TA17680 | ubiquitin carboxyl-terminal hydrolase, putative

_IDPredictionOTHERSPmTPCS_Position
TA17680OTHER0.9999640.0000030.000033
No Results

  • Fasta :-

    >TA17680 MDNNRSPPFYLSNENPDSPQKKHLFSNRTNLSETYPGMENYLNGENTNTYILERSTKLWN HINTKPYSAKNHITRYLSKDKLEGATIGTYKEYVHKVVGEHKSENLGGDKVETISDIFSE TEDNVSILSRLHSLTLKKSTSFLDQVKPNKSVQDETNKLLEQNDNSEINCPDQEQVEKKY EEVKDNDVLKPLYSVDNAEEKPNYQVSTVNNVKIEIQNEANSVTTSDTVKIHSDIMYRID DANKVKIGEKNKDVASVGDISVNIALSPTVSENNPFDVQNIVSTQVPSKHEVYRDRKLFN RSTYIDNEVQKQYNRSYAYSTRVTNFHSSEMINYSNYIDYNPFSIFSVKENSGNELVKES DLKKLRTVILSSSHSEETLIKYFTEAICITNTHMMSQIIEFLVTFLRETHKIRQFVVRLM LCALSFHPEEFVNLFKADYLNVLFTPVIDDSIGVYFLKLLLSYKSTFGSRSEISTNIPYS INSQGLLMYSSNQELINTPRDTFISGKIETLYILKILLERSKASTVYSIPNSMLREQLCM LWYDMPKTIPNVNIIEVLLHWINSKEDLETKKYPFLLLEKVRDQHPFPNGQTIILSQFFM FALNHKANVNNHLEYVITIASSDSNPNESANVSKNNSIRRESMISSKNSFIKNSSRNSFV GLIRDENILETVLYRILYNFNERDLLDLWCLICVIPWKVTSPSSPFSRLFVYTLNTILKL TSMSYDNYPSMINETKIRLDIMENCLRICLARCSCPINSLNSLLQTTLLLNPESYRNESI QGITKGPGENIIISTLYKNGMILNSLCNFLWKCHFLWTRIKEGVNMEVVIVVTELYKILG NFTSVKPLDDTHLYNSVSNTNSGEMYKFFNDSANKGIWTKITTFIPQINLEQYFNTRELN GSEQYYQDMEEQEQNYDTFNETGRDDYMVYNEDELIDTGQVVGLKNLGNSCYLNSLLQSL CHTKLENNESNKMVNSLVKLFRKMKTTTKRSVSPKNVFKMMSENLTNSQQDVTEAIRYIS QAIDPNLELWKSVFAGLVVRRIKCLRCESSSDNEEIIYDFSLSLNKARSVQKMLDNFSKV ETLSGDNKYFCINCNKDVKAHMWNIIASPPSHLIIILNRNNWSYNETQKVLKAVKIDSHL FIEGFQYRLYGSIIHSGDSTDSGHYYFIGCDSEIFENWNKVDDSVVKPVHEFAVDDLSRD PSNTHVPYVLFYRCLQAPQTPKF
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/TA17680.fa Sequence name : TA17680 Sequence length : 1223 VALUES OF COMPUTED PARAMETERS Coef20 : 2.774 CoefTot : 0.000 ChDiff : -16 ZoneTo : 1 KR : 0 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.247 1.488 0.152 0.563 MesoH : -0.273 0.719 -0.253 0.287 MuHd_075 : 10.546 8.970 3.722 2.050 MuHd_095 : 19.894 6.106 3.992 2.204 MuHd_100 : 15.884 6.964 3.242 1.647 MuHd_105 : 5.375 5.171 1.658 0.901 Hmax_075 : -9.975 -5.133 -4.364 -0.157 Hmax_095 : -3.200 -5.300 -4.238 0.240 Hmax_100 : -2.400 -4.500 -3.906 0.240 Hmax_105 : -6.600 -5.300 -4.692 0.280 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.9945 0.0055 DFMC : 0.9832 0.0168
