Tbg972.9.9090 | ubiquitin carboxyl-terminal hydrolase, putative

_IDPredictionOTHERSPmTPCS_Position
Tbg972.9.9090OTHER0.9944640.0012640.004272
No Results

  • Fasta :-

    >Tbg972.9.9090 MLQVLGIVKHIFWNDAMYDRSLLPSEASMEKCHLTWSDLAAMTGRNRVALLAECGIHHSL NPVFMRAIHHVTSRSGSGCEGFQIVHTRLSARLWSPSLRRTSLLAPTVVNSDIFVDGKAE GIISDETVSSNAVNEHKRRRTKYNGLLNQGATCYLNSLLQTLFHISEFRLAIYQIPTAEE AEEKNDVNIKATKSIPYALQRLFCHLQTGSEAADTTELTESFGWSSSDSFVQHDVHELTC ELLDKLENKLGGVRKSDNGFTVEEIASNAISRLFVGILESFVRVGEVGYYGAKEQLFYDI QLVVKNTTDIYASLDKFFQVEVLDGKNKYCLEHDGQKTYHCAEKGVRLKLTPPILILHLT RFDYDPQKGETKVLSRWVYYHTLDLSKYVPHASLDEVHYTLCSVLVHSGSNAGFGHYFCF IWCSDAWYRFNDGVVSQASLRDVFETNFGGSRINYWGSQVPSIANAYMLVYIRTSQLKQM LRPVELKDVPLHVAQQLEREREEREKRLREKAEDHLYGRIHFIEPHDIVAKNEFLSCRRP AGAQFPSQRTLRVLLSSEALPAFNSFVDDKLGVRSSEQTLWYVASKGVRNRFSLHRRVSG RLAVSDVLGGDKECCVLVVNAANAHCIEVDGDEELEHDLIHHKVYTPMQLKVHFVGCTVI SRKKRVEFSDVFEKMESFVRSAIAGIADDVAKTRDHHLTGVCLKSVEEVRTPTVAPFLPL SLGGSRYDRDINKSVNKLTVLVEDEQGKFLSSQQYLQSGDTLIWQEETPGVDARNIFYSD IVSFQHFLRRRIPVEIKLNSPPSYPTLVDAQLADDMTYEQLQRYVARLIGQSDNYDRVRF TMYNPETRLPYFMKGRRSDRSNLTRLLSPPVQRSIPLSKILYYEYCKYTVTEIEAAHSLQ FKLFGSCVRPIGEYWVLMPREEQITPKALFGQCVKEISDVRATESVNSLAVSQSVRSDRE KEPQTGEMTQSELNYYASLDPQEAWRTLRLVDVWCGRIYNVFDKDHAQTFNRSTFEESAE YRIEELPKPIDGVPPQNQSIIQVHHFTLLRNRANPVDTHGNPFSIYIGHDEMAPSLLQRI AMKLGLSEAAVVDWKMALVKEDRVLEVLPTVAMGKQLFDFCDEHHYQPNKQPPTKMAFLG LEHAPLSKRCARKEDKVVIHN
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/324 Sequence name : 324 Sequence length : 1161 VALUES OF COMPUTED PARAMETERS Coef20 : 3.819 CoefTot : -0.647 ChDiff : -10 ZoneTo : 14 KR : 1 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.059 1.276 0.048 0.496 MesoH : -0.272 0.279 -0.304 0.234 MuHd_075 : 28.807 20.446 8.534 6.323 MuHd_095 : 16.696 18.625 5.866 3.557 MuHd_100 : 10.144 17.379 5.259 3.298 MuHd_105 : 6.826 15.897 4.683 3.284 Hmax_075 : 19.337 18.900 3.555 6.840 Hmax_095 : 9.450 18.500 1.775 5.920 Hmax_100 : 9.000 17.900 1.296 5.640 Hmax_105 : 10.100 14.500 1.146 5.120 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.8925 0.1075 DFMC : 0.9271 0.0729
