2038-2105 2174-2269 3448-3521 2918-2991 161-261 1498-1591 3133-3219 3021-3115 843-906 395-484 2819-2904 3660-3748 277-373 2712-2800 3343-3430 1621-1699 1159-1217 161-261 275-373 392-485 499-590 604-699 837-931 950-1040 1054-1144 1158-1269 1283-1375 1389-1480 1494-1592 1719-1814 1828-1913 1927-2018 2032-2126 2171-2269 2283-2375 2389-2482 2496-2587 2601-2695 2709-2801 2815-2904 2917-3004 3018-3115 3129-3220 3234-3325 3339-3430 3444-3537 3550-3642 3656-3748 4017-4048 4056-4089 4096-4127 4156-4306 4432-4545 2218-2637 223-635 1765-2203 1110-1529 2538-2962 1541-1976 3065-3507 437-900 93-328 3487-3673 3594-3757 2923-3074 956-1112 863-999 1486-1593 2161-2270 3995-4128 4114-4320 3953-4023 4428-4545 67-149 150-262 258-421 386-486 488-591 593-700 701-815 834-935 936-1041 1042-1145 1147-1270 1271-1376 1378-1481 1483-1593 1595-1700 1717-1816 1817-1914 1916-2019 2021-2110 2161-2270 2272-2376 2378-2483 2485-2588 2591-2696 2707-2803 2804-2905 2907-3005 3007-3116 3119-3222 3226-3327 3327-3431 3433-3538 3542-3644 3644-3749 4007-4055 4113-4321 4347-4549 4588-4617 4-12 47-57 405-411 719-723 908-922 1026-1038 1260-1273 1476-1485 2654-2663 4588-4603 4693-4705 4719-4733 4799-4804 4838-4851 4865-4876 4891-4907 4913-4918 4946-4960 5029-5041 5119-5131 4586-4608 3q2wA(27-540) 8e-44 29.5% 3q2wA(51-475) 8e-38 30.37% 3q2wA(49-475) 3e-33 29.36% 3q2wA(5-452) 3e-29 27.2% 3q2wA(53-532) 4e-29 26.99% 3q2wA(60-528) 3e-23 26.48% 3q2vA(47-443) 2e-28 27.32% 3q2vA(51-439) 7e-26 28.86% 3q2vA(34-401) 4e-21 28.17% 3q2vA(51-440) 4e-13 24.53% 3ubhA(34-400) 1e-14 24.04% 4xbmB(258-400) 1e-22 32.57% 3qrbA(47-195) 3e-09 34.21% 3qcwA(199-578) 7e-13 22.62% 3q2wA(5-540) 3e-82 27.21% 3q2wA(4-540) 1e-79 24.66% 3q2wA(14-540) 7e-65 22.39% 3q2wA(5-535) 9e-62 24.82% 1l3wA(1-527) 1e-65 22.36% 1l3wA(8-527) 2e-63 23.16% 1l3wA(6-515) 2e-56 24.44% 1l3wA(1-529) 4e-50 19.96% 1l3wA(15-517) 9e-49 19.81% 3ubhA(1-407) 3e-43 20.14% 4cudA(3-115) 1e-32 32.76% 4cudA(44-117) 5e-12 21.21% 3pveA(4-160) 7e-15 26.4% 1j48A(4-108) 3e-05 12.26% 2jd4A(47-125) 3e-07 30.0% PF02210(1-126) 9e-13 