PVX_098675 | ubiquitin carboxyl-terminal hydrolase, putative

UniProt_ID: A5K6B7

Computed_GO_Component_IDs:
Computed_GO_Components:
Computed_GO_Function_IDs: GO:0004197 GO:0004221 GO:0004843 GO:0036459
Computed_GO_Functions: cysteine-type endopeptidase activity obsolete ubiquitin thiolesterase activity thiol-dependent ubiquitin-specific protease activity thiol-dependent ubiquitinyl hydrolase activity
Computed_GO_Process_IDs: GO:0006512 GO:0016579 GO:0006511
Computed_GO_Processes: obsolete ubiquitin cycle protein deubiquitination ubiquitin-dependent protein catabolic process
Curated_GO_Component_IDs:
Curated_GO_Components:
Curated_GO_Function_IDs:
Curated_GO_Functions:
Curated_GO_Processes:

	_ID	Prediction	OTHER	SP	mTP	CS_Position
	PVX_098675	OTHER	0.999610	0.000277	0.000113

No Results

Fasta :-
>PVX_098675 MIKDNKLTIENINYKLINQVSVPNEANKICEIKEYADKTASYLNPDATFEKPAYGLKDFM NKSHSADSLENGEINPNNVILQKQSANYVNKASGETFNEINQRGSRSSGASFHADINDDV MSYVNNISKEINSSRDYEIGTCNNLSGVHILNDAHIHEREGVWGEVPASKVKLATLNIDG SVGSAGSAQNAAPSLIQKCNREGGLDERSDGNRSTSSGRSNRPSVESINNVVDPIAGKRI ITPGGAKSPSRHAHNECKPPPMIEQIFQKSKSENPVLNITSVHNEVNVVPTHTKEEAQKG NENVTPKGNKLEIFKNYSHYEIMSVLCTNWNRGKPSECFPPPGDVPQSEEKMNDEKNKNE ENDSAKVKVSTNDGMCPPQNDLFQIGAHLENPNGATQRREEILQLLLHNVEKKELDDITK NLSFLKRMQQYFYQKYINIKFPNDSNDYHYYIHLDWFNKLKAFIFTPNGEFPGCITNYKL YNDEEAAKESADSIDQIAPHMLNKKDMKSNLKEGKDYICTNQYMWRFLHFLFRGGPCIKR NSNNIYDRYVPISNPDLMNKNIIYLMEPKYVENLFSTFNYSSEELWSGTTHSRDNSDEAR KPPTDGVSPSGPSSPASPITAHAQTASSSEAARKHRTKQCAHNYYEFLHFYGLKEKDYSS SFFLEYDQSNLRSMNKMIDLKNKNSYESVYSFYSNENDTFSDSDILHNAPGANRKSDPSE LSKKETPSEKEKNGNNSSATSGPNRTEATSLESVDAARGMLSPKHLARNLSDHVKSAPLG DSGGGSNSGNGGSSNVNGGSSNGNGGSSNGNGGSSNGNGGNNGSSNNSSSNNNNSSNNNN NNNNNNNNNNNNNNNNNNNNNNNNNSNNNNNKNDAREDPQKDPKKRQEENRENRENANDS AKETTPSRGVKRENQTNNATSYFGPKASIGAPNILSPNYTYKKSNASKASSNKGGNPSDN RPNSSGKVLLTPPPKKNSLGCHSSNGNEIYKSCEEYNADNGEEASSNGYLTTTETESKGT TDNSVKSATSSPKEKDERKRDDHKMKKKEDAEKGPVGKNENKQRRGSSCSHASVGSSGSS ASSSSSGSGGRSSANGAIPKKISTERKGATADDKRAKRREEYEKKFNKNKHPITAGANKV LDRLSNTLNTANLMLKGHSSYSSNSSSYCGSSSGSSIASSNNNSSNGSSNFSIRNHGVSN RSMYNDKERMKNMMAPSNPKRESEFNNNSLSIITTKEHPAGIVNYSATCYINVVLQCLSV YFKLIYTLQNYVSVKYKSMNFSSEDTDNMNSSFINKNFFTNSIPFNLFGNNSKKKDECLL LALSHKLFQLSKMHNKGKVLNVNKLLNLLNDKYSYLFEYNEQQDCHEFLLLLFDFIHNMM KVVDEKVDKNNKIDYCLKKEQSIISDLFLGLIEEKITCSQCSYVNYVYQTVYNLSVNVFK KNADNNLNDNLVEYFKKEEVNSTCEKCKCKKMFKHSCVYKQPNVLIVHLIRLLEDGSKID NPIKFDLNNFTVQNVLKKKNGQYIENPKKYSLCGVIVHRGLNSNYGHYICYTKRRHSNGA TVWYKFDDSIVTVVDVSEVESAKAYCLFYEAVN
Download Fasta

MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/PVX_098675.fa Sequence name : PVX_098675 Sequence length : 1593 VALUES OF COMPUTED PARAMETERS Coef20 : 3.569 CoefTot : -0.113 ChDiff : 18 ZoneTo : 3 KR : 1 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.053 1.559 0.223 0.504 MesoH : -0.428 0.132 -0.399 0.173 MuHd_075 : 25.042 22.389 7.392 5.644 MuHd_095 : 30.423 20.631 9.016 6.377 MuHd_100 : 26.560 20.149 7.844 5.547 MuHd_105 : 15.682 14.181 4.549 3.061 Hmax_075 : 7.300 16.500 1.080 4.850 Hmax_095 : 7.875 14.613 0.584 5.058 Hmax_100 : 11.900 15.000 1.601 5.110 Hmax_105 : 0.300 11.550 -1.531 3.523 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.9404 0.0596 DFMC : 0.9661 0.0339

##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 1593 PVX_098675 MIKDNKLTIENINYKLINQVSVPNEANKICEIKEYADKTASYLNPDATFEKPAYGLKDFMNKSHSADSLENGEINPNNVI 80 LQKQSANYVNKASGETFNEINQRGSRSSGASFHADINDDVMSYVNNISKEINSSRDYEIGTCNNLSGVHILNDAHIHERE 160 GVWGEVPASKVKLATLNIDGSVGSAGSAQNAAPSLIQKCNREGGLDERSDGNRSTSSGRSNRPSVESINNVVDPIAGKRI 240 ITPGGAKSPSRHAHNECKPPPMIEQIFQKSKSENPVLNITSVHNEVNVVPTHTKEEAQKGNENVTPKGNKLEIFKNYSHY 320 EIMSVLCTNWNRGKPSECFPPPGDVPQSEEKMNDEKNKNEENDSAKVKVSTNDGMCPPQNDLFQIGAHLENPNGATQRRE 400 EILQLLLHNVEKKELDDITKNLSFLKRMQQYFYQKYINIKFPNDSNDYHYYIHLDWFNKLKAFIFTPNGEFPGCITNYKL 480 YNDEEAAKESADSIDQIAPHMLNKKDMKSNLKEGKDYICTNQYMWRFLHFLFRGGPCIKRNSNNIYDRYVPISNPDLMNK 560 NIIYLMEPKYVENLFSTFNYSSEELWSGTTHSRDNSDEARKPPTDGVSPSGPSSPASPITAHAQTASSSEAARKHRTKQC 640 AHNYYEFLHFYGLKEKDYSSSFFLEYDQSNLRSMNKMIDLKNKNSYESVYSFYSNENDTFSDSDILHNAPGANRKSDPSE 720 LSKKETPSEKEKNGNNSSATSGPNRTEATSLESVDAARGMLSPKHLARNLSDHVKSAPLGDSGGGSNSGNGGSSNVNGGS 800 SNGNGGSSNGNGGSSNGNGGNNGSSNNSSSNNNNSSNNNNNNNNNNNNNNNNNNNNNNNNNNNNNSNNNNNKNDAREDPQ 880 KDPKKRQEENRENRENANDSAKETTPSRGVKRENQTNNATSYFGPKASIGAPNILSPNYTYKKSNASKASSNKGGNPSDN 960 RPNSSGKVLLTPPPKKNSLGCHSSNGNEIYKSCEEYNADNGEEASSNGYLTTTETESKGTTDNSVKSATSSPKEKDERKR 1040 DDHKMKKKEDAEKGPVGKNENKQRRGSSCSHASVGSSGSSASSSSSGSGGRSSANGAIPKKISTERKGATADDKRAKRRE 1120 EYEKKFNKNKHPITAGANKVLDRLSNTLNTANLMLKGHSSYSSNSSSYCGSSSGSSIASSNNNSSNGSSNFSIRNHGVSN 1200 RSMYNDKERMKNMMAPSNPKRESEFNNNSLSIITTKEHPAGIVNYSATCYINVVLQCLSVYFKLIYTLQNYVSVKYKSMN 1280 FSSEDTDNMNSSFINKNFFTNSIPFNLFGNNSKKKDECLLLALSHKLFQLSKMHNKGKVLNVNKLLNLLNDKYSYLFEYN 1360 EQQDCHEFLLLLFDFIHNMMKVVDEKVDKNNKIDYCLKKEQSIISDLFLGLIEEKITCSQCSYVNYVYQTVYNLSVNVFK 1440 KNADNNLNDNLVEYFKKEEVNSTCEKCKCKKMFKHSCVYKQPNVLIVHLIRLLEDGSKIDNPIKFDLNNFTVQNVLKKKN 1520 GQYIENPKKYSLCGVIVHRGLNSNYGHYICYTKRRHSNGATVWYKFDDSIVTVVDVSEVESAKAYCLFYEAVN 1600 ................................................................................ 80 .........................P...................................................... 160 ................................................................................ 240 ................................................................................ 320 ................................................................................ 400 ................................................................................ 480 ................................................................................ 560 ................................................................................ 640 ................................................................................ 720 ................................................................................ 800 ................................................................................ 880 ................................................................................ 960 ................................................................................ 1040 ................................................................................ 1120 ................................................................................ 