SPAP8A3.12c | tripeptidyl-peptidase II Tpp2

_IDPredictionOTHERSPmTPCS_Position
SPAP8A3.12cmTP0.3151220.0000330.684846CS pos: 31-32. VRY-LS. Pr: 0.4698
No Results

  • Fasta :-

    >SPAP8A3.12c MKFRLNANFNFSFRRYCFVQCRNKYHSHVRYLSSAKKSGILRNSYNQRTERYFTNIMIPS DYSNKFYPVDGVVPKHETQAYEFLKKFPEYDGRGVTVGILDTGVDPGAPGLSVTTTGLPK FKNIVDCTGAGDVDTSVEVAAADSNDYLTITGRSGRTLKLSKEWKNPSKKWKVGCKLAYE FFPKDLRKRLQKLETEDMNKSNRKLLQDATDEYAKFKDKFPEAPLDKDNLQTQKELEARI ECLKQLAEKFDNPGPLYDVVVFHDGEHWRVVIDSDQTGDIYLHKPLADFNVAQEWSTFGS LDLLSYGVHVYDNGNITSIVAVSGTHGTHVAGIIGANHPETPELNGAAPGCQLVSLMIGD GRLDSLETSHAFSRACSEIIKNEVDIINISFGEDAGIPNKGRVIELLRDELAGKRNVVIV SSAGNNGPAYTTVGAPGGTTFDVISVGAYVTSGMMQAQYNLLSTVHDTPYTWCSRGPTLD GDTGVSIYAPGGAITSVPPYSLQNSQLMNGTSMSSPSACGGISLILSALKAQKKPYTAAA IKKAVMYTSKDLRDDFNTGMLQVDNAYEYLAQSDFQYTGARSFTINGNIGNSKRGVYLRN PTEVCSPSRHMFNVAPKFEDGEEYEKSHFEVQLSLATTQPWIQAPEYVMMAGTGRGIPVR VDPTALAPGHHFGKVLAYDASNESRRCVFEIPVTVMKPSSISNTCFSLRDVSFEPTLIKR HFLVPPKGATYVEIRVKATSELESTNMLWISVNQTIPQTKLNEASTELIMPVTQNEVTTK LVSIDDSYTLELCMAQWWSSLEPMVLDIDVNFHGIKVVNGKEINLISSQGLKRVDCASIR RENFKPDITLKDYVDSFKPTNTVIKPLGDRDIMPDGQQLFELMATYSVEISEKTELKADF AVPHNMYDNGFNGLFFMVFDSQKQRVHYGDMYTSSHTLEKGEYLYKFQLLSVDPSTLERF RNVTLRLTKKLKKPITLPLYADHIDFCDNKTYERENIDAGVVESFVVGTNIEGEQYASEL KENSLLTGELKFGDCEKGTVPVTLVLPPKISTKEDTKLGEKCANIVQLQVDLLSKLADQE KEKHLKYLQSSYKNSLEVQLAKLDIVKETNERLSTADSILSLIDTEALSRYYSCQQKVED TIPRDVVLEKKMALQRDAFIRALVVKCETFSTQGHKDKDNYFQNYQLLLNWLENSDPRVW QIKKDYYKSQNQYGLALKALLELLKENGNSGKMDVAKLLSEEKELLVNLGWNYWHDIVFV ETVKRVPPYSYALF
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/120 Sequence name : 120 Sequence length : 1274 VALUES OF COMPUTED PARAMETERS Coef20 : 4.748 CoefTot : -0.657 ChDiff : -15 ZoneTo : 49 KR : 11 DE : 0 CleavSite : 40 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.647 1.294 0.327 0.564 MesoH : 0.275 0.306 -0.142 0.315 MuHd_075 : 31.445 17.556 9.401 7.634 MuHd_095 : 30.573 18.582 9.711 6.528 MuHd_100 : 26.769 17.734 8.336 6.472 MuHd_105 : 26.624 19.291 9.190 6.763 Hmax_075 : 7.933 4.900 4.434 3.313 Hmax_095 : -1.750 11.300 2.808 3.840 Hmax_100 : 