PY17X_1451000 | sentrin-specific protease 1, putative

  • Computed_GO_Component_IDs:        

  • Computed_GO_Components:        

  • Computed_GO_Function_IDs:  GO:0008234      

  • Computed_GO_Functions:  cysteine-type peptidase activity      

  • Computed_GO_Process_IDs:  GO:0006508      

  • Computed_GO_Processes:  proteolysis      

  • Curated_GO_Component_IDs:        

  • Curated_GO_Components:        

  • Curated_GO_Function_IDs:        

  • Curated_GO_Functions:        

  • Curated_GO_Processes:        

_IDPredictionOTHERSPmTPCS_Position
PY17X_1451000OTHER0.9997800.0000000.000219
No Results

  • Fasta :-

    >PY17X_1451000 MMHNKSYRHHKSNKHVSKNSNTESGKRIENYNSEKKSREKSENNAKSDSIKNGRIKNEES KNETNSGLLWSCVKNLYSSFSSAVKNKIFINDIIEENNRKHNKNIVSDKFRLIDKKSKKY KEKGLNRNKYSISVISNDRCSSIDAHHKNKSFISNKIKENYKQKYEKHEKHEKHEKHEKY EKHEKYEKHEKYDKHDKHDKHDRHDKYKRDEENVSQKKKKKKKDFTYEFSENDIKNLFMS SNDILEYPYYQSIQNDLTKNDENNNLPFRNIINDLVHKDLDVAHKELDAVHKELDAVHKE LDVTHKELDVVAKYSDSKSTITNNNIFKENNLSSYVTKNASENSQLHNFDLKNKNILNEL IKNKQNEIKIKEERQDDISINNKFENKNINNLYNCTINLKTNYSHLSFETLHNYEHNVKI SEIENETNISFNKNNEIENETNISFNKNNEIENETNISFNKNNEIENETNISFNKISYSQ KTNLISSIQHSDINVMHQLLEDHGITNVGEKDAKYKEFDKKSGEKIGEKIDKKIGERIGE KIGEKIGENEQAKATMFSERENEKKNKEMHNVGDQKSNAANNNNNNQPSFLDSLFYSKQN EDEDVIILSDIKPNNSLSDEKISYQKEIHAKRVIGNDNNDGDNDDNNCGNNGDNDDNNCG NNGDNDYAWSEIPLPNKINKPNNKLREQNVNDYIKNNEYMKKIRNQYKSLIRVIDTYIDD NINGEGLNNSFINKNEKNSLNDIEENIIDSSIDRCNNESIKIIEDIKLGNEDKYVLLKYD EDSLIEALEKLRIDKQKEIEKKNKKEKIDKNIFFKFKQKNYYDEAICILNKKSDNNILIE KFNVPLMYSQIKCLIDTCWLNDEIINFYLSMLQEYNETSIKNGLTNFPKMFTFSTFFFQS LNFNGSYNYNKVSRWTKRKKINILEYDLILIPLHVGGNHWTLGAISIKNKHIKLYDSLNM PNKKFFEYMRRYIVDEVKDKQQITIDISPWTYDSNGLPESGIPCQENGYDCGVFTCMFAK CLTFNRDFDFDQKDIKEIRLKMVYEISQGHLVF
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/PY17X_1451000.fa Sequence name : PY17X_1451000 Sequence length : 1053 VALUES OF COMPUTED PARAMETERS Coef20 : 3.376 CoefTot : -1.518 ChDiff : -4 ZoneTo : 22 KR : 5 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.171 1.176 0.171 0.586 MesoH : -0.497 0.149 -0.457 0.204 MuHd_075 : 36.165 21.762 12.295 6.617 MuHd_095 : 20.568 12.018 6.560 3.095 MuHd_100 : 31.264 15.300 7.973 5.431 MuHd_105 : 38.578 16.550 10.618 6.842 Hmax_075 : -2.683 -0.817 -3.223 0.163 Hmax_095 : -9.400 -3.675 -6.554 -1.300 Hmax_100 : -3.600 -3.400 -5.747 -0.200 Hmax_105 : -3.967 -5.717 -4.448 -0.723 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.4595 0.5405 DFMC : 0.3270 0.6730 This protein is probably imported in chloroplast. f(Ser) = 0.1818 f(Arg) = 0.0455 CMi = 1.36054 CMi is the Chloroplast/Mitochondria Index It has been proposed by Von Heijne et al (Eur J Biochem,1989, 180: 535-545)
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 1053 PY17X_1451000 MMHNKSYRHHKSNKHVSKNSNTESGKRIENYNSEKKSREKSENNAKSDSIKNGRIKNEESKNETNSGLLWSCVKNLYSSF 80 SSAVKNKIFINDIIEENNRKHNKNIVSDKFRLIDKKSKKYKEKGLNRNKYSISVISNDRCSSIDAHHKNKSFISNKIKEN 160 YKQKYEKHEKHEKHEKHEKYEKHEKYEKHEKYDKHDKHDKHDRHDKYKRDEENVSQKKKKKKKDFTYEFSENDIKNLFMS 240 SNDILEYPYYQSIQNDLTKNDENNNLPFRNIINDLVHKDLDVAHKELDAVHKELDAVHKELDVTHKELDVVAKYSDSKST 320 ITNNNIFKENNLSSYVTKNASENSQLHNFDLKNKNILNELIKNKQNEIKIKEERQDDISINNKFENKNINNLYNCTINLK 400 TNYSHLSFETLHNYEHNVKISEIENETNISFNKNNEIENETNISFNKNNEIENETNISFNKNNEIENETNISFNKISYSQ 480 KTNLISSIQHSDINVMHQLLEDHGITNVGEKDAKYKEFDKKSGEKIGEKIDKKIGERIGEKIGEKIGENEQAKATMFSER 560 ENEKKNKEMHNVGDQKSNAANNNNNNQPSFLDSLFYSKQNEDEDVIILSDIKPNNSLSDEKISYQKEIHAKRVIGNDNND 640 GDNDDNNCGNNGDNDDNNCGNNGDNDYAWSEIPLPNKINKPNNKLREQNVNDYIKNNEYMKKIRNQYKSLIRVIDTYIDD 720 NINGEGLNNSFINKNEKNSLNDIEENIIDSSIDRCNNESIKIIEDIKLGNEDKYVLLKYDEDSLIEALEKLRIDKQKEIE 800 KKNKKEKIDKNIFFKFKQKNYYDEAICILNKKSDNNILIEKFNVPLMYSQIKCLIDTCWLNDEIINFYLSMLQEYNETSI 880 KNGLTNFPKMFTFSTFFFQSLNFNGSYNYNKVSRWTKRKKINILEYDLILIPLHVGGNHWTLGAISIKNKHIKLYDSLNM 960 PNKKFFEYMRRYIVDEVKDKQQITIDISPWTYDSNGLPESGIPCQENGYDCGVFTCMFAKCLTFNRDFDFDQKDIKEIRL 1040 KMVYEISQGHLVF 1120 ................................................................................ 80 ................................................................................ 160 ................................................................................ 240 ................................................................................ 320 ................................................................................ 400 ................................................................................ 480 ................................................................................ 560 ................................................................................ 640 ................................................................................ 