PY17X_1337500 | acetyl-CoA carboxylase, putative

_IDPredictionOTHERSPmTPCS_Position
PY17X_1337500SP0.1109740.8887830.000242CS pos: 21-22. TKS-IK. Pr: 0.9425
No Results

  • Fasta :-

    >PY17X_1337500 MISIFLSILLFVLIFENPTKSIKIRNTYYMHMYNNVNINNFAEKETRGQYPNRKGTNDVL SENYRNKFMPLFVSKGTNILNSILKNKTFRYIYNDPERNTKKNSKNNSKNLAFLYTLHKH SNTLSRISKSKSFQGDDIEKLENNNDEDNDSTNNISSRSNSNDIDKTYSFDHIGNNLNED PEKKIFSFTSNRKDAQSGFRDDSNSSYITKDNLKKKSDSVNNREKKVLENLIDNFSNLNW SNNIIDDANLNQPQYSKEFGSYIKSENDKSLHYYSDGILDHLYSYKKFSTKNKKKKNLNK LFYSFKPLENVHTIKKGTITAQPIQNNAEIGTPLSHSDKNGISMSNINKRQIKFGDKRIY MKKGDTCERDENEHIDDTEFLTYEETNNIKKKAYKDYINYINERRYPYINYLKMKNEKII KKLLIANNGMAALKCILSLKEWLFKTFNDENLIQIIVLATEDDIKSNSKYISLSDKVIKV PPGKNSYNYANVSLIVDIAKKENVDAVWPGWGHCSENPLLSSMLEKENIIFVGPTDNVME ALGDKISANILAQSVNVPVVKWSGDNLKIKDFENNSISQDIYNKSTIHSLEECIRECKRI GYPVMIKASQGGGGKGIRKVENENEIKKYYEQVQNELPNSPIFLMKVCSNVRHIEIQVVG DMYGNVCSLSGRDCTTQRRFQKIFEEGPPSIVPPHTFREMEKASIRLTKMIKYRGAGTIE YLYDQVNNKYYFLELNTRLQVEHPVSEGITDTNIVAIQLQVAMGIPLQNIDDIKKLYKIE EKTKKNTSSSSVSIVNDKLKLPISEKDNNKTVKTNLSEQLGMFDFYNNMPHTKNHVIAAR ITAENSNDSFKPTSGLVKNVNFQNSKDVWGYFSINNGFVHEFSDSQIGHIFAKGETREIA RKNLILALRKLSIDGEIKTVTKYLAKILESKAFIDNNITTNWLDVVIERKKNIYYNAFHI IILCAAIFKLLIYFMKEMENTEDSLNREDIAIKSENNINDISLNGKMKRAHIFDIIFQNV KYKFKGYNTGEDLYKLNINDQEIEILAKYDKENNKIFASFHNQTYIYTCIEDSLGTHMNL GKDNVFIPVITNPYHLISNTNGKIVKYLIKDGEKINKFDDYIEVEAMKMIMTFKSTETGI LKHKMSEGAMIKIGDLLGVIEKEKDNQNYQNDDNNNKIIDFIGHLNLSNKNAYELNGTFV PDLAEESHNNEVCCKNIEKEKMENLRKIEDPKNNKIYPTKHTNRNSQVNTTNESVSVQDI KTENMKKDESQFCTEDKQIQNNQVNRRNKLFLKKNNGKNNKNNMFRLFSQKNDNDSKIID SNIESNSRDDTLSYDKINKKNTNNESLKATKKEPKDATNMLETTKETSIGSKNYLNEKLN SVKKYLTNLNLSITNTINKMSTTPNEELINDISENNLSTTNTMHNDSIVNSGSNDSLVSQ RTNNISEEKIDNNKKLISYDNYKNQSYKDKIVSSEIDFPVNNTKDKKLDKMKIISDTEMS RSNDDNSQSSRNRTNTNYNEKIELNFDNKKDKENEFFLELSNMKRIEYLLKGYEQDYEKC FEDFLKDKNNFDKNLNYILDKFIEYNHLFSKKEIISEVEIYYILYKSISDKKKQYEIIHA YTYNYLSIKLLEKILNNLINSKQTNLSLQILNKIKILKEFKGKIFGSIILLSRYIIYLYE QNEKIHYLESSFQYNKNMEDMKKQSLQNYIRFLTKSSNMDNYKIDQILNNTNYEEKIKLF LKSPSDIHYSLPFLFKTENVNYQEMFNTYLHNLYKYSTIKAKPHSPNCLVFSINNHEYNN VMLNLNEDITIEQFKSMLDDILYEMKSDKINTFHIINKNETFFNSLQNYLDNAFKKVNTL YIYNYFGNKYGEIHKINMNAYKEREKIQDNLEKSPIETNKNDSTINNKIYLLPFEEEILT SENIASNFELKNVGQEVFNKTKILLGTYKQNNKYTSLFAQRIIDINDLQKQVDSDNIKVY DEQENVGMTKNGKNNILLSKNIENGQMNNQIYDIFMSELKESIEDISIYRLNPSIRDIKI SSNIIYHIVLPNNSNIEDQINGIKEIYKNFLNKYNELFIENYVNNVYIKVYKEIEEEKNN ETKLELNQLLKLHVLFDNEKEVIEKVDKINPVIIDALYLKRKRARDVDTIYAYDFVKLIN IALNRINNTLNDNFNYINSVKEFKIDYSRENSEEINDTVSVGKKEKSQPNKNDKQSKWLF ENFDNLSSDEIRIKKSLYLSNSLEIGQNKMSVIGLLMNVKTDEYKEGRDIAFIINDITTN GGAFSVLEDELFYGVSCYAREKKIPRICISCNSGAKIGLYNYLMDKIKVCWNDENKKELG YKYIYITEEVKETIPKKDIIYLREIYENGEKRYIIDAIVGNLNNHIGVENLRGSGLIAGE TSKAYDEIFTLSYVTGRSVGIGAYLVRLGKRTIQKKGSSLLLTGFNALNKILGEKVYISN EQLGGVNIMMKNGISQLEAENDQDGVNKIFKWLSYVPKTSDNYFDVLGESTKSFHNKLQE DNKCDITKSRNLNNSIDSDQQSNNYPNGYINDQDIQEYAKKNSLHSSSDSTTVEPESIKE CDTSLIHINGNNGDEESGNEISDTISDNWNKINDVDMDNVNEADIIELLKGSDKKQGFLD KNSYFEYMNEWGKGIITGRGKLGSIPIGFIAVNKNLVTQTVPCDPALKTKAIKTTNAPCV FVPDNSYKTAQSIEDFNKENLPLFVFANWRGFSGGTMDMFNSILKFGSMIVNQLVNYKHP VFVYIPILGELRGGSWVVVDETLNSQIIEMYADTNSKGGILEPPGLVEVKFKFAEIKKLM NNSDPYIIELNQKLATLQNEEEILSVKKEIEKKEKEMLPFYLQVCHKYADLHDVSSCMKE KGVIRKIVPWEKSRSFFYYRLLRRLILHTLNKKFGDSYTNCDEIKDIINDLKNSEDDDQV VCKRVLNGNVLKNINKIKDEILHKKTLDGIFKEFQNLSKTQKIELYKKISSYEF
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/PY17X_1337500.fa Sequence name : PY17X_1337500 Sequence length : 2994 VALUES OF COMPUTED PARAMETERS Coef20 : 4.494 CoefTot : -1.260 ChDiff : 6 ZoneTo : 42 KR : 3 DE : 1 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.700 2.353 0.281 0.811 MesoH : -0.165 0.505 -0.337 0.308 MuHd_075 : 29.287 16.819 8.661 6.425 MuHd_095 : 26.271 12.156 7.279 4.767 MuHd_100 : 27.577 13.099 7.793 4.698 MuHd_105 : 30.734 14.762 8.911 5.965 Hmax_075 : 7.000 5.200 -0.906 2.990 Hmax_095 : 17.150 5.775 3.038 6.423 Hmax_100 : 17.200 2.700 3.197 6.540 Hmax_105 : 19.250 20.000 4.235 7.490 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.8930 0.1070 DFMC : 0.9369 0.0631
