SPBC1685.05 | serine protease (predicted)

_IDPredictionOTHERSPmTPCS_Position
SPBC1685.05OTHER0.9997870.0001720.000041
No Results

  • Fasta :-

    >SPBC1685.05 MTPVSSDYRPNHIFLPKFRPDKITSECNTPQQQNVIAEGLYNVSEPFPIRNTDEERYLDT KEIHHTWDNTIKNVVRSIVSIKGSALRSFDTESAGSFCATGFVVNKTLGLILSNRHVVSP GPISARASFINYEEIDIYPIYRDPVHDFGFFRYDPSSIRFHDVTEISLSPESAKVGIDIR IIGNDAGEKLSILSSTLARLDRPAPNYGIDNYNDFNTFYYQAASGTSGGSSGSPVLDISG AAVALNSGGSNSSASSFYLPLDRVVRALRCIENNTPITRGTLLTEFLHWSYDELSRIGLP REFEYDCRTRVPSSTGLLVVSRVLRNSEVSKALEPGDILIAFKTDSHKSTYIVDFVSLFE VLDEMVGKTIELHVYRPKRGFLTFQLTVQDLHNVTPSRFLEVGGAVLHDLSYQLARSYQF SLNSGTYVASSGMLNWSSGTRDFLVTRLANKPTPTLDAFIDVLVQLTDNARVPMHFRVLG KYEEEFTIVTVDRHFFLASIFSRNDEKGTWDRQSLPPPQPSISRRPSVIPRPQEGSKSME AIQNALVLVHCRMPYSINGFSSTKLYSGTGVIVSVVPPLIVVDRSVIPVDICDIRLTFQS MSAMGHLTFLDNRIAVVSCDYLPSNSVQLNFVADFLRTGDECTLAALDEDLQLLTKKTTV RSVSVVETERSSPPRFRYVNCEVISLMDSLASTGGLVFREVGDDREIVALWISVVHQDVG GKDYTTKYGLSMSYILPVLERLKLPPSARAQHVPTTAGVEWSHITLAGASTLGLSQTRSS EFYMKSRENGTIPRPLYVISHLRPLLHKTSLGVGDILLEVNGKMITRLSDLHEFETESEI KAVILRDGIEMEITIPLYPEYPTFSSRAICWMGAIIHPTHSSVFEQVEPDVDLPGPEGVY VGSILYGSPALNMLRAAHWIVAVDGHDINTFDDFYHMLLEKPTDTFVQVKQMNRRGATSI VSVRPDPLFWPTCIIERDSNGRWCTKHLQRKTKEVCS
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/688 Sequence name : 688 Sequence length : 997 VALUES OF COMPUTED PARAMETERS Coef20 : 3.566 CoefTot : -1.277 ChDiff : -16 ZoneTo : 20 KR : 3 DE : 1 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.653 1.994 0.330 0.679 MesoH : 0.088 0.826 -0.127 0.313 MuHd_075 : 19.454 18.066 7.310 3.589 MuHd_095 : 11.177 6.462 2.582 3.411 MuHd_100 : 12.395 10.314 2.502 4.692 MuHd_105 : 15.527 12.302 3.050 5.383 Hmax_075 : 12.717 10.500 0.580 3.150 Hmax_095 : 2.713 2.200 -2.192 3.040 Hmax_100 : -1.400 5.300 -2.479 3.180 Hmax_105 : 8.517 10.267 -0.205 4.760 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.9908 0.0092 DFMC : 0.9914 0.0086
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 997 SPBC1685.05 MTPVSSDYRPNHIFLPKFRPDKITSECNTPQQQNVIAEGLYNVSEPFPIRNTDEERYLDTKEIHHTWDNTIKNVVRSIVS 80 IKGSALRSFDTESAGSFCATGFVVNKTLGLILSNRHVVSPGPISARASFINYEEIDIYPIYRDPVHDFGFFRYDPSSIRF 160 HDVTEISLSPESAKVGIDIRIIGNDAGEKLSILSSTLARLDRPAPNYGIDNYNDFNTFYYQAASGTSGGSSGSPVLDISG 240 AAVALNSGGSNSSASSFYLPLDRVVRALRCIENNTPITRGTLLTEFLHWSYDELSRIGLPREFEYDCRTRVPSSTGLLVV 320 SRVLRNSEVSKALEPGDILIAFKTDSHKSTYIVDFVSLFEVLDEMVGKTIELHVYRPKRGFLTFQLTVQDLHNVTPSRFL 