YHR077C | Nmd2p

_IDPredictionOTHERSPmTPCS_Position
YHR077COTHER0.9999120.0000180.000070
No Results

  • Fasta :-

    >YHR077C MDDGRKKELHDLNTRAWNGEEVFPLKSKKLDSSIKRNTGFIKKLKKGFVKGSESSLLKDL SEASLEKYLSEIIVTVTECLLNVLNKNDDVIAAVEIISGLHQRFNGRFTSPLLGAFLQAF ENPSVDIESERDELQRITRVKGNLRVFTELYLVGVFRTLDDIESKDAIPNFLQKKTGRKD PLLFSILREILNYKFKLGFTTTIATAFIKKFAPLFRDDDNSWDDLIYDSKLKGALQSLFK NFIDATFARATELHKKVNKLQREHQKCQIRTGKLRDEYVEEYDKLLPIFIRFKTSAITLG EFFKLEIPELEGASNDDLKETASPMITNQILPPNQRLWENEDTRKFYEILPDISKTVEES QSSKTEKDSNVNSKNINLFFTDLEMADCKDIIDDLSNRYWSSYLDNKATRNRILKFFMET QDWSKLPVYSRFIATNSKYMPEIVSEFINYLDNGFRSQLHSNKINVKNIIFFSEMIKFQL IPSFMIFHKIRTLIMYMQVPNNVEILTVLLEHSGKFLLNKPEYKELMEKMVQLIKDKKND RQLNMNMKSALENIITLLYPPSVKSLNVTVKTITPEQQFYRILIRSELSSLDFKHIVKLV RKAHWDDVAIQKVLFSLFSKPHKISYQNIPLLTKVLGGLYSYRRDFVIRCIDQVLENIER GLEINDYGQNMHRISNVRYLTEIFNFEMIKSDVLLDTIYHIIRFGHINNQPNPFYLNYSD PPDNYFRIQLVTTILLNINRTPAAFTKKCKLLLRFFEYYTFIKEQPLPKETEFRVSSTFK KYENIFGNTKFERSENLVESASRLESLLKSLNAIKSKDDRVKGSSASIHNGKESAVPIES ITEDDEDEDDENDDGVDLLGEDEDAEISTPNTESAPGKHQAKQDESEDEDDEDDDEDDDD DDDDDDDDGEEGDEDDDEDDDDEDDDDEEEEDSDSDLEYGGDLDADRDIEMKRMYEEYER KLKDEEERKAEEELERQFQKMMQESIDARKSEKVVASKIPVISKPVSVQKPLLLKKSEEP SSSKETYEELSKPKKIAFTFLTKSGKKTQSRILQLPTDVKFVSDVLEEEEKLKTERNKIK KIVLKRSFD
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/YHR077C.fa Sequence name : YHR077C Sequence length : 1089 VALUES OF COMPUTED PARAMETERS Coef20 : 3.046 CoefTot : 0.000 ChDiff : -48 ZoneTo : 1 KR : 0 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.018 1.488 0.051 0.556 MesoH : -0.547 0.416 -0.436 0.238 MuHd_075 : 15.583 2.239 4.332 3.757 MuHd_095 : 28.798 20.561 8.928 5.558 MuHd_100 : 13.406 15.986 5.860 2.997 MuHd_105 : 11.560 9.512 2.141 2.339 Hmax_075 : -14.933 -7.175 -6.671 -0.810 Hmax_095 : -8.900 2.900 -3.382 0.700 Hmax_100 : -15.700 -0.200 -5.391 -0.680 Hmax_105 : -15.300 -1.750 -6.736 -0.420 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.9759 0.0241 DFMC : 0.9785 0.0215
