SPCC188.08c | ubiquitin C-terminal hydrolase Ubp5

_IDPredictionOTHERSPmTPCS_Position
SPCC188.08cOTHER0.9980930.0018530.000054
No Results

  • Fasta :-

    >SPCC188.08c MVTGETLVDSQKSLINNDTLLNEKLKEDFEENVSIDVKIHEELRRALPDYEESGFQRFTW HIKSWHELDRRAVSPQFAVGSRQFKITYFPQGTLQSAGFTSIFLEYIPSEEEKLSNKYGC CCQFAFVISNPRKPSLSVANSAHCRFSPEIVDWGFTQFAELKKLLCRQAPDVPPIVEDGA LLLTAYVRILKDPTGVLWHSFNDYDSKIATGYVGLKNQGATCYMNSLLQSLYIIHAFRRI VYQIPTDSPQGKDSIAYALQRCFYNLQFMNEPVSTTELTKSFGWDSLDSFMQHDVQEFNR VLQDNLERSMRDTKVENALTNLFVGKMKSYIACVNVNFESARSEDYWDIQLNVKGMKNLE DSFRSYIQVETLEGDNCYFADTYGFQEAKKGVIFESFPPILHLQLKRFEYDFERDMMIKI NDRYEFPLEFDAKAFLSPEADQSQNCEYVLYGVLVHSGDLHNGHYYALLKTEKDGPWYKY DDTRVTRATLREVLEENYGGDYIMHPPFRSPVKLKRFMSAYMLLYLRKDKLDELMNPVSA DEIPEHLKEALNPSIQLAELRRKERLESHLYTKVQLITPEFYSEHHEFDIADFGNAYKEE TIPQFRIKKEAKFSEFIPIVAEKLGYPQECMRFWYVVKRHNCTVRVESPVNELNSTMEEV KNVWNSQGEILRLYLEITPENELSSSLTHQNTGEWNAFIFVKYFDRKSQEISGCGTLHVN KSDEIRSICPLLCERANLPKNTPLNIYEEIKPGMVDFLRLEKTFTQSELSTGDIICFEPC RPSALEDDIVNSGFDSALKLYDFLSNKVLVLFRPRFIDQDSIIEFEMLLDRRIKYDDLCI ELGQKLGIGADHIRLTTCNPLTYSAGMVVPNDSNITLYEILYSSEEEMPSNVIFYETMDV SLSDLDRKRLVRLRWLVDGLANIELVEAYINKSGDINDLFGAVCERFPDSDLRKKKVRVY EVFESRYHRDLSLRTLIRTINPAATLVGEVVPLDQLQLYPEEKIVQVHHFHKDIARIHGI PFSFVIKPQEKFIDTKLRLAARTQYPESIFSVIKFCVVDFDNNRVVYLNDEDITYDVVEK LNGTLALDRAKKDSKKPNILDRAIQMKN
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/869 Sequence name : 869 Sequence length : 1108 VALUES OF COMPUTED PARAMETERS Coef20 : 3.732 CoefTot : -0.250 ChDiff : -35 ZoneTo : 4 KR : 0 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.053 1.218 0.005 0.449 MesoH : -0.562 0.273 -0.353 0.216 MuHd_075 : 9.915 3.011 2.227 1.381 MuHd_095 : 19.693 12.540 6.433 3.648 MuHd_100 : 18.489 10.861 5.519 3.533 MuHd_105 : 20.693 10.572 5.051 3.600 Hmax_075 : 3.383 6.067 -1.066 2.532 Hmax_095 : -1.400 4.400 -1.725 2.280 Hmax_100 : 4.400 8.900 -1.019 3.430 Hmax_105 : 4.400 9.450 -0.773 3.561 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.9883 0.0117 DFMC : 0.9697 0.0303
