SPAC3H1.02c | metallopeptidase (predicted)

_IDPredictionOTHERSPmTPCS_Position
SPAC3H1.02cOTHER0.9968650.0023730.000762
No Results

  • Fasta :-

    >SPAC3H1.02c MLSDDTSFRQISSERILNYTVNKWINDATGFSVASVKTPTSRLQGSFVVATEAHDNLGCP HTLEHLCFMGSKKYPMNGILTKFAGRACGDINACTDVDYTSYELSAAEEDGFLRLLPVFA DHILSPILSDEAFCTEVYHINGMGEESGVVYSEMQNTQSSETDVMFDCMRTSQYPVTSGY YYETGGHPSELRKLSIEKIREYHKEMYVPSNICLIVTGCINESRLLSCASGIVKEILANG IITPPTWTRPWCSTNVDYTIPEPILKTVKFSSEDEYTGSVSLAWNGPSALDAYTVFAIET LCEFLSESAVSPFGQTFVEIEDPFCSFVYFYVSLRVPCSIQLFFDSVPLEKINGLEQRAL RLLAETKQIDMNRMKDYLKTRRDQYLTNLEAFPSSLFMKILTLDHVYGSREGKDLPNLLK MLEYNRLLEEWEEKDWLKLLKKWFVENNSVTVIALPSFEMAENIKKENAEQLNKRRCLLG ASGLEKLAEKLKKSKEKNEQKLSVNLISSFRISDPESIRFYSSTTARTRSAGQPFDNEVQ TYIDTDVSSENPFIQFDHIDSSFVQLATYIDTSMIPSSLKPYLSVFAKYIEAAPALLSGT IPTPYHEVVKQLERDTVSLNVSLSFDTSSCGYAYYETKRELLSIEIKVTRENYEKGVYWI RNLLAKTVWDRERMLSVINQQLADIPFQKRDAEFILPSYFDIRLYNDCSLKYSLNTLSQE KILRELRDKLQNDHSSIFDAFQKMRNYMLQHQAIRIHVIGDILKLPQPISTWNKLLDSEC HRNPNMEFLSTFSKNYLKPQEFGSSSSLTVIPMPSNESSDLVFSIPGITSWLDPSLPVIV LIANYLGLMDGPFWNTIRGSGLAYGFNMSIDVDGGVLYYCINTSPDVYKAWASSRDLVKS LISGEVQVSSFDLESAKCVSYSIVSELENNAIYSSKNSFTLLSIKGLNKDEDHKFLEKVK QVTLQQFLEGLKIYCLPFFSSSNNLAVITSSLAKIEQTVEQFTEEGFNVNVESLHEIQGI ESESEDDLSVGGNDDN
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/168 Sequence name : 168 Sequence length : 1036 VALUES OF COMPUTED PARAMETERS Coef20 : 4.304 CoefTot : 0.234 ChDiff : -39 ZoneTo : 3 KR : 0 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.188 1.500 0.254 0.661 MesoH : 0.396 0.677 -0.107 0.403 MuHd_075 : 55.199 30.265 13.791 10.001 MuHd_095 : 5.570 9.052 2.427 1.906 MuHd_100 : 13.159 8.511 3.698 1.459 MuHd_105 : 16.816 4.034 4.577 1.493 Hmax_075 : 15.400 14.300 2.867 4.590 Hmax_095 : -6.387 4.900 -2.538 1.060 Hmax_100 : -4.300 4.200 -2.548 0.760 Hmax_105 : 4.900 2.917 -0.631 1.447 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.6053 0.3947 DFMC : 0.6804 0.3196