36.67% PF00054(1-129) 4e-05 31.3% PF00028(3-89) 2e-12 48.28% PF00028(7-92) 6e-12 47.67% PF00028(2-92) 3e-11 46.74% PF00028(3-91) 3e-11 46.24% PF00028(3-92) 4e-11 45.05% PF00028(10-91) 4e-11 51.81% PF00028(3-84) 5e-11 47.56% PF00028(2-89) 2e-10 47.19% PF00028(5-92) 2e-09 42.05% PF00028(4-92) 6e-09 39.33% PF00028(4-91) 8e-09 44.94% PF00028(7-75) 3e-08 53.62% PF00028(4-92) 2e-07 33.33% PF00028(5-78) 5e-07 48.65% PF00028(2-76) 6e-07 45.33% PF00028(1-92) 2e-06 38.61% PF00028(5-91) 2e-06 43.16% PF00028(5-91) 3e-06 33.33% PF00028(4-92) 9e-06 37.11% PF00028(8-71) 1e-05 40.62% PF00028(4-91) 3e-05 42.22% PF00028(5-92) 4e-05 39.77% PF00028(5-92) 4e-05 32.58% PF00028(3-92) 6e-05 36.36% PF00028(4-91) 0.0002 30.34% PF00028(5-92) 0.0004 35.96% PF00028(13-92) 0.0005 37.5% PF00028(2-62) 0.0006 42.62% PF00028 5.2e-21 80.4% PF00028 2e-27 101.7% PF00028 8.4e-31 112.9% PF00028 6.8e-35 126.5% PF00028 5e-31 113.7% PF00028 5.5e-23 87.0% PF00028 1.2e-26 99.1% PF00028 1.4e-32 118.8% PF00028 1.3e-16 65.8% PF00028 2.3e-34 124.8% PF00028 5.2e-33 120.3% PF00028 2.8e-30 111.2% PF00028 2.5e-20 78.1% PF00028 5e-19 73.8% PF00028 2.3e-33 121.4% PF00028 3.1e-19 74.5% PF00028 1.2e-20 79.2% PF00028 2.6e-34 124.6% PF00028 8.4e-34 122.9% PF00028 7.4e-35 126.4% PF00028 2.6e-15 61.5% PF00028 9.5e-25 92.8% PF00028 3.9e-30 110.7% PF00028 3.5e-30 110.9% PF00028 2.5e-25 94.7% PF00028 2.4e-21 81.5% PF00028 1.2e-35 129.0% PF00028 2.4e-27 101.4% PF00028 3.4e-32 117.6% PF00028 1.2e-35 129.0% PF00028 6.7e-16 63.4% PF00008 1.4e-06 32.5% PF00008 8.6e-06 29.8% PF00008 3.5e-09 41.1% PF00054 1.2e-52 185.5% PF02210 2.9e-24 91.2% 1dnvA(3-399) 4e-55 7.53% 1dnvA(10-394) 2e-47 7.84% 1dnvA(6-395) 6e-43 7.62% 1dnvA(15-398) 2e-41 8.84% 1dnvA(6-409) 3e-40 6.88% 1dnvA(6-412) 4e-33 6.7% 2nlzA1(93-529) 2e-49 9.13% 2nlzA1(98-530) 1e-33 9.34% 2nlzA1(302-521) 1e-23 11.07% 1o75A3(7-191) 4e-28 10.15% 1o75A3(7-176) 2e-26 16.0% 1f15A(1-154) 7e-26 7.55% 1f15A(1-156) 1e-21 12.5% 1fx3A(7-141) 2e-12 9.33% 1edhA2(4-112) 1e-15 33.04% 1edhA2(1-112) 1e-11 27.68% 1bd7A(2-148) 4e-19 7.48% 1dykA1(2-187) 2e-18 