1200 ................................................................................ 1280 ................................................................................ 1360 ................................................................................ 1440 ................................................................................ 1520 ......................................................................... 1600 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 1 Name Pos Context Score Pred ____________________________v_________________ PVX_098675 3 ----MIK|DN 0.063 . PVX_098675 6 -MIKDNK|LT 0.060 . PVX_098675 15 IENINYK|LI 0.066 . PVX_098675 28 VPNEANK|IC 0.078 . PVX_098675 33 NKICEIK|EY 0.069 . PVX_098675 38 IKEYADK|TA 0.067 . PVX_098675 51 PDATFEK|PA 0.070 . PVX_098675 57 KPAYGLK|DF 0.071 . PVX_098675 62 LKDFMNK|SH 0.071 . PVX_098675 83 NNVILQK|QS 0.061 . PVX_098675 91 SANYVNK|AS 0.092 . PVX_098675 103 FNEINQR|GS 0.104 . PVX_098675 106 INQRGSR|SS 0.615 *ProP* PVX_098675 129 YVNNISK|EI 0.067 . PVX_098675 135 KEINSSR|DY 0.149 . PVX_098675 159 DAHIHER|EG 0.091 . PVX_098675 170 GEVPASK|VK 0.060 . PVX_098675 172 VPASKVK|LA 0.070 . PVX_098675 198 APSLIQK|CN 0.080 . PVX_098675 201 LIQKCNR|EG 0.102 . PVX_098675 208 EGGLDER|SD 0.100 . PVX_098675 213 ERSDGNR|ST 0.244 . PVX_098675 219 RSTSSGR|SN 0.163 . PVX_098675 222 SSGRSNR|PS 0.379 . PVX_098675 238 VDPIAGK|RI 0.059 . PVX_098675 239 DPIAGKR|II 0.214 . PVX_098675 247 ITPGGAK|SP 0.072 . PVX_098675 251 GAKSPSR|HA 0.117 . PVX_098675 258 HAHNECK|PP 0.073 . PVX_098675 269 IEQIFQK|SK 0.094 . PVX_098675 271 QIFQKSK|SE 0.095 . PVX_098675 294 VVPTHTK|EE 0.060 . PVX_098675 299 TKEEAQK|GN 0.081 . PVX_098675 307 NENVTPK|GN 0.070 . PVX_098675 310 VTPKGNK|LE 0.053 . PVX_098675 315 NKLEIFK|NY 0.070 . PVX_098675 332 LCTNWNR|GK 0.071 . PVX_098675 334 TNWNRGK|PS 0.068 . PVX_098675 351 VPQSEEK|MN 0.071 . PVX_098675 356 EKMNDEK|NK 0.062 . PVX_098675 358 MNDEKNK|NE 0.065 . PVX_098675 366 EENDSAK|VK 0.068 . PVX_098675 368 NDSAKVK|VS 0.076 . PVX_098675 398 PNGATQR|RE 0.089 . PVX_098675 399 NGATQRR|EE 0.135 . PVX_098675 412 LLHNVEK|KE 0.061 . PVX_098675 413 LHNVEKK|EL 0.162 . PVX_098675 420 ELDDITK|NL 0.062 . PVX_098675 426 KNLSFLK|RM 0.060 . PVX_098675 427 NLSFLKR|MQ 0.173 . PVX_098675 435 QQYFYQK|YI 0.076 . PVX_098675 440 QKYINIK|FP 0.073 . PVX_098675 459 HLDWFNK|LK 0.056 . PVX_098675 461 DWFNKLK|AF 0.067 . PVX_098675 479 GCITNYK|LY 0.068 . PVX_098675 488 NDEEAAK|ES 0.068 . PVX_098675 504 APHMLNK|KD 0.068 . PVX_098675 505 PHMLNKK|DM 0.108 . PVX_098675 508 LNKKDMK|SN 0.093 . PVX_098675 512 DMKSNLK|EG 0.057 . PVX_098675 515 SNLKEGK|DY 0.072 . PVX_098675 526 TNQYMWR|FL 0.137 . PVX_098675 533 FLHFLFR|GG 0.092 . PVX_098675 539 RGGPCIK|RN 0.061 . PVX_098675 540 GGPCIKR|NS 0.126 . PVX_098675 548 SNNIYDR|YV 0.175 . PVX_098675 560 NPDLMNK|NI 0.061 . PVX_098675 569 IYLMEPK|YV 0.087 . PVX_098675 593 SGTTHSR|DN 0.122 . PVX_098675 600 DNSDEAR|KP 0.101 . PVX_098675 601 NSDEARK|PP 0.076 . PVX_098675 633 SSSEAAR|KH 0.135 . PVX_098675 634 SSEAARK|HR 0.092 . PVX_098675 636 EAARKHR|TK 0.264 . PVX_098675 638 ARKHRTK|QC 0.078 . PVX_098675 654 LHFYGLK|EK 0.059 . PVX_098675 656 FYGLKEK|DY 0.074 . PVX_098675 672 YDQSNLR|SM 0.098 . PVX_098675 676 NLRSMNK|MI 0.071 . PVX_098675 681 NKMIDLK|NK 0.060 . PVX_098675 683 MIDLKNK|NS 0.069 . PVX_098675 714 NAPGANR|KS 0.092 . PVX_098675 715 APGANRK|SD 0.114 . PVX_098675 723 DPSELSK|KE 0.070 . PVX_098675 724 PSELSKK|ET 0.084 . PVX_098675 730 KETPSEK|EK 0.060 . PVX_098675 732 TPSEKEK|NG 0.073 . PVX_098675 745 ATSGPNR|TE 0.105 . PVX_098675 758 ESVDAAR|GM 0.077 . PVX_098675 764 RGMLSPK|HL 0.075 . PVX_098675 768 SPKHLAR|NL 0.169 . PVX_098675 775 NLSDHVK|SA 0.106 . PVX_098675 872 SNNNNNK|ND 0.075 . PVX_098675 