PVX_091710 | hypothetical protein, conserved

  • Computed_GO_Component_IDs:        

  • Computed_GO_Components:        

  • Computed_GO_Function_IDs:  GO:0003824      GO:0046872      

  • Computed_GO_Functions:  catalytic activity      metal ion 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
PVX_091710SP0.0399580.9600050.000037CS pos: 24-25. CLS-CQ. Pr: 0.5303
No Results

  • Fasta :-

    >PVX_091710 MAITKCSVINILFLLLLLYQECLSCQKAPNNGKNNYGLNDDELGAILFGLNYDSIAKNKD NLEKRKNVENESIFLRNFANEDTSKNTQSEKAQKEIKIETETESVNSNEKEVATSQKSDT SNKNSSVENEKIELKNDELLGKNFEKDKVNKKGDNTNTTNNHDLTNSSEKQGVDIRGSKN MNNYLQKTGDTNIEKSESLQKDVNIKNHNEEANDAKRLDSAQTNNEKSKISKDTIDKDVQ SNELTNLASNRSNKKSQGLAKKENELKSANLEENHNAKKDLLKKDQKREDGKKITHPENS NSDQYGVQVSLNDEEKNTNTKSVSHSEDHSASYSGEKFGTHVSNSQKDMLKNIRPVQFDE SAYGKLNGGSPENDENEILNKINKNNENNFSEKVALRKGTKDRNEYEYFKLKSNDFKVLG IINKYSSRGGFSISVDCGGYDDFDEVPGVSNLLQHAIFYKSEKRNTTLLSELGKYSSEYN SCTSESSTSYYATAHSEDIYHLLNLFAENLFYPVFSEEHIQNEVKEINNKYISIENNLES CLKIASQYITNFKYSKFFVNGNYTTLCENVLKNRLSIKNILTEFHKKCYQPRNMSLTILL GNKVNTADHYNMKDVENMVVHIFGKIKNESYPIDGDVIGKRINRMESERVNLYGKKDSYN DANFIHIEGRNEKEAAFLQSMNELHYALDLNQKSRYVEIIKKEEWGDQLYLYWSSKTNAE LCKKIEEFGSMTFLREIFSDFRRNGLYYKISVENKYVYDLEVTSICNKYYLNFGILVKLT QRGRTNLAHLIHICNVFVNEIGKLFDRDSLDKGISKYILDYYREKALVTDLKFNSDNVNV SLDDLVIYSKRLLVHADDPSSLLTIHSLIEDKHKNDFRNHIKITSLVGSLIRNDNLNIIN VVDAFSLTNQSQIPNTAITYALGENPYLVGQGGVTNDVNIALPEIKVCPFNSFDHNDNNV LHEESFFCVPYNNRENFEFSDTKPMFVSEENKNEFRASVLYSMPCLIKSSYGYNVYFKRG LTDVSKVKADFIFYFPSEKFTFYEAIFSRIHIIILRKKIKLFLTDYASCSVNVHIKRNAE SYTVHVDTNSYYFAELFSKLGDLLSVKEIPSKEEFDDAYDELIMNVRTSRKLGAENSLRI MHSLFNKYEPTDKEMDDILSAYFFYPSYKDYTRYVVDIFHRNYVSIFIYGNIAMPTEKED ENATSHTDQSATNGGSGVPNSSSSHVNDNVKDNGNDNDNTNTKANVGEHRSSLTLYAEAN NTGSASPWEKRDHRLDAQGQLGEQAFAADSIQISHNGVGIEYLVNLSESFIKKVTNGVVR RSESTYYTSTLVHNEDVEINIPHMSQNGSSSIIVSYTIESESMLSDVLINIIVDLISSEF VKVSKLRYNDGYMVEVKPFFARYGLSGLLFVIQSFEKDVEKLEAHICTFVKYVIFQLMNI GTSDLVKKLESMKEYYIINNSIFTFDQEYASITDQLTSGMECFDKKYKIIKIFDELINCP KMIINKMNAILKNSKKAIFKEYKAAKAVDAPSSKSDEVDDANSYVCNYSRKAPAKLSSVQ LAANSRSAKKKQPKERTLRKDTLRMRKPHKMANFISVSNFVEIKRKGFFQYVIDYFRSNV NSPLNDSSYLDFKSCDEEMSKRNFRVFYNFANDVNKIREYFLLKFASDKEVREKCSVDYE EIRQYCSGH
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/PVX_091710.fa Sequence name : PVX_091710 Sequence length : 1689 VALUES OF COMPUTED PARAMETERS Coef20 : 4.668 CoefTot : -1.271 ChDiff : -18 ZoneTo : 39 KR : 3 DE : 1 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.459 2.276 0.276 0.676 MesoH : -0.417 0.622 -0.315 0.270 MuHd_075 : 25.551 20.397 7.970 6.077 MuHd_095 : 15.411 11.834 7.345 3.212 MuHd_100 : 20.709 16.994 9.603 4.618 MuHd_105 : 25.657 17.773 11.716 5.248 Hmax_075 : 18.200 22.867 6.033 6.907 Hmax_095 : 14.000 19.075 0.099 6.107 Hmax_100 : 2.600 22.600 1.769 2.970 Hmax_105 : 10.733 21.300 4.913 1.690 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.9744 0.0256 DFMC : 0.9601 0.0399
