YLR389C | metalloendopeptidase

_IDPredictionOTHERSPmTPCS_Position
YLR389CmTP0.3719940.0337690.594237CS pos: 46-47. RYY-TT. Pr: 0.4935
No Results

  • Fasta :-

    >YLR389C MGVSLLASSSAFVTKPLLTQLVHLSPISLNFTVRRFKPFTCLSRYYTTNPYNMTSNFKTF NLDFLKPDLDERSYRFIELPNKLKALLIQDPKADKAAASLDVNIGAFEDPKNLPGLAHFC EHLLFMGSEKFPDENEYSSYLSKHGGSSNAYTASQNTNYFFEVNHQHLFGALDRFSGFFS CPLFNKDSTDKEINAVNSENKKNLQNDIWRIYQLDKSLTNTKHPYHKFSTGNIETLGTLP KENGLNVRDELLKFHKNFYSANLMKLCILGREDLDTLSDWTYDLFKDVANNGREVPLYAE PIMQPEHLQKIIQVRPVKDLKKLEISFTVPDMEEHWESKPPRILSHLIGHEGSGSLLAHL KKLGWANELSAGGHTVSKGNAFFAVDIDLTDNGLTHYRDVIVLIFQYIEMLKNSLPQKWI FNELQDISNATFKFKQAGSPSSTVSSLAKCLEKDYIPVSRILAMGLLTKYEPDLLTQYTD ALVPENSRVTLISRSLETDSAEKWYGTAYKVVDYPADLIKNMKSPGLNPALTLPRPNEFV STNFKVDKIDGIKPLDEPVLLLSDDVSKLWYKKDDRFWQPRGYIYLSFKLPHTHASIINS MLSTLYTQLANDALKDVQYDAACADLRISFNKTNQGLAITASGFNEKLIILLTRFLQGVN SFEPKKDRFEILKDKTIRHLKNLLYEVPYSQMSNYYNAIINERSWSTAEKLQVFEKLTFE QLINFIPTIYEGVYFETLIHGNIKHEEALEVDSLIKSLIPNNIHNLQVSNNRLRSYLLPK GKTFRYETALKDSQNVNSCIQHVTQLDVYSEDLSALSGLFAQLIHEPCFDTLRTKEQLGY VVFSSSLNNHGTANIRILIQSEHTTPYLEWRINNFYETFGQVLRDMPEEDFEKHKEALCN SLLQKFKNMAEESARYTAAIYLGDYNFTHRQKKAKLVANITKQQMIDFYENYIMSENASK LILHLKSQVENKELNENELDTAKYPTGQLIEDVGAFKSTLFVAPVRQPMKDFEISAPPKL NNSSESE
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/YLR389C.fa Sequence name : YLR389C Sequence length : 1027 VALUES OF COMPUTED PARAMETERS Coef20 : 4.456 CoefTot : -0.455 ChDiff : -11 ZoneTo : 62 KR : 6 DE : 0 CleavSite : 37 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.147 1.288 0.062 0.527 MesoH : -0.473 0.265 -0.398 0.236 MuHd_075 : 32.813 24.394 8.262 7.571 MuHd_095 : 29.702 20.944 8.302 6.431 MuHd_100 : 31.032 19.194 9.212 6.555 MuHd_105 : 37.453 19.146 8.054 8.501 Hmax_075 : 17.383 21.700 4.043 7.120 Hmax_095 : 14.525 19.338 2.913 2.809 Hmax_100 : 15.800 15.800 2.913 4.340 Hmax_105 : 17.267 14.117 2.284 2.310 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.0258 0.9742 DFMC : 0.0140 0.9860 This protein is probably imported in mitochondria. f(Ser) = 0.1290 f(Arg) = 0.0484 CMi = 0.93677 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) ##### 1027 YLR389C MGVSLLASSSAFVTKPLLTQLVHLSPISLNFTVRRFKPFTCLSRYYTTNPYNMTSNFKTFNLDFLKPDLDERSYRFIELP 80 NKLKALLIQDPKADKAAASLDVNIGAFEDPKNLPGLAHFCEHLLFMGSEKFPDENEYSSYLSKHGGSSNAYTASQNTNYF 160 FEVNHQHLFGALDRFSGFFSCPLFNKDSTDKEINAVNSENKKNLQNDIWRIYQLDKSLTNTKHPYHKFSTGNIETLGTLP 240 KENGLNVRDELLKFHKNFYSANLMKLCILGREDLDTLSDWTYDLFKDVANNGREVPLYAEPIMQPEHLQKIIQVRPVKDL 320 KKLEISFTVPDMEEHWESKPPRILSHLIGHEGSGSLLAHLKKLGWANELSAGGHTVSKGNAFFAVDIDLTDNGLTHYRDV 400 IVLIFQYIEMLKNSLPQKWIFNELQDISNATFKFKQAGSPSSTVSSLAKCLEKDYIPVSRILAMGLLTKYEPDLLTQYTD 480 ALVPENSRVTLISRSLETDSAEKWYGTAYKVVDYPADLIKNMKSPGLNPALTLPRPNEFVSTNFKVDKIDGIKPLDEPVL 