NF0086960 | ubiquitin carboxyl-terminal hydrolase 12-like

_IDPredictionOTHERSPmTPCS_Position
NF0086960OTHER0.9999240.0000290.000047
No Results

  • Fasta :-

    >NF0086960 MVHDQDYDLSDSDDERMEDAYDEELNMAQFRVNKADEEKKSIQKQQELEEAALYYEPIDP TKEGVYHVKSFDANTEKWRWKVDFSTLPAKHYSPEFTAGPHKFRLLVFPHGNNVNFVSVY LDTCQSTDVKLVRFQITILNQKDIRESFSQEAEKKFGPADNDWGFKEFLDLKRLNSDTGF KVDNIVYFEMVVHICTQPYLVDPISYDSRKETGFVGLQNQGATCYMNSLLQTLYLLTYFR KAVYKMPIDENEKPQDSIPLALMRVFYRLQFDKTAVDTKELTKSFGWDTIDSFLQHDVQE LARVLIDNLEKKMEKTDQKEVMRQLFEGMCKNYIKCINVDYESSRKEPFYDLQLNVKGCR NVYESFDQYILEETLQGENQYQAEGFGLQDAKKGTIFLKFPPVLMLHLKRFEYDFQRDLM YKINDRYEFPPEIDLGKYLSEDSEQKKEDNTFVLFAVLVHSGDVSGGHYYNFAKPFVNQE RWFKFDDEKVYEVNENLAVHDNYGGEVKKSKFFWLNSNTNSIYKKFTNAYMLLYIRKSQI TQMLSPVEAEDIPQHLEERFQKDRDEKERKKREKLEAAKYCNVKIVRDENIKQSVEKHGT GLTDIDEVDPIKFLKEGTFGELKERLHFIYGIKPECQRFWRWTKRQNHTYRPGDLPMKIT DDEVSLERRYPQIKQLGGCVELYLEVANEPFGVVKNEEEVEHTLWFPEPFSKYLLLFIKE YDPQQKKLIYRKSVYAEVNQTISSFIPNLKKLVNASEEDDLVIVEEIKPKMIENVNIDCT FKEAQLQNGDILTVQRVPPNFNMEQFEIPTAKEFYEYLSNRVSVEIRKLEDPSKTVMTVE LLKNMEYPEVSQALGRVLQVDGQHIRLTGHNPYSGHPLDQPFRTNANSTLKDMIQIAQTG SPSKILYYEVLNEPIHDVENKKELLVTWMNTKGQDVEKFKFLLYPEQKMGELRQMLESKL SERKEMQNSVIVLLVISGSKITKLVNDEDLVKSAPSGKGEYLRAEEMSLADYNIWFGQDT NIDDHRLLQVQHICKETSGYRLFGNPMLLIARKEETLGDVKKRLQEKLQVKDIDYKRYKF VFIVNMKVKDPLEDVDDTPFFELYDKEKSFTQGDVVFAMEHKDPTPKTRWYEKPIVIKN
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/NF0086960.fa Sequence name : NF0086960 Sequence length : 1139 VALUES OF COMPUTED PARAMETERS Coef20 : 2.660 CoefTot : -0.239 ChDiff : -34 ZoneTo : 3 KR : 0 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.071 1.788 0.082 0.550 MesoH : -0.714 0.091 -0.423 0.161 MuHd_075 : 9.040 4.488 2.450 1.136 MuHd_095 : 23.317 16.073 5.903 3.656 MuHd_100 : 21.717 14.777 5.980 2.545 MuHd_105 : 15.055 9.853 4.459 0.865 Hmax_075 : -15.500 -4.900 -6.009 -0.380 Hmax_095 : -8.487 0.437 -4.308 0.569 Hmax_100 : -12.000 -1.100 -5.434 0.460 Hmax_105 : -12.100 -1.400 -5.198 0.170 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.9994 0.0006 DFMC : 0.9989 0.0011