400 EVGGAVLHDLSYQLARSYQFSLNSGTYVASSGMLNWSSGTRDFLVTRLANKPTPTLDAFIDVLVQLTDNARVPMHFRVLG 480 KYEEEFTIVTVDRHFFLASIFSRNDEKGTWDRQSLPPPQPSISRRPSVIPRPQEGSKSMEAIQNALVLVHCRMPYSINGF 560 SSTKLYSGTGVIVSVVPPLIVVDRSVIPVDICDIRLTFQSMSAMGHLTFLDNRIAVVSCDYLPSNSVQLNFVADFLRTGD 640 ECTLAALDEDLQLLTKKTTVRSVSVVETERSSPPRFRYVNCEVISLMDSLASTGGLVFREVGDDREIVALWISVVHQDVG 720 GKDYTTKYGLSMSYILPVLERLKLPPSARAQHVPTTAGVEWSHITLAGASTLGLSQTRSSEFYMKSRENGTIPRPLYVIS 800 HLRPLLHKTSLGVGDILLEVNGKMITRLSDLHEFETESEIKAVILRDGIEMEITIPLYPEYPTFSSRAICWMGAIIHPTH 880 SSVFEQVEPDVDLPGPEGVYVGSILYGSPALNMLRAAHWIVAVDGHDINTFDDFYHMLLEKPTDTFVQVKQMNRRGATSI 960 VSVRPDPLFWPTCIIERDSNGRWCTKHLQRKTKEVCS 1040 ................................................................................ 80 ................................................................................ 160 ................................................................................ 240 ................................................................................ 320 ..........................................................P..................... 400 ................................................................................ 480 ................................................................................ 560 ................................................................................ 640 ................................................................................ 720 ................................................................................ 800 ................................................................................ 880 ................................................................................ 960 ..................................... 1040 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 1 Name Pos Context Score Pred ____________________________v_________________ SPBC1685.05 9 PVSSDYR|PN 0.099 . SPBC1685.05 17 NHIFLPK|FR 0.074 . SPBC1685.05 19 IFLPKFR|PD 0.074 . SPBC1685.05 22 PKFRPDK|IT 0.130 . SPBC1685.05 50 SEPFPIR|NT 0.091 . SPBC1685.05 56 RNTDEER|YL 0.137 . SPBC1685.05 61 ERYLDTK|EI 0.067 . SPBC1685.05 72 TWDNTIK|NV 0.087 . SPBC1685.05 76 TIKNVVR|SI 0.145 . SPBC1685.05 82 RSIVSIK|GS 0.063 . SPBC1685.05 87 IKGSALR|SF 0.144 . SPBC1685.05 106 TGFVVNK|TL 0.076 . SPBC1685.05 115 GLILSNR|HV 0.112 . SPBC1685.05 126 