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_ID
Prediction
OTHER
SP
mTP
CS_Position
YIL108W OTHER 0.999681 0.000186 0.000133
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No Results
  • Fasta :-

    >YIL108W MVGSKDIDLFNLRENEQIVSPCLIVHGKCNKQNGAKTVQVQHPQLPPITYPIHNQFFKAT VILTPGENKLTFVTDTNTARTIVCYYTPLTQNPPVHLCLILAKDSPLQFDSPREQKDREG GNGLELAIKKLRLGARLMQAYTNEQMLRNSMGNRTFPFVEEFTWDTLFERPAMRNTIKIH VVRSEKTVKEIQDPDIAQQNSKGKNTGALFGIAMDALKSYGGPFTNNEKPVQAACMFLDT HWDGKLIRGHAALGGGDDSIKLAIFGSHGLYSWPTCLEQLVPYFTDETRSSTSEVANDCN ECGTYWECLTITLGAFMHEIGHLLGCPHQESGVMLRGYTTLNRSFLTKEAYSVRTNSTGA SPPIFPKEECTWNRLDTVRFLYHPSFTLPQDYYDPSFMRPTKLGGYPNIKHSVYPLGNGS CRILSPTGIYLIEIICDDLARGHIEYLPVSLGGQGPQREVIVTLDDLRARLPKNELAKFG NTFKLKILSVNAPETEFDKFPSLLDVQPLDMSKYGFSKNVQGIKSPLYGRSDGGNAVGVV AFDVRLVTAVRIYHGYALDGVRFYYKEKPTGTKDAPASKPSVPPRNYFSKITHSIKNHAS INEENLKSVLFGHETQNFTDATLEPGEIIIGFNLRCGAWVDAIQIITSHGRMTDMFGNKD GGGFAELQPPNGQYILGVTGRVGQWVDAFGIIYGAL
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/YIL108W.fa Sequence name : YIL108W Sequence length : 696 VALUES OF COMPUTED PARAMETERS Coef20 : 3.615 CoefTot : -0.251 ChDiff : 0 ZoneTo : 5 KR : 1 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.076 1.653 0.207 0.556 MesoH : -0.322 0.208 -0.307 0.261 MuHd_075 : 4.350 7.298 3.691 2.028 MuHd_095 : 16.175 6.682 4.586 3.998 MuHd_100 : 14.855 2.235 3.448 2.762 MuHd_105 : 9.783 3.429 1.266 1.300 Hmax_075 : -7.600 4.463 -2.992 1.710 Hmax_095 : -6.900 4.463 -2.895 2.765 Hmax_100 : -1.500 3.600 -2.020 2.780 Hmax_105 : -4.550 2.800 -3.286 1.528 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.9939 0.0061 DFMC : 0.9947 0.0053
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 696 YIL108W MVGSKDIDLFNLRENEQIVSPCLIVHGKCNKQNGAKTVQVQHPQLPPITYPIHNQFFKATVILTPGENKLTFVTDTNTAR 80 TIVCYYTPLTQNPPVHLCLILAKDSPLQFDSPREQKDREGGNGLELAIKKLRLGARLMQAYTNEQMLRNSMGNRTFPFVE 160 EFTWDTLFERPAMRNTIKIHVVRSEKTVKEIQDPDIAQQNSKGKNTGALFGIAMDALKSYGGPFTNNEKPVQAACMFLDT 240 HWDGKLIRGHAALGGGDDSIKLAIFGSHGLYSWPTCLEQLVPYFTDETRSSTSEVANDCNECGTYWECLTITLGAFMHEI 320 GHLLGCPHQESGVMLRGYTTLNRSFLTKEAYSVRTNSTGASPPIFPKEECTWNRLDTVRFLYHPSFTLPQDYYDPSFMRP 400 TKLGGYPNIKHSVYPLGNGSCRILSPTGIYLIEIICDDLARGHIEYLPVSLGGQGPQREVIVTLDDLRARLPKNELAKFG 480 NTFKLKILSVNAPETEFDKFPSLLDVQPLDMSKYGFSKNVQGIKSPLYGRSDGGNAVGVVAFDVRLVTAVRIYHGYALDG 560 VRFYYKEKPTGTKDAPASKPSVPPRNYFSKITHSIKNHASINEENLKSVLFGHETQNFTDATLEPGEIIIGFNLRCGAWV 640 DAIQIITSHGRMTDMFGNKDGGGFAELQPPNGQYILGVTGRVGQWVDAFGIIYGAL 720 ................................................................................ 