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 1108 SPCC188.08c MVTGETLVDSQKSLINNDTLLNEKLKEDFEENVSIDVKIHEELRRALPDYEESGFQRFTWHIKSWHELDRRAVSPQFAVG 80 SRQFKITYFPQGTLQSAGFTSIFLEYIPSEEEKLSNKYGCCCQFAFVISNPRKPSLSVANSAHCRFSPEIVDWGFTQFAE 160 LKKLLCRQAPDVPPIVEDGALLLTAYVRILKDPTGVLWHSFNDYDSKIATGYVGLKNQGATCYMNSLLQSLYIIHAFRRI 240 VYQIPTDSPQGKDSIAYALQRCFYNLQFMNEPVSTTELTKSFGWDSLDSFMQHDVQEFNRVLQDNLERSMRDTKVENALT 320 NLFVGKMKSYIACVNVNFESARSEDYWDIQLNVKGMKNLEDSFRSYIQVETLEGDNCYFADTYGFQEAKKGVIFESFPPI 400 LHLQLKRFEYDFERDMMIKINDRYEFPLEFDAKAFLSPEADQSQNCEYVLYGVLVHSGDLHNGHYYALLKTEKDGPWYKY 480 DDTRVTRATLREVLEENYGGDYIMHPPFRSPVKLKRFMSAYMLLYLRKDKLDELMNPVSADEIPEHLKEALNPSIQLAEL 560 RRKERLESHLYTKVQLITPEFYSEHHEFDIADFGNAYKEETIPQFRIKKEAKFSEFIPIVAEKLGYPQECMRFWYVVKRH 640 NCTVRVESPVNELNSTMEEVKNVWNSQGEILRLYLEITPENELSSSLTHQNTGEWNAFIFVKYFDRKSQEISGCGTLHVN 720 KSDEIRSICPLLCERANLPKNTPLNIYEEIKPGMVDFLRLEKTFTQSELSTGDIICFEPCRPSALEDDIVNSGFDSALKL 800 YDFLSNKVLVLFRPRFIDQDSIIEFEMLLDRRIKYDDLCIELGQKLGIGADHIRLTTCNPLTYSAGMVVPNDSNITLYEI 880 LYSSEEEMPSNVIFYETMDVSLSDLDRKRLVRLRWLVDGLANIELVEAYINKSGDINDLFGAVCERFPDSDLRKKKVRVY 960 EVFESRYHRDLSLRTLIRTINPAATLVGEVVPLDQLQLYPEEKIVQVHHFHKDIARIHGIPFSFVIKPQEKFIDTKLRLA 1040 ARTQYPESIFSVIKFCVVDFDNNRVVYLNDEDITYDVVEKLNGTLALDRAKKDSKKPNILDRAIQMKN 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_________________ SPCC188.08c 12 TLVDSQK|SL 0.080 . SPCC188.08c 24 DTLLNEK|LK 0.058 . SPCC188.08c 26 LLNEKLK|ED 0.071 . SPCC188.08c 38 NVSIDVK|IH 0.066 . SPCC188.08c 44 KIHEELR|RA 0.077 . SPCC188.08c 45 IHEELRR|AL 0.171 . SPCC188.08c 57 EESGFQR|FT 0.156 . SPCC188.08c 63 RFTWHIK|SW 0.080 . SPCC188.08c 70 SWHELDR|RA 0.097 . SPCC188.08c 71 WHELDRR|AV 0.246 . SPCC188.08c 82 QFAVGSR|QF 0.075 . SPCC188.08c 85 VGSRQFK|IT 0.160 . SPCC188.08c 113 IPSEEEK|LS 0.077 . SPCC188.08c 117 EEKLSNK|YG 0.064 . SPCC188.08c 132 FVISNPR|KP 0.070 . SPCC188.08c 133 VISNPRK|PS 0.090 . SPCC188.08c 145 ANSAHCR|FS 0.164 . SPCC188.08c 