876 NNKNDAR|ED 0.092 . PVX_098675 881 AREDPQK|DP 0.073 . PVX_098675 884 DPQKDPK|KR 0.065 . PVX_098675 885 PQKDPKK|RQ 0.098 . PVX_098675 886 QKDPKKR|QE 0.265 . PVX_098675 891 KRQEENR|EN 0.125 . PVX_098675 894 EENRENR|EN 0.158 . PVX_098675 902 NANDSAK|ET 0.086 . PVX_098675 908 KETTPSR|GV 0.111 . PVX_098675 911 TPSRGVK|RE 0.157 . PVX_098675 912 PSRGVKR|EN 0.233 . PVX_098675 926 TSYFGPK|AS 0.073 . PVX_098675 942 SPNYTYK|KS 0.085 . PVX_098675 943 PNYTYKK|SN 0.116 . PVX_098675 948 KKSNASK|AS 0.099 . PVX_098675 953 SKASSNK|GG 0.073 . PVX_098675 961 GNPSDNR|PN 0.084 . PVX_098675 967 RPNSSGK|VL 0.067 . PVX_098675 975 LLTPPPK|KN 0.066 . PVX_098675 976 LTPPPKK|NS 0.078 . PVX_098675 991 NGNEIYK|SC 0.086 . PVX_098675 1018 TTETESK|GT 0.065 . PVX_098675 1026 TTDNSVK|SA 0.091 . PVX_098675 1033 SATSSPK|EK 0.065 . PVX_098675 1035 TSSPKEK|DE 0.100 . PVX_098675 1038 PKEKDER|KR 0.082 . PVX_098675 1039 KEKDERK|RD 0.081 . PVX_098675 1040 EKDERKR|DD 0.253 . PVX_098675 1044 RKRDDHK|MK 0.070 . PVX_098675 1046 RDDHKMK|KK 0.116 . PVX_098675 1047 DDHKMKK|KE 0.112 . PVX_098675 1048 DHKMKKK|ED 0.112 . PVX_098675 1053 KKEDAEK|GP 0.062 . PVX_098675 1058 EKGPVGK|NE 0.071 . PVX_098675 1062 VGKNENK|QR 0.060 . PVX_098675 1064 KNENKQR|RG 0.105 . PVX_098675 1065 NENKQRR|GS 0.287 . PVX_098675 1091 SSGSGGR|SS 0.121 . PVX_098675 1100 ANGAIPK|KI 0.082 . PVX_098675 1101 NGAIPKK|IS 0.087 . PVX_098675 1106 KKISTER|KG 0.083 . PVX_098675 1107 KISTERK|GA 0.141 . PVX_098675 1114 GATADDK|RA 0.064 . PVX_098675 1115 ATADDKR|AK 0.182 . PVX_098675 1117 ADDKRAK|RR 0.071 . PVX_098675 1118 DDKRAKR|RE 0.366 . PVX_098675 1119 DKRAKRR|EE 0.165 . PVX_098675 1124 RREEYEK|KF 0.068 . PVX_098675 1125 REEYEKK|FN 0.108 . PVX_098675 1128 YEKKFNK|NK 0.072 . PVX_098675 1130 KKFNKNK|HP 0.076 . PVX_098675 1139 ITAGANK|VL 0.063 . PVX_098675 1143 ANKVLDR|LS 0.083 . PVX_098675 1156 TANLMLK|GH 0.067 . PVX_098675 1194 SSNFSIR|NH 0.157 . PVX_098675 1201 NHGVSNR|SM 0.120 . PVX_098675 1207 RSMYNDK|ER 0.069 . PVX_098675 1209 MYNDKER|MK 0.110 . PVX_098675 1211 NDKERMK|NM 0.056 . PVX_098675 1220 MAPSNPK|RE 0.058 . PVX_098675 1221 APSNPKR|ES 0.289 . PVX_098675 1236 LSIITTK|EH 0.067 . PVX_098675 1263 CLSVYFK|LI 0.074 . PVX_098675 1275 QNYVSVK|YK 0.083 . PVX_098675 1277 YVSVKYK|SM 0.096 . PVX_098675 1296 NSSFINK|NF 0.066 . PVX_098675 1313 LFGNNSK|KK 0.062 . PVX_098675 1314 FGNNSKK|KD 0.117 . PVX_098675 1315 GNNSKKK|DE 0.144 . PVX_098675 1326 LLALSHK|LF 0.063 . PVX_098675 1332 KLFQLSK|MH 0.061 . PVX_098675 1336 LSKMHNK|GK 0.063 . PVX_098675 1338 KMHNKGK|VL 0.070 . PVX_098675 1344 KVLNVNK|LL 0.056 . PVX_098675 1352 LNLLNDK|YS 0.059 . PVX_098675 1381 FIHNMMK|VV 0.081 . PVX_098675 1386 MKVVDEK|VD 0.056 . PVX_098675 1389 VDEKVDK|NN 0.058 . PVX_098675 1392 KVDKNNK|ID 0.052 . PVX_098675 1398 KIDYCLK|KE 0.058 . PVX_098675 1399 IDYCLKK|EQ 0.114 . PVX_098675 1415 LGLIEEK|IT 0.058 . PVX_098675 1440 LSVNVFK|KN 0.065 . PVX_098675 1441 SVNVFKK|NA 0.210 . PVX_098675 1456 NLVEYFK|KE 0.058 . PVX_098675 1457 LVEYFKK|EE 0.078 . PVX_098675 1466 VNSTCEK|CK 0.075 . PVX_098675 1468 STCEKCK|CK 0.068 . PVX_098675 1470 CEKCKCK|KM 0.065 . PVX_098675 1471 EKCKCKK|MF 0.099 . PVX_098675 1474 KCKKMFK|HS 0.063 . PVX_098675 1480 KHSCVYK|QP 0.077 . PVX_098675 1491 LIVHLIR|LL 0.093 . PVX_098675 1498 LLEDGSK|ID 0.060 . PVX_098675 1504 KIDNPIK|FD 0.061 . PVX_098675 1517 TVQNVLK|KK 0.067 . PVX_098675 1518 VQNVLKK|KN 0.141 . PVX_098675 1519 QNVLKKK|NG 0.101 . PVX_098675 1528 QYIENPK|KY 0.062 . PVX_098675 1529 YIENPKK|YS 0.095 . PVX_098675 1539 CGVIVHR|GL 0.091 . PVX_098675 1553 HYICYTK|RR 0.057 . PVX_098675 1554 YICYTKR|RH 0.152 . PVX_098675 1555 ICYTKRR|HS 0.201 . PVX_098675 1565 GATVWYK|FD 0.078 . PVX_098675 1583 SEVESAK|AY 0.063 . ____________________________^_________________