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 1689 PVX_091710 MAITKCSVINILFLLLLLYQECLSCQKAPNNGKNNYGLNDDELGAILFGLNYDSIAKNKDNLEKRKNVENESIFLRNFAN 80 EDTSKNTQSEKAQKEIKIETETESVNSNEKEVATSQKSDTSNKNSSVENEKIELKNDELLGKNFEKDKVNKKGDNTNTTN 160 NHDLTNSSEKQGVDIRGSKNMNNYLQKTGDTNIEKSESLQKDVNIKNHNEEANDAKRLDSAQTNNEKSKISKDTIDKDVQ 240 SNELTNLASNRSNKKSQGLAKKENELKSANLEENHNAKKDLLKKDQKREDGKKITHPENSNSDQYGVQVSLNDEEKNTNT 320 KSVSHSEDHSASYSGEKFGTHVSNSQKDMLKNIRPVQFDESAYGKLNGGSPENDENEILNKINKNNENNFSEKVALRKGT 400 KDRNEYEYFKLKSNDFKVLGIINKYSSRGGFSISVDCGGYDDFDEVPGVSNLLQHAIFYKSEKRNTTLLSELGKYSSEYN 480 SCTSESSTSYYATAHSEDIYHLLNLFAENLFYPVFSEEHIQNEVKEINNKYISIENNLESCLKIASQYITNFKYSKFFVN 560 GNYTTLCENVLKNRLSIKNILTEFHKKCYQPRNMSLTILLGNKVNTADHYNMKDVENMVVHIFGKIKNESYPIDGDVIGK 640 RINRMESERVNLYGKKDSYNDANFIHIEGRNEKEAAFLQSMNELHYALDLNQKSRYVEIIKKEEWGDQLYLYWSSKTNAE 720 LCKKIEEFGSMTFLREIFSDFRRNGLYYKISVENKYVYDLEVTSICNKYYLNFGILVKLTQRGRTNLAHLIHICNVFVNE 800 IGKLFDRDSLDKGISKYILDYYREKALVTDLKFNSDNVNVSLDDLVIYSKRLLVHADDPSSLLTIHSLIEDKHKNDFRNH 880 IKITSLVGSLIRNDNLNIINVVDAFSLTNQSQIPNTAITYALGENPYLVGQGGVTNDVNIALPEIKVCPFNSFDHNDNNV 960 LHEESFFCVPYNNRENFEFSDTKPMFVSEENKNEFRASVLYSMPCLIKSSYGYNVYFKRGLTDVSKVKADFIFYFPSEKF 1040 TFYEAIFSRIHIIILRKKIKLFLTDYASCSVNVHIKRNAESYTVHVDTNSYYFAELFSKLGDLLSVKEIPSKEEFDDAYD 1120 ELIMNVRTSRKLGAENSLRIMHSLFNKYEPTDKEMDDILSAYFFYPSYKDYTRYVVDIFHRNYVSIFIYGNIAMPTEKED 1200 ENATSHTDQSATNGGSGVPNSSSSHVNDNVKDNGNDNDNTNTKANVGEHRSSLTLYAEANNTGSASPWEKRDHRLDAQGQ 1280 LGEQAFAADSIQISHNGVGIEYLVNLSESFIKKVTNGVVRRSESTYYTSTLVHNEDVEINIPHMSQNGSSSIIVSYTIES 1360 ESMLSDVLINIIVDLISSEFVKVSKLRYNDGYMVEVKPFFARYGLSGLLFVIQSFEKDVEKLEAHICTFVKYVIFQLMNI 1440 GTSDLVKKLESMKEYYIINNSIFTFDQEYASITDQLTSGMECFDKKYKIIKIFDELINCPKMIINKMNAILKNSKKAIFK 1520 EYKAAKAVDAPSSKSDEVDDANSYVCNYSRKAPAKLSSVQLAANSRSAKKKQPKERTLRKDTLRMRKPHKMANFISVSNF 1600 VEIKRKGFFQYVIDYFRSNVNSPLNDSSYLDFKSCDEEMSKRNFRVFYNFANDVNKIREYFLLKFASDKEVREKCSVDYE 1680 EIRQYCSGH 1760 ................................................................................ 80 ................................................................................ 160 ................................................................................ 240 ................................................................................ 320 ................................................................................ 400 ................................................................................ 480 ................................................................................ 560 ................................................................................ 640 ................................................................................ 720 ................................................................................ 