9.400 11.300 2.808 1.660 Hmax_105 : 2.333 6.000 -0.309 2.485 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.0411 0.9589 DFMC : 0.0181 0.9819 This protein is probably imported in mitochondria. f(Ser) = 0.1224 f(Arg) = 0.1429 CMi = 0.45351 CMi is the Chloroplast/Mitochondria Index It has been proposed by Von Heijne et al (Eur J Biochem,1989, 180: 535-545)
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 1274 SPAP8A3.12c MKFRLNANFNFSFRRYCFVQCRNKYHSHVRYLSSAKKSGILRNSYNQRTERYFTNIMIPSDYSNKFYPVDGVVPKHETQA 80 YEFLKKFPEYDGRGVTVGILDTGVDPGAPGLSVTTTGLPKFKNIVDCTGAGDVDTSVEVAAADSNDYLTITGRSGRTLKL 160 SKEWKNPSKKWKVGCKLAYEFFPKDLRKRLQKLETEDMNKSNRKLLQDATDEYAKFKDKFPEAPLDKDNLQTQKELEARI 240 ECLKQLAEKFDNPGPLYDVVVFHDGEHWRVVIDSDQTGDIYLHKPLADFNVAQEWSTFGSLDLLSYGVHVYDNGNITSIV 320 AVSGTHGTHVAGIIGANHPETPELNGAAPGCQLVSLMIGDGRLDSLETSHAFSRACSEIIKNEVDIINISFGEDAGIPNK 400 GRVIELLRDELAGKRNVVIVSSAGNNGPAYTTVGAPGGTTFDVISVGAYVTSGMMQAQYNLLSTVHDTPYTWCSRGPTLD 480 GDTGVSIYAPGGAITSVPPYSLQNSQLMNGTSMSSPSACGGISLILSALKAQKKPYTAAAIKKAVMYTSKDLRDDFNTGM 560 LQVDNAYEYLAQSDFQYTGARSFTINGNIGNSKRGVYLRNPTEVCSPSRHMFNVAPKFEDGEEYEKSHFEVQLSLATTQP 640 WIQAPEYVMMAGTGRGIPVRVDPTALAPGHHFGKVLAYDASNESRRCVFEIPVTVMKPSSISNTCFSLRDVSFEPTLIKR 720 HFLVPPKGATYVEIRVKATSELESTNMLWISVNQTIPQTKLNEASTELIMPVTQNEVTTKLVSIDDSYTLELCMAQWWSS 800 LEPMVLDIDVNFHGIKVVNGKEINLISSQGLKRVDCASIRRENFKPDITLKDYVDSFKPTNTVIKPLGDRDIMPDGQQLF 880 ELMATYSVEISEKTELKADFAVPHNMYDNGFNGLFFMVFDSQKQRVHYGDMYTSSHTLEKGEYLYKFQLLSVDPSTLERF 960 RNVTLRLTKKLKKPITLPLYADHIDFCDNKTYERENIDAGVVESFVVGTNIEGEQYASELKENSLLTGELKFGDCEKGTV 1040 PVTLVLPPKISTKEDTKLGEKCANIVQLQVDLLSKLADQEKEKHLKYLQSSYKNSLEVQLAKLDIVKETNERLSTADSIL 1120 SLIDTEALSRYYSCQQKVEDTIPRDVVLEKKMALQRDAFIRALVVKCETFSTQGHKDKDNYFQNYQLLLNWLENSDPRVW 1200 QIKKDYYKSQNQYGLALKALLELLKENGNSGKMDVAKLLSEEKELLVNLGWNYWHDIVFVETVKRVPPYSYALF 1280 ................................................................................ 80 ................................................................................ 160 ................................................................................ 