EHI_012290 | ubiquitin carboxyl-terminal hydrolase domain containing protein

_IDPredictionOTHERSPmTPCS_Position
EHI_012290OTHER0.9981260.0001010.001773
No Results

  • Fasta :-

    >EHI_012290 MNWFNTNPFTDFYVAITHLKRENKFPTNYMNSIHDGKTKKYFAVPITFVKNIHDAAVAYS SLNEQDKQEMEKLYKLPKIDTALGLSDENGYLKGEVKENIDYLLISKKNKKMIKTLYGFF DEDIKFPKLPKVYIYKTQEHIIKESIPIHLTVVFHFIGLDHKENKSEYIGEIYKNITISK AIEKLQKDFQIDVNFTNYKVKVMKNEEEEVEDLENIISSILIDSNELNKVHVQIIEKQPT IPNINYPYESNVSSKYSGYYGIRNEEEPNGIKGVCGLHNLGNTCYMNSAIQCLIHTTPLV QFFQKDDWKKDINLNNPLGTSGKLVEQWSQLLRKYWSGYSTISPKEFKFAIGEFAPQFSG YQQHDSQELVAYLIDGIHEDLNRVLKKPYVETPDYNNEPDDEWAVAEWNRYKQRNDSIIT DLFAAQLKSKVICDVCHNTNMRFDPYVFLSLAIPNKQNSVSIYVCDKNYQNTKTIKINIK GKNIEEIIEESTKDICLNTNPNNFVIVQFGYEKKVEKIITNGKLEKDMEYGIIEKQDNES DFIVYDCLIKYASYRQYRIPIVFGKSINKEIVDEKIFELFKDTYKNNVNAWDSKTILSNK KIHEDEEDEEDNMNNNIKENQNNGTLIFNNKQLEKEQEEQLEKEQEIEEKKWYFEFNEEH ENIIQCQSIDSGTFKYLYDRGLSYRYNQIDGDPVTLEECFEAFEVEELMDENNKVYCSKC KEHQPSHKKVDLWSTNQILIIHLKRFGNSNGYSRDKITTFVDFPIESLDLTRFVKHYDPT TPPIYNLYGVTNHMGSLGGGHYVASARVGNDWYDFNDSTTSKIEGTKENIVSKNAYVLYY IRKDIDQQTNINTEEFTKEEGNEVQEELTPENDNGLMKEI
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/EHI_012290.fa Sequence name : EHI_012290 Sequence length : 880 VALUES OF COMPUTED PARAMETERS Coef20 : 3.825 CoefTot : -0.655 ChDiff : -36 ZoneTo : 10 KR : 0 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 0.800 1.376 0.048 0.562 MesoH : -0.870 -0.071 -0.498 0.126 MuHd_075 : 13.192 9.548 3.778 2.757 MuHd_095 : 15.808 13.661 5.340 3.830 MuHd_100 : 10.725 9.384 3.702 2.426 MuHd_105 : 11.316 4.410 3.796 1.589 Hmax_075 : 9.333 8.633 -0.267 4.290 Hmax_095 : 12.600 9.700 -0.051 4.980 Hmax_100 : 10.500 8.700 -0.211 4.400 Hmax_105 : 11.600 5.717 -0.112 3.768 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.9684 0.0316 DFMC : 0.9780 0.0220
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 880 EHI_012290 MNWFNTNPFTDFYVAITHLKRENKFPTNYMNSIHDGKTKKYFAVPITFVKNIHDAAVAYSSLNEQDKQEMEKLYKLPKID 80 TALGLSDENGYLKGEVKENIDYLLISKKNKKMIKTLYGFFDEDIKFPKLPKVYIYKTQEHIIKESIPIHLTVVFHFIGLD 160 HKENKSEYIGEIYKNITISKAIEKLQKDFQIDVNFTNYKVKVMKNEEEEVEDLENIISSILIDSNELNKVHVQIIEKQPT 240 IPNINYPYESNVSSKYSGYYGIRNEEEPNGIKGVCGLHNLGNTCYMNSAIQCLIHTTPLVQFFQKDDWKKDINLNNPLGT 320 SGKLVEQWSQLLRKYWSGYSTISPKEFKFAIGEFAPQFSGYQQHDSQELVAYLIDGIHEDLNRVLKKPYVETPDYNNEPD 400 DEWAVAEWNRYKQRNDSIITDLFAAQLKSKVICDVCHNTNMRFDPYVFLSLAIPNKQNSVSIYVCDKNYQNTKTIKINIK 480 GKNIEEIIEESTKDICLNTNPNNFVIVQFGYEKKVEKIITNGKLEKDMEYGIIEKQDNESDFIVYDCLIKYASYRQYRIP 560 IVFGKSINKEIVDEKIFELFKDTYKNNVNAWDSKTILSNKKIHEDEEDEEDNMNNNIKENQNNGTLIFNNKQLEKEQEEQ 