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 1161 Tbg972.9.9090 MLQVLGIVKHIFWNDAMYDRSLLPSEASMEKCHLTWSDLAAMTGRNRVALLAECGIHHSLNPVFMRAIHHVTSRSGSGCE 80 GFQIVHTRLSARLWSPSLRRTSLLAPTVVNSDIFVDGKAEGIISDETVSSNAVNEHKRRRTKYNGLLNQGATCYLNSLLQ 160 TLFHISEFRLAIYQIPTAEEAEEKNDVNIKATKSIPYALQRLFCHLQTGSEAADTTELTESFGWSSSDSFVQHDVHELTC 240 ELLDKLENKLGGVRKSDNGFTVEEIASNAISRLFVGILESFVRVGEVGYYGAKEQLFYDIQLVVKNTTDIYASLDKFFQV 320 EVLDGKNKYCLEHDGQKTYHCAEKGVRLKLTPPILILHLTRFDYDPQKGETKVLSRWVYYHTLDLSKYVPHASLDEVHYT 400 LCSVLVHSGSNAGFGHYFCFIWCSDAWYRFNDGVVSQASLRDVFETNFGGSRINYWGSQVPSIANAYMLVYIRTSQLKQM 480 LRPVELKDVPLHVAQQLEREREEREKRLREKAEDHLYGRIHFIEPHDIVAKNEFLSCRRPAGAQFPSQRTLRVLLSSEAL 560 PAFNSFVDDKLGVRSSEQTLWYVASKGVRNRFSLHRRVSGRLAVSDVLGGDKECCVLVVNAANAHCIEVDGDEELEHDLI 640 HHKVYTPMQLKVHFVGCTVISRKKRVEFSDVFEKMESFVRSAIAGIADDVAKTRDHHLTGVCLKSVEEVRTPTVAPFLPL 720 SLGGSRYDRDINKSVNKLTVLVEDEQGKFLSSQQYLQSGDTLIWQEETPGVDARNIFYSDIVSFQHFLRRRIPVEIKLNS 800 PPSYPTLVDAQLADDMTYEQLQRYVARLIGQSDNYDRVRFTMYNPETRLPYFMKGRRSDRSNLTRLLSPPVQRSIPLSKI 880 LYYEYCKYTVTEIEAAHSLQFKLFGSCVRPIGEYWVLMPREEQITPKALFGQCVKEISDVRATESVNSLAVSQSVRSDRE 960 KEPQTGEMTQSELNYYASLDPQEAWRTLRLVDVWCGRIYNVFDKDHAQTFNRSTFEESAEYRIEELPKPIDGVPPQNQSI 1040 IQVHHFTLLRNRANPVDTHGNPFSIYIGHDEMAPSLLQRIAMKLGLSEAAVVDWKMALVKEDRVLEVLPTVAMGKQLFDF 1120 CDEHHYQPNKQPPTKMAFLGLEHAPLSKRCARKEDKVVIHN 1200 ................................................................................ 80 ................................................................................ 160 ................................................................................ 240 ................................................................................ 320 ................................................................................ 400 ................................................................................ 480 ..........................P..................................................... 560 ................................................................................ 640 ........................P....................................................... 720 ........P....................................................................... 800 ................................................................................ 