240 ................................................................................ 320 ................................................................................ 400 ................................................................................ 480 ................................................................................ 560 ................................................................................ 640 ................................................................................ 720 ................................................................................ 800 ................................................................................ 880 ................................................................................ 960 ................................................................................ 1040 ................................................................................ 1120 ................................................................................ 1200 .......................................................................... 1280 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 0 Name Pos Context Score Pred ____________________________v_________________ SPAP8A3.12c 2 -----MK|FR 0.066 . SPAP8A3.12c 4 ---MKFR|LN 0.092 . SPAP8A3.12c 14 NFNFSFR|RY 0.091 . SPAP8A3.12c 15 FNFSFRR|YC 0.158 . SPAP8A3.12c 22 YCFVQCR|NK 0.083 . SPAP8A3.12c 24 FVQCRNK|YH 0.065 . SPAP8A3.12c 30 KYHSHVR|YL 0.138 . SPAP8A3.12c 36 RYLSSAK|KS 0.068 . SPAP8A3.12c 37 YLSSAKK|SG 0.107 . SPAP8A3.12c 42 KKSGILR|NS 0.104 . SPAP8A3.12c 48 RNSYNQR|TE 0.096 . SPAP8A3.12c 51 YNQRTER|YF 0.278 . SPAP8A3.12c 65 PSDYSNK|FY 0.061 . SPAP8A3.12c 75 VDGVVPK|HE 0.076 . SPAP8A3.12c 85 QAYEFLK|KF 0.061 . SPAP8A3.12c 86 AYEFLKK|FP 0.110 . SPAP8A3.12c 93 FPEYDGR|GV 0.150 . SPAP8A3.12c 120 TTTGLPK|FK 0.067 . SPAP8A3.12c 122 TGLPKFK|NI 0.072 . SPAP8A3.12c 153 YLTITGR|SG 0.096 . SPAP8A3.12c 156 ITGRSGR|TL 0.251 . SPAP8A3.12c 159 RSGRTLK|LS 0.107 . SPAP8A3.12c 162 RTLKLSK|EW 0.052 . SPAP8A3.12c 165 KLSKEWK|NP 0.081 . SPAP8A3.12c 169 EWKNPSK|KW 0.065 . SPAP8A3.12c 170 WKNPSKK|WK 0.105 . SPAP8A3.12c 172 NPSKKWK|VG 0.086 . SPAP8A3.12c 176 KWKVGCK|LA 0.067 . SPAP8A3.12c 184 AYEFFPK|DL 0.075 . SPAP8A3.12c 187 FFPKDLR|KR 0.070 . SPAP8A3.12c 188 FPKDLRK|RL 0.093 . SPAP8A3.12c 189 PKDLRKR|LQ 0.120 . SPAP8A3.12c 192 LRKRLQK|LE 0.112 . SPAP8A3.12c 200 ETEDMNK|SN 0.074 . SPAP8A3.12c 203 DMNKSNR|KL 0.092 . SPAP8A3.12c 204 MNKSNRK|LL 0.096 . SPAP8A3.12c 215 ATDEYAK|FK 0.065 . SPAP8A3.12c 217 DEYAKFK|DK 0.081 . SPAP8A3.12c 219 YAKFKDK|FP 0.071 . SPAP8A3.12c 227 PEAPLDK|DN 0.068 . SPAP8A3.12c 234 DNLQTQK|EL 0.065 . SPAP8A3.12c 239 QKELEAR|IE 0.085 . SPAP8A3.12c 244 ARIECLK|QL 0.068 . SPAP8A3.12c 249 LKQLAEK|FD 0.068 . SPAP8A3.12c 269 HDGEHWR|VV 0.178 . SPAP8A3.12c 284 GDIYLHK|PL 0.067 . SPAP8A3.12c 362 LMIGDGR|LD 0.079 . SPAP8A3.12c 374 TSHAFSR|AC 0.153 . SPAP8A3.12c 381 ACSEIIK|NE 0.064 . SPAP8A3.12c 400 DAGIPNK|GR 0.058 . SPAP8A3.12c 402 GIPNKGR|VI 0.096 . SPAP8A3.12c 408 RVIELLR|DE 0.085 . SPAP8A3.12c 414 RDELAGK|RN 0.058 . SPAP8A3.12c 415 DELAGKR|NV 0.133 . SPAP8A3.12c 475 PYTWCSR|GP 0.072 . SPAP8A3.12c 530 LILSALK|AQ 0.053 . SPAP8A3.12c 533 SALKAQK|KP 0.058 . SPAP8A3.12c 534 ALKAQKK|PY 0.100 . SPAP8A3.12c 542 YTAAAIK|KA 0.058 . SPAP8A3.12c 543 TAAAIKK|AV 0.168 . SPAP8A3.12c 550 AVMYTSK|DL 0.082 . SPAP8A3.12c 553 YTSKDLR|DD 0.110 . SPAP8A3.12c 581 FQYTGAR|SF 0.128 . SPAP8A3.12c 593 GNIGNSK|RG 0.054 . SPAP8A3.12c 594 NIGNSKR|GV 0.287 . SPAP8A3.12c 599 KRGVYLR|NP 0.098 . SPAP8A3.12c 609 EVCSPSR|HM 0.085 . SPAP8A3.12c 617 MFNVAPK|FE 0.088 . SPAP8A3.12c 626 DGEEYEK|SH 0.068 . SPAP8A3.12c 655 MMAGTGR|GI 0.093 . SPAP8A3.12c 660 GRGIPVR|VD 0.095 . SPAP8A3.12c 674 PGHHFGK|VL 0.063 . SPAP8A3.12c 685 DASNESR|RC 0.088 . SPAP8A3.12c 686 ASNESRR|CV 0.354 . SPAP8A3.12c 697 IPVTVMK|PS 0.075 . SPAP8A3.12c 709 NTCFSLR|DV 0.163 . SPAP8A3.12c 719 FEPTLIK|RH 0.054 . SPAP8A3.12c 720 EPTLIKR|HF 0.115 . SPAP8A3.12c 727 HFLVPPK|GA 0.076 . SPAP8A3.12c 735 ATYVEIR|VK 0.087 . SPAP8A3.12c 737 YVEIRVK|AT 0.076 . SPAP8A3.12c 760 QTIPQTK|LN 0.069 . SPAP8A3.12c 780 