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 1089 YHR077C MDDGRKKELHDLNTRAWNGEEVFPLKSKKLDSSIKRNTGFIKKLKKGFVKGSESSLLKDLSEASLEKYLSEIIVTVTECL 80 LNVLNKNDDVIAAVEIISGLHQRFNGRFTSPLLGAFLQAFENPSVDIESERDELQRITRVKGNLRVFTELYLVGVFRTLD 160 DIESKDAIPNFLQKKTGRKDPLLFSILREILNYKFKLGFTTTIATAFIKKFAPLFRDDDNSWDDLIYDSKLKGALQSLFK 240 NFIDATFARATELHKKVNKLQREHQKCQIRTGKLRDEYVEEYDKLLPIFIRFKTSAITLGEFFKLEIPELEGASNDDLKE 320 TASPMITNQILPPNQRLWENEDTRKFYEILPDISKTVEESQSSKTEKDSNVNSKNINLFFTDLEMADCKDIIDDLSNRYW 400 SSYLDNKATRNRILKFFMETQDWSKLPVYSRFIATNSKYMPEIVSEFINYLDNGFRSQLHSNKINVKNIIFFSEMIKFQL 480 IPSFMIFHKIRTLIMYMQVPNNVEILTVLLEHSGKFLLNKPEYKELMEKMVQLIKDKKNDRQLNMNMKSALENIITLLYP 560 PSVKSLNVTVKTITPEQQFYRILIRSELSSLDFKHIVKLVRKAHWDDVAIQKVLFSLFSKPHKISYQNIPLLTKVLGGLY 640 SYRRDFVIRCIDQVLENIERGLEINDYGQNMHRISNVRYLTEIFNFEMIKSDVLLDTIYHIIRFGHINNQPNPFYLNYSD 720 PPDNYFRIQLVTTILLNINRTPAAFTKKCKLLLRFFEYYTFIKEQPLPKETEFRVSSTFKKYENIFGNTKFERSENLVES 800 ASRLESLLKSLNAIKSKDDRVKGSSASIHNGKESAVPIESITEDDEDEDDENDDGVDLLGEDEDAEISTPNTESAPGKHQ 880 AKQDESEDEDDEDDDEDDDDDDDDDDDDGEEGDEDDDEDDDDEDDDDEEEEDSDSDLEYGGDLDADRDIEMKRMYEEYER 960 KLKDEEERKAEEELERQFQKMMQESIDARKSEKVVASKIPVISKPVSVQKPLLLKKSEEPSSSKETYEELSKPKKIAFTF 1040 LTKSGKKTQSRILQLPTDVKFVSDVLEEEEKLKTERNKIKKIVLKRSFD 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_________________ YHR077C 5 --MDDGR|KK 0.076 . YHR077C 6 -MDDGRK|KE 0.062 . YHR077C 7 MDDGRKK|EL 0.102 . YHR077C 15 LHDLNTR|AW 0.083 . YHR077C 26 EEVFPLK|SK 0.060 . YHR077C 28 VFPLKSK|KL 0.062 . YHR077C 29 FPLKSKK|LD 0.104 . YHR077C 35 KLDSSIK|RN 0.059 . YHR077C 36 LDSSIKR|NT 0.242 . YHR077C 42 RNTGFIK|KL 0.070 . YHR077C 43 NTGFIKK|LK 0.080 . YHR077C 45 GFIKKLK|KG 0.065 . YHR077C 46 FIKKLKK|GF 0.107 . YHR077C 50 LKKGFVK|GS 0.076 . YHR077C 58 SESSLLK|DL 0.081 . YHR077C 67 SEASLEK|YL 0.086 . YHR077C 86 LLNVLNK|ND 0.072 . YHR077C 103 ISGLHQR|FN 0.126 . YHR077C 107 HQRFNGR|FT 0.155 . YHR077C 131 VDIESER|DE 0.091 . YHR077C 136 ERDELQR|IT 0.100 . YHR077C 139 ELQRITR|VK 0.215 . YHR077C 141 QRITRVK|GN 0.079 . YHR077C 145 RVKGNLR|VF 0.067 . YHR077C 157 YLVGVFR|TL 0.122 . YHR077C 165 LDDIESK|DA 0.079 . YHR077C 174 IPNFLQK|KT 0.083 . YHR077C 175 PNFLQKK|TG 0.083 . YHR077C 178 LQKKTGR|KD 0.079 . YHR077C 179 QKKTGRK|DP 0.064 . YHR077C 188 LLFSILR|EI 0.069 . YHR077C 194 REILNYK|FK 0.062 . YHR077C 196 ILNYKFK|LG 0.068 . YHR077C 209 IATAFIK|KF 0.061 . YHR077C 210 ATAFIKK|FA 0.104 . YHR077C 216 KFAPLFR|DD 0.137 . YHR077C 230 DLIYDSK|LK 0.064 . YHR077C 232 IYDSKLK|GA 0.067 . YHR077C 240 ALQSLFK|NF 0.064 . YHR077C 249 