800 ................................................................................ 880 ................................................................................ 960 ................................................................................ 1040 ................................................................................ 1120 ................................................................................ 1200 ................................................................................ 1280 ................................................................................ 1360 ................................................................................ 1440 ................................................................................ 1520 ................................................................................ 1600 ................................................................................ 1680 ......... 1760 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 0 Name Pos Context Score Pred ____________________________v_________________ PVX_091710 5 --MAITK|CS 0.058 . PVX_091710 27 ECLSCQK|AP 0.055 . PVX_091710 33 KAPNNGK|NN 0.060 . PVX_091710 57 NYDSIAK|NK 0.058 . PVX_091710 59 DSIAKNK|DN 0.077 . PVX_091710 64 NKDNLEK|RK 0.063 . PVX_091710 65 KDNLEKR|KN 0.205 . PVX_091710 66 DNLEKRK|NV 0.105 . PVX_091710 76 NESIFLR|NF 0.095 . PVX_091710 85 ANEDTSK|NT 0.065 . PVX_091710 91 KNTQSEK|AQ 0.061 . PVX_091710 94 QSEKAQK|EI 0.072 . PVX_091710 97 KAQKEIK|IE 0.064 . PVX_091710 110 SVNSNEK|EV 0.079 . PVX_091710 117 EVATSQK|SD 0.084 . PVX_091710 123 KSDTSNK|NS 0.065 . PVX_091710 131 SSVENEK|IE 0.056 . PVX_091710 135 NEKIELK|ND 0.058 . PVX_091710 142 NDELLGK|NF 0.061 . PVX_091710 146 LGKNFEK|DK 0.070 . PVX_091710 148 KNFEKDK|VN 0.068 . PVX_091710 151 EKDKVNK|KG 0.064 . PVX_091710 152 KDKVNKK|GD 0.103 . PVX_091710 170 LTNSSEK|QG 0.071 . PVX_091710 176 KQGVDIR|GS 0.085 . PVX_091710 179 VDIRGSK|NM 0.093 . PVX_091710 187 MNNYLQK|TG 0.076 . PVX_091710 195 GDTNIEK|SE 0.071 . PVX_091710 201 KSESLQK|DV 0.097 . PVX_091710 206 QKDVNIK|NH 0.060 . PVX_091710 216 EEANDAK|RL 0.074 . PVX_091710 217 EANDAKR|LD 0.206 . PVX_091710 227 AQTNNEK|SK 0.067 . PVX_091710 229 TNNEKSK|IS 0.081 . PVX_091710 232 EKSKISK|DT 0.107 . PVX_091710 237 SKDTIDK|DV 0.090 . PVX_091710 251 TNLASNR|SN 0.198 . PVX_091710 254 ASNRSNK|KS 0.145 . PVX_091710 255 SNRSNKK|SQ 0.147 . PVX_091710 261 KSQGLAK|KE 0.069 . PVX_091710 262 SQGLAKK|EN 0.091 . PVX_091710 267 KKENELK|SA 0.096 . PVX_091710 278 EENHNAK|KD 0.064 . PVX_091710 279 ENHNAKK|DL 0.121 . PVX_091710 283 AKKDLLK|KD 0.067 . PVX_091710 284 KKDLLKK|DQ 0.094 . PVX_091710 287 LLKKDQK|RE 0.060 . PVX_091710 288 LKKDQKR|ED 0.316 . PVX_091710 292 QKREDGK|KI 0.074 . PVX_091710 293 