MMVD
id S.No ProteinName Rank Sequence Startposition Score
1 1 RING finger protein Z 1 LCHICWKPLPTSITVP 71 0.92
2 2 TAPPSLYGRYNCKCCW 28 0.91
3 3 TSSNQPSAEFRRTAPP 16 0.90
4 4 CKCCWFADTNLITCND 39 0.89
5 5 GNCNKPPKRPPNTQTS 2 0.86
6 6 ITCNDHYLCLRCHQTM 50 0.82
7 7 HQTMLRNSELCHICWK 62 0.72
8 8 PLPTSITVPVEPSAPP 78 0.71
9 2 RNA-directed RNA polymerase L 1 SIRRNYPVLFDEHLTP 1739 0.97
10 2 KNLGRADNSVKNGNNP 929 0.95
11 2 LSSLGAHLDSDVSSCP 270 0.95
12 3 EHLKRNSLDYDERLNE 205 0.94
13 4 CNKIKGLKVFNTRRNT 334 0.93
14 4 RKHIPERCEFGHQKVT 13 0.93
15 5 YTDWELGLSPQQICTN 1818 0.92
16 5 TCEICALKPKIIYCNN 1651 0.92
17 5 DGRSNYNNRFVADWVI 142 0.92
18 5 TKFVAAALHNVKCKTP 1397 0.92
19 6 HIRQSSYTDWELGLSP 1812 0.91
20 7 TEDVQTPGVCKELLNY 767 0.90
21 7 RKKIGTNPNWVKNCSK 404 0.90
22 7 HSNIEKHYLSVLSLCN 320 0.90
23 7 LGSYEHKSRSRLGFTD 1041 0.90
24 8 KELCDAVYKSSEKCNF 981 0.89
25 8 CEEMTSWLDFDTGLMN 592 0.89
26 8 EVLAGMCEEMTSWLDF 586 0.89
27 8 TFSCVERTDGVATVDQ 299 0.89
28 8 TKSIESFGEWIEFTNF 2154 0.89
29 8 GVRISLSNVMVDGVQL 1909 0.89
30 8 TGFLQYAGCSEQEVNR 1528 0.89
31 8 TCLNSEKEFERAICDM 1159 0.89
32 9 VRQIEDQLGMNHVLQS 1724 0.88
33 9 SGFIGFCKSMGSKCVR 1616 0.88
34 9 FGAIEDQDVKDWVDGS 1457 0.88
35 9 LSCSYDHSKWGPTMSP 1183 0.88
36 9 FYSEDSPTEFTSISSN 1096 0.88
37 10 TGLVSAGPKAKSTQEE 874 0.87
38 10 SVVIPKLDELGNILST 819 0.87
39 10 LCHLITKETPDRLTDQ 702 0.87
40 10 AAMLIESNLAGSNDNF 2029 0.87
41 10 FSTVKEPQKPLVLNNQ 1698 0.87
42 10 LQRKIEAIFHDDKETS 1477 0.87
43 11 SMAERFKTKGRYNLDP 847 0.86
44 11 VERGSDKICRHKLFQE 462 0.86
45 11 KGLGKFKLTDRRELLE 253 0.86
46 11 MGQGILHNTSDLYGLI 1290 0.86
47 12 EVSLHEVKDFDPDVLP 961 0.85
48 12 GSFYCDPKRFFLPVFS 569 0.85
49 12 DRPIMRYSVERGSDKI 454 0.85
50 12 GFLYIKEVYSGVSACT 1636 0.85
51 12 EQVGSNRELYVGDLNT 1123 0.85
52 13 SEKCNFFLEGVLDVCP 991 0.84
53 13 ERLSTYKVEFTGDLVV 2090 0.84
54 13 DLGGFSPELSDKYSYR 2052 0.84
55 13 LAELTDFALMVKNQNV 1874 0.84
56 13 AAEWLEMICFHEFLSS 1348 0.84
57 13 IKTPSLDIEGGSDAAE 1335 0.84
58 13 PSHIMSVLDMGQGILH 1281 0.84
59 13 TFVRVNPDEFEKKWKA 103 0.84
60 14 LKLWFKDEVFSKGLGK 242 0.83
61 14 LECIMDVGEIQNKEVI 1973 0.83
62 14 CKSMGSKCVRDGKGGF 1622 0.83
63 14 KETSFIRNCARKVFND 1489 0.83
64 14 GKLKRSLGLMGCGSTS 1249 0.83
65 15 DELGNILSTYDKEKLV 826 0.82
