TA10460 | hypothetical protein, conserved

  • Computed_GO_Component_IDs:        

  • Computed_GO_Components:        

  • Computed_GO_Function_IDs:        

  • Computed_GO_Functions:        

  • 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
TA10460OTHER0.9999940.0000040.000003
No Results

  • Fasta :-

    >TA10460 MPVTMNCPEIEGDVDSVIMYNKSNFKNYVLRRKTKSTSPSTSSMENDNQSTLARQDTFYV DSTFEDVNLETTSTFEKYDTIEYEEFETEEIEPSKIVYRPRTLLEAVDVMLSILDDLGEK YNKWKYNNFGFYRFYCHKYNLTNFSNSRPYYHKILSQLDTIDTLSPHSPPDFKTNTNSSI YTPDFIVDKVLCQLDELVSCYCSKNCAFGISQRYSHTCSDKINHNGLKWKYPQGSERYLG IKGAPKEKNILTDKNKNTDKTGPLDWSRPFNRIYHMDKNLFQTTFTTETIPELMAFMEKP NQENDLDKSNIKKVEMKQDMEETCFVRDMGAYDNCVMEFFSERGIMHNFSYPYCRGEETS YIHPFIRAAVCFNCGKICRCKCQRKIFRAFSRFYTQTDEKTYHLERISIDYVNQVYDYFK YKSSLCHISELETDDVSKRYQRPDNMTSLQLNTIYSHSINTEVGRVQFLVSPIENQMSRN RTNVPGEPGKEVKERMLYDADRYMGSVYYSNLFKASECNVSLEEIFKVINNVPFSCVPED HLEWYKKVEWYDLYRSPWWCMDSKYEQTEMFEEEGYLNSYIMNTLDSLGYLTNVRYDTSL KVIGVGHYSENDSYWRYFYTNENIWKVFREAIEYLILISTLPEYIYLDHGQSCWILITKG AQKMFSIYPSLLKSYLDLVAYYKSSTPKKEHRGRFKTPNDRDQEKQMNHFERKEDYGEEI FDIKRVSAHECTVADVLRVSLKRKMVSSGESFTPRRYYVEKSSTLTPSIRVKLDHELIYQ GIFASTPNSSYYSSFTNSVDLYRNNGPPLFCSTPRKFTSIFNAYTGGKDLSDSPENDAGK KIKGSKVSDLKLNNLNVLLTQYPDARSQYTLIIKHANELRFQSSMLISDLNSPVFKSCEN LIPDDFDNSDVNSNYSYESPNHINTNYVSVSKEMDETVQDLPMVDISFNDYTNSWICMLD VVPCLVCPVECQGNGSCLHFTHGKRLIEFICKKMKPSDVKYTYPQTNGRSPSSYHPKKSQ IVLISFSVEEFGNERAKLLATQLKATYKMQALNSMLINIKQNQNGSKEQAYRRNDRSETC IEMKLLHNAITAQLSSMVSTNSYIASSDMNHLDGIYDRVYEPCYRINEVYKSQELEDESQ KLNVFDEEQMTCICFKYGRFLTGLRGLVSISEILNYDRRLHTFCKMLEVEKVMNITSENI HFCPVHSCFMTTWTDVMGQRRIMYHQIHKYLNIRLFSNFTKRFNSDWPEAIESHNRYTLC YDAVEASKMFSQANDAIADTFYILLNLQEIIHEALLSGLALAVRTVSDASQEKALLRRLH LIYRRFKLSSQTVRNSLIFSKELLFPFGALYDEATPPNLVVNRISFPKKLSPGYEVSKNN DFYVYLKGDLIEAKDFLKRYNLRCRYTTIKSEDEGTISVIEIYNVDGNLSPEELEKSRNQ EIYILYSHGNNTDIGHMFFKYTRLCTFLNVNLVSYDYSGYGHSSGKASENNMYSNIEDVY KHMRSEMKLEPRQIVLYGNGLGSAPSCYLVSEHHYYPVGGLILHSPIASGLRIFFKSIIK HHSFDSFDNTEFLKNCPLIPVFLMHGISDNQIPLEQAVELTCIIKESHELIRAEKLKQNH ENRLEKGSSNEMAVEPTHLNQENIQVIPRGRFSQVIQDAKKINQTNQYVKTWWIEGAGHN DIERNNSADYYDQLADFLNLCRKWSKEHTSNI