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 1223 TA17680 MDNNRSPPFYLSNENPDSPQKKHLFSNRTNLSETYPGMENYLNGENTNTYILERSTKLWNHINTKPYSAKNHITRYLSKD 80 KLEGATIGTYKEYVHKVVGEHKSENLGGDKVETISDIFSETEDNVSILSRLHSLTLKKSTSFLDQVKPNKSVQDETNKLL 160 EQNDNSEINCPDQEQVEKKYEEVKDNDVLKPLYSVDNAEEKPNYQVSTVNNVKIEIQNEANSVTTSDTVKIHSDIMYRID 240 DANKVKIGEKNKDVASVGDISVNIALSPTVSENNPFDVQNIVSTQVPSKHEVYRDRKLFNRSTYIDNEVQKQYNRSYAYS 320 TRVTNFHSSEMINYSNYIDYNPFSIFSVKENSGNELVKESDLKKLRTVILSSSHSEETLIKYFTEAICITNTHMMSQIIE 400 FLVTFLRETHKIRQFVVRLMLCALSFHPEEFVNLFKADYLNVLFTPVIDDSIGVYFLKLLLSYKSTFGSRSEISTNIPYS 480 INSQGLLMYSSNQELINTPRDTFISGKIETLYILKILLERSKASTVYSIPNSMLREQLCMLWYDMPKTIPNVNIIEVLLH 560 WINSKEDLETKKYPFLLLEKVRDQHPFPNGQTIILSQFFMFALNHKANVNNHLEYVITIASSDSNPNESANVSKNNSIRR 640 ESMISSKNSFIKNSSRNSFVGLIRDENILETVLYRILYNFNERDLLDLWCLICVIPWKVTSPSSPFSRLFVYTLNTILKL 720 TSMSYDNYPSMINETKIRLDIMENCLRICLARCSCPINSLNSLLQTTLLLNPESYRNESIQGITKGPGENIIISTLYKNG 800 MILNSLCNFLWKCHFLWTRIKEGVNMEVVIVVTELYKILGNFTSVKPLDDTHLYNSVSNTNSGEMYKFFNDSANKGIWTK 880 ITTFIPQINLEQYFNTRELNGSEQYYQDMEEQEQNYDTFNETGRDDYMVYNEDELIDTGQVVGLKNLGNSCYLNSLLQSL 960 CHTKLENNESNKMVNSLVKLFRKMKTTTKRSVSPKNVFKMMSENLTNSQQDVTEAIRYISQAIDPNLELWKSVFAGLVVR 1040 RIKCLRCESSSDNEEIIYDFSLSLNKARSVQKMLDNFSKVETLSGDNKYFCINCNKDVKAHMWNIIASPPSHLIIILNRN 1120 NWSYNETQKVLKAVKIDSHLFIEGFQYRLYGSIIHSGDSTDSGHYYFIGCDSEIFENWNKVDDSVVKPVHEFAVDDLSRD 1200 PSNTHVPYVLFYRCLQAPQTPKF 1280 ................................................................................ 80 ................................................................................ 160 ................................................................................ 240 ................................................................................ 320 ................................................................................ 400 ................................................................................ 480 ................................................................................ 560 ................................................................................ 640 ................................................................................ 720 ................................................................................ 800 ................................................................................ 880 ................................................................................ 960 .............................P.................................................. 1040 ................................................................................ 1120 ................................................................................ 1200 ....................... 