YGL092W | nucleocytoplasmic transporter NUP145

_IDPredictionOTHERSPmTPCS_Position
YGL092WOTHER0.9995560.0004200.000024
No Results

  • Fasta :-

    >YGL092W MFNKSVNSGFTFGNQNTSTPTSTPAQPSSSLQFPQKSTGLFGNVNVNANTSTPSPSGGLF NANSNANSISQQPANNSLFGNKPAQPSGGLFGATNNTTSKSAGSLFGNNNATANSTGSTG LFSGSNNIASSTQNGGLFGNSNNNNITSTTQNGGLFGKPTTTPAGAGGLFGNSSSTNSTT GLFGSNNTQSSTGIFGQKPGASTTGGLFGNNGASFPRSGETTGTMSTNPYGINISNVPMA VADMPRSITSSLSDVNGKSDAEPKPIENRRTYSFSSSVSGNAPLPLASQSSLVSRLSTRL KATQKSTSPNEIFSPSYSKPWLNGAGSAPLVDDFFSSKMTSLAPNENSIFPQNGFNFLSS QRADLTELRKLKIDSNRSAAKKLKLLSGTPAITKKHMQDEQDSSENEPIANADSVTNIDR KENRDNNLDNTYLNGKEQSNNLNKQDGENTLQHEKSSSFGYWCSPSPEQLERLSLKQLAA VSNFVIGRRGYGCITFQHDVDLTAFTKSFREELFGKIVIFRSSKTVEVYPDEATKPMIGH GLNVPAIITLENVYPVDKKTKKPMKDTTKFAEFQVFDRKLRSMREMNYISYNPFGGTWTF KVNHFSIWGLVNEEDAEIDEDDLSKQEDGGEQPLRKVRTLAQSKPSDKEVILKTDGTFGT LSGKDDSIVEEKAYEPDLSDADFEGIEASPKLDVSKDWVEQLILAGSSLRSVFATSKEFD GPCQNEIDLLFSECNDEIDNAKLIMKERRFTASYTFAKFSTGSMLLTKDIVGKSGVSIKR LPTELQRKFLFDDVYLDKEIEKVTIEARKSNPYPQISESSLLFKDALDYMEKTSSDYNLW KLSSILFDPVSYPYKTDNDQVKMALLKKERHCRLTSWIVSQIGPEIEEKIRNSSNEIEQI FLYLLLNDVVRASKLAIESKNGHLSVLISYLGSNDPRIRDLAELQLQKWSTGGCSIDKNI SKIYKLLSGSPFEGLFSLKELESEFSWLCLLNLTLCYGQIDEYSLESLVQSHLDKFSLPY DDPIGVIFQLYAANENTEKLYKEVRQRTNALDVQFCWYLIQTLRFNGTRVFSKETSDEAT FAFAAQLEFAQLHGHSLFVSCFLNDDKAAEDTIKRLVMREITLLRASTNDHILNRLKIPS QLIFNAQALKDRYEGNYLSEVQNLLLGSSYDLAEMAIVTSLGPRLLLSNNPVQNNELKTL REILNEFPDSERDKWSVSINVFEVYLKLVLDNVETQETIDSLISGMKIFYDQYKHCREVA ACCNVMSQEIVSKILEKNNPSIGDSKAKLLELPLGQPEKAYLRGEFAQDLMKCTYKI
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/YGL092W.fa Sequence name : YGL092W Sequence length : 1317 VALUES OF COMPUTED PARAMETERS Coef20 : 3.670 CoefTot : -12.680 ChDiff : -17 ZoneTo : 242 KR : 7 DE : 1 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.188 1.229 0.042 0.482 MesoH : 0.219 0.253 -0.269 0.245 MuHd_075 : 33.686 27.428 11.151 8.444 MuHd_095 : 25.438 17.610 7.827 6.132 MuHd_100 : 25.153 17.330 7.191 6.244 MuHd_105 : 32.015 18.380 8.260 6.939 Hmax_075 : 13.200 11.317 1.985 5.180 Hmax_095 : 15.050 9.188 1.693 4.261 Hmax_100 : 11.400 9.100 -0.176 4.440 Hmax_105 : 11.400 10.400 1.811 3.910 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.9073 0.0927 DFMC : 0.2343 0.7657 This protein is probably imported in