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 1036 SPAC3H1.02c MLSDDTSFRQISSERILNYTVNKWINDATGFSVASVKTPTSRLQGSFVVATEAHDNLGCPHTLEHLCFMGSKKYPMNGIL 80 TKFAGRACGDINACTDVDYTSYELSAAEEDGFLRLLPVFADHILSPILSDEAFCTEVYHINGMGEESGVVYSEMQNTQSS 160 ETDVMFDCMRTSQYPVTSGYYYETGGHPSELRKLSIEKIREYHKEMYVPSNICLIVTGCINESRLLSCASGIVKEILANG 240 IITPPTWTRPWCSTNVDYTIPEPILKTVKFSSEDEYTGSVSLAWNGPSALDAYTVFAIETLCEFLSESAVSPFGQTFVEI 320 EDPFCSFVYFYVSLRVPCSIQLFFDSVPLEKINGLEQRALRLLAETKQIDMNRMKDYLKTRRDQYLTNLEAFPSSLFMKI 400 LTLDHVYGSREGKDLPNLLKMLEYNRLLEEWEEKDWLKLLKKWFVENNSVTVIALPSFEMAENIKKENAEQLNKRRCLLG 480 ASGLEKLAEKLKKSKEKNEQKLSVNLISSFRISDPESIRFYSSTTARTRSAGQPFDNEVQTYIDTDVSSENPFIQFDHID 560 SSFVQLATYIDTSMIPSSLKPYLSVFAKYIEAAPALLSGTIPTPYHEVVKQLERDTVSLNVSLSFDTSSCGYAYYETKRE 640 LLSIEIKVTRENYEKGVYWIRNLLAKTVWDRERMLSVINQQLADIPFQKRDAEFILPSYFDIRLYNDCSLKYSLNTLSQE 720 KILRELRDKLQNDHSSIFDAFQKMRNYMLQHQAIRIHVIGDILKLPQPISTWNKLLDSECHRNPNMEFLSTFSKNYLKPQ 800 EFGSSSSLTVIPMPSNESSDLVFSIPGITSWLDPSLPVIVLIANYLGLMDGPFWNTIRGSGLAYGFNMSIDVDGGVLYYC 880 INTSPDVYKAWASSRDLVKSLISGEVQVSSFDLESAKCVSYSIVSELENNAIYSSKNSFTLLSIKGLNKDEDHKFLEKVK 960 QVTLQQFLEGLKIYCLPFFSSSNNLAVITSSLAKIEQTVEQFTEEGFNVNVESLHEIQGIESESEDDLSVGGNDDN 1040 ................................................................................ 80 ................................................................................ 160 ................................................................................ 240 ................................................................................ 320 ................................................................................ 400 ................................................................................ 480 ................................................................................ 560 ................................................................................ 640 ................................................................................ 720 ................................................................................ 800 ................................................................................ 880 ................................................................................ 960 ............................................................................ 