KREDGKK|IT 0.122 . PVX_091710 316 SLNDEEK|NT 0.070 . PVX_091710 321 EKNTNTK|SV 0.183 . PVX_091710 337 ASYSGEK|FG 0.064 . PVX_091710 347 HVSNSQK|DM 0.078 . PVX_091710 351 SQKDMLK|NI 0.074 . PVX_091710 354 DMLKNIR|PV 0.106 . PVX_091710 365 DESAYGK|LN 0.073 . PVX_091710 381 ENEILNK|IN 0.064 . PVX_091710 384 ILNKINK|NN 0.069 . PVX_091710 393 ENNFSEK|VA 0.071 . PVX_091710 397 SEKVALR|KG 0.083 . PVX_091710 398 EKVALRK|GT 0.087 . PVX_091710 401 ALRKGTK|DR 0.068 . PVX_091710 403 RKGTKDR|NE 0.105 . PVX_091710 410 NEYEYFK|LK 0.060 . PVX_091710 412 YEYFKLK|SN 0.083 . PVX_091710 417 LKSNDFK|VL 0.097 . PVX_091710 424 VLGIINK|YS 0.081 . PVX_091710 428 INKYSSR|GG 0.089 . PVX_091710 460 QHAIFYK|SE 0.081 . PVX_091710 463 IFYKSEK|RN 0.064 . PVX_091710 464 FYKSEKR|NT 0.103 . PVX_091710 474 LLSELGK|YS 0.090 . PVX_091710 525 HIQNEVK|EI 0.068 . PVX_091710 530 VKEINNK|YI 0.074 . PVX_091710 543 NLESCLK|IA 0.082 . PVX_091710 553 QYITNFK|YS 0.059 . PVX_091710 556 TNFKYSK|FF 0.071 . PVX_091710 572 LCENVLK|NR 0.058 . PVX_091710 574 ENVLKNR|LS 0.088 . PVX_091710 578 KNRLSIK|NI 0.074 . PVX_091710 586 ILTEFHK|KC 0.063 . PVX_091710 587 LTEFHKK|CY 0.106 . PVX_091710 592 KKCYQPR|NM 0.099 . PVX_091710 603 TILLGNK|VN 0.054 . PVX_091710 613 ADHYNMK|DV 0.119 . PVX_091710 625 VVHIFGK|IK 0.065 . PVX_091710 627 HIFGKIK|NE 0.066 . PVX_091710 640 DGDVIGK|RI 0.064 . PVX_091710 641 GDVIGKR|IN 0.129 . PVX_091710 644 IGKRINR|ME 0.189 . PVX_091710 649 NRMESER|VN 0.088 . PVX_091710 655 RVNLYGK|KD 0.063 . PVX_091710 656 VNLYGKK|DS 0.087 . PVX_091710 670 FIHIEGR|NE 0.082 . PVX_091710 673 IEGRNEK|EA 0.134 . PVX_091710 693 ALDLNQK|SR 0.065 . PVX_091710 695 DLNQKSR|YV 0.213 . PVX_091710 701 RYVEIIK|KE 0.059 . PVX_091710 702 YVEIIKK|EE 0.071 . PVX_091710 716 YLYWSSK|TN 0.059 . PVX_091710 723 TNAELCK|KI 0.087 . PVX_091710 724 NAELCKK|IE 0.087 . PVX_091710 735 GSMTFLR|EI 0.113 . PVX_091710 742 EIFSDFR|RN 0.071 . PVX_091710 743 IFSDFRR|NG 0.110 . PVX_091710 749 RNGLYYK|IS 0.058 . PVX_091710 755 KISVENK|YV 0.150 . PVX_091710 768 VTSICNK|YY 0.060 . PVX_091710 778 NFGILVK|LT 0.063 . PVX_091710 782 LVKLTQR|GR 0.071 . PVX_091710 784 KLTQRGR|TN 0.079 . PVX_091710 803 FVNEIGK|LF 0.058 . PVX_091710 807 IGKLFDR|DS 0.103 . PVX_091710 812 DRDSLDK|GI 0.076 . PVX_091710 816 LDKGISK|YI 0.065 . PVX_091710 823 YILDYYR|EK 0.068 . PVX_091710 825 LDYYREK|AL 0.065 . PVX_091710 832 ALVTDLK|FN 0.078 . PVX_091710 850 DLVIYSK|RL 0.055 . PVX_091710 851 LVIYSKR|LL 0.145 . PVX_091710 872 HSLIEDK|HK 0.066 . PVX_091710 874 LIEDKHK|ND 0.062 . PVX_091710 878 KHKNDFR|NH 0.096 . PVX_091710 882 DFRNHIK|IT 0.075 . PVX_091710 892 LVGSLIR|ND 0.070 . PVX_091710 946 IALPEIK|VC 0.053 . PVX_091710 974 CVPYNNR|EN 0.070 . PVX_091710 983 FEFSDTK|PM 0.064 . PVX_091710 992 FVSEENK|NE 0.060 . PVX_091710 996 ENKNEFR|AS 0.071 . PVX_091710 