| Basic Information | |
|---|---|
| IMG/M Taxon OID | 3300000168 Open in IMG/M |
| GOLD Reference (Study | Sequencing Project | Analysis Project) | Gs0046785 | Gp0054030 | Ga0026179 |
| Sample Name | Marine microbial communities from expanding oxygen minimum zones in Line P, North Pacific Ocean - June 2009 P12 10m |
| Sequencing Status | Draft |
| Sequencing Center | DOE Joint Genome Institute (JGI) |
| Published? | N |
| Use Policy | Open |
| Dataset Contents | |
|---|---|
| Total Genome Size | 50896847 |
| Sequencing Scaffolds | 170 |
| Novel Protein Genes | 205 |
| Associated Families | 162 |
| Dataset Phylogeny | |
|---|---|
| Taxonomy Groups | Number of Scaffolds |
| Not Available | 81 |
| All Organisms → Viruses → Predicted Viral | 35 |
| All Organisms → Viruses → Varidnaviria → Bamfordvirae → Nucleocytoviricota → Megaviricetes → Algavirales → Phycodnaviridae → Prasinovirus | 2 |
| All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rickettsiales → unclassified Rickettsiales → Rickettsiales bacterium | 1 |
| All Organisms → cellular organisms → Bacteria | 7 |
| All Organisms → Viruses → Varidnaviria → Bamfordvirae → Nucleocytoviricota → Megaviricetes → Algavirales → Phycodnaviridae → Prasinovirus → unclassified Prasinovirus → Bathycoccus sp. RCC1105 virus BpV | 1 |
| All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage | 1 |
| All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales → Flavobacteriaceae → unclassified Flavobacteriaceae → Flavobacteriaceae bacterium | 3 |
| All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → Planctomycetia → Planctomycetales → Planctomycetaceae → unclassified Planctomycetaceae → Planctomycetaceae bacterium TMED240 | 1 |
| All Organisms → Viruses | 1 |
| All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → unclassified Alphaproteobacteria → Alphaproteobacteria bacterium TMED194 | 2 |
| All Organisms → cellular organisms → Bacteria → Proteobacteria | 1 |
| All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria | 1 |
| All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria | 1 |
| All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Pelagibacterales → Pelagibacteraceae | 1 |
| All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → unclassified Caudoviricetes → Pelagibacter phage Mosig EXVC030M | 3 |
| All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Pelagibacterales → Pelagibacteraceae → Candidatus Pelagibacter | 2 |
| All Organisms → cellular organisms → Bacteria → unclassified Bacteria → bacterium TMED198 | 2 |
| All Organisms → cellular organisms → Archaea → unclassified Archaea → archaeon | 2 |
| All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Rhodospirillaceae → Candidatus Endolissoclinum → unclassified Candidatus Endolissoclinum → Candidatus Endolissoclinum sp. TMED37 | 1 |
| All Organisms → cellular organisms → Eukaryota → Sar → Stramenopiles → Ochrophyta → Synurophyceae → Synurales | 1 |
| All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Gammaproteobacteria incertae sedis → SAR86 cluster → SAR86 cluster bacterium | 1 |
| All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → Caudovirales → Myoviridae | 1 |
| All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Bacteroidetes Order II. Incertae sedis → Rhodothermaceae → unclassified Rhodothermaceae → Rhodothermaceae bacterium TMED105 | 1 |
| All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales → Flavobacteriaceae → unclassified Flavobacteriaceae → Flavobacteriaceae bacterium TMED42 | 1 |
| All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Saprospiria → Saprospirales → unclassified Saprospirales → Saprospirales bacterium | 1 |
| All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → Verrucomicrobiae → Verrucomicrobiales → unclassified Verrucomicrobiales → Verrucomicrobiales bacterium | 1 |
| All Organisms → cellular organisms → Archaea → DPANN group → Candidatus Pacearchaeota → Candidatus Pacearchaeota archaeon | 1 |
| All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → unclassified Planctomycetota → Planctomycetota bacterium | 1 |
| All Organisms → Viruses → environmental samples → uncultured Mediterranean phage | 1 |
| All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → unclassified Gammaproteobacteria → Gammaproteobacteria bacterium | 2 |
| All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes | 1 |
| All Organisms → cellular organisms → Archaea → Euryarchaeota → unclassified Euryarchaeota → Euryarchaeota archaeon | 1 |
| All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Pelagibacterales → Pelagibacteraceae → Candidatus Pelagibacter → unclassified Candidatus Pelagibacter → Candidatus Pelagibacter sp. TMED239 | 2 |
| All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Acidimicrobiia → unclassified Acidimicrobiia → Acidimicrobiia bacterium | 1 |
| All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → Caudovirales → Myoviridae → Bellamyvirus → unclassified Bellamyvirus → Synechococcus phage SynMITS9220M01 | 1 |
| All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Pelagibacterales → Pelagibacteraceae → Candidatus Pelagibacter → unclassified Candidatus Pelagibacter → Candidatus Pelagibacter sp. TMED203 | 1 |
| All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Pelagibacterales → Pelagibacteraceae → Candidatus Pelagibacter → unclassified Candidatus Pelagibacter → Candidatus Pelagibacter sp. TMED64 | 1 |
| All Organisms → cellular organisms → Archaea → TACK group → Candidatus Bathyarchaeota → unclassified Candidatus Bathyarchaeota → Candidatus Bathyarchaeota archaeon | 1 |
| Ecosystem Assignment (GOLD) | |
|---|---|
| Name | Marine Microbial Communities From Expanding Oxygen Minimum Zones In The Northeastern Subarctic Pacific Ocean |
| Type | Environmental |
| Taxonomy | Environmental → Aquatic → Marine → Oceanic → Photic Zone → Marine → Marine Microbial Communities From Expanding Oxygen Minimum Zones In The Northeastern Subarctic Pacific Ocean |
| Alternative Ecosystem Assignments | |
|---|---|
| Environment Ontology (ENVO) | marine biome → marine water body → sea water |
| Earth Microbiome Project Ontology (EMPO) | Free-living → Saline → Water (saline) |
| Location Information | ||||||||
|---|---|---|---|---|---|---|---|---|
| Location | P12, Pacific Ocean | |||||||
| Coordinates | Lat. (o) | 48.97 | Long. (o) | -130.666667 | Alt. (m) | N/A | Depth (m) | 10 | Location on Map |
| Zoom: | Powered by OpenStreetMap © | |||||||
| Family | Category | Number of Sequences | 3D Structure? |
|---|---|---|---|
| F000107 | Metagenome / Metatranscriptome | 2222 | Y |
| F000711 | Metagenome / Metatranscriptome | 925 | Y |
| F001156 | Metagenome / Metatranscriptome | 763 | Y |