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 2994 PY17X_1337500 MISIFLSILLFVLIFENPTKSIKIRNTYYMHMYNNVNINNFAEKETRGQYPNRKGTNDVLSENYRNKFMPLFVSKGTNIL 80 NSILKNKTFRYIYNDPERNTKKNSKNNSKNLAFLYTLHKHSNTLSRISKSKSFQGDDIEKLENNNDEDNDSTNNISSRSN 160 SNDIDKTYSFDHIGNNLNEDPEKKIFSFTSNRKDAQSGFRDDSNSSYITKDNLKKKSDSVNNREKKVLENLIDNFSNLNW 240 SNNIIDDANLNQPQYSKEFGSYIKSENDKSLHYYSDGILDHLYSYKKFSTKNKKKKNLNKLFYSFKPLENVHTIKKGTIT 320 AQPIQNNAEIGTPLSHSDKNGISMSNINKRQIKFGDKRIYMKKGDTCERDENEHIDDTEFLTYEETNNIKKKAYKDYINY 400 INERRYPYINYLKMKNEKIIKKLLIANNGMAALKCILSLKEWLFKTFNDENLIQIIVLATEDDIKSNSKYISLSDKVIKV 480 PPGKNSYNYANVSLIVDIAKKENVDAVWPGWGHCSENPLLSSMLEKENIIFVGPTDNVMEALGDKISANILAQSVNVPVV 560 KWSGDNLKIKDFENNSISQDIYNKSTIHSLEECIRECKRIGYPVMIKASQGGGGKGIRKVENENEIKKYYEQVQNELPNS 640 PIFLMKVCSNVRHIEIQVVGDMYGNVCSLSGRDCTTQRRFQKIFEEGPPSIVPPHTFREMEKASIRLTKMIKYRGAGTIE 720 YLYDQVNNKYYFLELNTRLQVEHPVSEGITDTNIVAIQLQVAMGIPLQNIDDIKKLYKIEEKTKKNTSSSSVSIVNDKLK 800 LPISEKDNNKTVKTNLSEQLGMFDFYNNMPHTKNHVIAARITAENSNDSFKPTSGLVKNVNFQNSKDVWGYFSINNGFVH 880 EFSDSQIGHIFAKGETREIARKNLILALRKLSIDGEIKTVTKYLAKILESKAFIDNNITTNWLDVVIERKKNIYYNAFHI 960 IILCAAIFKLLIYFMKEMENTEDSLNREDIAIKSENNINDISLNGKMKRAHIFDIIFQNVKYKFKGYNTGEDLYKLNIND 1040 QEIEILAKYDKENNKIFASFHNQTYIYTCIEDSLGTHMNLGKDNVFIPVITNPYHLISNTNGKIVKYLIKDGEKINKFDD 1120 YIEVEAMKMIMTFKSTETGILKHKMSEGAMIKIGDLLGVIEKEKDNQNYQNDDNNNKIIDFIGHLNLSNKNAYELNGTFV 1200 PDLAEESHNNEVCCKNIEKEKMENLRKIEDPKNNKIYPTKHTNRNSQVNTTNESVSVQDIKTENMKKDESQFCTEDKQIQ 1280 NNQVNRRNKLFLKKNNGKNNKNNMFRLFSQKNDNDSKIIDSNIESNSRDDTLSYDKINKKNTNNESLKATKKEPKDATNM 1360 LETTKETSIGSKNYLNEKLNSVKKYLTNLNLSITNTINKMSTTPNEELINDISENNLSTTNTMHNDSIVNSGSNDSLVSQ 1440 RTNNISEEKIDNNKKLISYDNYKNQSYKDKIVSSEIDFPVNNTKDKKLDKMKIISDTEMSRSNDDNSQSSRNRTNTNYNE 1520 KIELNFDNKKDKENEFFLELSNMKRIEYLLKGYEQDYEKCFEDFLKDKNNFDKNLNYILDKFIEYNHLFSKKEIISEVEI 1600 YYILYKSISDKKKQYEIIHAYTYNYLSIKLLEKILNNLINSKQTNLSLQILNKIKILKEFKGKIFGSIILLSRYIIYLYE 1680 QNEKIHYLESSFQYNKNMEDMKKQSLQNYIRFLTKSSNMDNYKIDQILNNTNYEEKIKLFLKSPSDIHYSLPFLFKTENV 1760 NYQEMFNTYLHNLYKYSTIKAKPHSPNCLVFSINNHEYNNVMLNLNEDITIEQFKSMLDDILYEMKSDKINTFHIINKNE 1840 TFFNSLQNYLDNAFKKVNTLYIYNYFGNKYGEIHKINMNAYKEREKIQDNLEKSPIETNKNDSTINNKIYLLPFEEEILT 1920 SENIASNFELKNVGQEVFNKTKILLGTYKQNNKYTSLFAQRIIDINDLQKQVDSDNIKVYDEQENVGMTKNGKNNILLSK 2000 NIENGQMNNQIYDIFMSELKESIEDISIYRLNPSIRDIKISSNIIYHIVLPNNSNIEDQINGIKEIYKNFLNKYNELFIE 2080 NYVNNVYIKVYKEIEEEKNNETKLELNQLLKLHVLFDNEKEVIEKVDKINPVIIDALYLKRKRARDVDTIYAYDFVKLIN 2160 IALNRINNTLNDNFNYINSVKEFKIDYSRENSEEINDTVSVGKKEKSQPNKNDKQSKWLFENFDNLSSDEIRIKKSLYLS 2240 NSLEIGQNKMSVIGLLMNVKTDEYKEGRDIAFIINDITTNGGAFSVLEDELFYGVSCYAREKKIPRICISCNSGAKIGLY 2320 NYLMDKIKVCWNDENKKELGYKYIYITEEVKETIPKKDIIYLREIYENGEKRYIIDAIVGNLNNHIGVENLRGSGLIAGE 2400 TSKAYDEIFTLSYVTGRSVGIGAYLVRLGKRTIQKKGSSLLLTGFNALNKILGEKVYISNEQLGGVNIMMKNGISQLEAE 2480 NDQDGVNKIFKWLSYVPKTSDNYFDVLGESTKSFHNKLQEDNKCDITKSRNLNNSIDSDQQSNNYPNGYINDQDIQEYAK 2560 KNSLHSSSDSTTVEPESIKECDTSLIHINGNNGDEESGNEISDTISDNWNKINDVDMDNVNEADIIELLKGSDKKQGFLD 2640 KNSYFEYMNEWGKGIITGRGKLGSIPIGFIAVNKNLVTQTVPCDPALKTKAIKTTNAPCVFVPDNSYKTAQSIEDFNKEN 2720 LPLFVFANWRGFSGGTMDMFNSILKFGSMIVNQLVNYKHPVFVYIPILGELRGGSWVVVDETLNSQIIEMYADTNSKGGI 2800 LEPPGLVEVKFKFAEIKKLMNNSDPYIIELNQKLATLQNEEEILSVKKEIEKKEKEMLPFYLQVCHKYADLHDVSSCMKE 2880 KGVIRKIVPWEKSRSFFYYRLLRRLILHTLNKKFGDSYTNCDEIKDIINDLKNSEDDDQVVCKRVLNGNVLKNINKIKDE 2960 ILHKKTLDGIFKEFQNLSKTQKIELYKKISSYEF 3040 ................................................................................ 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 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 0 Name Pos Context Score Pred ____________________________v_________________ PY17X_1337500 20 IFENPTK|SI 0.077 . PY17X_1337500 23 NPTKSIK|IR 0.064 . PY17X_1337500 25 TKSIKIR|NT 0.159 . PY17X_1337500 44 INNFAEK|ET 0.077 . PY17X_1337500 47 FAEKETR|GQ 0.097 . PY17X_1337500 53 RGQYPNR|KG 0.085 . PY17X_1337500 54 GQYPNRK|GT 0.117 . PY17X_1337500 65 VLSENYR|NK 0.089 . PY17X_1337500 67 SENYRNK|FM 0.065 . PY17X_1337500 75 MPLFVSK|GT 0.071 . PY17X_1337500 85 ILNSILK|NK 0.055 . PY17X_1337500 87 NSILKNK|TF 0.066 . PY17X_1337500 90 LKNKTFR|YI 0.118 . PY17X_1337500 98 IYNDPER|NT 0.084 . PY17X_1337500 101 DPERNTK|KN 0.113 . PY17X_1337500 102 PERNTKK|NS 0.088 . PY17X_1337500 105 NTKKNSK|NN 0.071 . PY17X_1337500 109 NSKNNSK|NL 0.059 . PY17X_1337500 119 FLYTLHK|HS 0.058 . PY17X_1337500 126 HSNTLSR|IS 0.105 . PY17X_1337500 129 TLSRISK|SK 0.426 . PY17X_1337500 131 SRISKSK|SF 0.092 . PY17X_1337500 140 QGDDIEK|LE 0.054 . PY17X_1337500 158 TNNISSR|SN 0.192 . PY17X_1337500 166 NSNDIDK|TY 0.063 . PY17X_1337500 183 LNEDPEK|KI 0.064 . PY17X_1337500 184 NEDPEKK|IF 0.077 . PY17X_1337500 192 FSFTSNR|KD 0.083 . PY17X_1337500 193 SFTSNRK|DA 0.103 . PY17X_1337500 200 DAQSGFR|DD 0.093 . PY17X_1337500 210 NSSYITK|DN 0.082 . PY17X_1337500 214 ITKDNLK|KK 0.065 . PY17X_1337500 215 TKDNLKK|KS 0.104 . PY17X_1337500 216 KDNLKKK|SD 0.228 . PY17X_1337500 223 SDSVNNR|EK 0.117 . PY17X_1337500 225 SVNNREK|KV 0.079 . PY17X_1337500 226 VNNREKK|VL 0.384 . PY17X_1337500 257 NQPQYSK|EF 0.065 . PY17X_1337500 264 EFGSYIK|SE 0.067 . PY17X_1337500 269 IKSENDK|SL 0.106 . PY17X_1337500 286 DHLYSYK|KF 0.067 . PY17X_1337500 287 HLYSYKK|FS 0.095 . PY17X_1337500 291 YKKFSTK|NK 0.064 . PY17X_1337500 293 KFSTKNK|KK 0.068 . PY17X_1337500 294 FSTKNKK|KK 0.075 . PY17X_1337500 