66 15 IHHIDLTSKLVVECKS 646 0.82
67 15 QKTGERSRCYSVYLSD 546 0.82
68 15 KILERSHPEIWHHLST 419 0.82
69 15 QDAIESLRKSGLIVGQ 369 0.82
70 15 CDQCIANGVSTKIVTR 1423 0.82
71 15 GVTLVPIVDGRSNYNN 134 0.82
72 15 VSYTSSDDQITLIKTP 1323 0.82
73 15 MLELRTPVDRSKIDLD 1207 0.82
74 15 WGPTMSPALFLALLQM 1192 0.82
75 15 SEAIADKLDKSYFTNA 1074 0.82
76 16 QRFVDVILSDNGILCP 66 0.81
77 16 HPEIWHHLSTLIKQPD 425 0.81
78 16 GEWIEFTNFKVAYSKS 2161 0.81
79 16 EKAPDIGELFGLKAEN 1928 0.81
80 17 DNLWSPFGVMKEIRAE 946 0.80
81 17 SGESDASLFFSRRFKY 680 0.80
82 17 DSDVSSCPFCNNKLME 278 0.80
83 17 KELVISDTQGSFRLKG 2178 0.80
84 17 PKIIYCNNSLNKVSQF 1659 0.80
85 17 TSSYVDEEYFMCFKYL 1016 0.80
86 18 EKLVSACVSSMAERFK 838 0.79
87 18 TSTALDLSSNKSVVIP 808 0.79
88 18 TFLQGLRYFLMAFANQ 630 0.79
89 18 AHACQANTDQRFVDVI 57 0.79
90 18 DFTIVHDLYKKQLTKS 2141 0.79
91 18 VGEIQNKEVILKVVAV 1979 0.79
92 18 LELEDDSQIELAELTD 1864 0.79
93 18 MNDLQVSRTMDSGRLK 1756 0.79
94 18 VPTLIKTLQSKLSRNF 1578 0.79
95 18 KLMTSRRVLEREEVPT 1565 0.79
96 18 RYSGYGETPFGAIEDQ 1448 0.79
97 18 YLLIQGHFDQKLGSYE 1030 0.79
98 19 KVTFLSQVHPSPLLTE 26 0.78
99 19 LSDKYSYRLSGPENQE 2060 0.78
100 19 YQRLIHSLSNVKNQSL 184 0.78
101 19 PVLFDEHLTPFMNDLQ 1745 0.78
102 19 YSGVSACTCEICALKP 1644 0.78
103 19 VRDGKGGFLYIKEVYS 1630 0.78
104 19 SETIDTICDQCIANGV 1416 0.78
105 19 YGLITEQFLCYALDLL 1302 0.78
106 19 HDLQKSGVTLVPIVDG 128 0.78
107 19 KEFERAICDMKMAVNN 1165 0.78
108 20 NEREFSKYFGNVRLRE 512 0.77
109 20 LVELESCEAHACQANT 49 0.77
110 20 LFTGQASFDLAAMLIE 2019 0.77
111 20 CEFGHQKVTFLSQVHP 20 0.77
112 21 SVNTRTKNLGRADNSV 923 0.76
113 21 DYLILKNLTGLVSAGP 866 0.76
114 21 RLLVLAILCSPSKRNQ 614 0.76
115 21 SRTMDSGRLKFLDVCI 1762 0.76
116 21 EFEKKWKADMSKLLNL 111 0.76
117 22 VALAKMADNSVNTRTK 914 0.75
118 22 FNRGKLKVSGELKNNP 787 0.75
119 22 KFIEPKVKFGCAVVNP 723 0.75
120 22 KGVMCRPLASTPQVED 2192 0.75
121 22 YRLSGPENQEDPLVLK 2066 0.75
122 22 PILWDYFSLVLTNACE 1677 0.75
123 22 CFHEFLSSKLNKFVSP 1356 0.75
124 23 GCAVVNPSLNGKLTVD 732 0.74
125 23 LVVQIDHVRMSTKFKL 1948 0.74
126 23 DWVIERIRWLLIGILK 154 0.74
127 23 AIFHDDKETSFIRNCA 1483 0.74
128 23 KRVNQLIRYSGYGETP 1441 0.74
129 23 GVSTKIVTRISKRVNQ 1430 0.74
130 23 CDMKMAVNNGDLSCSY 1172 0.74