560 LLSDDVSKLWYKKDDRFWQPRGYIYLSFKLPHTHASIINSMLSTLYTQLANDALKDVQYDAACADLRISFNKTNQGLAIT 640 ASGFNEKLIILLTRFLQGVNSFEPKKDRFEILKDKTIRHLKNLLYEVPYSQMSNYYNAIINERSWSTAEKLQVFEKLTFE 720 QLINFIPTIYEGVYFETLIHGNIKHEEALEVDSLIKSLIPNNIHNLQVSNNRLRSYLLPKGKTFRYETALKDSQNVNSCI 800 QHVTQLDVYSEDLSALSGLFAQLIHEPCFDTLRTKEQLGYVVFSSSLNNHGTANIRILIQSEHTTPYLEWRINNFYETFG 880 QVLRDMPEEDFEKHKEALCNSLLQKFKNMAEESARYTAAIYLGDYNFTHRQKKAKLVANITKQQMIDFYENYIMSENASK 960 LILHLKSQVENKELNENELDTAKYPTGQLIEDVGAFKSTLFVAPVRQPMKDFEISAPPKLNNSSESE 1040 ................................................................................ 80 ................................................................................ 160 ................................................................................ 240 ................................................................................ 320 ................................................................................ 400 ................................................................................ 480 ................................................................................ 560 ................................................................................ 640 ................................................................................ 720 ................................................................................ 800 ................................................................................ 880 ................................................................................ 960 ................................................................... 1040 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 0 Name Pos Context Score Pred ____________________________v_________________ YLR389C 15 SSAFVTK|PL 0.091 . YLR389C 34 SLNFTVR|RF 0.089 . YLR389C 35 LNFTVRR|FK 0.124 . YLR389C 37 FTVRRFK|PF 0.090 . YLR389C 44 PFTCLSR|YY 0.080 . YLR389C 58 NMTSNFK|TF 0.053 . YLR389C 66 FNLDFLK|PD 0.057 . YLR389C 72 KPDLDER|SY 0.113 . YLR389C 75 LDERSYR|FI 0.309 . YLR389C 82 FIELPNK|LK 0.053 . YLR389C 84 ELPNKLK|AL 0.061 . YLR389C 92 LLIQDPK|AD 0.058 . YLR389C 95 QDPKADK|AA 0.060 . YLR389C 111 GAFEDPK|NL 0.058 . YLR389C 130 LFMGSEK|FP 0.073 . YLR389C 143 YSSYLSK|HG 0.078 . YLR389C 174 LFGALDR|FS 0.088 . YLR389C 186 SCPLFNK|DS 0.079 . YLR389C 191 NKDSTDK|EI 0.067 . YLR389C 201 AVNSENK|KN 0.060 . YLR389C 202 VNSENKK|NL 0.095 . YLR389C 210 LQNDIWR|IY 0.077 . YLR389C 216 RIYQLDK|SL 0.075 . YLR389C 222 KSLTNTK|HP 0.063 . YLR389C 227 TKHPYHK|FS 0.093 . YLR389C 241 TLGTLPK|EN 0.072 . YLR389C 248 ENGLNVR|DE 0.084 . YLR389C 253 VRDELLK|FH 0.058 . YLR389C 256 ELLKFHK|NF 0.062 . YLR389C 265 YSANLMK|LC 