chloroplast. f(Ser) = 0.1612 f(Arg) = 0.0041 CMi = 2.12650 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) ##### 1317 YGL092W MFNKSVNSGFTFGNQNTSTPTSTPAQPSSSLQFPQKSTGLFGNVNVNANTSTPSPSGGLFNANSNANSISQQPANNSLFG 80 NKPAQPSGGLFGATNNTTSKSAGSLFGNNNATANSTGSTGLFSGSNNIASSTQNGGLFGNSNNNNITSTTQNGGLFGKPT 160 TTPAGAGGLFGNSSSTNSTTGLFGSNNTQSSTGIFGQKPGASTTGGLFGNNGASFPRSGETTGTMSTNPYGINISNVPMA 240 VADMPRSITSSLSDVNGKSDAEPKPIENRRTYSFSSSVSGNAPLPLASQSSLVSRLSTRLKATQKSTSPNEIFSPSYSKP 320 WLNGAGSAPLVDDFFSSKMTSLAPNENSIFPQNGFNFLSSQRADLTELRKLKIDSNRSAAKKLKLLSGTPAITKKHMQDE 400 QDSSENEPIANADSVTNIDRKENRDNNLDNTYLNGKEQSNNLNKQDGENTLQHEKSSSFGYWCSPSPEQLERLSLKQLAA 480 VSNFVIGRRGYGCITFQHDVDLTAFTKSFREELFGKIVIFRSSKTVEVYPDEATKPMIGHGLNVPAIITLENVYPVDKKT 560 KKPMKDTTKFAEFQVFDRKLRSMREMNYISYNPFGGTWTFKVNHFSIWGLVNEEDAEIDEDDLSKQEDGGEQPLRKVRTL 640 AQSKPSDKEVILKTDGTFGTLSGKDDSIVEEKAYEPDLSDADFEGIEASPKLDVSKDWVEQLILAGSSLRSVFATSKEFD 720 GPCQNEIDLLFSECNDEIDNAKLIMKERRFTASYTFAKFSTGSMLLTKDIVGKSGVSIKRLPTELQRKFLFDDVYLDKEI 800 EKVTIEARKSNPYPQISESSLLFKDALDYMEKTSSDYNLWKLSSILFDPVSYPYKTDNDQVKMALLKKERHCRLTSWIVS 880 QIGPEIEEKIRNSSNEIEQIFLYLLLNDVVRASKLAIESKNGHLSVLISYLGSNDPRIRDLAELQLQKWSTGGCSIDKNI 960 SKIYKLLSGSPFEGLFSLKELESEFSWLCLLNLTLCYGQIDEYSLESLVQSHLDKFSLPYDDPIGVIFQLYAANENTEKL 1040 YKEVRQRTNALDVQFCWYLIQTLRFNGTRVFSKETSDEATFAFAAQLEFAQLHGHSLFVSCFLNDDKAAEDTIKRLVMRE 1120 ITLLRASTNDHILNRLKIPSQLIFNAQALKDRYEGNYLSEVQNLLLGSSYDLAEMAIVTSLGPRLLLSNNPVQNNELKTL 1200 REILNEFPDSERDKWSVSINVFEVYLKLVLDNVETQETIDSLISGMKIFYDQYKHCREVAACCNVMSQEIVSKILEKNNP 1280 SIGDSKAKLLELPLGQPEKAYLRGEFAQDLMKCTYKI 1360 ................................................................................ 80 ................................................................................ 160 ................................................................................ 240 ................................................................................ 320 ................................................................................ 400 ................................................................................ 480 ................................................................................ 560 ................................................................................ 