| F001756 | Metagenome / Metatranscriptome | 641 | Y |
| F002166 | Metagenome / Metatranscriptome | 588 | N |
| F002188 | Metagenome / Metatranscriptome | 585 | Y |
| F002425 | Metagenome / Metatranscriptome | 560 | Y |
| F002772 | Metagenome / Metatranscriptome | 531 | Y |
| F002964 | Metagenome / Metatranscriptome | 517 | Y |
| F003514 | Metagenome / Metatranscriptome | 482 | Y |
| F003715 | Metagenome / Metatranscriptome | 472 | N |
| F003777 | Metagenome / Metatranscriptome | 469 | Y |
| F004055 | Metagenome / Metatranscriptome | 455 | Y |
| F004191 | Metagenome / Metatranscriptome | 449 | Y |
| F004292 | Metagenome / Metatranscriptome | 445 | Y |
| F005130 | Metagenome / Metatranscriptome | 411 | Y |
| F006126 | Metagenome / Metatranscriptome | 381 | Y |
| F006200 | Metagenome / Metatranscriptome | 379 | Y |
| F006242 | Metagenome / Metatranscriptome | 378 | Y |
| F007086 | Metagenome / Metatranscriptome | 358 | Y |
| F007723 | Metagenome / Metatranscriptome | 346 | Y |
| F007772 | Metagenome / Metatranscriptome | 345 | Y |
| F009369 | Metagenome / Metatranscriptome | 319 | N |
| F009608 | Metagenome / Metatranscriptome | 315 | Y |
| F009716 | Metagenome / Metatranscriptome | 314 | Y |
| F009936 | Metagenome | 311 | Y |
| F010695 | Metagenome / Metatranscriptome | 300 | Y |
| F010848 | Metagenome / Metatranscriptome | 298 | Y |
| F011338 | Metagenome / Metatranscriptome | 292 | N |
| F011405 | Metagenome / Metatranscriptome | 291 | Y |
| F011447 | Metagenome / Metatranscriptome | 291 | Y |
| F012227 | Metagenome / Metatranscriptome | 282 | Y |
| F012228 | Metagenome / Metatranscriptome | 282 | Y |
| F012280 | Metagenome / Metatranscriptome | 282 | Y |
| F012466 | Metagenome | 280 | Y |
| F012719 | Metagenome / Metatranscriptome | 278 | Y |
| F012722 | Metagenome | 278 | Y |
| F013522 | Metagenome | 270 | Y |
| F013720 | Metagenome / Metatranscriptome | 269 | Y |
| F014191 | Metagenome / Metatranscriptome | 265 | Y |
| F015402 | Metagenome / Metatranscriptome | 255 | Y |
| F015792 | Metagenome | 252 | Y |
| F015932 | Metagenome / Metatranscriptome | 251 | N |
| F015998 | Metagenome | 250 | Y |
| F016004 | Metagenome / Metatranscriptome | 250 | Y |
| F016406 | Metagenome / Metatranscriptome | 247 | Y |
| F016880 | Metagenome / Metatranscriptome | 244 | Y |
| F016996 | Metagenome / Metatranscriptome | 243 | N |
| F017050 | Metagenome / Metatranscriptome | 243 | N |
| F018269 | Metagenome | 236 | N |
| F019853 | Metagenome | 227 | Y |
| F020253 | Metagenome / Metatranscriptome | 225 | Y |
| F020607 | Metagenome / Metatranscriptome | 223 | Y |
| F020879 | Metagenome / Metatranscriptome | 221 | Y |
| F020899 | Metagenome | 221 | N |
| F021182 | Metagenome / Metatranscriptome | 220 | Y |
| F021185 | Metagenome / Metatranscriptome | 220 | Y |
| F021305 | Metagenome / Metatranscriptome | 219 | Y |
| F022080 | Metagenome / Metatranscriptome | 216 | Y |
| F023366 | Metagenome / Metatranscriptome | 210 | N |
| F023450 | Metagenome / Metatranscriptome | 210 | N |
| F023872 | Metagenome | 208 | Y |
| F023954 | Metagenome / Metatranscriptome | 208 | Y |
| F024583 | Metagenome / Metatranscriptome | 205 | Y |
| F024647 | Metagenome / Metatranscriptome | 205 | Y |
| F024651 | Metagenome / Metatranscriptome | 205 | Y |
| F025262 | Metagenome | 202 | Y |
| F025395 | Metagenome / Metatranscriptome | 202 | Y |
| F025854 | Metagenome / Metatranscriptome | 200 | Y |
| F027537 | Metagenome | 194 | Y |
| F028830 | Metagenome / Metatranscriptome | 190 | Y |
| F028938 | Metagenome | 190 | Y |
| F029484 | Metagenome / Metatranscriptome | 188 | Y |
| F029764 | Metagenome / Metatranscriptome | 187 | Y |
| F030730 | Metagenome / Metatranscriptome | 184 | Y |
| F031250 | Metagenome | 183 | Y |
| F031507 | Metagenome / Metatranscriptome | 182 | Y |
| F031720 | Metagenome | 182 | N |
| F031924 | Metagenome / Metatranscriptome | 181 | Y |
| F032682 | Metagenome | 179 | Y |
| F033504 | Metagenome / Metatranscriptome | 177 | N |
| F033951 | Metagenome | 176 | Y |
| F033992 | Metagenome / Metatranscriptome | 176 | N |
| F034067 | Metagenome / Metatranscriptome | 175 | Y |
| F034707 | Metagenome / Metatranscriptome | 174 | Y |
| F035476 | Metagenome | 172 | N |
| F035759 | Metagenome | 171 | Y |
| F035779 | Metagenome / Metatranscriptome | 171 | Y |
| F036428 | Metagenome / Metatranscriptome | 170 | Y |
| F040859 | Metagenome | 161 | Y |
| F041142 | Metagenome | 160 | N |
| F041442 | Metagenome / Metatranscriptome | 160 | N |
| F041761 | Metagenome / Metatranscriptome | 159 | N |
| F041814 | Metagenome / Metatranscriptome | 159 | Y |
| F043607 | Metagenome / Metatranscriptome | 156 | Y |
| F043616 | Metagenome / Metatranscriptome | 156 | Y |
| F045359 | Metagenome / Metatranscriptome | 153 | Y |
| F046012 | Metagenome / Metatranscriptome | 152 | Y |
| F046470 | Metagenome / Metatranscriptome | 151 | N |
| F047093 | Metagenome / Metatranscriptome | 150 | Y |
| F048245 | Metagenome / Metatranscriptome | 148 | N |
| F049223 | Metagenome | 147 | N |
| F050481 | Metagenome / Metatranscriptome | 145 | Y |
| F051948 | Metagenome / Metatranscriptome | 143 | Y |
| F051961 | Metagenome / Metatranscriptome | 143 | Y |
| F052625 | Metagenome / Metatranscriptome | 142 | Y |
| F053552 | Metagenome / Metatranscriptome | 141 | N |
| F053967 | Metagenome / Metatranscriptome | 140 | N |
| F055744 | Metagenome / Metatranscriptome | 138 | Y |
| F056889 | Metagenome | 137 | Y |
| F057374 | Metagenome / Metatranscriptome | 136 | N |
| F057434 | Metagenome | 136 | N |
| F057684 | Metagenome / Metatranscriptome | 136 | Y |
| F058045 | Metagenome / Metatranscriptome | 135 | N |
| F059044 | Metagenome / Metatranscriptome | 134 | Y |
| F059358 | Metagenome / Metatranscriptome | 134 | N |
| F061837 | Metagenome / Metatranscriptome | 131 | Y |
| F064711 | Metagenome / Metatranscriptome | 128 | N |
| F066828 | Metagenome / Metatranscriptome | 126 | N |
| F068144 | Metagenome | 125 | N |
| F068869 | Metagenome / Metatranscriptome | 124 | N |
| F068920 | Metagenome / Metatranscriptome | 124 | Y |
| F069322 | Metagenome / Metatranscriptome | 124 | N |
| F070097 | Metagenome / Metatranscriptome | 123 | Y |
| F071143 | Metagenome / Metatranscriptome | 122 | Y |
| F071254 | Metagenome | 122 | Y |
| F072517 | Metagenome / Metatranscriptome | 121 | N |
| F076113 | Metagenome / Metatranscriptome | 118 | Y |
| F076489 | Metagenome / Metatranscriptome | 118 | Y |
| F077775 | Metagenome / Metatranscriptome | 117 | N |
| F077929 | Metagenome | 117 | N |
| F078811 | Metagenome / Metatranscriptome | 116 | N |
| F078814 | Metagenome / Metatranscriptome | 116 | N |
| F079191 | Metagenome | 116 | N |
| F080241 | Metagenome / Metatranscriptome | 115 | Y |
| F081358 | Metagenome / Metatranscriptome | 114 | N |