640 LEKEQEIEEKKWYFEFNEEHENIIQCQSIDSGTFKYLYDRGLSYRYNQIDGDPVTLEECFEAFEVEELMDENNKVYCSKC 720 KEHQPSHKKVDLWSTNQILIIHLKRFGNSNGYSRDKITTFVDFPIESLDLTRFVKHYDPTTPPIYNLYGVTNHMGSLGGG 800 HYVASARVGNDWYDFNDSTTSKIEGTKENIVSKNAYVLYYIRKDIDQQTNINTEEFTKEEGNEVQEELTPENDNGLMKEI 880 ................................................................................ 80 ................................................................................ 160 ................................................................................ 240 ................................................................................ 320 ................................................................................ 400 ................................................................................ 480 ................................................................................ 560 ................................................................................ 640 ................................................................................ 720 ................................................................................ 800 ................................................................................ 880 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 0 Name Pos Context Score Pred ____________________________v_________________ EHI_012290 20 VAITHLK|RE 0.057 . EHI_012290 21 AITHLKR|EN 0.112 . EHI_012290 24 HLKRENK|FP 0.152 . EHI_012290 37 NSIHDGK|TK 0.056 . EHI_012290 39 IHDGKTK|KY 0.083 . EHI_012290 40 HDGKTKK|YF 0.106 . EHI_012290 50 VPITFVK|NI 0.073 . EHI_012290 67 SLNEQDK|QE 0.072 . EHI_012290 72 DKQEMEK|LY 0.056 . EHI_012290 75 EMEKLYK|LP 0.054 . EHI_012290 78 KLYKLPK|ID 0.065 . EHI_012290 93 DENGYLK|GE 0.059 . EHI_012290 97 YLKGEVK|EN 0.065 . EHI_012290 107 DYLLISK|KN 0.054 . EHI_012290 108 YLLISKK|NK 0.081 . EHI_012290 110 LISKKNK|KM 0.082 . EHI_012290 111 ISKKNKK|MI 0.119 . EHI_012290 114 KNKKMIK|TL 0.067 . EHI_012290 125 FFDEDIK|FP 0.050 . EHI_012290 128 EDIKFPK|LP 0.059 . EHI_012290 131 KFPKLPK|VY 0.057 . EHI_012290 136 PKVYIYK|TQ 0.072 . EHI_012290 143 TQEHIIK|ES 0.071 . EHI_012290 162 FIGLDHK|EN 0.058 . EHI_012290 165 LDHKENK|SE 0.106 . EHI_012290 174 YIGEIYK|NI 0.061 . EHI_012290 180 KNITISK|AI 0.083 . EHI_012290 184 ISKAIEK|LQ 0.059 . EHI_012290 187 AIEKLQK|DF 0.067 . EHI_012290 199 VNFTNYK|VK 0.057 . EHI_012290 201 FTNYKVK|VM 0.071 . EHI_012290 204 YKVKVMK|NE 0.073 . EHI_012290 229 DSNELNK|VH 0.059 . EHI_012290 237 HVQIIEK|QP 0.055 . EHI_012290 255 ESNVSSK|YS 0.095 . EHI_012290 263 SGYYGIR|NE 0.080 . EHI_012290 272 EEPNGIK|GV 0.064 . EHI_012290 305 LVQFFQK|DD 0.077 . EHI_012290 309 FQKDDWK|KD 0.057 . EHI_012290 310 QKDDWKK|DI 0.117 . EHI_012290 323 PLGTSGK|LV 0.078 . EHI_012290 333 QWSQLLR|KY 0.101 . EHI_012290 334 WSQLLRK|YW 0.115 . EHI_012290 345 YSTISPK|EF 0.065 . EHI_012290 348 ISPKEFK|FA 0.084 . EHI_012290 383 IHEDLNR|VL 0.069 . EHI_012290 386 DLNRVLK|KP 0.115 . EHI_012290 387 LNRVLKK|PY 0.113 . EHI_012290 410 AVAEWNR|YK 0.088 . EHI_012290 412 AEWNRYK|QR 0.067 . EHI_012290 414 WNRYKQR|ND 0.139 . EHI_012290 428 LFAAQLK|SK 0.073 . EHI_012290 430 AAQLKSK|VI 0.077 . EHI_012290 442 CHNTNMR|FD 0.096 . EHI_012290 456 SLAIPNK|QN 0.076 . EHI_012290 467 SIYVCDK|NY 0.058 . EHI_012290 473 KNYQNTK|TI 0.068 . EHI_012290 476 QNTKTIK|IN 0.071 . EHI_012290 480 TIKINIK|GK 0.075 . EHI_012290 482 KINIKGK|NI 0.097 . EHI_012290 493 IIEESTK|DI 0.068 . EHI_012290 513 VQFGYEK|KV 0.077 . EHI_012290 514 QFGYEKK|VE 0.087 . EHI_012290 517 YEKKVEK|II 0.069 . EHI_012290 523 KIITNGK|LE 0.060 . EHI_012290 526 TNGKLEK|DM 0.087 . EHI_012290 535 EYGIIEK|QD 0.056 . EHI_012290 550 VYDCLIK|YA 0.061 . EHI_012290 555 IKYASYR|QY 0.098 . EHI_012290 558 ASYRQYR|IP 0.238 . EHI_012290 565 IPIVFGK|SI 0.130 . EHI_012290 569 FGKSINK|EI 0.058 . EHI_012290 575 KEIVDEK|IF 0.063 . EHI_012290 581 KIFELFK|DT 0.068 . EHI_012290 585 LFKDTYK|NN 0.057 . EHI_012290 594 VNAWDSK|TI 0.062 . EHI_012290 600 KTILSNK|KI 0.070 . EHI_012290 601 TILSNKK|IH 0.118 . EHI_012290 618 NMNNNIK|EN 0.070 . EHI_012290 631 TLIFNNK|QL 0.083 . EHI_012290 635 NNKQLEK|EQ 0.067 . EHI_012290 643 QEEQLEK|EQ 0.062 . EHI_012290 650 EQEIEEK|KW 0.065 . EHI_012290 651 QEIEEKK|WY 0.093 . EHI_012290 675 IDSGTFK|YL 0.089 . EHI_012290 680 FKYLYDR|GL 0.093 . EHI_012290 685 DRGLSYR|YN 0.111 . EHI_012290 714 LMDENNK|VY 0.055 . EHI_012290 719 NKVYCSK|CK 0.078 . EHI_012290 721 VYCSKCK|EH 0.064 . EHI_012290 728 EHQPSHK|KV 0.076 . EHI_012290 729 HQPSHKK|VD 0.086 . EHI_012290 744 ILIIHLK|RF 0.069 . EHI_012290 745 LIIHLKR|FG 0.159 . EHI_012290 754 NSNGYSR|DK 0.120 . EHI_012290 756 NGYSRDK|IT 0.062 . EHI_012290 772 ESLDLTR|FV 0.132 . EHI_012290 775 DLTRFVK|HY 0.129 . EHI_012290 807 HYVASAR|VG 0.080 . EHI_012290 822 NDSTTSK|IE 0.087 . EHI_012290 827 SKIEGTK|EN 0.065 . EHI_012290 833 KENIVSK|NA 0.069 . EHI_012290 842 YVLYYIR|KD 0.075 . EHI_012290 843 VLYYIRK|DI 0.149 . EHI_012290 858 NTEEFTK|EE 0.064 . EHI_012290 878 NDNGLMK|EI 0.074 . ____________________________^_________________