720 ................................................................................ 800 ................................................................................ 880 ................................................................................ 960 ................................................................................ 1040 ............. 1120 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 0 Name Pos Context Score Pred ____________________________v_________________ PY17X_1451000 5 --MMHNK|SY 0.088 . PY17X_1451000 8 MHNKSYR|HH 0.115 . PY17X_1451000 11 KSYRHHK|SN 0.325 . PY17X_1451000 14 RHHKSNK|HV 0.146 . PY17X_1451000 18 SNKHVSK|NS 0.072 . PY17X_1451000 26 SNTESGK|RI 0.068 . PY17X_1451000 27 NTESGKR|IE 0.088 . PY17X_1451000 35 ENYNSEK|KS 0.060 . PY17X_1451000 36 NYNSEKK|SR 0.200 . PY17X_1451000 38 NSEKKSR|EK 0.110 . PY17X_1451000 40 EKKSREK|SE 0.076 . PY17X_1451000 46 KSENNAK|SD 0.090 . PY17X_1451000 51 AKSDSIK|NG 0.074 . PY17X_1451000 54 DSIKNGR|IK 0.082 . PY17X_1451000 56 IKNGRIK|NE 0.073 . PY17X_1451000 61 IKNEESK|NE 0.064 . PY17X_1451000 74 LLWSCVK|NL 0.061 . PY17X_1451000 85 SFSSAVK|NK 0.064 . PY17X_1451000 87 SSAVKNK|IF 0.077 . PY17X_1451000 99 IIEENNR|KH 0.076 . PY17X_1451000 100 IEENNRK|HN 0.076 . PY17X_1451000 103 NNRKHNK|NI 0.067 . PY17X_1451000 109 KNIVSDK|FR 0.066 . PY17X_1451000 111 IVSDKFR|LI 0.144 . PY17X_1451000 115 KFRLIDK|KS 0.057 . PY17X_1451000 116 FRLIDKK|SK 0.164 . PY17X_1451000 118 LIDKKSK|KY 0.063 . PY17X_1451000 119 IDKKSKK|YK 0.211 . PY17X_1451000 121 KKSKKYK|EK 0.103 . PY17X_1451000 123 SKKYKEK|GL 0.083 . PY17X_1451000 127 KEKGLNR|NK 0.073 . PY17X_1451000 129 KGLNRNK|YS 0.061 . PY17X_1451000 139 SVISNDR|CS 0.079 . PY17X_1451000 148 SIDAHHK|NK 0.063 . PY17X_1451000 150 DAHHKNK|SF 0.087 . PY17X_1451000 156 KSFISNK|IK 0.064 . PY17X_1451000 158 FISNKIK|EN 0.077 . PY17X_1451000 162 KIKENYK|QK 0.062 . PY17X_1451000 164 KENYKQK|YE 0.079 . PY17X_1451000 167 YKQKYEK|HE 0.069 . PY17X_1451000 170 KYEKHEK|HE 0.063 . PY17X_1451000 173 KHEKHEK|HE 0.062 . PY17X_1451000 176 KHEKHEK|HE 0.064 . PY17X_1451000 179 KHEKHEK|YE 0.066 . PY17X_1451000 182 KHEKYEK|HE 0.059 . PY17X_1451000 185 KYEKHEK|YE 0.063 . PY17X_1451000 188 KHEKYEK|HE 0.056 . PY17X_1451000 191 KYEKHEK|YD 0.064 . PY17X_1451000 194 