| F081426 | Metagenome | 114 | Y |
| F083257 | Metagenome | 113 | Y |
| F084846 | Metagenome / Metatranscriptome | 112 | N |
| F085685 | Metagenome / Metatranscriptome | 111 | N |
| F085688 | Metagenome / Metatranscriptome | 111 | Y |
| F087182 | Metagenome | 110 | Y |
| F088742 | Metagenome / Metatranscriptome | 109 | Y |
| F090990 | Metagenome / Metatranscriptome | 108 | Y |
| F092095 | Metagenome / Metatranscriptome | 107 | Y |
| F092096 | Metagenome / Metatranscriptome | 107 | N |
| F092353 | Metagenome | 107 | N |
| F094398 | Metagenome / Metatranscriptome | 106 | N |
| F095497 | Metagenome | 105 | N |
| F095510 | Metagenome / Metatranscriptome | 105 | Y |
| F095563 | Metagenome / Metatranscriptome | 105 | Y |
| F096045 | Metagenome / Metatranscriptome | 105 | N |
| F096228 | Metagenome | 105 | Y |
| F097387 | Metagenome / Metatranscriptome | 104 | N |
| F097394 | Metagenome / Metatranscriptome | 104 | N |
| F100377 | Metagenome / Metatranscriptome | 102 | N |
| F101866 | Metagenome | 102 | N |
| F101887 | Metagenome | 102 | N |
| F101894 | Metagenome / Metatranscriptome | 102 | N |
| F105295 | Metagenome / Metatranscriptome | 100 | N |
| F105501 | Metagenome | 100 | N |
| F105925 | Metagenome | 100 | N |
| Scaffold | Taxonomy | Length | IMG/M Link |
|---|---|---|---|
| LPjun09P1210mDRAFT_c1000015 | Not Available | 28700 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1000062 | Not Available | 13618 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1000542 | All Organisms → Viruses → Predicted Viral | 4759 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1000563 | All Organisms → Viruses → Predicted Viral | 4611 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1000567 | All Organisms → Viruses → Varidnaviria → Bamfordvirae → Nucleocytoviricota → Megaviricetes → Algavirales → Phycodnaviridae → Prasinovirus | 4583 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1000617 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rickettsiales → unclassified Rickettsiales → Rickettsiales bacterium | 4349 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1000797 | Not Available | 3695 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1000924 | Not Available | 3379 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1000974 | Not Available | 3281 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1001012 | All Organisms → cellular organisms → Bacteria | 3202 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1001017 | All Organisms → Viruses → Predicted Viral | 3197 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1001076 | All Organisms → Viruses → Predicted Viral | 3097 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1001090 | All Organisms → Viruses → Predicted Viral | 3066 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1001135 | All Organisms → Viruses → Varidnaviria → Bamfordvirae → Nucleocytoviricota → Megaviricetes → Algavirales → Phycodnaviridae → Prasinovirus → unclassified Prasinovirus → Bathycoccus sp. RCC1105 virus BpV | 2988 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1001176 | All Organisms → Viruses → Predicted Viral | 2902 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1001198 | All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage | 2867 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1001214 | All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales → Flavobacteriaceae → unclassified Flavobacteriaceae → Flavobacteriaceae bacterium | 2844 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1001331 | All Organisms → Viruses → Predicted Viral | 2696 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1001412 | All Organisms → Viruses → Predicted Viral | 2601 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1001520 | Not Available | 2489 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1001558 | All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales → Flavobacteriaceae → unclassified Flavobacteriaceae → Flavobacteriaceae bacterium | 2457 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1001648 | All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → Planctomycetia → Planctomycetales → Planctomycetaceae → unclassified Planctomycetaceae → Planctomycetaceae bacterium TMED240 | 2368 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1001651 | All Organisms → Viruses → Predicted Viral | 2359 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1001812 | All Organisms → Viruses → Predicted Viral | 2218 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1001850 | Not Available | 2185 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1001889 | All Organisms → Viruses → Predicted Viral | 2160 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1001942 | All Organisms → Viruses | 2125 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1001962 | Not Available | 2111 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1002005 | Not Available | 2083 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1002088 | All Organisms → Viruses → Predicted Viral | 2026 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1002106 | All Organisms → Viruses → Predicted Viral | 2016 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1002214 | All Organisms → Viruses → Predicted Viral | 1953 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1002251 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → unclassified Alphaproteobacteria → Alphaproteobacteria bacterium TMED194 | 1938 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1002341 | All Organisms → Viruses → Predicted Viral | 1897 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1002357 | All Organisms → Viruses → Predicted Viral | 1888 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1002550 | Not Available | 1799 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1002628 | All Organisms → Viruses → Predicted Viral | 1763 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1002653 | Not Available | 1752 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1002660 | All Organisms → Viruses → Predicted Viral | 1748 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1002844 | All Organisms → Viruses → Predicted Viral | 1680 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1002930 | All Organisms → Viruses → Predicted Viral | 1649 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1002963 | All Organisms → cellular organisms → Bacteria → Proteobacteria | 1637 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1002990 | Not Available | 1626 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1003177 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → unclassified Alphaproteobacteria → Alphaproteobacteria bacterium