IDATFAR|AT 0.130 . YHR077C 255 RATELHK|KV 0.069 . YHR077C 256 ATELHKK|VN 0.089 . YHR077C 259 LHKKVNK|LQ 0.065 . YHR077C 262 KVNKLQR|EH 0.107 . YHR077C 266 LQREHQK|CQ 0.069 . YHR077C 270 HQKCQIR|TG 0.069 . YHR077C 273 CQIRTGK|LR 0.115 . YHR077C 275 IRTGKLR|DE 0.124 . YHR077C 284 YVEEYDK|LL 0.053 . YHR077C 291 LLPIFIR|FK 0.097 . YHR077C 293 PIFIRFK|TS 0.059 . YHR077C 304 TLGEFFK|LE 0.071 . YHR077C 319 ASNDDLK|ET 0.065 . YHR077C 336 ILPPNQR|LW 0.083 . YHR077C 344 WENEDTR|KF 0.104 . YHR077C 345 ENEDTRK|FY 0.095 . YHR077C 355 ILPDISK|TV 0.073 . YHR077C 364 EESQSSK|TE 0.065 . YHR077C 367 QSSKTEK|DS 0.092 . YHR077C 374 DSNVNSK|NI 0.077 . YHR077C 389 LEMADCK|DI 0.079 . YHR077C 398 IDDLSNR|YW 0.109 . YHR077C 407 SSYLDNK|AT 0.062 . YHR077C 410 LDNKATR|NR 0.096 . YHR077C 412 NKATRNR|IL 0.093 . YHR077C 415 TRNRILK|FF 0.255 . YHR077C 425 ETQDWSK|LP 0.054 . YHR077C 431 KLPVYSR|FI 0.100 . YHR077C 438 FIATNSK|YM 0.062 . YHR077C 456 YLDNGFR|SQ 0.089 . YHR077C 463 SQLHSNK|IN 0.062 . YHR077C 467 SNKINVK|NI 0.065 . YHR077C 477 FFSEMIK|FQ 0.061 . YHR077C 489 SFMIFHK|IR 0.065 . YHR077C 491 MIFHKIR|TL 0.110 . YHR077C 515 LLEHSGK|FL 0.071 . YHR077C 520 GKFLLNK|PE 0.071 . YHR077C 524 LNKPEYK|EL 0.072 . YHR077C 529 YKELMEK|MV 0.068 . YHR077C 535 KMVQLIK|DK 0.058 . YHR077C 537 VQLIKDK|KN 0.069 . YHR077C 538 QLIKDKK|ND 0.089 . YHR077C 541 KDKKNDR|QL 0.092 . YHR077C 548 QLNMNMK|SA 0.101 . YHR077C 564 LYPPSVK|SL 0.075 . YHR077C 571 SLNVTVK|TI 0.087 . YHR077C 581 PEQQFYR|IL 0.118 . YHR077C 585 FYRILIR|SE 0.104 . YHR077C 594 LSSLDFK|HI 0.070 . YHR077C 598 DFKHIVK|LV 0.069 . YHR077C 601 HIVKLVR|KA 0.101 . YHR077C 602 IVKLVRK|AH 0.077 . YHR077C 612 DDVAIQK|VL 0.059 . YHR077C 620 LFSLFSK|PH 0.063 . YHR077C 623 LFSKPHK|IS 0.077 . YHR077C 634 NIPLLTK|VL 0.056 . YHR077C 643 GGLYSYR|RD 0.080 . YHR077C 644 GLYSYRR|DF 0.111 . YHR077C 649 RRDFVIR|CI 0.194 . YHR077C 660 VLENIER|GL 0.086 . YHR077C 673 YGQNMHR|IS 0.080 . YHR077C 678 HRISNVR|YL 0.124 . YHR077C 690 FNFEMIK|SD 0.064 . YHR077C 703 TIYHIIR|FG 0.091 . YHR077C 727 PPDNYFR|IQ 0.068 . YHR077C 740 ILLNINR|TP 0.067 . YHR077C 747 TPAAFTK|KC 0.070 . YHR077C 748 PAAFTKK|CK 0.083 . YHR077C 750 AFTKKCK|LL 0.061 . YHR077C 754 KCKLLLR|FF 0.096 . YHR077C 763 EYYTFIK|EQ 0.054 . YHR077C 769 KEQPLPK|ET 0.066 . YHR077C 774 PKETEFR|VS 0.098 . YHR077C 780 RVSSTFK|KY 0.084 . YHR077C 781 VSSTFKK|YE 0.140 . YHR077C 790 NIFGNTK|FE 0.058 . YHR077C 793 GNTKFER|SE 0.158 . YHR077C 803 LVESASR|LE 0.065 . YHR077C 809 RLESLLK|SL 0.075 . YHR077C 815 KSLNAIK|SK 0.081 . YHR077C 817 LNAIKSK|DD 0.089 . YHR077C 820 IKSKDDR|VK 0.122 . YHR077C 822 SKDDRVK|GS 0.092 . YHR077C 832 ASIHNGK|ES 0.066 . YHR077C 878 TESAPGK|HQ 0.096 . YHR077C 882 PGKHQAK|QD 0.073 . YHR077C 947 GDLDADR|DI 0.136 . YHR077C 952 DRDIEMK|RM 0.059 . YHR077C 953 RDIEMKR|MY 0.256 . YHR077C 960 MYEEYER|KL 0.082 . YHR077C 961 YEEYERK|LK 0.082 . YHR077C 963 EYERKLK|DE 0.124 . YHR077C 968 LKDEEER|KA 0.114 . YHR077C 969 KDEEERK|AE 0.095 . YHR077C 976 AEEELER|QF 0.089 . YHR077C 980 LERQFQK|MM 0.074 . YHR077C 989 QESIDAR|KS 0.143 . YHR077C 990 ESIDARK|SE 0.093 . YHR077C 993 DARKSEK|VV 0.079 . YHR077C 998 EKVVASK|IP 0.059 . YHR077C 1004 KIPVISK|PV 0.084 . YHR077C 1010 KPVSVQK|PL 0.063 . YHR077C 1015 QKPLLLK|KS 0.054 . YHR077C 1016 KPLLLKK|SE 0.129 . YHR077C 1024 EEPSSSK|ET 0.061 . YHR077C 1032 TYEELSK|PK 0.060 . YHR077C 1034 EELSKPK|KI 0.062 . YHR077C 1035 ELSKPKK|IA 0.157 . YHR077C 1043 AFTFLTK|SG 0.064 . YHR077C 1046 FLTKSGK|KT 0.064 . YHR077C 1047 LTKSGKK|TQ 0.092 . YHR077C 1051 GKKTQSR|IL 0.085 . YHR077C 1060 QLPTDVK|FV 0.101 . YHR077C 1071 VLEEEEK|LK 0.054 . YHR077C 1073 EEEEKLK|TE 0.060 . YHR077C 1076 EKLKTER|NK 0.084 . YHR077C 1078 LKTERNK|IK 0.071 . YHR077C 1080 TERNKIK|KI 0.073 . YHR077C 1081 ERNKIKK|IV 0.147 . YHR077C 1085 IKKIVLK|RS 0.071 . YHR077C 1086 KKIVLKR|SF 0.419 . ____________________________^_________________

  • Fasta :-

    >YHR077C ATGGACGATGGACGGAAAAAAGAATTGCATGATTTGAACACCCGAGCTTGGAATGGCGAA GAAGTCTTTCCCCTGAAAAGTAAAAAACTGGATTCCAGTATAAAGAGAAACACTGGCTTT ATAAAAAAACTAAAGAAGGGTTTTGTGAAAGGTTCAGAATCTTCATTATTGAAAGATTTA AGTGAGGCGTCCTTGGAAAAGTACCTATCAGAGATAATAGTGACGGTAACAGAATGTCTG CTAAATGTTTTGAATAAAAATGATGACGTAATTGCCGCTGTTGAGATCATAAGTGGACTT CATCAAAGGTTCAATGGCCGATTTACTAGTCCGCTTTTAGGAGCTTTTTTACAAGCTTTT GAGAACCCCTCTGTTGACATTGAATCCGAAAGAGATGAGCTTCAAAGGATAACCAGAGTT AAAGGTAATCTTCGGGTATTTACCGAGCTTTATTTAGTTGGAGTTTTTAGAACATTGGAT GATATTGAGTCGAAAGATGCTATTCCAAACTTCCTACAGAAGAAAACTGGGCGAAAGGAT