162 TQFAELK|KL 0.057 . SPCC188.08c 163 QFAELKK|LL 0.098 . SPCC188.08c 167 LKKLLCR|QA 0.113 . SPCC188.08c 188 LLTAYVR|IL 0.077 . SPCC188.08c 191 AYVRILK|DP 0.124 . SPCC188.08c 207 FNDYDSK|IA 0.067 . SPCC188.08c 216 TGYVGLK|NQ 0.065 . SPCC188.08c 238 YIIHAFR|RI 0.091 . SPCC188.08c 239 IIHAFRR|IV 0.346 . SPCC188.08c 252 TDSPQGK|DS 0.116 . SPCC188.08c 261 IAYALQR|CF 0.093 . SPCC188.08c 280 STTELTK|SF 0.075 . SPCC188.08c 300 DVQEFNR|VL 0.092 . SPCC188.08c 308 LQDNLER|SM 0.097 . SPCC188.08c 311 NLERSMR|DT 0.337 . SPCC188.08c 314 RSMRDTK|VE 0.104 . SPCC188.08c 326 TNLFVGK|MK 0.074 . SPCC188.08c 328 LFVGKMK|SY 0.089 . SPCC188.08c 342 VNFESAR|SE 0.141 . SPCC188.08c 354 DIQLNVK|GM 0.062 . SPCC188.08c 357 LNVKGMK|NL 0.080 . SPCC188.08c 364 NLEDSFR|SY 0.202 . SPCC188.08c 389 YGFQEAK|KG 0.058 . SPCC188.08c 390 GFQEAKK|GV 0.119 . SPCC188.08c 406 ILHLQLK|RF 0.064 . SPCC188.08c 407 LHLQLKR|FE 0.214 . SPCC188.08c 414 FEYDFER|DM 0.099 . SPCC188.08c 419 ERDMMIK|IN 0.071 . SPCC188.08c 423 MIKINDR|YE 0.091 . SPCC188.08c 433 PLEFDAK|AF 0.065 . SPCC188.08c 470 HYYALLK|TE 0.059 . SPCC188.08c 473 ALLKTEK|DG 0.059 . SPCC188.08c 479 KDGPWYK|YD 0.069 . SPCC188.08c 484 YKYDDTR|VT 0.104 . SPCC188.08c 487 DDTRVTR|AT 0.184 . SPCC188.08c 491 VTRATLR|EV 0.095 . SPCC188.08c 509 IMHPPFR|SP 0.130 . SPCC188.08c 513 PFRSPVK|LK 0.059 . SPCC188.08c 515 RSPVKLK|RF 0.073 . SPCC188.08c 516 SPVKLKR|FM 0.278 . SPCC188.08c 527 YMLLYLR|KD 0.060 . SPCC188.08c 528 MLLYLRK|DK 0.101 . SPCC188.08c 530 LYLRKDK|LD 0.095 . SPCC188.08c 548 EIPEHLK|EA 0.055 . SPCC188.08c 561 IQLAELR|RK 0.093 . SPCC188.08c 562 QLAELRR|KE 0.092 . SPCC188.08c 563 LAELRRK|ER 0.063 . SPCC188.08c 565 ELRRKER|LE 0.235 . SPCC188.08c 573 ESHLYTK|VQ 0.055 . SPCC188.08c 598 DFGNAYK|EE 0.055 . SPCC188.08c 606 ETIPQFR|IK 0.083 . SPCC188.08c 608 IPQFRIK|KE 0.064 . SPCC188.08c 609 PQFRIKK|EA 0.338 . SPCC188.08c 612 RIKKEAK|FS 0.083 . SPCC188.08c 623 IPIVAEK|LG 0.074 . SPCC188.08c 632 YPQECMR|FW 