1040 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 0 Name Pos Context Score Pred ____________________________v_________________ SPAC3H1.02c 9 SDDTSFR|QI 0.107 . SPAC3H1.02c 15 RQISSER|IL 0.081 . SPAC3H1.02c 23 LNYTVNK|WI 0.081 . SPAC3H1.02c 37 FSVASVK|TP 0.061 . SPAC3H1.02c 42 VKTPTSR|LQ 0.084 . SPAC3H1.02c 72 LCFMGSK|KY 0.058 . SPAC3H1.02c 73 CFMGSKK|YP 0.127 . SPAC3H1.02c 82 MNGILTK|FA 0.100 . SPAC3H1.02c 86 LTKFAGR|AC 0.114 . SPAC3H1.02c 114 EEDGFLR|LL 0.070 . SPAC3H1.02c 170 VMFDCMR|TS 0.071 . SPAC3H1.02c 192 GHPSELR|KL 0.081 . SPAC3H1.02c 193 HPSELRK|LS 0.104 . SPAC3H1.02c 198 RKLSIEK|IR 0.061 . SPAC3H1.02c 200 LSIEKIR|EY 0.116 . SPAC3H1.02c 204 KIREYHK|EM 0.057 . SPAC3H1.02c 224 GCINESR|LL 0.091 . SPAC3H1.02c 234 CASGIVK|EI 0.067 . SPAC3H1.02c 249 TPPTWTR|PW 0.091 . SPAC3H1.02c 266 IPEPILK|TV 0.065 . SPAC3H1.02c 269 PILKTVK|FS 0.068 . SPAC3H1.02c 335 YFYVSLR|VP 0.072 . SPAC3H1.02c 351 DSVPLEK|IN 0.065 . SPAC3H1.02c 358 INGLEQR|AL 0.100 . SPAC3H1.02c 361 LEQRALR|LL 0.152 . SPAC3H1.02c 367 RLLAETK|QI 0.067 . SPAC3H1.02c 373 KQIDMNR|MK 0.087 . SPAC3H1.02c 375 IDMNRMK|DY 0.078 . SPAC3H1.02c 379 RMKDYLK|TR 0.059 . SPAC3H1.02c 381 KDYLKTR|RD 0.078 . SPAC3H1.02c 382 DYLKTRR|DQ 0.097 . SPAC3H1.02c 399 PSSLFMK|IL 0.069 . SPAC3H1.02c 410 DHVYGSR|EG 0.069 . SPAC3H1.02c 413 YGSREGK|DL 0.229 . SPAC3H1.02c 420 DLPNLLK|ML 0.061 . SPAC3H1.02c 426 KMLEYNR|LL 0.076 . SPAC3H1.02c 434 LEEWEEK|DW 0.068 . SPAC3H1.02c 438 EEKDWLK|LL 0.060 . SPAC3H1.02c 441 DWLKLLK|KW 0.066 . SPAC3H1.02c 442 WLKLLKK|WF 0.081 . SPAC3H1.02c 465 EMAENIK|KE 0.061 . SPAC3H1.02c 466 MAENIKK|EN 0.092 . SPAC3H1.02c 474 NAEQLNK|RR 0.052 . SPAC3H1.02c 475 AEQLNKR|RC 0.123 . SPAC3H1.02c 476 EQLNKRR|CL 0.118 . SPAC3H1.02c 486 GASGLEK|LA 0.081 . SPAC3H1.02c 490 LEKLAEK|LK 0.061 . SPAC3H1.02c 492 KLAEKLK|KS 0.064 . SPAC3H1.02c 493 LAEKLKK|SK 0.252 . SPAC3H1.02c 495 EKLKKSK|EK 0.064 . SPAC3H1.02c 497 LKKSKEK|NE 0.066 . SPAC3H1.02c 501 KEKNEQK|LS 0.060 . SPAC3H1.02c 511 NLISSFR|IS 0.090 . SPAC3H1.02c 519 SDPESIR|FY 0.089 . SPAC3H1.02c 527 YSSTTAR|TR 0.156 . SPAC3H1.02c 529 STTARTR|SA 0.202 . SPAC3H1.02c 580 MIPSSLK|PY 0.057 . SPAC3H1.02c 588 YLSVFAK|YI 0.125 . SPAC3H1.02c 610 PYHEVVK|QL 0.071 . SPAC3H1.02c 614 VVKQLER|DT 0.077 . SPAC3H1.02c 638 YAYYETK|RE 0.055 . SPAC3H1.02c 639 AYYETKR|EL 0.138 . SPAC3H1.02c 647 LLSIEIK|VT 0.066 . SPAC3H1.02c 650 IEIKVTR|EN 0.098 . SPAC3H1.02c 655 TRENYEK|GV 0.098 . SPAC3H1.02c 661 KGVYWIR|NL 0.079 . SPAC3H1.02c 666 IRNLLAK|TV 0.135 . SPAC3H1.02c 671 AKTVWDR|ER 0.072 . SPAC3H1.02c 673 TVWDRER|ML 0.134 . SPAC3H1.02c 689 ADIPFQK|RD 0.058 . SPAC3H1.02c 690 DIPFQKR|DA 0.330 . SPAC3H1.02c 703 PSYFDIR|LY 0.077 . SPAC3H1.02c 711 YNDCSLK|YS 0.060 . SPAC3H1.02c 721 NTLSQEK|IL 0.057 . SPAC3H1.02c 724 SQEKILR|EL 0.110 . SPAC3H1.02c 727 KILRELR|DK 0.233 . SPAC3H1.02c 729 LRELRDK|LQ 0.062 . SPAC3H1.02c 743 IFDAFQK|MR 0.062 . SPAC3H1.02c 745 DAFQKMR|NY 0.093 . SPAC3H1.02c 755 LQHQAIR|IH 0.076 . SPAC3H1.02c 764 VIGDILK|LP 0.056 . SPAC3H1.02c 774 PISTWNK|LL 0.068 . SPAC3H1.02c 782 LDSECHR|NP 0.086 . SPAC3H1.02c 794 FLSTFSK|NY 0.061 . SPAC3H1.02c 798 FSKNYLK|PQ 0.060 . SPAC3H1.02c 858 PFWNTIR|GS 0.092 . SPAC3H1.02c 889 TSPDVYK|AW 0.080 . SPAC3H1.02c 895 KAWASSR|DL 0.147 . SPAC3H1.02c 899 SSRDLVK|SL 0.122 . SPAC3H1.02c 917 FDLESAK|CV 0.088 . SPAC3H1.02c 936 NAIYSSK|NS 0.069 . SPAC3H1.02c 945 FTLLSIK|GL 0.068 . SPAC3H1.02c 949 SIKGLNK|DE 0.069 . SPAC3H1.02c 954 NKDEDHK|FL 0.072 . SPAC3H1.02c 958 DHKFLEK|VK 0.058 . SPAC3H1.02c 960 KFLEKVK|QV 0.075 . SPAC3H1.02c 972 QFLEGLK|IY 0.051 . SPAC3H1.02c 994 ITSSLAK|IE 0.073 . ____________________________^_________________

  • Fasta :-

    >SPAC3H1.02c AACGACGTTACCTCGTCTATACAGTTTATGCATACTAAAGTATGAAATTTCTTGACCATT TTCTTACTACTACTTAGTTGTTACGCTGTTATAGAGGTAATTCTAAATTTCTTTAATAGA GAATCCTTAAACATCGTATTTGTATTCTCTTGTTAAGGATTTTTTATTAAAGTCAACAGC ACTCTCGTTGGGAAACGGGACATTGTATTGCTCATTTTGCTCGATTTTGCTGTTTTGGAT AACTTTATTAAAGTATGCTTTCTGATGACACATCATTTCGCCAAATCTCAAGTGAGCGTA TATTGAATTACACGGTCAACAAATGGATAAACGATGCAACTGGGTTCAGCGTCGCTTCAG TAAAAACTCCAACATCCAGATTACAAGGATCATTTGTAGTAGCAACTGAAGCTCACGATA ATCTTGGCTGTCCTCATACCCTTGAACATCTGTGTTTCATGGGCAGTAAAAAGTATCCCA TGAATGGCATTCTTACAAAATTTGCTGGCAGGGCATGTGGTGATATCAATGCTTGTACCG ATGTTGATTATACTTCATATGAGCTTTCTGCTGCTGAGGAAGATGGATTTCTTCGTCTGT TGCCTGTATTTGCAGATCACATTTTGTCTCCAATTCTAAGCGATGAAGCGTTTTGCACAG AAGTTTATCATATAAATGGTATGGGAGAAGAGTCCGGTGTTGTTTATTCTGAAATGCAGA ATACTCAAAGCTCAGAGACGGATGTTATGTTTGATTGTATGAGAACTAGTCAATATCCAG TTACCAGTGGTTACTATTATGAGACTGGTGGTCATCCCAGCGAACTTCGCAAGTTGTCTA