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 1139 NF0086960 MVHDQDYDLSDSDDERMEDAYDEELNMAQFRVNKADEEKKSIQKQQELEEAALYYEPIDPTKEGVYHVKSFDANTEKWRW 80 KVDFSTLPAKHYSPEFTAGPHKFRLLVFPHGNNVNFVSVYLDTCQSTDVKLVRFQITILNQKDIRESFSQEAEKKFGPAD 160 NDWGFKEFLDLKRLNSDTGFKVDNIVYFEMVVHICTQPYLVDPISYDSRKETGFVGLQNQGATCYMNSLLQTLYLLTYFR 240 KAVYKMPIDENEKPQDSIPLALMRVFYRLQFDKTAVDTKELTKSFGWDTIDSFLQHDVQELARVLIDNLEKKMEKTDQKE 320 VMRQLFEGMCKNYIKCINVDYESSRKEPFYDLQLNVKGCRNVYESFDQYILEETLQGENQYQAEGFGLQDAKKGTIFLKF 400 PPVLMLHLKRFEYDFQRDLMYKINDRYEFPPEIDLGKYLSEDSEQKKEDNTFVLFAVLVHSGDVSGGHYYNFAKPFVNQE 480 RWFKFDDEKVYEVNENLAVHDNYGGEVKKSKFFWLNSNTNSIYKKFTNAYMLLYIRKSQITQMLSPVEAEDIPQHLEERF 560 QKDRDEKERKKREKLEAAKYCNVKIVRDENIKQSVEKHGTGLTDIDEVDPIKFLKEGTFGELKERLHFIYGIKPECQRFW 640 RWTKRQNHTYRPGDLPMKITDDEVSLERRYPQIKQLGGCVELYLEVANEPFGVVKNEEEVEHTLWFPEPFSKYLLLFIKE 720 YDPQQKKLIYRKSVYAEVNQTISSFIPNLKKLVNASEEDDLVIVEEIKPKMIENVNIDCTFKEAQLQNGDILTVQRVPPN 800 FNMEQFEIPTAKEFYEYLSNRVSVEIRKLEDPSKTVMTVELLKNMEYPEVSQALGRVLQVDGQHIRLTGHNPYSGHPLDQ 880 PFRTNANSTLKDMIQIAQTGSPSKILYYEVLNEPIHDVENKKELLVTWMNTKGQDVEKFKFLLYPEQKMGELRQMLESKL 960 SERKEMQNSVIVLLVISGSKITKLVNDEDLVKSAPSGKGEYLRAEEMSLADYNIWFGQDTNIDDHRLLQVQHICKETSGY 1040 RLFGNPMLLIARKEETLGDVKKRLQEKLQVKDIDYKRYKFVFIVNMKVKDPLEDVDDTPFFELYDKEKSFTQGDVVFAME 1120 HKDPTPKTRWYEKPIVIKN 1200 ................................................................................ 80 ................................................................................ 160 ................................................................................ 240 ................................................................................ 320 ................................................................................ 400 ................................................................................ 480 ................................................................................ 560 ...........P.................................................................... 640 ................................................................................ 720 ................................................................................ 800 ................................................................................ 880 ................................................................................ 