PVX_098815 | ATP-dependent heat shock protein, putative

_IDPredictionOTHERSPmTPCS_Position
PVX_098815OTHER0.9996740.0000550.000271
No Results

  • Fasta :-

    >PVX_098815 MKNLDAHKYIKLVNFLNKKKKYPQFNFKYVKGKGEDGCDLQLANYVNVNKGKIRNGCIRY TNDSAVAKILSNVGELVNESTVSSSQRNGGETKLFPSNGTKGKRSNNPGRDPQADGDLTI EIGYANAPLTGCKVKQTGWRGVDEAHDGGLGQASRHKGEQVNSKVMLMHCNGASHEGINP SERHINQQRNAEMKKFPFLQKRESPPDGYDTDAGQIHPGEKLTHLGFTHRGGRYTASNGD EGSHDAGEKNGDVNTFEAEEQTQRELSSEENFAKVKITKENIIIVDKVKEEGRKGKKTKK MTMTEEKENTDDSVETLGMATVRSDGQEKCFRIEEAQGGEETGGRTDEGDKQKKLSDDNP NGEEEKESEKDTVNFQMKNAKGNKKCLYPHEIVEYLNKYIIGQTEAKKVVANALRQRWRR IQVDDDMKKDIIPKNILMIGPTGVGKTEIARRISMFVDAPFIKVEATKFTEVGFHGKDVD QIIKDLVEIAVKRQKTKFEIEIREQAQETVENIILYSLLGNIKEEEKNIWRKYLKDGSLD DKVVSIDIPNYVNNNIFSNDSVENAVKEALSNHQNIKSVKIIHQNINKQNDKKTMTIREA KQKLLQLEIDSSMNQDVILKTAISSVEEEGIVFIDEIDKICSKSNSSYNGPDASAEGVQR DLLPLIEGCVINTKYGNINTNYILFIASGAFQRVKPNDMLNELQGRLPVHVNLSSLTIKD FIEILTKTHNNLLQQNIALLKTEGIDLQFTDDAIETIANAAHDMNFYVENIGVRRLHTII EKIMEDINYDVYNYVNKTIVIDREKVKKSLEGFIKQFDLKKYII
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/PVX_098815.fa Sequence name : PVX_098815 Sequence length : 824 VALUES OF COMPUTED PARAMETERS Coef20 : 3.513 CoefTot : -3.015 ChDiff : -4 ZoneTo : 34 KR : 10 DE : 1 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 0.629 1.041 -0.100 0.462 MesoH : -0.862 0.219 -0.436 0.178 MuHd_075 : 20.386 14.414 7.449 4.660 MuHd_095 : 19.132 16.310 7.311 4.606 MuHd_100 : 27.436 17.501 8.850 6.330 MuHd_105 : 32.264 22.201 11.580 7.332 Hmax_075 : -2.567 4.900 -2.905 2.660 Hmax_095 : -2.100 8.700 -3.095 2.740 Hmax_100 : -1.000 4.600 -3.237 2.440 Hmax_105 : -1.100 10.617 -1.771 2.800 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.9048 0.0952 DFMC : 0.8711 0.1289
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 824 PVX_098815 MKNLDAHKYIKLVNFLNKKKKYPQFNFKYVKGKGEDGCDLQLANYVNVNKGKIRNGCIRYTNDSAVAKILSNVGELVNES 80 TVSSSQRNGGETKLFPSNGTKGKRSNNPGRDPQADGDLTIEIGYANAPLTGCKVKQTGWRGVDEAHDGGLGQASRHKGEQ 160 VNSKVMLMHCNGASHEGINPSERHINQQRNAEMKKFPFLQKRESPPDGYDTDAGQIHPGEKLTHLGFTHRGGRYTASNGD 240 EGSHDAGEKNGDVNTFEAEEQTQRELSSEENFAKVKITKENIIIVDKVKEEGRKGKKTKKMTMTEEKENTDDSVETLGMA 320 TVRSDGQEKCFRIEEAQGGEETGGRTDEGDKQKKLSDDNPNGEEEKESEKDTVNFQMKNAKGNKKCLYPHEIVEYLNKYI 400 IGQTEAKKVVANALRQRWRRIQVDDDMKKDIIPKNILMIGPTGVGKTEIARRISMFVDAPFIKVEATKFTEVGFHGKDVD 480 QIIKDLVEIAVKRQKTKFEIEIREQAQETVENIILYSLLGNIKEEEKNIWRKYLKDGSLDDKVVSIDIPNYVNNNIFSND 