0.068 . YLR389C 271 KLCILGR|ED 0.083 . YLR389C 286 WTYDLFK|DV 0.086 . YLR389C 293 DVANNGR|EV 0.089 . YLR389C 310 QPEHLQK|II 0.064 . YLR389C 315 QKIIQVR|PV 0.140 . YLR389C 318 IQVRPVK|DL 0.186 . YLR389C 321 RPVKDLK|KL 0.070 . YLR389C 322 PVKDLKK|LE 0.067 . YLR389C 339 EEHWESK|PP 0.061 . YLR389C 342 WESKPPR|IL 0.203 . YLR389C 361 SLLAHLK|KL 0.076 . YLR389C 362 LLAHLKK|LG 0.107 . YLR389C 378 GGHTVSK|GN 0.064 . YLR389C 398 NGLTHYR|DV 0.144 . YLR389C 412 QYIEMLK|NS 0.056 . YLR389C 418 KNSLPQK|WI 0.091 . YLR389C 433 ISNATFK|FK 0.089 . YLR389C 435 NATFKFK|QA 0.081 . YLR389C 449 TVSSLAK|CL 0.079 . YLR389C 453 LAKCLEK|DY 0.071 . YLR389C 460 DYIPVSR|IL 0.104 . YLR389C 469 AMGLLTK|YE 0.065 . YLR389C 488 LVPENSR|VT 0.065 . YLR389C 494 RVTLISR|SL 0.097 . YLR389C 503 ETDSAEK|WY 0.064 . YLR389C 510 WYGTAYK|VV 0.071 . YLR389C 520 YPADLIK|NM 0.059 . YLR389C 523 DLIKNMK|SP 0.076 . YLR389C 535 PALTLPR|PN 0.080 . YLR389C 545 FVSTNFK|VD 0.056 . YLR389C 548 TNFKVDK|ID 0.082 . YLR389C 553 DKIDGIK|PL 0.058 . YLR389C 568 LSDDVSK|LW 0.064 . YLR389C 572 VSKLWYK|KD 0.056 . YLR389C 573 SKLWYKK|DD 0.105 . YLR389C 576 WYKKDDR|FW 0.087 . YLR389C 581 DRFWQPR|GY 0.106 . YLR389C 589 YIYLSFK|LP 0.060 . YLR389C 615 LANDALK|DV 0.080 . YLR389C 627 AACADLR|IS 0.090 . YLR389C 632 LRISFNK|TN 0.070 . YLR389C 647 ASGFNEK|LI 0.061 . YLR389C 654 LIILLTR|FL 0.107 . YLR389C 665 VNSFEPK|KD 0.068 . YLR389C 666 NSFEPKK|DR 0.130 . YLR389C 668 FEPKKDR|FE 0.094 . YLR389C 673 DRFEILK|DK 0.063 . YLR389C 675 FEILKDK|TI 0.062 . YLR389C 678 LKDKTIR|HL 0.094 . YLR389C 681 KTIRHLK|NL 0.113 . YLR389C 703 NAIINER|SW 0.170 . YLR389C 710 SWSTAEK|LQ 0.064 . YLR389C 716 KLQVFEK|LT 0.078 . YLR389C 744 LIHGNIK|HE 0.076 . YLR389C 756 EVDSLIK|SL 0.070 . YLR389C 772 LQVSNNR|LR 0.077 . YLR389C 774 VSNNRLR|SY 0.093 . YLR389C 780 RSYLLPK|GK 0.065 . YLR389C 782 YLLPKGK|TF 0.060 . YLR389C 785 PKGKTFR|YE 0.114 . YLR389C 791 RYETALK|DS 0.065 . YLR389C 833 PCFDTLR|TK 0.079 . YLR389C 835 FDTLRTK|EQ 0.054 . YLR389C 856 HGTANIR|IL 0.121 . YLR389C 871 TPYLEWR|IN 0.115 . YLR389C 884 TFGQVLR|DM 0.092 . YLR389C 893 PEEDFEK|HK 0.063 . YLR389C 895 EDFEKHK|EA 0.060 . YLR389C 905 CNSLLQK|FK 0.085 . YLR389C 907 SLLQKFK|NM 0.059 . YLR389C 915 MAEESAR|YT 0.123 . YLR389C 930 DYNFTHR|QK 0.096 . YLR389C 932 NFTHRQK|KA 0.060 . YLR389C 933 FTHRQKK|AK 0.317 . YLR389C 935 HRQKKAK|LV 0.135 . YLR389C 942 LVANITK|QQ 0.065 . YLR389C 960 MSENASK|LI 0.062 . YLR389C 966 KLILHLK|SQ 0.069 . YLR389C 972 KSQVENK|EL 0.081 . YLR389C 983 NELDTAK|YP 0.066 . YLR389C 997 EDVGAFK|ST 0.068 . YLR389C 1006 LFVAPVR|QP 0.080 . YLR389C 1010 PVRQPMK|DF 0.077 . YLR389C 1019 EISAPPK|LN 0.073 . ____________________________^_________________