Fasta :-
>PVX_098675 ATGATTAAAGACAACAAGCTAACCATTGAAAACATTAATTACAAGTTAATAAATCAAGTA AGTGTACCAAATGAAGCCAATAAAATTTGCGAAATAAAGGAGTATGCAGACAAAACTGCG AGCTATTTAAACCCCGATGCAACATTTGAAAAACCAGCCTATGGGTTAAAAGATTTTATG AACAAAAGCCATTCGGCTGATTCGTTGGAGAATGGCGAAATAAACCCTAATAATGTTATC CTACAGAAGCAAAGTGCTAATTATGTAAATAAAGCTAGTGGAGAGACCTTTAACGAAATA AATCAGCGGGGCTCCAGGAGTAGTGGCGCCAGTTTCCATGCAGATATAAACGATGACGTT ATGTCGTATGTCAACAACATAAGCAAGGAAATAAACTCCAGTAGGGATTATGAAATCGGC ACGTGTAACAATTTATCCGGTGTGCACATCCTAAATGATGCACACATACACGAAAGGGAA GGCGTTTGGGGCGAGGTCCCCGCCAGTAAAGTTAAGTTAGCCACGCTAAACATCGATGGG AGTGTCGGCAGTGCCGGCAGTGCTCAGAATGCCGCGCCCAGTTTAATCCAAAAGTGCAAC CGGGAAGGAGGCCTCGATGAGCGTAGCGACGGGAATCGCTCTACCAGCTCCGGCCGGTCG AATAGGCCCTCTGTCGAAAGTATCAACAATGTGGTGGACCCTATAGCGGGTAAAAGGATC ATCACGCCTGGAGGGGCTAAATCCCCAAGTAGGCATGCCCACAATGAGTGTAAGCCCCCC CCCATGATTGAACAGATATTTCAAAAAAGCAAAAGTGAAAACCCTGTGCTGAACATCACC AGTGTTCACAACGAAGTTAACGTCGTCCCTACGCATACCAAAGAGGAGGCACAAAAGGGA AACGAAAACGTAACCCCAAAAGGGAACAAATTGGAAATTTTTAAAAATTATTCACATTAC GAAATTATGAGTGTTTTGTGCACTAACTGGAATAGGGGAAAACCTTCAGAGTGTTTTCCA CCCCCAGGCGATGTACCCCAAAGTGAGGAAAAAATGAACGATGAGAAAAATAAAAATGAA GAGAACGACTCGGCGAAGGTAAAAGTATCCACAAATGATGGTATGTGCCCTCCCCAAAAT GATCTTTTCCAAATAGGTGCCCATTTAGAAAATCCCAACGGCGCAACCCAAAGAAGGGAA GAAATTCTACAGCTACTTCTACACAACGTAGAAAAGAAAGAGCTAGATGACATAACCAAA AATTTATCTTTTCTGAAAAGAATGCAACAATATTTTTATCAGAAATATATTAACATCAAA TTCCCAAATGATTCAAATGACTACCACTATTATATACACCTGGATTGGTTTAACAAGTTG AAGGCCTTTATCTTCACGCCAAATGGGGAATTCCCAGGCTGCATCACGAACTATAAATTG TACAACGATGAGGAGGCAGCCAAGGAGTCGGCCGATTCGATCGATCAGATCGCTCCCCAT ATGCTGAACAAAAAAGACATGAAAAGCAATTTGAAGGAGGGGAAAGATTACATATGCACC AATCAGTACATGTGGCGATTTTTACACTTCCTGTTTAGGGGAGGGCCCTGCATTAAACGA AATAGCAACAATATATATGACCGTTATGTGCCCATTTCAAATCCTGATCTTATGAATAAA AATATTATCTATTTGATGGAGCCCAAATACGTGGAGAATTTATTTTCCACTTTTAACTAT TCGAGTGAGGAGCTGTGGAGTGGCACTACTCACTCGAGGGACAATTCAGACGAAGCGCGT AAGCCGCCTACCGATGGAGTGTCACCAAGTGGTCCTTCCTCTCCGGCTTCCCCAATCACT GCTCATGCTCAGACCGCTTCCTCCAGCGAAGCGGCTAGAAAGCACCGCACCAAACAGTGC GCACACAACTATTACGAGTTCTTGCACTTTTACGGGCTGAAGGAAAAGGACTACAGCTCT TCCTTTTTCCTCGAGTATGACCAATCCAATCTCAGAAGCATGAACAAAATGATCGATTTG AAAAATAAAAATTCGTATGAAAGTGTTTACTCATTTTACTCGAATGAAAATGACACCTTC AGCGACAGTGACATTCTACACAACGCCCCTGGCGCCAATAGGAAAAGTGACCCCAGTGAA TTATCAAAAAAGGAGACCCCTTCAGAGAAGGAAAAGAATGGCAATAATTCCAGTGCGACT TCTGGTCCGAATCGGACTGAGGCCACATCTCTGGAGAGCGTGGACGCGGCCCGCGGCATG TTGTCGCCCAAACATCTCGCAAGGAACCTGAGCGACCACGTGAAGAGCGCCCCACTGGGT GATAGCGGCGGTGGTAGTAACAGCGGAAATGGTGGAAGTAGTAACGTAAATGGTGGAAGT AGCAACGGAAATGGAGGTAGTAGCAACGGAAATGGAGGTAGTAGCAACGGAAATGGCGGC AACAACGGCAGCAGTAACAACAGTAGCAGCAACAACAATAATAGTAGTAACAACAACAAC AACAACAACAACAACAACAACAACAACAACAACAACAACAACAACAACAACAACAACAAC