295 STKNKKK|KN 0.112 . PY17X_1337500 296 TKNKKKK|NL 0.214 . PY17X_1337500 300 KKKNLNK|LF 0.064 . PY17X_1337500 306 KLFYSFK|PL 0.075 . PY17X_1337500 315 ENVHTIK|KG 0.059 . PY17X_1337500 316 NVHTIKK|GT 0.131 . PY17X_1337500 339 PLSHSDK|NG 0.064 . PY17X_1337500 349 SMSNINK|RQ 0.064 . PY17X_1337500 350 MSNINKR|QI 0.300 . PY17X_1337500 353 INKRQIK|FG 0.209 . PY17X_1337500 357 QIKFGDK|RI 0.060 . PY17X_1337500 358 IKFGDKR|IY 0.234 . PY17X_1337500 362 DKRIYMK|KG 0.079 . PY17X_1337500 363 KRIYMKK|GD 0.128 . PY17X_1337500 369 KGDTCER|DE 0.092 . PY17X_1337500 390 EETNNIK|KK 0.053 . PY17X_1337500 391 ETNNIKK|KA 0.097 . PY17X_1337500 392 TNNIKKK|AY 0.240 . PY17X_1337500 395 IKKKAYK|DY 0.083 . PY17X_1337500 404 INYINER|RY 0.072 . PY17X_1337500 405 NYINERR|YP 0.102 . PY17X_1337500 413 PYINYLK|MK 0.055 . PY17X_1337500 415 INYLKMK|NE 0.070 . PY17X_1337500 418 LKMKNEK|II 0.073 . PY17X_1337500 421 KNEKIIK|KL 0.064 . PY17X_1337500 422 NEKIIKK|LL 0.101 . PY17X_1337500 434 NGMAALK|CI 0.059 . PY17X_1337500 440 KCILSLK|EW 0.057 . PY17X_1337500 445 LKEWLFK|TF 0.063 . PY17X_1337500 465 ATEDDIK|SN 0.081 . PY17X_1337500 469 DIKSNSK|YI 0.069 . PY17X_1337500 476 YISLSDK|VI 0.062 . PY17X_1337500 479 LSDKVIK|VP 0.058 . PY17X_1337500 484 IKVPPGK|NS 0.064 . PY17X_1337500 500 LIVDIAK|KE 0.061 . PY17X_1337500 501 IVDIAKK|EN 0.079 . PY17X_1337500 526 LSSMLEK|EN 0.071 . PY17X_1337500 545 MEALGDK|IS 0.062 . PY17X_1337500 561 VNVPVVK|WS 0.082 . PY17X_1337500 568 WSGDNLK|IK 0.065 . PY17X_1337500 570 GDNLKIK|DF 0.087 . PY17X_1337500 584 SQDIYNK|ST 0.083 . PY17X_1337500 595 SLEECIR|EC 0.081 . PY17X_1337500 598 ECIRECK|RI 0.109 . PY17X_1337500 599 CIRECKR|IG 0.136 . PY17X_1337500 607 GYPVMIK|AS 0.062 . PY17X_1337500 615 SQGGGGK|GI 0.082 . PY17X_1337500 618 GGGKGIR|KV 0.127 . PY17X_1337500 619 GGKGIRK|VE 0.069 . PY17X_1337500 627 ENENEIK|KY 0.061 . PY17X_1337500 628 NENEIKK|YY 0.164 . PY17X_1337500 646 SPIFLMK|VC 0.090 . PY17X_1337500 652 KVCSNVR|HI 0.099 . PY17X_1337500 672 VCSLSGR|DC 0.183 . PY17X_1337500 678 RDCTTQR|RF 0.091 . PY17X_1337500 679 DCTTQRR|FQ 0.116 . PY17X_1337500 682 TQRRFQK|IF 0.269 . PY17X_1337500 698 VPPHTFR|EM 0.095 . PY17X_1337500 702 TFREMEK|AS 0.073 . PY17X_1337500 706 MEKASIR|LT 0.080 . PY17X_1337500 709 ASIRLTK|MI 0.202 . PY17X_1337500 712 RLTKMIK|YR 0.073 . PY17X_1337500 714 TKMIKYR|GA 0.314 . PY17X_1337500 729 YDQVNNK|YY 0.074 . PY17X_1337500 738 FLELNTR|LQ 0.067 . PY17X_1337500 774 QNIDDIK|KL 0.071 . PY17X_1337500 775 NIDDIKK|LY 0.089 . PY17X_1337500 778 DIKKLYK|IE 0.061 . PY17X_1337500 782 LYKIEEK|TK 0.053 . PY17X_1337500 784 KIEEKTK|KN 0.062 . PY17X_1337500 785 IEEKTKK|NT 0.111 . PY17X_1337500 798 VSIVNDK|LK 0.056 . PY17X_1337500 800 IVNDKLK|LP 0.063 . PY17X_1337500 806 KLPISEK|DN 0.071 . PY17X_1337500 810 SEKDNNK|TV 0.077 . PY17X_1337500 813 DNNKTVK|TN 0.072 . PY17X_1337500 833 NNMPHTK|NH 0.063 . PY17X_1337500 840 NHVIAAR|IT 0.090 . PY17X_1337500 851 NSNDSFK|PT 0.086 . PY17X_1337500 858 PTSGLVK|NV 0.075 . PY17X_1337500 866 VNFQNSK|DV 0.083 . PY17X_1337500 893 IGHIFAK|GE 0.076 . PY17X_1337500 897 FAKGETR|EI 0.084 . PY17X_1337500 901 ETREIAR|KN 0.071 . PY17X_1337500 902 TREIARK|NL 0.091 . PY17X_1337500 909 NLILALR|KL 0.086 . PY17X_1337500 910 LILALRK|LS 0.075 . PY17X_1337500 918 SIDGEIK|TV 0.074 . PY17X_1337500 922 EIKTVTK|YL 0.075 . PY17X_1337500 926 VTKYLAK|IL 0.064 . PY17X_1337500 931 AKILESK|AF 0.066 . PY17X_1337500 949 LDVVIER|KK 0.082 . PY17X_1337500 950 DVVIERK|KN 0.068 . PY17X_1337500 951 VVIERKK|NI 0.083 . PY17X_1337500 969 LCAAIFK|LL 0.062 . PY17X_1337500 976 LLIYFMK|EM 0.076 . PY17X_1337500 987 TEDSLNR|ED 0.089 . PY17X_1337500 993 REDIAIK|SE 0.072 . PY17X_1337500 1006 DISLNGK|MK 0.075 . PY17X_1337500 1008 SLNGKMK|RA 0.080 . PY17X_1337500 1009 LNGKMKR|AH 0.158 . PY17X_1337500 1021 IIFQNVK|YK 0.068 . PY17X_1337500 1023 FQNVKYK|FK 0.094 . PY17X_1337500 1025 NVKYKFK|GY 0.083 . PY17X_1337500 1035 TGEDLYK|LN 0.065 . PY17X_1337500 1048 EIEILAK|YD 0.063 . PY17X_1337500 1051 ILAKYDK|EN 0.071 . PY17X_1337500 1055 YDKENNK|IF 0.060 . PY17X_1337500 1082 THMNLGK|DN 0.071 . PY17X_1337500 1103 ISNTNGK|IV 0.085 . PY17X_1337500 1106 TNGKIVK|YL 0.077 . PY17X_1337500 1110 IVKYLIK|DG 0.072 . PY17X_1337500 1114 LIKDGEK|IN 0.053 . PY17X_1337500 1117 DGEKINK|FD 0.072 . PY17X_1337500 1128 IEVEAMK|MI 0.069 . PY17X_1337500 1134 KMIMTFK|ST 0.116 . PY17X_1337500 1142 TETGILK|HK 0.064 . PY17X_1337500 1144 TGILKHK|MS 0.074 . PY17X_1337500 1152 SEGAMIK|IG 0.058 . PY17X_1337500 1162 LLGVIEK|EK 0.064 . PY17X_1337500 1164 GVIEKEK|DN 0.070 . PY17X_1337500 1177 NDDNNNK|II 0.066 . PY17X_1337500 1190 HLNLSNK|NA 0.081 . PY17X_1337500 1215 