0.113 . SPCC188.08c 638 RFWYVVK|RH 0.057 . SPCC188.08c 639 FWYVVKR|HN 0.268 . SPCC188.08c 645 RHNCTVR|VE 0.105 . SPCC188.08c 661 STMEEVK|NV 0.080 . SPCC188.08c 672 SQGEILR|LY 0.077 . SPCC188.08c 702 NAFIFVK|YF 0.072 . SPCC188.08c 706 FVKYFDR|KS 0.077 . SPCC188.08c 707 VKYFDRK|SQ 0.138 . SPCC188.08c 721 GTLHVNK|SD 0.068 . SPCC188.08c 726 NKSDEIR|SI 0.216 . SPCC188.08c 735 CPLLCER|AN 0.068 . SPCC188.08c 740 ERANLPK|NT 0.065 . SPCC188.08c 751 NIYEEIK|PG 0.058 . SPCC188.08c 759 GMVDFLR|LE 0.073 . SPCC188.08c 762 DFLRLEK|TF 0.098 . SPCC188.08c 781 ICFEPCR|PS 0.077 . SPCC188.08c 799 GFDSALK|LY 0.051 . SPCC188.08c 807 YDFLSNK|VL 0.054 . SPCC188.08c 813 KVLVLFR|PR 0.077 . SPCC188.08c 815 LVLFRPR|FI 0.092 . SPCC188.08c 831 FEMLLDR|RI 0.066 . SPCC188.08c 832 EMLLDRR|IK 0.099 . SPCC188.08c 834 LLDRRIK|YD 0.124 . SPCC188.08c 845 CIELGQK|LG 0.053 . SPCC188.08c 854 IGADHIR|LT 0.093 . SPCC188.08c 907 SLSDLDR|KR 0.088 . SPCC188.08c 908 LSDLDRK|RL 0.066 . SPCC188.08c 909 SDLDRKR|LV 0.143 . SPCC188.08c 912 DRKRLVR|LR 0.151 . SPCC188.08c 914 KRLVRLR|WL 0.124 . SPCC188.08c 932 VEAYINK|SG 0.077 . SPCC188.08c 946 FGAVCER|FP 0.087 . SPCC188.08c 953 FPDSDLR|KK 0.068 . SPCC188.08c 954 PDSDLRK|KK 0.088 . SPCC188.08c 955 DSDLRKK|KV 0.126 . SPCC188.08c 956 SDLRKKK|VR 0.244 . SPCC188.08c 958 LRKKKVR|VY 0.136 . SPCC188.08c 966 YEVFESR|YH 0.073 . SPCC188.08c 969 FESRYHR|DL 0.351 . SPCC188.08c 974 HRDLSLR|TL 0.087 . SPCC188.08c 978 SLRTLIR|TI 0.100 . SPCC188.08c 1003 QLYPEEK|IV 0.076 . SPCC188.08c 1012 QVHHFHK|DI 0.090 . SPCC188.08c 1016 FHKDIAR|IH 0.097 . SPCC188.08c 1027 PFSFVIK|PQ 0.078 . SPCC188.08c 1031 VIKPQEK|FI 0.082 . SPCC188.08c 1036 EKFIDTK|LR 0.063 . SPCC188.08c 1038 FIDTKLR|LA 0.089 . SPCC188.08c 1042 KLRLAAR|TQ 0.084 . SPCC188.08c 1054 SIFSVIK|FC 0.062 . SPCC188.08c 1064 VDFDNNR|VV 0.079 . SPCC188.08c 1080 TYDVVEK|LN 0.064 . SPCC188.08c 1089 GTLALDR|AK 0.072 . SPCC188.08c 1091 LALDRAK|KD 0.067 . SPCC188.08c 1092 ALDRAKK|DS 0.257 . SPCC188.08c 1095 RAKKDSK|KP 0.060 . SPCC188.08c 1096 AKKDSKK|PN 0.090 . SPCC188.08c 1102 KPNILDR|AI 0.128 . SPCC188.08c 1107 DRAIQMK|N- 0.081 . ____________________________^_________________