CCGTTGTTATTCAGTATTCTCAGAGAGATTCTTAATTATAAGTTCAAATTGGGCTTTACT ACCACTATTGCGACCGCATTTATTAAGAAATTTGCACCTTTGTTTCGCGACGATGATAAT TCTTGGGATGATTTAATATATGACTCGAAGTTAAAAGGTGCGTTACAGTCTCTGTTTAAG AATTTTATAGACGCCACTTTTGCGAGGGCCACAGAACTGCATAAGAAGGTCAATAAACTG CAAAGAGAACATCAGAAATGCCAAATAAGAACGGGAAAATTGAGAGATGAGTACGTAGAG GAGTACGACAAGTTACTTCCAATATTCATTAGGTTCAAGACATCTGCAATTACTTTGGGA GAATTTTTTAAGTTAGAAATTCCGGAGCTTGAAGGTGCCTCTAATGATGATCTGAAAGAA ACAGCTTCTCCAATGATCACGAATCAGATATTGCCACCCAACCAACGATTATGGGAAAAT GAAGATACAAGGAAATTTTATGAAATCTTACCAGATATCTCAAAAACAGTAGAAGAATCA CAATCTTCTAAAACAGAAAAAGATTCAAACGTTAACTCAAAAAATATCAATCTATTCTTT ACGGATTTGGAAATGGCAGATTGTAAAGATATAATCGATGACCTTTCAAATAGATATTGG TCATCATATTTGGACAACAAAGCCACAAGAAATCGAATATTGAAATTTTTCATGGAAACA CAAGATTGGAGCAAACTGCCAGTGTATTCCAGATTTATTGCAACAAATAGCAAATATATG CCGGAAATTGTTTCTGAGTTTATTAACTACCTAGACAATGGCTTCAGGAGTCAATTACAT TCTAATAAGATTAACGTTAAAAACATCATCTTCTTCAGTGAAATGATTAAATTTCAATTA ATACCATCGTTTATGATTTTTCATAAGATTAGAACATTAATCATGTATATGCAAGTTCCA AATAACGTAGAAATTTTGACGGTTTTGTTGGAGCACTCAGGGAAATTTCTGCTAAATAAG CCAGAATATAAGGAATTAATGGAAAAAATGGTCCAACTAATCAAGGATAAAAAAAATGAT AGGCAATTGAACATGAACATGAAAAGCGCCTTAGAAAACATAATTACTTTACTTTATCCC CCTTCTGTAAAATCATTAAATGTTACGGTAAAAACAATAACGCCTGAACAACAGTTTTAT CGCATATTAATTAGAAGTGAACTAAGTAGCCTAGACTTCAAACACATTGTCAAGTTGGTT CGGAAAGCTCACTGGGACGATGTAGCTATTCAGAAAGTGCTGTTTTCTCTGTTTTCAAAA CCACATAAGATTAGCTATCAAAATATTCCCTTATTAACAAAAGTTCTAGGCGGTCTATAC AGTTACCGCCGCGATTTCGTCATCAGATGTATAGACCAAGTACTGGAAAACATTGAGCGA GGCTTAGAAATTAACGATTATGGACAAAACATGCATAGAATATCAAATGTCAGATACTTA ACTGAAATATTCAACTTTGAAATGATAAAATCCGATGTTTTGTTAGATACTATCTACCAC ATTATTCGGTTTGGTCATATCAACAATCAACCCAATCCATTTTATTTAAACTACTCAGAT CCACCGGATAATTATTTCAGGATTCAACTAGTCACTACAATTCTGTTAAATATCAACAGG ACCCCTGCAGCTTTTACTAAGAAATGCAAACTTTTGCTGAGGTTTTTCGAGTATTATACT TTTATTAAAGAACAACCTTTACCCAAGGAAACAGAATTCAGAGTTTCAAGCACATTTAAA AAATATGAGAATATTTTCGGAAACACTAAATTTGAAAGGTCAGAAAATTTGGTAGAAAGT GCCTCAAGGTTGGAAAGTTTACTGAAATCATTAAACGCAATAAAAAGTAAAGACGACAGA GTGAAGGGATCTTCTGCAAGCATTCACAACGGTAAGGAGAGTGCTGTTCCTATCGAGTCA ATCACCGAAGATGATGAGGATGAAGATGATGAAAACGACGATGGTGTCGATTTACTAGGA GAAGATGAAGACGCGGAGATAAGTACACCGAACACAGAGTCAGCGCCAGGAAAACATCAG GCAAAGCAAGACGAAAGTGAAGATGAAGACGATGAGGACGATGACGAGGATGATGACGAT GACGATGACGATGATGATGATGATGGAGAAGAAGGCGATGAGGATGATGATGAAGATGAT