960 ................................................................................ 1040 ................................................................................ 1120 ................... 1200 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 1 Name Pos Context Score Pred ____________________________v_________________ NF0086960 16 SDSDDER|ME 0.104 . NF0086960 31 LNMAQFR|VN 0.100 . NF0086960 34 AQFRVNK|AD 0.136 . NF0086960 39 NKADEEK|KS 0.070 . NF0086960 40 KADEEKK|SI 0.200 . NF0086960 44 EKKSIQK|QQ 0.063 . NF0086960 62 EPIDPTK|EG 0.060 . NF0086960 69 EGVYHVK|SF 0.093 . NF0086960 77 FDANTEK|WR 0.067 . NF0086960 79 ANTEKWR|WK 0.079 . NF0086960 81 TEKWRWK|VD 0.070 . NF0086960 90 FSTLPAK|HY 0.079 . NF0086960 102 FTAGPHK|FR 0.063 . NF0086960 104 AGPHKFR|LL 0.073 . NF0086960 130 CQSTDVK|LV 0.075 . NF0086960 133 TDVKLVR|FQ 0.145 . NF0086960 142 ITILNQK|DI 0.075 . NF0086960 145 LNQKDIR|ES 0.106 . NF0086960 154 FSQEAEK|KF 0.077 . NF0086960 155 SQEAEKK|FG 0.105 . NF0086960 166 DNDWGFK|EF 0.055 . NF0086960 172 KEFLDLK|RL 0.053 . NF0086960 173 EFLDLKR|LN 0.145 . NF0086960 181 NSDTGFK|VD 0.057 . NF0086960 209 PISYDSR|KE 0.082 . NF0086960 210 ISYDSRK|ET 0.125 . NF0086960 240 YLLTYFR|KA 0.076 . NF0086960 241 LLTYFRK|AV 0.117 . NF0086960 245 FRKAVYK|MP 0.075 . NF0086960 253 PIDENEK|PQ 0.055 . NF0086960 264 IPLALMR|VF 0.082 . NF0086960 268 LMRVFYR|LQ 0.097 . NF0086960 273 YRLQFDK|TA 0.066 . NF0086960 279 KTAVDTK|EL 0.076 . NF0086960 283 DTKELTK|SF 0.076 . NF0086960 303 DVQELAR|VL 0.088 . NF0086960 311 LIDNLEK|KM 0.057 . NF0086960 312 IDNLEKK|ME 0.102 . NF0086960 315 LEKKMEK|TD 0.061 . NF0086960 319 MEKTDQK|EV 0.091 . NF0086960 323 DQKEVMR|QL 0.101 . NF0086960 331 LFEGMCK|NY 0.061 . NF0086960 335 MCKNYIK|CI 0.068 . NF0086960 345 VDYESSR|KE 0.074 . NF0086960 346 DYESSRK|EP 0.065 . NF0086960 357 DLQLNVK|GC 0.064 . NF0086960 360 LNVKGCR|NV 0.135 . NF0086960 392 FGLQDAK|KG 0.059 . NF0086960 393 GLQDAKK|GT 0.100 . NF0086960 399 KGTIFLK|FP 0.064 . NF0086960 409 VLMLHLK|RF 0.060 . NF0086960 410 LMLHLKR|FE 0.207 . NF0086960 417 FEYDFQR|DL 0.111 . NF0086960 422 QRDLMYK|IN 0.071 . NF0086960 426 MYKINDR|YE 