  • Fasta :-

    >SPCC188.08c CCGATATTCAAATCCATTGTTTTACAGTCATTACTTGTTCCTTTATTATTTGAAAGCCTC ACAACTAAAAAAATTCTAAGATTTCATGGTCACGGGTGAAACTTTAGTAGACTCCCAAAA GTCACTCATTAATAATGATACACTCTTGAATGAGAAATTAAAAGAAGACTTTGAAGAAAA TGTTTCCATTGACGTTAAAATACACGAGGAATTGCGACGCGCTTTACCAGATTACGAAGA AAGCGGTTTTCAGAGATTTACTTGGCATATAAAGAGCTGGCATGAGTTGGATCGAAGAGC TGTGAGTCCCCAGTTTGCAGTTGGCAGTCGGCAATTTAAAATTACCTATTTTCCTCAAGG CACTCTTCAATCGGCTGGATTTACTTCAATATTTTTGGAATATATTCCAAGTGAAGAAGA AAAATTGAGCAATAAGTATGGTTGCTGTTGCCAATTTGCATTTGTCATTTCAAATCCAAG GAAGCCTTCTTTGAGCGTTGCCAACTCTGCTCATTGTCGATTTTCACCGGAGATTGTGGA TTGGGGCTTCACTCAATTTGCCGAGCTTAAAAAGCTATTATGCCGGCAAGCTCCCGACGT CCCTCCGATTGTTGAAGATGGCGCCTTACTTCTTACCGCCTATGTTCGAATTCTTAAAGA TCCTACTGGTGTACTTTGGCACTCTTTTAATGACTACGACTCTAAAATAGCCACCGGATA TGTAGGCTTAAAGAACCAAGGTGCTACCTGCTATATGAATTCTCTCTTACAATCCCTTTA CATAATACATGCTTTTCGACGAATCGTTTATCAAATTCCTACTGATAGCCCTCAAGGCAA GGACAGTATTGCATACGCGTTGCAACGCTGTTTCTATAACCTTCAATTTATGAATGAGCC CGTTTCCACCACTGAACTTACTAAATCGTTTGGTTGGGATTCTTTAGATTCGTTTATGCA ACATGACGTCCAAGAGTTCAACCGTGTTCTACAGGATAACTTAGAACGAAGCATGAGGGA TACTAAGGTTGAAAATGCACTTACCAACTTATTTGTCGGTAAAATGAAAAGTTATATTGC GTGCGTAAATGTTAATTTTGAATCTGCTCGTTCCGAAGATTATTGGGATATTCAGTTAAA TGTGAAAGGAATGAAAAACCTAGAGGATTCTTTTCGAAGCTATATTCAAGTCGAGACGTT AGAAGGTGATAACTGCTATTTTGCTGATACTTACGGATTTCAAGAAGCCAAAAAGGGTGT AATTTTTGAATCTTTCCCTCCTATTTTACATTTGCAATTGAAGCGATTTGAATATGATTT TGAAAGGGACATGATGATAAAAATAAACGATCGATACGAGTTTCCATTAGAGTTTGATGC TAAAGCGTTTTTAAGTCCCGAAGCCGATCAGTCTCAGAATTGTGAGTATGTTCTTTACGG TGTATTGGTCCATTCTGGTGATCTTCATAATGGGCATTACTATGCGTTATTAAAAACAGA AAAAGATGGTCCTTGGTATAAATATGATGACACGAGAGTCACCAGGGCTACTTTGAGAGA AGTTTTAGAAGAGAACTATGGTGGTGATTATATCATGCATCCTCCTTTTAGATCTCCTGT CAAACTAAAAAGATTCATGAGTGCATACATGCTTTTATATTTGCGCAAAGATAAATTAGA