80 ................................................................................ 160 ................................................................................ 240 ................................................................................ 320 ................................................................................ 400 ................................................................................ 480 ................................................................................ 560 ................................................................................ 640 ........................................................ 720 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 0 Name Pos Context Score Pred ____________________________v_________________ YIL108W 5 --MVGSK|DI 0.066 . YIL108W 13 IDLFNLR|EN 0.083 . YIL108W 28 CLIVHGK|CN 0.073 . YIL108W 31 VHGKCNK|QN 0.079 . YIL108W 36 NKQNGAK|TV 0.090 . YIL108W 58 IHNQFFK|AT 0.077 . YIL108W 69 LTPGENK|LT 0.058 . YIL108W 80 TDTNTAR|TI 0.084 . YIL108W 103 LCLILAK|DS 0.070 . YIL108W 113 LQFDSPR|EQ 0.097 . YIL108W 116 DSPREQK|DR 0.175 . YIL108W 118 PREQKDR|EG 0.137 . YIL108W 129 GLELAIK|KL 0.061 . YIL108W 130 LELAIKK|LR 0.077 . YIL108W 132 LAIKKLR|LG 0.075 . YIL108W 136 KLRLGAR|LM 0.093 . YIL108W 148 TNEQMLR|NS 0.097 . YIL108W 154 RNSMGNR|TF 0.103 . YIL108W 170 WDTLFER|PA 0.082 . YIL108W 174 FERPAMR|NT 0.097 . YIL108W 178 AMRNTIK|IH 0.057 . YIL108W 183 IKIHVVR|SE 0.141 . YIL108W 186 HVVRSEK|TV 0.161 . YIL108W 189 RSEKTVK|EI 0.065 . YIL108W 202 IAQQNSK|GK 0.069 . YIL108W 204 QQNSKGK|NT 0.095 . YIL108W 218 IAMDALK|SY 0.083 . YIL108W 229 PFTNNEK|PV 0.066 . YIL108W 245 DTHWDGK|LI 0.064 . YIL108W 248 WDGKLIR|GH 0.100 . YIL108W 261 GGDDSIK|LA 0.066 . YIL108W 289 YFTDETR|SS 0.095 . YIL108W 336 ESGVMLR|GY 0.110 . YIL108W 343 GYTTLNR|SF 0.110 . YIL108W 348 NRSFLTK|EA 0.098 . YIL108W 354 KEAYSVR|TN 0.111 . YIL108W 367 SPPIFPK|EE 0.065 . YIL108W 374 EECTWNR|LD 0.075 . YIL108W 379 NRLDTVR|FL 0.098 . YIL108W 399 YDPSFMR|PT 0.081 . YIL108W 402 SFMRPTK|LG 0.104 . YIL108W 410 GGYPNIK|HS 