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/TA10460.fa Sequence name : TA10460 Sequence length : 1712 VALUES OF COMPUTED PARAMETERS Coef20 : 3.238 CoefTot : -0.640 ChDiff : -20 ZoneTo : 8 KR : 0 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.071 1.747 0.349 0.577 MesoH : -0.147 0.411 -0.312 0.293 MuHd_075 : 7.834 8.434 4.082 2.398 MuHd_095 : 3.911 16.278 4.282 3.451 MuHd_100 : 11.137 20.299 6.333 3.934 MuHd_105 : 17.859 21.363 7.328 4.181 Hmax_075 : 8.400 12.717 2.387 4.375 Hmax_095 : 9.625 16.625 3.038 5.014 Hmax_100 : 11.200 20.600 3.923 5.650 Hmax_105 : 16.450 22.050 5.666 5.763 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.9870 0.0130 DFMC : 0.9950 0.0050
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 1712 TA10460 MPVTMNCPEIEGDVDSVIMYNKSNFKNYVLRRKTKSTSPSTSSMENDNQSTLARQDTFYVDSTFEDVNLETTSTFEKYDT 80 IEYEEFETEEIEPSKIVYRPRTLLEAVDVMLSILDDLGEKYNKWKYNNFGFYRFYCHKYNLTNFSNSRPYYHKILSQLDT 160 IDTLSPHSPPDFKTNTNSSIYTPDFIVDKVLCQLDELVSCYCSKNCAFGISQRYSHTCSDKINHNGLKWKYPQGSERYLG 240 IKGAPKEKNILTDKNKNTDKTGPLDWSRPFNRIYHMDKNLFQTTFTTETIPELMAFMEKPNQENDLDKSNIKKVEMKQDM 320 EETCFVRDMGAYDNCVMEFFSERGIMHNFSYPYCRGEETSYIHPFIRAAVCFNCGKICRCKCQRKIFRAFSRFYTQTDEK 400 TYHLERISIDYVNQVYDYFKYKSSLCHISELETDDVSKRYQRPDNMTSLQLNTIYSHSINTEVGRVQFLVSPIENQMSRN 480 RTNVPGEPGKEVKERMLYDADRYMGSVYYSNLFKASECNVSLEEIFKVINNVPFSCVPEDHLEWYKKVEWYDLYRSPWWC 560 MDSKYEQTEMFEEEGYLNSYIMNTLDSLGYLTNVRYDTSLKVIGVGHYSENDSYWRYFYTNENIWKVFREAIEYLILIST 640 LPEYIYLDHGQSCWILITKGAQKMFSIYPSLLKSYLDLVAYYKSSTPKKEHRGRFKTPNDRDQEKQMNHFERKEDYGEEI 720 FDIKRVSAHECTVADVLRVSLKRKMVSSGESFTPRRYYVEKSSTLTPSIRVKLDHELIYQGIFASTPNSSYYSSFTNSVD 800 LYRNNGPPLFCSTPRKFTSIFNAYTGGKDLSDSPENDAGKKIKGSKVSDLKLNNLNVLLTQYPDARSQYTLIIKHANELR 880 FQSSMLISDLNSPVFKSCENLIPDDFDNSDVNSNYSYESPNHINTNYVSVSKEMDETVQDLPMVDISFNDYTNSWICMLD 960 VVPCLVCPVECQGNGSCLHFTHGKRLIEFICKKMKPSDVKYTYPQTNGRSPSSYHPKKSQIVLISFSVEEFGNERAKLLA 1040 TQLKATYKMQALNSMLINIKQNQNGSKEQAYRRNDRSETCIEMKLLHNAITAQLSSMVSTNSYIASSDMNHLDGIYDRVY 1120 EPCYRINEVYKSQELEDESQKLNVFDEEQMTCICFKYGRFLTGLRGLVSISEILNYDRRLHTFCKMLEVEKVMNITSENI 1200 HFCPVHSCFMTTWTDVMGQRRIMYHQIHKYLNIRLFSNFTKRFNSDWPEAIESHNRYTLCYDAVEASKMFSQANDAIADT 1280 FYILLNLQEIIHEALLSGLALAVRTVSDASQEKALLRRLHLIYRRFKLSSQTVRNSLIFSKELLFPFGALYDEATPPNLV 1360 VNRISFPKKLSPGYEVSKNNDFYVYLKGDLIEAKDFLKRYNLRCRYTTIKSEDEGTISVIEIYNVDGNLSPEELEKSRNQ 1440 EIYILYSHGNNTDIGHMFFKYTRLCTFLNVNLVSYDYSGYGHSSGKASENNMYSNIEDVYKHMRSEMKLEPRQIVLYGNG 1520 LGSAPSCYLVSEHHYYPVGGLILHSPIASGLRIFFKSIIKHHSFDSFDNTEFLKNCPLIPVFLMHGISDNQIPLEQAVEL 1600 TCIIKESHELIRAEKLKQNHENRLEKGSSNEMAVEPTHLNQENIQVIPRGRFSQVIQDAKKINQTNQYVKTWWIEGAGHN 1680 DIERNNSADYYDQLADFLNLCRKWSKEHTSNI 