1280 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 1 Name Pos Context Score Pred ____________________________v_________________ TA17680 5 --MDNNR|SP 0.098 . TA17680 21 NPDSPQK|KH 0.055 . TA17680 22 PDSPQKK|HL 0.179 . TA17680 28 KHLFSNR|TN 0.076 . TA17680 54 NTYILER|ST 0.103 . TA17680 57 ILERSTK|LW 0.139 . TA17680 65 WNHINTK|PY 0.079 . TA17680 70 TKPYSAK|NH 0.069 . TA17680 75 AKNHITR|YL 0.131 . TA17680 79 ITRYLSK|DK 0.074 . TA17680 81 RYLSKDK|LE 0.066 . TA17680 91 ATIGTYK|EY 0.064 . TA17680 96 YKEYVHK|VV 0.082 . TA17680 102 KVVGEHK|SE 0.075 . TA17680 110 ENLGGDK|VE 0.052 . TA17680 130 NVSILSR|LH 0.095 . TA17680 137 LHSLTLK|KS 0.068 . TA17680 138 HSLTLKK|ST 0.130 . TA17680 147 SFLDQVK|PN 0.063 . TA17680 150 DQVKPNK|SV 0.107 . TA17680 158 VQDETNK|LL 0.064 . TA17680 178 DQEQVEK|KY 0.067 . TA17680 179 QEQVEKK|YE 0.158 . TA17680 184 KKYEEVK|DN 0.073 . TA17680 190 KDNDVLK|PL 0.079 . TA17680 201 VDNAEEK|PN 0.067 . TA17680 213 STVNNVK|IE 0.064 . TA17680 230 TTSDTVK|IH 0.078 . TA17680 238 HSDIMYR|ID 0.082 . TA17680 244 RIDDANK|VK 0.053 . TA17680 246 DDANKVK|IG 0.069 . TA17680 250 KVKIGEK|NK 0.059 . TA17680 252 KIGEKNK|DV 0.107 . TA17680 289 STQVPSK|HE 0.058 . TA17680 294 SKHEVYR|DR 0.120 . TA17680 296 HEVYRDR|KL 0.082 . TA17680 297 EVYRDRK|LF 0.128 . TA17680 301 DRKLFNR|ST 0.136 . TA17680 311 IDNEVQK|QY 0.071 . TA17680 315 VQKQYNR|SY 0.101 . TA17680 322 SYAYSTR|VT 0.085 . TA17680 349 FSIFSVK|EN 0.074 . TA17680 358 SGNELVK|ES 0.066 . TA17680 363 VKESDLK|KL 0.066 . TA17680 364 KESDLKK|LR 0.108 . TA17680 366 SDLKKLR|TV 0.099 . TA17680 381 SEETLIK|YF 0.071 . TA17680 407 FLVTFLR|ET 0.094 . TA17680 411 FLRETHK|IR 0.062 . TA17680 413 RETHKIR|QF 0.088 . TA17680 418 IRQFVVR|LM 0.114 . TA17680 436 EFVNLFK|AD 0.056 . TA17680 458 IGVYFLK|LL 0.061 . TA17680 464 KLLLSYK|ST 0.086 . TA17680 470 KSTFGSR|SE 0.084 . TA17680 500 ELINTPR|DT 0.134 . TA17680 507 DTFISGK|IE 0.057 . TA17680 515 ETLYILK|IL 0.051 . TA17680 520 LKILLER|SK 0.090 . TA17680 522 ILLERSK|AS 0.055 . TA17680 535 IPNSMLR|EQ 0.080 . TA17680 547 LWYDMPK|TI 0.063 . TA17680 565 LHWINSK|ED 0.055 . TA17680 571 KEDLETK|KY 0.056 . TA17680 572 EDLETKK|YP 0.083 . TA17680 580 PFLLLEK|VR 0.051 . TA17680 582 LLLEKVR|DQ 0.113 . TA17680 606 MFALNHK|AN 0.058 . TA17680 634 ESANVSK|NN 0.081 . TA17680 639 SKNNSIR|RE 0.096 . TA17680 640 KNNSIRR|ES 0.167 . TA17680 647 ESMISSK|NS 0.066 . TA17680 652 SKNSFIK|NS 0.077 . TA17680 656 FIKNSSR|NS 0.092 . TA17680 664 SFVGLIR|DE 0.097 . TA17680 675 LETVLYR|IL 0.073 . TA17680 683 LYNFNER|DL 