QNEVTTK|LV 0.080 . SPAP8A3.12c 816 VNFHGIK|VV 0.076 . SPAP8A3.12c 821 IKVVNGK|EI 0.069 . SPAP8A3.12c 832 ISSQGLK|RV 0.070 . SPAP8A3.12c 833 SSQGLKR|VD 0.194 . SPAP8A3.12c 840 VDCASIR|RE 0.071 . SPAP8A3.12c 841 DCASIRR|EN 0.110 . SPAP8A3.12c 845 IRRENFK|PD 0.075 . SPAP8A3.12c 851 KPDITLK|DY 0.075 . SPAP8A3.12c 858 DYVDSFK|PT 0.070 . SPAP8A3.12c 865 PTNTVIK|PL 0.082 . SPAP8A3.12c 870 IKPLGDR|DI 0.108 . SPAP8A3.12c 893 SVEISEK|TE 0.059 . SPAP8A3.12c 897 SEKTELK|AD 0.075 . SPAP8A3.12c 923 MVFDSQK|QR 0.063 . SPAP8A3.12c 925 FDSQKQR|VH 0.095 . SPAP8A3.12c 940 SSHTLEK|GE 0.068 . SPAP8A3.12c 946 KGEYLYK|FQ 0.058 . SPAP8A3.12c 959 DPSTLER|FR 0.093 . SPAP8A3.12c 961 STLERFR|NV 0.089 . SPAP8A3.12c 966 FRNVTLR|LT 0.105 . SPAP8A3.12c 969 VTLRLTK|KL 0.088 . SPAP8A3.12c 970 TLRLTKK|LK 0.093 . SPAP8A3.12c 972 RLTKKLK|KP 0.060 . SPAP8A3.12c 973 LTKKLKK|PI 0.087 . SPAP8A3.12c 990 IDFCDNK|TY 0.062 . SPAP8A3.12c 994 DNKTYER|EN 0.084 . SPAP8A3.12c 1021 QYASELK|EN 0.056 . SPAP8A3.12c 1031 LLTGELK|FG 0.064 . SPAP8A3.12c 1037 KFGDCEK|GT 0.067 . SPAP8A3.12c 1049 TLVLPPK|IS 0.068 . SPAP8A3.12c 1053 PPKISTK|ED 0.068 . SPAP8A3.12c 1057 STKEDTK|LG 0.060 . SPAP8A3.12c 1061 DTKLGEK|CA 0.062 . SPAP8A3.12c 1075 QVDLLSK|LA 0.062 . SPAP8A3.12c 1081 KLADQEK|EK 0.067 . SPAP8A3.12c 1083 ADQEKEK|HL 0.069 . SPAP8A3.12c 1086 EKEKHLK|YL 0.072 . SPAP8A3.12c 1093 YLQSSYK|NS 0.063 . SPAP8A3.12c 1102 LEVQLAK|LD 0.068 . SPAP8A3.12c 1107 AKLDIVK|ET 0.064 . SPAP8A3.12c 1112 VKETNER|LS 0.066 . SPAP8A3.12c 1130 DTEALSR|YY 0.090 . SPAP8A3.12c 1137 YYSCQQK|VE 0.071 . SPAP8A3.12c 1144 VEDTIPR|DV 0.117 . SPAP8A3.12c 1150 RDVVLEK|KM 0.062 . SPAP8A3.12c 1151 DVVLEKK|MA 0.087 . SPAP8A3.12c 1156 KKMALQR|DA 0.112 . SPAP8A3.12c 1161 QRDAFIR|AL 0.119 . SPAP8A3.12c 1166 IRALVVK|CE 0.073 . SPAP8A3.12c 1176 FSTQGHK|DK 0.074 . SPAP8A3.12c 1178 TQGHKDK|DN 0.095 . SPAP8A3.12c 1198 LENSDPR|VW 0.088 . SPAP8A3.12c 1203 PRVWQIK|KD 0.065 . SPAP8A3.12c 1204 RVWQIKK|DY 0.150 . SPAP8A3.12c 1208 IKKDYYK|SQ 0.089 . SPAP8A3.12c 1218 QYGLALK|AL 0.058 . SPAP8A3.12c 1225 ALLELLK|EN 0.066 . SPAP8A3.12c 1232 ENGNSGK|MD 0.073 . SPAP8A3.12c 1237 GKMDVAK|LL 0.086 . SPAP8A3.12c 1243 KLLSEEK|EL 0.057 . SPAP8A3.12c 1264 VFVETVK|RV 0.058 . SPAP8A3.12c 1265 FVETVKR|VP 0.100 . ____________________________^_________________