NNEVCCK|NI 0.074 . PY17X_1337500 1219 CCKNIEK|EK 0.061 . PY17X_1337500 1221 KNIEKEK|ME 0.057 . PY17X_1337500 1226 EKMENLR|KI 0.105 . PY17X_1337500 1227 KMENLRK|IE 0.078 . PY17X_1337500 1232 RKIEDPK|NN 0.063 . PY17X_1337500 1235 EDPKNNK|IY 0.056 . PY17X_1337500 1240 NKIYPTK|HT 0.069 . PY17X_1337500 1244 PTKHTNR|NS 0.085 . PY17X_1337500 1261 VSVQDIK|TE 0.061 . PY17X_1337500 1266 IKTENMK|KD 0.067 . PY17X_1337500 1267 KTENMKK|DE 0.110 . PY17X_1337500 1277 QFCTEDK|QI 0.067 . PY17X_1337500 1286 QNNQVNR|RN 0.082 . PY17X_1337500 1287 NNQVNRR|NK 0.107 . PY17X_1337500 1289 QVNRRNK|LF 0.150 . PY17X_1337500 1293 RNKLFLK|KN 0.061 . PY17X_1337500 1294 NKLFLKK|NN 0.104 . PY17X_1337500 1298 LKKNNGK|NN 0.062 . PY17X_1337500 1301 NNGKNNK|NN 0.065 . PY17X_1337500 1306 NKNNMFR|LF 0.131 . PY17X_1337500 1311 FRLFSQK|ND 0.064 . PY17X_1337500 1317 KNDNDSK|II 0.066 . PY17X_1337500 1328 NIESNSR|DD 0.074 . PY17X_1337500 1336 DTLSYDK|IN 0.053 . PY17X_1337500 1339 SYDKINK|KN 0.062 . PY17X_1337500 1340 YDKINKK|NT 0.079 . PY17X_1337500 1348 TNNESLK|AT 0.083 . PY17X_1337500 1351 ESLKATK|KE 0.056 . PY17X_1337500 1352 SLKATKK|EP 0.108 . PY17X_1337500 1355 ATKKEPK|DA 0.102 . PY17X_1337500 1365 NMLETTK|ET 0.065 . PY17X_1337500 1372 ETSIGSK|NY 0.059 . PY17X_1337500 1378 KNYLNEK|LN 0.061 . PY17X_1337500 1383 EKLNSVK|KY 0.062 . PY17X_1337500 1384 KLNSVKK|YL 0.119 . PY17X_1337500 1399 ITNTINK|MS 0.062 . PY17X_1337500 1441 DSLVSQR|TN 0.092 . PY17X_1337500 1449 NNISEEK|ID 0.058 . PY17X_1337500 1454 EKIDNNK|KL 0.059 . PY17X_1337500 1455 KIDNNKK|LI 0.081 . PY17X_1337500 1463 ISYDNYK|NQ 0.064 . PY17X_1337500 1468 YKNQSYK|DK 0.082 . PY17X_1337500 1470 NQSYKDK|IV 0.134 . PY17X_1337500 1484 FPVNNTK|DK 0.063 . PY17X_1337500 1486 VNNTKDK|KL 0.079 . PY17X_1337500 1487 NNTKDKK|LD 0.082 . PY17X_1337500 1490 KDKKLDK|MK 0.068 . PY17X_1337500 1492 KKLDKMK|II 0.100 . PY17X_1337500 1501 SDTEMSR|SN 0.115 . PY17X_1337500 1511 DNSQSSR|NR 0.085 . PY17X_1337500 1513 SQSSRNR|TN 0.096 . PY17X_1337500 1521 NTNYNEK|IE 0.056 . PY17X_1337500 1529 ELNFDNK|KD 0.062 . PY17X_1337500 1530 LNFDNKK|DK 0.131 . PY17X_1337500 1532 FDNKKDK|EN 0.076 . PY17X_1337500 1544 LELSNMK|RI 0.062 . PY17X_1337500 1545 ELSNMKR|IE 0.126 . PY17X_1337500 1551 RIEYLLK|GY 0.067 . PY17X_1337500 1559 YEQDYEK|CF 0.066 . PY17X_1337500 1566 CFEDFLK|DK 0.067 . PY17X_1337500 1568 EDFLKDK|NN 0.066 . PY17X_1337500 1573 DKNNFDK|NL 0.082 . PY17X_1337500 1581 LNYILDK|FI 0.072 . PY17X_1337500 1591 YNHLFSK|KE 0.067 . PY17X_1337500 1592 NHLFSKK|EI 0.104 . PY17X_1337500 1606 IYYILYK|SI 0.106 . PY17X_1337500 1611 YKSISDK|KK 0.074 . PY17X_1337500 1612 KSISDKK|KQ 0.098 . PY17X_1337500 1613 SISDKKK|QY 0.195 . PY17X_1337500 1629 YNYLSIK|LL 0.077 . PY17X_1337500 1633 SIKLLEK|IL 0.061 . PY17X_1337500 1642 NNLINSK|QT 0.062 . PY17X_1337500 1653 SLQILNK|IK 0.065 . PY17X_1337500 1655 QILNKIK|IL 0.060 . PY17X_1337500 1658 NKIKILK|EF 0.066 . PY17X_1337500 1661 KILKEFK|GK 0.060 . PY17X_1337500 1663 LKEFKGK|IF 0.083 . PY17X_1337500 1673 SIILLSR|YI 0.085 . PY17X_1337500 1684 LYEQNEK|IH 0.052 . PY17X_1337500 1696 SSFQYNK|NM 0.066 . PY17X_1337500 1702 KNMEDMK|KQ 0.063 . PY17X_1337500 1703 NMEDMKK|QS 0.096 . PY17X_1337500 1711 SLQNYIR|FL 0.119 . PY17X_1337500 1715 YIRFLTK|SS 0.076 . PY17X_1337500 1723 SNMDNYK|ID 0.066 . PY17X_1337500 1736 NTNYEEK|IK 0.055 . PY17X_1337500 1738 NYEEKIK|LF 0.060 . PY17X_1337500 1742 KIKLFLK|SP 0.086 . PY17X_1337500 1756 SLPFLFK|TE 0.060 . PY17X_1337500 1775 YLHNLYK|YS 0.070 . PY17X_1337500 1780 YKYSTIK|AK 0.064 . PY17X_1337500 1782 YSTIKAK|PH 0.072 . PY17X_1337500 1815 ITIEQFK|SM 0.077 . PY17X_1337500 1826 DILYEMK|SD 0.070 . PY17X_1337500 1829 YEMKSDK|IN 0.064 . PY17X_1337500 1838 TFHIINK|NE 0.059 . PY17X_1337500 1855 YLDNAFK|KV 0.065 . PY17X_1337500 1856 LDNAFKK|VN 0.102 . PY17X_1337500 1869 YNYFGNK|YG 0.063 . PY17X_1337500 1875 KYGEIHK|IN 0.059 . PY17X_1337500 1882 INMNAYK|ER 0.084 . PY17X_1337500 1884 MNAYKER|EK 0.109 . PY17X_1337500 1886 AYKEREK|IQ 0.061 . PY17X_1337500 1893 IQDNLEK|SP 0.075 . PY17X_1337500 1900 SPIETNK|ND 0.079 . PY17X_1337500 1908 DSTINNK|IY 0.053 . PY17X_1337500 1931 ASNFELK|NV 0.115 . PY17X_1337500 1940 GQEVFNK|TK 0.060 . PY17X_1337500 1942 EVFNKTK|IL 0.061 . PY17X_1337500 1949 ILLGTYK|QN 0.066 . PY17X_1337500 1953 TYKQNNK|YT 0.062 . PY17X_1337500 1961 TSLFAQR|II 0.102 . PY17X_1337500 1970 DINDLQK|QV 0.072 . PY17X_1337500 1978 VDSDNIK|VY 0.075 . PY17X_1337500 1990 ENVGMTK|NG 0.058 . PY17X_1337500 1993 GMTKNGK|NN 0.055 . PY17X_1337500 2000 NNILLSK|NI 0.074 . PY17X_1337500 2020 IFMSELK|ES 0.055 . PY17X_1337500 2030 EDISIYR|LN 0.073 . PY17X_1337500 2036 RLNPSIR|DI 0.154 . PY17X_1337500 