NF0123430 | pab-dependent poly -specific ribonuclease subunit 2-like

  • Computed_GO_Component_IDs:        

  • Computed_GO_Components:        

  • Computed_GO_Function_IDs:  GO:0005515      

  • Computed_GO_Functions:  protein binding      

  • Computed_GO_Process_IDs:        

  • Computed_GO_Processes:        

  • Curated_GO_Component_IDs:        

  • Curated_GO_Components:        

  • Curated_GO_Function_IDs:        

  • Curated_GO_Functions:        

  • Curated_GO_Processes:        

_IDPredictionOTHERSPmTPCS_Position
NF0123430OTHER0.9998630.0000500.000087
No Results

  • Fasta :-

    >NF0123430 MYFQNQSPTRNGNYYGKKYNNSPSRSNQGGSYGSYYSQQASYPYMMSYQQGYSTNPYSGR TTTSSSGMDWIQLSSVETSEDNRVVVADNYDECIWTGSSNGRITGYHYPSMDKYCSFRAF EPNYDIKQMIVQKERIYSLSSNGFSVHSRGGLYRYSFEDSEFFGDQLLTFTFHSDYTPGG HSQGSRSQYSLIMGGNFTKLFNFDLNAQKIISQVETNQGICIMKTGGRYVCCGGTLGELS LRDPRSLKSEHSFEVHTGTISDIAIKDNVLVTCGFNNRYGELTVDNMVKAFDLRTLRMLG QVHFPLDPTFLGFHPRVSSMLLIVSQTGCFQFKDLQAAFNHQYQNSDSQLYQISLDQNDN NPSCIQSFDISSTGNIITFGDQNGLLHFWSSQSALDTYNQEEYKPLNAHRLVDEEAMPND GTTLLSDWPNYSYLVGQHPLEIHPQILENLEYKKSAPPAKITYGVSINPGLKRVIDGYLE RKTFRDFIVTEESGGKKKKKTSRVLKVIPKEFSLNVVKNNNRLRFQEFDFSKYNDTKFVG LENGLEIASILNSYIQVLYHLVPQLRICIMNFLSEKPNCISSELGFLFSMMEQAEKAEKK AVEATNFYRLIQTLDLSFLCEKSNKQKLSPVDAIQKFNSFILKQLQKEMSSVTFTYSMTY PYIFASPNYNLKGPNSKKQVIATNNSNIQLLKKQNKRRQRTMIDILFGAEVQSHKYIDTS FDNKLKSINLQYPYDTFEDMLKDYLNNPTNNLLTLPNIFNFTVPTREEDIRWIKSQHNNN ELTNTAIPLHFTIIQTSDKSQWEPFIFNDEKQKQQQELYHNIQPSEYYLKQKRRPPMSIT YNLTAVIIQVRHPFQEKTVNTKTQTSTTKTTDDDGKDVYDTIENACENGELSDEDENEEE NDSLSKNFDGHCVALIKVANEWVLFNDFSISAQKEKDVTIYSQTWKTPALLFYVRQDIQN VLPTVLYSNPINSNLELFNSSEFKSVVNFNGDIVSIDAEFVLTKKEHQIDDGQRFALGRV SIISMDEEIIFDDYIATSEKYIEDYMTRFSGLKPGDLDIDNTSNSHHVTELKYTYLKLRY LMDVKKVKFIGHGLSNDFKIINIFVPKEQIIDTVELFRLPNQRKISLRFLCKYLLHQDIQ QDTHDSVEDARTALRLYKKYTELKQKNSFTSTLQDIYNIGRQTNWQ
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/NF0123430.fa Sequence name : NF0123430 Sequence length : 1186 VALUES OF COMPUTED PARAMETERS Coef20 : 2.890 CoefTot : -5.031 ChDiff : -13 ZoneTo : 68 KR : 5 DE : 0 CleavSite : 62 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.447 1.306 0.187 0.504 MesoH : -0.493 0.349 -0.369 0.209 MuHd_075 : 21.592 11.713 5.867 4.288 MuHd_095 : 39.942 13.505 10.333 8.682 MuHd_100 : 39.974 13.159 10.388 8.297 MuHd_105 : 30.462 12.850 9.308 6.317 Hmax_075 : 6.767 2.567 -0.098 1.155 Hmax_095 : -1.900 -8.700 -2.707 0.940 Hmax_100 : 2.200 -6.500 -1.105 1.670 Hmax_105 : 2.683 -1.750 -0.805 1.698 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.7717 0.2283 DFMC : 0.4513 0.5487 This protein is probably imported in chloroplast. f(Ser) = 0.2059 f(Arg) = 0.0441 CMi = 1.56250 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) ##### 1186 NF0123430 MYFQNQSPTRNGNYYGKKYNNSPSRSNQGGSYGSYYSQQASYPYMMSYQQGYSTNPYSGRTTTSSSGMDWIQLSSVETSE 80 DNRVVVADNYDECIWTGSSNGRITGYHYPSMDKYCSFRAFEPNYDIKQMIVQKERIYSLSSNGFSVHSRGGLYRYSFEDS 160 EFFGDQLLTFTFHSDYTPGGHSQGSRSQYSLIMGGNFTKLFNFDLNAQKIISQVETNQGICIMKTGGRYVCCGGTLGELS 240 LRDPRSLKSEHSFEVHTGTISDIAIKDNVLVTCGFNNRYGELTVDNMVKAFDLRTLRMLGQVHFPLDPTFLGFHPRVSSM 320 LLIVSQTGCFQFKDLQAAFNHQYQNSDSQLYQISLDQNDNNPSCIQSFDISSTGNIITFGDQNGLLHFWSSQSALDTYNQ 400 EEYKPLNAHRLVDEEAMPNDGTTLLSDWPNYSYLVGQHPLEIHPQILENLEYKKSAPPAKITYGVSINPGLKRVIDGYLE 