KHEKYDK|HD 0.059 . PY17X_1451000 197 KYDKHDK|HD 0.063 . PY17X_1451000 200 KHDKHDK|HD 0.061 . PY17X_1451000 203 KHDKHDR|HD 0.104 . PY17X_1451000 206 KHDRHDK|YK 0.226 . PY17X_1451000 208 DRHDKYK|RD 0.084 . PY17X_1451000 209 RHDKYKR|DE 0.212 . PY17X_1451000 217 EENVSQK|KK 0.069 . PY17X_1451000 218 ENVSQKK|KK 0.094 . PY17X_1451000 219 NVSQKKK|KK 0.138 . PY17X_1451000 220 VSQKKKK|KK 0.140 . PY17X_1451000 221 SQKKKKK|KK 0.114 . PY17X_1451000 222 QKKKKKK|KD 0.185 . PY17X_1451000 223 KKKKKKK|DF 0.210 . PY17X_1451000 235 FSENDIK|NL 0.060 . PY17X_1451000 259 IQNDLTK|ND 0.067 . PY17X_1451000 269 NNNLPFR|NI 0.100 . PY17X_1451000 278 INDLVHK|DL 0.077 . PY17X_1451000 285 DLDVAHK|EL 0.071 . PY17X_1451000 292 ELDAVHK|EL 0.076 . PY17X_1451000 299 ELDAVHK|EL 0.066 . PY17X_1451000 306 ELDVTHK|EL 0.070 . PY17X_1451000 313 ELDVVAK|YS 0.080 . PY17X_1451000 318 AKYSDSK|ST 0.088 . PY17X_1451000 328 TNNNIFK|EN 0.066 . PY17X_1451000 338 LSSYVTK|NA 0.093 . PY17X_1451000 352 LHNFDLK|NK 0.061 . PY17X_1451000 354 NFDLKNK|NI 0.058 . PY17X_1451000 362 ILNELIK|NK 0.065 . PY17X_1451000 364 NELIKNK|QN 0.073 . PY17X_1451000 369 NKQNEIK|IK 0.078 . PY17X_1451000 371 QNEIKIK|EE 0.070 . PY17X_1451000 374 IKIKEER|QD 0.109 . PY17X_1451000 383 DISINNK|FE 0.071 . PY17X_1451000 387 NNKFENK|NI 0.062 . PY17X_1451000 400 NCTINLK|TN 0.057 . PY17X_1451000 419 NYEHNVK|IS 0.062 . PY17X_1451000 433 TNISFNK|NN 0.074 . PY17X_1451000 447 TNISFNK|NN 0.074 . PY17X_1451000 461 TNISFNK|NN 0.074 . PY17X_1451000 475 TNISFNK|IS 0.066 . PY17X_1451000 481 KISYSQK|TN 0.068 . PY17X_1451000 511 ITNVGEK|DA 0.095 . PY17X_1451000 514 VGEKDAK|YK 0.066 . PY17X_1451000 516 EKDAKYK|EF 0.073 . PY17X_1451000 520 KYKEFDK|KS 0.068 . PY17X_1451000 521 YKEFDKK|SG 0.202 . PY17X_1451000 525 DKKSGEK|IG 0.063 . PY17X_1451000 529 GEKIGEK|ID 0.060 . PY17X_1451000 532 IGEKIDK|KI 0.080 . PY17X_1451000 533 GEKIDKK|IG 0.102 . PY17X_1451000 537 DKKIGER|IG 0.084 . PY17X_1451000 541 GERIGEK|IG 0.068 . PY17X_1451000 545 GEKIGEK|IG 0.058 . PY17X_1451000 553 GENEQAK|AT 0.086 . PY17X_1451000 560 ATMFSER|EN 0.127 . PY17X_1451000 564 SERENEK|KN 0.061 . PY17X_1451000 565 ERENEKK|NK 0.115 . PY17X_1451000 567 ENEKKNK|EM 0.087 . PY17X_1451000 576 HNVGDQK|SN 0.081 . PY17X_1451000 598 DSLFYSK|QN 0.064 . PY17X_1451000 612 IILSDIK|PN 0.053 . PY17X_1451000 621 