2039 PSIRDIK|IS 0.150 . PY17X_1337500 2064 DQINGIK|EI 0.061 . PY17X_1337500 2068 GIKEIYK|NF 0.061 . PY17X_1337500 2073 YKNFLNK|YN 0.079 . PY17X_1337500 2089 VNNVYIK|VY 0.072 . PY17X_1337500 2092 VYIKVYK|EI 0.075 . PY17X_1337500 2098 KEIEEEK|NN 0.067 . PY17X_1337500 2103 EKNNETK|LE 0.063 . PY17X_1337500 2111 ELNQLLK|LH 0.054 . PY17X_1337500 2120 VLFDNEK|EV 0.068 . PY17X_1337500 2125 EKEVIEK|VD 0.056 . PY17X_1337500 2128 VIEKVDK|IN 0.062 . PY17X_1337500 2140 IDALYLK|RK 0.056 . PY17X_1337500 2141 DALYLKR|KR 0.106 . PY17X_1337500 2142 ALYLKRK|RA 0.106 . PY17X_1337500 2143 LYLKRKR|AR 0.113 . PY17X_1337500 2145 LKRKRAR|DV 0.413 . PY17X_1337500 2157 YAYDFVK|LI 0.069 . PY17X_1337500 2165 INIALNR|IN 0.084 . PY17X_1337500 2181 NYINSVK|EF 0.057 . PY17X_1337500 2184 NSVKEFK|ID 0.065 . PY17X_1337500 2189 FKIDYSR|EN 0.092 . PY17X_1337500 2203 DTVSVGK|KE 0.057 . PY17X_1337500 2204 TVSVGKK|EK 0.121 . PY17X_1337500 2206 SVGKKEK|SQ 0.078 . PY17X_1337500 2211 EKSQPNK|ND 0.074 . PY17X_1337500 2214 QPNKNDK|QS 0.074 . PY17X_1337500 2217 KNDKQSK|WL 0.084 . PY17X_1337500 2232 LSSDEIR|IK 0.085 . PY17X_1337500 2234 SDEIRIK|KS 0.057 . PY17X_1337500 2235 DEIRIKK|SL 0.325 . PY17X_1337500 2249 LEIGQNK|MS 0.069 . PY17X_1337500 2260 GLLMNVK|TD 0.059 . PY17X_1337500 2265 VKTDEYK|EG 0.062 . PY17X_1337500 2268 DEYKEGR|DI 0.120 . PY17X_1337500 2300 GVSCYAR|EK 0.093 . PY17X_1337500 2302 SCYAREK|KI 0.061 . PY17X_1337500 2303 CYAREKK|IP 0.238 . PY17X_1337500 2306 REKKIPR|IC 0.087 . PY17X_1337500 2316 SCNSGAK|IG 0.057 . PY17X_1337500 2326 YNYLMDK|IK 0.053 . PY17X_1337500 2328 YLMDKIK|VC 0.064 . PY17X_1337500 2336 CWNDENK|KE 0.054 . PY17X_1337500 2337 WNDENKK|EL 0.100 . PY17X_1337500 2342 KKELGYK|YI 0.077 . PY17X_1337500 2351 YITEEVK|ET 0.060 . PY17X_1337500 2356 VKETIPK|KD 0.064 . PY17X_1337500 2357 KETIPKK|DI 0.124 . PY17X_1337500 2363 KDIIYLR|EI 0.093 . PY17X_1337500 2371 IYENGEK|RY 0.051 . PY17X_1337500 2372 YENGEKR|YI 0.315 . PY17X_1337500 2392 IGVENLR|GS 0.087 . PY17X_1337500 2403 IAGETSK|AY 0.069 . PY17X_1337500 2417 LSYVTGR|SV 0.347 . PY17X_1337500 2427 IGAYLVR|LG 0.071 . PY17X_1337500 2430 YLVRLGK|RT 0.118 . PY17X_1337500 2431 LVRLGKR|TI 0.212 . PY17X_1337500 2435 GKRTIQK|KG 0.070 . PY17X_1337500 2436 KRTIQKK|GS 0.141 . PY17X_1337500 2450 GFNALNK|IL 0.073 . PY17X_1337500 2455 NKILGEK|VY 0.058 . PY17X_1337500 2471 GVNIMMK|NG 0.068 . PY17X_1337500 2488 DQDGVNK|IF 0.057 . PY17X_1337500 2491 GVNKIFK|WL 0.091 . PY17X_1337500 2498 WLSYVPK|TS 0.092 . PY17X_1337500 2512 VLGESTK|SF 0.085 . PY17X_1337500 2517 TKSFHNK|LQ 0.113 . PY17X_1337500 2523 KLQEDNK|CD 0.066 . PY17X_1337500 2528 NKCDITK|SR 0.072 . PY17X_1337500 2530 CDITKSR|NL 0.110 . PY17X_1337500 2560 DIQEYAK|KN 0.060 . PY17X_1337500 2561 IQEYAKK|NS 0.081 . PY17X_1337500 2579 VEPESIK|EC 0.065 . PY17X_1337500 2611 ISDNWNK|IN 0.065 . PY17X_1337500 2630 DIIELLK|GS 0.067 . PY17X_1337500 2634 LLKGSDK|KQ 0.062 . PY17X_1337500 2635 LKGSDKK|QG 0.087 . PY17X_1337500 2641 KQGFLDK|NS 0.064 . PY17X_1337500 2653 YMNEWGK|GI 0.084 . PY17X_1337500 2659 KGIITGR|GK 0.100 . PY17X_1337500 2661 IITGRGK|LG 0.060 . PY17X_1337500 2674 GFIAVNK|NL 0.061 . PY17X_1337500 2688 PCDPALK|TK 0.054 . PY17X_1337500 2690 DPALKTK|AI 0.074 . PY17X_1337500 2693 LKTKAIK|TT 0.060 . PY17X_1337500 2708 VPDNSYK|TA 0.081 . PY17X_1337500 2718 SIEDFNK|EN 0.062 . PY17X_1337500 2730 FVFANWR|GF 0.116 . PY17X_1337500 2745 MFNSILK|FG 0.075 . PY17X_1337500 2758 NQLVNYK|HP 0.056 . PY17X_1337500 2772 PILGELR|GG 0.079 . PY17X_1337500 2797 YADTNSK|GG 0.059 . PY17X_1337500 2810 PGLVEVK|FK 0.072 . PY17X_1337500 2812 LVEVKFK|FA 0.103 . PY17X_1337500 2817 FKFAEIK|KL 0.062 . PY17X_1337500 2818 KFAEIKK|LM 0.082 . PY17X_1337500 2833 IIELNQK|LA 0.061 . PY17X_1337500 2847 EEILSVK|KE 0.055 . PY17X_1337500 2848 EILSVKK|EI 0.134 . PY17X_1337500 2852 VKKEIEK|KE 0.058 . PY17X_1337500 2853 KKEIEKK|EK 0.097 . PY17X_1337500 2855 EIEKKEK|EM 0.061 . PY17X_1337500 2867 YLQVCHK|YA 0.080 . PY17X_1337500 2879 DVSSCMK|EK 0.075 . PY17X_1337500 2881 SSCMKEK|GV 0.100 . PY17X_1337500 2885 KEKGVIR|KI 0.108 . PY17X_1337500 2886 EKGVIRK|IV 0.114 . PY17X_1337500 2892 KIVPWEK|SR 0.067 . PY17X_1337500 2894 VPWEKSR|SF 0.126 . PY17X_1337500 2900 RSFFYYR|LL 0.090 . PY17X_1337500 2903 FYYRLLR|RL 0.119 . PY17X_1337500 2904 YYRLLRR|LI 0.104 . PY17X_1337500 2912 ILHTLNK|KF 0.074 . PY17X_1337500 2913 LHTLNKK|FG 0.081 . PY17X_1337500 2925 TNCDEIK|DI 0.087 . PY17X_1337500 2932 DIINDLK|NS 0.062 . PY17X_1337500 2943 DDQVVCK|RV 0.078 . PY17X_1337500 2944 DQVVCKR|VL 0.123 . PY17X_1337500 2952 LNGNVLK|NI 0.073 . PY17X_1337500 2956 VLKNINK|IK 0.066 . PY17X_1337500 2958 KNINKIK|DE 0.080 . PY17X_1337500 2964 KDEILHK|KT 0.067 . PY17X_1337500 2965 DEILHKK|TL 0.151 . PY17X_1337500 2972 TLDGIFK|EF 0.059 . PY17X_1337500 2979 EFQNLSK|TQ 0.058 . PY17X_1337500 2982 NLSKTQK|IE 0.062 . PY17X_1337500 2987 QKIELYK|KI 0.075 . PY17X_1337500 2988 KIELYKK|IS 0.096 . ____________________________^_________________