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_________________ TA10460 22 SVIMYNK|SN 0.077 . TA10460 26 YNKSNFK|NY 0.056 . TA10460 31 FKNYVLR|RK 0.097 . TA10460 32 KNYVLRR|KT 0.133 . TA10460 33 NYVLRRK|TK 0.085 . TA10460 35 VLRRKTK|ST 0.444 . TA10460 54 NQSTLAR|QD 0.114 . TA10460 77 TTSTFEK|YD 0.076 . TA10460 95 EEIEPSK|IV 0.069 . TA10460 99 PSKIVYR|PR 0.081 . TA10460 101 KIVYRPR|TL 0.107 . TA10460 120 LDDLGEK|YN 0.058 . TA10460 123 LGEKYNK|WK 0.059 . TA10460 125 EKYNKWK|YN 0.080 . TA10460 133 NNFGFYR|FY 0.113 . TA10460 138 YRFYCHK|YN 0.069 . TA10460 148 TNFSNSR|PY 0.095 . TA10460 153 SRPYYHK|IL 0.075 . TA10460 173 HSPPDFK|TN 0.057 . TA10460 189 PDFIVDK|VL 0.062 . TA10460 204 VSCYCSK|NC 0.068 . TA10460 213 AFGISQR|YS 0.099 . TA10460 221 SHTCSDK|IN 0.076 . TA10460 228 INHNGLK|WK 0.074 . TA10460 230 HNGLKWK|YP 0.086 . TA10460 237 YPQGSER|YL 0.164 . TA10460 242 ERYLGIK|GA 0.072 . TA10460 246 GIKGAPK|EK 0.059 . TA10460 248 KGAPKEK|NI 0.062 . TA10460 254 KNILTDK|NK 0.060 . TA10460 256 ILTDKNK|NT 0.071 . TA10460 260 KNKNTDK|TG 0.054 . TA10460 268 GPLDWSR|PF 0.094 . TA10460 272 WSRPFNR|IY 0.100 . TA10460 278 RIYHMDK|NL 0.076 . TA10460 299 LMAFMEK|PN 0.062 . TA10460 308 QENDLDK|SN 0.108 . TA10460 312 LDKSNIK|KV 0.089 . TA10460 313 DKSNIKK|VE 0.115 . TA10460 317 IKKVEMK|QD 0.073 . TA10460 327 EETCFVR|DM 0.117 . TA10460 343 MEFFSER|GI 0.112 . TA10460 355 FSYPYCR|GE 0.118 . TA10460 367 YIHPFIR|AA 0.103 . TA10460 376 VCFNCGK|IC 0.055 . TA10460 379 NCGKICR|CK 0.089 . TA10460 381 GKICRCK|CQ 0.075 . TA10460 384 CRCKCQR|KI 0.112 . TA10460 385 RCKCQRK|IF 0.082 . TA10460 388 CQRKIFR|AF 0.116 . TA10460 392 IFRAFSR|FY 0.118 . TA10460 400 YTQTDEK|TY 0.058 . TA10460 406 KTYHLER|IS 0.101 . TA10460 420 QVYDYFK|YK 0.066 . TA10460 422 YDYFKYK|SS 0.085 . TA10460 438 ETDDVSK|RY 0.058 . TA10460 439 TDDVSKR|YQ 0.204 . TA10460 442 VSKRYQR|PD 0.158 . TA10460 465 INTEVGR|VQ 0.079 . TA10460 479 IENQMSR|NR 0.086 . TA10460 481 NQMSRNR|TN 0.106 . TA10460 490 VPGEPGK|EV 0.070 . TA10460 493 EPGKEVK|ER 0.060 . TA10460 495 GKEVKER|ML 0.208 . TA10460 502 MLYDADR|YM 0.113 . TA10460 514 YYSNLFK|AS 0.069 . TA10460 527 SLEEIFK|VI 0.066 . TA10460 546 DHLEWYK|KV 0.067 . TA10460 547 HLEWYKK|VE 0.084 . TA10460 555 EWYDLYR|SP 0.109 . TA10460 564 WWCMDSK|YE 0.068 . TA10460 595 GYLTNVR|YD 0.068 . TA10460 601 RYDTSLK|VI 0.066 . TA10460 616 ENDSYWR|YF 0.097 . TA10460 