560 SVENAVKEALSNHQNIKSVKIIHQNINKQNDKKTMTIREAKQKLLQLEIDSSMNQDVILKTAISSVEEEGIVFIDEIDKI 640 CSKSNSSYNGPDASAEGVQRDLLPLIEGCVINTKYGNINTNYILFIASGAFQRVKPNDMLNELQGRLPVHVNLSSLTIKD 720 FIEILTKTHNNLLQQNIALLKTEGIDLQFTDDAIETIANAAHDMNFYVENIGVRRLHTIIEKIMEDINYDVYNYVNKTIV 800 IDREKVKKSLEGFIKQFDLKKYII 880 ................................................................................ 80 ................................................................................ 160 ................................................................................ 240 ................................................................................ 320 ................................................................................ 400 ................................................................................ 480 ................................................................................ 560 ................................................................................ 640 ................................................................................ 720 ................................................................................ 800 ........................ 880 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 0 Name Pos Context Score Pred ____________________________v_________________ PVX_098815 2 -----MK|NL 0.070 . PVX_098815 8 KNLDAHK|YI 0.063 . PVX_098815 11 DAHKYIK|LV 0.069 . PVX_098815 18 LVNFLNK|KK 0.064 . PVX_098815 19 VNFLNKK|KK 0.088 . PVX_098815 20 NFLNKKK|KY 0.078 . PVX_098815 21 FLNKKKK|YP 0.137 . PVX_098815 28 YPQFNFK|YV 0.106 . PVX_098815 31 FNFKYVK|GK 0.074 . PVX_098815 33 FKYVKGK|GE 0.084 . PVX_098815 50 NYVNVNK|GK 0.063 . PVX_098815 52 VNVNKGK|IR 0.070 . PVX_098815 54 VNKGKIR|NG 0.082 . PVX_098815 59 IRNGCIR|YT 0.155 . PVX_098815 68 NDSAVAK|IL 0.096 . PVX_098815 87 TVSSSQR|NG 0.111 . PVX_098815 93 RNGGETK|LF 0.060 . PVX_098815 101 FPSNGTK|GK 0.073 . PVX_098815 103 SNGTKGK|RS 0.068 . PVX_098815 104 NGTKGKR|SN 0.307 . PVX_098815 110 RSNNPGR|DP 0.143 . PVX_098815 133 APLTGCK|VK 0.062 . PVX_098815 135 LTGCKVK|QT 0.091 . PVX_098815 140 VKQTGWR|GV 0.185 . PVX_098815 155 GLGQASR|HK 0.129 . PVX_098815 157 GQASRHK|GE 0.065 . PVX_098815 164 GEQVNSK|VM 0.060 . PVX_098815 183 GINPSER|HI 0.167 . PVX_098815 189 RHINQQR|NA 0.114 . PVX_098815 194 QRNAEMK|KF 0.071 . PVX_098815 195 RNAEMKK|FP 0.110 . PVX_098815 201 KFPFLQK|RE 