1008 SMPCLIK|SS 0.071 . PVX_091710 1018 GYNVYFK|RG 0.057 . PVX_091710 1019 YNVYFKR|GL 0.246 . PVX_091710 1026 GLTDVSK|VK 0.061 . PVX_091710 1028 TDVSKVK|AD 0.065 . PVX_091710 1039 FYFPSEK|FT 0.062 . PVX_091710 1049 YEAIFSR|IH 0.094 . PVX_091710 1056 IHIIILR|KK 0.079 . PVX_091710 1057 HIIILRK|KI 0.073 . PVX_091710 1058 IIILRKK|IK 0.075 . PVX_091710 1060 ILRKKIK|LF 0.066 . PVX_091710 1076 SVNVHIK|RN 0.069 . PVX_091710 1077 VNVHIKR|NA 0.236 . PVX_091710 1099 FAELFSK|LG 0.052 . PVX_091710 1107 GDLLSVK|EI 0.060 . PVX_091710 1112 VKEIPSK|EE 0.060 . PVX_091710 1127 ELIMNVR|TS 0.077 . PVX_091710 1130 MNVRTSR|KL 0.315 . PVX_091710 1131 NVRTSRK|LG 0.066 . PVX_091710 1139 GAENSLR|IM 0.080 . PVX_091710 1147 MHSLFNK|YE 0.069 . PVX_091710 1153 KYEPTDK|EM 0.066 . PVX_091710 1169 FFYPSYK|DY 0.074 . PVX_091710 1173 SYKDYTR|YV 0.146 . PVX_091710 1181 VVDIFHR|NY 0.072 . PVX_091710 1198 IAMPTEK|ED 0.066 . PVX_091710 1231 HVNDNVK|DN 0.079 . PVX_091710 1243 NDNTNTK|AN 0.069 . PVX_091710 1250 ANVGEHR|SS 0.108 . PVX_091710 1270 SASPWEK|RD 0.069 . PVX_091710 1271 ASPWEKR|DH 0.151 . PVX_091710 1274 WEKRDHR|LD 0.248 . PVX_091710 1312 LSESFIK|KV 0.077 . PVX_091710 1313 SESFIKK|VT 0.137 . PVX_091710 1320 VTNGVVR|RS 0.086 . PVX_091710 1321 TNGVVRR|SE 0.410 . PVX_091710 1382 ISSEFVK|VS 0.060 . PVX_091710 1385 EFVKVSK|LR 0.060 . PVX_091710 1387 VKVSKLR|YN 0.122 . PVX_091710 1397 GYMVEVK|PF 0.064 . PVX_091710 1402 VKPFFAR|YG 0.101 . PVX_091710 1417 VIQSFEK|DV 0.119 . PVX_091710 1421 FEKDVEK|LE 0.058 . PVX_091710 1431 HICTFVK|YV 0.097 . PVX_091710 1447 GTSDLVK|KL 0.070 . PVX_091710 1448 TSDLVKK|LE 0.121 . PVX_091710 1453 KKLESMK|EY 0.067 . PVX_091710 1485 GMECFDK|KY 0.060 . PVX_091710 1486 MECFDKK|YK 0.139 . PVX_091710 1488 CFDKKYK|II 0.062 . PVX_091710 1491 KKYKIIK|IF 0.072 . PVX_091710 1501 ELINCPK|MI 0.070 . PVX_091710 1506 PKMIINK|MN 0.063 . PVX_091710 1512 KMNAILK|NS 0.067 . PVX_091710 1515 AILKNSK|KA 0.061 . PVX_091710 1516 ILKNSKK|AI 0.147 . PVX_091710 1520 SKKAIFK|EY 0.066 . PVX_091710 1523 AIFKEYK|AA 0.074 . PVX_091710 1526 KEYKAAK|AV 0.087 . PVX_091710 1534 VDAPSSK|SD 0.078 . PVX_091710 1550 YVCNYSR|KA 0.101 . PVX_091710 1551 VCNYSRK|AP 0.080 . PVX_091710 1555 SRKAPAK|LS 0.098 . PVX_091710 1566 QLAANSR|SA 0.188 . PVX_091710 1569 ANSRSAK|KK 0.310 . PVX_091710 1570 NSRSAKK|KQ 0.092 . PVX_091710 1571 SRSAKKK|QP 0.162 . PVX_091710 1574 AKKKQPK|ER 0.067 . PVX_091710 1576 KKQPKER|TL 0.121 . PVX_091710 1579 PKERTLR|KD 0.128 . PVX_091710 1580 KERTLRK|DT 0.110 . PVX_091710 1584 LRKDTLR|MR 0.092 . PVX_091710 1586 KDTLRMR|KP 0.077 . PVX_091710 1587 DTLRMRK|PH 0.134 . PVX_091710 1590 RMRKPHK|MA 0.076 . PVX_091710 1604 SNFVEIK|RK 0.064 . PVX_091710 1605 NFVEIKR|KG 0.105 . PVX_091710 1606 FVEIKRK|GF 0.099 . PVX_091710 1617 YVIDYFR|SN 0.089 . PVX_091710 1633 SSYLDFK|SC 0.085 . PVX_091710 1641 CDEEMSK|RN 0.060 . PVX_091710 1642 DEEMSKR|NF 0.125 . PVX_091710 1645 MSKRNFR|VF 0.233 . PVX_091710 1656 FANDVNK|IR 0.065 . PVX_091710 1658 NDVNKIR|EY 0.085 . PVX_091710 1664 REYFLLK|FA 0.097 . PVX_091710 1669 LKFASDK|EV 0.075 . PVX_091710 1672 ASDKEVR|EK 0.081 . PVX_091710 1674 DKEVREK|CS 0.067 . PVX_091710 1683 VDYEEIR|QY 0.088 . ____________________________^_________________