TCGAGAAAATTAGAGAATATCATAAGGAAATGTATGTTCCAAGCAATATTTGTTTAATTG TGACCGGGTGCATTAACGAATCAAGGCTTCTAAGCTGTGCCTCTGGTATCGTAAAGGAAA TTTTAGCTAATGGTATTATCACTCCACCTACGTGGACGCGTCCATGGTGTTCAACTAATG TGGATTACACTATTCCTGAGCCAATTTTGAAAACTGTTAAATTTTCTTCCGAAGACGAAT ATACTGGATCTGTTTCTTTAGCTTGGAATGGACCCTCGGCCTTAGATGCATACACTGTTT TTGCTATTGAAACACTTTGTGAATTCCTGAGTGAATCTGCCGTCTCCCCATTTGGGCAGA CCTTTGTTGAAATTGAAGACCCGTTTTGCTCATTTGTTTATTTTTATGTCTCACTCCGTG TCCCTTGTTCTATTCAGTTGTTTTTTGACAGCGTTCCTTTAGAAAAAATTAATGGCTTAG AACAACGTGCTTTACGTCTTTTGGCCGAAACTAAGCAAATCGACATGAATCGTATGAAGG ATTACTTAAAAACACGACGCGATCAATACTTAACAAATCTAGAGGCTTTCCCTAGTTCTC TCTTTATGAAAATTTTGACTTTGGATCATGTTTACGGAAGTCGAGAAGGTAAAGATCTTC CTAACTTATTAAAGATGCTGGAGTACAATAGATTATTAGAGGAATGGGAAGAAAAGGACT GGCTAAAATTGTTAAAAAAATGGTTTGTAGAAAACAATTCAGTGACAGTAATTGCGCTTC CCTCTTTCGAAATGGCTGAAAACATCAAGAAAGAGAATGCGGAGCAGCTTAATAAACGGA GATGTCTGCTGGGGGCGTCTGGATTGGAAAAATTAGCCGAAAAACTGAAGAAATCAAAAG AAAAGAATGAACAAAAGCTTTCTGTTAACTTAATTTCAAGCTTCAGGATAAGTGATCCAG AGAGTATTCGGTTTTACTCATCTACGACTGCTAGGACTCGTTCCGCAGGTCAACCTTTTG ACAATGAAGTCCAAACTTATATAGACACTGATGTTTCTTCAGAAAACCCTTTCATCCAGT TCGATCATATTGATAGTTCCTTTGTCCAACTTGCAACGTATATCGACACCTCTATGATTC CTTCAAGTTTGAAACCATATCTTTCTGTATTTGCTAAATATATAGAAGCTGCTCCGGCCT TGCTCTCAGGTACCATACCTACACCCTATCACGAAGTCGTCAAGCAACTTGAGCGTGACA CTGTATCACTCAATGTTTCGCTTAGTTTTGACACATCATCTTGTGGTTACGCTTATTATG AAACTAAACGTGAACTGCTTTCTATAGAAATAAAGGTCACTCGTGAAAATTACGAAAAAG GAGTTTATTGGATACGAAATTTATTAGCCAAAACGGTATGGGATAGAGAAAGAATGTTAT CAGTAATAAATCAGCAACTGGCCGACATTCCTTTTCAAAAACGTGACGCAGAATTTATAT TACCATCATATTTCGATATCCGTCTATACAATGATTGCTCATTGAAGTACAGCCTAAATA CCTTAAGTCAAGAGAAAATTCTTCGCGAATTACGGGATAAGTTACAGAATGATCATTCAT CAATTTTTGATGCCTTTCAAAAAATGAGAAATTACATGTTACAGCATCAAGCCATTCGTA TTCATGTAATTGGTGACATTTTAAAATTACCTCAGCCAATAAGTACATGGAATAAGTTAC TTGATAGCGAATGCCACCGGAATCCAAATATGGAGTTTCTTTCGACTTTCTCTAAGAACT ATTTAAAGCCTCAAGAATTTGGAAGTAGCAGTTCCCTTACCGTTATTCCGATGCCGTCAA ACGAGAGTAGTGATTTGGTATTTTCTATTCCAGGTATTACCAGCTGGCTTGATCCGTCAC TTCCAGTTATCGTCTTGATTGCAAATTATCTAGGGTTGATGGATGGCCCTTTTTGGAATA CCATTCGTGGTTCTGGCCTTGCTTACGGATTTAATATGTCAATTGATGTGGATGGTGGTG TGCTTTATTATTGTATTAACACCTCCCCTGATGTCTATAAAGCATGGGCTTCAAGTCGCG ATCTTGTAAAATCGCTAATATCTGGTGAGGTGCAAGTTAGTAGTTTTGATTTGGAATCTG