0.056 . PVX_098815 202 FPFLQKR|ES 0.162 . PVX_098815 221 QIHPGEK|LT 0.067 . PVX_098815 230 HLGFTHR|GG 0.083 . PVX_098815 233 FTHRGGR|YT 0.290 . PVX_098815 249 SHDAGEK|NG 0.058 . PVX_098815 264 AEEQTQR|EL 0.092 . PVX_098815 274 SEENFAK|VK 0.075 . PVX_098815 276 ENFAKVK|IT 0.065 . PVX_098815 279 AKVKITK|EN 0.070 . PVX_098815 287 NIIIVDK|VK 0.066 . PVX_098815 289 IIVDKVK|EE 0.070 . PVX_098815 293 KVKEEGR|KG 0.077 . PVX_098815 294 VKEEGRK|GK 0.087 . PVX_098815 296 EEGRKGK|KT 0.229 . PVX_098815 297 EGRKGKK|TK 0.079 . PVX_098815 299 RKGKKTK|KM 0.083 . PVX_098815 300 KGKKTKK|MT 0.153 . PVX_098815 307 MTMTEEK|EN 0.060 . PVX_098815 323 LGMATVR|SD 0.161 . PVX_098815 329 RSDGQEK|CF 0.071 . PVX_098815 332 GQEKCFR|IE 0.107 . PVX_098815 345 GEETGGR|TD 0.073 . PVX_098815 351 RTDEGDK|QK 0.054 . PVX_098815 353 DEGDKQK|KL 0.075 . PVX_098815 354 EGDKQKK|LS 0.108 . PVX_098815 366 PNGEEEK|ES 0.064 . PVX_098815 370 EEKESEK|DT 0.062 . PVX_098815 378 TVNFQMK|NA 0.083 . PVX_098815 381 FQMKNAK|GN 0.075 . PVX_098815 384 KNAKGNK|KC 0.055 . PVX_098815 385 NAKGNKK|CL 0.118 . PVX_098815 398 IVEYLNK|YI 0.070 . PVX_098815 407 IGQTEAK|KV 0.076 . PVX_098815 408 GQTEAKK|VV 0.120 . PVX_098815 415 VVANALR|QR 0.072 . PVX_098815 417 ANALRQR|WR 0.094 . PVX_098815 419 ALRQRWR|RI 0.102 . PVX_098815 420 LRQRWRR|IQ 0.421 . PVX_098815 428 QVDDDMK|KD 0.053 . PVX_098815 429 VDDDMKK|DI 0.116 . PVX_098815 434 KKDIIPK|NI 0.071 . PVX_098815 446 GPTGVGK|TE 0.062 . PVX_098815 451 GKTEIAR|RI 0.092 . PVX_098815 452 KTEIARR|IS 0.127 . PVX_098815 463 VDAPFIK|VE 0.061 . PVX_098815 468 IKVEATK|FT 0.103 . PVX_098815 477 EVGFHGK|DV 0.148 . PVX_098815 484 DVDQIIK|DL 0.057 . PVX_098815 492 LVEIAVK|RQ 0.057 . PVX_098815 493 VEIAVKR|QK 0.183 . PVX_098815 495 IAVKRQK|TK 0.067 . PVX_098815 497 VKRQKTK|FE 0.090 . PVX_098815 503 KFEIEIR|EQ 0.076 . PVX_098815 523 SLLGNIK|EE 0.059 . PVX_098815 527 NIKEEEK|NI 0.058 . PVX_098815 531 EEKNIWR|KY 0.071 . PVX_098815 532 EKNIWRK|YL 0.116 . PVX_098815 535 IWRKYLK|DG 0.072 . PVX_098815 542 DGSLDDK|VV 0.081 . PVX_098815 567 SVENAVK|EA 0.058 . PVX_098815 577 SNHQNIK|SV 0.148 . PVX_098815 580 QNIKSVK|II 0.083 . PVX_098815 588 IHQNINK|QN 0.075 . PVX_098815 592 INKQNDK|KT 0.071 . PVX_098815 593 NKQNDKK|TM 0.095 . PVX_098815 598 KKTMTIR|EA 0.138 . PVX_098815 601 MTIREAK|QK 0.121 . PVX_098815 603 IREAKQK|LL 0.076 . PVX_098815 620 NQDVILK|TA 0.061 . PVX_098815 