TGAACTCATGAATCCAGTTTCTGCTGATGAAATTCCAGAACATTTGAAAGAAGCTTTGAA TCCCAGTATCCAACTTGCTGAACTTCGCAGAAAAGAAAGACTAGAGAGCCATCTGTATAC TAAAGTGCAATTAATCACTCCAGAATTTTACAGTGAACATCATGAATTTGATATTGCCGA TTTTGGAAATGCTTACAAAGAAGAAACTATACCTCAATTTCGCATTAAAAAGGAGGCCAA GTTTTCTGAGTTTATCCCAATTGTTGCTGAAAAACTGGGCTATCCTCAGGAATGTATGCG TTTTTGGTATGTTGTCAAAAGACATAACTGTACCGTACGCGTGGAATCTCCTGTGAACGA ACTGAATTCTACAATGGAGGAAGTGAAAAACGTATGGAATTCACAAGGTGAAATCCTTCG CTTGTATTTAGAAATCACCCCAGAAAATGAGCTAAGCTCTTCTCTTACACACCAAAATAC TGGAGAATGGAATGCCTTCATTTTTGTTAAATATTTTGATCGAAAATCGCAAGAGATTTC TGGATGTGGAACTCTCCACGTTAATAAAAGCGATGAAATTCGTTCAATATGTCCGTTACT ATGCGAAAGAGCAAATTTACCGAAGAACACCCCGTTAAATATATATGAAGAAATTAAACC GGGGATGGTTGATTTTCTTCGGTTAGAAAAAACGTTTACACAAAGTGAATTGAGTACTGG TGATATTATATGTTTTGAACCATGCCGCCCATCTGCCTTAGAAGATGATATCGTTAACTC AGGTTTTGATAGTGCCCTTAAGTTATACGACTTTTTGAGCAATAAGGTTTTGGTATTATT TCGCCCGCGATTTATTGACCAAGATAGCATTATTGAATTTGAAATGCTGCTCGACCGAAG AATTAAATATGATGATCTATGTATTGAACTTGGTCAAAAACTTGGTATTGGTGCTGATCA TATTCGACTTACCACTTGCAATCCATTGACTTATTCTGCTGGGATGGTAGTCCCTAACGA TTCAAATATTACACTGTATGAAATTTTGTACAGCTCGGAGGAAGAAATGCCATCTAATGT TATTTTCTATGAGACTATGGACGTAAGTCTTTCAGACTTGGATCGTAAGCGTTTAGTAAG ATTACGCTGGCTAGTTGACGGATTAGCTAATATCGAATTAGTCGAAGCGTACATCAATAA ATCTGGGGATATCAACGACCTATTTGGTGCTGTTTGTGAACGATTTCCGGATAGCGATTT GCGAAAGAAAAAAGTTAGGGTATATGAGGTTTTTGAGAGTAGATATCATCGTGATCTTTC GTTGAGGACTCTTATAAGGACCATTAATCCTGCCGCTACTTTAGTTGGTGAAGTCGTACC CTTAGACCAGCTGCAGCTATACCCCGAAGAGAAAATTGTACAGGTCCATCATTTCCACAA GGATATTGCAAGAATTCATGGAATTCCGTTTAGTTTTGTCATTAAACCCCAGGAAAAATT CATCGATACAAAACTACGTCTTGCAGCTCGCACACAGTATCCAGAAAGCATTTTCAGCGT TATTAAATTCTGTGTGGTGGATTTTGATAACAATAGAGTTGTCTATTTGAATGATGAAGA CATTACATATGATGTTGTTGAAAAACTAAACGGTACATTGGCTTTGGATCGTGCTAAGAA AGATAGTAAGAAGCCGAATATACTCGACCGTGCTATTCAGATGAAAAATTAGTATTTAAA GGCTTTACAATCCTTGCTGGTTGTTTGGTCCTTACCTGTTGAGCATAAGGTGCATGAAGT TTTATACAGGTTCGATATTGCGAGCATAACAAAATGATATGAAGCATAAAAAATTATTTC ATCAATGTTGATATTGCATCTTTTGAGGATGCATATTCGAATTTGATACAATTAAAATCT TTCAAAAACAAATTCAAAATTAATGACATAGATCATTGAATCTAGTATGTAACGAAATGT CTAACTTCTTGATGAATATATGAAGAAAACCAATATATTTTTGCAACTGTTGAAAAATTA ATACAATTAAAATTGTTTCATTAAAAGCTGATTACGACATAATTTAATCAAATAACCGTA TGACTAAACGAAC