480 RKTFRDFIVTEESGGKKKKKTSRVLKVIPKEFSLNVVKNNNRLRFQEFDFSKYNDTKFVGLENGLEIASILNSYIQVLYH 560 LVPQLRICIMNFLSEKPNCISSELGFLFSMMEQAEKAEKKAVEATNFYRLIQTLDLSFLCEKSNKQKLSPVDAIQKFNSF 640 ILKQLQKEMSSVTFTYSMTYPYIFASPNYNLKGPNSKKQVIATNNSNIQLLKKQNKRRQRTMIDILFGAEVQSHKYIDTS 720 FDNKLKSINLQYPYDTFEDMLKDYLNNPTNNLLTLPNIFNFTVPTREEDIRWIKSQHNNNELTNTAIPLHFTIIQTSDKS 800 QWEPFIFNDEKQKQQQELYHNIQPSEYYLKQKRRPPMSITYNLTAVIIQVRHPFQEKTVNTKTQTSTTKTTDDDGKDVYD 880 TIENACENGELSDEDENEEENDSLSKNFDGHCVALIKVANEWVLFNDFSISAQKEKDVTIYSQTWKTPALLFYVRQDIQN 960 VLPTVLYSNPINSNLELFNSSEFKSVVNFNGDIVSIDAEFVLTKKEHQIDDGQRFALGRVSIISMDEEIIFDDYIATSEK 1040 YIEDYMTRFSGLKPGDLDIDNTSNSHHVTELKYTYLKLRYLMDVKKVKFIGHGLSNDFKIINIFVPKEQIIDTVELFRLP 1120 NQRKISLRFLCKYLLHQDIQQDTHDSVEDARTALRLYKKYTELKQKNSFTSTLQDIYNIGRQTNWQ 1200 ................................................................................ 80 ................................................................................ 160 ................................................................................ 240 ................................................................................ 320 ................................................................................ 400 ................................................................................ 480 ................................................................................ 560 ................................................................................ 640 ................................................................................ 720 ................................................................................ 800 ................................................................................ 880 ................................................................................ 960 ................................................................................ 1040 ................................................................................ 1120 .................................................................. 1200 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 0 Name Pos Context Score Pred ____________________________v_________________ NF0123430 10 QNQSPTR|NG 0.085 . NF0123430 17 NGNYYGK|KY 0.065 . NF0123430 18 GNYYGKK|YN 0.091 . NF0123430 25 YNNSPSR|SN 0.152 . NF0123430 60 TNPYSGR|TT 0.102 . NF0123430 83 ETSEDNR|VV 0.092 . NF0123430 102 TGSSNGR|IT 0.176 . NF0123430 113 HYPSMDK|YC 0.055 . NF0123430 118 DKYCSFR|AF 0.117 . NF0123430 127 EPNYDIK|QM 0.071 . NF0123430 133 KQMIVQK|ER 0.065 . NF0123430 135 MIVQKER|IY 0.092 . NF0123430 149 GFSVHSR|GG 0.099 . NF0123430 154 SRGGLYR|YS 0.111 . NF0123430 186 GHSQGSR|SQ 0.150 . NF0123430 199 MGGNFTK|LF 0.065 . NF0123430 209 FDLNAQK|II 0.076 . NF0123430 224 QGICIMK|TG 0.067 . NF0123430 228 IMKTGGR|YV 0.151 . NF0123430 242 LGELSLR|DP 0.076 . NF0123430 245 LSLRDPR|SL 0.316 . NF0123430 248 RDPRSLK|SE 0.190 . NF0123430 266 ISDIAIK|DN 0.066 . NF0123430 278 TCGFNNR|YG 0.088 . NF0123430 289 TVDNMVK|AF 0.061 . NF0123430 294 VKAFDLR|TL 0.085 . NF0123430 297 FDLRTLR|ML 0.288 . NF0123430 316 FLGFHPR|VS 0.107 . NF0123430 333 TGCFQFK|DL 0.103 . NF0123430 404 YNQEEYK|PL 0.069 . NF0123430 410 KPLNAHR|LV 0.130 . NF0123430 