640 ................................................................................ 720 ................................................................................ 800 ................................................................................ 880 ................................................................................ 960 ................................................................................ 1040 ................................................................................ 1120 ................................................................................ 1200 ................................................................................ 1280 ..................................... 1360 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 0 Name Pos Context Score Pred ____________________________v_________________ YGL092W 4 ---MFNK|SV 0.133 . YGL092W 36 SLQFPQK|ST 0.107 . YGL092W 82 NSLFGNK|PA 0.071 . YGL092W 100 TNNTTSK|SA 0.126 . YGL092W 158 NGGLFGK|PT 0.064 . YGL092W 198 TGIFGQK|PG 0.060 . YGL092W 217 NGASFPR|SG 0.177 . YGL092W 246 AVADMPR|SI 0.186 . YGL092W 258 LSDVNGK|SD 0.072 . YGL092W 264 KSDAEPK|PI 0.073 . YGL092W 269 PKPIENR|RT 0.073 . YGL092W 270 KPIENRR|TY 0.145 . YGL092W 295 QSSLVSR|LS 0.102 . YGL092W 299 VSRLSTR|LK 0.092 . YGL092W 301 RLSTRLK|AT 0.076 . YGL092W 305 RLKATQK|ST 0.107 . YGL092W 319 FSPSYSK|PW 0.059 . YGL092W 338 DDFFSSK|MT 0.068 . YGL092W 362 NFLSSQR|AD 0.072 . YGL092W 369 ADLTELR|KL 0.065 . YGL092W 370 DLTELRK|LK 0.070 . YGL092W 372 TELRKLK|ID 0.108 . YGL092W 377 LKIDSNR|SA 0.224 . YGL092W 381 SNRSAAK|KL 0.065 . YGL092W 382 NRSAAKK|LK 0.101 . YGL092W 384 SAAKKLK|LL 0.079 . YGL092W 394 GTPAITK|KH 0.059 . YGL092W 395 TPAITKK|HM 0.177 . YGL092W 420 SVTNIDR|KE 0.071 . YGL092W 421 VTNIDRK|EN 0.080 . YGL092W 424 IDRKENR|DN 0.102 . YGL092W 436 NTYLNGK|EQ 0.061 . YGL092W 444 QSNNLNK|QD 0.080 . YGL092W 455 NTLQHEK|SS 0.076 . YGL092W 472 SPEQLER|LS 0.103 . YGL092W 476 LERLSLK|QL 0.075 . YGL092W 488 SNFVIGR|RG 0.084 . YGL092W 489 NFVIGRR|GY 0.171 . YGL092W 507 DLTAFTK|SF 0.079 . YGL092W 510 AFTKSFR|EE 0.067 . YGL092W 516 REELFGK|IV 0.064 . YGL092W 521 GKIVIFR|SS 0.210 . YGL092W 524 VIFRSSK|TV 0.176 . YGL092W 535 YPDEATK|PM 0.063 . YGL092W 558 NVYPVDK|KT 0.059 . YGL092W 559 VYPVDKK|TK 0.087 . YGL092W 