  • Download Fasta

  • Fasta :-

    MVTGETLVDSQKSLINNDTLLNEKLKEDFEENVSIDVKIHEELRRALPDYEESGFQRFTW HIKSWHELDRRAVSPQFAVGSRQFKITYFPQGTLQSAGFTSIFLEYIPSEEEKLSNKYGC CCQFAFVISNPRKPSLSVANSAHCRFSPEIVDWGFTQFAELKKLLCRQAPDVPPIVEDGA LLLTAYVRILKDPTGVLWHSFNDYDSKIATGYVGLKNQGATCYMNSLLQSLYIIHAFRRI VYQIPTDSPQGKDSIAYALQRCFYNLQFMNEPVSTTELTKSFGWDSLDSFMQHDVQEFNR VLQDNLERSMRDTKVENALTNLFVGKMKSYIACVNVNFESARSEDYWDIQLNVKGMKNLE DSFRSYIQVETLEGDNCYFADTYGFQEAKKGVIFESFPPILHLQLKRFEYDFERDMMIKI NDRYEFPLEFDAKAFLSPEADQSQNCEYVLYGVLVHSGDLHNGHYYALLKTEKDGPWYKY DDTRVTRATLREVLEENYGGDYIMHPPFRSPVKLKRFMSAYMLLYLRKDKLDELMNPVSA DEIPEHLKEALNPSIQLAELRRKERLESHLYTKVQLITPEFYSEHHEFDIADFGNAYKEE TIPQFRIKKEAKFSEFIPIVAEKLGYPQECMRFWYVVKRHNCTVRVESPVNELNSTMEEV KNVWNSQGEILRLYLEITPENELSSSLTHQNTGEWNAFIFVKYFDRKSQEISGCGTLHVN KSDEIRSICPLLCERANLPKNTPLNIYEEIKPGMVDFLRLEKTFTQSELSTGDIICFEPC RPSALEDDIVNSGFDSALKLYDFLSNKVLVLFRPRFIDQDSIIEFEMLLDRRIKYDDLCI ELGQKLGIGADHIRLTTCNPLTYSAGMVVPNDSNITLYEILYSSEEEMPSNVIFYETMDV SLSDLDRKRLVRLRWLVDGLANIELVEAYINKSGDINDLFGAVCERFPDSDLRKKKVRVY EVFESRYHRDLSLRTLIRTINPAATLVGEVVPLDQLQLYPEEKIVQVHHFHKDIARIHGI PFSFVIKPQEKFIDTKLRLAARTQYPESIFSVIKFCVVDFDNNRVVYLNDEDITYDVVEK LNGTLALDRAKKDSKKPNILDRAIQMKN

  • title: Active Site
  • coordinates: N217,C222,H464,D482
No Results
No Results
IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
SPCC188.08c274 SNEPVSTTEL0.995unspSPCC188.08c274 SNEPVSTTEL0.995unspSPCC188.08c274 SNEPVSTTEL0.995unspSPCC188.08c309 SNLERSMRDT0.998unspSPCC188.08c489 TVTRATLREV0.994unspSPCC188.08c648 SVRVESPVNE0.996unspSPCC188.08c770 SQSELSTGDI0.997unspSPCC188.08c884 SILYSSEEEM0.995unspSPCC188.08c1094 SAKKDSKKPN0.996unspSPCC188.08c74 SRRAVSPQFA0.994unspSPCC188.08c147 SHCRFSPEIV0.993unsp

SPCC188.08c      



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