626 TNENIWK|VF 0.068 . TA10460 629 NIWKVFR|EA 0.113 . TA10460 659 CWILITK|GA 0.071 . TA10460 663 ITKGAQK|MF 0.066 . TA10460 673 IYPSLLK|SY 0.062 . TA10460 683 DLVAYYK|SS 0.075 . TA10460 688 YKSSTPK|KE 0.079 . TA10460 689 KSSTPKK|EH 0.144 . TA10460 692 TPKKEHR|GR 0.128 . TA10460 694 KKEHRGR|FK 0.135 . TA10460 696 EHRGRFK|TP 0.063 . TA10460 701 FKTPNDR|DQ 0.116 . TA10460 705 NDRDQEK|QM 0.073 . TA10460 712 QMNHFER|KE 0.170 . TA10460 713 MNHFERK|ED 0.110 . TA10460 724 EEIFDIK|RV 0.088 . TA10460 725 EIFDIKR|VS 0.104 . TA10460 738 TVADVLR|VS 0.079 . TA10460 742 VLRVSLK|RK 0.062 . TA10460 743 LRVSLKR|KM 0.159 . TA10460 744 RVSLKRK|MV 0.282 . TA10460 755 GESFTPR|RY 0.109 . TA10460 756 ESFTPRR|YY 0.131 . TA10460 761 RRYYVEK|SS 0.087 . TA10460 770 TLTPSIR|VK 0.088 . TA10460 772 TPSIRVK|LD 0.083 . TA10460 803 NSVDLYR|NN 0.100 . TA10460 815 LFCSTPR|KF 0.097 . TA10460 816 FCSTPRK|FT 0.127 . TA10460 828 NAYTGGK|DL 0.081 . TA10460 840 PENDAGK|KI 0.067 . TA10460 841 ENDAGKK|IK 0.095 . TA10460 843 DAGKKIK|GS 0.073 . TA10460 846 KKIKGSK|VS 0.066 . TA10460 851 SKVSDLK|LN 0.056 . TA10460 866 TQYPDAR|SQ 0.122 . TA10460 874 QYTLIIK|HA 0.065 . TA10460 880 KHANELR|FQ 0.109 . TA10460 896 LNSPVFK|SC 0.120 . TA10460 932 NYVSVSK|EM 0.058 . TA10460 984 LHFTHGK|RL 0.065 . TA10460 985 HFTHGKR|LI 0.139 . TA10460 992 LIEFICK|KM 0.058 . TA10460 993 IEFICKK|MK 0.078 . TA10460 995 FICKKMK|PS 0.076 . TA10460 1000 MKPSDVK|YT 0.079 . TA10460 1009 YPQTNGR|SP 0.127 . TA10460 1017 PSSYHPK|KS 0.097 . TA10460 1018 SSYHPKK|SQ 0.171 . TA10460 1035 EEFGNER|AK 0.063 . TA10460 1037 FGNERAK|LL 0.078 . TA10460 1044 LLATQLK|AT 0.077 . TA10460 1048 QLKATYK|MQ 0.059 . TA10460 1060 SMLINIK|QN 0.061 . TA10460 1067 QNQNGSK|EQ 0.061 . TA10460 1072 SKEQAYR|RN 0.123 . TA10460 1073 KEQAYRR|ND 0.117 . TA10460 1076 AYRRNDR|SE 0.417 . TA10460 1084 ETCIEMK|LL 0.070 . TA10460 1118 LDGIYDR|VY 0.092 . TA10460 1125 VYEPCYR|IN 0.081 . TA10460 1131 RINEVYK|SQ 0.097 . TA10460 1141 LEDESQK|LN 0.057 . TA10460 1156 MTCICFK|YG 0.062 . TA10460 1159 ICFKYGR|FL 0.105 . TA10460 1165 RFLTGLR|GL 0.066 . TA10460 1178 EILNYDR|RL 0.074 . TA10460 1179 ILNYDRR|LH 0.101 . TA10460 1185 RLHTFCK|ML 0.084 . TA10460 1191 KMLEVEK|VM 0.053 . TA10460 1220 TDVMGQR|RI 0.095 . TA10460 1221 DVMGQRR|IM 0.148 . TA10460 1229 MYHQIHK|YL 0.069 . TA10460 1234 HKYLNIR|LF 0.084 . TA10460 1241 LFSNFTK|RF 