131 24 MKEIRAEVSLHEVKDF 955 0.73
132 24 KSTQEELSLMYEALTE 884 0.73
133 24 SGELKNNPFRPNITST 795 0.73
134 24 AGSNDNFLMRNVTLDL 2038 0.73
135 24 NVMVDGVQLPPQEKAP 1916 0.73
136 24 GCSEQEVNRVLNYRWV 1535 0.73
137 24 FVMGEETPLLTKFVAA 1387 0.73
138 24 EVPINVAEAYCIGKLK 1237 0.73
139 25 SLMYEALTEEQVESFN 891 0.72
140 25 LRECYAQRFYLAESLV 525 0.72
141 25 TVDQQFSTTHSNIEKH 311 0.72
142 25 SVSGSGGNHMLLDGVS 1997 0.72
143 25 ALMVKNQNVSRAMFVE 1881 0.72
144 25 LGIISHLLKTRDNSVY 1786 0.72
145 25 KTPTQLSETIDTICDQ 1410 0.72
146 26 KTKGRYNLDPDSTDYL 853 0.71
147 26 LMEIVYNVTFSCVERT 291 0.71
148 26 KGDIRESTVREELIKL 227 0.71
149 26 NESLFIGLKGDIREST 219 0.71
150 26 VVSMLHQLWPYLKATS 2117 0.71
151 26 LKASKSMLEIDIEDQE 168 0.71
152 26 DGSRGYRLQRKIEAIF 1470 0.71
153 26 MGCGSTSLSEEFFHQT 1258 0.71
154 27 KLTVDQEDIMINGLKK 743 0.70
155 27 TLSSISLSLINSMKTS 489 0.70
156 27 KVVAVDQSVSGSGGNH 1990 0.70
157 27 FNDIKRGRIFEENLIN 1502 0.70
158 28 DRLTDQMKCFEKFIEP 712 0.69
159 28 FQEMSSFEQMRLFKTL 475 0.69
160 28 QVHPSPLLTEGFKLLS 32 0.69
161 28 RELLESLSSLGAHLDS 264 0.69
162 28 VLKDGAFYVGGERLST 2079 0.69
163 28 VRMSTKFKLKRKMVYS 1955 0.69
164 28 IEGGSDAAEWLEMICF 1342 0.69
165 28 EFTSISSNSGNLKFGL 1104 0.69
166 28 DEVRLSIRESNSEAIA 1063 0.69
167 28 YFMCFKYLLIQGHFDQ 1024 0.69
168 29 NSVKNGNNPLDNLWSP 936 0.68
169 29 VVKALGALEDDESVVS 2104 0.68
170 29 FLDVCIALDMMNENLG 1772 0.68
171 29 SSFGDLRLVLRTKLMT 1553 0.68
172 29 SEAVGNSMKYTCLNSE 1149 0.68
173 29 TNAALRNLCFYSEDSP 1087 0.68
174 29 SRLGFTDETLRLKDEV 1050 0.68
175 30 LSTLIKQPDFNSLISI 432 0.67
176 30 KVAYSKSLKELVISDT 2170 0.67
177 30 VSPKSVIGTFVAEFKS 1369 0.67
178 30 LSEEFFHQTMQLNGQI 1265 0.67
179 30 KLLNLKHDLQKSGVTL 122 0.67
180 31 LSTYDKEKLVSACVSS 832 0.66
181 31 DNGILCPTLPKVIPDG 75 0.66
182 31 LEDDESVVSMLHQLWP 2111 0.66
183 31 LKTRDNSVYIVKQSDC 1793 0.66
184 31 TLQSKLSRNFTKGVKK 1584 0.66
185 31 DVKDWVDGSRGYRLQR 1464 0.66
186 32 QVESFNEIKHDVQVAL 901 0.65
187 32 VECKSSSEVVVQRLAV 657 0.65
188 32 SRCYSVYLSDNGVMSE 552 0.65
189 32 MGYVVSNFEGVRISLS 1900 0.65
190 32 TSCLKSFFWFNEVLEL 1851 0.65
191 32 VLEREEVPTLIKTLQS 1572 0.65
192 32 HQTMQLNGQIPSHIMS 1271 0.65
193 32 PALFLALLQMLELRTP 1198 0.65
194 33 DIMINGLKKFFSKSLR 750 0.64
195 33 RAMFVEDIAMGYVVSN 1891 0.64