  • Fasta :-

    >EHI_012290 ATGAATTGGTTCAATACAAATCCTTTCACAGACTTCTATGTTGCAATTACTCATCTTAAA AGGGAGAACAAATTTCCAACAAATTATATGAATAGTATCCATGATGGTAAAACAAAAAAG TATTTTGCTGTACCAATAACATTTGTAAAGAATATTCATGATGCAGCAGTTGCTTATAGT TCATTAAATGAACAAGATAAACAAGAAATGGAAAAATTATATAAATTACCTAAAATAGAT ACAGCATTAGGATTAAGTGATGAAAATGGATATCTCAAAGGAGAAGTAAAAGAGAACATA GATTATTTATTAATTAGTAAAAAGAATAAGAAAATGATAAAAACACTCTATGGATTTTTT GATGAAGATATCAAATTTCCTAAATTACCTAAAGTTTATATTTATAAAACACAAGAACAT ATTATTAAAGAAAGTATTCCAATACATTTAACTGTTGTTTTTCATTTTATTGGACTTGAT CATAAAGAAAATAAAAGTGAATATATAGGAGAAATATATAAAAATATTACTATTTCAAAA GCAATTGAGAAATTACAAAAAGACTTTCAAATTGATGTTAACTTTACAAATTATAAAGTT AAAGTAATGAAAAATGAAGAAGAAGAAGTAGAAGATTTAGAAAATATTATATCATCAATT CTTATTGATTCAAATGAATTAAATAAAGTTCATGTTCAAATTATTGAAAAACAACCAACA ATACCAAATATAAATTATCCATATGAATCAAATGTTAGTTCAAAATATTCTGGATATTAT GGAATTAGAAATGAAGAAGAACCAAATGGAATAAAAGGTGTTTGTGGATTACATAATTTA GGAAATACATGTTATATGAATTCTGCTATTCAATGTTTAATTCATACAACTCCATTAGTT CAATTCTTTCAAAAAGATGATTGGAAAAAAGATATTAATTTAAATAATCCATTAGGAACA TCAGGTAAATTAGTTGAACAATGGAGTCAATTATTAAGAAAATATTGGTCAGGATATTCT ACTATTTCTCCTAAAGAATTTAAATTTGCTATTGGAGAATTTGCACCACAATTTAGTGGA TATCAACAACATGATTCACAAGAATTAGTAGCATATTTAATTGATGGAATACATGAAGAT TTAAATCGTGTTTTAAAGAAACCATATGTTGAAACACCAGATTATAATAATGAACCAGAT GATGAATGGGCTGTGGCTGAATGGAATAGATATAAACAAAGAAATGATTCAATTATTACA GACTTATTTGCAGCACAACTTAAAAGTAAAGTTATTTGTGATGTTTGTCATAATACCAAT ATGAGATTTGATCCATATGTATTCTTATCACTTGCAATTCCAAATAAACAAAACTCAGTA TCAATTTATGTTTGTGATAAGAATTATCAAAATACTAAAACAATTAAAATAAATATTAAA GGAAAAAACATTGAAGAAATTATTGAAGAATCAACAAAAGATATTTGTTTAAATACAAAT CCAAATAATTTTGTTATTGTACAATTTGGATATGAAAAAAAGGTTGAAAAAATAATAACA AATGGTAAATTAGAAAAAGACATGGAATATGGTATTATTGAAAAACAAGACAATGAATCT GATTTTATTGTTTATGATTGTTTAATAAAATATGCTTCATATAGACAATATAGAATACCA ATTGTGTTTGGTAAATCAATTAATAAAGAAATTGTTGATGAAAAAATATTTGAATTATTT AAAGATACTTATAAAAACAACGTAAATGCTTGGGACTCAAAAACTATTCTTTCTAATAAA AAAATTCATGAAGATGAAGAAGATGAAGAAGATAATATGAATAATAATATTAAAGAAAAT CAAAATAATGGTACTTTAATTTTTAATAATAAACAATTAGAAAAAGAACAAGAAGAACAA TTAGAAAAAGAACAAGAAATTGAAGAAAAAAAATGGTATTTTGAATTTAACGAAGAACAT GAAAATATTATTCAATGTCAAAGTATTGATAGTGGAACATTTAAATATTTATATGACAGA GGATTGTCATATCGTTATAATCAAATTGATGGTGATCCTGTTACTCTTGAAGAATGTTTT GAAGCATTTGAAGTAGAAGAATTAATGGATGAAAATAATAAAGTGTATTGTTCTAAATGT AAAGAACACCAACCATCACATAAAAAAGTTGATCTTTGGAGTACTAATCAAATACTTATT ATTCATTTAAAAAGATTTGGTAATAGCAATGGATATTCTCGTGATAAAATTACTACATTT GTTGATTTCCCAATTGAGTCATTAGATCTTACTCGTTTTGTTAAACACTATGACCCAACA ACACCTCCAATTTATAATTTATATGGTGTTACTAATCATATGGGTTCTCTTGGTGGTGGA CATTATGTTGCATCTGCTCGTGTTGGAAATGATTGGTATGATTTTAATGACTCAACCACT TCAAAGATTGAAGGAACAAAAGAAAATATTGTTTCAAAGAATGCTTATGTGTTGTATTAC ATTAGAAAAGATATTGACCAACAAACAAATATCAATACAGAAGAATTTACCAAAGAAGAA GGAAATGAAGTTCAAGAAGAATTAACACCAGAAAATGATAATGGCTTAATGAAAGAAATT TAA
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  • Fasta :-