18.57% 1haeA(8-58) 6e-07 18.31% 1c4rA(32-155) 3e-11 16.8% b.1.6 1.5e-08 30.3% b.1.6 8.6e-23 79.7% b.1.6 1.1e-30 106.0% b.1.6 2.2e-22 76.7% b.1.6 2e-30 106.0% b.1.6 3.9e-27 94.7% b.1.6 2.5e-14 51.8% b.1.6 1.7e-13 46.9% b.1.6 5.4e-24 83.9% b.1.6 2.7e-28 100.5% b.1.6 3.8e-24 84.4% b.1.6 3.3e-29 103.6% b.1.6 1.2e-31 110.1% b.1.6 9.5e-30 103.7% b.1.6 3.5e-14 50.1% b.1.6 4.3e-15 52.3% b.1.6 9.8e-22 76.1% b.1.6 1.8e-32 113.0% b.1.6 3.9e-24 84.3% b.1.6 2.9e-22 77.9% b.1.6 7.4e-29 100.6% b.1.6 5.8e-29 100.9% b.1.6 1e-28 100.1% b.1.6 1.5e-19 71.5% b.1.6 2e-17 60.1% b.1.6 2.4e-26 92.0% b.1.6 2.3e-25 88.6% b.1.6 2.1e-23 81.8% b.1.6 1.7e-18 67.8% b.1.6 9.3e-29 101.9% b.1.6 4.5e-24 85.7% b.1.6 3.5e-26 91.4% b.1.6 8e-29 102.1% b.1.6 6.4e-25 88.7% g.3.11 7e-09 34.0% b.29.1 2e-44 108.3% b.29.1 1.6e-34 83.7% d.24.1 0.00037 10.2%

Sequence

MERLLLLFFLLLAGRESLCQTGDTKLELLAPRGRSYATTYEQYAAFPRRRSSSSSPSGEM
QSRAVDTSADFEVLEGQPRGTTVGFIPTKPKFSYRFNEPPREFTLDPVTGEVKTNVVLDR
EGMRDHYDLVVLSSQPTYPIEVRIKVLDVNDNSPEFPEPSIAISFSESATSGTRLLLDAA
TDADVGENGVTDQYEIVAGNVDNKFRLVTTANPSGDTSYLHLETTGNLDRESRGSYQLNI
SARDGGSPPRFGYLQVNVTILDVNDNPPIFDHSDYNVSLNETALPGTPVVTVMASDNDLG
DNSKITYYLAETEHQFTVNPETGVISTTERVNCPQQTNVKSSASQKSCVFTVFARDHGSP
RQDGRTYVTVNLLDTNDHDPIISFRFFPDGGKVATVDENAVNGTVVAAVAVKDSDSGLNG
RTSVRIVSGNELGHFRLEEAADLHIVRVNGVLDREEIGKYNLTVVAMDQGTPARTTTAHL
IIDVNDVNDHEPVFEKSEYSAVLSELAPTGSFVASITATDEDTGVNAQVHYDILSGNELK
WFSMDPLTGLIVTTGPLDREIRDTVELSISARDGGPNPKFAYTQLKVIILDENDEAPQFS
QREQNVTLGEDAPPQTIVALMTATDHDQGTNGSVTFALAPSVERLYPLQFALDALTGQLT
TRRPLDREKMSQYEISVIARDQGAPTPQSATATVWLNVADVNDNDPQFYPRHYIYSLADD
DDDIKLKKEVEKERILLHVTASDKDDGDNALIEYRLESGGEGLFQLDARSGAISLRGDAP
ASMHWKPHYKLLVSARDAGQRRSQQDAIVEIVLKSKLEMLECGQAQAGGYEFQMVEDHEQ
QRNSQPNREVGIVQVKSTNGKANSHIEYDIIQGDRAQNFRIDTRSGRITTARPLDREEQA
NYRLTILASSSSSSSAAASSVSYGQCIVNIAIIDLNDNAPVFALDRESEPTISLPENAAV
GQEIYLSRVRDRDAGVNSRISYSLTNNPNQQFRIGPVTGVLYLQRPIRAEPGSLIHVELM
ATDAGSPPLSSKLSLSVLIADVNDHTPVFDHTSYETSLPETTKVNTRFFALAATDIDLGD
NGRISYEIIEGNTERMFGVFPDGYLFVRAPLDREERDYYALTVSCRDAGQPSRSSVVPVV
IHVIDENDNAPQFTNSTFTFSIPENAPADTFVGKLTAVDRDIGRNAELSFTLSSQTQDFT