0.065 . TA10460 1242 FSNFTKR|FN 0.318 . TA10460 1256 AIESHNR|YT 0.091 . TA10460 1268 DAVEASK|MF 0.071 . TA10460 1304 GLALAVR|TV 0.120 . TA10460 1313 SDASQEK|AL 0.067 . TA10460 1317 QEKALLR|RL 0.082 . TA10460 1318 EKALLRR|LH 0.101 . TA10460 1324 RLHLIYR|RF 0.074 . TA10460 1325 LHLIYRR|FK 0.104 . TA10460 1327 LIYRRFK|LS 0.147 . TA10460 1334 LSSQTVR|NS 0.084 . TA10460 1341 NSLIFSK|EL 0.057 . TA10460 1363 PNLVVNR|IS 0.096 . TA10460 1368 NRISFPK|KL 0.088 . TA10460 1369 RISFPKK|LS 0.153 . TA10460 1378 PGYEVSK|NN 0.060 . TA10460 1387 DFYVYLK|GD 0.058 . TA10460 1394 GDLIEAK|DF 0.065 . TA10460 1398 EAKDFLK|RY 0.053 . TA10460 1399 AKDFLKR|YN 0.162 . TA10460 1403 LKRYNLR|CR 0.094 . TA10460 1405 RYNLRCR|YT 0.107 . TA10460 1410 CRYTTIK|SE 0.094 . TA10460 1436 SPEELEK|SR 0.082 . TA10460 1438 EELEKSR|NQ 0.083 . TA10460 1460 IGHMFFK|YT 0.075 . TA10460 1463 MFFKYTR|LC 0.069 . TA10460 1486 YGHSSGK|AS 0.072 . TA10460 1501 NIEDVYK|HM 0.068 . TA10460 1504 DVYKHMR|SE 0.148 . TA10460 1508 HMRSEMK|LE 0.061 . TA10460 1512 EMKLEPR|QI 0.090 . TA10460 1552 PIASGLR|IF 0.080 . TA10460 1556 GLRIFFK|SI 0.113 . TA10460 1560 FFKSIIK|HH 0.053 . TA10460 1574 DNTEFLK|NC 0.054 . TA10460 1605 ELTCIIK|ES 0.059 . TA10460 1612 ESHELIR|AE 0.095 . TA10460 1615 ELIRAEK|LK 0.107 . TA10460 1617 IRAEKLK|QN 0.089 . TA10460 1623 KQNHENR|LE 0.089 . TA10460 1626 HENRLEK|GS 0.205 . TA10460 1649 NIQVIPR|GR 0.100 . TA10460 1651 QVIPRGR|FS 0.108 . TA10460 1660 QVIQDAK|KI 0.064 . TA10460 1661 VIQDAKK|IN 0.092 . TA10460 1670 QTNQYVK|TW 0.074 . TA10460 1684 GHNDIER|NN 0.090 . TA10460 1702 DFLNLCR|KW 0.078 . TA10460 1703 FLNLCRK|WS 0.080 . TA10460 1706 LCRKWSK|EH 0.064 . ____________________________^_________________

  • Fasta :-

    >TA10460 ATGCCAGTGACTATGAACTGCCCTGAAATCGAGGGTGACGTGGACTCCGTTATCATGTAC AACAAGTCAAACTTCAAAAACTATGTACTCAGACGGAAAACAAAGTCCACAAGCCCCTCA ACAAGCTCAATGGAGAATGATAATCAATCAACATTGGCAAGGCAGGACACATTTTACGTT GATTCTACATTTGAAGACGTAAATTTGGAAACAACATCAACATTTGAAAAATATGATACA ATCGAGTACGAAGAATTTGAGACGGAAGAAATAGAACCAAGTAAAATCGTGTACAGACCA AGAACACTGCTAGAAGCAGTGGATGTAATGCTGTCAATATTGGACGATTTAGGAGAAAAA TACAATAAATGGAAGTACAATAATTTTGGATTTTACAGGTTCTACTGCCACAAATATAAC CTAACGAACTTTTCAAACTCGAGACCATATTATCACAAAATCCTTAGCCAATTGGATACG ATAGATACACTTTCTCCGCATTCACCGCCAGACTTTAAAACAAACACGAACTCCTCAATA TACACGCCAGATTTTATAGTAGATAAGGTCCTCTGCCAATTAGATGAACTAGTAAGCTGC