453 LENLEYK|KS 0.062 . NF0123430 454 ENLEYKK|SA 0.141 . NF0123430 460 KSAPPAK|IT 0.080 . NF0123430 472 SINPGLK|RV 0.073 . NF0123430 473 INPGLKR|VI 0.224 . NF0123430 481 IDGYLER|KT 0.081 . NF0123430 482 DGYLERK|TF 0.077 . NF0123430 485 LERKTFR|DF 0.141 . NF0123430 496 TEESGGK|KK 0.054 . NF0123430 497 EESGGKK|KK 0.095 . NF0123430 498 ESGGKKK|KK 0.089 . NF0123430 499 SGGKKKK|KT 0.204 . NF0123430 500 GGKKKKK|TS 0.119 . NF0123430 503 KKKKTSR|VL 0.106 . NF0123430 506 KTSRVLK|VI 0.178 . NF0123430 510 VLKVIPK|EF 0.061 . NF0123430 518 FSLNVVK|NN 0.061 . NF0123430 522 VVKNNNR|LR 0.075 . NF0123430 524 KNNNRLR|FQ 0.106 . NF0123430 532 QEFDFSK|YN 0.078 . NF0123430 537 SKYNDTK|FV 0.101 . NF0123430 566 HLVPQLR|IC 0.085 . NF0123430 576 MNFLSEK|PN 0.062 . NF0123430 596 MMEQAEK|AE 0.060 . NF0123430 599 QAEKAEK|KA 0.063 . NF0123430 600 AEKAEKK|AV 0.189 . NF0123430 609 EATNFYR|LI 0.085 . NF0123430 622 LSFLCEK|SN 0.076 . NF0123430 625 LCEKSNK|QK 0.059 . NF0123430 627 EKSNKQK|LS 0.066 . NF0123430 636 PVDAIQK|FN 0.071 . NF0123430 643 FNSFILK|QL 0.081 . NF0123430 647 ILKQLQK|EM 0.069 . NF0123430 672 SPNYNLK|GP 0.067 . NF0123430 677 LKGPNSK|KQ 0.062 . NF0123430 678 KGPNSKK|QV 0.157 . NF0123430 692 SNIQLLK|KQ 0.059 . NF0123430 693 NIQLLKK|QN 0.101 . NF0123430 696 LLKKQNK|RR 0.060 . NF0123430 697 LKKQNKR|RQ 0.153 . NF0123430 698 KKQNKRR|QR 0.168 . NF0123430 700 QNKRRQR|TM 0.362 . NF0123430 715 AEVQSHK|YI 0.086 . NF0123430 724 DTSFDNK|LK 0.067 . NF0123430 726 SFDNKLK|SI 0.080 . NF0123430 742 TFEDMLK|DY 0.061 . NF0123430 766 NFTVPTR|EE 0.069 . NF0123430 771 TREEDIR|WI 0.113 . NF0123430 774 EDIRWIK|SQ 0.148 . NF0123430 799 IIQTSDK|SQ 0.070 . NF0123430 811 FIFNDEK|QK 0.069 . NF0123430 813 FNDEKQK|QQ 0.063 . NF0123430 830 PSEYYLK|QK 0.060 . NF0123430 832 EYYLKQK|RR 0.058 . NF0123430 833 YYLKQKR|RP 0.100 . NF0123430 834 YLKQKRR|PP 0.144 . NF0123430 851 AVIIQVR|HP 0.083 . NF0123430 857 RHPFQEK|TV 0.080 . NF0123430 862 EKTVNTK|TQ 0.059 . NF0123430 869 TQTSTTK|TT 0.075 . NF0123430 876 TTDDDGK|DV 0.099 . NF0123430 906 ENDSLSK|NF 0.058 . NF0123430 917 HCVALIK|VA 0.059 . NF0123430 934 FSISAQK|EK 0.061 . NF0123430 936 ISAQKEK|DV 0.118 . NF0123430 946 IYSQTWK|TP 0.058 . NF0123430 955 ALLFYVR|QD 0.073 . NF0123430 984 FNSSEFK|SV 0.118 . NF0123430 1004 AEFVLTK|KE 0.067 . NF0123430 1005 EFVLTKK|EH 0.071 . NF0123430 1014 QIDDGQR|FA 0.091 . NF0123430 1019 QRFALGR|VS 0.101 . NF0123430 1040 YIATSEK|YI 0.083 . NF0123430 1048 IEDYMTR|FS 0.101 . NF0123430 1053 TRFSGLK|PG 0.061 . NF0123430 1072 HHVTELK|YT 0.069 . NF0123430 1077 LKYTYLK|LR 0.053 . NF0123430 1079 YTYLKLR|YL 0.115 . NF0123430 1085 RYLMDVK|KV 0.068 . NF0123430 1086 YLMDVKK|VK 0.100 . NF0123430 1088 MDVKKVK|FI 0.115 . NF0123430 1099 GLSNDFK|II 0.076 . NF0123430 1107 INIFVPK|EQ 0.063 . NF0123430 1118 DTVELFR|LP 0.068 . NF0123430 1123 FRLPNQR|KI 0.092 . NF0123430 1124 RLPNQRK|IS 0.073 . NF0123430 1128 QRKISLR|FL 0.178 . NF0123430 1132 SLRFLCK|YL 0.073 . NF0123430 1151 DSVEDAR|TA 0.079 . NF0123430 1155 DARTALR|LY 0.074 . NF0123430 1158 TALRLYK|KY 0.099 . NF0123430 1159 ALRLYKK|YT 0.142 . NF0123430 1164 KKYTELK|QK 0.062 . NF0123430 1166 YTELKQK|NS 0.064 . NF0123430 1181 DIYNIGR|QT 0.093 . ____________________________^_________________