    MNWFNTNPFTDFYVAITHLKRENKFPTNYMNSIHDGKTKKYFAVPITFVKNIHDAAVAYS SLNEQDKQEMEKLYKLPKIDTALGLSDENGYLKGEVKENIDYLLISKKNKKMIKTLYGFF DEDIKFPKLPKVYIYKTQEHIIKESIPIHLTVVFHFIGLDHKENKSEYIGEIYKNITISK AIEKLQKDFQIDVNFTNYKVKVMKNEEEEVEDLENIISSILIDSNELNKVHVQIIEKQPT IPNINYPYESNVSSKYSGYYGIRNEEEPNGIKGVCGLHNLGNTCYMNSAIQCLIHTTPLV QFFQKDDWKKDINLNNPLGTSGKLVEQWSQLLRKYWSGYSTISPKEFKFAIGEFAPQFSG YQQHDSQELVAYLIDGIHEDLNRVLKKPYVETPDYNNEPDDEWAVAEWNRYKQRNDSIIT DLFAAQLKSKVICDVCHNTNMRFDPYVFLSLAIPNKQNSVSIYVCDKNYQNTKTIKINIK GKNIEEIIEESTKDICLNTNPNNFVIVQFGYEKKVEKIITNGKLEKDMEYGIIEKQDNES DFIVYDCLIKYASYRQYRIPIVFGKSINKEIVDEKIFELFKDTYKNNVNAWDSKTILSNK KIHEDEEDEEDNMNNNIKENQNNGTLIFNNKQLEKEQEEQLEKEQEIEEKKWYFEFNEEH ENIIQCQSIDSGTFKYLYDRGLSYRYNQIDGDPVTLEECFEAFEVEELMDENNKVYCSKC KEHQPSHKKVDLWSTNQILIIHLKRFGNSNGYSRDKITTFVDFPIESLDLTRFVKHYDPT TPPIYNLYGVTNHMGSLGGGHYVASARVGNDWYDFNDSTTSKIEGTKENIVSKNAYVLYY IRKDIDQQTNINTEEFTKEEGNEVQEELTPENDNGLMKEI

    No Results
No Results
No Results
IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
EHI_012290726 SEHQPSHKKV0.992unspEHI_012290726 SEHQPSHKKV0.992unspEHI_012290726 SEHQPSHKKV0.992unspEHI_012290343 SYSTISPKEF0.998unspEHI_012290491 SIIEESTKDI0.996unsp

EHI_012290      



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