TACTGCAGTAAAAATTGCGCTTTTGGAATATCGCAAAGGTACTCCCACACGTGTTCAGAC AAAATCAACCATAATGGACTCAAGTGGAAGTACCCGCAAGGCTCCGAAAGATACCTAGGA ATAAAAGGAGCACCAAAAGAAAAAAATATTTTGACAGATAAAAATAAAAACACAGATAAA ACAGGTCCATTGGACTGGAGTAGACCATTTAATAGGATTTATCATATGGATAAAAATTTA TTTCAAACGACATTCACAACAGAAACAATACCCGAATTAATGGCATTCATGGAGAAACCA AACCAAGAAAATGATTTAGATAAATCAAATATAAAAAAAGTAGAAATGAAGCAAGACATG GAAGAAACCTGCTTCGTAAGAGATATGGGAGCATATGATAACTGCGTAATGGAATTCTTT TCAGAGAGAGGAATAATGCACAACTTTAGCTACCCGTACTGCAGAGGAGAAGAGACGTCA TACATACACCCTTTCATAAGAGCAGCAGTGTGTTTTAACTGCGGAAAAATCTGTAGATGT AAATGCCAGAGGAAGATATTTAGAGCATTTAGCAGATTTTACACGCAAACAGATGAAAAA ACTTATCATCTGGAAAGAATATCAATAGATTACGTAAACCAAGTATACGACTACTTTAAG TATAAATCGTCTTTGTGTCACATATCAGAGCTAGAGACGGATGATGTAAGTAAAAGGTAT CAACGGCCCGATAACATGACGTCACTTCAGTTGAACACGATATACTCTCATTCAATAAAC ACAGAAGTGGGAAGAGTTCAATTCTTAGTTAGTCCTATAGAGAATCAGATGAGTAGGAAT AGGACTAATGTGCCAGGTGAGCCCGGAAAAGAGGTAAAGGAGAGAATGTTATATGACGCT GATAGATATATGGGTTCTGTATATTACTCTAACCTTTTTAAAGCGAGTGAATGCAACGTT TCGCTTGAGGAGATTTTCAAAGTTATCAACAATGTGCCCTTCTCATGTGTACCAGAGGAC CACCTGGAATGGTACAAAAAGGTAGAATGGTACGACTTGTACAGATCACCATGGTGGTGC ATGGACAGTAAGTACGAGCAAACTGAGATGTTCGAGGAAGAAGGGTACCTAAATTCATAC ATCATGAACACGCTTGATTCACTGGGATATCTGACTAACGTGAGATATGATACAAGCCTA AAGGTAATTGGAGTGGGACACTACAGCGAAAACGACTCATACTGGAGATATTTCTATACC AATGAAAATATCTGGAAGGTTTTTAGAGAAGCAATTGAGTACTTGATACTGATAAGCACG TTGCCTGAGTATATATACCTAGACCACGGCCAGTCATGCTGGATACTGATAACGAAGGGT GCACAGAAGATGTTCTCAATTTACCCATCACTACTTAAGTCTTACCTTGATTTGGTGGCG TATTATAAGTCTAGCACGCCAAAGAAGGAACATAGAGGAAGATTTAAGACCCCAAATGAT AGAGATCAAGAGAAACAAATGAACCATTTCGAGAGGAAGGAAGATTATGGGGAAGAAATC TTCGATATTAAAAGAGTTAGCGCACACGAATGCACAGTTGCAGATGTACTGAGAGTGTCA CTGAAGAGGAAGATGGTGTCGTCAGGAGAGTCATTCACACCAAGAAGATACTACGTGGAA AAATCATCAACTCTAACACCATCAATCAGAGTTAAGCTGGACCATGAACTAATATACCAA GGAATATTCGCATCAACACCTAACAGTAGCTACTATAGCTCATTCACAAACAGCGTGGAT TTGTACCGAAATAACGGACCACCATTATTCTGCTCAACACCAAGGAAGTTCACAAGCATA TTCAACGCATATACGGGAGGAAAAGATTTAAGTGATTCCCCGGAAAATGACGCTGGAAAG AAAATCAAAGGAAGTAAAGTGAGTGACCTTAAGTTGAATAACCTCAATGTGTTGCTCACA CAGTACCCAGATGCAAGGTCACAGTACACGCTGATAATCAAGCACGCAAACGAACTGAGG TTTCAGTCATCAATGTTGATTTCAGACCTAAACTCGCCAGTGTTTAAGAGCTGTGAAAAT TTAATACCAGATGATTTCGACAATTCAGATGTAAACAGTAACTATTCATATGAATCACCG AATCACATAAATACTAATTATGTAAGTGTTAGTAAAGAGATGGATGAAACGGTACAGGAT TTGCCAATGGTTGACATATCCTTTAACGATTACACGAATAGCTGGATTTGCATGCTTGAC GTTGTACCATGCCTGGTCTGCCCAGTAGAGTGTCAAGGCAATGGATCATGTCTTCATTTC