TMED194 | 1557 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1003180 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria | 1555 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1003209 | All Organisms → Viruses → Predicted Viral | 1549 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1003290 | Not Available | 1524 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1003450 | All Organisms → Viruses → Predicted Viral | 1479 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1003471 | All Organisms → Viruses → Predicted Viral | 1474 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1003490 | All Organisms → cellular organisms → Bacteria | 1466 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1003573 | All Organisms → Viruses → Predicted Viral | 1441 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1003618 | All Organisms → Viruses → Predicted Viral | 1430 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1003718 | All Organisms → Viruses → Predicted Viral | 1407 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1003749 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria | 1400 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1003801 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Pelagibacterales → Pelagibacteraceae | 1388 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1003838 | All Organisms → cellular organisms → Bacteria | 1380 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1003893 | All Organisms → cellular organisms → Bacteria | 1366 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1004125 | Not Available | 1314 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1004407 | Not Available | 1261 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1004452 | All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → unclassified Caudoviricetes → Pelagibacter phage Mosig EXVC030M | 1254 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1004634 | All Organisms → Viruses → Predicted Viral | 1222 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1004635 | All Organisms → Viruses → Predicted Viral | 1221 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1004636 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Pelagibacterales → Pelagibacteraceae → Candidatus Pelagibacter | 1221 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1004684 | All Organisms → Viruses → Predicted Viral | 1214 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1004749 | All Organisms → Viruses → Predicted Viral | 1203 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1004757 | Not Available | 1202 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1004790 | All Organisms → Viruses → Predicted Viral | 1198 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1004852 | All Organisms → cellular organisms → Bacteria → unclassified Bacteria → bacterium TMED198 | 1190 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1004918 | Not Available | 1179 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1004987 | All Organisms → Viruses → Predicted Viral | 1169 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1005208 | Not Available | 1138 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1005231 | All Organisms → cellular organisms → Archaea → unclassified Archaea → archaeon | 1134 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1005812 | All Organisms → Viruses → Predicted Viral | 1060 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1005979 | All Organisms → Viruses → Varidnaviria → Bamfordvirae → Nucleocytoviricota → Megaviricetes → Algavirales → Phycodnaviridae → Prasinovirus | 1041 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1005997 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Rhodospirillaceae → Candidatus Endolissoclinum → unclassified Candidatus Endolissoclinum → Candidatus Endolissoclinum sp. TMED37 | 1040 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1006050 | All Organisms → Viruses → Predicted Viral | 1034 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1006090 | Not Available | 1029 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1006221 | All Organisms → Viruses → Predicted Viral | 1016 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1006517 | All Organisms → cellular organisms → Eukaryota → Sar → Stramenopiles → Ochrophyta → Synurophyceae → Synurales | 991 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1006566 | All Organisms → cellular organisms → Archaea → unclassified Archaea → archaeon | 987 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1006636 | Not Available | 981 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1006758 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Gammaproteobacteria incertae sedis → SAR86 cluster → SAR86 cluster bacterium | 970 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1006774 | Not Available | 968 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1006826 | Not Available | 964 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1006919 | Not Available | 956 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1006941 | All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → Caudovirales → Myoviridae | 954 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1007023 | Not Available | 947 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1007081 | Not Available | 942 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1007122 | Not Available | 939 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1007135 | All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Bacteroidetes Order II. Incertae sedis → Rhodothermaceae → unclassified Rhodothermaceae → Rhodothermaceae bacterium TMED105 | 938 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1007328 | Not Available | 925 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1007345 | Not Available | 924 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1007422 | All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales → Flavobacteriaceae → unclassified Flavobacteriaceae → Flavobacteriaceae bacterium TMED42 | 918 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1007568 | Not Available | 908 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1007678 | Not Available | 901 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1008266 | Not Available | 861 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1008383 | Not Available | 854 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1008540 | All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Saprospiria → Saprospirales → unclassified Saprospirales → Saprospirales bacterium | 843 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1008793 | Not Available | 830 