  • Fasta :-

    >PY17X_1337500 ATGATTAGTATCTTTTTATCAATATTACTATTTGTTCTCATATTTGAAAATCCAACAAAA TCTATAAAAATTAGAAACACTTATTATATGCACATGTATAATAATGTTAATATCAATAAT TTTGCAGAAAAAGAAACGAGAGGCCAATATCCAAATAGAAAAGGGACAAATGATGTTTTA TCTGAAAATTATCGAAATAAGTTTATGCCTTTATTTGTGTCTAAAGGAACAAATATATTA AATTCCATTTTAAAAAATAAAACGTTTAGATATATATATAATGATCCAGAAAGAAATACA AAAAAAAATTCAAAGAATAATTCTAAGAATTTGGCATTTCTTTACACCCTTCATAAACAT TCGAATACATTAAGTAGAATTTCAAAAAGCAAGAGCTTCCAGGGAGATGATATAGAAAAA TTGGAAAATAATAATGATGAAGATAACGACAGCACAAACAATATAAGTAGTAGAAGTAAT AGCAATGATATTGATAAAACGTATTCATTTGACCATATAGGAAATAATTTAAATGAAGAT CCCGAGAAAAAAATTTTCAGCTTTACATCAAATAGAAAAGATGCTCAAAGTGGCTTTAGG GATGATTCCAATTCCAGCTACATAACTAAGGACAATTTAAAGAAAAAAAGCGATAGTGTA AATAATAGAGAAAAAAAAGTTTTAGAAAATTTGATAGACAATTTTTCAAATTTAAACTGG TCTAATAATATAATTGATGATGCAAATTTAAATCAACCACAATATTCAAAAGAATTTGGC TCTTATATAAAATCGGAAAACGATAAATCATTACACTACTATTCAGATGGTATACTAGAC CATCTTTATTCGTATAAAAAATTTAGTACAAAAAATAAGAAAAAAAAAAATTTGAATAAA TTATTTTACAGCTTTAAGCCATTGGAAAATGTTCATACGATAAAAAAAGGAACTATAACT GCGCAGCCTATTCAAAATAATGCGGAAATAGGGACACCTTTATCCCACAGTGACAAAAAT GGAATATCTATGAGCAATATAAACAAAAGACAAATAAAATTCGGAGATAAACGAATATAC ATGAAAAAAGGGGATACTTGTGAAAGAGATGAAAATGAACATATTGATGATACCGAATTT TTAACATACGAAGAAACAAATAATATAAAAAAAAAAGCATATAAAGATTATATTAATTAT ATAAATGAAAGACGATATCCATATATAAATTATTTAAAAATGAAAAATGAAAAAATAATA AAAAAATTATTAATTGCTAATAATGGTATGGCTGCATTAAAATGTATATTGTCATTAAAA GAATGGTTATTTAAAACATTTAATGATGAAAATTTGATACAAATAATAGTGTTAGCTACT GAAGATGATATAAAAAGTAATTCCAAATACATATCTTTATCAGATAAAGTTATTAAAGTT CCACCGGGAAAAAACAGTTATAATTATGCAAATGTTTCTTTAATTGTTGACATTGCAAAA AAAGAAAATGTTGATGCAGTTTGGCCAGGTTGGGGACATTGCTCAGAAAATCCATTATTG TCATCTATGCTAGAAAAGGAAAATATAATTTTTGTTGGACCGACTGATAATGTTATGGAA GCATTAGGTGATAAAATATCAGCCAACATTTTAGCTCAAAGTGTTAATGTACCTGTTGTT AAATGGAGTGGCGATAATTTAAAAATTAAAGATTTTGAAAATAATTCAATTAGTCAAGAT ATATATAATAAATCTACTATTCATTCGTTAGAAGAATGTATCAGAGAATGCAAAAGGATT GGCTATCCTGTTATGATAAAAGCGTCACAAGGTGGTGGTGGTAAAGGTATTCGAAAGGTA GAAAACGAAAATGAAATAAAAAAATATTATGAACAAGTTCAAAATGAATTACCAAATTCA CCAATATTTTTAATGAAAGTATGTAGCAATGTTAGACATATTGAAATACAAGTTGTTGGT GATATGTATGGAAATGTTTGTTCATTAAGTGGTAGAGATTGTACTACACAAAGACGATTT CAAAAAATATTTGAAGAGGGACCACCTTCTATTGTTCCTCCACATACTTTTAGAGAAATG GAAAAAGCATCTATACGTTTAACAAAAATGATCAAATATAGAGGTGCAGGAACCATTGAA TATTTATATGATCAAGTTAATAACAAATATTATTTTTTAGAATTAAATACCCGTTTACAA GTAGAGCATCCTGTTTCAGAAGGAATAACAGATACCAATATTGTCGCTATTCAACTTCAA GTTGCTATGGGCATACCTCTTCAAAATATAGATGATATAAAAAAATTATATAAAATAGAA GAGAAAACAAAAAAAAACACATCGTCAAGCAGTGTTAGTATTGTAAATGATAAGTTAAAA CTTCCAATAAGCGAAAAAGATAATAATAAAACAGTGAAAACTAATTTGAGTGAACAACTT GGCATGTTTGATTTTTACAACAACATGCCCCACACTAAAAATCATGTTATTGCTGCTCGA ATAACAGCCGAAAACAGTAATGATAGTTTTAAACCAACGTCAGGCTTAGTAAAAAATGTT AATTTTCAAAATTCGAAAGATGTATGGGGTTATTTCTCTATCAATAATGGGTTTGTTCAT GAATTTTCAGATTCACAAATTGGCCATATATTTGCAAAAGGGGAAACAAGAGAAATTGCT AGAAAAAATTTAATTCTAGCGTTAAGGAAATTAAGCATAGATGGAGAAATTAAGACAGTT ACAAAATATTTAGCAAAAATATTAGAATCTAAAGCATTTATAGATAACAATATAACAACA AATTGGTTAGATGTTGTAATAGAACGAAAAAAAAACATTTATTATAATGCTTTTCATATA ATTATTTTGTGTGCTGCCATATTTAAACTGTTGATTTATTTTATGAAAGAAATGGAAAAT ACGGAAGATAGCCTAAATAGGGAAGACATTGCTATAAAATCAGAAAATAATATCAATGAC ATAAGTTTAAATGGAAAAATGAAAAGAGCACACATTTTTGATATAATTTTTCAAAATGTA AAATATAAGTTTAAAGGATATAATACTGGTGAAGATTTATACAAATTGAATATAAATGAT CAAGAAATAGAAATATTAGCAAAATATGATAAAGAAAATAATAAAATATTTGCATCATTC CATAATCAAACATATATATATACATGTATAGAAGATTCCTTAGGAACACATATGAATTTA GGGAAAGATAATGTATTTATTCCTGTTATTACTAATCCATATCATTTAATATCAAATACA AATGGAAAAATTGTAAAATATTTAATAAAAGATGGTGAAAAAATTAACAAATTTGATGAT TACATAGAAGTAGAAGCGATGAAAATGATTATGACTTTTAAATCTACTGAAACTGGTATA TTAAAGCATAAGATGTCAGAAGGTGCTATGATAAAAATTGGTGATTTATTAGGAGTTATA GAAAAGGAAAAGGATAATCAAAATTACCAAAATGATGATAATAATAACAAAATTATTGAT TTTATTGGGCATCTAAATTTGTCAAACAAAAATGCATATGAATTAAACGGAACATTTGTT CCAGACTTAGCAGAAGAGTCACATAATAACGAAGTATGCTGTAAAAACATTGAAAAAGAA AAAATGGAAAACCTCAGAAAAATTGAAGATCCGAAAAATAATAAAATTTATCCCACAAAA CACACCAATAGAAATTCACAGGTTAATACAACAAATGAATCAGTGTCTGTTCAAGATATA AAAACGGAAAATATGAAAAAAGATGAAAGCCAATTTTGCACAGAAGATAAACAAATACAA AATAACCAAGTAAATAGACGGAATAAATTGTTTTTGAAAAAAAATAATGGAAAAAATAAC AAAAATAATATGTTTCGTTTATTTTCCCAGAAAAATGATAATGACAGTAAAATAATAGAT TCGAATATAGAAAGTAACTCCAGAGATGATACTTTAAGTTATGATAAGATAAATAAAAAA AATACTAACAATGAATCATTAAAAGCCACCAAAAAAGAACCAAAAGATGCTACAAATATG CTCGAAACAACTAAAGAAACGTCTATAGGATCAAAAAATTATTTAAATGAAAAATTAAAT