Tbg972.9.1720 | endo-beta-N-acetylglucosaminidase, putative

_IDPredictionOTHERSPmTPCS_Position
Tbg972.9.1720OTHER0.9993380.0003990.000262
No Results

  • Fasta :-

    >Tbg972.9.1720 MATSLVQLYCYDLSGGMAESMSLMLIGRHLEAIWHTGIVVYGKEYYFDGGVGIVHSSPGG SHFGTPKRVETLGTTTKGEGEFLEWVKQRRLDTFGPTHYNLLNRNCNHFTQAAAQFLVER DIPSEIRDMIPTVLDTPLGRMLKPMLEMATRGLEASAKTSQLSTSPRKKVSNTTETPTVS DSSTSLDVATGLNSEKSHLSVEEHEEVMLVRAMLQSNELLSSGTREGFNTTMGALILLRM VITNILRNPTQLKYRTLSTQDKEYKSKIAPLEEFGAADILRLCGFRLLQHPTLNQAVWFL SDADGSEDVLAIMVTHITELIELVESEYQSEFCAVEGDPNIGTFHKEKYPVPPLTSNASD PGDRAMEVIMHDAVKPISSLEDLMNWSPTSPGAITPAAPCRRRVQASVEDGPRLLICHDM KGGYLPTDYEHFAVCNRLMKGASALVPSVVNCSYTVSYWHHVDYFVYFSHNFVTVPPKEW ISYAHREGVPALGTFITEGESLTLRKILHDAQSSASTIRKLVDLCDAHNFDGYLMNIETN LDETLAKRLITFVAMLKKSLNKSRPPNSGERFVFWYDAVTVEGIVSYQNGLTSKNKPFFD VCNGLFTNYGWRPYSLPLSTAIAGQRNRDVFVGVDIFGRGVYGGGGYDSHKAADCASGAK LSIAIFAPGWTSECVGNGCREIFHRNDAHMWSKMQDIWTTKYLELDTLPVWTCFLDEVGT QFFVNGAPVLGCVSNQNSLGSGVKCSNDDTDLFFPEWCQISQTHIKPCYKLVRGGAEGDP WCVLPFEVVGKDGCHTNKDGQTVPLDWSTKQVWMGNRSMSFAAPPNATVPLMRWKVRLEV GAADGEKTSDALAFLDIAWLCNAVDAQAHSVRCVCVEGVNGSSTTRVVFDEQLASPERII VVATVGNWQIVRYVIPDNVTWTHVTCLSILNPSENESLVCTVGGVALTEPTYDNSTSVLL LGDAQILPSTSYTVDKTSDPTTCVVTLDVPNELRKKSNKVILFAKIGFPGGKLLSAYLGT HEISKQILLPLNIPSDAFVYEMFFYGSASGN
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/747 Sequence name : 747 Sequence length : 1051 VALUES OF COMPUTED PARAMETERS Coef20 : 3.787 CoefTot : 0.028 ChDiff : -26 ZoneTo : 11 KR : 0 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.171 1.647 0.154 0.549 MesoH : -0.043 0.564 -0.212 0.295 MuHd_075 : 11.559 5.679 5.202 1.331 MuHd_095 : 15.626 16.706 4.792 3.983 MuHd_100 : 9.515 11.452 3.578 3.058 MuHd_105 : 5.559 5.331 2.225 2.191 Hmax_075 : 14.467 13.067 3.882 4.515 Hmax_095 : 15.662 16.275 3.435 5.198 Hmax_100 : 14.200 13.800 3.351 5.300 Hmax_105 : 15.167 13.183 3.924 4.153 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.9808 0.0192 DFMC : 0.9781 0.0219