PGPISAR|AS 0.095 . SPBC1685.05 142 DIYPIYR|DP 0.088 . SPBC1685.05 152 HDFGFFR|YD 0.096 . SPBC1685.05 159 YDPSSIR|FH 0.089 . SPBC1685.05 174 LSPESAK|VG 0.067 . SPBC1685.05 180 KVGIDIR|II 0.090 . SPBC1685.05 189 GNDAGEK|LS 0.053 . SPBC1685.05 199 LSSTLAR|LD 0.106 . SPBC1685.05 202 TLARLDR|PA 0.296 . SPBC1685.05 263 FYLPLDR|VV 0.083 . SPBC1685.05 266 PLDRVVR|AL 0.271 . SPBC1685.05 269 RVVRALR|CI 0.259 . SPBC1685.05 279 NNTPITR|GT 0.081 . SPBC1685.05 296 SYDELSR|IG 0.072 . SPBC1685.05 301 SRIGLPR|EF 0.129 . SPBC1685.05 308 EFEYDCR|TR 0.068 . SPBC1685.05 310 EYDCRTR|VP 0.071 . SPBC1685.05 322 GLLVVSR|VL 0.098 . SPBC1685.05 325 VVSRVLR|NS 0.296 . SPBC1685.05 331 RNSEVSK|AL 0.097 . SPBC1685.05 343 DILIAFK|TD 0.061 . SPBC1685.05 348 FKTDSHK|ST 0.085 . SPBC1685.05 368 LDEMVGK|TI 0.069 . SPBC1685.05 376 IELHVYR|PK 0.091 . SPBC1685.05 378 LHVYRPK|RG 0.059 . SPBC1685.05 379 HVYRPKR|GF 0.578 *ProP* SPBC1685.05 398 HNVTPSR|FL 0.138 . SPBC1685.05 416 LSYQLAR|SY 0.175 . SPBC1685.05 441 NWSSGTR|DF 0.091 . SPBC1685.05 447 RDFLVTR|LA 0.098 . SPBC1685.05 451 VTRLANK|PT 0.060 . SPBC1685.05 471 QLTDNAR|VP 0.070 . SPBC1685.05 477 RVPMHFR|VL 0.137 . SPBC1685.05 481 HFRVLGK|YE 0.071 . SPBC1685.05 493 TIVTVDR|HF 0.089 . SPBC1685.05 503 LASIFSR|ND 0.143 . SPBC1685.05 507 FSRNDEK|GT 0.071 . SPBC1685.05 512 EKGTWDR|QS 0.074 . SPBC1685.05 524 PQPSISR|RP 0.074 . SPBC1685.05 525 QPSISRR|PS 0.256 . SPBC1685.05 531 RPSVIPR|PQ 0.163 . SPBC1685.05 537 RPQEGSK|SM 0.107 . SPBC1685.05 552 LVLVHCR|MP 0.081 . SPBC1685.05 564 NGFSSTK|LY 0.063 . SPBC1685.05 584 PLIVVDR|SV 0.232 . SPBC1685.05 595 VDICDIR|LT 0.094 . SPBC1685.05 613 LTFLDNR|IA 0.077 . SPBC1685.05 637 FVADFLR|TG 0.078 . SPBC1685.05 656 DLQLLTK|KT 0.056 . SPBC1685.05 657 LQLLTKK|TT 0.085 . SPBC1685.05 661 TKKTTVR|SV 0.338 . SPBC1685.05 670 SVVETER|SS 0.094 . SPBC1685.05 675 ERSSPPR|FR 0.126 . SPBC1685.05 677 SSPPRFR|YV 0.185 . SPBC1685.05 699 TGGLVFR|EV 0.197 . SPBC1685.05 705 REVGDDR|EI 0.080 . SPBC1685.05 722 HQDVGGK|DY 0.068 . SPBC1685.05 727 GKDYTTK|YG 0.061 . SPBC1685.05 741 ILPVLER|LK 0.063 . SPBC1685.05 743 PVLERLK|LP 0.054 . SPBC1685.05 749 KLPPSAR|AQ 0.095 . SPBC1685.05 778 LGLSQTR|SS 0.111 . SPBC1685.05 785 SSEFYMK|SR 0.085 . SPBC1685.05 787 EFYMKSR|EN 0.112 . SPBC1685.05 794 ENGTIPR|PL 0.088 . SPBC1685.05 803 YVISHLR|PL 0.077 . SPBC1685.05 808 LRPLLHK|TS 