TCTGTTAAAAAATATTTAACGAATTTAAATTTATCGATAACAAATACCATAAATAAAATG AGTACAACACCTAATGAAGAATTAATAAATGATATTTCTGAAAATAATTTATCTACTACA AATACAATGCATAATGATTCAATCGTTAATTCTGGTAGCAATGATTCACTTGTTAGTCAA AGAACGAATAATATATCAGAAGAAAAGATAGATAATAATAAAAAATTGATATCTTATGAC AATTATAAGAATCAATCATATAAAGACAAAATAGTTTCTAGTGAAATTGATTTTCCGGTA AATAATACCAAAGATAAAAAATTGGATAAAATGAAAATAATTAGTGACACCGAAATGAGC AGAAGCAATGATGACAATTCACAAAGTAGTAGAAATAGAACCAATACAAATTACAATGAA AAGATTGAATTAAATTTTGATAACAAGAAAGATAAAGAAAATGAATTTTTCCTTGAATTA TCAAACATGAAAAGAATTGAATATTTATTAAAAGGATATGAACAAGACTATGAAAAATGC TTTGAAGATTTCTTAAAAGACAAAAATAATTTTGATAAAAATCTAAATTATATATTAGAT AAATTTATAGAATATAATCATTTATTTTCTAAAAAGGAAATTATTAGCGAAGTAGAAATT TATTATATTTTATATAAAAGCATTAGTGATAAGAAAAAACAATATGAAATTATACATGCA TATACATACAACTATTTAAGTATAAAACTTCTAGAAAAAATATTAAACAATTTAATAAAT AGTAAACAAACTAATTTGTCTTTGCAAATTTTAAATAAAATAAAAATATTAAAAGAATTC AAAGGAAAGATTTTTGGATCTATAATTTTGCTATCAAGATACATTATATACTTATATGAA CAGAATGAAAAAATTCATTATTTAGAATCTTCTTTTCAATATAATAAAAATATGGAAGAT ATGAAGAAGCAAAGTTTACAAAATTATATCCGTTTTCTTACTAAGTCGAGCAATATGGAT AATTATAAAATAGATCAAATCTTAAATAATACAAATTATGAAGAAAAGATAAAATTATTT TTAAAATCACCATCTGATATCCATTATTCTTTACCATTTTTATTTAAAACTGAAAATGTT AATTATCAAGAAATGTTCAATACATATTTACATAATTTATACAAATATTCTACTATAAAA GCTAAGCCACATTCACCTAATTGTTTAGTATTTTCTATAAATAATCATGAATATAACAAC GTCATGTTAAATTTAAATGAAGACATCACTATTGAACAATTTAAAAGTATGCTGGATGAT ATATTATATGAAATGAAATCTGACAAGATAAATACATTCCATATAATAAATAAAAATGAA ACCTTCTTTAATTCACTGCAAAACTATTTAGATAATGCTTTCAAAAAAGTTAATACTTTA TATATATATAACTATTTTGGAAATAAATATGGAGAAATTCATAAAATTAATATGAACGCA TATAAAGAACGAGAAAAAATACAAGACAACCTCGAAAAAAGTCCAATAGAAACTAATAAA AATGATTCTACTATAAATAATAAAATATATCTCCTTCCTTTTGAAGAAGAAATTCTTACT TCAGAGAATATTGCATCAAATTTTGAATTAAAAAATGTAGGACAGGAAGTATTTAATAAG ACTAAAATATTACTAGGAACATACAAACAAAACAATAAATACACTTCGTTATTTGCTCAA AGAATAATTGATATAAATGATTTACAAAAACAAGTTGATTCAGACAATATAAAGGTATAT GATGAACAAGAGAATGTTGGAATGACCAAAAATGGAAAAAATAATATACTATTGTCAAAA AATATAGAAAATGGTCAAATGAACAATCAAATTTATGATATATTTATGTCTGAATTAAAA GAATCTATAGAAGATATAAGCATTTATAGATTAAACCCATCAATTCGGGATATTAAAATT AGTAGCAATATAATATATCATATAGTATTACCTAATAACTCAAATATAGAAGATCAAATA AATGGAATTAAAGAAATTTATAAAAATTTCCTCAATAAATATAATGAACTTTTCATAGAA AACTATGTTAATAATGTATATATTAAAGTATATAAAGAAATTGAAGAAGAAAAAAATAAT GAAACAAAATTAGAGCTTAACCAATTGTTGAAATTGCATGTTCTTTTTGATAATGAAAAA GAGGTTATTGAAAAAGTGGATAAAATAAATCCAGTTATTATCGATGCATTGTACTTAAAA CGAAAGAGAGCAAGGGATGTAGATACTATATATGCTTATGATTTTGTTAAGCTTATAAAC ATAGCATTAAATAGGATAAATAATACTTTGAATGATAATTTTAATTATATTAATAGTGTG AAAGAATTCAAGATAGATTATAGTAGGGAAAACTCCGAAGAAATAAATGATACAGTAAGT GTGGGAAAGAAAGAAAAATCTCAACCTAACAAAAATGATAAACAATCTAAATGGCTTTTT GAAAATTTTGACAATTTAAGTAGTGATGAAATTCGAATAAAAAAATCACTTTATTTATCA AACTCTTTGGAAATAGGACAAAATAAAATGAGCGTAATCGGATTGTTAATGAATGTAAAG ACAGATGAATATAAAGAAGGAAGAGATATTGCTTTTATAATAAATGATATTACAACAAAT GGAGGTGCATTTAGTGTTTTAGAAGACGAACTATTTTATGGAGTATCATGTTATGCGAGA GAAAAAAAAATACCACGTATATGTATATCTTGCAATTCCGGAGCAAAAATTGGATTATAT AATTATCTTATGGATAAAATTAAAGTATGCTGGAATGATGAAAACAAAAAAGAACTTGGA TATAAATATATATATATAACAGAAGAAGTAAAAGAAACAATTCCTAAAAAAGATATTATT TATTTAAGAGAAATTTATGAAAATGGAGAAAAAAGATATATAATTGATGCTATAGTAGGA AATTTAAATAATCATATAGGAGTAGAAAATTTAAGAGGTAGTGGATTAATAGCAGGAGAA ACCTCAAAGGCTTATGATGAGATTTTTACTCTTTCATATGTCACTGGAAGAAGTGTTGGA ATTGGTGCTTATTTAGTTAGATTAGGTAAACGAACTATTCAAAAAAAAGGATCGTCTCTT TTACTAACTGGTTTTAATGCTTTAAATAAAATATTAGGTGAAAAGGTATATATAAGTAAT GAACAATTAGGAGGTGTAAATATTATGATGAAAAATGGAATATCTCAATTAGAAGCTGAA AATGACCAGGATGGAGTAAATAAAATTTTCAAATGGTTATCATATGTTCCTAAAACTAGT GACAATTATTTTGATGTTCTTGGGGAATCAACAAAATCATTTCACAATAAATTACAAGAA GATAACAAATGTGATATTACCAAATCTAGAAACTTAAACAATTCAATTGATTCTGACCAA CAATCCAATAATTATCCAAATGGATACATTAATGATCAAGACATACAAGAGTATGCAAAA AAGAACAGTTTGCACAGCAGTTCAGATAGTACTACTGTTGAACCAGAAAGTATCAAAGAA TGTGATACTTCACTTATACACATCAATGGAAATAATGGTGATGAAGAATCAGGGAACGAA ATTAGTGATACGATTTCAGATAACTGGAACAAAATAAATGATGTAGATATGGACAATGTA AATGAAGCAGATATTATCGAATTACTAAAAGGGTCAGATAAAAAACAAGGATTTTTAGAC AAAAATAGTTACTTTGAATATATGAATGAATGGGGAAAAGGTATTATAACTGGAAGAGGA AAATTAGGATCAATACCAATTGGTTTTATTGCTGTAAATAAAAATTTAGTTACCCAAACT GTTCCATGTGATCCAGCATTGAAAACTAAGGCTATAAAAACAACAAATGCCCCATGTGTT TTTGTGCCTGATAATTCGTACAAAACTGCCCAATCTATTGAAGATTTTAATAAAGAAAAT TTACCTTTATTTGTCTTTGCAAATTGGAGAGGTTTTTCAGGAGGTACTATGGATATGTTT AACAGTATCTTAAAATTTGGATCAATGATAGTTAATCAATTAGTTAATTATAAGCATCCC GTTTTTGTATACATACCTATTTTGGGAGAACTTAGAGGTGGGTCTTGGGTAGTAGTAGAT GAAACATTGAACAGCCAAATAATAGAAATGTATGCAGATACTAATAGTAAAGGTGGAATA TTAGAACCTCCAGGATTAGTAGAAGTCAAATTTAAGTTCGCAGAAATTAAGAAATTAATG AATAACAGTGATCCATATATAATAGAACTAAATCAGAAACTCGCGACTCTTCAGAATGAA GAAGAAATTTTAAGTGTAAAAAAGGAAATAGAAAAGAAGGAAAAGGAAATGCTTCCATTT TATTTACAAGTGTGTCATAAATATGCAGATCTACATGATGTATCATCATGTATGAAGGAG AAAGGTGTTATTAGAAAAATTGTTCCATGGGAAAAATCTAGATCCTTTTTCTATTATCGC TTATTAAGGAGATTGATATTACATACATTAAACAAAAAATTTGGAGATTCTTATACCAAT TGTGATGAAATTAAGGATATCATCAATGACCTTAAAAATTCTGAAGATGATGACCAAGTT GTATGCAAAAGAGTTTTAAATGGAAATGTTTTAAAAAATATAAACAAGATAAAAGATGAA ATTTTACATAAAAAAACTTTAGATGGTATTTTCAAAGAATTTCAAAATTTATCAAAAACA CAAAAAATAGAACTTTATAAAAAAATTAGTTCTTATGAATTTTAA