  • Fasta :-

    >NF0123430 ATGTATTTTCAAAATCAATCTCCGACGAGAAACGGCAATTATTATGGAAAGAAGTATAAC AATTCGCCCAGTCGATCTAATCAAGGTGGATCGTATGGATCCTACTATTCACAACAAGCA TCATATCCTTATATGATGTCTTATCAACAGGGCTACTCAACAAATCCATACTCTGGCAGA ACTACAACTTCATCAAGTGGTATGGATTGGATTCAACTCAGCTCAGTTGAGACATCAGAA GACAATCGAGTTGTGGTAGCTGATAATTATGATGAATGCATTTGGACTGGATCATCTAAT GGCAGAATTACTGGATACCATTACCCTTCAATGGACAAATATTGCTCTTTTCGTGCATTT GAACCAAATTACGACATCAAACAAATGATTGTCCAAAAAGAACGAATTTATTCACTCTCA TCAAATGGATTTTCTGTCCATTCTAGAGGTGGACTCTATAGATATAGTTTTGAAGATTCT GAATTTTTTGGGGATCAACTATTGACATTTACCTTTCACTCTGATTACACACCTGGCGGA CACTCTCAAGGCAGCCGATCACAGTATTCATTGATAATGGGAGGAAATTTTACCAAATTG TTTAATTTTGATCTTAATGCTCAAAAAATTATTTCTCAGGTGGAAACAAATCAAGGAATA TGTATCATGAAAACAGGTGGAAGATATGTTTGCTGTGGAGGAACTTTGGGGGAGTTGTCA TTAAGAGATCCAAGAAGTTTGAAAAGTGAACACTCCTTTGAGGTTCATACTGGTACTATT AGTGATATCGCTATTAAGGATAATGTATTGGTCACATGCGGATTCAATAACAGATATGGT GAATTAACTGTTGACAACATGGTCAAAGCGTTTGATTTGAGAACACTGAGAATGTTGGGC CAAGTACATTTCCCGTTAGATCCTACTTTTTTAGGATTCCATCCACGTGTTAGTTCAATG TTACTAATTGTGTCACAAACAGGGTGCTTCCAATTCAAGGACCTACAAGCCGCATTTAAT CATCAATATCAAAACAGCGATAGTCAGCTCTATCAAATAAGTCTCGATCAAAATGATAAC AATCCATCATGTATACAATCATTTGACATTAGCTCTACAGGAAACATTATTACATTTGGA GATCAAAACGGTTTACTACATTTCTGGTCCAGTCAAAGTGCGTTGGATACATACAACCAA GAGGAATACAAACCACTCAATGCACATAGATTAGTGGACGAAGAAGCGATGCCTAATGAT GGCACTACTCTACTCTCTGATTGGCCCAATTACTCATACCTCGTTGGCCAACATCCCCTC GAAATTCATCCTCAAATCTTGGAAAATTTGGAATACAAGAAATCAGCACCACCTGCTAAA ATAACTTATGGAGTTAGTATTAACCCTGGATTAAAACGTGTCATTGATGGTTATTTAGAG AGAAAGACCTTCAGAGATTTCATTGTGACCGAGGAGAGTGGAGGGAAAAAGAAGAAAAAG ACCTCCAGAGTCTTGAAGGTTATTCCTAAAGAATTTTCTCTTAATGTCGTTAAGAATAAC AATAGACTACGGTTCCAAGAGTTTGACTTTTCAAAATATAACGATACCAAATTTGTGGGA CTTGAAAATGGATTGGAGATTGCTTCAATACTCAATTCCTATATTCAAGTGCTCTATCAC TTAGTTCCACAATTAAGAATATGCATCATGAATTTTCTCTCTGAAAAGCCAAATTGTATT TCGTCTGAACTTGGTTTTCTCTTTTCCATGATGGAACAGGCAGAAAAAGCAGAAAAGAAA