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1008819 | Not Available | 828 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1008861 | Not Available | 826 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1008909 | All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → Verrucomicrobiae → Verrucomicrobiales → unclassified Verrucomicrobiales → Verrucomicrobiales bacterium | 823 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1009033 | Not Available | 815 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1009288 | Not Available | 802 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1009527 | Not Available | 791 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1009734 | Not Available | 782 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1009988 | Not Available | 771 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1010056 | All Organisms → cellular organisms → Archaea → DPANN group → Candidatus Pacearchaeota → Candidatus Pacearchaeota archaeon | 768 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1010140 | Not Available | 764 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1010249 | All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → unclassified Planctomycetota → Planctomycetota bacterium | 759 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1010623 | All Organisms → cellular organisms → Bacteria | 746 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1010709 | All Organisms → cellular organisms → Bacteria | 742 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1010710 | Not Available | 742 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1010892 | All Organisms → Viruses → environmental samples → uncultured Mediterranean phage | 736 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1011054 | Not Available | 731 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1011084 | Not Available | 730 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1011733 | Not Available | 709 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1011961 | Not Available | 701 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1011962 | All Organisms → cellular organisms → Bacteria | 701 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1012529 | Not Available | 683 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1012540 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → unclassified Gammaproteobacteria → Gammaproteobacteria bacterium | 683 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1012690 | Not Available | 679 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1012854 | Not Available | 673 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1013209 | All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes | 662 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1013345 | Not Available | 659 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1013350 | All Organisms → cellular organisms → Archaea → Euryarchaeota → unclassified Euryarchaeota → Euryarchaeota archaeon | 659 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1013428 | Not Available | 657 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1013527 | Not Available | 655 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1013532 | Not Available | 655 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1013535 | Not Available | 655 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1013995 | Not Available | 643 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1014169 | Not Available | 640 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1014623 | Not Available | 629 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1014890 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Pelagibacterales → Pelagibacteraceae → Candidatus Pelagibacter → unclassified Candidatus Pelagibacter → Candidatus Pelagibacter sp. TMED239 | 624 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1015029 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → unclassified Gammaproteobacteria → Gammaproteobacteria bacterium | 620 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1015182 | Not Available | 617 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1015379 | Not Available | 613 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1015854 | All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales → Flavobacteriaceae → unclassified Flavobacteriaceae → Flavobacteriaceae bacterium | 603 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1016301 | Not Available | 595 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1016349 | All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → unclassified Caudoviricetes → Pelagibacter phage Mosig EXVC030M | 594 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1016367 | Not Available | 593 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1016414 | Not Available | 592 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1016803 | Not Available | 584 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1017176 | Not Available | 577 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1017325 | Not Available | 575 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1017402 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Pelagibacterales → Pelagibacteraceae → Candidatus Pelagibacter | 574 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1017769 | All Organisms → cellular organisms → Bacteria → unclassified Bacteria → bacterium TMED198 | 567 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1017874 | Not Available | 566 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1018148 | All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Acidimicrobiia → unclassified Acidimicrobiia → Acidimicrobiia bacterium | 561 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1018164 | Not Available | 561 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1018167 | Not Available | 561 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1018311 | Not Available | 559 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1018520 | Not Available | 556 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1018599 | Not Available | 555 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1018706 | All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → Caudovirales → Myoviridae → Bellamyvirus → unclassified Bellamyvirus → Synechococcus phage SynMITS9220M01 | 553 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1018900 | Not Available | 550 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1019527 | Not Available | 541 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1019681 | All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → unclassified Caudoviricetes → Pelagibacter phage Mosig EXVC030M | 538 