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 1051 Tbg972.9.1720 MATSLVQLYCYDLSGGMAESMSLMLIGRHLEAIWHTGIVVYGKEYYFDGGVGIVHSSPGGSHFGTPKRVETLGTTTKGEG 80 EFLEWVKQRRLDTFGPTHYNLLNRNCNHFTQAAAQFLVERDIPSEIRDMIPTVLDTPLGRMLKPMLEMATRGLEASAKTS 160 QLSTSPRKKVSNTTETPTVSDSSTSLDVATGLNSEKSHLSVEEHEEVMLVRAMLQSNELLSSGTREGFNTTMGALILLRM 240 VITNILRNPTQLKYRTLSTQDKEYKSKIAPLEEFGAADILRLCGFRLLQHPTLNQAVWFLSDADGSEDVLAIMVTHITEL 320 IELVESEYQSEFCAVEGDPNIGTFHKEKYPVPPLTSNASDPGDRAMEVIMHDAVKPISSLEDLMNWSPTSPGAITPAAPC 400 RRRVQASVEDGPRLLICHDMKGGYLPTDYEHFAVCNRLMKGASALVPSVVNCSYTVSYWHHVDYFVYFSHNFVTVPPKEW 480 ISYAHREGVPALGTFITEGESLTLRKILHDAQSSASTIRKLVDLCDAHNFDGYLMNIETNLDETLAKRLITFVAMLKKSL 560 NKSRPPNSGERFVFWYDAVTVEGIVSYQNGLTSKNKPFFDVCNGLFTNYGWRPYSLPLSTAIAGQRNRDVFVGVDIFGRG 640 VYGGGGYDSHKAADCASGAKLSIAIFAPGWTSECVGNGCREIFHRNDAHMWSKMQDIWTTKYLELDTLPVWTCFLDEVGT 720 QFFVNGAPVLGCVSNQNSLGSGVKCSNDDTDLFFPEWCQISQTHIKPCYKLVRGGAEGDPWCVLPFEVVGKDGCHTNKDG 800 QTVPLDWSTKQVWMGNRSMSFAAPPNATVPLMRWKVRLEVGAADGEKTSDALAFLDIAWLCNAVDAQAHSVRCVCVEGVN 880 GSSTTRVVFDEQLASPERIIVVATVGNWQIVRYVIPDNVTWTHVTCLSILNPSENESLVCTVGGVALTEPTYDNSTSVLL 960 LGDAQILPSTSYTVDKTSDPTTCVVTLDVPNELRKKSNKVILFAKIGFPGGKLLSAYLGTHEISKQILLPLNIPSDAFVY 1040 EMFFYGSASGN 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_________________ Tbg972.9.1720 28 SLMLIGR|HL 0.137 . Tbg972.9.1720 43 GIVVYGK|EY 0.062 . Tbg972.9.1720 67 SHFGTPK|RV 0.094 . Tbg972.9.1720 68 HFGTPKR|VE 0.150 . Tbg972.9.1720 77 TLGTTTK|GE 0.078 . Tbg972.9.1720 87 EFLEWVK|QR 0.054 . Tbg972.9.1720 89 LEWVKQR|RL 0.154 . Tbg972.9.1720 90 EWVKQRR|LD 0.133 . Tbg972.9.1720 104 HYNLLNR|NC 0.091 . Tbg972.9.1720 120 AQFLVER|DI 0.115 . Tbg972.9.1720 127 DIPSEIR|DM 0.084 . Tbg972.9.1720 140 LDTPLGR|ML 0.108 . Tbg972.9.1720 143 PLGRMLK|PM 0.086 . Tbg972.9.1720 151 MLEMATR|GL 0.125 . Tbg972.9.1720 158 GLEASAK|TS 0.062 . Tbg972.9.1720 167 QLSTSPR|KK 0.103 . Tbg972.9.1720 168 LSTSPRK|KV 0.109 . Tbg972.9.1720 