IDTRNGFIKTLRPFDREALVKVSRNAEASGEDGSLRGSMAGNYMLLEATVSDNGIPRLQD
KVKVKVIVTDVNDNAPEFLRAPYHVTISEGASEGTHITHVFTQDADEGLNGDVYYSLAKG
NEAGQFNLDSATGQLSLGRRLDRESQEIHHLIVVAKDAALKHPLSSNASITIVVLDENDN
APEFTQSSSEVSVLETSPTGTELMRFRASDADQGVNSQVVFSISAGNRRDTFHIDSITGS
LYLHKPLDYEDITSYTLNITASDCGTPSLSTTVLYNVLVVDDNDNPPIFPSTAIVRQIKE
GIPLKTPIVTVTADDPDSGLNGKVSYAISKQEPQLPQGRHFGINTETGVIHTLREIDRES
IDTFRLTVVATDRAQPSERQLSTEKLVTVIVEDINDNAPVFVSMNAAILPPKFSTSKGSS
TAVMQVHAKDADSSSNGLVTYEIVSGPQELFKLQRNTGIITFTPGPQFKQEVRYQLTLKS
TDEAVQSERRSSEVYITIITPGSGGSESSVPQFEQRSKLSGSVYENEPIGTSILTVTAHL
ASAEIEYFVTNVTATGSRGQVDRLFDIDAKLGILSTAAELDREAGPEEYEVEVYAIALGG
QPRTSRTKVRVTVLDKNDSPPQFLDTPFVYNVSEDLQIGHTISTLRAHDPDTLGSVTFLL
MDGHDGKFLLEPSTGKLILNDTLDRETKSKYELRIRVSDGVQYTEAYATIQVSDTNDNPP
LFEDTVYSFDIPENAQRGYQVGQIVARDADLGQNAQLSYGVVSDWANDVFSLNPQTGMLT
LTARLDYEEVQHYILIVQAQDNGQPSLSTTITVYCNVLDLNDNAPIFDPMSYSSEVFENV
PIATEVVTVSAKDIDSGNNGLIEYSITAGDVDSEFGIDSNGTIRTRRNLDREHRSTYTLT
VTARDCADEFASFSELEETQLKLKYRSPRKYQQTRQEFLAHQKQQRLSSTVKVTILIKDV
NDEVPVFISANETAIMENVAINTVVIAVKAVDNDEGRNGYIDYLMKEARDEDMGQSDPLP
FSLNPTDGQLRVVDALDRELRSSYLLNITARDRGEPPQSTESQLLIRILDENDNSPVFDP
KQYSASVAENASIGAMVLQVSATDVDEGANGRIRYSIVLGDQNHDFSISEDTGVVRVAKN
LNYERLSRYSLTVRAEDCALENPAGDTAELTINILDINDNRPTFLDSPYLARVMENTVPP
NGGYVLTVNAYDADTPPLNSQVRYFLKEGDSDLFRINASSGDIALLKPLDREQQSEYTLT
LVAMDTGSPPLTGTGIVRVEVQDINDNDPVFELQSYHATVRENLPSGTHVLTPRATDKDE
GLNAKLRFNLLGEHMHRFHIDSETGEISTATTLDREETSVYHLTLMAQDSSITEPRASSV
NLTISVSDVNDNIPKFDSTTYNVAVPERISKGEFVFGARALDLDDGENAVVHYTISGRDQ
HYFDINTKTGVVSTKLELKTKTKSHDDLTYTIVISAMDQGEQSLSSKAELTVILRPPELF
PTFAYMANSHFAMSEDVRPGKMITKVSATSPKKGLVGKIRYAIAGGIMGDSLRVDPNSGL
LSVGQDGLDYELTHLYEIWIEAADGDTPSLRSVTLITLNVTDANDNAPVMEQLIYNAEVL
EEESPPQLIAVVKASDRDSGDNGNVIYRLQNDFDGTFEITESGEIYTRMRLDREEIGDYA
FVVEAVDQGVPHMTGTASVLLHLLDKNDNPPKFTRLFSLNVTENAEIGSFVIRVTSSDLD
LGANANASYSFSENPGEKFRIEPQSGNITVAGHLDREQQDEYILKVVASDGAWRAETPIT
ITIQDQNDNAPEFEHSFYSFSFPELQQSIALVGQIIATDRDKQGPNSVISYSLQQPSPMF
SIDPATGEVFSKKAVRFKHSQYVRSPENMYALTVLATDNGKPPLYSECLVNINIVDAHNN
PPKFEQAEYLAPLPQDAVRGQRIVRVHANDKQDLGTNEMDYSLMTFNLSSIFSVGRHDGW
ITLVKPIQVPPNTRYELVVRATDRGVPPQSDETRVVIVVTGENMDTPRFSVNSYQVIVPE