GCTGTTGAAGCCACCAATTTTTATCGATTGATACAAACTTTAGATTTATCCTTTTTATGT GAAAAAAGCAACAAACAAAAGTTGTCACCTGTAGATGCCATTCAAAAATTCAATTCATTT ATACTGAAACAACTCCAGAAAGAAATGAGTTCTGTTACATTTACTTATTCCATGACTTAT CCTTATATATTTGCATCTCCAAATTACAACTTGAAAGGTCCCAACAGTAAGAAGCAAGTA ATTGCTACAAACAATAGTAATATACAATTACTAAAAAAACAAAATAAGAGAAGACAAAGA ACTATGATTGATATTCTGTTTGGAGCTGAGGTTCAATCACACAAGTATATCGATACTTCC TTTGACAACAAATTGAAAAGTATTAATCTACAATATCCCTATGACACATTTGAAGATATG CTAAAGGACTATTTGAACAATCCCACAAATAATTTGCTTACTCTGCCCAATATTTTCAAT TTTACTGTACCAACAAGAGAAGAAGATATTAGATGGATCAAATCTCAACACAACAATAAT GAGCTCACAAACACGGCCATTCCTTTACATTTCACAATTATTCAAACCTCTGATAAGTCT CAATGGGAGCCCTTTATCTTCAATGATGAAAAACAAAAGCAACAACAAGAATTGTATCAC AATATTCAGCCATCTGAATACTATCTGAAACAGAAAAGACGACCTCCAATGTCAATTACC TATAATTTAACTGCTGTCATTATTCAAGTACGGCATCCTTTTCAAGAAAAGACTGTTAAC ACTAAAACACAAACGTCCACCACAAAGACCACCGATGATGATGGAAAGGATGTTTATGAC ACCATTGAAAATGCATGTGAAAATGGTGAACTCTCTGATGAAGATGAAAACGAAGAAGAG AATGACAGTTTATCCAAGAACTTTGATGGTCATTGTGTAGCTCTGATCAAAGTTGCAAAT GAGTGGGTTTTGTTTAACGATTTTTCTATTAGTGCCCAAAAAGAAAAAGATGTCACCATT TACAGCCAAACATGGAAAACTCCAGCTCTATTGTTCTATGTTAGACAAGATATTCAAAAT GTCCTTCCCACTGTGCTATATTCCAATCCAATTAACTCAAATTTAGAATTATTTAACTCT TCAGAGTTTAAGAGTGTTGTCAATTTTAATGGAGATATTGTTTCTATTGATGCGGAGTTC GTTTTAACCAAGAAAGAGCATCAAATTGATGACGGGCAGAGATTTGCATTAGGAAGAGTG AGCATAATTTCCATGGATGAAGAAATCATTTTTGACGACTATATCGCAACATCAGAAAAA TATATTGAGGACTACATGACTCGATTTTCTGGATTGAAACCTGGAGATTTGGATATTGAT AATACTTCAAATTCACATCATGTCACAGAGCTCAAATACACATATCTCAAACTAAGGTAT CTCATGGATGTGAAGAAGGTTAAATTTATTGGACATGGCTTATCGAACGATTTCAAAATT ATTAACATATTCGTTCCAAAAGAGCAAATTATTGACACTGTAGAATTATTTAGACTACCC AATCAACGCAAAATCTCTCTCCGTTTCCTTTGTAAATATTTATTACACCAAGACATTCAA CAAGACACACATGACAGCGTTGAAGATGCTAGAACTGCTTTACGTCTCTATAAGAAATAT ACAGAGCTCAAGCAAAAGAATTCCTTTACCTCCACTCTTCAAGATATTTATAACATTGGT CGCCAAACCAATTGGCAATAA
  • Download Fasta