0.065 . SPBC1685.05 823 LLEVNGK|MI 0.064 . SPBC1685.05 827 NGKMITR|LS 0.085 . SPBC1685.05 841 ETESEIK|AV 0.066 . SPBC1685.05 846 IKAVILR|DG 0.129 . SPBC1685.05 867 YPTFSSR|AI 0.116 . SPBC1685.05 915 PALNMLR|AA 0.095 . SPBC1685.05 941 YHMLLEK|PT 0.065 . SPBC1685.05 950 DTFVQVK|QM 0.067 . SPBC1685.05 954 QVKQMNR|RG 0.072 . SPBC1685.05 955 VKQMNRR|GA 0.231 . SPBC1685.05 964 TSIVSVR|PD 0.082 . SPBC1685.05 977 PTCIIER|DS 0.083 . SPBC1685.05 982 ERDSNGR|WC 0.097 . SPBC1685.05 986 NGRWCTK|HL 0.069 . SPBC1685.05 990 CTKHLQR|KT 0.086 . SPBC1685.05 991 TKHLQRK|TK 0.096 . SPBC1685.05 993 HLQRKTK|EV 0.298 . ____________________________^_________________

  • Fasta :-

    >SPBC1685.05 TAGTTTTCAAACAATTCTACGCTAATACCACGTACATTCACTTTCGGTTCACATAACCGA TTCTGTCAAACATCCTCAGAATGTCGTTTTCCATTTCGAACCCATTCTTTCAGTTTTCCA TTTCCATTCAATACGACACAGTCGTATGAAGATGGATTCTAGCTTATTTGCAAAATGTCA CGGAACCAAGAAATCCGATTTTGAACAAACGACATTGCGGCTCCTTGTTCGTCGCAATCC TCCGTTTGAGTGAAATTCATCGAAATCACTTCTAAAGCTACGCTGTCTTATTTTTGCCGC ACTCGGACTTTGACATCACTCTTAAAAATCATCGAGCAATAGAATTGTTGATCAAACGGC TTGCCACGCACTTTGTCTGCTGGTGGTATGAGACGCTAGTGAAGTTAACTATTACAGCAA ACATCGTTCACCTACATATATATTGAATTGAAAGCCCGCGTTGCCGATGGGCAAAACGAA TGAAACAAGAATCTTCCAATAGCGAAATTTAGACATCATATCGCAAATATTACTTTTAAC TGCGTAGTTTAAAATTCAGGATCGAGCTTATCTGCAAAAGAAAAGAAAGGGAGATCATTG TTCTACGCTTATTATCATAGCATTCCCCGATTGCTACTGACCTTATCAAAACTATTCTTG CAAATCCCATTCTCTTTTCGCTTCGTTTTTGTCCATACAGTGGAGTTTGGGAATTTTTAA AATCTTTTCGTTTTTTTTACGGCTTACAAGATTTAAAATTTCTCATTCATACACTTGATT ACTTATTTTATTGTTTCGTTTTTGTGTGTGTATTTTGTTTCTACTTGTCGTTACTCCTGT CATTTTCGTTTGATTAATTAAAAAAAAAGATATAAAGGCTAATCTTTTCTTATCTCTGAA TTGGAAAGGATTTCTGCAAACTATTCAAGCCACCGTCTGCAATTATTATCGTTATCTTGC CATTGGTGTGTCAGTAAAGTGAAGCAGATTGTCAAAATATTTGATTTACTAAATATATTA TAACTGTTTCAGGTAAATTATCTTATTGCTTGAGTAGTCAAATTAAGGATACTGAGATTT CTATATAGGAATTCCTTCATATATCCATCTGATAGCCATTGCGCAATTGATTTGTAATTC CTTGCAAACAGACATTGTTGTATGTTTGTATAACTGAAAACAGATCTTTGTCGCTATATA GTGTTCTCCATTTATCCTACAAAAAAGGCTTACAAGTGTCAGTACTTGATTGACTTTTCG AGTTTTATTTGGCCTTGATAATTAGTATTTCGCGGCTCGTTTAGAACTTTGCTTGTGTTG CCCAAAAGTTATTATAAACTTTCATTTGTTATTTAAATTCGTTTATTCTTCCAATTAAAG CTTGTCCAGTTTACAAAGCAAAGCCTGTTAAACACTATCGAGATTCAAAAGTATACCTAG TGTTCAACCGCTTTTTCTTTGTGTTTGTTATAAATTTCTGTATCTTGTGCTTTTGTTTAC ATTCTTGTCGGTTTCTACCTTTCATCATGACTCCAGTTTCCTCCGATTATCGGCCTAATC ACATTTTCCTACCCAAATTTCGTCCTGATAAAATTACTTCTGAATGTAATACGCCCCAGC