0.084 . NF0086960 437 PEIDLGK|YL 0.070 . NF0086960 446 SEDSEQK|KE 0.056 . NF0086960 447 EDSEQKK|ED 0.100 . NF0086960 474 HYYNFAK|PF 0.076 . NF0086960 481 PFVNQER|WF 0.077 . NF0086960 484 NQERWFK|FD 0.150 . NF0086960 489 FKFDDEK|VY 0.064 . NF0086960 508 NYGGEVK|KS 0.054 . NF0086960 509 YGGEVKK|SK 0.140 . NF0086960 511 GEVKKSK|FF 0.071 . NF0086960 524 NTNSIYK|KF 0.062 . NF0086960 525 TNSIYKK|FT 0.187 . NF0086960 536 YMLLYIR|KS 0.065 . NF0086960 537 MLLYIRK|SQ 0.115 . NF0086960 559 PQHLEER|FQ 0.081 . NF0086960 562 LEERFQK|DR 0.233 . NF0086960 564 ERFQKDR|DE 0.093 . NF0086960 567 QKDRDEK|ER 0.109 . NF0086960 569 DRDEKER|KK 0.110 . NF0086960 570 RDEKERK|KR 0.095 . NF0086960 571 DEKERKK|RE 0.065 . NF0086960 572 EKERKKR|EK 0.534 *ProP* NF0086960 574 ERKKREK|LE 0.071 . NF0086960 579 EKLEAAK|YC 0.063 . NF0086960 584 AKYCNVK|IV 0.078 . NF0086960 587 CNVKIVR|DE 0.101 . NF0086960 592 VRDENIK|QS 0.060 . NF0086960 597 IKQSVEK|HG 0.069 . NF0086960 612 DEVDPIK|FL 0.069 . NF0086960 615 DPIKFLK|EG 0.067 . NF0086960 623 GTFGELK|ER 0.053 . NF0086960 625 FGELKER|LH 0.073 . NF0086960 633 HFIYGIK|PE 0.057 . NF0086960 638 IKPECQR|FW 0.093 . NF0086960 641 ECQRFWR|WT 0.385 . NF0086960 644 RFWRWTK|RQ 0.098 . NF0086960 645 FWRWTKR|QN 0.295 . NF0086960 651 RQNHTYR|PG 0.104 . NF0086960 658 PGDLPMK|IT 0.065 . NF0086960 668 DEVSLER|RY 0.067 . NF0086960 669 EVSLERR|YP 0.146 . NF0086960 674 RRYPQIK|QL 0.085 . NF0086960 695 EPFGVVK|NE 0.088 . NF0086960 712 FPEPFSK|YL 0.062 . NF0086960 719 YLLLFIK|EY 0.066 . NF0086960 726 EYDPQQK|KL 0.057 . NF0086960 727 YDPQQKK|LI 0.079 . NF0086960 731 QKKLIYR|KS 0.090 . NF0086960 732 KKLIYRK|SV 0.204 . NF0086960 750 SFIPNLK|KL 0.056 . NF0086960 751 FIPNLKK|LV 0.127 . NF0086960 768 VIVEEIK|PK 0.059 . NF0086960 770 VEEIKPK|MI 0.077 . NF0086960 782 NIDCTFK|EA 0.064 . NF0086960 796 DILTVQR|VP 0.064 . NF0086960 812 FEIPTAK|EF 0.069 . NF0086960 821 YEYLSNR|VS 0.083 . NF0086960 827 RVSVEIR|KL 0.113 . NF0086960 828 VSVEIRK|LE 0.074 . NF0086960 834 KLEDPSK|TV 0.089 . NF0086960 843 MTVELLK|NM 0.059 . NF0086960 856 VSQALGR|VL 0.087 . NF0086960 866 VDGQHIR|LT 0.103 . NF0086960 883 PLDQPFR|TN 0.069 . NF0086960 891 NANSTLK|DM 