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1019690 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Pelagibacterales → Pelagibacteraceae → Candidatus Pelagibacter → unclassified Candidatus Pelagibacter → Candidatus Pelagibacter sp. TMED203 | 538 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1020163 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Pelagibacterales → Pelagibacteraceae → Candidatus Pelagibacter → unclassified Candidatus Pelagibacter → Candidatus Pelagibacter sp. TMED64 | 531 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1020910 | Not Available | 522 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1021191 | Not Available | 518 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1021212 | Not Available | 518 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1021414 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Pelagibacterales → Pelagibacteraceae → Candidatus Pelagibacter → unclassified Candidatus Pelagibacter → Candidatus Pelagibacter sp. TMED239 | 515 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1021756 | Not Available | 511 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1021800 | All Organisms → cellular organisms → Archaea → TACK group → Candidatus Bathyarchaeota → unclassified Candidatus Bathyarchaeota → Candidatus Bathyarchaeota archaeon | 510 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1021829 | Not Available | 510 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1021872 | Not Available | 510 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1022373 | Not Available | 503 | Open in IMG/M |
| LPjun09P1210mDRAFT_c1022422 | Not Available | 503 | Open in IMG/M |
| Scaffold ID | Protein ID | Family | Sequence |
|---|---|---|---|
| LPjun09P1210mDRAFT_c1000015 | LPjun09P1210mDRAFT_10000152 | F088742 | MLEELQTKETEIRAELIDLEKQFNVKKEQYLKIQGALEALSLVGDNNQEEG* |
| LPjun09P1210mDRAFT_c1000062 | LPjun09P1210mDRAFT_10000627 | F009936 | MNQYFPSLYQEIVKCYEYETRNATIYGNVIRSEMEFTKSGEKLQSNLQGDEDNIQ* |
| LPjun09P1210mDRAFT_c1000542 | LPjun09P1210mDRAFT_10005423 | F020899 | MFVMLIVFSCQPEELMEVQPLPQYEMIFEESESSVTDGQEFSFEIVSEEEHQLVISKDGSVISKESFLPTFDINTKKIYTKSLPTDLLQLELINSNGVIKSTFIQIY* |
| LPjun09P1210mDRAFT_c1000542 | LPjun09P1210mDRAFT_10005424 | F051961 | MPAKLKPSTKEYIKVNNKMTNRFRIKHYTVSSTSTDELIKLYNSPSYKRKKELIRKELVKRGAWENLKKK* |
| LPjun09P1210mDRAFT_c1000563 | LPjun09P1210mDRAFT_10005635 | F051961 | MSAKLKPSVKEYIKVNNKMTNRFRMKHYTPSSTSTDELIKMYEGNSFKRKKEIIKKELIKRGIEWENLKKN* |
| LPjun09P1210mDRAFT_c1000563 | LPjun09P1210mDRAFT_10005636 | F030730 | MGKLKEKLIEKGSGLIAKSKTKKQLEKVLPKPLAKQISKKVGKGVESITSKVIDLWNKFSK* |
| LPjun09P1210mDRAFT_c1000567 | LPjun09P1210mDRAFT_10005671 | F084846 | LKNTYDLGLLCPISCSQYIAKKIISLGFHATGELRNLIG* |
| LPjun09P1210mDRAFT_c1000617 | LPjun09P1210mDRAFT_10006177 | F058045 | MNNQKLILKHQLKAKEYSSLPQKIMMEKWEACGRDLHTYWNSIPWDSEWLRHDTDEEKYAKNVTREFNRHPFREYIEKPKEYIEL* |
| LPjun09P1210mDRAFT_c1000755 | LPjun09P1210mDRAFT_10007555 | F000107 | MTITNTTVVDTDSKTIIKSIGIKDEVDXIMVDAEKLTGGNNQSKVSLIECYYQIQGTGTLSISADGEENDLSLTGRGKYGLRPDQLKFGNDAKIKLTTDSNVESYLLITEFRRN* |
| LPjun09P1210mDRAFT_c1000797 | LPjun09P1210mDRAFT_10007972 | F025262 | MSKGEIIDFVILRITTELDKFQRQKTIPHTLLEGAIEIDEIKDVYYEKLSPKYQKIFNRLVKEYHQNIGKNIESLKTAMKKDYARVVNNMSTEHESFRFKEVMNSYRPGINPVRALYYQSRDVTRRYNPENPFHYWLIDLVEDTEFNNIILDALAKDVRKLERIIKRYYFPLVNHGDGIPLELFHAKQQLKDFKHYYLFFRGVKEFRPDE* |
| LPjun09P1210mDRAFT_c1000924 | LPjun09P1210mDRAFT_10009246 | F057374 | MNKVFLFILLLTSSLLSSQNFVGENFRLSADSGNVVITFEDQNSDGTYIGGVLTKSFGKLTITKKEFQTKFISNLKKISGKKNYEIVEESYRLDKYSFDTESVFIQVGNKIGSITTKEIKQLRKL* |
| LPjun09P1210mDRAFT_c1000974 | LPjun09P1210mDRAFT_10009744 | F095563 | MGSDVEMRAVALTIIDKSGIFKKVDQKLEALCYAMLWGSWFLCLTQLF* |
| LPjun09P1210mDRAFT_c1001012 | LPjun09P1210mDRAFT_10010127 | F020607 | MNIEQLVNDYPNDMELGGKVRELYLEARKLQDKLSEKMKDAKIFESPDGGRTIYVRGWGEPTSTRKLSTTKLNSFNETN* |
| LPjun09P1210mDRAFT_c1001017 | LPjun09P1210mDRAFT_10010173 | F017050 | MSKLISGYWWAWKEIEAGKKSMQTLRKFYPDSDLFINVDYEGDVDGYKKVGEELGATVTRNNFQLGYCGNFGDRDIGYDYWSKEKALEWLRGVYVACKKTDSKYMMLFEEDDFVLENISILDTEFSMAIHPTSPSPTGRIRANHIPWQFLDFSKKIGGIDSCPGYASGGGTIFNREHYIDSYDRILDNFTEVYDDFCKINKIFGWQDFMFQYIMMLGGYEIIQNEKLCELWEVPNFEGFEILTGCKEPELVEL* |
| LPjun09P1210mDRAFT_c1001076 | LPjun09P1210mDRAFT_10010761 | F023366 | TIHMDVDGASFTADIDQDNASTISLHHDGASADYVILQTGGSGDILTLTVNGASANVDIIQRD* |
| LPjun09P1210mDRAFT_c1001090 | LPjun09P1210mDRAFT_10010905 | F004292 | LSNTIPESNRIYKDNSDTKFVAFDRIYGDIYKQLILIQKNGSTYKGRIDKKSIKLSDGTLGHVHVTADNRWFDSCGMPISKPTN* |
| LPjun09P1210mDRAFT_c1001135 | LPjun09P1210mDRAFT_10011353 | F033951 | MSAALLGAAVLCXCSSSSVAGAFLGGFIPGTSQYVLKKMKKLIQIVIALDATPESCENLYKYMKETKGTSAAESAVQSLSSNEKTIIERVYDIGRGVAPEKICDKSVIDSYIRLTKDIQEAPEGAHIPRFCNDLKDFSNEDKSERMPIYYWDESKKEFIKDTIYVSNASGGESGPEFQESIIAKCNEAGINIR* |
| LPjun09P1210mDRAFT_c1001176 | LPjun09P1210mDRAFT_10011765 | F007723 | MIKAIKSKMLTYLFKDWVTNETDLETLKVSKQFIRKREVEITGHVPILGFRSHTK* |
| LPjun09P1210mDRAFT_c1001198 | LPjun09P1210mDRAFT_10011982 | F003777 | MSGRVKPNIITAFDDKQRFKNLVQDVFNDMEIFSHTPDSINLNGVLFTLTLSNKKVVYEEIRVDTLSDYVDVYLQGVKKTSNTYTIADDGTNVLINFTESIALNPALIVKTDFLVKGKIVSR* |
| LPjun09P1210mDRAFT_c1001198 | LPjun09P1210mDRAFT_10011983 | F002188 | MAIKDLQKILQQIHEPDEYQLTVQDLNHPIYWVWKLENGGMKDLDLNLRQFRKEHARFDIFINGQYILEDDYIQEHSGKNLLIKFIKANFGYTLEADDDIKIEGDIQVK* |
| LPjun09P1210mDRAFT_c1001214 | LPjun09P1210mDRAFT_10012143 | F011405 | MNVLIKPKVTKPWSNEMYNYNDEVADIMKINIIKSIEKNKNNWDVLNQLIDLCGEVRYGDGYTIKDLYEGCLKAVENVQNYWLAEEYSYAVEQGLVNDTMYKFVGYEK* |
| LPjun09P1210mDRAFT_c1001331 | LPjun09P1210mDRAFT_10013313 | F050481 | MTTQEITKKIVELKLQKPQTQKVKLEIQKLQQKLNK* |
| LPjun09P1210mDRAFT_c1001412 | LPjun09P1210mDRAFT_10014122 | F057684 | MQLFDYLNNSIKSYLRVSKIQGVGLFALVNIKKGEEVFPKWKGETGWYKIKFSEAKKLPIEVLQYILRSFGSEIINDDSDVSFKLTKDCNFLFTEPLCLLNTKYEKGTVDSKTGIAIKDINKDEEIFGNYGNSSQIKLL* |
| LPjun09P1210mDRAFT_c1001520 | LPjun09P1210mDRAFT_10015203 | F055744 | MVNFGNGFTWAEVYTMPIHWRRFYFKKLVDSKSKEKAEYDKANKKGGSKGPNVRVRK* |
| LPjun09P1210mDRAFT_c1001538 | LPjun09P1210mDRAFT_10015382 | F000107 | MAISNTSVVDTTSKYIVKSTGIGSETNQIIVDAEKLTGANNKSLVSMIECYYLIEGTGTLKIGTSSETNDLSLTGKGKYGLRPDELKFGDDKQIKLTTDSDVKSYLLVTEFRRNN* |
| LPjun09P1210mDRAFT_c1001558 | LPjun09P1210mDRAFT_10015584 | F009608 | MKYFKTFESFVNEGRPMFQDTPNEFAYLDFKKWAYKKRGDIKKRLNDIDDSSKFFIELQSIWKDWANKNAKEWSYLHSTPVAKKDFGRALGVMMKADNLIIKKAGNKLIDL |
| LPjun09P1210mDRAFT_c1001641 | LPjun09P1210mDRAFT_10016415 | F053967 | MKYDPNNPLTDKELDKLGKDDFDGFLEYLDGKTEHLKQFSKPLSSYHTKRFAALDAKQQGREFTEKEIKKAGDIGKRNEDEAKEKIADRLAEYEKNHPKYKDEGIKNIKTNRSQWFD* |
| LPjun09P1210mDRAFT_c1001648 | LPjun09P1210mDRAFT_10016483 | F016406 | MRLNEFYNPEFDEFQKADAEQRRKPKLTLEQLNKLRKVRAIKRAEDIEHKKFVSVMYSPPTDAGAGGGLI* |
| LPjun09P1210mDRAFT_c1001651 | LPjun09P1210mDRAFT_10016514 | F077775 | MAKHKCSVCVKSFTHDKSETLVGKLGPIPVQFCKPCFKKVMNKDELFLKDTR* |