ACGCATGGAAAAAGACTGATTGAGTTCATTTGCAAGAAGATGAAGCCGTCAGATGTTAAG TATACGTACCCGCAAACGAATGGAAGAAGCCCAAGCAGCTATCACCCGAAGAAGTCCCAA ATTGTCTTAATCAGCTTCTCAGTTGAAGAGTTTGGGAATGAAAGAGCAAAGCTGCTGGCA ACACAATTGAAGGCAACATATAAAATGCAAGCTCTAAACAGTATGCTGATCAACATTAAG CAGAATCAGAACGGCTCGAAAGAGCAGGCATATAGGCGTAATGATAGATCAGAAACCTGC ATTGAAATGAAACTACTCCACAACGCTATTACGGCACAATTGTCCTCAATGGTCTCAACA AACTCATACATTGCATCAAGTGATATGAACCACCTTGATGGAATTTATGATCGAGTTTAT GAACCATGTTATAGGATTAATGAGGTATACAAGTCACAAGAGTTAGAAGATGAGTCCCAA AAGTTAAACGTTTTCGATGAAGAACAAATGACATGTATATGTTTTAAGTATGGGAGATTT CTTACAGGACTGAGGGGATTAGTCTCAATATCTGAAATATTAAACTATGATAGGAGATTG CACACGTTCTGCAAGATGTTGGAAGTGGAAAAGGTCATGAATATCACTTCCGAAAACATA CATTTCTGCCCAGTTCATTCATGTTTCATGACAACGTGGACGGACGTGATGGGACAGAGA AGAATAATGTATCACCAAATCCACAAGTATTTAAACATAAGACTATTCTCCAACTTCACA AAGAGATTTAACTCAGACTGGCCAGAAGCAATAGAATCCCACAACAGATATACACTATGT TATGACGCCGTCGAAGCATCGAAAATGTTTTCCCAGGCAAATGATGCAATCGCCGACACA TTTTATATCTTGCTCAACCTGCAGGAAATAATCCATGAGGCGCTCCTATCAGGACTAGCA CTCGCCGTCAGAACAGTCAGCGACGCCAGCCAGGAAAAGGCACTCCTGAGAAGACTCCAC CTAATATATAGACGCTTTAAACTCTCCAGTCAAACAGTACGAAACTCATTAATTTTCTCC AAGGAACTACTGTTCCCATTTGGTGCTCTCTACGATGAAGCCACACCACCCAATTTGGTG GTTAATAGGATCTCCTTCCCGAAAAAACTTAGTCCGGGCTACGAAGTTTCTAAAAACAAC GATTTTTACGTTTATCTGAAGGGGGATCTGATAGAAGCCAAGGACTTTCTCAAGAGGTAC AACCTCAGATGTAGGTACACAACCATCAAAAGCGAGGACGAAGGAACCATCTCAGTCATC GAGATCTACAATGTAGACGGGAATTTGTCGCCAGAAGAGTTGGAGAAGAGCAGGAATCAG GAAATTTACATACTCTATAGTCACGGAAATAACACTGATATAGGTCACATGTTCTTCAAG TACACTCGTCTGTGCACTTTCCTGAATGTGAACTTGGTATCCTATGACTACAGTGGATAT GGCCACAGTTCAGGTAAGGCTAGTGAGAATAACATGTACTCAAACATTGAAGATGTATAC AAGCACATGAGGAGTGAAATGAAGCTTGAGCCCAGGCAAATAGTTTTGTATGGGAACGGA CTAGGGTCAGCTCCATCATGTTACTTGGTTAGTGAACACCATTATTATCCTGTTGGAGGA CTCATTCTCCATTCTCCAATAGCATCTGGGCTTAGAATCTTTTTCAAATCGATCATTAAA CACCATAGTTTCGACTCCTTTGACAACACTGAGTTTCTCAAAAACTGTCCTCTAATCCCA GTTTTTTTAATGCACGGAATTTCTGATAATCAGATACCTTTGGAACAGGCAGTTGAACTC ACTTGCATAATTAAGGAAAGCCACGAGTTAATAAGGGCGGAAAAACTTAAACAGAATCAT GAAAATAGGCTAGAAAAGGGATCCTCAAACGAAATGGCTGTGGAGCCTACTCACCTAAAT CAGGAGAATATCCAGGTAATTCCTCGGGGACGGTTCTCTCAGGTCATTCAGGACGCCAAA AAAATAAACCAGACCAACCAGTACGTAAAAACTTGGTGGATTGAGGGGGCAGGTCACAAC GACATTGAGAGAAACAACTCTGCTGATTACTACGACCAGTTGGCCGATTTCCTTAATCTA TGCAGAAAATGGAGCAAGGAGCACACATCTAACATTTGA
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  • Fasta :-