NSLSDEK|IS 0.065 . PY17X_1451000 626 EKISYQK|EI 0.068 . PY17X_1451000 631 QKEIHAK|RV 0.084 . PY17X_1451000 632 KEIHAKR|VI 0.201 . PY17X_1451000 677 EIPLPNK|IN 0.056 . PY17X_1451000 680 LPNKINK|PN 0.086 . PY17X_1451000 684 INKPNNK|LR 0.068 . PY17X_1451000 686 KPNNKLR|EQ 0.106 . PY17X_1451000 695 NVNDYIK|NN 0.064 . PY17X_1451000 701 KNNEYMK|KI 0.074 . PY17X_1451000 702 NNEYMKK|IR 0.095 . PY17X_1451000 704 EYMKKIR|NQ 0.100 . PY17X_1451000 708 KIRNQYK|SL 0.132 . PY17X_1451000 712 QYKSLIR|VI 0.091 . PY17X_1451000 734 NNSFINK|NE 0.069 . PY17X_1451000 737 FINKNEK|NS 0.057 . PY17X_1451000 754 IDSSIDR|CN 0.100 . PY17X_1451000 761 CNNESIK|II 0.079 . PY17X_1451000 767 KIIEDIK|LG 0.055 . PY17X_1451000 773 KLGNEDK|YV 0.073 . PY17X_1451000 778 DKYVLLK|YD 0.074 . PY17X_1451000 790 LIEALEK|LR 0.062 . PY17X_1451000 792 EALEKLR|ID 0.076 . PY17X_1451000 795 EKLRIDK|QK 0.118 . PY17X_1451000 797 LRIDKQK|EI 0.108 . PY17X_1451000 801 KQKEIEK|KN 0.059 . PY17X_1451000 802 QKEIEKK|NK 0.103 . PY17X_1451000 804 EIEKKNK|KE 0.062 . PY17X_1451000 805 IEKKNKK|EK 0.097 . PY17X_1451000 807 KKNKKEK|ID 0.085 . PY17X_1451000 810 KKEKIDK|NI 0.072 . PY17X_1451000 815 DKNIFFK|FK 0.081 . PY17X_1451000 817 NIFFKFK|QK 0.067 . PY17X_1451000 819 FFKFKQK|NY 0.065 . PY17X_1451000 831 AICILNK|KS 0.059 . PY17X_1451000 832 ICILNKK|SD 0.123 . PY17X_1451000 841 NNILIEK|FN 0.061 . PY17X_1451000 852 LMYSQIK|CL 0.063 . PY17X_1451000 881 YNETSIK|NG 0.060 . PY17X_1451000 889 GLTNFPK|MF 0.066 . PY17X_1451000 911 GSYNYNK|VS 0.060 . PY17X_1451000 914 NYNKVSR|WT 0.103 . PY17X_1451000 917 KVSRWTK|RK 0.127 . PY17X_1451000 918 VSRWTKR|KK 0.216 . PY17X_1451000 919 SRWTKRK|KI 0.125 . PY17X_1451000 920 RWTKRKK|IN 0.094 . PY17X_1451000 948 LGAISIK|NK 0.071 . PY17X_1451000 950 AISIKNK|HI 0.071 . PY17X_1451000 953 IKNKHIK|LY 0.076 . PY17X_1451000 963 SLNMPNK|KF 0.071 . PY17X_1451000 964 LNMPNKK|FF 0.141 . PY17X_1451000 970 KFFEYMR|RY 0.076 . PY17X_1451000 971 FFEYMRR|YI 0.150 . PY17X_1451000 978 YIVDEVK|DK 0.072 . PY17X_1451000 980 VDEVKDK|QQ 0.068 . PY17X_1451000 1020 FTCMFAK|CL 0.069 . PY17X_1451000 1026 KCLTFNR|DF 0.097 . PY17X_1451000 1033 DFDFDQK|DI 0.064 . PY17X_1451000 1036 FDQKDIK|EI 0.064 . PY17X_1451000 1039 KDIKEIR|LK 0.096 . PY17X_1451000 1041 IKEIRLK|MV 0.084 . ____________________________^_________________