0.088 . TA17680 698 ICVIPWK|VT 0.067 . TA17680 708 PSSPFSR|LF 0.113 . TA17680 719 TLNTILK|LT 0.074 . TA17680 736 SMINETK|IR 0.064 . TA17680 738 INETKIR|LD 0.080 . TA17680 747 IMENCLR|IC 0.066 . TA17680 752 LRICLAR|CS 0.117 . TA17680 776 LNPESYR|NE 0.098 . TA17680 785 SIQGITK|GP 0.069 . TA17680 798 IISTLYK|NG 0.060 . TA17680 812 LCNFLWK|CH 0.062 . TA17680 819 CHFLWTR|IK 0.094 . TA17680 821 FLWTRIK|EG 0.059 . TA17680 837 VVTELYK|IL 0.059 . TA17680 846 GNFTSVK|PL 0.068 . TA17680 867 NSGEMYK|FF 0.070 . TA17680 875 FNDSANK|GI 0.076 . TA17680 880 NKGIWTK|IT 0.065 . TA17680 897 EQYFNTR|EL 0.102 . TA17680 924 TFNETGR|DD 0.114 . TA17680 945 GQVVGLK|NL 0.060 . TA17680 964 QSLCHTK|LE 0.057 . TA17680 972 ENNESNK|MV 0.082 . TA17680 979 MVNSLVK|LF 0.068 . TA17680 982 SLVKLFR|KM 0.087 . TA17680 983 LVKLFRK|MK 0.085 . TA17680 985 KLFRKMK|TT 0.127 . TA17680 989 KMKTTTK|RS 0.054 . TA17680 990 MKTTTKR|SV 0.587 *ProP* TA17680 995 KRSVSPK|NV 0.173 . TA17680 999 SPKNVFK|MM 0.085 . TA17680 1017 DVTEAIR|YI 0.098 . TA17680 1031 PNLELWK|SV 0.115 . TA17680 1040 FAGLVVR|RI 0.073 . TA17680 1041 AGLVVRR|IK 0.100 . TA17680 1043 LVVRRIK|CL 0.107 . TA17680 1046 RRIKCLR|CE 0.096 . TA17680 1066 FSLSLNK|AR 0.056 . TA17680 1068 LSLNKAR|SV 0.318 . TA17680 1072 KARSVQK|ML 0.071 . TA17680 1079 MLDNFSK|VE 0.062 . TA17680 1088 TLSGDNK|YF 0.069 . TA17680 1096 FCINCNK|DV 0.084 . TA17680 1099 NCNKDVK|AH 0.064 . TA17680 1119 LIIILNR|NN 0.086 . TA17680 1129 SYNETQK|VL 0.067 . TA17680 1132 ETQKVLK|AV 0.073 . TA17680 1135 KVLKAVK|ID 0.058 . TA17680 1148 IEGFQYR|LY 0.135 . TA17680 1180 IFENWNK|VD 0.058 . TA17680 1187 VDDSVVK|PV 0.072 . TA17680 1199 AVDDLSR|DP 0.082 . TA17680 1213 PYVLFYR|CL 0.082 . TA17680 1222 QAPQTPK|F- 0.068 . ____________________________^_________________

  • Fasta :-

    >TA17680 ATGGATAATAATAGAAGCCCACCCTTTTATCTCTCCAACGAGAATCCAGATAGCCCACAA AAGAAACATCTGTTCTCAAACAGAACAAACCTATCGGAAACATACCCAGGGATGGAAAAT TATTTAAATGGAGAAAATACAAATACATATATACTCGAAAGGTCAACCAAACTCTGGAAT CATATTAACACGAAACCATATTCAGCAAAGAATCATATAACAAGATATTTGTCAAAAGAT AAGTTAGAAGGAGCAACAATAGGAACATATAAAGAATATGTACATAAGGTAGTTGGAGAA CATAAATCAGAAAATTTGGGCGGAGATAAAGTTGAAACAATCAGTGACATTTTTTCAGAG ACTGAAGATAATGTTTCAATATTAAGTAGATTACATAGCCTAACCCTTAAAAAATCAACG TCATTTTTGGATCAAGTGAAGCCAAATAAATCAGTGCAAGATGAAACAAACAAACTACTT GAACAGAATGATAATTCTGAAATCAATTGCCCTGATCAAGAACAGGTAGAAAAAAAATAT GAGGAAGTTAAAGATAATGATGTTTTAAAGCCATTGTATTCAGTAGATAATGCAGAAGAA AAACCTAATTATCAAGTATCCACAGTAAATAATGTAAAGATTGAAATACAAAACGAAGCG