880 ................................................................................ 960 ................................................................................ 1040 ................................................................................ 1120 ......................................... 1200 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 3 Name Pos Context Score Pred ____________________________v_________________ Tbg972.9.9090 9 QVLGIVK|HI 0.062 . Tbg972.9.9090 20 NDAMYDR|SL 0.179 . Tbg972.9.9090 31 SEASMEK|CH 0.056 . Tbg972.9.9090 45 LAAMTGR|NR 0.087 . Tbg972.9.9090 47 AMTGRNR|VA 0.078 . Tbg972.9.9090 66 LNPVFMR|AI 0.150 . Tbg972.9.9090 74 IHHVTSR|SG 0.201 . Tbg972.9.9090 88 FQIVHTR|LS 0.081 . Tbg972.9.9090 92 HTRLSAR|LW 0.151 . Tbg972.9.9090 99 LWSPSLR|RT 0.111 . Tbg972.9.9090 100 WSPSLRR|TS 0.095 . Tbg972.9.9090 118 DIFVDGK|AE 0.066 . Tbg972.9.9090 137 NAVNEHK|RR 0.062 . Tbg972.9.9090 138 AVNEHKR|RR 0.158 . Tbg972.9.9090 139 VNEHKRR|RT 0.130 . Tbg972.9.9090 140 NEHKRRR|TK 0.192 . Tbg972.9.9090 142 HKRRRTK|YN 0.179 . Tbg972.9.9090 169 FHISEFR|LA 0.106 . Tbg972.9.9090 184 AEEAEEK|ND 0.059 . Tbg972.9.9090 190 KNDVNIK|AT 0.066 . Tbg972.9.9090 193 VNIKATK|SI 0.085 . Tbg972.9.9090 201 IPYALQR|LF 0.096 . Tbg972.9.9090 245 TCELLDK|LE 0.061 . Tbg972.9.9090 249 LDKLENK|LG 0.062 . Tbg972.9.9090 254 NKLGGVR|KS 0.077 . Tbg972.9.9090 255 KLGGVRK|SD 0.128 . Tbg972.9.9090 272 ASNAISR|LF 0.120 . Tbg972.9.9090 283 ILESFVR|VG 0.083 . Tbg972.9.9090 293 VGYYGAK|EQ 0.054 . Tbg972.9.9090 305 DIQLVVK|NT 0.066 . Tbg972.9.9090 316 IYASLDK|FF 0.063 . Tbg972.9.9090 326 VEVLDGK|NK 0.058 . Tbg972.9.9090 328 VLDGKNK|YC 0.064 . Tbg972.9.9090 337 LEHDGQK|TY 0.068 . Tbg972.9.9090 344 TYHCAEK|GV 0.091 . Tbg972.9.9090 347 CAEKGVR|LK 0.062 . Tbg972.9.9090 349 EKGVRLK|LT 0.066 . Tbg972.9.9090 361 LILHLTR|FD 0.098 . Tbg972.9.9090 368 FDYDPQK|GE 0.068 . Tbg972.9.9090 372 PQKGETK|VL 0.062 . Tbg972.9.9090 376 ETKVLSR|WV 0.105 . Tbg972.9.9090 387 HTLDLSK|YV 0.067 . Tbg972.9.9090 429 CSDAWYR|FN 0.126 . Tbg972.9.9090 441 VSQASLR|DV 0.151 . Tbg972.9.9090 452 TNFGGSR|IN 0.077 . Tbg972.9.9090 473 YMLVYIR|TS 0.067 . Tbg972.9.9090 478 IRTSQLK|QM 0.058 . Tbg972.9.9090 482 QLKQMLR|PV 0.098 . Tbg972.9.9090 487 LRPVELK|DV 0.089 . Tbg972.9.9090 499 VAQQLER|ER 0.082 . Tbg972.9.9090 501 QQLERER|EE 0.069 . Tbg972.9.9090 504 EREREER|EK 0.223 . Tbg972.9.9090 506 EREEREK|RL 0.066 . Tbg972.9.9090 507 REEREKR|LR 0.615 *ProP* Tbg972.9.9090 509 EREKRLR|EK 0.075 . Tbg972.9.9090 511 EKRLREK|AE 0.070 . Tbg972.9.9090 519 EDHLYGR|IH 0.087 . Tbg972.9.9090 531 PHDIVAK|NE 0.057 . Tbg972.9.9090 538 NEFLSCR|RP 0.079 . Tbg972.9.9090 539 EFLSCRR|PA 0.175 . Tbg972.9.9090 549 AQFPSQR|TL 0.100 . Tbg972.9.9090 552 PSQRTLR|VL 0.238 . Tbg972.9.9090 570 NSFVDDK|LG 0.058 . Tbg972.9.9090 574 DDKLGVR|SS 0.110 . Tbg972.9.9090 586 LWYVASK|GV 0.079 . Tbg972.9.9090 589 VASKGVR|NR 0.077 . Tbg972.9.9090 591 SKGVRNR|FS 0.111 . Tbg972.9.9090 596 NRFSLHR|RV 0.138 . Tbg972.9.9090 597 RFSLHRR|VS 0.182 . Tbg972.9.9090 601 HRRVSGR|LA 0.125 . Tbg972.9.9090 612 DVLGGDK|EC 0.053 . Tbg972.9.9090 643 HDLIHHK|VY 0.061 . Tbg972.9.9090 651 YTPMQLK|VH 0.054 . Tbg972.9.9090 662 GCTVISR|KK 0.076 . Tbg972.9.9090 663 CTVISRK|KR 0.065 . Tbg972.9.9090 664 TVISRKK|RV 0.114 . Tbg972.9.9090 665 VISRKKR|VE 0.533 *ProP* Tbg972.9.9090 674 FSDVFEK|ME 0.064 . Tbg972.9.9090 680 KMESFVR|SA 0.174 . Tbg972.9.9090 692 IADDVAK|TR 0.073 . Tbg972.9.9090 694 DDVAKTR|DH 0.102 . Tbg972.9.9090 704 LTGVCLK|SV 0.132 . Tbg972.9.9090 710 KSVEEVR|TP 0.078 . Tbg972.9.9090 726 LSLGGSR|YD 0.087 . Tbg972.9.9090 729 GGSRYDR|DI 0.536 *ProP* Tbg972.9.9090 733 YDRDINK|SV 0.104 . Tbg972.9.9090 737 INKSVNK|LT 0.066 . Tbg972.9.9090 748 VEDEQGK|FL 0.071 . Tbg972.9.9090 774 TPGVDAR|NI 0.143 . Tbg972.9.9090 789 SFQHFLR|RR 0.095 . Tbg972.9.9090 790 FQHFLRR|RI 0.126 . Tbg972.9.9090 791 QHFLRRR|IP 0.097 . Tbg972.9.9090 797 RIPVEIK|LN 0.056 . Tbg972.9.9090 823 TYEQLQR|YV 0.130 . Tbg972.9.9090 827 LQRYVAR|LI 0.189 . Tbg972.9.9090 837 QSDNYDR|VR 0.075 . Tbg972.9.9090 839 DNYDRVR|FT 0.110 . Tbg972.9.9090 848 MYNPETR|LP 0.073 . Tbg972.9.9090 854 RLPYFMK|GR 0.068 . Tbg972.9.9090 856 PYFMKGR|RS 0.090 . Tbg972.9.9090 857 YFMKGRR|SD 0.186 . Tbg972.9.9090 860 KGRRSDR|SN 0.418 . Tbg972.9.9090 865 DRSNLTR|LL 0.119 . Tbg972.9.9090 873 LSPPVQR|SI 0.114 . Tbg972.9.9090 879 RSIPLSK|IL 0.067 . Tbg972.9.9090 887 LYYEYCK|YT 0.065 . Tbg972.9.9090 902 AHSLQFK|LF 0.079 . Tbg972.9.9090 909 LFGSCVR|PI 0.099 . Tbg972.9.9090 920 YWVLMPR|EE 0.069 . Tbg972.9.9090 927 EEQITPK|AL 0.075 . Tbg972.9.9090 935 LFGQCVK|EI 0.076 . Tbg972.9.9090 941 KEISDVR|AT 0.087 . Tbg972.9.9090 956 AVSQSVR|SD 0.214 . Tbg972.9.9090 959 QSVRSDR|EK 0.457 . Tbg972.9.9090 961 VRSDREK|EP 0.095 . Tbg972.9.9090 986 DPQEAWR|TL 0.089 . Tbg972.9.9090 989 EAWRTLR|LV 0.290 . Tbg972.9.9090 997 VDVWCGR|IY 0.078 . Tbg972.9.9090 1004 IYNVFDK|DH 0.078 . Tbg972.9.9090 1012 HAQTFNR|ST 0.155 . Tbg972.9.9090 1022 EESAEYR|IE 0.083 . Tbg972.9.9090 1028 RIEELPK|PI 0.086 . Tbg972.9.9090 1050 HHFTLLR|NR 0.070 . Tbg972.9.9090 1052 FTLLRNR|AN 0.072 . Tbg972.9.9090 1079 APSLLQR|IA 0.157 . Tbg972.9.9090 1083 LQRIAMK|LG 0.061 . Tbg972.9.9090 1095 AAVVDWK|MA 0.070 . Tbg972.9.9090 1100 WKMALVK|ED 0.065 . Tbg972.9.9090 1103 ALVKEDR|VL 0.082 . Tbg972.9.9090 1115 PTVAMGK|QL 0.066 . Tbg972.9.9090 1130 HHYQPNK|QP 0.064 . Tbg972.9.9090 1135 NKQPPTK|MA 0.093 . Tbg972.9.9090 1148 EHAPLSK|RC 0.060 . Tbg972.9.9090 1149 HAPLSKR|CA 0.240 . Tbg972.9.9090 1152 LSKRCAR|KE 0.369 . Tbg972.9.9090 1153 SKRCARK|ED 0.112 . Tbg972.9.9090 1156 CARKEDK|VV 0.076 . ____________________________^_________________

  • Fasta :-

    >Tbg972.9.9090 ATGCTTCAGGTTCTAGGTATTGTGAAGCACATTTTTTGGAATGACGCCATGTATGACAGG TCGCTATTACCATCGGAGGCATCGATGGAGAAATGCCACTTAACATGGAGTGACTTGGCG GCTATGACAGGTCGAAATCGTGTGGCCTTATTGGCTGAGTGTGGCATCCATCATTCACTT AATCCCGTTTTCATGCGGGCGATACATCATGTTACGTCGCGCAGTGGCTCAGGATGTGAG GGATTCCAGATAGTTCACACCCGCCTGAGTGCGCGTCTGTGGAGCCCTTCTCTCCGGAGA ACTTCTTTACTTGCTCCAACGGTTGTCAACAGCGACATTTTTGTGGATGGGAAGGCCGAA GGTATAATAAGTGACGAAACGGTATCGAGTAACGCAGTAAACGAGCACAAAAGGCGGAGA ACGAAGTATAATGGGTTATTGAATCAGGGAGCGACATGTTACTTGAATTCGCTCCTCCAG ACATTGTTCCACATTTCCGAGTTTCGGTTGGCAATTTATCAAATACCTACAGCAGAAGAA GCTGAGGAGAAAAACGATGTAAATATTAAGGCAACGAAGTCTATTCCGTATGCATTACAG AGGTTGTTCTGCCACCTCCAAACGGGGAGTGAGGCTGCTGATACTACTGAGCTTACCGAG TCTTTTGGATGGAGTTCAAGCGACAGTTTTGTCCAGCATGACGTTCACGAATTGACATGT GAACTGCTTGATAAGTTGGAAAACAAGTTAGGAGGAGTGCGAAAGTCAGATAATGGTTTT ACGGTGGAAGAGATTGCAAGCAATGCCATTAGTCGATTATTTGTTGGAATCTTAGAAAGT TTTGTTCGTGTCGGTGAAGTGGGTTACTATGGGGCAAAGGAGCAACTTTTTTACGATATA