    MPVTMNCPEIEGDVDSVIMYNKSNFKNYVLRRKTKSTSPSTSSMENDNQSTLARQDTFYV DSTFEDVNLETTSTFEKYDTIEYEEFETEEIEPSKIVYRPRTLLEAVDVMLSILDDLGEK YNKWKYNNFGFYRFYCHKYNLTNFSNSRPYYHKILSQLDTIDTLSPHSPPDFKTNTNSSI YTPDFIVDKVLCQLDELVSCYCSKNCAFGISQRYSHTCSDKINHNGLKWKYPQGSERYLG IKGAPKEKNILTDKNKNTDKTGPLDWSRPFNRIYHMDKNLFQTTFTTETIPELMAFMEKP NQENDLDKSNIKKVEMKQDMEETCFVRDMGAYDNCVMEFFSERGIMHNFSYPYCRGEETS YIHPFIRAAVCFNCGKICRCKCQRKIFRAFSRFYTQTDEKTYHLERISIDYVNQVYDYFK YKSSLCHISELETDDVSKRYQRPDNMTSLQLNTIYSHSINTEVGRVQFLVSPIENQMSRN RTNVPGEPGKEVKERMLYDADRYMGSVYYSNLFKASECNVSLEEIFKVINNVPFSCVPED HLEWYKKVEWYDLYRSPWWCMDSKYEQTEMFEEEGYLNSYIMNTLDSLGYLTNVRYDTSL KVIGVGHYSENDSYWRYFYTNENIWKVFREAIEYLILISTLPEYIYLDHGQSCWILITKG AQKMFSIYPSLLKSYLDLVAYYKSSTPKKEHRGRFKTPNDRDQEKQMNHFERKEDYGEEI FDIKRVSAHECTVADVLRVSLKRKMVSSGESFTPRRYYVEKSSTLTPSIRVKLDHELIYQ GIFASTPNSSYYSSFTNSVDLYRNNGPPLFCSTPRKFTSIFNAYTGGKDLSDSPENDAGK KIKGSKVSDLKLNNLNVLLTQYPDARSQYTLIIKHANELRFQSSMLISDLNSPVFKSCEN LIPDDFDNSDVNSNYSYESPNHINTNYVSVSKEMDETVQDLPMVDISFNDYTNSWICMLD VVPCLVCPVECQGNGSCLHFTHGKRLIEFICKKMKPSDVKYTYPQTNGRSPSSYHPKKSQ IVLISFSVEEFGNERAKLLATQLKATYKMQALNSMLINIKQNQNGSKEQAYRRNDRSETC IEMKLLHNAITAQLSSMVSTNSYIASSDMNHLDGIYDRVYEPCYRINEVYKSQELEDESQ KLNVFDEEQMTCICFKYGRFLTGLRGLVSISEILNYDRRLHTFCKMLEVEKVMNITSENI HFCPVHSCFMTTWTDVMGQRRIMYHQIHKYLNIRLFSNFTKRFNSDWPEAIESHNRYTLC YDAVEASKMFSQANDAIADTFYILLNLQEIIHEALLSGLALAVRTVSDASQEKALLRRLH LIYRRFKLSSQTVRNSLIFSKELLFPFGALYDEATPPNLVVNRISFPKKLSPGYEVSKNN DFYVYLKGDLIEAKDFLKRYNLRCRYTTIKSEDEGTISVIEIYNVDGNLSPEELEKSRNQ EIYILYSHGNNTDIGHMFFKYTRLCTFLNVNLVSYDYSGYGHSSGKASENNMYSNIEDVY KHMRSEMKLEPRQIVLYGNGLGSAPSCYLVSEHHYYPVGGLILHSPIASGLRIFFKSIIK HHSFDSFDNTEFLKNCPLIPVFLMHGISDNQIPLEQAVELTCIIKESHELIRAEKLKQNH ENRLEKGSSNEMAVEPTHLNQENIQVIPRGRFSQVIQDAKKINQTNQYVKTWWIEGAGHN DIERNNSADYYDQLADFLNLCRKWSKEHTSNI

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IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
TA10460168 SLSPHSPPDF0.998unspTA10460168 SLSPHSPPDF0.998unspTA10460168 SLSPHSPPDF0.998unspTA10460215 SSQRYSHTCS0.996unspTA10460521 SECNVSLEEI0.991unspTA10460576 YEEEGYLNSY0.992unspTA10460727 SIKRVSAHEC0.994unspTA10460740 SVLRVSLKRK0.995unspTA10460747 SRKMVSSGES0.994unspTA10460833 SDLSDSPEND0.997unspTA104601310 SVSDASQEKA0.995unspTA104601430 SDGNLSPEEL0.997unspTA1046038 STKSTSPSTS0.995unspTA1046042 SSPSTSSMEN0.997unsp

TA10460      



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