561 PVDKKTK|KP 0.060 . YGL092W 562 VDKKTKK|PM 0.093 . YGL092W 565 KTKKPMK|DT 0.082 . YGL092W 569 PMKDTTK|FA 0.084 . YGL092W 578 EFQVFDR|KL 0.092 . YGL092W 579 FQVFDRK|LR 0.074 . YGL092W 581 VFDRKLR|SM 0.276 . YGL092W 584 RKLRSMR|EM 0.202 . YGL092W 601 GGTWTFK|VN 0.065 . YGL092W 625 DEDDLSK|QE 0.064 . YGL092W 635 GGEQPLR|KV 0.116 . YGL092W 636 GEQPLRK|VR 0.070 . YGL092W 638 QPLRKVR|TL 0.285 . YGL092W 644 RTLAQSK|PS 0.061 . YGL092W 648 QSKPSDK|EV 0.078 . YGL092W 653 DKEVILK|TD 0.068 . YGL092W 664 FGTLSGK|DD 0.074 . YGL092W 672 DSIVEEK|AY 0.072 . YGL092W 691 GIEASPK|LD 0.058 . YGL092W 696 PKLDVSK|DW 0.077 . YGL092W 710 LAGSSLR|SV 0.169 . YGL092W 717 SVFATSK|EF 0.057 . YGL092W 742 DEIDNAK|LI 0.068 . YGL092W 746 NAKLIMK|ER 0.054 . YGL092W 748 KLIMKER|RF 0.094 . YGL092W 749 LIMKERR|FT 0.199 . YGL092W 758 ASYTFAK|FS 0.080 . YGL092W 768 GSMLLTK|DI 0.074 . YGL092W 773 TKDIVGK|SG 0.077 . YGL092W 779 KSGVSIK|RL 0.072 . YGL092W 780 SGVSIKR|LP 0.125 . YGL092W 787 LPTELQR|KF 0.064 . YGL092W 788 PTELQRK|FL 0.083 . YGL092W 798 DDVYLDK|EI 0.068 . YGL092W 802 LDKEIEK|VT 0.063 . YGL092W 808 KVTIEAR|KS 0.083 . YGL092W 809 VTIEARK|SN 0.089 . YGL092W 824 ESSLLFK|DA 0.099 . YGL092W 832 ALDYMEK|TS 0.062 . YGL092W 841 SDYNLWK|LS 0.070 . YGL092W 855 PVSYPYK|TD 0.075 . YGL092W 862 TDNDQVK|MA 0.076 . YGL092W 867 VKMALLK|KE 0.061 . YGL092W 868 KMALLKK|ER 0.091 . YGL092W 870 ALLKKER|HC 0.071 . YGL092W 873 KKERHCR|LT 0.374 . YGL092W 889 GPEIEEK|IR 0.060 . YGL092W 891 EIEEKIR|NS 0.099 . YGL092W 911 LLNDVVR|AS 0.095 . YGL092W 914 DVVRASK|LA 0.106 . YGL092W 920 KLAIESK|NG 0.064 . YGL092W 937 LGSNDPR|IR 0.108 . YGL092W 939 SNDPRIR|DL 0.120 . YGL092W 948 AELQLQK|WS 0.055 . YGL092W 958 GGCSIDK|NI 0.069 . YGL092W 962 IDKNISK|IY 0.057 . YGL092W 965 NISKIYK|LL 0.079 . YGL092W 979 EGLFSLK|EL 0.067 . YGL092W 1015 VQSHLDK|FS 0.075 . YGL092W 1039 ANENTEK|LY 0.060 . YGL092W 1042 NTEKLYK|EV 0.072 . YGL092W 1045 KLYKEVR|QR 0.093 . YGL092W 1047 YKEVRQR|TN 0.073 . YGL092W 1064 YLIQTLR|FN 0.104 . YGL092W 1069 LRFNGTR|VF 0.103 . YGL092W 1073 GTRVFSK|ET 0.084 . YGL092W 1107 CFLNDDK|AA 0.067 . YGL092W 1114 AAEDTIK|RL 0.062 . YGL092W 1115 AEDTIKR|LV 0.179 . YGL092W 1119 IKRLVMR|EI 0.108 . YGL092W 1125 REITLLR|AS 0.067 . YGL092W 1135 NDHILNR|LK 0.097 . YGL092W 