CAGTTGGTTGTGAAGAATACGACAGATATATACGCGAGTTTGGATAAATTTTTCCAAGTG GAGGTCCTTGATGGAAAGAACAAATATTGCCTCGAACACGACGGCCAAAAGACTTACCAC TGTGCAGAAAAGGGTGTTCGTCTGAAGCTTACCCCACCGATTCTAATTCTTCATTTGACA CGATTCGATTACGATCCGCAAAAAGGTGAGACGAAGGTTCTGAGTCGTTGGGTTTATTAC CACACACTGGACCTGTCTAAGTACGTGCCTCACGCCTCGTTGGATGAAGTTCACTACACC CTTTGTAGCGTGCTAGTTCATTCGGGCTCCAATGCTGGGTTTGGGCACTATTTTTGCTTT ATATGGTGCTCAGATGCGTGGTACAGGTTCAATGATGGTGTTGTGAGTCAGGCGTCACTT CGGGATGTTTTCGAAACAAACTTTGGAGGATCAAGAATAAACTACTGGGGTTCTCAGGTT CCGAGCATAGCCAACGCTTACATGTTGGTATACATCCGAACGTCTCAGTTAAAGCAGATG TTGCGGCCTGTCGAGTTGAAGGATGTTCCGTTGCACGTTGCACAGCAGTTGGAGAGAGAG CGCGAAGAGCGTGAAAAAAGACTCAGGGAGAAGGCTGAGGACCATTTGTACGGTCGCATC CACTTTATAGAACCCCATGATATTGTGGCTAAAAATGAGTTTCTTTCCTGCCGACGACCT GCTGGGGCGCAATTTCCGTCCCAAAGAACCCTTAGGGTGCTTCTGAGTTCCGAGGCCCTT CCAGCGTTTAACTCATTTGTTGATGATAAGCTGGGGGTCCGCAGTTCCGAGCAAACTCTG TGGTACGTAGCATCGAAAGGTGTACGCAATCGCTTCTCTTTGCATCGGCGTGTTTCAGGG AGACTTGCCGTGTCCGACGTATTAGGTGGGGATAAGGAATGTTGTGTTCTCGTTGTTAAC GCAGCTAATGCGCATTGCATCGAGGTAGATGGAGATGAAGAGCTGGAACATGACTTAATT CACCACAAAGTTTACACTCCTATGCAGCTGAAGGTTCACTTTGTTGGTTGCACAGTGATA TCCCGCAAGAAGAGGGTTGAATTTTCAGACGTTTTCGAAAAGATGGAATCCTTTGTACGG AGCGCCATAGCGGGGATTGCAGACGACGTGGCCAAAACGCGTGATCATCACTTGACTGGC GTATGTTTGAAGAGCGTTGAAGAAGTCAGGACACCTACGGTGGCCCCCTTTCTTCCCTTG TCGCTTGGTGGTTCTCGCTACGACAGGGACATTAACAAATCCGTGAATAAATTAACCGTA CTCGTCGAAGATGAACAGGGGAAATTTTTATCTTCTCAGCAGTACCTACAGTCCGGTGAC ACACTTATTTGGCAGGAGGAGACACCGGGGGTCGATGCGCGTAATATATTTTATTCCGAT ATTGTTAGTTTTCAGCATTTTCTCAGGCGTCGTATCCCCGTGGAGATCAAGCTAAATTCA CCCCCCTCGTACCCTACTCTTGTTGATGCGCAGTTGGCAGATGACATGACGTATGAACAG CTCCAGCGATATGTTGCTCGACTGATTGGTCAATCAGACAATTATGATCGTGTTCGTTTT ACGATGTATAATCCAGAAACTCGATTGCCGTATTTCATGAAGGGGCGCCGAAGTGATCGC TCGAATCTCACGAGGTTGCTTTCCCCTCCTGTTCAACGTTCTATACCACTCTCGAAAATT CTTTACTACGAGTACTGTAAGTACACGGTAACGGAAATTGAGGCGGCTCATTCGCTTCAG TTCAAGCTGTTTGGCAGTTGTGTAAGACCCATCGGTGAATACTGGGTGTTGATGCCACGT GAAGAGCAAATTACACCAAAAGCGCTTTTCGGCCAATGCGTGAAAGAGATCAGTGATGTG AGGGCCACCGAGTCCGTTAACTCACTAGCCGTTTCTCAGTCTGTGAGGAGTGACAGGGAG AAGGAGCCCCAGACTGGGGAGATGACTCAATCTGAATTAAACTACTACGCAAGCCTGGAC CCACAGGAGGCGTGGCGAACCCTCCGGTTGGTGGACGTGTGGTGTGGGAGGATTTACAAT GTTTTTGATAAGGATCATGCACAAACATTTAATCGCTCCACATTTGAGGAGAGTGCGGAA