0.077 . NF0086960 904 QTGSPSK|IL 0.064 . NF0086960 921 IHDVENK|KE 0.060 . NF0086960 922 HDVENKK|EL 0.082 . NF0086960 932 VTWMNTK|GQ 0.062 . NF0086960 938 KGQDVEK|FK 0.070 . NF0086960 940 QDVEKFK|FL 0.072 . NF0086960 948 LLYPEQK|MG 0.062 . NF0086960 953 QKMGELR|QM 0.086 . NF0086960 959 RQMLESK|LS 0.079 . NF0086960 963 ESKLSER|KE 0.076 . NF0086960 964 SKLSERK|EM 0.072 . NF0086960 980 LVISGSK|IT 0.054 . NF0086960 983 SGSKITK|LV 0.087 . NF0086960 992 NDEDLVK|SA 0.073 . NF0086960 998 KSAPSGK|GE 0.062 . NF0086960 1003 GKGEYLR|AE 0.113 . NF0086960 1026 TNIDDHR|LL 0.089 . NF0086960 1035 QVQHICK|ET 0.067 . NF0086960 1041 KETSGYR|LF 0.070 . NF0086960 1052 PMLLIAR|KE 0.075 . NF0086960 1053 MLLIARK|EE 0.068 . NF0086960 1061 ETLGDVK|KR 0.052 . NF0086960 1062 TLGDVKK|RL 0.124 . NF0086960 1063 LGDVKKR|LQ 0.206 . NF0086960 1067 KKRLQEK|LQ 0.063 . NF0086960 1071 QEKLQVK|DI 0.079 . NF0086960 1076 VKDIDYK|RY 0.055 . NF0086960 1077 KDIDYKR|YK 0.167 . NF0086960 1079 IDYKRYK|FV 0.102 . NF0086960 1087 VFIVNMK|VK 0.061 . NF0086960 1089 IVNMKVK|DP 0.075 . NF0086960 1106 FFELYDK|EK 0.057 . NF0086960 1108 ELYDKEK|SF 0.100 . NF0086960 1122 VFAMEHK|DP 0.072 . NF0086960 1127 HKDPTPK|TR 0.060 . NF0086960 1129 DPTPKTR|WY 0.133 . NF0086960 1133 KTRWYEK|PI 0.067 . NF0086960 1138 EKPIVIK|N- 0.064 . ____________________________^_________________

  • Fasta :-

    >NF0086960 ATGGTTCATGATCAAGATTATGATCTTTCAGATAGCGATGATGAAAGAATGGAAGATGCT TACGATGAAGAATTGAACATGGCTCAATTCAGAGTGAATAAAGCCGATGAAGAAAAGAAA TCAATTCAAAAGCAACAGGAGCTGGAAGAAGCAGCACTTTACTACGAACCTATTGACCCT ACAAAAGAAGGTGTTTATCATGTCAAGTCTTTTGATGCAAACACTGAAAAGTGGAGATGG AAGGTTGATTTCTCAACATTGCCTGCAAAGCATTACTCACCGGAATTTACGGCGGGTCCT CACAAGTTTAGATTACTTGTCTTTCCGCACGGTAACAATGTCAATTTTGTGAGCGTATAT TTGGATACTTGCCAATCCACTGATGTAAAGCTTGTACGATTCCAAATCACTATTTTGAAT CAAAAGGACATTAGAGAATCATTTTCACAAGAGGCTGAAAAGAAATTTGGACCTGCTGAT AATGATTGGGGTTTTAAGGAATTTTTAGATCTCAAACGACTCAATAGCGATACAGGTTTT AAGGTCGATAATATTGTATATTTCGAAATGGTTGTCCATATCTGTACTCAACCATACTTG GTTGATCCAATCTCTTACGATTCAAGAAAGGAGACAGGATTTGTTGGTTTGCAAAATCAA GGAGCTACATGCTATATGAACTCACTTTTACAAACGTTGTACCTTTTAACTTATTTCAGA AAAGCTGTCTACAAGATGCCTATCGATGAGAATGAGAAACCACAGGATAGTATTCCACTT