AATTCAGTAACGACAAGTGATACAGTAAAGATACATTCGGATATAATGTATAGAATAGAT GATGCAAATAAAGTAAAGATTGGTGAAAAAAATAAAGATGTGGCATCAGTTGGAGATATT AGTGTGAATATAGCACTGTCACCAACAGTATCAGAAAATAACCCGTTTGATGTGCAAAAC ATAGTTTCAACACAAGTTCCGAGTAAACATGAAGTGTATAGAGATAGAAAACTGTTCAAT AGATCAACATACATAGACAATGAGGTACAAAAACAATATAACAGGAGTTACGCATATAGC ACTAGGGTCACAAATTTTCATTCCTCAGAAATGATCAACTACTCGAATTACATCGATTAT AACCCTTTCTCGATATTCTCAGTTAAGGAAAATAGCGGGAATGAGTTAGTAAAGGAGAGT GACCTTAAGAAACTCAGAACGGTGATATTAAGCAGTAGCCATAGCGAAGAGACTCTAATA AAGTACTTCACAGAGGCAATATGTATAACAAATACACACATGATGAGCCAGATCATCGAG TTCCTAGTAACCTTCCTTAGAGAAACACATAAAATTAGACAGTTTGTAGTTAGATTGATG CTATGCGCACTGTCATTTCACCCAGAAGAGTTTGTGAACCTGTTTAAAGCAGATTACCTG AACGTACTGTTCACACCAGTGATAGATGACTCAATAGGAGTGTATTTTCTGAAGCTGCTG CTTTCATACAAGTCAACATTTGGGTCCAGGTCTGAAATATCAACAAACATACCATATTCA ATAAATTCTCAAGGCCTGTTGATGTATTCAAGTAACCAAGAACTAATTAACACACCAAGA GATACTTTTATATCGGGGAAAATAGAAACTCTGTATATTCTGAAAATCTTGCTGGAACGT TCAAAAGCGTCGACAGTATACAGTATCCCAAACAGTATGCTGAGAGAACAGCTGTGCATG CTCTGGTACGATATGCCTAAAACAATACCAAACGTAAATATAATAGAAGTGTTGCTGCAC TGGATAAACTCGAAGGAGGACTTGGAGACAAAAAAGTACCCGTTCTTGCTCTTGGAAAAA GTAAGAGATCAGCACCCATTCCCAAATGGCCAGACGATTATATTGTCCCAATTCTTCATG TTTGCCCTGAACCACAAAGCAAACGTGAACAATCACTTGGAGTATGTAATTACTATCGCA AGCAGTGACTCTAACCCTAATGAAAGTGCTAATGTGTCAAAAAACAACAGCATCAGAAGA GAAAGCATGATTTCCTCAAAAAATAGTTTTATTAAGAATAGTTCGAGGAATAGTTTCGTA GGTTTAATTAGAGACGAGAATATATTGGAAACTGTGCTGTACAGGATACTGTACAACTTC AACGAGAGAGATTTGCTGGATCTGTGGTGCCTAATATGCGTAATACCGTGGAAAGTAACA AGCCCAAGCTCACCATTTTCAAGATTATTCGTATACACACTTAACACAATACTTAAACTG ACCTCTATGAGTTATGATAACTACCCGTCTATGATAAATGAAACAAAAATCAGGCTTGAT ATAATGGAAAATTGTCTAAGAATATGTTTGGCAAGGTGTTCGTGCCCAATAAACTCACTT AACTCACTCCTGCAAACGACATTGCTCCTAAACCCAGAGTCGTATCGCAATGAAAGTATA CAAGGCATAACTAAAGGACCGGGGGAAAATATAATAATCTCAACGTTGTATAAAAATGGA ATGATTCTGAATAGCCTGTGCAACTTCCTGTGGAAGTGCCACTTCCTGTGGACAAGAATA AAGGAAGGAGTGAACATGGAGGTAGTAATAGTGGTGACTGAGCTGTACAAAATACTGGGA AATTTCACAAGCGTGAAGCCTCTGGATGATACTCACCTGTATAACTCAGTGTCAAACACA AACAGCGGAGAGATGTACAAGTTCTTCAACGACTCAGCAAATAAGGGAATTTGGACCAAA ATAACAACATTCATACCGCAAATTAATTTGGAACAATATTTTAATACTCGAGAATTGAAT GGATCAGAACAATATTATCAGGATATGGAAGAACAAGAACAAAATTATGATACGTTCAAC GAAACGGGTAGAGATGATTATATGGTATATAACGAGGATGAACTAATTGATACGGGACAG GTGGTGGGATTAAAAAACCTAGGAAATAGCTGTTACCTGAACAGCCTGCTCCAGAGTCTG TGTCACACTAAGTTAGAAAATAATGAGAGCAACAAGATGGTAAATTCGTTGGTGAAGTTG TTTAGGAAGATGAAGACTACGACAAAGAGGTCAGTGTCGCCTAAGAACGTGTTTAAAATG