1137 HILNRLK|IP 0.062 . YGL092W 1150 FNAQALK|DR 0.064 . YGL092W 1152 AQALKDR|YE 0.121 . YGL092W 1184 VTSLGPR|LL 0.079 . YGL092W 1198 VQNNELK|TL 0.076 . YGL092W 1201 NELKTLR|EI 0.082 . YGL092W 1212 EFPDSER|DK 0.077 . YGL092W 1214 PDSERDK|WS 0.072 . YGL092W 1227 VFEVYLK|LV 0.066 . YGL092W 1247 SLISGMK|IF 0.066 . YGL092W 1254 IFYDQYK|HC 0.068 . YGL092W 1257 DQYKHCR|EV 0.127 . YGL092W 1273 SQEIVSK|IL 0.079 . YGL092W 1277 VSKILEK|NN 0.065 . YGL092W 1286 PSIGDSK|AK 0.060 . YGL092W 1288 IGDSKAK|LL 0.075 . YGL092W 1299 PLGQPEK|AY 0.075 . YGL092W 1303 PEKAYLR|GE 0.085 . YGL092W 1312 FAQDLMK|CT 0.067 . YGL092W 1316 LMKCTYK|I- 0.066 . ____________________________^_________________

  • Fasta :-

    >YGL092W ATGTTTAATAAAAGTGTAAATAGTGGTTTCACCTTTGGAAACCAAAACACATCCACACCG ACATCCACTCCGGCACAGCCTTCCAGTTCCCTTCAATTCCCTCAAAAATCTACTGGGTTA TTTGGGAACGTTAATGTTAATGCGAATACTTCAACACCTAGCCCATCTGGTGGATTATTC AATGCCAATTCAAACGCTAATTCTATAAGTCAACAACCCGCCAATAATTCATTATTTGGA AATAAACCAGCACAACCATCAGGTGGCTTATTTGGCGCTACAAACAATACTACTTCTAAA AGTGCCGGAAGCTTATTCGGAAATAATAATGCCACAGCAAATTCTACGGGCTCTACAGGT TTATTCAGTGGTAGCAATAATATAGCCTCTAGTACCCAAAATGGTGGTTTGTTTGGTAAT AGCAACAATAACAATATAACTTCTACCACGCAAAATGGTGGTCTGTTCGGTAAGCCTACT ACAACCCCTGCTGGTGCTGGCGGCCTGTTTGGAAATTCCTCATCGACAAACTCAACGACA GGATTATTTGGATCAAATAATACACAAAGTTCTACAGGTATTTTTGGTCAAAAGCCGGGA GCTTCAACAACTGGGGGATTGTTTGGAAATAATGGTGCTTCATTCCCAAGATCCGGTGAA ACTACTGGAACCATGTCAACCAACCCATATGGAATTAACATAAGTAATGTTCCTATGGCA GTGGCTGACATGCCAAGATCTATTACGTCTTCTCTATCAGATGTGAATGGCAAGTCAGAT GCGGAACCCAAACCAATTGAAAATAGAAGAACATATTCGTTTTCTTCCTCAGTTTCAGGG AACGCTCCTTTACCACTCGCCTCACAGTCAAGTTTAGTGAGTAGACTAAGCACGAGACTG AAAGCCACTCAGAAAAGCACGTCACCGAATGAAATATTTTCACCGTCTTACAGTAAACCG TGGCTGAATGGAGCAGGTTCAGCTCCCTTAGTAGATGACTTTTTTTCTTCAAAGATGACT TCTTTGGCTCCAAATGAAAACAGCATCTTTCCTCAGAATGGTTTTAATTTCCTATCCTCC CAAAGGGCCGACTTGACAGAGCTGCGTAAATTGAAAATTGATTCCAACAGAAGTGCTGCA AAAAAATTAAAACTCCTCTCTGGTACTCCCGCCATCACAAAAAAACATATGCAAGACGAA CAAGATTCATCGGAAAATGAGCCAATTGCAAATGCTGATAGTGTCACTAACATTGACAGG AAAGAAAATAGAGATAATAATTTGGATAACACTTATTTGAATGGAAAGGAGCAATCGAAT AACTTGAATAAACAAGACGGCGAAAATACTTTACAACATGAAAAGTCATCAAGTTTTGGT TATTGGTGTTCTCCTTCCCCAGAACAGCTGGAGCGTTTGTCATTGAAGCAATTAGCGGCC GTTTCAAATTTTGTTATCGGGAGAAGAGGTTATGGTTGTATTACATTTCAACATGATGTG