639 FIDEIDK|IC 0.059 . PVX_098815 643 IDKICSK|SN 0.072 . PVX_098815 660 SAEGVQR|DL 0.110 . PVX_098815 674 GCVINTK|YG 0.062 . PVX_098815 693 ASGAFQR|VK 0.073 . PVX_098815 695 GAFQRVK|PN 0.064 . PVX_098815 706 LNELQGR|LP 0.076 . PVX_098815 719 LSSLTIK|DF 0.100 . PVX_098815 727 FIEILTK|TH 0.057 . PVX_098815 741 QNIALLK|TE 0.062 . PVX_098815 774 VENIGVR|RL 0.087 . PVX_098815 775 ENIGVRR|LH 0.134 . PVX_098815 782 LHTIIEK|IM 0.062 . PVX_098815 797 VYNYVNK|TI 0.064 . PVX_098815 803 KTIVIDR|EK 0.075 . PVX_098815 805 IVIDREK|VK 0.055 . PVX_098815 807 IDREKVK|KS 0.068 . PVX_098815 808 DREKVKK|SL 0.268 . PVX_098815 815 SLEGFIK|QF 0.066 . PVX_098815 820 IKQFDLK|KY 0.067 . PVX_098815 821 KQFDLKK|YI 0.112 . ____________________________^_________________

  • Fasta :-

    >PVX_098815 ATGAAAAACCTCGATGCACACAAGTACATTAAATTAGTGAATTTTCTAAACAAGAAGAAA AAGTACCCCCAGTTTAATTTTAAATATGTCAAAGGTAAGGGAGAAGACGGATGTGACCTT CAGCTAGCCAATTATGTAAATGTAAACAAGGGGAAGATACGAAATGGTTGCATAAGATAC ACAAATGATAGTGCAGTTGCGAAGATACTTTCCAATGTGGGCGAGCTTGTAAATGAGTCG ACAGTTTCTTCATCGCAAAGGAATGGGGGGGAAACAAAACTGTTTCCATCGAATGGCACC AAAGGGAAGAGGAGCAACAACCCGGGCAGGGACCCCCAAGCGGATGGCGATTTAACGATA GAGATAGGTTACGCCAATGCACCGTTAACGGGTTGCAAAGTGAAGCAGACAGGATGGAGA GGGGTAGATGAGGCACACGATGGTGGGCTGGGCCAAGCTAGTCGACACAAGGGGGAGCAG GTCAATTCCAAAGTGATGCTAATGCATTGTAATGGAGCATCACACGAAGGTATTAATCCG AGCGAGAGGCATATCAACCAGCAGAGAAATGCCGAAATGAAGAAGTTCCCTTTTTTGCAA AAGAGGGAATCCCCCCCAGATGGGTACGACACAGACGCGGGGCAGATACACCCCGGGGAG AAACTCACCCATTTAGGGTTCACCCACCGAGGGGGCCGTTACACCGCTAGTAATGGAGAC GAAGGGAGCCACGACGCAGGTGAGAAGAACGGAGATGTCAACACTTTCGAAGCGGAGGAG CAAACGCAAAGAGAGCTAAGTAGCGAGGAAAATTTTGCCAAGGTGAAAATTACGAAAGAA AATATCATCATCGTGGATAAGGTGAAGGAAGAGGGACGAAAGGGGAAGAAAACGAAGAAA ATGACCATGACGGAGGAGAAGGAAAATACGGATGACAGTGTAGAAACGTTGGGGATGGCC ACTGTGAGGAGCGATGGGCAGGAGAAATGCTTCAGGATAGAGGAAGCACAAGGGGGAGAA GAAACAGGGGGGAGAACAGATGAAGGAGATAAGCAGAAGAAACTAAGTGATGACAACCCT AATGGAGAAGAGGAAAAGGAAAGCGAAAAGGACACGGTAAATTTCCAAATGAAGAATGCC AAGGGGAATAAGAAGTGCCTGTACCCTCATGAAATTGTGGAGTATTTAAACAAATACATT ATAGGGCAAACGGAGGCGAAGAAAGTTGTGGCAAATGCATTGAGGCAGAGGTGGAGAAGG ATACAAGTGGATGACGATATGAAGAAGGACATCATTCCAAAGAACATTTTGATGATAGGC CCAACTGGAGTTGGCAAAACGGAAATAGCAAGAAGAATTTCTATGTTTGTAGATGCTCCG TTTATCAAAGTAGAAGCGACGAAATTTACAGAAGTAGGGTTCCACGGTAAGGACGTGGAC CAAATTATTAAAGACCTCGTCGAAATAGCGGTGAAGAGACAAAAAACGAAATTCGAAATT GAGATAAGAGAACAGGCACAAGAAACGGTAGAGAATATCATTTTGTATTCCCTTCTTGGA