  • Fasta :-

    MYFQNQSPTRNGNYYGKKYNNSPSRSNQGGSYGSYYSQQASYPYMMSYQQGYSTNPYSGR TTTSSSGMDWIQLSSVETSEDNRVVVADNYDECIWTGSSNGRITGYHYPSMDKYCSFRAF EPNYDIKQMIVQKERIYSLSSNGFSVHSRGGLYRYSFEDSEFFGDQLLTFTFHSDYTPGG HSQGSRSQYSLIMGGNFTKLFNFDLNAQKIISQVETNQGICIMKTGGRYVCCGGTLGELS LRDPRSLKSEHSFEVHTGTISDIAIKDNVLVTCGFNNRYGELTVDNMVKAFDLRTLRMLG QVHFPLDPTFLGFHPRVSSMLLIVSQTGCFQFKDLQAAFNHQYQNSDSQLYQISLDQNDN NPSCIQSFDISSTGNIITFGDQNGLLHFWSSQSALDTYNQEEYKPLNAHRLVDEEAMPND GTTLLSDWPNYSYLVGQHPLEIHPQILENLEYKKSAPPAKITYGVSINPGLKRVIDGYLE RKTFRDFIVTEESGGKKKKKTSRVLKVIPKEFSLNVVKNNNRLRFQEFDFSKYNDTKFVG LENGLEIASILNSYIQVLYHLVPQLRICIMNFLSEKPNCISSELGFLFSMMEQAEKAEKK AVEATNFYRLIQTLDLSFLCEKSNKQKLSPVDAIQKFNSFILKQLQKEMSSVTFTYSMTY PYIFASPNYNLKGPNSKKQVIATNNSNIQLLKKQNKRRQRTMIDILFGAEVQSHKYIDTS FDNKLKSINLQYPYDTFEDMLKDYLNNPTNNLLTLPNIFNFTVPTREEDIRWIKSQHNNN ELTNTAIPLHFTIIQTSDKSQWEPFIFNDEKQKQQQELYHNIQPSEYYLKQKRRPPMSIT YNLTAVIIQVRHPFQEKTVNTKTQTSTTKTTDDDGKDVYDTIENACENGELSDEDENEEE NDSLSKNFDGHCVALIKVANEWVLFNDFSISAQKEKDVTIYSQTWKTPALLFYVRQDIQN VLPTVLYSNPINSNLELFNSSEFKSVVNFNGDIVSIDAEFVLTKKEHQIDDGQRFALGRV SIISMDEEIIFDDYIATSEKYIEDYMTRFSGLKPGDLDIDNTSNSHHVTELKYTYLKLRY LMDVKKVKFIGHGLSNDFKIINIFVPKEQIIDTVELFRLPNQRKISLRFLCKYLLHQDIQ QDTHDSVEDARTALRLYKKYTELKQKNSFTSTLQDIYNIGRQTNWQ

  • title: active site
  • coordinates: D997,A998,E999,F1000,H1092,G1093,S1095,N1096,D1097,D1149
No Results
No Results
IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
NF0123430240 SLGELSLRDP0.997unspNF0123430240 SLGELSLRDP0.997unspNF0123430240 SLGELSLRDP0.997unspNF0123430629 SKQKLSPVDA0.995unspNF0123430866 SKTQTSTTKT0.992unspNF0123430892 SNGELSDEDE0.995unspNF01234301146 SDTHDSVEDA0.997unspNF012343066 STTSSSGMDW0.995unspNF0123430156 SLYRYSFEDS0.997unsp

     



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