GATCTCACAGCTTTTACCAAAAGCTTTAGAGAAGAACTATTCGGTAAAATTGTAATATTT CGTTCCTCTAAGACAGTAGAAGTATATCCTGACGAAGCCACCAAACCAATGATTGGGCAT GGGTTAAACGTTCCCGCTATAATCACTCTAGAGAATGTTTATCCTGTAGATAAAAAAACA AAAAAACCGATGAAAGATACGACGAAGTTTGCTGAATTTCAAGTTTTTGACAGGAAACTA AGAAGCATGAGGGAAATGAACTATATATCCTATAATCCCTTTGGCGGGACTTGGACTTTC AAAGTCAATCATTTTAGCATTTGGGGGTTAGTCAATGAAGAAGATGCGGAAATAGATGAA GACGATTTGAGTAAACAAGAAGACGGCGGTGAGCAACCATTAAGAAAGGTGCGCACGTTA GCGCAATCAAAACCATCGGATAAAGAGGTTATCCTCAAAACAGATGGCACTTTTGGAACT CTATCAGGTAAAGACGACTCTATCGTTGAGGAAAAGGCATACGAACCTGATTTGTCTGAT GCGGACTTTGAGGGAATTGAAGCTTCCCCTAAACTTGACGTTTCTAAGGATTGGGTAGAA CAATTAATTTTAGCTGGGTCTTCACTACGTTCTGTGTTTGCCACTTCTAAAGAATTTGAC GGGCCATGTCAAAATGAAATAGATTTACTCTTTTCCGAATGCAATGATGAAATTGATAAC GCAAAACTCATCATGAAGGAAAGAAGATTTACAGCCTCTTATACGTTTGCAAAATTTTCA ACAGGTTCAATGCTACTGACAAAAGATATTGTTGGTAAATCGGGCGTTTCAATTAAGCGT TTACCAACTGAGTTGCAAAGAAAATTTTTATTCGATGACGTCTATTTAGATAAAGAAATT GAAAAGGTTACTATCGAAGCAAGGAAGTCAAACCCATACCCACAAATTAGTGAAAGCTCT TTACTCTTTAAAGATGCTTTAGATTATATGGAAAAAACCTCTAGTGATTACAATCTATGG AAACTTTCATCTATTTTATTCGACCCCGTTTCCTATCCATACAAGACGGACAATGATCAA GTAAAAATGGCATTATTAAAAAAAGAAAGGCATTGTCGATTAACTTCGTGGATTGTTAGC CAGATAGGTCCGGAAATTGAAGAGAAAATTAGGAATTCTTCTAACGAAATAGAACAAATA TTTCTATATTTGCTCTTGAATGATGTCGTAAGGGCATCCAAGTTAGCAATTGAGTCTAAG AATGGTCATTTGAGCGTTTTGATATCCTATTTGGGTTCAAACGACCCAAGGATACGTGAT TTAGCGGAATTACAATTGCAAAAGTGGTCAACTGGTGGTTGTAGTATCGACAAGAATATC TCGAAGATTTACAAATTACTAAGCGGTTCACCTTTTGAAGGTTTATTTTCTCTTAAGGAA CTTGAAAGTGAATTCAGTTGGTTGTGCCTTTTGAATTTGACACTGTGCTACGGCCAGATA GATGAGTATTCCTTAGAATCTCTTGTGCAATCGCATTTAGACAAGTTTTCTTTACCCTAT GATGATCCTATTGGAGTTATTTTCCAACTATATGCTGCTAATGAAAATACGGAGAAGCTC TATAAGGAGGTTAGACAAAGAACCAACGCTTTAGATGTTCAGTTTTGCTGGTACTTGATT CAAACATTGAGATTTAATGGAACACGCGTTTTTTCGAAGGAAACTAGCGATGAGGCTACA TTCGCATTTGCCGCTCAACTTGAATTTGCACAATTACATGGCCACTCTCTTTTTGTTTCT TGCTTTTTAAATGATGACAAGGCAGCAGAAGATACCATAAAAAGGCTTGTTATGCGTGAA ATAACATTGTTAAGAGCCTCTACCAATGATCACATTTTAAATAGATTAAAGATCCCTTCG CAATTGATATTCAATGCTCAAGCTTTGAAAGATAGATATGAAGGCAATTACCTTTCTGAA GTACAAAATCTACTCCTGGGTTCGTCTTATGATTTGGCAGAAATGGCTATTGTTACGTCA TTAGGACCAAGGCTGTTGTTATCAAACAATCCTGTACAGAATAATGAACTGAAAACTTTG AGGGAAATTCTTAACGAATTTCCAGACTCTGAGAGGGACAAATGGAGTGTAAGTATAAAC GTATTTGAAGTATATCTAAAGCTTGTGTTGGATAATGTTGAAACGCAGGAGACTATCGAT TCATTAATTAGTGGTATGAAGATATTTTATGATCAGTATAAGCACTGTCGTGAAGTGGCC GCATGTTGTAATGTTATGTCCCAAGAGATTGTATCAAAAATATTGGAGAAAAACAATCCT TCAATAGGCGATTCGAAGGCCAAATTGCTTGAGCTCCCCCTAGGGCAGCCAGAAAAGGCA TACTTGAGGGGTGAGTTTGCCCAGGATTTAATGAAGTGTACATATAAGATATAA