AACAGAATGTTATTGCTGAAGGTTTATACAATGTTAGCGAACCATTTCCCATTCGCAATA CAGATGAAGAACGTTATCTAGATACCAAAGAGATTCACCATACATGGGATAATACGATTA AAAATGTTGTTCGAAGTATCGTTTCCATTAAAGGCTCCGCATTACGCTCTTTTGATACTG AAAGCGCCGGTAGTTTTTGCGCAACTGGCTTTGTCGTGAATAAAACACTTGGTCTTATCT TATCCAACAGACACGTTGTTTCTCCAGGACCCATTTCAGCTCGTGCCTCTTTCATAAACT ATGAAGAAATTGATATTTATCCCATCTACAGAGATCCTGTTCATGACTTTGGCTTCTTTC GTTATGATCCATCTTCCATTCGATTCCACGATGTCACTGAAATTTCACTTTCCCCTGAAT CAGCCAAGGTAGGTATAGATATTCGAATTATTGGTAACGATGCTGGTGAAAAATTGTCTA TTTTAAGCTCCACTTTGGCTCGTCTTGATCGTCCAGCTCCAAACTACGGAATTGACAACT ACAACGATTTTAATACATTTTATTATCAGGCAGCTAGTGGAACTAGTGGAGGCAGCTCTG GCAGTCCTGTTCTTGACATCTCTGGTGCCGCCGTTGCTTTAAACTCGGGAGGATCCAACA GCAGTGCCTCTTCTTTTTATCTTCCTCTGGACCGGGTTGTTCGAGCTTTGCGATGTATTG AGAACAATACTCCTATTACTCGTGGTACTCTTCTTACCGAGTTTTTACATTGGTCATACG ACGAACTCAGTCGCATTGGCCTTCCAAGGGAATTTGAATACGATTGTAGAACCCGTGTTC CTAGTAGTACTGGTCTTTTGGTTGTTTCGCGAGTTCTCAGAAATTCTGAAGTCTCTAAGG CTTTGGAACCTGGCGATATATTAATTGCTTTCAAAACAGACTCTCATAAGTCTACATACA TTGTTGATTTTGTCTCTTTATTCGAAGTTTTAGATGAAATGGTCGGTAAAACGATTGAGC TGCATGTTTATCGTCCTAAACGTGGTTTTTTAACGTTTCAACTGACTGTACAAGACTTGC ATAACGTAACGCCTTCACGCTTCTTGGAAGTCGGAGGCGCGGTGCTTCACGATTTGTCTT ATCAGCTTGCTCGTTCATACCAATTTTCTTTAAATTCTGGTACATATGTGGCTTCTTCTG GTATGCTCAATTGGTCCTCTGGAACCCGCGATTTTTTAGTTACCAGACTTGCCAATAAAC CCACTCCAACTTTGGATGCTTTCATTGATGTTTTGGTCCAGTTGACGGATAATGCCAGAG TGCCTATGCACTTTAGAGTCCTTGGTAAATATGAAGAAGAATTCACGATAGTGACAGTTG ATAGACACTTTTTCCTGGCTAGCATCTTTTCAAGGAATGATGAAAAAGGGACATGGGACA GACAAAGTCTCCCTCCTCCTCAGCCGTCTATTTCTCGCCGACCTAGTGTAATTCCGAGAC CACAAGAGGGATCCAAAAGTATGGAAGCGATTCAAAATGCATTGGTTCTGGTTCATTGTC GAATGCCATATAGCATCAACGGATTCAGCTCTACTAAGCTATACAGTGGTACCGGAGTAA TTGTTTCTGTAGTGCCACCATTAATAGTTGTCGATCGTTCTGTTATACCTGTTGATATTT GCGATATTCGCTTGACCTTCCAGTCGATGAGCGCCATGGGTCATTTAACTTTTTTGGACA ATAGAATTGCTGTAGTCTCGTGCGATTACTTGCCCAGTAACTCTGTGCAACTTAACTTCG TCGCTGATTTCCTGCGGACAGGAGATGAATGCACGCTGGCTGCTCTCGACGAAGATTTGC AATTGCTGACAAAGAAAACAACAGTGCGAAGTGTATCTGTTGTTGAAACAGAACGCTCTT CTCCACCTAGATTCCGGTACGTAAATTGCGAAGTCATTTCTTTAATGGATTCCTTAGCTT CTACTGGAGGTTTAGTGTTTCGAGAAGTAGGCGACGATCGCGAAATAGTAGCACTCTGGA TATCTGTTGTTCACCAAGATGTTGGTGGAAAAGACTATACCACTAAATATGGTCTTTCAA TGTCTTACATTCTTCCCGTTCTCGAAAGGCTTAAGTTACCACCGTCAGCTCGTGCGCAGC ATGTGCCAACAACAGCTGGGGTGGAATGGTCACATATCACTTTGGCAGGTGCTTCTACAC TTGGATTATCCCAAACCAGATCGTCTGAATTTTATATGAAATCCAGAGAAAACGGTACCA