0.058 . YIL108W 422 LGNGSCR|IL 0.116 . YIL108W 441 ICDDLAR|GH 0.099 . YIL108W 458 GGQGPQR|EV 0.134 . YIL108W 468 VTLDDLR|AR 0.063 . YIL108W 470 LDDLRAR|LP 0.077 . YIL108W 473 LRARLPK|NE 0.154 . YIL108W 478 PKNELAK|FG 0.069 . YIL108W 484 KFGNTFK|LK 0.059 . YIL108W 486 GNTFKLK|IL 0.074 . YIL108W 499 PETEFDK|FP 0.059 . YIL108W 513 QPLDMSK|YG 0.063 . YIL108W 518 SKYGFSK|NV 0.083 . YIL108W 524 KNVQGIK|SP 0.071 . YIL108W 530 KSPLYGR|SD 0.137 . YIL108W 545 VVAFDVR|LV 0.116 . YIL108W 551 RLVTAVR|IY 0.077 . YIL108W 562 YALDGVR|FY 0.093 . YIL108W 566 GVRFYYK|EK 0.069 . YIL108W 568 RFYYKEK|PT 0.077 . YIL108W 573 EKPTGTK|DA 0.077 . YIL108W 579 KDAPASK|PS 0.061 . YIL108W 585 KPSVPPR|NY 0.182 . YIL108W 590 PRNYFSK|IT 0.097 . YIL108W 596 KITHSIK|NH 0.059 . YIL108W 607 INEENLK|SV 0.096 . YIL108W 635 IIGFNLR|CG 0.079 . YIL108W 651 IITSHGR|MT 0.103 . YIL108W 659 TDMFGNK|DG 0.073 . YIL108W 681 ILGVTGR|VG 0.085 . ____________________________^_________________
  • Fasta :-

    >YIL108W ATGGTAGGCTCGAAGGATATTGATCTATTCAACCTGAGAGAGAACGAGCAAATCGTTTCT CCTTGTCTTATCGTGCACGGAAAATGCAATAAGCAAAATGGTGCGAAGACCGTTCAAGTG CAGCATCCACAATTGCCTCCAATTACTTACCCCATACATAATCAGTTCTTCAAGGCCACT GTGATATTGACTCCTGGTGAGAACAAGTTGACCTTTGTTACAGACACTAACACCGCTAGG ACAATCGTATGTTACTACACACCACTGACGCAGAACCCTCCCGTACACCTGTGTCTGATC TTGGCCAAGGATTCGCCTTTACAGTTTGACTCTCCTCGAGAACAGAAGGACAGAGAGGGC GGGAATGGCCTCGAATTGGCAATCAAGAAGCTAAGACTTGGGGCCAGACTCATGCAAGCG TACACGAACGAGCAAATGCTGAGAAACAGTATGGGAAATAGGACGTTTCCCTTTGTTGAA GAATTTACCTGGGACACGCTGTTCGAACGGCCTGCTATGAGAAACACCATCAAAATACAT GTAGTTCGTTCGGAAAAGACGGTGAAGGAAATCCAGGACCCTGACATAGCTCAACAGAAT TCCAAAGGGAAAAACACCGGCGCCCTTTTTGGGATAGCCATGGACGCCCTTAAAAGTTAC GGCGGACCCTTCACCAATAACGAAAAGCCTGTTCAGGCAGCTTGTATGTTTCTAGACACC CACTGGGATGGTAAGTTGATTAGAGGCCACGCCGCATTGGGTGGGGGTGACGACAGCATT AAGCTCGCCATTTTTGGGTCGCACGGGCTTTACTCATGGCCTACTTGTCTCGAGCAATTG GTGCCTTATTTTACTGATGAGACAAGATCCTCCACCAGTGAAGTCGCCAACGACTGTAAT GAGTGTGGTACTTACTGGGAATGTTTGACTATCACGTTGGGAGCATTTATGCATGAGATT GGTCACTTACTGGGTTGTCCTCATCAGGAAAGCGGTGTTATGCTAAGAGGCTATACCACT TTGAATAGGTCTTTCTTGACTAAAGAGGCTTATTCTGTAAGAACTAATTCAACTGGTGCT AGTCCTCCCATCTTCCCCAAGGAAGAATGTACCTGGAACCGTCTCGATACGGTAAGATTT TTGTACCACCCCTCTTTCACTTTACCACAGGATTATTACGATCCATCGTTCATGAGACCT ACAAAATTGGGCGGATACCCCAATATAAAACACTCTGTATATCCTTTGGGTAACGGCAGT