196 33 MNHVLQSIRRNYPVLF 1733 0.64
197 33 WLLIGILKASKSMLEI 162 0.64
198 33 TFVAEFKSRFFVMGEE 1377 0.64
199 34 PFCNNKLMEIVYNVTF 285 0.63
200 34 SSMVNPLVLSTSCLKS 1841 0.63
201 34 GLSPQQICTNFKTQLV 1824 0.63
202 35 TGKTLILLETFVRVNP 94 0.62
203 35 SGLIVGQMVMLVNDRV 378 0.62
204 35 CTNFKTQLVLSSMVNP 1831 0.62
205 35 KSILKWHLHKVVEVPI 1225 0.62
206 36 SVVASLPLFTGQASFD 2012 0.61
207 36 ENLINLIGRGGDEALT 1513 0.61
208 36 DRSKIDLDSVKSILKW 1215 0.61
209 37 EGVLDVCPLGLLLKNL 999 0.60
210 37 FYLAESLVGFLFYQKT 533 0.60
211 37 NHMLLDGVSVVASLPL 2004 0.60
212 37 GVKKILAESINKSAFQ 1596 0.60
213 37 YRWVNLSSFGDLRLVL 1547 0.60
214 38 PKVIPDGFKLTGKTLI 84 0.59
215 38 MKTSFSSRLLVNEREF 501 0.59
216 38 NTKLMTRLVEDFSEAV 1137 0.59
217 39 PGVCKELLNYCVSLFN 773 0.58
218 39 DTGLMNDTGPILRLLV 602 0.58
219 40 FSRRFKYLLNVSYLCH 689 0.57
220 41 SGNLKFGLSYKEQVGS 1112 0.56
221 42 VMLVNDRVLDILEAVK 386 0.55
222 42 SVYIVKQSDCALAHIR 1799 0.55
223 43 SSKLNKFVSPKSVIGT 1362 0.54
224 3 Pre-glycoprotein polyprotein GPC 1 DVSIYEPEDLGNCLNK 123 0.97
225 2 AGRSCSDGTFKIGLHT 53 0.94
226 3 AKMKCFGNTAVAKCNQ 291 0.93
227 4 CMLNNSFYYMRGGVNT 92 0.91
228 4 SEFCDMLRLFDYNKNA 310 0.91
229 5 TFKIGLHTEFQSVTLT 61 0.87
230 5 HLKGEACPLPHKLDSF 460 0.87
231 5 NALISDNLLMKNKIKE 345 0.87
232 5 SKADDARVYGKKIRNG 180 0.87
233 6 LVGIPTHRHLKGEACP 452 0.84
234 7 FGGCRCGKYPRLKKPT 475 0.83
235 7 PHKLDSFGGCRCGKYP 469 0.83
236 7 SSGKDMPGGYCLEEWM 272 0.83
237 7 DWLMDPPMLCRNKTKK 155 0.83
238 8 AVSLIAVIKGIINLYK 25 0.82
239 9 SEMLSKEYAERQGKTP 415 0.81
240 9 FRGFHDPCEEGKVCYL 200 0.81
241 10 TLPRCWLIRNGSYLNT 384 0.80
242 11 YYMRGGVNTFLIRVSD 99 0.79
243 11 YLTINQCGDPSSFDYC 214 0.79
244 12 TEFQSVTLTMQRLLAN 68 0.78
245 12 NGSYLNTSEFRNDWIL 393 0.78
246 13 EEGKVCYLTINQCGDP 208 0.77
247 14 HFLVRSKTHLNFERSL 246 0.76
248 15 EFRNDWILESDHLISE 401 0.75
249 15 FWYVNHTLTGQHTLPR 372 0.75
250 15 NAIKTLNDESKKEINL 324 0.75
251 15 YCLEEWMLIAAKMKCF 281 0.75
252 15 HWFSNALGHDWLMDPP 146 0.75
253 16 TAVAKCNQNHDSEFCD 299 0.74
254 17 KIKELMSIPYCNYTKF 357 0.73
255 18 KIRNGMRHLFRGFHDP 191 0.72
256 19 PSSFDYCGVNHLSKCQ 223 0.71
257 20 EYAERQGKTPITLVDI 421 0.70
258 20 DSSWAIHWFSNALGHD 140 0.70
259 21 GQLISFFQEIPVFLQE 2 0.69