| LPjun09P1210mDRAFT_c1001812 | LPjun09P1210mDRAFT_10018122 | F005130 | MSKNKIKLGKVTKAVGDTPYKGGHNDIRKTNYEVKLTEDGKLDLYTHKTETKEL* |
| LPjun09P1210mDRAFT_c1001812 | LPjun09P1210mDRAFT_10018124 | F053552 | MIKLTQLMNESEEKRPLSNEVKKHFMEIVSTYNKYQESMDRKSDIAEIAETLGGI |
| LPjun09P1210mDRAFT_c1001850 | LPjun09P1210mDRAFT_10018503 | F031924 | MDDRGPNDLERIIDDKDKIITHLKHDNKTLAKEVSDLIEQKKQLLDNVSKK* |
| LPjun09P1210mDRAFT_c1001889 | LPjun09P1210mDRAFT_10018895 | F077929 | MKWLLVLISXNLYDDGTADHFVFTNMMYXNXQSCLATAQFNMKTIEEVSIREXNGPAKVYCFREDKFKAYLLDEPKPKTKKLDI* |
| LPjun09P1210mDRAFT_c1001942 | LPjun09P1210mDRAFT_10019425 | F041761 | MERTLPLIKNVINKEIAKLNENSEYWGTSENIENENEIFNYVLTYEIVNQDWFDERLKYTNVERLSEILNKLKNKL* |
| LPjun09P1210mDRAFT_c1001942 | LPjun09P1210mDRAFT_10019426 | F031507 | MIKVNDTIKFQNKYGQIQEGVVTDDNYQCEFDTDLNGCVRVEVDYGSSIIGTINTLIDKSQII* |
| LPjun09P1210mDRAFT_c1001962 | LPjun09P1210mDRAFT_10019623 | F024647 | MNYLVHPSNIVSKALGIDSFKQMINDEQIQFSELVDISVQIAEEWTNDWDEGDGFGSSDGTYLLKDFIDTVISNFTNSVYNQSGYQTIFNPTLSVTYKYSEPELVSFEDDGQF* |
| LPjun09P1210mDRAFT_c1001962 | LPjun09P1210mDRAFT_10019624 | F021182 | MANVKYPEGYIPKIQYWTSKLNDELSNTKVPSIRIIDSIHRKLDFFIQKEWDRTVTSK* |
| LPjun09P1210mDRAFT_c1002005 | LPjun09P1210mDRAFT_10020055 | F029484 | MAQXNPXAXVRAANGFVGTTHILEVDNVSVVTVEAACTEAQVEGFVVVAVTGVVSGSHIALQGAGATPSITGTTLIATFS* |
| LPjun09P1210mDRAFT_c1002005 | LPjun09P1210mDRAFT_10020056 | F010848 | MAQADRRAAAAMEVIGKDVFLKSFTQQSGNISATQLTALVSSVQNLNLSLLKVGAVSGAAVNMIVEGADNLANGDIAGHVIADVSF* |
| LPjun09P1210mDRAFT_c1002088 | LPjun09P1210mDRAFT_10020884 | F003777 | MSSKKKPNIITPFDDKKRFKDLILEVFKDMEIFKHIPDSISLDGSLFTLVLSNKKLIYQDVAVDANSDYVDIYLQGIKKTSSSYEVTDNGTNIVIVFNESITLDPGSIVNTDFLVKGKIVSR* |
| LPjun09P1210mDRAFT_c1002106 | LPjun09P1210mDRAFT_10021063 | F035759 | MVSDERYYEYMGRRLREEEEKESVIEEEHTHTNGLMLDMKELTKCHYQVLIRNKELIEENNNLRKELADLHNQE* |
| LPjun09P1210mDRAFT_c1002214 | LPjun09P1210mDRAFT_10022142 | F020253 | MGKRAVPGIITKKGQPKVKKNMSHSTFTAKRHPNSKRVKNV* |
| LPjun09P1210mDRAFT_c1002251 | LPjun09P1210mDRAFT_10022513 | F059044 | MKHMIKWLKITAGINLYLSFVMTLVFITLIFAIVSDYNLTNADEYVRFLIKEELDERDQ* |
| LPjun09P1210mDRAFT_c1002341 | LPjun09P1210mDRAFT_10023412 | F018269 | MKIGINLVGVSYNNAISGGRLRNYEDAIENFHTYIVEPFREKGYNVQFYLYSYENEKQDKIINDYRPCMKSQFVKPDYNKLGGGAQVSEGYKVMSVSYLNSLEQLKNQDLDLIISTRYDIKFLKNPFEEYNFDFDKMNFLWREPELKDLPLVNDTFLVFPYKMLDNVIDSIIEMEENPPQGKNIAMHNWYLPMVNQVGEDNVQWVDDEFRTAIQNELYILTRKT* |
| LPjun09P1210mDRAFT_c1002341 | LPjun09P1210mDRAFT_10023413 | F033504 | MSKLISGYWWAWKEIEAGKKSMQTLRKYYPDADLFINVDYEGDVDGYTKVGKELNATVTRNNFQLGYCGNFGDRDIGYDYWSKEKAVEWLRGVYSACKKTDSKYMMLFEEDDFVLKNISILDTDFSIAIHPTAPSPVRMRPNQIPKQFLDYSKEIGGIGDCPGYASGGGTIFNREHYMDSYERIL |
| LPjun09P1210mDRAFT_c1002357 | LPjun09P1210mDRAFT_10023572 | F045359 | MAEKLTPEKIEEIAKNYEKIQDGKVPIIKSEKETIKLDYGSLDNLRPETKPKAPEKRVLPLIPPSDPRLLMQIAPFIDDTLKEFDFKDRVELSKVMYDTMVKYGG |
| LPjun09P1210mDRAFT_c1002550 | LPjun09P1210mDRAFT_10025501 | F092095 | MRVINFIIGFILLTLTTLITNSFASIGEVTIHNGSAVIDRQDGDKDIEVEKQ |
| LPjun09P1210mDRAFT_c1002628 | LPjun09P1210mDRAFT_10026283 | F004055 | MEMELKQIPXPHKTTNPKHREDYVFVEKPGEDFTALKLISGPFSSIVYKYGAVGFRPESEKRPDGSLPMQXDYDIIENKIEADIDSQEFINHIGDILVVLXDEKLKEDKLNAKN* |
| LPjun09P1210mDRAFT_c1002653 | LPjun09P1210mDRAFT_10026532 | F061837 | MHKEKSPIKLTKEFPIKYNAPAMKLHLTEQGWKYKGMNKDNPIFEYIHY* |
| LPjun09P1210mDRAFT_c1002660 | LPjun09P1210mDRAFT_10026606 | F015932 | MKLNTTDILHRLDNLADTVCLDNDNVVRWCIDQNDLDNVPDRTARGILQKHGLKVSDLKTLDNDGVLVHRLGDDIPGGMVDDRCLHISTHLVPVLRVLPNILDRVW* |
| LPjun09P1210mDRAFT_c1002844 | LPjun09P1210mDRAFT_10028447 | F097387 | MKQIVLFLIIMVLMGFTISTNQKENSWEAKYHEVKKERDYYKKTSEQLLKNWKDCEEKLVEVI* |
| LPjun09P1210mDRAFT_c1002930 | LPjun09P1210mDRAFT_10029302 | F002964 | MEKLIKTICGLFFILCLSSKSYADPKSLSGYPWDLQQMPIWCGPLEMVNEALKNEGYVEFEIAFGRIAALPEGEIAYAVMTYASKDIEGHIVRTMETPAQGEKCVLEVLFNYTVIETPKPETN* |
| LPjun09P1210mDRAFT_c1002963 | LPjun09P1210mDRAFT_10029635 | F101866 | MKFFRDKLYEDITIPAPPKDDMAEAKVVKKLISNRTAAQEKSIADHDQVPFY |
| LPjun09P1210mDRAFT_c1002990 | LPjun09P1210mDRAFT_10029904 | F007723 | MIKAIKSKVLTYLFKDWVNNETDLETLQVSKQFIKKREIEITGHIPIMGFRSHLTENS* |
| LPjun09P1210mDRAFT_c1003177 | LPjun09P1210mDRAFT_10031774 | F012722 | MKTKIIATSVAXLMSTXAXAKDCKYVQKIILDDNNVILSAKTEYVCKESKPIIVLPPKTYDEVKRVVPRAVSHTEYMNMVYGNNSNYGLDFLSKLFYNKSN* |
| LPjun09P1210mDRAFT_c1003180 | LPjun09P1210mDRAFT_10031801 | F043607 | MEEKYIKFYKTFHKKFKNNENLIHCFETLSDGGIGQ |
| LPjun09P1210mDRAFT_c1003209 | LPjun09P1210mDRAFT_10032094 | F035779 | MDFKEFLNEKNFQVVTSGEAINYRISYQYGKGGFSAMASSSKENDKELEIGDPNVIGKAIEDSINAELKKRRQLFTVEQDHGYQGAGYSFYFNMDDLIKLLNK* |
| LPjun09P1210mDRAFT_c1003209 | LPjun09P1210mDRAFT_10032095 | F097394 | MSTTLLDKHTREPLFEQGEDYTLRQFIKIAKKSAEGKESYKGSYNFGKGIKLAEYLRKNMPGGLANKMKATVYRSAWNYGENLTVTIKLKAGDKEIFSFSSANSTRQPRYSFSDIFKGTIKPSNPGKPIYKDWGMGVVHGSYQSISNFEEFMSDIVGVFKDFERVNGVPFDLKGAIAAEKIRVKAVAAWRKIEPKVEKQYDIAKEAARNAHRGISIRMPYIRSAEKRVYYKTDEPRELRHPDEYGERAYDVLDGKDYTKYENAQSKISDIIEAFCKKHGYEFVWA |
| LPjun09P1210mDRAFT_c1003290 | LPjun09P1210mDRAFT_10032904 | F004191 | MNKFKDIMATLFAVFGVFALVGATGAVETNQWVLALALTVMGTCTMFLSIICQEKK* |
| LPjun09P1210mDRAFT_c1003450 | LPjun09P1210mDRAFT_10034506 | F024651 | MYNYATFVDKEQLKNLEKMDKFVKDNMSRFEGIGEDIREVIQKIIEKGHYYEGQAEVLNAVAAEYNNWKKEQR* |
| LPjun09P1210mDRAFT_c1003471 | LPjun09P1210mDRAFT_10034713 | F066828 | MLEDFIKDPNIHGILFPSILGITYDKKRRDELIDLALANNTDLLFVDERILLNNDKERKYLDKIFEYINDEEDPDLLLGHTR* |
| LPjun09P1210mDRAFT_c1003490 | LPjun09P1210mDRAFT_10034902 | F101894 | MKFNVTFKVIWDGDYEFIDFEFDSKDLESLHRNIKTAIDEKYLEPERDIKKTINGEVTITYTSIKDSMGNEIYTK* |
| LPjun09P1210mDRAFT_c1003573 | LPjun09P1210mDRAFT_10035732 | F024651 | MYNNATFVDKEQLKNLEKMDKFVKDNMGRFEEIGEEIREVIQKILETGYYYEIQAEVLNAVAAEYNQYKKENR* |
| LPjun09P1210mDRAFT_c1003618 | LPjun09P1210mDRAFT_10036181 | F085688 | MEDDMTILGCITKYNASDIRPYVESIEQTGYKGRKVMLVYDVPPETIDYLKSKGWDLFGGELQQHIILQRFRDLYKLLGSEIKGTVIWTDVKDVIFQKDPSDWIDLNMEEDILSFSECIKFKDDPWACVNAGTSFPMEWEWLQNETSYCAGTIVGDACYLRDLFIDIYRWSLTTANQEQLSDQAAYNVLINLHHISDCIQKVNQEEGFVTQLGSVLVKKDEFKDVLLEPTPIVDENYIVKNQNGEPFCLV |
| LPjun09P1210mDRAFT_c1003618 | LPjun09P1210mDRAFT_10036182 | F017050 | YYPDADLFINVDYEGDVDGYTKVGKELNATVTRNNFQLGYCGNFGDRDIGYDYWSKEKAVEWLRGVYAACTKTDSKYMMLFEEDDFVLKNISILDTDFSIAIHPTSPSPVRMRPNRIPTQFLDYSKEIGGIGDCPGYASGGGTIFNREHYMDSYERILDKFTDVYDEFCKINKIFGWEDFLFQYIFMLGGYEVTQNHDLCELWEVPNFEGFEILTGCKDPNLITL* |
| LPjun09P1210mDRAFT_c1003718 | LPjun09P1210mDRAFT_10037182 | F012227 | MANLQTIANKFRVSDNFLNSKEDALLIVASSLQDIIGELNRNDKRGIDENGKQSLITKLEKLGDFCKEVKNSTF* |
| LPjun09P1210mDRAFT_c1003749 | LPjun09P1210mDRAFT_10037492 | F068869 | MRMKNKLLTILSFLLISMSISISQADETFSNNISDFYGIDSFPLLPGEYNFVFADEITHDGSFQPVDNFNNSRPNSSIQGEIRTGNIDAYISDGNSISLNFAILQDGSTENDFRKTFYACNVVRDPTELVSSTIEVFDDNSFVEFCAFKFPEFNFASYNYNFCKDKCVELQYTFFLTDMKDTSKDVMGELGMRIYNNLDRAFNGIYYDFNFVDTYLK* |