169 STSPRKK|VS 0.130 . Tbg972.9.1720 196 TGLNSEK|SH 0.081 . Tbg972.9.1720 211 EEVMLVR|AM 0.084 . Tbg972.9.1720 225 LLSSGTR|EG 0.080 . Tbg972.9.1720 239 GALILLR|MV 0.095 . Tbg972.9.1720 247 VITNILR|NP 0.064 . Tbg972.9.1720 253 RNPTQLK|YR 0.060 . Tbg972.9.1720 255 PTQLKYR|TL 0.124 . Tbg972.9.1720 262 TLSTQDK|EY 0.072 . Tbg972.9.1720 265 TQDKEYK|SK 0.089 . Tbg972.9.1720 267 DKEYKSK|IA 0.076 . Tbg972.9.1720 281 GAADILR|LC 0.107 . Tbg972.9.1720 286 LRLCGFR|LL 0.072 . Tbg972.9.1720 346 NIGTFHK|EK 0.070 . Tbg972.9.1720 348 GTFHKEK|YP 0.068 . Tbg972.9.1720 364 ASDPGDR|AM 0.098 . Tbg972.9.1720 375 IMHDAVK|PI 0.083 . Tbg972.9.1720 401 TPAAPCR|RR 0.088 . Tbg972.9.1720 402 PAAPCRR|RV 0.220 . Tbg972.9.1720 403 AAPCRRR|VQ 0.123 . Tbg972.9.1720 413 SVEDGPR|LL 0.072 . Tbg972.9.1720 421 LICHDMK|GG 0.062 . Tbg972.9.1720 437 HFAVCNR|LM 0.072 . Tbg972.9.1720 440 VCNRLMK|GA 0.224 . Tbg972.9.1720 478 FVTVPPK|EW 0.062 . Tbg972.9.1720 486 WISYAHR|EG 0.113 . Tbg972.9.1720 505 GESLTLR|KI 0.083 . Tbg972.9.1720 506 ESLTLRK|IL 0.101 . Tbg972.9.1720 519 SSASTIR|KL 0.105 . Tbg972.9.1720 520 SASTIRK|LV 0.124 . Tbg972.9.1720 547 LDETLAK|RL 0.070 . Tbg972.9.1720 548 DETLAKR|LI 0.111 . Tbg972.9.1720 557 TFVAMLK|KS 0.052 . Tbg972.9.1720 558 FVAMLKK|SL 0.183 . Tbg972.9.1720 562 LKKSLNK|SR 0.066 . Tbg972.9.1720 564 KSLNKSR|PP 0.117 . Tbg972.9.1720 571 PPNSGER|FV 0.137 . Tbg972.9.1720 594 QNGLTSK|NK 0.055 . Tbg972.9.1720 596 GLTSKNK|PF 0.075 . Tbg972.9.1720 612 FTNYGWR|PY 0.091 . Tbg972.9.1720 626 TAIAGQR|NR 0.079 . Tbg972.9.1720 628 IAGQRNR|DV 0.214 . Tbg972.9.1720 639 GVDIFGR|GV 0.154 . Tbg972.9.1720 651 GGYDSHK|AA 0.075 . Tbg972.9.1720 660 DCASGAK|LS 0.061 . Tbg972.9.1720 680 CVGNGCR|EI 0.079 . Tbg972.9.1720 685 CREIFHR|ND 0.091 . Tbg972.9.1720 693 DAHMWSK|MQ 0.067 . Tbg972.9.1720 701 QDIWTTK|YL 0.065 . Tbg972.9.1720 744 SLGSGVK|CS 0.061 . Tbg972.9.1720 766 ISQTHIK|PC 0.072 . Tbg972.9.1720 770 HIKPCYK|LV 