  • Fasta :-

    >YLR389C ATGGGCGTATCTCTTTTAGCTTCTTCTTCTGCATTTGTAACTAAACCACTCCTCACTCAA TTGGTTCACCTCTCACCTATCAGTCTCAATTTCACCGTAAGACGCTTCAAGCCATTCACG TGCTTATCACGCTATTACACAACAAATCCTTATAATATGACATCCAATTTTAAGACATTC AATCTGGACTTTTTAAAGCCGGATTTAGACGAAAGATCGTATCGGTTTATTGAGCTACCT AATAAGCTGAAGGCTCTGTTGATCCAGGACCCAAAAGCAGATAAAGCAGCAGCGTCGCTA GACGTCAATATTGGCGCCTTTGAAGATCCAAAGAACCTACCTGGATTGGCGCATTTCTGC GAGCATCTTTTATTCATGGGCTCTGAGAAATTTCCAGACGAAAACGAATACTCGAGCTAT TTAAGCAAGCACGGTGGTTCATCCAATGCCTACACAGCATCGCAAAACACAAATTATTTT TTTGAGGTTAATCACCAACATTTATTTGGTGCGCTAGACAGGTTTTCAGGGTTTTTCTCT TGTCCTCTTTTCAACAAGGACTCTACTGATAAAGAGATCAACGCCGTTAACAGCGAAAAC AAAAAGAACTTACAGAATGATATTTGGAGAATTTACCAATTAGACAAGTCTTTGACCAAT ACAAAACATCCATATCACAAATTTTCTACAGGAAACATCGAAACTTTGGGCACATTGCCA AAGGAAAATGGACTAAATGTTAGAGATGAACTGTTAAAATTCCATAAGAATTTTTACTCC GCTAACCTAATGAAGCTATGTATTCTTGGTAGAGAAGACCTTGATACTCTCTCTGATTGG ACTTATGATCTCTTCAAGGATGTAGCCAATAACGGTCGTGAAGTACCCCTTTATGCGGAA CCTATTATGCAGCCTGAGCATTTGCAAAAAATAATTCAAGTCCGTCCTGTGAAAGATTTG AAAAAACTAGAAATCTCTTTCACTGTCCCTGATATGGAGGAACATTGGGAGTCCAAGCCA CCGAGGATATTAAGTCATTTAATCGGCCATGAAGGGTCCGGTTCATTACTAGCACATTTG AAAAAATTGGGCTGGGCCAATGAGCTATCTGCTGGTGGGCATACTGTGTCCAAAGGAAAT GCTTTTTTTGCTGTCGATATAGATTTAACAGACAACGGGTTGACACACTATCGCGATGTT ATTGTCTTGATCTTCCAGTATATTGAAATGTTGAAAAACTCACTACCTCAAAAATGGATA TTCAATGAACTGCAAGATATCTCTAATGCTACCTTCAAGTTTAAGCAAGCTGGTAGCCCA TCTTCCACAGTTTCATCATTGGCAAAATGCTTGGAAAAGGATTACATTCCTGTTAGCAGA ATTTTAGCCATGGGTTTGTTAACGAAATATGAACCTGATTTGCTTACCCAATATACGGAC GCTCTGGTCCCGGAAAATTCTCGTGTTACTCTGATCTCAAGGAGTTTAGAAACAGATTCT GCTGAAAAATGGTATGGTACTGCGTATAAAGTGGTAGATTATCCGGCAGATTTAATAAAA AACATGAAATCGCCAGGTTTGAACCCTGCTCTGACTTTGCCACGTCCAAATGAATTCGTT TCAACAAATTTCAAGGTTGATAAAATTGACGGTATAAAACCATTAGATGAACCTGTTTTG TTATTATCCGATGACGTCAGCAAATTATGGTACAAGAAGGACGACCGATTCTGGCAACCA CGAGGCTACATTTACTTGTCTTTTAAACTTCCACATACGCATGCAAGCATCATTAATAGT ATGCTTTCTACGCTATACACTCAGCTGGCCAACGATGCCTTGAAAGATGTACAATATGAT GCTGCTTGTGCCGATCTTCGTATATCATTCAATAAAACTAATCAAGGCCTCGCCATTACC GCGTCTGGGTTCAACGAAAAATTGATCATTCTATTAACAAGGTTTTTACAAGGCGTTAAT TCATTCGAACCTAAGAAGGATCGTTTTGAGATTTTGAAAGATAAGACCATACGTCACTTG AAAAACCTTTTATATGAAGTTCCTTATTCACAAATGTCGAATTACTACAATGCTATAATA AATGAACGTTCTTGGTCAACTGCAGAAAAATTACAAGTCTTTGAAAAATTGACCTTTGAA CAATTGATCAACTTCATACCCACCATTTACGAAGGCGTTTATTTTGAAACTTTAATCCAC GGAAACATAAAACATGAAGAAGCATTGGAGGTGGATTCTCTGATCAAGTCTTTGATTCCA AACAACATTCATAATCTGCAGGTTTCTAACAACCGGTTGAGATCCTACTTACTTCCTAAA GGCAAAACTTTCAGATATGAAACTGCTTTGAAAGACTCCCAGAATGTTAACTCATGTATT CAACATGTCACCCAGCTAGATGTCTATTCAGAAGACCTATCTGCCCTCAGCGGATTATTT GCGCAATTGATTCACGAGCCATGTTTTGATACCTTAAGAACAAAAGAGCAATTGGGCTAC GTTGTTTTTAGTTCGAGTTTGAACAATCACGGTACAGCGAACATTAGGATCTTGATTCAG TCAGAACATACCACGCCATATCTAGAATGGAGAATAAACAATTTTTATGAAACTTTTGGC CAGGTTTTGAGGGATATGCCAGAAGAGGACTTTGAAAAACACAAAGAGGCGTTATGCAAC AGTCTATTGCAAAAATTCAAGAATATGGCCGAGGAAAGCGCCAGATACACAGCAGCAATT TACTTAGGTGATTACAATTTCACACATCGTCAAAAAAAGGCTAAGCTCGTTGCTAACATT ACAAAGCAGCAAATGATAGATTTTTATGAGAATTATATAATGAGCGAGAACGCATCGAAG TTGATTCTACATTTGAAATCTCAAGTGGAAAACAAAGAGCTCAATGAAAATGAATTGGAC ACCGCTAAGTATCCAACTGGCCAGTTGATCGAAGATGTCGGGGCATTCAAGTCGACGCTG TTTGTAGCTCCCGTTCGTCAACCAATGAAAGACTTCGAGATTTCCGCGCCTCCTAAGCTG AATAATAGTTCTGAATCAGAGTGA
  • Download Fasta