ATGTCGGAAAATTTGACAAACTCCCAGCAAGATGTGACGGAAGCAATAAGATATATTTCA CAAGCTATTGACCCGAATCTTGAGCTTTGGAAGTCAGTGTTTGCAGGACTGGTAGTAAGG AGAATCAAGTGCTTGAGGTGTGAATCGTCCTCAGATAATGAGGAAATAATATACGATTTC TCATTAAGCCTAAACAAGGCAAGGTCCGTGCAGAAAATGCTCGACAACTTCTCCAAAGTT GAGACACTTTCAGGAGATAACAAATACTTCTGCATCAACTGTAATAAGGATGTTAAGGCA CACATGTGGAACATAATAGCTTCGCCCCCGTCACACCTTATCATCATACTCAATCGCAAC AACTGGAGCTATAACGAGACGCAGAAGGTTTTAAAAGCAGTCAAAATAGACTCCCACCTC TTCATTGAAGGATTCCAGTACAGACTCTATGGGTCTATAATACACTCGGGAGACTCAACT GATTCAGGCCACTACTACTTTATCGGATGTGATTCGGAAATCTTCGAAAATTGGAACAAA GTGGACGACTCTGTAGTGAAACCCGTTCATGAATTTGCCGTGGATGACCTATCCAGAGAC CCCTCGAATACACATGTGCCCTACGTCTTATTCTACAGGTGCTTACAGGCTCCACAAACA CCCAAATTTTAA
  • Download Fasta

  • Fasta :-

    MDNNRSPPFYLSNENPDSPQKKHLFSNRTNLSETYPGMENYLNGENTNTYILERSTKLWN HINTKPYSAKNHITRYLSKDKLEGATIGTYKEYVHKVVGEHKSENLGGDKVETISDIFSE TEDNVSILSRLHSLTLKKSTSFLDQVKPNKSVQDETNKLLEQNDNSEINCPDQEQVEKKY EEVKDNDVLKPLYSVDNAEEKPNYQVSTVNNVKIEIQNEANSVTTSDTVKIHSDIMYRID DANKVKIGEKNKDVASVGDISVNIALSPTVSENNPFDVQNIVSTQVPSKHEVYRDRKLFN RSTYIDNEVQKQYNRSYAYSTRVTNFHSSEMINYSNYIDYNPFSIFSVKENSGNELVKES DLKKLRTVILSSSHSEETLIKYFTEAICITNTHMMSQIIEFLVTFLRETHKIRQFVVRLM LCALSFHPEEFVNLFKADYLNVLFTPVIDDSIGVYFLKLLLSYKSTFGSRSEISTNIPYS INSQGLLMYSSNQELINTPRDTFISGKIETLYILKILLERSKASTVYSIPNSMLREQLCM LWYDMPKTIPNVNIIEVLLHWINSKEDLETKKYPFLLLEKVRDQHPFPNGQTIILSQFFM FALNHKANVNNHLEYVITIASSDSNPNESANVSKNNSIRRESMISSKNSFIKNSSRNSFV GLIRDENILETVLYRILYNFNERDLLDLWCLICVIPWKVTSPSSPFSRLFVYTLNTILKL TSMSYDNYPSMINETKIRLDIMENCLRICLARCSCPINSLNSLLQTTLLLNPESYRNESI QGITKGPGENIIISTLYKNGMILNSLCNFLWKCHFLWTRIKEGVNMEVVIVVTELYKILG NFTSVKPLDDTHLYNSVSNTNSGEMYKFFNDSANKGIWTKITTFIPQINLEQYFNTRELN GSEQYYQDMEEQEQNYDTFNETGRDDYMVYNEDELIDTGQVVGLKNLGNSCYLNSLLQSL CHTKLENNESNKMVNSLVKLFRKMKTTTKRSVSPKNVFKMMSENLTNSQQDVTEAIRYIS QAIDPNLELWKSVFAGLVVRRIKCLRCESSSDNEEIIYDFSLSLNKARSVQKMLDNFSKV ETLSGDNKYFCINCNKDVKAHMWNIIASPPSHLIIILNRNNWSYNETQKVLKAVKIDSHL FIEGFQYRLYGSIIHSGDSTDSGHYYFIGCDSEIFENWNKVDDSVVKPVHEFAVDDLSRD PSNTHVPYVLFYRCLQAPQTPKF

  • title: Active Site
  • coordinates: N946,C951,H1164,D1183
No Results
No Results
IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
TA17680498 TELINTPRDT0.994unspTA17680498 TELINTPRDT0.994unspTA17680498 TELINTPRDT0.994unspTA17680642 SIRRESMISS0.998unspTA17680645 SESMISSKNS0.995unspTA17680993 SKRSVSPKNV0.998unspTA176801049 SLRCESSSDN0.993unspTA1768078 STRYLSKDKL0.992unspTA17680347 SFSIFSVKEN0.99unsp

TA17680      



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