AACATAAAAGAAGAGGAAAAAAACATTTGGAGGAAATATTTAAAAGATGGCTCCCTAGAC GATAAGGTAGTCAGTATAGACATCCCCAATTATGTAAATAACAACATATTTTCAAACGAT TCGGTGGAGAATGCCGTCAAAGAAGCGTTAAGCAATCACCAAAATATTAAAAGCGTCAAA ATTATTCACCAGAATATTAACAAACAGAATGATAAGAAAACCATGACTATAAGAGAAGCC AAACAGAAATTGCTGCAGCTGGAAATTGACTCCTCCATGAATCAGGACGTTATCCTCAAA ACAGCCATCAGCTCTGTAGAAGAAGAAGGAATTGTCTTCATCGACGAAATTGACAAAATT TGCTCCAAATCGAATTCGTCTTACAACGGACCAGATGCAAGTGCCGAGGGGGTTCAGAGA GATCTACTCCCCCTCATAGAAGGATGCGTCATTAATACAAAGTATGGAAATATTAACACT AACTACATTTTGTTTATCGCCTCGGGGGCCTTCCAGAGGGTTAAGCCCAATGATATGCTC AACGAGCTGCAGGGGAGATTGCCCGTCCATGTGAACCTCTCCAGTTTGACCATAAAAGAT TTTATAGAAATTTTGACGAAGACGCATAATAATTTGCTGCAACAGAATATTGCCTTGCTG AAGACGGAGGGGATCGATCTGCAGTTCACGGATGATGCCATCGAGACCATTGCAAACGCC GCTCATGATATGAACTTTTACGTGGAGAACATCGGCGTGCGGAGGCTGCACACCATCATA GAGAAAATCATGGAGGACATCAACTACGACGTTTACAATTATGTGAACAAGACCATCGTC ATCGACAGGGAGAAGGTGAAGAAGTCCCTCGAGGGATTCATCAAGCAGTTCGACTTGAAG AAGTACATCATTTGA
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  • Fasta :-

    MKNLDAHKYIKLVNFLNKKKKYPQFNFKYVKGKGEDGCDLQLANYVNVNKGKIRNGCIRY TNDSAVAKILSNVGELVNESTVSSSQRNGGETKLFPSNGTKGKRSNNPGRDPQADGDLTI EIGYANAPLTGCKVKQTGWRGVDEAHDGGLGQASRHKGEQVNSKVMLMHCNGASHEGINP SERHINQQRNAEMKKFPFLQKRESPPDGYDTDAGQIHPGEKLTHLGFTHRGGRYTASNGD EGSHDAGEKNGDVNTFEAEEQTQRELSSEENFAKVKITKENIIIVDKVKEEGRKGKKTKK MTMTEEKENTDDSVETLGMATVRSDGQEKCFRIEEAQGGEETGGRTDEGDKQKKLSDDNP NGEEEKESEKDTVNFQMKNAKGNKKCLYPHEIVEYLNKYIIGQTEAKKVVANALRQRWRR IQVDDDMKKDIIPKNILMIGPTGVGKTEIARRISMFVDAPFIKVEATKFTEVGFHGKDVD QIIKDLVEIAVKRQKTKFEIEIREQAQETVENIILYSLLGNIKEEEKNIWRKYLKDGSLD DKVVSIDIPNYVNNNIFSNDSVENAVKEALSNHQNIKSVKIIHQNINKQNDKKTMTIREA KQKLLQLEIDSSMNQDVILKTAISSVEEEGIVFIDEIDKICSKSNSSYNGPDASAEGVQR DLLPLIEGCVINTKYGNINTNYILFIASGAFQRVKPNDMLNELQGRLPVHVNLSSLTIKD FIEILTKTHNNLLQQNIALLKTEGIDLQFTDDAIETIANAAHDMNFYVENIGVRRLHTII EKIMEDINYDVYNYVNKTIVIDREKVKKSLEGFIKQFDLKKYII

  • title: ATP binding site
  • coordinates: P441,T442,G443,V444,G445,K446,T447,E448
No Results
No Results
IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
PVX_098815262 TAEEQTQREL0.993unspPVX_098815262 TAEEQTQREL0.993unspPVX_098815262 TAEEQTQREL0.993unspPVX_098815267 SQRELSSEEN0.998unspPVX_098815368 SEEKESEKDT0.998unspPVX_098815561 SFSNDSVENA0.994unspPVX_098815625 STAISSVEEE0.993unspPVX_09881585 STVSSSQRNG0.992unspPVX_098815204 SQKRESPPDG0.998unsp
PVX_098815      


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