  • Fasta :-

    MGVSLLASSSAFVTKPLLTQLVHLSPISLNFTVRRFKPFTCLSRYYTTNPYNMTSNFKTF NLDFLKPDLDERSYRFIELPNKLKALLIQDPKADKAAASLDVNIGAFEDPKNLPGLAHFC EHLLFMGSEKFPDENEYSSYLSKHGGSSNAYTASQNTNYFFEVNHQHLFGALDRFSGFFS CPLFNKDSTDKEINAVNSENKKNLQNDIWRIYQLDKSLTNTKHPYHKFSTGNIETLGTLP KENGLNVRDELLKFHKNFYSANLMKLCILGREDLDTLSDWTYDLFKDVANNGREVPLYAE PIMQPEHLQKIIQVRPVKDLKKLEISFTVPDMEEHWESKPPRILSHLIGHEGSGSLLAHL KKLGWANELSAGGHTVSKGNAFFAVDIDLTDNGLTHYRDVIVLIFQYIEMLKNSLPQKWI FNELQDISNATFKFKQAGSPSSTVSSLAKCLEKDYIPVSRILAMGLLTKYEPDLLTQYTD ALVPENSRVTLISRSLETDSAEKWYGTAYKVVDYPADLIKNMKSPGLNPALTLPRPNEFV STNFKVDKIDGIKPLDEPVLLLSDDVSKLWYKKDDRFWQPRGYIYLSFKLPHTHASIINS MLSTLYTQLANDALKDVQYDAACADLRISFNKTNQGLAITASGFNEKLIILLTRFLQGVN SFEPKKDRFEILKDKTIRHLKNLLYEVPYSQMSNYYNAIINERSWSTAEKLQVFEKLTFE QLINFIPTIYEGVYFETLIHGNIKHEEALEVDSLIKSLIPNNIHNLQVSNNRLRSYLLPK GKTFRYETALKDSQNVNSCIQHVTQLDVYSEDLSALSGLFAQLIHEPCFDTLRTKEQLGY VVFSSSLNNHGTANIRILIQSEHTTPYLEWRINNFYETFGQVLRDMPEEDFEKHKEALCN SLLQKFKNMAEESARYTAAIYLGDYNFTHRQKKAKLVANITKQQMIDFYENYIMSENASK LILHLKSQVENKELNENELDTAKYPTGQLIEDVGAFKSTLFVAPVRQPMKDFEISAPPKL NNSSESE

    No Results
No Results
No Results
IDSitePeptideScoreMethod
YLR389C439 SKQAGSPSST0.993unsp

YLR389C      



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