  • Fasta :-

    >SPAP8A3.12c ATGAAATTTCGTTTAAATGCTAATTTCAACTTCTCGTTCCGACGTTACTGCTTCGTTCAG TGTCGAAATAAATACCATTCTCACGTAAGGTACTTGTCATCAGCCAAGAAGTCTGGCATT TTACGAAACTCTTATAATCAAAGAACTGAACGATATTTTACGAATATTATGATACCTTCG GATTATTCAAATAAATTCTATCCTGTAGATGGCGTTGTTCCCAAGCATGAAACACAAGCT TATGAGTTTTTGAAGAAATTTCCTGAATATGATGGTAGAGGTGTCACTGTTGGCATTTTG GATACAGGAGTCGATCCTGGAGCTCCAGGTTTATCGGTAACAACCACCGGTTTACCAAAA TTCAAAAATATTGTCGATTGTACTGGAGCTGGTGATGTTGATACAAGCGTGGAAGTTGCT GCAGCTGATTCAAATGATTACTTGACTATTACGGGTCGTTCAGGAAGGACCTTAAAATTA TCGAAAGAATGGAAGAATCCCTCGAAGAAATGGAAAGTGGGTTGTAAACTTGCTTATGAG TTCTTTCCTAAGGATCTGAGAAAACGATTGCAAAAACTAGAAACCGAAGACATGAACAAG AGTAATAGAAAGCTTTTACAAGATGCTACAGACGAGTATGCTAAATTCAAGGATAAGTTT CCTGAAGCACCGCTCGATAAGGATAACCTACAGACACAGAAGGAACTTGAGGCTAGGATC GAGTGCTTAAAGCAGCTTGCTGAAAAGTTTGACAATCCGGGACCACTCTATGATGTAGTC GTATTCCATGATGGTGAACATTGGCGTGTAGTTATTGACTCTGACCAAACTGGTGACATA TATTTACATAAGCCACTCGCTGATTTTAATGTAGCACAAGAATGGTCTACCTTTGGATCT CTCGATTTACTTAGCTACGGTGTTCACGTTTATGACAACGGGAACATAACATCAATAGTC GCAGTGAGCGGTACTCATGGTACGCATGTAGCTGGTATCATTGGAGCGAACCATCCCGAG ACACCTGAATTAAATGGCGCTGCTCCAGGTTGCCAACTTGTTTCACTTATGATTGGAGAT GGTCGTTTGGACTCTTTGGAAACAAGTCATGCCTTTTCTCGTGCTTGTTCAGAAATTATA AAAAATGAAGTTGATATTATAAACATTAGTTTTGGAGAGGATGCTGGTATTCCGAATAAG GGTCGCGTTATTGAACTCCTTCGTGATGAACTTGCTGGAAAGAGGAATGTTGTCATAGTT TCTTCTGCTGGTAATAATGGACCTGCTTATACAACGGTTGGAGCTCCTGGTGGAACAACT TTTGATGTAATCTCTGTAGGTGCATATGTTACATCTGGCATGATGCAGGCCCAATACAAT TTACTCTCAACAGTACATGACACGCCATATACCTGGTGTTCTCGGGGTCCTACACTGGAT GGTGACACTGGTGTATCAATCTATGCCCCAGGAGGTGCAATTACTTCAGTTCCCCCTTAT TCCTTACAGAATTCTCAGTTAATGAATGGTACAAGTATGTCTTCTCCGTCTGCTTGTGGT GGTATATCTCTAATTCTCTCGGCTCTTAAAGCTCAAAAGAAGCCATATACAGCTGCCGCT ATAAAGAAAGCTGTAATGTATACTTCAAAGGATTTACGGGATGATTTTAATACTGGTATG CTTCAAGTCGATAATGCTTATGAGTATCTTGCCCAGTCCGATTTTCAATATACTGGTGCT