TGCCGCATATTATCGCCCACAGGAATCTATTTGATTGAAATTATATGTGATGATTTGGCC AGGGGCCATATTGAATACTTGCCGGTTTCCCTAGGTGGACAGGGGCCTCAACGGGAAGTT ATAGTAACATTAGATGATTTACGTGCCAGGTTGCCCAAGAATGAACTCGCCAAGTTTGGC AATACCTTCAAATTGAAAATTCTTTCTGTTAATGCACCGGAAACCGAGTTCGACAAGTTC CCATCTTTGTTAGATGTTCAGCCATTAGACATGTCGAAATATGGGTTTTCTAAAAATGTT CAAGGTATCAAATCACCACTTTATGGTCGCAGCGACGGTGGTAATGCTGTCGGCGTCGTC GCTTTTGATGTTAGATTAGTCACTGCTGTGAGAATATACCATGGCTATGCATTAGATGGT GTGAGGTTTTATTACAAGGAAAAACCAACTGGAACAAAGGATGCTCCCGCATCCAAGCCC TCTGTACCACCAAGAAATTATTTCTCAAAAATTACACATAGTATCAAAAATCATGCTTCA ATAAACGAAGAAAATCTAAAAAGTGTACTCTTTGGACATGAAACACAAAATTTTACGGAT GCTACACTAGAACCGGGTGAAATAATCATTGGGTTTAATCTGAGGTGCGGAGCTTGGGTT GATGCTATCCAAATTATAACGAGTCATGGGAGAATGACCGACATGTTTGGTAACAAAGAC GGAGGTGGGTTCGCTGAATTGCAGCCACCTAATGGCCAATATATCCTAGGTGTGACTGGC AGAGTCGGTCAATGGGTCGACGCCTTCGGAATTATTTACGGAGCTTTATAG
  • Download Fasta
  • Fasta :-

    MVGSKDIDLFNLRENEQIVSPCLIVHGKCNKQNGAKTVQVQHPQLPPITYPIHNQFFKAT VILTPGENKLTFVTDTNTARTIVCYYTPLTQNPPVHLCLILAKDSPLQFDSPREQKDREG GNGLELAIKKLRLGARLMQAYTNEQMLRNSMGNRTFPFVEEFTWDTLFERPAMRNTIKIH VVRSEKTVKEIQDPDIAQQNSKGKNTGALFGIAMDALKSYGGPFTNNEKPVQAACMFLDT HWDGKLIRGHAALGGGDDSIKLAIFGSHGLYSWPTCLEQLVPYFTDETRSSTSEVANDCN ECGTYWECLTITLGAFMHEIGHLLGCPHQESGVMLRGYTTLNRSFLTKEAYSVRTNSTGA SPPIFPKEECTWNRLDTVRFLYHPSFTLPQDYYDPSFMRPTKLGGYPNIKHSVYPLGNGS CRILSPTGIYLIEIICDDLARGHIEYLPVSLGGQGPQREVIVTLDDLRARLPKNELAKFG NTFKLKILSVNAPETEFDKFPSLLDVQPLDMSKYGFSKNVQGIKSPLYGRSDGGNAVGVV AFDVRLVTAVRIYHGYALDGVRFYYKEKPTGTKDAPASKPSVPPRNYFSKITHSIKNHAS INEENLKSVLFGHETQNFTDATLEPGEIIIGFNLRCGAWVDAIQIITSHGRMTDMFGNKD GGGFAELQPPNGQYILGVTGRVGQWVDAFGIIYGAL

  • title: putative sugar binding site
  • coordinates: V537,G538,G555,Y556,A557,D559,T615,Q616,G637,A638,W639,D641,G661,G662,G683,Q684,W685,D687
No Results
No Results
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ID
Site
Peptide
Score
Method
ID
Site
Peptide
Score
Method
ID
Site
Peptide
Score
Method
ID
Site
Peptide
Score
Method
ID
Site
Peptide
Score
Method
ID
Site
Peptide
Score
Method
YIL108W 293 S RSSTSEVAN 0.994 unsp YIL108W 293 S RSSTSEVAN 0.994 unsp YIL108W 293 S RSSTSEVAN 0.994 unsp YIL108W 594 S KITHSIKNH 0.993 unsp YIL108W 111 S LQFDSPREQ 0.996 unsp YIL108W 291 S ETRSSTSEV 0.997 unsp
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YIL108W      



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