  • Fasta :-

    >PY17X_1451000 ATGATGCACAATAAATCTTATAGACATCATAAATCTAATAAACATGTAAGCAAAAATTCG AATACCGAGAGTGGAAAAAGAATAGAAAATTATAATTCTGAAAAGAAGTCAAGAGAAAAA AGTGAAAATAATGCTAAAAGTGATAGCATTAAAAATGGCAGAATTAAAAATGAGGAAAGT AAGAACGAAACAAATAGCGGCCTTTTATGGAGTTGTGTGAAAAATTTATATTCATCTTTT TCATCTGCTGTAAAAAATAAAATATTTATTAATGACATAATAGAAGAAAATAATAGAAAG CATAATAAAAATATAGTTTCAGATAAATTTCGATTAATTGATAAAAAATCAAAAAAATAT AAAGAAAAAGGTTTAAATCGAAATAAATATTCAATAAGTGTAATCAGTAACGATAGATGT TCTTCTATAGATGCTCATCACAAAAATAAATCATTTATTTCAAATAAAATTAAAGAAAAT TATAAACAAAAATATGAAAAACATGAAAAACATGAAAAACATGAAAAACATGAAAAATAT GAAAAACATGAAAAATATGAAAAACATGAAAAATATGACAAACATGACAAACACGATAAA CATGACAGACATGATAAATATAAACGTGATGAAGAAAATGTTTCTCAAAAAAAAAAAAAA AAAAAAAAAGATTTTACATATGAATTTTCAGAAAATGATATTAAAAATTTATTTATGTCA AGTAACGATATATTAGAATATCCTTATTATCAATCTATTCAAAATGATTTGACAAAAAAT GATGAAAATAATAATTTACCATTTCGAAATATTATAAATGATCTAGTTCATAAGGACTTA GATGTGGCTCATAAAGAGTTAGATGCGGTTCACAAAGAGTTAGATGCGGTTCATAAAGAG TTAGATGTGACTCATAAAGAGTTAGATGTAGTTGCAAAATACTCTGATTCTAAATCTACA ATTACCAATAATAATATTTTTAAAGAAAATAATTTAAGTTCCTATGTGACTAAAAATGCA TCTGAAAATTCTCAATTACATAATTTTGATTTAAAAAATAAAAATATTTTAAATGAATTA ATAAAAAACAAACAAAATGAAATTAAGATAAAAGAAGAAAGACAAGATGATATATCTATA AACAATAAATTCGAAAATAAAAATATTAATAATTTATATAATTGTACTATTAACCTTAAA ACAAATTATTCTCACCTATCATTCGAAACATTGCATAATTATGAACACAATGTAAAAATT AGCGAAATAGAAAATGAAACAAATATATCTTTTAATAAAAATAACGAAATAGAAAATGAA ACAAATATTTCTTTTAATAAAAATAACGAAATAGAAAATGAAACAAATATTTCTTTTAAT AAAAATAACGAAATAGAAAATGAAACAAATATTTCTTTTAATAAAATTAGTTATTCTCAA AAAACAAATCTTATTTCAAGTATACAACACTCCGATATAAATGTCATGCATCAACTTTTG GAAGATCACGGAATTACCAATGTTGGGGAAAAGGATGCCAAATATAAAGAATTTGACAAA AAAAGCGGGGAAAAAATTGGGGAAAAAATTGACAAAAAAATTGGGGAAAGAATTGGGGAA AAAATTGGGGAAAAAATTGGGGAAAATGAGCAAGCGAAGGCTACCATGTTTAGTGAAAGA GAAAACGAAAAAAAAAATAAAGAGATGCACAATGTGGGTGACCAAAAAAGCAATGCTGCC AATAATAATAATAATAACCAGCCAAGCTTTTTAGACTCACTTTTTTATTCTAAACAAAAC GAAGATGAAGATGTAATAATACTATCTGATATAAAACCAAACAATTCTTTGAGTGATGAA AAAATAAGTTATCAAAAAGAGATACATGCCAAGAGGGTAATCGGTAATGATAATAATGAT GGTGATAATGATGATAATAATTGTGGTAATAATGGTGACAATGATGATAATAATTGTGGT AATAATGGTGACAATGATTATGCGTGGAGTGAAATTCCTTTGCCCAACAAAATAAATAAA CCAAATAACAAACTCAGAGAACAGAATGTTAATGATTATATAAAAAATAACGAATATATG AAAAAAATACGAAACCAATATAAATCATTAATAAGAGTAATAGATACATATATAGACGAT AATATAAATGGGGAAGGTTTAAATAATTCATTTATTAATAAAAATGAAAAAAATTCACTA AATGATATTGAAGAAAATATAATAGATAGTTCTATTGATAGATGTAATAATGAATCTATA AAAATTATTGAAGATATTAAATTAGGAAATGAAGATAAATATGTGTTATTAAAATATGAT GAAGATTCACTTATTGAAGCGTTGGAAAAATTACGTATTGATAAACAAAAAGAAATTGAA AAAAAAAATAAAAAAGAAAAAATAGATAAAAATATTTTTTTTAAATTTAAACAAAAAAAT TATTATGATGAAGCTATATGTATATTAAATAAAAAAAGTGATAATAATATATTAATCGAG AAATTTAATGTACCTCTTATGTATTCTCAAATAAAATGTCTAATTGATACATGTTGGTTA AATGATGAAATTATTAATTTTTATCTTAGTATGTTACAAGAATATAATGAAACAAGTATA AAAAATGGGTTAACAAATTTTCCAAAAATGTTTACATTTAGTACATTTTTTTTTCAATCA TTAAATTTTAATGGTTCATATAATTATAATAAGGTATCTAGATGGACCAAAAGAAAAAAA ATTAATATATTGGAATATGATTTAATACTTATACCTTTACATGTTGGTGGAAACCATTGG ACGTTAGGTGCTATTAGTATAAAGAATAAACACATAAAATTATATGACTCTTTGAATATG CCTAATAAAAAATTTTTTGAATATATGAGACGCTATATTGTTGATGAAGTTAAAGATAAA CAACAAATAACTATAGACATATCTCCATGGACATATGATTCTAACGGATTACCAGAGAGT GGAATACCATGCCAGGAAAATGGATATGATTGTGGAGTATTTACCTGCATGTTTGCAAAA TGTTTAACTTTCAATAGAGATTTTGATTTTGACCAAAAGGATATAAAAGAAATCCGACTC AAAATGGTTTATGAGATATCTCAGGGTCACCTTGTGTTTTAG
  • Download Fasta