0.076 . Tbg972.9.1720 773 PCYKLVR|GG 0.102 . Tbg972.9.1720 791 PFEVVGK|DG 0.071 . Tbg972.9.1720 798 DGCHTNK|DG 0.071 . Tbg972.9.1720 810 PLDWSTK|QV 0.088 . Tbg972.9.1720 817 QVWMGNR|SM 0.110 . Tbg972.9.1720 833 ATVPLMR|WK 0.092 . Tbg972.9.1720 835 VPLMRWK|VR 0.059 . Tbg972.9.1720 837 LMRWKVR|LE 0.106 . Tbg972.9.1720 847 GAADGEK|TS 0.060 . Tbg972.9.1720 872 AQAHSVR|CV 0.182 . Tbg972.9.1720 886 NGSSTTR|VV 0.140 . Tbg972.9.1720 898 QLASPER|II 0.082 . Tbg972.9.1720 912 GNWQIVR|YV 0.131 . Tbg972.9.1720 976 TSYTVDK|TS 0.077 . Tbg972.9.1720 994 DVPNELR|KK 0.073 . Tbg972.9.1720 995 VPNELRK|KS 0.088 . Tbg972.9.1720 996 PNELRKK|SN 0.139 . Tbg972.9.1720 999 LRKKSNK|VI 0.070 . Tbg972.9.1720 1005 KVILFAK|IG 0.072 . Tbg972.9.1720 1012 IGFPGGK|LL 0.081 . Tbg972.9.1720 1025 GTHEISK|QI 0.060 . ____________________________^_________________

  • Fasta :-

    >Tbg972.9.1720 ATGGCCACATCTCTTGTGCAGTTGTATTGCTACGACCTCAGCGGAGGGATGGCGGAGTCC ATGAGCCTCATGTTGATAGGGCGCCATTTGGAAGCAATATGGCACACTGGAATTGTTGTG TATGGAAAGGAGTACTATTTTGACGGCGGGGTTGGCATTGTTCACTCCTCACCCGGTGGA TCTCACTTTGGCACGCCAAAACGGGTAGAAACACTCGGTACAACAACGAAAGGCGAAGGC GAGTTTCTTGAATGGGTTAAGCAGCGAAGGCTTGATACATTTGGCCCAACACACTACAAT CTCCTTAACCGAAATTGTAACCACTTCACGCAAGCGGCAGCGCAGTTTCTCGTAGAGCGT GACATTCCTAGTGAAATCCGCGATATGATTCCCACTGTGCTGGATACTCCCCTTGGCCGC ATGCTTAAACCCATGCTGGAAATGGCCACCAGAGGCTTGGAAGCATCCGCAAAGACATCA CAACTTTCTACTTCACCGCGGAAGAAAGTATCAAACACCACTGAAACGCCCACTGTGAGT GATTCCTCTACCTCCCTCGACGTTGCAACTGGCCTGAACTCGGAGAAATCTCATCTCTCA GTGGAGGAGCATGAAGAAGTAATGCTTGTCCGTGCGATGCTGCAGAGTAATGAATTGCTC TCGTCAGGGACGCGGGAAGGCTTTAACACGACGATGGGAGCACTTATCCTGCTTCGGATG GTCATAACAAATATCCTGAGGAATCCAACTCAACTCAAGTACAGGACGCTTTCTACTCAA GATAAGGAGTATAAGTCGAAAATAGCACCTCTGGAAGAGTTTGGTGCAGCCGATATACTG CGTCTCTGTGGGTTCCGTCTGTTGCAGCACCCGACGTTGAATCAAGCTGTGTGGTTCCTG AGTGATGCGGACGGCAGTGAAGATGTTCTGGCCATAATGGTGACCCACATCACCGAGTTG ATTGAGTTGGTGGAAAGTGAGTATCAATCAGAGTTTTGCGCAGTAGAGGGAGATCCAAAT