GCTTTGATGAGAGTTTTTTATAGATTGCAATTTGATAAAACTGCTGTCGATACAAAAGAG TTAACTAAATCATTTGGATGGGATACAATCGATTCTTTTTTGCAACATGATGTCCAAGAG CTGGCAAGAGTATTAATTGACAATTTGGAAAAGAAAATGGAAAAGACCGATCAAAAAGAG GTGATGAGACAATTGTTTGAAGGAATGTGCAAAAATTATATCAAGTGCATTAATGTTGAC TATGAATCATCAAGAAAAGAACCATTCTATGATTTGCAACTCAACGTCAAAGGATGTAGA AATGTCTATGAATCCTTTGATCAATATATCTTGGAGGAAACTCTACAGGGAGAGAATCAG TATCAAGCCGAAGGTTTTGGATTGCAAGATGCCAAAAAGGGAACAATATTTTTGAAATTT CCACCAGTACTAATGCTTCACTTGAAGAGATTTGAATATGATTTCCAAAGAGATCTCATG TACAAGATTAACGATCGATATGAATTTCCACCAGAAATTGATTTAGGGAAGTATTTAAGC GAGGACTCTGAACAAAAGAAGGAAGACAATACTTTTGTATTGTTTGCCGTTCTTGTCCAC AGTGGAGACGTGTCAGGAGGTCACTACTACAACTTTGCGAAGCCATTTGTAAACCAAGAG CGCTGGTTCAAGTTTGATGACGAGAAGGTTTATGAGGTCAATGAAAATCTTGCTGTTCAT GATAACTATGGAGGGGAAGTTAAGAAGAGCAAATTTTTCTGGTTGAATTCCAACACAAAC TCCATCTACAAAAAGTTTACCAATGCCTACATGTTGCTTTATATTAGAAAATCTCAAATT ACTCAAATGCTCTCTCCCGTTGAAGCTGAAGATATTCCACAACACTTGGAGGAAAGATTC CAAAAGGACAGAGATGAAAAGGAAAGAAAGAAGAGAGAAAAGCTTGAGGCCGCCAAGTAT TGCAACGTAAAAATTGTGAGAGACGAAAACATCAAACAATCAGTCGAGAAACATGGAACA GGTCTCACAGATATTGATGAAGTTGACCCAATCAAATTCCTAAAAGAAGGCACTTTTGGA GAATTGAAAGAACGTCTTCATTTCATTTATGGAATCAAACCGGAATGTCAAAGATTTTGG AGATGGACCAAGAGACAAAATCATACATATCGTCCTGGTGATCTTCCAATGAAAATTACT GACGACGAGGTTTCTTTGGAGAGAAGATATCCGCAAATCAAACAACTGGGGGGCTGTGTA GAGTTATATCTTGAAGTCGCCAATGAGCCATTTGGTGTTGTGAAGAATGAAGAAGAGGTT GAACACACTCTCTGGTTCCCTGAACCTTTCAGCAAATATTTACTACTTTTTATCAAGGAA TACGATCCACAACAAAAGAAACTTATTTATCGTAAATCAGTGTATGCAGAAGTTAACCAA ACAATTAGTAGCTTTATTCCTAATCTGAAAAAGCTTGTCAATGCATCTGAAGAGGATGAC CTTGTAATTGTCGAGGAAATCAAACCCAAGATGATCGAGAATGTCAATATTGATTGCACT TTTAAGGAGGCCCAACTCCAAAATGGAGACATTTTGACTGTTCAAAGAGTTCCACCAAAT TTCAATATGGAGCAATTTGAAATTCCAACAGCTAAAGAATTTTATGAATATTTGAGCAAT CGTGTCTCTGTTGAAATTAGAAAGTTGGAGGATCCCTCAAAGACTGTCATGACAGTAGAG TTATTGAAAAATATGGAATATCCGGAAGTAAGCCAAGCTTTGGGCCGTGTTCTACAAGTG GATGGCCAACATATAAGACTCACCGGCCACAATCCATACAGTGGACACCCATTAGATCAA CCTTTTAGAACTAATGCCAACTCAACCTTAAAGGATATGATTCAAATTGCACAAACAGGA TCACCCTCCAAAATTTTGTATTATGAGGTTTTGAATGAACCAATTCACGATGTCGAAAAC AAGAAGGAGTTGTTAGTCACTTGGATGAATACAAAGGGTCAAGATGTTGAAAAGTTCAAA TTCCTTCTTTATCCTGAACAAAAGATGGGCGAACTTCGACAAATGCTAGAATCCAAGCTA