  • Fasta :-

    MMHNKSYRHHKSNKHVSKNSNTESGKRIENYNSEKKSREKSENNAKSDSIKNGRIKNEES KNETNSGLLWSCVKNLYSSFSSAVKNKIFINDIIEENNRKHNKNIVSDKFRLIDKKSKKY KEKGLNRNKYSISVISNDRCSSIDAHHKNKSFISNKIKENYKQKYEKHEKHEKHEKHEKY EKHEKYEKHEKYDKHDKHDKHDRHDKYKRDEENVSQKKKKKKKDFTYEFSENDIKNLFMS SNDILEYPYYQSIQNDLTKNDENNNLPFRNIINDLVHKDLDVAHKELDAVHKELDAVHKE LDVTHKELDVVAKYSDSKSTITNNNIFKENNLSSYVTKNASENSQLHNFDLKNKNILNEL IKNKQNEIKIKEERQDDISINNKFENKNINNLYNCTINLKTNYSHLSFETLHNYEHNVKI SEIENETNISFNKNNEIENETNISFNKNNEIENETNISFNKNNEIENETNISFNKISYSQ KTNLISSIQHSDINVMHQLLEDHGITNVGEKDAKYKEFDKKSGEKIGEKIDKKIGERIGE KIGEKIGENEQAKATMFSERENEKKNKEMHNVGDQKSNAANNNNNNQPSFLDSLFYSKQN EDEDVIILSDIKPNNSLSDEKISYQKEIHAKRVIGNDNNDGDNDDNNCGNNGDNDDNNCG NNGDNDYAWSEIPLPNKINKPNNKLREQNVNDYIKNNEYMKKIRNQYKSLIRVIDTYIDD NINGEGLNNSFINKNEKNSLNDIEENIIDSSIDRCNNESIKIIEDIKLGNEDKYVLLKYD EDSLIEALEKLRIDKQKEIEKKNKKEKIDKNIFFKFKQKNYYDEAICILNKKSDNNILIE KFNVPLMYSQIKCLIDTCWLNDEIINFYLSMLQEYNETSIKNGLTNFPKMFTFSTFFFQS LNFNGSYNYNKVSRWTKRKKINILEYDLILIPLHVGGNHWTLGAISIKNKHIKLYDSLNM PNKKFFEYMRRYIVDEVKDKQQITIDISPWTYDSNGLPESGIPCQENGYDCGVFTCMFAK CLTFNRDFDFDQKDIKEIRLKMVYEISQGHLVF

    No Results
No Results
No Results
IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
PY17X_145100041 SSREKSENNA0.995unspPY17X_145100041 SSREKSENNA0.995unspPY17X_145100041 SSREKSENNA0.995unspPY17X_145100049 SAKSDSIKNG0.995unspPY17X_1451000141 SNDRCSSIDA0.997unspPY17X_1451000558 SATMFSEREN0.994unspPY17X_1451000616 SKPNNSLSDE0.996unspPY17X_1451000739 SNEKNSLNDI0.994unspPY17X_145100033 SENYNSEKKS0.992unspPY17X_145100037 SSEKKSREKS0.995unsp
PY17X_1451000


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