NEPVGSTILTVGATDDDTGPNGMLRYSISGGNERQDFSVDERTGGIVIQQQLDYDLIQEY
HLNITVQDLGYHPLSSVAMLTIILTDVNDNPPVFNHKEYHCYIPENKPVGTFVFQAHAAD
KDSPKNAIIHYAFLPSGPDRHFFIMNQSNGTISSAVSFDYEERRIYTLQIKAKNPDSSME
SYANLYVHVLGVNEFYPQFLQPVFHFDVSETSAVGTRVGAVQATDKDSGEDGRVYYLLVG
SSNDKGFRIDTNTGLIYVARHLDRETQNRVVLTVMAKNYGSIRGNDTDEAQVIISIQDGN
DPPEFIKHYYTSTISEAAPVGTKVTTVKAIDKDVRTQNNQFSYSIINGNLKQSFKIDVQT
GEISTASRLDREETSTYNLVIGAIDTGLPPQTGSATVHIELEDVNDNGPTFTPEGLNGYI
SENEPAGTSIMTLIASDPDLPRNGGPFTYQLIGGKHKSWLSVDRNSGVVRSTTSFDREMT
PILEAIIEVEDSGKPKQKSQHLLTITVLDQNDNPSTTRSLHIAVSLFNGDLPSNVKLADV
RPNDIDIVGDYRCRLQKNPAQSQLQLAIPRACDLITTSHTTPIASVFSYTGNDGKHGDVS
SKVSVAFQSFNNETLANSVSIMVRNMTAYHFLANHYRPILEMIKSRMSNEDEVILYSLLE
GGSGNSTNLQLLMAVRLAKTSYQQPKYLIERLREKRSAFSELLQKEVIVGYEPCSEPDVC
ENGGVCSATMRLLDAHSFVIQDSPALVLSGPRVVHDYSCQCTSGFSGEQCSRRQDPCLPN
PCHSQVQCRRLGSDFQCMCPANRDGKHCEKERSDVCYSKPCRNGGSCQRSPDGSSYFCLC
RPGFRGNQCESVSDSCRPNPCLHGGLCVSLKPGYKCNCTPGRYGRHCERFSYGFQPLSYM
TFPALDVTTNDISIVFATTKPNSLLLYNYGMQSGGRSDFLAIELVHGRAYFSSGGARTAI
STVIAGRNLADGGWHKVTATRNGRVMSLSVAKCADSGDVCTECLPGDSSCYADEVGPVGT
LNFNKQPLMIGGLSSADPILERPGQVHSDDLVGCLHSVHIGGRALNLSLPLQQKGILAGC
NRQACQPALAAERCGGFAGQCIDRWSSSLCQCGGHLQSPDCSDSLEPITLGEGAFVEFRI
SEIYRRMQLLDNLYNSKSAWLDNQQMRERRAVSNFSTASQIYEAPKMLSMLFRTYKDQGQ
ILYAATNQMFTSLSLREGRLVYYSKQHLTINMTVQETSTLNDGKWHNVSLFSESRSLRLI
VDGRQVGDELDIAGVHDFLDPYLTILNVGGEAFVGCLANVTVNNELQPLNGSGSIFPEVR
YHGKIESGCRGDIGQDAAQVADPLSIGFTLVIVFFVILVVAILGSYVIYRFRGKQEKIGS
LSCGVPGFKIKHPGGPVTQSQVDHVLVRNLHPSEAPSPPVGAGDHMRPPVGSHHLVGPEL
LTKKFKEPTAEMPQPQQQQQRPQRPDIIERESPLIREDHHLPIPPLHPLPLEHASSVDMG
SEYPEHYDLENASSIAPSDIDIVYHYKGYREAAGLRKYKASVPPVSAYTHHKHQNSGSQQ
QQQQHRHTAPFVTRNQGGQPPPPPTSASRTHQSTPLARLSPSSELSSQQPRILTLHDISG
KPLQSALLATTSSSGGVGKDVHSNSERSLNSPVMSQLSGQSSSASRQKPGVPQQQAQQTS
MGLTAEEIERLNGRPRTCSLISTLDAVSSSSEAPRVSSSALHMSLGGDVDAHSSTSTDES
GNDSFTCSEIEYDNNSLSGDGKYSTSKSLLDGRSPVSRALSGGETSRNPPTTVVKTPPIP
PHAYDGFESSFRGSLSTLVASDDDIANHLSGIYRKANGAASPSATTLGWEYLLNWGPSYE
NLMGVFKDIAELPDTNGPSQQQQQQTQVVSTLRMPSSNGPAAPEEYV

Region:1-5147
Length:5147aa
Label:Full sequence
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