CGTTCTTTTACAATAAATGGAAACATTGGCAATAGTAAGCGTGGTGTGTATTTACGCAAT CCTACTGAGGTTTGTAGTCCTTCGCGGCATATGTTTAATGTCGCTCCCAAGTTCGAAGAT GGTGAAGAATACGAAAAATCACACTTTGAGGTTCAACTTTCCCTCGCAACTACACAACCG TGGATCCAGGCCCCAGAATATGTTATGATGGCGGGTACTGGAAGAGGAATTCCAGTTCGT GTTGACCCGACTGCTCTGGCTCCGGGTCACCATTTTGGAAAGGTCCTAGCATATGACGCT AGTAACGAATCCCGTCGCTGTGTGTTTGAAATCCCAGTGACTGTCATGAAACCTTCCTCT ATTTCTAACACTTGTTTTTCTCTTCGTGATGTTTCTTTTGAACCTACATTGATAAAGCGT CACTTCTTGGTACCTCCGAAAGGAGCAACTTATGTTGAGATTCGTGTGAAGGCCACTTCT GAATTGGAATCTACTAACATGCTTTGGATTAGTGTTAATCAAACCATCCCCCAAACTAAG TTAAATGAAGCTTCTACTGAGTTAATTATGCCTGTAACTCAGAATGAGGTTACTACCAAA CTAGTATCGATTGACGATTCTTATACGTTAGAACTTTGTATGGCACAGTGGTGGTCTTCG CTTGAACCTATGGTTTTAGATATTGATGTCAACTTTCATGGCATTAAAGTTGTTAATGGC AAGGAGATTAATTTAATCTCATCCCAAGGATTGAAGCGTGTTGACTGTGCCAGCATAAGA CGTGAAAATTTTAAACCTGATATTACATTAAAGGACTACGTTGATTCATTCAAACCAACA AATACAGTTATAAAGCCTTTAGGAGATCGAGATATTATGCCTGACGGACAACAATTATTC GAATTGATGGCGACGTATTCTGTTGAAATCTCCGAGAAGACTGAGCTAAAGGCTGATTTT GCAGTTCCACATAACATGTATGATAATGGTTTTAATGGACTGTTTTTTATGGTGTTTGAT TCTCAAAAGCAACGCGTTCACTATGGTGACATGTATACTTCATCGCATACCTTGGAAAAA GGAGAATATCTCTACAAATTTCAGCTACTCAGCGTAGATCCATCTACCCTTGAACGTTTC AGGAATGTTACCTTAAGATTAACCAAAAAGCTTAAAAAACCAATTACTCTTCCACTTTAT GCTGATCATATTGACTTTTGTGACAACAAGACATATGAGCGTGAAAATATTGACGCTGGT GTTGTTGAAAGCTTCGTTGTTGGTACTAATATCGAAGGAGAACAATATGCATCCGAACTC AAAGAAAATTCGCTTTTAACTGGTGAATTAAAATTTGGAGATTGTGAAAAGGGTACCGTT CCAGTAACATTGGTTTTGCCTCCTAAGATATCGACTAAAGAGGATACAAAATTAGGCGAA AAATGTGCCAATATTGTTCAATTACAAGTTGATTTGTTGTCGAAATTGGCAGACCAAGAA AAAGAGAAGCACTTGAAGTATTTGCAATCTTCTTATAAAAACAGCCTTGAAGTTCAGCTT GCTAAATTGGATATTGTTAAAGAAACCAATGAACGTTTATCTACTGCAGATTCCATCCTC TCCTTAATTGACACTGAAGCCTTGTCCAGATACTACAGTTGTCAACAGAAGGTCGAAGAT ACGATACCTCGAGATGTCGTGTTAGAAAAGAAAATGGCACTGCAGAGAGATGCTTTCATC CGTGCTTTAGTGGTTAAGTGTGAAACATTTAGCACACAAGGTCACAAGGACAAAGATAAT TATTTTCAGAACTATCAGTTACTTTTGAATTGGCTTGAAAACTCCGATCCTCGAGTATGG CAAATCAAGAAAGATTATTACAAAAGTCAGAATCAGTACGGGTTGGCGTTGAAAGCGCTT TTGGAACTATTGAAGGAAAATGGAAATTCCGGAAAAATGGACGTTGCAAAACTTCTGTCA GAAGAGAAAGAATTGCTTGTAAACTTAGGTTGGAATTATTGGCACGATATTGTATTTGTA GAAACAGTAAAGCGTGTTCCTCCTTATTCTTATGCGTTATTTTAAGCATTCTCTTGTTTT CTTCTCTTTTTCAACGCTATACGTTTTCCAACATATGATTTAGCAGCAATTACTTACTAA CAGCCATGCATTGTAAATAACTGCTATATATTTTTATGAAACTAATTGACGAAAATTAA