  • Fasta :-

    >PVX_091710 ATGGCAATTACAAAATGTTCAGTTATTAACATTTTGTTCTTGCTACTTCTGCTTTATCAA GAATGTTTAAGCTGTCAAAAAGCGCCAAATAATGGCAAGAACAACTACGGATTAAACGAT GATGAATTAGGGGCAATCCTATTCGGGCTTAATTATGACTCAATAGCCAAAAATAAAGAC AATTTGGAAAAAAGGAAAAATGTAGAAAATGAATCCATATTCCTTCGTAATTTTGCCAAT GAAGACACATCGAAAAACACACAGAGTGAAAAAGCACAAAAGGAAATTAAAATTGAAACT GAAACTGAAAGTGTGAACAGCAACGAAAAAGAGGTTGCTACGTCACAGAAGAGTGACACA AGCAATAAGAATTCGTCCGTTGAAAATGAAAAGATTGAGCTAAAGAATGATGAACTGTTA GGGAAAAATTTTGAAAAGGATAAAGTAAACAAAAAGGGAGATAACACAAACACTACTAAT AATCATGATTTAACAAATAGCAGTGAAAAACAAGGTGTAGATATTAGGGGGTCCAAAAAT ATGAATAACTACCTACAAAAAACAGGTGACACGAATATAGAAAAATCGGAGTCTCTGCAA AAAGATGTAAACATTAAAAATCATAATGAAGAAGCTAATGACGCGAAAAGGTTAGATAGC GCACAAACAAACAATGAAAAGAGTAAAATATCGAAAGACACCATCGATAAAGATGTTCAA TCGAATGAGCTCACAAACTTGGCCAGTAACAGGTCAAATAAAAAATCTCAAGGATTAGCT AAAAAAGAGAATGAACTCAAAAGCGCCAATTTGGAAGAGAATCATAATGCAAAAAAAGAC TTACTAAAAAAGGACCAAAAAAGAGAAGATGGCAAAAAAATAACGCATCCTGAAAATTCC AACAGTGATCAGTATGGTGTGCAAGTCTCACTAAATGATGAGGAAAAAAATACAAACACT AAGAGTGTATCCCATTCTGAAGATCATAGTGCGAGCTATTCAGGAGAAAAATTCGGTACG CACGTTTCGAATTCCCAAAAAGACATGCTGAAAAATATAAGACCAGTGCAATTCGATGAA AGCGCATACGGTAAATTAAATGGTGGCTCTCCTGAAAATGACGAAAATGAAATTTTAAAC AAAATAAACAAAAACAATGAAAATAACTTTTCCGAAAAGGTAGCTTTAAGAAAAGGCACT AAAGACAGGAACGAATATGAATACTTCAAGCTGAAAAGTAATGACTTTAAAGTATTAGGA ATAATAAATAAATATTCCTCAAGAGGGGGATTCTCCATATCGGTTGACTGCGGAGGGTAT GACGATTTCGATGAAGTTCCAGGAGTTTCTAACTTATTGCAGCATGCTATTTTTTACAAA TCTGAAAAAAGAAACACAACGCTATTAAGCGAATTGGGAAAATATTCATCAGAATATAAC AGCTGTACTAGTGAATCCTCTACTAGTTACTATGCAACTGCCCATTCTGAAGACATTTAC CATTTGCTTAATTTATTTGCAGAAAATTTGTTTTACCCTGTATTTAGTGAAGAACATATA CAAAATGAAGTTAAAGAAATTAACAATAAATACATTTCTATAGAAAATAATCTTGAATCT TGCCTGAAAATTGCTAGTCAGTACATCACAAATTTTAAGTATTCGAAATTTTTCGTCAAT GGAAACTACACCACCTTGTGCGAAAACGTTTTAAAGAATAGGCTCAGCATAAAAAATATT TTGACTGAATTTCATAAAAAATGTTATCAGCCAAGAAATATGTCACTGACAATACTGCTG GGAAATAAGGTAAATACTGCCGATCACTACAACATGAAAGATGTTGAAAATATGGTTGTC CACATATTTGGAAAGATAAAAAATGAGAGCTACCCCATTGATGGGGATGTCATAGGGAAA CGAATTAATCGTATGGAATCAGAACGGGTAAATCTTTATGGGAAAAAAGACAGTTACAAT GATGCAAATTTCATCCACATAGAGGGGCGAAATGAAAAGGAAGCTGCGTTTCTCCAATCT ATGAATGAGCTCCATTACGCGCTTGATTTAAACCAGAAGAGCAGGTATGTTGAAATCATA AAAAAAGAAGAATGGGGGGATCAACTTTACCTATACTGGAGCTCCAAAACTAATGCTGAG TTGTGTAAAAAAATTGAAGAGTTTGGATCAATGACATTTTTACGTGAAATATTTTCTGAC TTTAGAAGGAACGGATTATACTATAAAATATCTGTGGAAAATAAATATGTCTACGATTTG