AACAATAACAATAACAGTAATAACAATAATAATAAGAATGACGCGCGGGAGGACCCGCAG AAGGACCCAAAGAAGCGCCAAGAGGAAAACCGGGAAAACCGGGAAAACGCGAATGACAGC GCGAAGGAAACCACCCCCAGCAGAGGCGTGAAGAGGGAGAACCAGACCAACAACGCCACC TCCTACTTCGGCCCCAAGGCGAGCATCGGCGCGCCCAACATCCTAAGCCCCAACTACACC TACAAAAAAAGCAACGCAAGTAAAGCCAGCAGTAATAAAGGTGGAAACCCAAGTGATAAT CGGCCTAACAGTTCTGGCAAAGTGCTTTTAACCCCGCCTCCAAAAAAGAACTCCCTAGGC TGCCATTCCTCAAACGGAAACGAAATTTACAAGTCGTGCGAAGAGTACAATGCTGACAAT GGGGAGGAGGCATCCAGCAACGGCTATTTGACAACCACCGAGACGGAATCGAAGGGCACA ACGGACAACAGCGTTAAAAGTGCTACCAGTTCACCCAAAGAGAAAGATGAGCGGAAAAGG GATGACCACAAAATGAAGAAAAAGGAGGATGCGGAAAAGGGACCAGTTGGTAAAAATGAA AATAAACAGAGAAGAGGCAGCAGCTGTAGTCATGCCAGTGTTGGTAGTAGCGGTAGTAGC GCAAGCAGCAGCAGCAGTGGTAGCGGCGGCAGGAGCAGCGCCAACGGGGCTATTCCCAAA AAAATCTCCACGGAAAGGAAGGGTGCTACTGCCGATGACAAAAGGGCAAAAAGGAGGGAA GAATACGAAAAGAAGTTTAACAAAAACAAACATCCAATCACTGCTGGTGCGAACAAAGTC CTAGACAGGTTAAGTAACACGCTGAACACCGCCAACTTAATGCTGAAGGGACATAGTAGC TATTCCAGCAACAGCAGCAGCTATTGTGGGAGTAGCAGCGGGAGTAGCATCGCAAGTAGC AACAACAACAGCAGCAATGGAAGTAGCAATTTTAGCATTCGAAATCATGGCGTTTCGAAC CGAAGCATGTACAACGATAAGGAACGAATGAAAAATATGATGGCACCCAGTAACCCCAAA AGAGAAAGCGAATTCAACAACAATAGCCTCAGCATCATAACGACGAAGGAGCACCCAGCC GGAATTGTTAATTACTCTGCTACTTGCTACATCAACGTGGTTCTACAGTGCCTATCTGTG TACTTTAAATTAATATATACCCTACAAAATTACGTAAGCGTAAAATATAAGAGTATGAAT TTTTCAAGTGAAGATACAGACAATATGAATTCCTCATTTATAAACAAAAATTTCTTTACC AATAGTATCCCATTTAACCTCTTTGGAAATAATAGTAAAAAAAAAGATGAATGTCTCTTG CTAGCATTATCACATAAACTATTTCAACTAAGCAAAATGCACAACAAGGGAAAAGTACTC AATGTTAATAAGCTACTAAATTTGCTGAATGATAAATATTCTTACCTCTTTGAATATAAT GAACAGCAAGATTGCCATGAGTTTCTTCTTCTCCTTTTTGATTTCATTCACAATATGATG AAGGTAGTTGACGAAAAGGTGGACAAAAATAACAAAATTGATTACTGTTTGAAGAAGGAG CAGTCCATTATCTCAGATTTATTTTTAGGCTTAATTGAAGAGAAAATTACGTGCTCTCAG TGTAGCTATGTGAATTATGTGTACCAGACTGTGTACAACCTAAGTGTTAATGTCTTCAAA AAAAATGCAGATAATAATTTAAATGATAATTTGGTGGAGTACTTTAAAAAAGAGGAAGTA AATTCTACTTGCGAAAAATGTAAATGTAAGAAGATGTTTAAACACTCCTGTGTTTATAAG CAGCCGAATGTTCTCATCGTTCATTTGATTCGTTTGCTGGAGGATGGCTCCAAAATCGAC AACCCCATAAAATTTGACCTGAACAACTTTACCGTGCAAAACGTTTTGAAGAAAAAGAAT GGCCAGTACATTGAGAACCCCAAGAAGTACAGCTTATGTGGCGTTATAGTTCACCGCGGG CTGAACTCGAACTACGGCCATTACATCTGCTACACCAAGAGGAGGCACTCCAATGGCGCC ACTGTGTGGTACAAGTTCGATGACAGCATAGTGACCGTCGTGGACGTTTCGGAAGTGGAG TCCGCCAAAGCCTATTGCCTGTTCTACGAAGCCGTTAATTAAGTGAAGTGAAGGGTTAAC CCTTTCCCCCGTTAAGGGAAGTTCGTCTCCCCGGTGTTCCTCGGTTGTTACGCTATCTAC ATTGTTGTGTTGTGTTGCGTTGTGTTATGTTGTGTTGTTTTTTTTTTTTTCTTTTTTTTA TAGTCCTATGGTTAGTCGGCTCCGTTGCTACGAAGCAGTTCCACCGCACCTCAGCAGCGC AGTTCCACCGCCGCTCTACCGTTTTAATGCCCCCCATACACCTGTCTTATGCCGCCGTTC ACCCCCCTTCATTTTAAATTTACATTTTAACGTATTTCACTCAAACCGCATGTTAAACTT GTTTATTTTTTTTTTTTTTTTTTTTTTTTTTATGACTTTATTTGAATCCTTTCCTTAGCA ACTATTTTTGATAACCCATCATGGGTTGCGGGTGTGCAA
Download Fasta