  • Download Fasta

  • Fasta :-

    MFNKSVNSGFTFGNQNTSTPTSTPAQPSSSLQFPQKSTGLFGNVNVNANTSTPSPSGGLF NANSNANSISQQPANNSLFGNKPAQPSGGLFGATNNTTSKSAGSLFGNNNATANSTGSTG LFSGSNNIASSTQNGGLFGNSNNNNITSTTQNGGLFGKPTTTPAGAGGLFGNSSSTNSTT GLFGSNNTQSSTGIFGQKPGASTTGGLFGNNGASFPRSGETTGTMSTNPYGINISNVPMA VADMPRSITSSLSDVNGKSDAEPKPIENRRTYSFSSSVSGNAPLPLASQSSLVSRLSTRL KATQKSTSPNEIFSPSYSKPWLNGAGSAPLVDDFFSSKMTSLAPNENSIFPQNGFNFLSS QRADLTELRKLKIDSNRSAAKKLKLLSGTPAITKKHMQDEQDSSENEPIANADSVTNIDR KENRDNNLDNTYLNGKEQSNNLNKQDGENTLQHEKSSSFGYWCSPSPEQLERLSLKQLAA VSNFVIGRRGYGCITFQHDVDLTAFTKSFREELFGKIVIFRSSKTVEVYPDEATKPMIGH GLNVPAIITLENVYPVDKKTKKPMKDTTKFAEFQVFDRKLRSMREMNYISYNPFGGTWTF KVNHFSIWGLVNEEDAEIDEDDLSKQEDGGEQPLRKVRTLAQSKPSDKEVILKTDGTFGT LSGKDDSIVEEKAYEPDLSDADFEGIEASPKLDVSKDWVEQLILAGSSLRSVFATSKEFD GPCQNEIDLLFSECNDEIDNAKLIMKERRFTASYTFAKFSTGSMLLTKDIVGKSGVSIKR LPTELQRKFLFDDVYLDKEIEKVTIEARKSNPYPQISESSLLFKDALDYMEKTSSDYNLW KLSSILFDPVSYPYKTDNDQVKMALLKKERHCRLTSWIVSQIGPEIEEKIRNSSNEIEQI FLYLLLNDVVRASKLAIESKNGHLSVLISYLGSNDPRIRDLAELQLQKWSTGGCSIDKNI SKIYKLLSGSPFEGLFSLKELESEFSWLCLLNLTLCYGQIDEYSLESLVQSHLDKFSLPY DDPIGVIFQLYAANENTEKLYKEVRQRTNALDVQFCWYLIQTLRFNGTRVFSKETSDEAT FAFAAQLEFAQLHGHSLFVSCFLNDDKAAEDTIKRLVMREITLLRASTNDHILNRLKIPS QLIFNAQALKDRYEGNYLSEVQNLLLGSSYDLAEMAIVTSLGPRLLLSNNPVQNNELKTL REILNEFPDSERDKWSVSINVFEVYLKLVLDNVETQETIDSLISGMKIFYDQYKHCREVA ACCNVMSQEIVSKILEKNNPSIGDSKAKLLELPLGQPEKAYLRGEFAQDLMKCTYKI

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IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
YGL092W646 SQSKPSDKEV0.996unspYGL092W646 SQSKPSDKEV0.996unspYGL092W646 SQSKPSDKEV0.996unspYGL092W662 SFGTLSGKDD0.997unspYGL092W667 SGKDDSIVEE0.993unspYGL092W777 SKSGVSIKRL0.996unspYGL092W893 SKIRNSSNEI0.994unspYGL092W977 SEGLFSLKEL0.994unspYGL092W1072 STRVFSKETS0.996unspYGL092W1076 SSKETSDEAT0.995unspYGL092W1127 SLLRASTNDH0.997unspYGL092W1210 SEFPDSERDK0.992unspYGL092W1281 SKNNPSIGDS0.993unspYGL092W308 SQKSTSPNEI0.998unspYGL092W403 SDEQDSSENE0.991unsp

YGL092W      



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