GAGGTTACCAGCATATGTAATAAATACTACTTGAATTTCGGAATACTGGTAAAATTAACA CAGAGGGGGAGAACTAACCTCGCTCATTTGATACACATATGCAACGTGTTCGTTAACGAA ATAGGTAAATTATTTGATCGTGATAGTTTGGACAAAGGCATAAGTAAATACATCCTTGAC TATTACAGGGAGAAGGCACTGGTCACCGATTTGAAATTTAACAGTGATAATGTGAATGTA AGCCTCGATGATTTAGTAATTTATTCGAAGAGACTGCTGGTTCACGCTGATGACCCATCT TCCCTTTTAACCATTCATAGTTTAATTGAAGACAAGCATAAAAATGACTTTCGCAATCAC ATTAAAATAACAAGTTTGGTGGGGTCTCTAATTAGAAATGATAATTTAAATATTATAAAC GTTGTAGACGCATTCAGCTTAACAAACCAGAGTCAAATTCCGAACACTGCCATAACGTAT GCTTTAGGGGAAAATCCATATTTGGTTGGTCAGGGGGGAGTTACAAACGATGTAAATATT GCACTTCCAGAAATTAAGGTTTGCCCTTTCAACAGTTTTGACCATAACGACAACAACGTT TTACATGAAGAATCATTTTTCTGCGTCCCATACAACAATAGAGAAAACTTTGAATTTTCA GACACTAAGCCAATGTTTGTGTCTGAGGAAAATAAGAATGAGTTCAGAGCTAGCGTTTTG TATAGCATGCCCTGTTTGATTAAGTCATCCTACGGGTACAATGTTTATTTTAAGAGAGGT CTAACAGATGTTTCAAAAGTGAAAGCGGATTTCATTTTTTATTTCCCCTCTGAAAAGTTT ACTTTTTATGAAGCTATTTTTTCCCGTATACACATAATAATTTTGAGGAAAAAAATAAAA CTCTTCCTCACTGATTATGCTAGCTGTTCGGTAAATGTGCACATCAAGCGGAACGCAGAA TCGTACACTGTGCACGTGGACACTAACAGCTATTATTTCGCAGAATTGTTTAGCAAACTA GGGGACCTCTTATCAGTGAAAGAAATCCCCTCCAAGGAAGAATTTGACGATGCTTATGAT GAGTTAATTATGAACGTGAGAACTAGCAGAAAATTGGGAGCAGAAAATTCGCTAAGAATT ATGCATTCCTTATTTAACAAATATGAGCCAACGGACAAAGAAATGGACGACATTTTAAGC GCATACTTCTTTTATCCCTCATATAAGGATTACACCAGGTATGTAGTTGATATATTTCAT AGAAATTATGTTAGCATATTTATATATGGAAATATTGCAATGCCGACGGAGAAGGAGGAC GAAAATGCAACTAGCCACACTGACCAGAGTGCTACCAATGGGGGCAGCGGCGTTCCGAAT AGTAGCAGTAGCCATGTAAATGATAATGTAAAAGATAATGGTAATGATAATGATAATACT AATACCAAGGCTAATGTTGGTGAGCACAGATCGAGTCTGACGCTTTACGCCGAGGCGAAT AACACAGGCAGTGCTTCCCCGTGGGAGAAGCGAGATCACAGGCTGGACGCACAAGGACAG CTCGGAGAACAGGCCTTCGCAGCAGATTCCATTCAAATATCTCACAACGGGGTAGGGATA GAATACCTAGTTAACCTGTCGGAGTCATTCATAAAGAAAGTGACCAATGGAGTTGTAAGA CGAAGCGAGTCCACGTACTACACGAGCACGTTAGTTCATAATGAAGATGTCGAGATAAAT ATCCCCCATATGTCTCAAAATGGGAGCAGCTCAATAATAGTATCCTACACAATCGAATCA GAAAGTATGTTAAGCGATGTTTTAATTAACATTATCGTTGACTTAATATCATCCGAATTT GTTAAGGTGTCTAAACTAAGATATAATGATGGTTACATGGTTGAAGTGAAGCCATTTTTC GCGCGCTATGGATTAAGTGGATTGCTTTTTGTTATTCAGAGTTTTGAAAAGGATGTTGAA AAACTAGAGGCACATATATGCACCTTTGTAAAATATGTGATATTTCAACTGATGAACATT GGAACGTCTGATTTGGTGAAAAAGCTAGAATCTATGAAGGAGTATTATATCATAAATAAC AGCATATTTACGTTCGACCAAGAGTATGCATCCATAACGGATCAGCTAACCTCTGGAATG GAGTGCTTTGACAAAAAATACAAAATTATAAAAATATTCGATGAACTGATTAATTGCCCC AAAATGATTATCAATAAAATGAACGCTATTTTAAAAAACTCCAAGAAGGCGATTTTTAAG GAATATAAAGCAGCTAAAGCAGTTGACGCGCCTTCTAGCAAAAGCGACGAAGTTGACGAT GCGAACTCATACGTGTGCAATTATTCCCGCAAGGCGCCGGCGAAATTGTCAAGTGTGCAG TTGGCAGCGAATTCTCGGTCGGCTAAGAAAAAGCAACCCAAAGAGAGAACTCTGCGCAAG GACACACTTAGGATGAGAAAACCACACAAAATGGCGAACTTCATCAGTGTGTCAAATTTC GTTGAGATAAAAAGGAAAGGGTTCTTTCAGTACGTTATCGATTATTTTAGGAGTAACGTG AACTCGCCCTTGAATGACAGCAGCTATCTCGACTTCAAAAGCTGCGACGAAGAAATGTCC AAAAGGAACTTCCGCGTATTTTACAATTTTGCCAATGACGTAAATAAAATAAGGGAGTAC TTTCTCCTCAAGTTTGCCAGCGATAAAGAAGTTAGGGAGAAGTGCTCCGTAGATTATGAA GAAATTAGACAGTACTGCAGTGGACACTAA