Fasta :-

MIKDNKLTIENINYKLINQVSVPNEANKICEIKEYADKTASYLNPDATFEKPAYGLKDFM NKSHSADSLENGEINPNNVILQKQSANYVNKASGETFNEINQRGSRSSGASFHADINDDV MSYVNNISKEINSSRDYEIGTCNNLSGVHILNDAHIHEREGVWGEVPASKVKLATLNIDG SVGSAGSAQNAAPSLIQKCNREGGLDERSDGNRSTSSGRSNRPSVESINNVVDPIAGKRI ITPGGAKSPSRHAHNECKPPPMIEQIFQKSKSENPVLNITSVHNEVNVVPTHTKEEAQKG NENVTPKGNKLEIFKNYSHYEIMSVLCTNWNRGKPSECFPPPGDVPQSEEKMNDEKNKNE ENDSAKVKVSTNDGMCPPQNDLFQIGAHLENPNGATQRREEILQLLLHNVEKKELDDITK NLSFLKRMQQYFYQKYINIKFPNDSNDYHYYIHLDWFNKLKAFIFTPNGEFPGCITNYKL YNDEEAAKESADSIDQIAPHMLNKKDMKSNLKEGKDYICTNQYMWRFLHFLFRGGPCIKR NSNNIYDRYVPISNPDLMNKNIIYLMEPKYVENLFSTFNYSSEELWSGTTHSRDNSDEAR KPPTDGVSPSGPSSPASPITAHAQTASSSEAARKHRTKQCAHNYYEFLHFYGLKEKDYSS SFFLEYDQSNLRSMNKMIDLKNKNSYESVYSFYSNENDTFSDSDILHNAPGANRKSDPSE LSKKETPSEKEKNGNNSSATSGPNRTEATSLESVDAARGMLSPKHLARNLSDHVKSAPLG DSGGGSNSGNGGSSNVNGGSSNGNGGSSNGNGGSSNGNGGNNGSSNNSSSNNNNSSNNNN NNNNNNNNNNNNNNNNNNNNNNNNNSNNNNNKNDAREDPQKDPKKRQEENRENRENANDS AKETTPSRGVKRENQTNNATSYFGPKASIGAPNILSPNYTYKKSNASKASSNKGGNPSDN RPNSSGKVLLTPPPKKNSLGCHSSNGNEIYKSCEEYNADNGEEASSNGYLTTTETESKGT TDNSVKSATSSPKEKDERKRDDHKMKKKEDAEKGPVGKNENKQRRGSSCSHASVGSSGSS ASSSSSGSGGRSSANGAIPKKISTERKGATADDKRAKRREEYEKKFNKNKHPITAGANKV LDRLSNTLNTANLMLKGHSSYSSNSSSYCGSSSGSSIASSNNNSSNGSSNFSIRNHGVSN RSMYNDKERMKNMMAPSNPKRESEFNNNSLSIITTKEHPAGIVNYSATCYINVVLQCLSV YFKLIYTLQNYVSVKYKSMNFSSEDTDNMNSSFINKNFFTNSIPFNLFGNNSKKKDECLL LALSHKLFQLSKMHNKGKVLNVNKLLNLLNDKYSYLFEYNEQQDCHEFLLLLFDFIHNMM KVVDEKVDKNNKIDYCLKKEQSIISDLFLGLIEEKITCSQCSYVNYVYQTVYNLSVNVFK KNADNNLNDNLVEYFKKEEVNSTCEKCKCKKMFKHSCVYKQPNVLIVHLIRLLEDGSKID NPIKFDLNNFTVQNVLKKKNGQYIENPKKYSLCGVIVHRGLNSNYGHYICYTKRRHSNGA TVWYKFDDSIVTVVDVSEVESAKAYCLFYEAVN