TATCGCATTGAGGAGTTGCCTAAACCCATAGATGGTGTTCCCCCCCAAAATCAGTCCATT ATCCAAGTACATCACTTTACACTGCTACGTAATCGTGCGAACCCTGTTGACACGCATGGC AATCCTTTCAGTATCTACATTGGTCATGACGAGATGGCACCATCACTCCTTCAGCGTATA GCGATGAAGCTAGGTTTAAGTGAAGCTGCAGTGGTTGACTGGAAGATGGCTCTTGTCAAG GAAGATCGTGTTCTAGAGGTGCTGCCCACTGTCGCGATGGGAAAACAGCTATTCGATTTT TGTGACGAACATCATTACCAGCCCAACAAACAACCCCCTACGAAGATGGCCTTCCTCGGC TTGGAACACGCTCCGTTATCGAAAAGATGTGCAAGGAAGGAGGATAAGGTTGTTATCCAC AATTAA
  • Download Fasta

  • Fasta :-

    MLQVLGIVKHIFWNDAMYDRSLLPSEASMEKCHLTWSDLAAMTGRNRVALLAECGIHHSL NPVFMRAIHHVTSRSGSGCEGFQIVHTRLSARLWSPSLRRTSLLAPTVVNSDIFVDGKAE GIISDETVSSNAVNEHKRRRTKYNGLLNQGATCYLNSLLQTLFHISEFRLAIYQIPTAEE AEEKNDVNIKATKSIPYALQRLFCHLQTGSEAADTTELTESFGWSSSDSFVQHDVHELTC ELLDKLENKLGGVRKSDNGFTVEEIASNAISRLFVGILESFVRVGEVGYYGAKEQLFYDI QLVVKNTTDIYASLDKFFQVEVLDGKNKYCLEHDGQKTYHCAEKGVRLKLTPPILILHLT RFDYDPQKGETKVLSRWVYYHTLDLSKYVPHASLDEVHYTLCSVLVHSGSNAGFGHYFCF IWCSDAWYRFNDGVVSQASLRDVFETNFGGSRINYWGSQVPSIANAYMLVYIRTSQLKQM LRPVELKDVPLHVAQQLEREREEREKRLREKAEDHLYGRIHFIEPHDIVAKNEFLSCRRP AGAQFPSQRTLRVLLSSEALPAFNSFVDDKLGVRSSEQTLWYVASKGVRNRFSLHRRVSG RLAVSDVLGGDKECCVLVVNAANAHCIEVDGDEELEHDLIHHKVYTPMQLKVHFVGCTVI SRKKRVEFSDVFEKMESFVRSAIAGIADDVAKTRDHHLTGVCLKSVEEVRTPTVAPFLPL SLGGSRYDRDINKSVNKLTVLVEDEQGKFLSSQQYLQSGDTLIWQEETPGVDARNIFYSD IVSFQHFLRRRIPVEIKLNSPPSYPTLVDAQLADDMTYEQLQRYVARLIGQSDNYDRVRF TMYNPETRLPYFMKGRRSDRSNLTRLLSPPVQRSIPLSKILYYEYCKYTVTEIEAAHSLQ FKLFGSCVRPIGEYWVLMPREEQITPKALFGQCVKEISDVRATESVNSLAVSQSVRSDRE KEPQTGEMTQSELNYYASLDPQEAWRTLRLVDVWCGRIYNVFDKDHAQTFNRSTFEESAE YRIEELPKPIDGVPPQNQSIIQVHHFTLLRNRANPVDTHGNPFSIYIGHDEMAPSLLQRI AMKLGLSEAAVVDWKMALVKEDRVLEVLPTVAMGKQLFDFCDEHHYQPNKQPPTKMAFLG LEHAPLSKRCARKEDKVVIHN

  • title: Active Site
  • coordinates: N148,C153,H416,D432
No Results
No Results
IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
Tbg972.9.9090599 SHRRVSGRLA0.995unspTbg972.9.9090599 SHRRVSGRLA0.995unspTbg972.9.9090599 SHRRVSGRLA0.995unspTbg972.9.9090705 SVCLKSVEEV0.991unspTbg972.9.9090858 SKGRRSDRSN0.997unspTbg972.9.9090957 SQSVRSDREK0.997unspTbg972.9.909077 SSRSGSGCEG0.998unspTbg972.9.9090102 SLRRTSLLAP0.991unsp

     



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