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  • Fasta :-

    MAITKCSVINILFLLLLLYQECLSCQKAPNNGKNNYGLNDDELGAILFGLNYDSIAKNKD NLEKRKNVENESIFLRNFANEDTSKNTQSEKAQKEIKIETETESVNSNEKEVATSQKSDT SNKNSSVENEKIELKNDELLGKNFEKDKVNKKGDNTNTTNNHDLTNSSEKQGVDIRGSKN MNNYLQKTGDTNIEKSESLQKDVNIKNHNEEANDAKRLDSAQTNNEKSKISKDTIDKDVQ SNELTNLASNRSNKKSQGLAKKENELKSANLEENHNAKKDLLKKDQKREDGKKITHPENS NSDQYGVQVSLNDEEKNTNTKSVSHSEDHSASYSGEKFGTHVSNSQKDMLKNIRPVQFDE SAYGKLNGGSPENDENEILNKINKNNENNFSEKVALRKGTKDRNEYEYFKLKSNDFKVLG IINKYSSRGGFSISVDCGGYDDFDEVPGVSNLLQHAIFYKSEKRNTTLLSELGKYSSEYN SCTSESSTSYYATAHSEDIYHLLNLFAENLFYPVFSEEHIQNEVKEINNKYISIENNLES CLKIASQYITNFKYSKFFVNGNYTTLCENVLKNRLSIKNILTEFHKKCYQPRNMSLTILL GNKVNTADHYNMKDVENMVVHIFGKIKNESYPIDGDVIGKRINRMESERVNLYGKKDSYN DANFIHIEGRNEKEAAFLQSMNELHYALDLNQKSRYVEIIKKEEWGDQLYLYWSSKTNAE LCKKIEEFGSMTFLREIFSDFRRNGLYYKISVENKYVYDLEVTSICNKYYLNFGILVKLT QRGRTNLAHLIHICNVFVNEIGKLFDRDSLDKGISKYILDYYREKALVTDLKFNSDNVNV SLDDLVIYSKRLLVHADDPSSLLTIHSLIEDKHKNDFRNHIKITSLVGSLIRNDNLNIIN VVDAFSLTNQSQIPNTAITYALGENPYLVGQGGVTNDVNIALPEIKVCPFNSFDHNDNNV LHEESFFCVPYNNRENFEFSDTKPMFVSEENKNEFRASVLYSMPCLIKSSYGYNVYFKRG LTDVSKVKADFIFYFPSEKFTFYEAIFSRIHIIILRKKIKLFLTDYASCSVNVHIKRNAE SYTVHVDTNSYYFAELFSKLGDLLSVKEIPSKEEFDDAYDELIMNVRTSRKLGAENSLRI MHSLFNKYEPTDKEMDDILSAYFFYPSYKDYTRYVVDIFHRNYVSIFIYGNIAMPTEKED ENATSHTDQSATNGGSGVPNSSSSHVNDNVKDNGNDNDNTNTKANVGEHRSSLTLYAEAN NTGSASPWEKRDHRLDAQGQLGEQAFAADSIQISHNGVGIEYLVNLSESFIKKVTNGVVR RSESTYYTSTLVHNEDVEINIPHMSQNGSSSIIVSYTIESESMLSDVLINIIVDLISSEF VKVSKLRYNDGYMVEVKPFFARYGLSGLLFVIQSFEKDVEKLEAHICTFVKYVIFQLMNI GTSDLVKKLESMKEYYIINNSIFTFDQEYASITDQLTSGMECFDKKYKIIKIFDELINCP KMIINKMNAILKNSKKAIFKEYKAAKAVDAPSSKSDEVDDANSYVCNYSRKAPAKLSSVQ LAANSRSAKKKQPKERTLRKDTLRMRKPHKMANFISVSNFVEIKRKGFFQYVIDYFRSNV NSPLNDSSYLDFKSCDEEMSKRNFRVFYNFANDVNKIREYFLLKFASDKEVREKCSVDYE EIRQYCSGH

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IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
PVX_091710125 SSNKNSSVEN0.993unspPVX_091710125 SSNKNSSVEN0.993unspPVX_091710125 SSNKNSSVEN0.993unspPVX_091710126 SNKNSSVENE0.997unspPVX_091710300 SHPENSNSDQ0.993unspPVX_091710324 STKSVSHSED0.992unspPVX_091710345 SHVSNSQKDM0.998unspPVX_091710370 SLNGGSPEND0.993unspPVX_091710461 SIFYKSEKRN0.992unspPVX_091710489 SESSTSYYAT0.994unspPVX_091710576 SKNRLSIKNI0.992unspPVX_091710647 SNRMESERVN0.994unspPVX_0917101111 SKEIPSKEEF0.994unspPVX_0917101129 SNVRTSRKLG0.997unspPVX_0917101167 SFFYPSYKDY0.992unspPVX_0917101205 SENATSHTDQ0.996unspPVX_0917101451 SKKLESMKEY0.996unspPVX_0917101471 SQEYASITDQ0.995unspPVX_0917101532 SVDAPSSKSD0.994unspPVX_0917101533 SDAPSSKSDE0.995unspPVX_0917101535 SPSSKSDEVD0.993unspPVX_091710115 SEVATSQKSD0.996unspPVX_091710121 SKSDTSNKNS0.993unsp
PVX_091710      


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