  • Download Fasta

  • Fasta :-

    MKFRLNANFNFSFRRYCFVQCRNKYHSHVRYLSSAKKSGILRNSYNQRTERYFTNIMIPS DYSNKFYPVDGVVPKHETQAYEFLKKFPEYDGRGVTVGILDTGVDPGAPGLSVTTTGLPK FKNIVDCTGAGDVDTSVEVAAADSNDYLTITGRSGRTLKLSKEWKNPSKKWKVGCKLAYE FFPKDLRKRLQKLETEDMNKSNRKLLQDATDEYAKFKDKFPEAPLDKDNLQTQKELEARI ECLKQLAEKFDNPGPLYDVVVFHDGEHWRVVIDSDQTGDIYLHKPLADFNVAQEWSTFGS LDLLSYGVHVYDNGNITSIVAVSGTHGTHVAGIIGANHPETPELNGAAPGCQLVSLMIGD GRLDSLETSHAFSRACSEIIKNEVDIINISFGEDAGIPNKGRVIELLRDELAGKRNVVIV SSAGNNGPAYTTVGAPGGTTFDVISVGAYVTSGMMQAQYNLLSTVHDTPYTWCSRGPTLD GDTGVSIYAPGGAITSVPPYSLQNSQLMNGTSMSSPSACGGISLILSALKAQKKPYTAAA IKKAVMYTSKDLRDDFNTGMLQVDNAYEYLAQSDFQYTGARSFTINGNIGNSKRGVYLRN PTEVCSPSRHMFNVAPKFEDGEEYEKSHFEVQLSLATTQPWIQAPEYVMMAGTGRGIPVR VDPTALAPGHHFGKVLAYDASNESRRCVFEIPVTVMKPSSISNTCFSLRDVSFEPTLIKR HFLVPPKGATYVEIRVKATSELESTNMLWISVNQTIPQTKLNEASTELIMPVTQNEVTTK LVSIDDSYTLELCMAQWWSSLEPMVLDIDVNFHGIKVVNGKEINLISSQGLKRVDCASIR RENFKPDITLKDYVDSFKPTNTVIKPLGDRDIMPDGQQLFELMATYSVEISEKTELKADF AVPHNMYDNGFNGLFFMVFDSQKQRVHYGDMYTSSHTLEKGEYLYKFQLLSVDPSTLERF RNVTLRLTKKLKKPITLPLYADHIDFCDNKTYERENIDAGVVESFVVGTNIEGEQYASEL KENSLLTGELKFGDCEKGTVPVTLVLPPKISTKEDTKLGEKCANIVQLQVDLLSKLADQE KEKHLKYLQSSYKNSLEVQLAKLDIVKETNERLSTADSILSLIDTEALSRYYSCQQKVED TIPRDVVLEKKMALQRDAFIRALVVKCETFSTQGHKDKDNYFQNYQLLLNWLENSDPRVW QIKKDYYKSQNQYGLALKALLELLKENGNSGKMDVAKLLSEEKELLVNLGWNYWHDIVFV ETVKRVPPYSYALF

  • title: putative catalytic triad
  • coordinates: D101,H326,S512
No Results
No Results
IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
SPAP8A3.12c740 SVKATSELES0.996unspSPAP8A3.12c740 SVKATSELES0.996unspSPAP8A3.12c740 SVKATSELES0.996unspSPAP8A3.12c783 STKLVSIDDS0.996unspSPAP8A3.12c1091 SYLQSSYKNS0.995unspSPAP8A3.12c1114 SNERLSTADS0.998unspSPAP8A3.12c1121 SDSILSLIDT0.994unspSPAP8A3.12c27 SNKYHSHVRY0.993unspSPAP8A3.12c712 SLRDVSFEPT0.994unsp

SPAP8A3.12c      



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