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  • Fasta :-

    MISIFLSILLFVLIFENPTKSIKIRNTYYMHMYNNVNINNFAEKETRGQYPNRKGTNDVL SENYRNKFMPLFVSKGTNILNSILKNKTFRYIYNDPERNTKKNSKNNSKNLAFLYTLHKH SNTLSRISKSKSFQGDDIEKLENNNDEDNDSTNNISSRSNSNDIDKTYSFDHIGNNLNED PEKKIFSFTSNRKDAQSGFRDDSNSSYITKDNLKKKSDSVNNREKKVLENLIDNFSNLNW SNNIIDDANLNQPQYSKEFGSYIKSENDKSLHYYSDGILDHLYSYKKFSTKNKKKKNLNK LFYSFKPLENVHTIKKGTITAQPIQNNAEIGTPLSHSDKNGISMSNINKRQIKFGDKRIY MKKGDTCERDENEHIDDTEFLTYEETNNIKKKAYKDYINYINERRYPYINYLKMKNEKII KKLLIANNGMAALKCILSLKEWLFKTFNDENLIQIIVLATEDDIKSNSKYISLSDKVIKV PPGKNSYNYANVSLIVDIAKKENVDAVWPGWGHCSENPLLSSMLEKENIIFVGPTDNVME ALGDKISANILAQSVNVPVVKWSGDNLKIKDFENNSISQDIYNKSTIHSLEECIRECKRI GYPVMIKASQGGGGKGIRKVENENEIKKYYEQVQNELPNSPIFLMKVCSNVRHIEIQVVG DMYGNVCSLSGRDCTTQRRFQKIFEEGPPSIVPPHTFREMEKASIRLTKMIKYRGAGTIE YLYDQVNNKYYFLELNTRLQVEHPVSEGITDTNIVAIQLQVAMGIPLQNIDDIKKLYKIE EKTKKNTSSSSVSIVNDKLKLPISEKDNNKTVKTNLSEQLGMFDFYNNMPHTKNHVIAAR ITAENSNDSFKPTSGLVKNVNFQNSKDVWGYFSINNGFVHEFSDSQIGHIFAKGETREIA RKNLILALRKLSIDGEIKTVTKYLAKILESKAFIDNNITTNWLDVVIERKKNIYYNAFHI IILCAAIFKLLIYFMKEMENTEDSLNREDIAIKSENNINDISLNGKMKRAHIFDIIFQNV KYKFKGYNTGEDLYKLNINDQEIEILAKYDKENNKIFASFHNQTYIYTCIEDSLGTHMNL GKDNVFIPVITNPYHLISNTNGKIVKYLIKDGEKINKFDDYIEVEAMKMIMTFKSTETGI LKHKMSEGAMIKIGDLLGVIEKEKDNQNYQNDDNNNKIIDFIGHLNLSNKNAYELNGTFV PDLAEESHNNEVCCKNIEKEKMENLRKIEDPKNNKIYPTKHTNRNSQVNTTNESVSVQDI KTENMKKDESQFCTEDKQIQNNQVNRRNKLFLKKNNGKNNKNNMFRLFSQKNDNDSKIID SNIESNSRDDTLSYDKINKKNTNNESLKATKKEPKDATNMLETTKETSIGSKNYLNEKLN SVKKYLTNLNLSITNTINKMSTTPNEELINDISENNLSTTNTMHNDSIVNSGSNDSLVSQ RTNNISEEKIDNNKKLISYDNYKNQSYKDKIVSSEIDFPVNNTKDKKLDKMKIISDTEMS RSNDDNSQSSRNRTNTNYNEKIELNFDNKKDKENEFFLELSNMKRIEYLLKGYEQDYEKC FEDFLKDKNNFDKNLNYILDKFIEYNHLFSKKEIISEVEIYYILYKSISDKKKQYEIIHA YTYNYLSIKLLEKILNNLINSKQTNLSLQILNKIKILKEFKGKIFGSIILLSRYIIYLYE QNEKIHYLESSFQYNKNMEDMKKQSLQNYIRFLTKSSNMDNYKIDQILNNTNYEEKIKLF LKSPSDIHYSLPFLFKTENVNYQEMFNTYLHNLYKYSTIKAKPHSPNCLVFSINNHEYNN VMLNLNEDITIEQFKSMLDDILYEMKSDKINTFHIINKNETFFNSLQNYLDNAFKKVNTL YIYNYFGNKYGEIHKINMNAYKEREKIQDNLEKSPIETNKNDSTINNKIYLLPFEEEILT SENIASNFELKNVGQEVFNKTKILLGTYKQNNKYTSLFAQRIIDINDLQKQVDSDNIKVY DEQENVGMTKNGKNNILLSKNIENGQMNNQIYDIFMSELKESIEDISIYRLNPSIRDIKI SSNIIYHIVLPNNSNIEDQINGIKEIYKNFLNKYNELFIENYVNNVYIKVYKEIEEEKNN ETKLELNQLLKLHVLFDNEKEVIEKVDKINPVIIDALYLKRKRARDVDTIYAYDFVKLIN IALNRINNTLNDNFNYINSVKEFKIDYSRENSEEINDTVSVGKKEKSQPNKNDKQSKWLF ENFDNLSSDEIRIKKSLYLSNSLEIGQNKMSVIGLLMNVKTDEYKEGRDIAFIINDITTN GGAFSVLEDELFYGVSCYAREKKIPRICISCNSGAKIGLYNYLMDKIKVCWNDENKKELG YKYIYITEEVKETIPKKDIIYLREIYENGEKRYIIDAIVGNLNNHIGVENLRGSGLIAGE TSKAYDEIFTLSYVTGRSVGIGAYLVRLGKRTIQKKGSSLLLTGFNALNKILGEKVYISN EQLGGVNIMMKNGISQLEAENDQDGVNKIFKWLSYVPKTSDNYFDVLGESTKSFHNKLQE DNKCDITKSRNLNNSIDSDQQSNNYPNGYINDQDIQEYAKKNSLHSSSDSTTVEPESIKE CDTSLIHINGNNGDEESGNEISDTISDNWNKINDVDMDNVNEADIIELLKGSDKKQGFLD KNSYFEYMNEWGKGIITGRGKLGSIPIGFIAVNKNLVTQTVPCDPALKTKAIKTTNAPCV FVPDNSYKTAQSIEDFNKENLPLFVFANWRGFSGGTMDMFNSILKFGSMIVNQLVNYKHP VFVYIPILGELRGGSWVVVDETLNSQIIEMYADTNSKGGILEPPGLVEVKFKFAEIKKLM NNSDPYIIELNQKLATLQNEEEILSVKKEIEKKEKEMLPFYLQVCHKYADLHDVSSCMKE KGVIRKIVPWEKSRSFFYYRLLRRLILHTLNKKFGDSYTNCDEIKDIINDLKNSEDDDQV VCKRVLNGNVLKNINKIKDEILHKKTLDGIFKEFQNLSKTQKIELYKKISSYEF

  • title: biotinylation site
  • coordinates: K1128
No Results
No Results
IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
PY17X_1337500289 SYKKFSTKNK0.996unspPY17X_1337500289 SYKKFSTKNK0.996unspPY17X_1337500289 SYKKFSTKNK0.996unspPY17X_1337500337 SPLSHSDKNG0.996unspPY17X_1337500804 SKLPISEKDN0.995unspPY17X_1337500849 SNSNDSFKPT0.994unspPY17X_13375001256 SNESVSVQDI0.997unspPY17X_13375001270 SKKDESQFCT0.991unspPY17X_13375001327 SIESNSRDDT0.99unspPY17X_13375001466 SYKNQSYKDK0.996unspPY17X_13375001474 SKIVSSEIDF0.993unspPY17X_13375001502 SEMSRSNDDN0.991unspPY17X_13375001590 SNHLFSKKEI0.993unspPY17X_13375001743 SLFLKSPSDI0.995unspPY17X_13375001785 SAKPHSPNCL0.991unspPY17X_13375001894 SNLEKSPIET0.996unspPY17X_13375001903 SNKNDSTINN0.996unspPY17X_13375002022 SELKESIEDI0.997unspPY17X_13375002034 SRLNPSIRDI0.993unspPY17X_13375002188 SKIDYSRENS0.992unspPY17X_13375002192 SSRENSEEIN0.993unspPY17X_13375002566 SNSLHSSSDS0.997unspPY17X_13375002577 SVEPESIKEC0.998unspPY17X_13375002712 SKTAQSIEDF0.991unspPY17X_1337500128 SLSRISKSKS0.996unspPY17X_1337500197 SKDAQSGFRD0.99unsp
PY17X_1337500


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