ATAGGGACTTTCCATAAAGAAAAATACCCAGTTCCCCCCCTTACGTCAAACGCGAGTGAT CCAGGAGACAGGGCAATGGAGGTCATAATGCACGACGCTGTGAAACCTATCTCTTCGCTT GAAGACTTGATGAATTGGTCCCCTACATCACCTGGAGCAATTACCCCAGCAGCGCCGTGT CGCCGCCGCGTGCAGGCCAGTGTGGAAGATGGTCCGAGGCTTTTAATTTGCCATGACATG AAGGGTGGCTATCTTCCAACTGACTACGAGCACTTCGCTGTCTGTAATAGACTGATGAAG GGTGCATCAGCTCTCGTCCCGTCGGTGGTGAATTGTAGCTATACGGTAAGTTACTGGCAT CATGTGGACTACTTTGTTTACTTCTCGCACAACTTCGTTACGGTTCCCCCAAAGGAGTGG ATCAGCTACGCCCACCGCGAGGGGGTTCCAGCCCTTGGAACGTTTATTACCGAAGGCGAA AGCTTAACTCTTCGCAAGATTCTACATGATGCCCAAAGTTCGGCGTCCACCATTAGGAAG TTGGTGGATTTATGTGATGCACACAACTTTGATGGATACCTTATGAATATCGAAACAAAT TTAGATGAAACCCTTGCAAAGCGCTTGATAACGTTCGTGGCTATGTTAAAGAAATCCCTC AACAAATCGCGACCGCCTAACTCTGGGGAGCGCTTTGTATTCTGGTACGATGCTGTCACT GTGGAGGGAATTGTTTCGTATCAGAACGGTCTAACGTCCAAGAATAAGCCCTTTTTTGAT GTCTGCAACGGCTTGTTCACAAACTATGGCTGGAGACCGTACAGTCTCCCTTTATCCACT GCGATTGCGGGGCAAAGAAATCGCGATGTGTTTGTTGGTGTTGACATATTTGGCCGTGGT GTCTACGGAGGCGGAGGATACGATAGCCATAAAGCTGCAGACTGTGCATCTGGTGCAAAG CTTTCCATTGCCATTTTCGCGCCTGGTTGGACTTCTGAATGCGTAGGAAATGGCTGTCGC GAAATTTTTCACCGTAACGACGCGCACATGTGGAGTAAAATGCAGGATATATGGACTACC AAGTATCTTGAGTTGGACACTTTGCCGGTATGGACGTGCTTCCTTGACGAAGTTGGAACA CAATTCTTCGTGAATGGAGCTCCTGTTTTGGGTTGCGTTTCCAATCAAAATAGCCTTGGA AGCGGTGTAAAGTGCAGTAATGATGACACTGATCTTTTTTTCCCTGAGTGGTGCCAAATT TCGCAGACACACATAAAGCCTTGTTACAAGCTGGTGCGCGGTGGGGCGGAGGGGGATCCA TGGTGTGTGCTGCCGTTCGAAGTGGTGGGTAAAGATGGGTGCCACACCAATAAAGATGGA CAGACTGTGCCCCTCGATTGGTCGACAAAACAGGTGTGGATGGGTAACCGTAGCATGAGC TTCGCCGCTCCGCCAAACGCTACCGTTCCACTTATGCGATGGAAGGTACGTCTTGAAGTC GGAGCAGCTGACGGTGAGAAGACGTCCGACGCGCTGGCATTCCTTGACATTGCCTGGTTG TGTAACGCCGTAGATGCGCAAGCGCACTCCGTGCGCTGCGTGTGTGTCGAGGGTGTAAAT GGCTCTTCCACGACACGGGTCGTGTTTGACGAGCAGCTTGCATCCCCAGAGAGAATAATT GTCGTAGCAACTGTGGGAAATTGGCAGATTGTTCGTTACGTAATTCCGGACAACGTTACA TGGACGCACGTCACTTGTTTGTCGATACTAAACCCCTCTGAGAATGAATCACTTGTTTGC ACTGTGGGTGGCGTTGCCCTGACTGAGCCGACATACGATAATTCCACCAGTGTGTTGCTT TTGGGGGATGCACAAATCTTGCCCTCAACTTCGTATACGGTGGACAAAACATCAGACCCA ACCACATGCGTAGTCACACTTGACGTGCCGAATGAACTGAGAAAAAAATCAAACAAGGTC ATTCTGTTCGCGAAAATTGGGTTTCCGGGTGGAAAACTTCTGAGTGCGTACTTAGGAACG CATGAGATATCGAAGCAAATTCTGTTACCGTTGAATATACCGTCTGATGCTTTTGTTTAC GAAATGTTCTTCTATGGATCAGCTTCTGGAAACTAA