CCAAATGTGTATCTTATAGCATAGTATCGGAGCTTGAAAACAACGCAATTTACTCATCAA AAAACTCGTTTACTTTGTTATCTATCAAAGGTCTAAACAAAGATGAAGATCATAAATTTT TAGAAAAAGTAAAGCAGGTCACATTACAACAATTTTTAGAGGGTTTAAAAATTTATTGTT TACCGTTCTTCTCATCCAGCAATAACTTAGCTGTTATCACTTCTTCCTTAGCTAAGATCG AACAAACTGTTGAACAGTTCACAGAGGAAGGCTTCAATGTGAATGTTGAAAGTCTGCATG AAATTCAAGGAATTGAATCAGAATCCGAAGATGACTTATCGGTAGGAGGAAATGATGACA ATTAATGAGGCGTGAACTCAACCAAAATTTTTATTTTATTTAAAAAATGATATTTTATAA AATTCCTTAAACTTTGACTCATGATTAATGAAAATAAAAAAAAG
  • Download Fasta

  • Fasta :-

    MLSDDTSFRQISSERILNYTVNKWINDATGFSVASVKTPTSRLQGSFVVATEAHDNLGCP HTLEHLCFMGSKKYPMNGILTKFAGRACGDINACTDVDYTSYELSAAEEDGFLRLLPVFA DHILSPILSDEAFCTEVYHINGMGEESGVVYSEMQNTQSSETDVMFDCMRTSQYPVTSGY YYETGGHPSELRKLSIEKIREYHKEMYVPSNICLIVTGCINESRLLSCASGIVKEILANG IITPPTWTRPWCSTNVDYTIPEPILKTVKFSSEDEYTGSVSLAWNGPSALDAYTVFAIET LCEFLSESAVSPFGQTFVEIEDPFCSFVYFYVSLRVPCSIQLFFDSVPLEKINGLEQRAL RLLAETKQIDMNRMKDYLKTRRDQYLTNLEAFPSSLFMKILTLDHVYGSREGKDLPNLLK MLEYNRLLEEWEEKDWLKLLKKWFVENNSVTVIALPSFEMAENIKKENAEQLNKRRCLLG ASGLEKLAEKLKKSKEKNEQKLSVNLISSFRISDPESIRFYSSTTARTRSAGQPFDNEVQ TYIDTDVSSENPFIQFDHIDSSFVQLATYIDTSMIPSSLKPYLSVFAKYIEAAPALLSGT IPTPYHEVVKQLERDTVSLNVSLSFDTSSCGYAYYETKRELLSIEIKVTRENYEKGVYWI RNLLAKTVWDRERMLSVINQQLADIPFQKRDAEFILPSYFDIRLYNDCSLKYSLNTLSQE KILRELRDKLQNDHSSIFDAFQKMRNYMLQHQAIRIHVIGDILKLPQPISTWNKLLDSEC HRNPNMEFLSTFSKNYLKPQEFGSSSSLTVIPMPSNESSDLVFSIPGITSWLDPSLPVIV LIANYLGLMDGPFWNTIRGSGLAYGFNMSIDVDGGVLYYCINTSPDVYKAWASSRDLVKS LISGEVQVSSFDLESAKCVSYSIVSELENNAIYSSKNSFTLLSIKGLNKDEDHKFLEKVK QVTLQQFLEGLKIYCLPFFSSSNNLAVITSSLAKIEQTVEQFTEEGFNVNVESLHEIQGI ESESEDDLSVGGNDDN

    No Results
No Results
No Results
IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
SPAC3H1.02c271 STVKFSSEDE0.997unspSPAC3H1.02c271 STVKFSSEDE0.997unspSPAC3H1.02c271 STVKFSSEDE0.997unspSPAC3H1.02c311 SESAVSPFGQ0.991unspSPAC3H1.02c494 SKLKKSKEKN0.995unspSPAC3H1.02c513 SSFRISDPES0.995unspSPAC3H1.02c548 SDTDVSSENP0.993unspSPAC3H1.02c676 SERMLSVINQ0.991unspSPAC3H1.02c1022 SQGIESESED0.995unspSPAC3H1.02c1024 SIESESEDDL0.994unspSPAC3H1.02c12 SFRQISSERI0.992unspSPAC3H1.02c195 SLRKLSIEKI0.994unsp

SPAC3H1.02c      



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