TCCCTCGACCTTTATATGTGATTTCTCATTTGCGCCCACTACTTCACAAAACGTCTCTTG GAGTCGGTGATATTCTGTTGGAGGTTAATGGAAAGATGATTACTCGTCTATCGGACCTTC ATGAGTTTGAAACCGAGAGTGAAATAAAGGCGGTCATCCTTCGCGATGGAATTGAAATGG AAATAACAATTCCCTTGTATCCCGAATATCCCACTTTTAGTTCTCGTGCAATTTGCTGGA TGGGTGCTATCATTCACCCAACGCATTCAAGCGTTTTCGAGCAAGTTGAGCCTGATGTTG ATCTTCCTGGACCTGAAGGGGTTTACGTCGGCAGCATATTATATGGCTCGCCAGCTTTGA ATATGCTTCGTGCAGCGCATTGGATAGTTGCAGTAGATGGTCACGATATTAACACTTTTG ACGATTTCTACCATATGTTGTTAGAGAAGCCTACTGATACTTTTGTTCAGGTTAAGCAAA TGAACCGTCGTGGTGCTACTAGTATAGTCAGTGTTCGACCAGATCCCTTATTTTGGCCTA CTTGTATCATTGAAAGAGATTCTAATGGTAGATGGTGCACTAAACATTTACAGCGTAAGA CCAAAGAAGTTTGTTCTTAAAATTCCTTATGTCCCTTTGTTTGTATCATATCGATTTGCT ATTATATGCCTGTTATGTTTCATGAATGTTAACGTATATTAACTGTTCTTCAAGAACTAG TTGAAGAAATGAAATTTTTCTTTTTAAATTTTGTTTTTAG
  • Download Fasta

  • Fasta :-

    MTPVSSDYRPNHIFLPKFRPDKITSECNTPQQQNVIAEGLYNVSEPFPIRNTDEERYLDT KEIHHTWDNTIKNVVRSIVSIKGSALRSFDTESAGSFCATGFVVNKTLGLILSNRHVVSP GPISARASFINYEEIDIYPIYRDPVHDFGFFRYDPSSIRFHDVTEISLSPESAKVGIDIR IIGNDAGEKLSILSSTLARLDRPAPNYGIDNYNDFNTFYYQAASGTSGGSSGSPVLDISG AAVALNSGGSNSSASSFYLPLDRVVRALRCIENNTPITRGTLLTEFLHWSYDELSRIGLP REFEYDCRTRVPSSTGLLVVSRVLRNSEVSKALEPGDILIAFKTDSHKSTYIVDFVSLFE VLDEMVGKTIELHVYRPKRGFLTFQLTVQDLHNVTPSRFLEVGGAVLHDLSYQLARSYQF SLNSGTYVASSGMLNWSSGTRDFLVTRLANKPTPTLDAFIDVLVQLTDNARVPMHFRVLG KYEEEFTIVTVDRHFFLASIFSRNDEKGTWDRQSLPPPQPSISRRPSVIPRPQEGSKSME AIQNALVLVHCRMPYSINGFSSTKLYSGTGVIVSVVPPLIVVDRSVIPVDICDIRLTFQS MSAMGHLTFLDNRIAVVSCDYLPSNSVQLNFVADFLRTGDECTLAALDEDLQLLTKKTTV RSVSVVETERSSPPRFRYVNCEVISLMDSLASTGGLVFREVGDDREIVALWISVVHQDVG GKDYTTKYGLSMSYILPVLERLKLPPSARAQHVPTTAGVEWSHITLAGASTLGLSQTRSS EFYMKSRENGTIPRPLYVISHLRPLLHKTSLGVGDILLEVNGKMITRLSDLHEFETESEI KAVILRDGIEMEITIPLYPEYPTFSSRAICWMGAIIHPTHSSVFEQVEPDVDLPGPEGVY VGSILYGSPALNMLRAAHWIVAVDGHDINTFDDFYHMLLEKPTDTFVQVKQMNRRGATSI VSVRPDPLFWPTCIIERDSNGRWCTKHLQRKTKEVCS

    No Results
No Results
No Results
IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
SPBC1685.05169 SEISLSPESA0.997unspSPBC1685.05169 SEISLSPESA0.997unspSPBC1685.05169 SEISLSPESA0.997unspSPBC1685.05346 SFKTDSHKST0.991unspSPBC1685.05527 SSRRPSVIPR0.997unspSPBC1685.05664 SVRSVSVVET0.998unspSPBC1685.05672 STERSSPPRF0.997unspSPBC1685.05979 SIERDSNGRW0.994unspSPBC1685.05128 SSARASFINY0.993unspSPBC1685.05157 SYDPSSIRFH0.996unsp

SPBC1685.05      



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