No Results

	ID	Site	Position	Gscore	Iscore	ID	Site	Position	Gscore	Iscore	ID	Site	Position	Gscore	Iscore	ID	Site	Position	Gscore	Iscore	ID	Site	Position	Gscore	Iscore
	PVX_098675	T	604	0.614	0.277	PVX_098675	T	620	0.549	0.076	PVX_098675	S	617	0.541	0.035	PVX_098675	S	614	0.522	0.045	PVX_098675	S	613	0.516	0.341

	ID	Site	Position	Gscore	Iscore	ID	Site	Position	Gscore	Iscore	ID	Site	Position	Gscore	Iscore	ID	Site	Position	Gscore	Iscore	ID	Site	Position	Gscore	Iscore
	PVX_098675	T	604	0.614	0.277	PVX_098675	T	620	0.549	0.076	PVX_098675	S	617	0.541	0.035	PVX_098675	S	614	0.522	0.045	PVX_098675	S	613	0.516	0.341

	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	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	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	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	ID	Site	Peptide	Score	Method
	PVX_098675	133 S	KEINSSRDY	0.996	unsp	PVX_098675	133 S	KEINSSRDY	0.996	unsp	PVX_098675	133 S	KEINSSRDY	0.996	unsp	PVX_098675	216 S	NRSTSSGRS	0.993	unsp	PVX_098675	220 S	SSGRSNRPS	0.992	unsp	PVX_098675	224 S	SNRPSVESI	0.995	unsp	PVX_098675	248 S	GGAKSPSRH	0.993	unsp	PVX_098675	370 S	KVKVSTNDG	0.992	unsp	PVX_098675	570 Y	MEPKYVENL	0.99	unsp	PVX_098675	628 S	QTASSSEAA	0.994	unsp	PVX_098675	701 S	NDTFSDSDI	0.991	unsp	PVX_098675	722 S	PSELSKKET	0.998	unsp	PVX_098675	728 S	KETPSEKEK	0.995	unsp	PVX_098675	750 S	TEATSLESV	0.993	unsp	PVX_098675	900 S	NANDSAKET	0.997	unsp	PVX_098675	1031 S	SATSSPKEK	0.998	unsp	PVX_098675	1067 S	QRRGSSCSH	0.997	unsp	PVX_098675	1086 S	SSSSSGSGG	0.993	unsp	PVX_098675	1088 S	SSSGSGGRS	0.991	unsp	PVX_098675	1103 S	PKKISTERK	0.99	unsp	PVX_098675	1282 S	SMNFSSEDT	0.997	unsp	PVX_098675	1557 S	KRRHSNGAT	0.998	unsp	PVX_098675	1577 S	VVDVSEVES	0.994	unsp	PVX_098675	68 S	HSADSLENG	0.997	unsp	PVX_098675	105 S	NQRGSRSSG	0.994	unsp

PVX_098675

PVX_098675 | ubiquitin carboxyl-terminal hydrolase, putative

ID's

UniProt_ID: A5K6B7

GEO Functions

Computed_GO_Component_IDs:

Computed_GO_Components:

Computed_GO_Function_IDs: GO:0004197 GO:0004221 GO:0004843 GO:0036459

Computed_GO_Functions: cysteine-type endopeptidase activity obsolete ubiquitin thiolesterase activity thiol-dependent ubiquitin-specific protease activity thiol-dependent ubiquitinyl hydrolase activity

Computed_GO_Process_IDs: GO:0006512 GO:0016579 GO:0006511

Computed_GO_Processes: obsolete ubiquitin cycle protein deubiquitination ubiquitin-dependent protein catabolic process

Curated_GO_Component_IDs:

Curated_GO_Components:

Curated_GO_Function_IDs:

Curated_GO_Functions:

Curated_GO_Processes:

Subcellular Localization

Targetp

Signalp

Fasta :-

Mitoprot

ProPeptide Prediction

Sequence

Nucleotide sequence

Fasta :-

Protein sequence

Fasta :-

Domains

Structure

Post Translational Modifications

N_Linked Glycosylation

O_Linked Glycosylation

Phosphorylation

Protein-Protein Interaction

String

Literature

PubMed

Google Scholar

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