GATGATGAGGATGATGATGATGAAGAAGAAGAAGACAGCGACTCTGATTTGGAGTATGGT GGTGATCTTGACGCAGACAGAGATATTGAAATGAAACGAATGTATGAAGAGTACGAGAGA AAACTAAAGGATGAGGAAGAAAGGAAAGCGGAAGAAGAATTGGAAAGGCAATTTCAGAAA ATGATGCAAGAATCCATAGACGCAAGGAAAAGCGAAAAGGTTGTTGCCAGTAAAATTCCA GTAATTTCGAAGCCAGTCAGCGTTCAAAAACCTTTATTATTAAAAAAGAGTGAAGAACCT TCTTCAAGCAAGGAGACCTACGAAGAGTTATCCAAGCCAAAGAAGATTGCATTTACGTTC TTGACTAAAAGCGGTAAGAAGACACAATCAAGAATTTTACAATTACCAACGGATGTGAAA TTTGTCTCTGATGTCCTTGAAGAAGAAGAGAAACTAAAAACCGAGCGAAACAAGATTAAA AAGATTGTTTTAAAACGTTCTTTCGACTGA
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  • Fasta :-

    MDDGRKKELHDLNTRAWNGEEVFPLKSKKLDSSIKRNTGFIKKLKKGFVKGSESSLLKDL SEASLEKYLSEIIVTVTECLLNVLNKNDDVIAAVEIISGLHQRFNGRFTSPLLGAFLQAF ENPSVDIESERDELQRITRVKGNLRVFTELYLVGVFRTLDDIESKDAIPNFLQKKTGRKD PLLFSILREILNYKFKLGFTTTIATAFIKKFAPLFRDDDNSWDDLIYDSKLKGALQSLFK NFIDATFARATELHKKVNKLQREHQKCQIRTGKLRDEYVEEYDKLLPIFIRFKTSAITLG EFFKLEIPELEGASNDDLKETASPMITNQILPPNQRLWENEDTRKFYEILPDISKTVEES QSSKTEKDSNVNSKNINLFFTDLEMADCKDIIDDLSNRYWSSYLDNKATRNRILKFFMET QDWSKLPVYSRFIATNSKYMPEIVSEFINYLDNGFRSQLHSNKINVKNIIFFSEMIKFQL IPSFMIFHKIRTLIMYMQVPNNVEILTVLLEHSGKFLLNKPEYKELMEKMVQLIKDKKND RQLNMNMKSALENIITLLYPPSVKSLNVTVKTITPEQQFYRILIRSELSSLDFKHIVKLV RKAHWDDVAIQKVLFSLFSKPHKISYQNIPLLTKVLGGLYSYRRDFVIRCIDQVLENIER GLEINDYGQNMHRISNVRYLTEIFNFEMIKSDVLLDTIYHIIRFGHINNQPNPFYLNYSD PPDNYFRIQLVTTILLNINRTPAAFTKKCKLLLRFFEYYTFIKEQPLPKETEFRVSSTFK KYENIFGNTKFERSENLVESASRLESLLKSLNAIKSKDDRVKGSSASIHNGKESAVPIES ITEDDEDEDDENDDGVDLLGEDEDAEISTPNTESAPGKHQAKQDESEDEDDEDDDEDDDD DDDDDDDDGEEGDEDDDEDDDDEDDDDEEEEDSDSDLEYGGDLDADRDIEMKRMYEEYER KLKDEEERKAEEELERQFQKMMQESIDARKSEKVVASKIPVISKPVSVQKPLLLKKSEEP SSSKETYEELSKPKKIAFTFLTKSGKKTQSRILQLPTDVKFVSDVLEEEEKLKTERNKIK KIVLKRSFD

    No Results
No Results
No Results
IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
YHR077C221 SDDDNSWDDL0.997unspYHR077C221 SDDDNSWDDL0.997unspYHR077C221 SDDDNSWDDL0.997unspYHR077C363 SESQSSKTEK0.996unspYHR077C776 SEFRVSSTFK0.991unspYHR077C886 SKQDESEDED0.995unspYHR077C933 SEEEDSDSDL0.997unspYHR077C991 SDARKSEKVV0.996unspYHR077C1022 SEEPSSSKET0.998unspYHR077C33 SKLDSSIKRN0.996unspYHR077C129 SVDIESERDE0.996unsp

YHR077C      



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