TCTGAACGCAAAGAAATGCAGAACTCTGTCATTGTATTGCTTGTCATTTCAGGCTCCAAG ATTACCAAATTGGTCAATGACGAAGACCTTGTTAAATCAGCCCCATCTGGAAAAGGCGAA TATCTCAGAGCTGAGGAAATGTCTCTCGCTGATTATAACATTTGGTTTGGACAAGACACC AACATTGATGACCATCGTTTGTTGCAAGTTCAACACATCTGTAAAGAGACATCTGGTTAT CGTTTGTTTGGAAATCCCATGCTTCTTATTGCTAGAAAAGAAGAAACACTGGGAGATGTC AAAAAGAGACTTCAAGAGAAGTTACAAGTCAAAGATATTGATTACAAGAGATACAAGTTT GTGTTTATTGTTAATATGAAAGTTAAGGATCCTCTCGAAGATGTTGATGACACACCTTTC TTTGAATTGTATGACAAGGAAAAGAGTTTCACTCAGGGCGACGTCGTTTTTGCAATGGAA CACAAGGACCCAACACCAAAAACAAGGTGGTACGAGAAACCCATTGTCATTAAGAATTAA
  • Download Fasta

  • Fasta :-

    MVHDQDYDLSDSDDERMEDAYDEELNMAQFRVNKADEEKKSIQKQQELEEAALYYEPIDP TKEGVYHVKSFDANTEKWRWKVDFSTLPAKHYSPEFTAGPHKFRLLVFPHGNNVNFVSVY LDTCQSTDVKLVRFQITILNQKDIRESFSQEAEKKFGPADNDWGFKEFLDLKRLNSDTGF KVDNIVYFEMVVHICTQPYLVDPISYDSRKETGFVGLQNQGATCYMNSLLQTLYLLTYFR KAVYKMPIDENEKPQDSIPLALMRVFYRLQFDKTAVDTKELTKSFGWDTIDSFLQHDVQE LARVLIDNLEKKMEKTDQKEVMRQLFEGMCKNYIKCINVDYESSRKEPFYDLQLNVKGCR NVYESFDQYILEETLQGENQYQAEGFGLQDAKKGTIFLKFPPVLMLHLKRFEYDFQRDLM YKINDRYEFPPEIDLGKYLSEDSEQKKEDNTFVLFAVLVHSGDVSGGHYYNFAKPFVNQE RWFKFDDEKVYEVNENLAVHDNYGGEVKKSKFFWLNSNTNSIYKKFTNAYMLLYIRKSQI TQMLSPVEAEDIPQHLEERFQKDRDEKERKKREKLEAAKYCNVKIVRDENIKQSVEKHGT GLTDIDEVDPIKFLKEGTFGELKERLHFIYGIKPECQRFWRWTKRQNHTYRPGDLPMKIT DDEVSLERRYPQIKQLGGCVELYLEVANEPFGVVKNEEEVEHTLWFPEPFSKYLLLFIKE YDPQQKKLIYRKSVYAEVNQTISSFIPNLKKLVNASEEDDLVIVEEIKPKMIENVNIDCT FKEAQLQNGDILTVQRVPPNFNMEQFEIPTAKEFYEYLSNRVSVEIRKLEDPSKTVMTVE LLKNMEYPEVSQALGRVLQVDGQHIRLTGHNPYSGHPLDQPFRTNANSTLKDMIQIAQTG SPSKILYYEVLNEPIHDVENKKELLVTWMNTKGQDVEKFKFLLYPEQKMGELRQMLESKL SERKEMQNSVIVLLVISGSKITKLVNDEDLVKSAPSGKGEYLRAEEMSLADYNIWFGQDT NIDDHRLLQVQHICKETSGYRLFGNPMLLIARKEETLGDVKKRLQEKLQVKDIDYKRYKF VFIVNMKVKDPLEDVDDTPFFELYDKEKSFTQGDVVFAMEHKDPTPKTRWYEKPIVIKN

  • title: Active Site
  • coordinates: N219,C224,H468,D487
No Results
No Results
IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
NF0086960545 STQMLSPVEA0.995unspNF0086960545 STQMLSPVEA0.995unspNF0086960545 STQMLSPVEA0.995unspNF0086960756 SLVNASEEDD0.996unspNF0086960996 SKSAPSGKGE0.993unspNF0086960149 SRESFSQEAE0.995unspNF0086960208 SISYDSRKET0.998unsp

     



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