  • Download Fasta

  • Fasta :-

    MATSLVQLYCYDLSGGMAESMSLMLIGRHLEAIWHTGIVVYGKEYYFDGGVGIVHSSPGG SHFGTPKRVETLGTTTKGEGEFLEWVKQRRLDTFGPTHYNLLNRNCNHFTQAAAQFLVER DIPSEIRDMIPTVLDTPLGRMLKPMLEMATRGLEASAKTSQLSTSPRKKVSNTTETPTVS DSSTSLDVATGLNSEKSHLSVEEHEEVMLVRAMLQSNELLSSGTREGFNTTMGALILLRM VITNILRNPTQLKYRTLSTQDKEYKSKIAPLEEFGAADILRLCGFRLLQHPTLNQAVWFL SDADGSEDVLAIMVTHITELIELVESEYQSEFCAVEGDPNIGTFHKEKYPVPPLTSNASD PGDRAMEVIMHDAVKPISSLEDLMNWSPTSPGAITPAAPCRRRVQASVEDGPRLLICHDM KGGYLPTDYEHFAVCNRLMKGASALVPSVVNCSYTVSYWHHVDYFVYFSHNFVTVPPKEW ISYAHREGVPALGTFITEGESLTLRKILHDAQSSASTIRKLVDLCDAHNFDGYLMNIETN LDETLAKRLITFVAMLKKSLNKSRPPNSGERFVFWYDAVTVEGIVSYQNGLTSKNKPFFD VCNGLFTNYGWRPYSLPLSTAIAGQRNRDVFVGVDIFGRGVYGGGGYDSHKAADCASGAK LSIAIFAPGWTSECVGNGCREIFHRNDAHMWSKMQDIWTTKYLELDTLPVWTCFLDEVGT QFFVNGAPVLGCVSNQNSLGSGVKCSNDDTDLFFPEWCQISQTHIKPCYKLVRGGAEGDP WCVLPFEVVGKDGCHTNKDGQTVPLDWSTKQVWMGNRSMSFAAPPNATVPLMRWKVRLEV GAADGEKTSDALAFLDIAWLCNAVDAQAHSVRCVCVEGVNGSSTTRVVFDEQLASPERII VVATVGNWQIVRYVIPDNVTWTHVTCLSILNPSENESLVCTVGGVALTEPTYDNSTSVLL LGDAQILPSTSYTVDKTSDPTTCVVTLDVPNELRKKSNKVILFAKIGFPGGKLLSAYLGT HEISKQILLPLNIPSDAFVYEMFFYGSASGN

  • title: putative active site
  • coordinates: G423,F465,L534,N536,E538,T607,Y609,G610
No Results
No Results
IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
Tbg972.9.1720258 SYRTLSTQDK0.997unspTbg972.9.1720258 SYRTLSTQDK0.997unspTbg972.9.1720258 SYRTLSTQDK0.997unspTbg972.9.1720407 SRVQASVEDG0.998unspTbg972.9.1720568 SRPPNSGERF0.994unspTbg972.9.1720649 SGGYDSHKAA0.992unspTbg972.9.1720895 SEQLASPERI0.991unspTbg972.9.1720165 SQLSTSPRKK0.995unspTbg972.9.1720200 SKSHLSVEEH0.997unsp

     



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