260 22 GKTPITLVDICFWSTI 427 0.68
261 22 GVNHLSKCQFDHVNTL 230 0.68
262 22 KKEGSNIQFNISKADD 169 0.68
263 22 LCRNKTKKEGSNIQFN 163 0.68
264 22 IRVSDISVLMKEYDVS 110 0.68
265 23 RLLANHSNELPSLCML 79 0.67
266 24 DICFWSTIFFTASLFL 435 0.66
267 25 TLTGQHTLPRCWLIRN 378 0.65
268 26 IKGIINLYKSGLFQFI 32 0.63
269 27 SIPYCNYTKFWYVNHT 363 0.60
270 28 EDLGNCLNKSDSSWAI 130 0.57
271 29 FQFIFFLLLAGRSCSD 44 0.56
272 30 NFERSLKAFFSWSLTD 256 0.55
273 31 KKEINLLSQTVNALIS 334 0.54
274 32 QFDHVNTLHFLVRSKT 238 0.52
275 4 Nucleoprotein 1 CMTVQGGETMNSVVQA 181 0.94
276 2 LDCIMYQSVMDGKMVD 528 0.91
277 2 GMFIDEKPGNRNPYEN 285 0.91
278 3 NMLETIRVTPDNFSSL 258 0.87
279 3 LYTVKYPNLNDLDKLT 203 0.87
280 3 GVVRIWDVSDPSKLNN 154 0.87
281 4 AKLIADSIDFNQVSQV 35 0.86
282 5 CLSGDGWPYIGSRSQI 306 0.85
283 6 THTVKTDVLKDAKLIA 24 0.84
284 7 VITTQGSDDIRKLLDI 449 0.83
285 7 TEMQEAVIKEAVKKLD 357 0.83
286 7 LGRSWDNTSVDLTKKP 322 0.83
287 8 WLDIEGPPTDPVELAL 378 0.82
288 9 KLTSDQARLYDQQIWE 476 0.81
289 9 SHGILMQDIEDAMPGV 421 0.81
290 10 ARLYDQQIWEKFGHLC 482 0.79
291 10 HCFRKPHDEKGFKNGS 403 0.79
292 10 KKPQVGPRQPEKNGQN 335 0.79
293 10 AVKAGASILDGGNMLE 246 0.79
294 11 KLDPTNTLWLDIEGPP 370 0.78
295 11 YIGSRSQILGRSWDNT 314 0.78
296 11 TESGPQGLYMGNLSQL 116 0.78
297 11 MAHSKEIPSFRWTQSL 1 0.78
298 12 MKSIQKNTIFKIGDLG 80 0.77
299 12 NKEVDRLMSMKSIQKN 71 0.77
300 12 PFKLSSGEPHCALLDC 515 0.77
301 13 VMDGKMVDEEPVALLP 536 0.76
302 13 RKLLDIHGRKDLKLVD 459 0.76
303 14 GHLCKHHNGVVVNKKK 494 0.75
304 15 GRDELMELASDLEKLK 95 0.74
305 15 VSQVQRALRKNKRGEE 47 0.74
306 15 QPEKNGQNLRLANLTE 343 0.74
307 15 SSLIKSTLQVKRKEGM 271 0.74
308 16 RGEEDLNKLRDLNKEV 59 0.71
309 16 LALYQPANKHYIHCFR 391 0.71
310 17 HGRKDLKLVDVKLTSD 465 0.70
311 17 SILDGGNMLETIRVTP 252 0.70
312 17 QQQRGAGNGVVRIWDV 146 0.70
313 18 ESSINISGYNFSLSAA 231 0.69
314 18 NQFGSMPALTIACMTV 169 0.69
315 19 SYVIGLLPQDMVITTQ 438 0.68
316 20 HNGVVVNKKKREKDSP 500 0.67
317 20 NFSLSAAVKAGASILD 240 0.67
318 21 HDEKGFKNGSRHSHGI 409 0.65
319 21 GNLSQLQLTKRSEILK 126 0.65
320 22 KKREKDSPFKLSSGEP 508 0.63
321 23 AMPGVLSYVIGLLPQD 432 0.59
322 24 DEEPVALLPLSLLFLP 543 0.57
323 25 LASDLEKLKNKIKRTE 102 0.56
324 26 PGNRNPYENLLYKLCL 292 0.55
325 27 NSVVQALTSLGLLYTV 191 0.52