| LPjun09P1210mDRAFT_c1003801 | LPjun09P1210mDRAFT_10038012 | F019853 | MPFKLNKNPSLSEQDTKRTKRIISKLNLKKLPFKITEEQFCSSYTEMFRELTPLFKYEPHEYAMKWCLSTEKRMRVFLLIFEANELGEEIYKESISSKLPEYSYKTIAQIIDDGLKKGYFIKLAPRTKISTDAKIRNIRPSEELVIEFINWNIDLLSTFSNFSKKFE* |
| LPjun09P1210mDRAFT_c1003838 | LPjun09P1210mDRAFT_10038382 | F081358 | MIKLTDILNESPQSDKLSREIDKSISKIDDSMPYVDFAHAVAKVLKNEYGSHLYDKFIKELKKKL* |
| LPjun09P1210mDRAFT_c1003893 | LPjun09P1210mDRAFT_10038934 | F016004 | MNEELLKILETLKEDFEMLQDGSWDMNYSDGTEIEASLENVEKAIKIVKTNKL* |
| LPjun09P1210mDRAFT_c1004111 | LPjun09P1210mDRAFT_10041112 | F095497 | MKQERNTYPPHPSVKKHLQNGVDFSNELLNVIEEITQKYNVHVSQSVEMGHFAKINKSMMYVCKNLIEYKSQYKKLLEQYEHFENEYSYPSTSGS* |
| LPjun09P1210mDRAFT_c1004125 | LPjun09P1210mDRAFT_10041251 | F070097 | NSKGFYNPNSGIAYTLLTKEKLVWVNEFFEVIYNYYCKGNNRVYQWELQKELKFLNYMKNVGEYTFEDADKLNSIKNLYNHIKNGTI* |
| LPjun09P1210mDRAFT_c1004407 | LPjun09P1210mDRAFT_10044072 | F004191 | MNKFKEIMATWFAVLGILALIFSAGAVEADNYMIAFVLFVIGTSTSFISIVCQEKQ* |
| LPjun09P1210mDRAFT_c1004452 | LPjun09P1210mDRAFT_10044526 | F004191 | GECLMNKFKEIMATWFAVLGIFAIVGSVGAVETDQWMLAFTLFVIGTSTMFISIVCQEKQ |
| LPjun09P1210mDRAFT_c1004634 | LPjun09P1210mDRAFT_10046343 | F072517 | MKILVKQISPEVESVKGWLVYVMDVTGRPIEAKVCELDDLVTTIKVFESVFNI* |
| LPjun09P1210mDRAFT_c1004635 | LPjun09P1210mDRAFT_10046351 | F101887 | MYKTLEELNSYMSKVQAKDPKQFDEELGTIQQRAKDKFVFMSDKSTQELLDERNHWLEIKGARNKSVKNRIVRLESVLVARYDRDK |
| LPjun09P1210mDRAFT_c1004636 | LPjun09P1210mDRAFT_10046361 | F068920 | DCNKYAREAEERPFPNEETTPPVTKIYRAMVLSYSD* |
| LPjun09P1210mDRAFT_c1004684 | LPjun09P1210mDRAFT_10046844 | F002772 | MKLNAKQKDLLKLLVKGKGQFQTPVIPKTSTEKNFDNIVQLYLKGLLSFRMKHEIDLVGPSNEHMVRFKWYVVDIDKSKTLKDIRKVVKDGKL* |
| LPjun09P1210mDRAFT_c1004749 | LPjun09P1210mDRAFT_10047492 | F001156 | MAXDNARAILERIVGIKGKGEXAXKFKLAFAXKYKIKQEEVKQGIVDKVYNKNKVEKT* |
| LPjun09P1210mDRAFT_c1004749 | LPjun09P1210mDRAFT_10047494 | F000107 | MTIANTKIVDNTSKYIVQSKGIGXEIDQEMITGGAEKLASGNNETLVSLIECFFIIKGTGSITLSASSEENDLTLTGKGKYGLRPDQLKFGNDKQILLTTDSNVESYLLVTEFRRNN* |
| LPjun09P1210mDRAFT_c1004757 | LPjun09P1210mDRAFT_10047571 | F011338 | AYGGPRVKNLSDRAFTSFAANNAITLEGGTGDGEIRLENESGVLQHPQSDSWSTTIADWNTLRFSGTLNSNVDGETMRLSDINGTKSSQNQRINFAFPTEVTKSA* |
| LPjun09P1210mDRAFT_c1004790 | LPjun09P1210mDRAFT_10047902 | F000107 | MTIANTKVVDNTSKYIVQSKGIGSETDQVLVDAEKLTDGNNKSLVSLIECYYLIEGTGTITLSASSEENDLTLTGKGKYGLRPDQLKFGNDKQILLTTDSNVKSYLLITEFRRNN* |
| LPjun09P1210mDRAFT_c1004790 | LPjun09P1210mDRAFT_10047904 | F078814 | TLLGNTKGEIITKVDSIVKQVAKKRNVKVSSIEDYFDNEILN* |
| LPjun09P1210mDRAFT_c1004852 | LPjun09P1210mDRAFT_10048522 | F068144 | MWHEDKKHYLLSGQQLNQILMMLQMISDRNPDIEKLNEFIRNLKDLRAYNDILDEFIFSDQKKMPDEIKPVGEKDSMTLEEMLAGLELRLMNGRDRDNGKN* |
| LPjun09P1210mDRAFT_c1004852 | LPjun09P1210mDRAFT_10048524 | F056889 | MKNLSHEEQITLILIGIAIGVGIGFVLKVFVDSYIII |
| LPjun09P1210mDRAFT_c1004918 | LPjun09P1210mDRAFT_10049182 | F079191 | MNNPNLKTVCDGCSANYIVKHDLPDDYIEQYCPFCGEEHENIEEDVIDYDED |
| LPjun09P1210mDRAFT_c1004987 | LPjun09P1210mDRAFT_10049872 | F004055 | MEMELKQKIPQPHKTTNPKHREDYVFVEKPGXDFTALKLISGPFSSIVYKYGAVGFRPESEKRPDGTLPMQFDYVIIENNIDADCDSQEFINHVGDILVVLLDEKLKEDKLNAKN* |
| LPjun09P1210mDRAFT_c1005208 | LPjun09P1210mDRAFT_10052082 | F052625 | MSPETALLLDAWDTVKSFIPAKERLHVAEELVRTFEDNVSISDAEDNLNEFDTVMKAALVSHFDIGLDEEEDEDWD* |
| LPjun09P1210mDRAFT_c1005231 | LPjun09P1210mDRAFT_10052312 | F046012 | MGKYTTIQVKRELYKELHNYCCENGYSKSGLIERLIKQRISKPKPTNILRVK* |
| LPjun09P1210mDRAFT_c1005785 | LPjun09P1210mDRAFT_10057852 | F016996 | MHKLRSGRDIPSTSKVDKIHKKVVAMTDRNDHSGARIEIAKACGDKQLVQIFNALELIHDKYSGAVGNEAITLRGKMMNPLNKAIERKFGKYADVIQDAL* |
| LPjun09P1210mDRAFT_c1005812 | LPjun09P1210mDRAFT_10058121 | F057434 | ITLYRNVPYSQLSKFLEMSKDPELLKECDTKYFEYQESKGITDTCFHSEISIVDDEQYFKTFKDVYPDSYTISPGLIPAREDYFYDYGQKVNFMLIHDYDPNYTWFGKDWTQHMIDAEYKKRELDNQARV* |
| LPjun09P1210mDRAFT_c1005812 | LPjun09P1210mDRAFT_10058122 | F031250 | MEGIYNKENLFAEFAMQKTNADKVKFLQEMKQLKKDQPNMFRGTSVTQKNFDNLIAEWSKDKPWYEINQEIKRRNKALNSVEGEDVSL* |
| LPjun09P1210mDRAFT_c1005979 | LPjun09P1210mDRAFT_10059792 | F092353 | MIIVASNPRVMVVTCKKNKGGTQKLPKYVTYTETEKLKKSNNKKNINPIKKFLIGIFGEEIDYDKFNKESKWSIRKEEGGDDRETKK* |
| LPjun09P1210mDRAFT_c1005997 | LPjun09P1210mDRAFT_10059972 | F014191 | MIDITADLLNNISWEDGIIYIILGLLVYTAKKYIDKRFK* |
| LPjun09P1210mDRAFT_c1006050 | LPjun09P1210mDRAFT_10060501 | F011447 | MTIKNTSVVDNTSKYIVQSKGIGSETDQIVVDAEKLASGNDKSLVSLIECFYLIEGTGTLTLSAS |
| LPjun09P1210mDRAFT_c1006050 | LPjun09P1210mDRAFT_10060503 | F002166 | MLNQLSFQKFKRTLTELKEDSPKETAEYKKLSPAEKQAVKDVFTLLGNTKGEIISKVDGIIKQVAKKRNVKVSAIEDYFDNEILN* |
| LPjun09P1210mDRAFT_c1006090 | LPjun09P1210mDRAFT_10060902 | F090990 | MSDQSNIFNLYESNLNQSAIGTMQQRDPAKNLKYRPGEASPGQGYARYNVPTTNSAKVKGAPFVSNGISGDEEMLIKGFGVIDSSQAGKLLDRLKNDIHKLIDKNVTGSVLKSKIDLYTSILQQTT* |
| LPjun09P1210mDRAFT_c1006215 | LPjun09P1210mDRAFT_10062152 | F105925 | DKNNHSFPENDYLDICKYLMDVYNEEIIPDNHVVIPFENPKFNQPRVPGEEDFYASISFLRKTGKHDCLYIAKKIKREKKEVSRYPLKRVTNRIERDIRKQICLKYDIQYDEDSIPTIQKINLLLGTSYDLRDECKKYILLWNDTIEKYKEHLYKVENSFKLKMTQFREFHETLGECLDKLDYI* |
| LPjun09P1210mDRAFT_c1006221 | LPjun09P1210mDRAFT_10062212 | F031250 | MEGIYNKENLFAEFAMQKTKAKKIKFLQEMKELKRTQPHMFRGTSVTQKNFDNLIEEWSKPNPWVEINKAIRAKQKEIYSVDGEDIKL* |
| LPjun09P1210mDRAFT_c1006386 | LPjun09P1210mDRAFT_10063861 | F046470 | ASVDLAHYYEVVLAKVEETDAKIRPALSADDIDKILEIAEEADEELLEWDEEGNNVIGGHVIDSKKFH* |
| LPjun09P1210mDRAFT_c1006517 | LPjun09P1210mDRAFT_10065171 | F012228 | MANDSVGLSLWQRILKILKTFLINFKSFFSTFNPDVLQIIQLTFIYFFAVVDLLYAVLNNVFSLGYLPEMLLPFFPVIKSILQSPIFQIWGSPEKVFFLSYVVIEFMIVRSVFKFSKLVKYNILLIFAMLMVQGLAISYWDVLFHREIASPVAKWAYDEGTLIHTDKSLAIVFFFNTFVIFMLAYIYLYIRAAQGKFATIPGM |
| LPjun09P1210mDRAFT_c1006566 | LPjun09P1210mDRAFT_10065661 | F036428 | MNEMNEFKVGYVSTEVYKVEQFGNTFKLIDTQGVKVGTLGATTGVRKGAFKEGKAVQAYINKN |
| LPjun09P1210mDRAFT_c1006636 | LPjun09P1210mDRAFT_10066362 | F095510 | MSSEQMETQAKTKLAILVKSIEPIVEQQLSEFTPAEIEFVLANFRKHLKYDLTRDFEKNREKHLKESPFDAIINDDLGLNNG* |
| LPjun09P1210mDRAFT_c1006739 | LPjun09P1210mDRAFT_10067392 | F000107 | MTIKNTLVVDNTSKYIVQSKGVGSETDQVMVNTENLISGNNKSLVSLIECYYSIEGTGTLTLSASSETNNLTLTGKGKYGLRPDQLKFGNDKQILLTTDSXVTSYLLVSEFRRNN* |
| LPjun09P1210mDRAFT_c1006758 | LPjun09P1210mDRAFT_10067582 | F010695 | MKNLNTKNQSKDKIVSTSGYSIGSFTCYNADNDYSANIQLTSLEEMWYGHEENIDHPEGSEYPVSINVPHMKVMRERVADSVFNRTGIDIRDFDSIIHATTCPGKDKQGNIIDHGNENIIRNVQV* |
| LPjun09P1210mDRAFT_c1006774 | LPjun09P1210mDRAFT_10067742 | F012227 | MANLQEIAKKFRISDNFLNSKEDGLLIVASSLQDIIGEMNSGQIDRNKKESLIEKLERLAEFSKEVKNSSF* |
| LPjun09P1210mDRAFT_c1006826 | LPjun09P1210mDRAFT_10068263 | F025854 | MVEDLRMEQPREGLIRQELISYEKENGVFIKRTTVRTYKEDGDYQDSYFSEPLT* |
| LPjun09P1210mDRAFT_c1006919 | LPjun09P1210mDRAFT_10069193 | F049223 | EVEIRYQDDRVILGKHIEQDLTWVFVPHDGDWKGCATLEFDYYADGWWYHSQFIGGGLEDVAKFWKQNMMLSERKMNAQEKKDSILNGYIVAALKMLQSFGNXT* |
| LPjun09P1210mDRAFT_c1006941 | LPjun09P1210mDRAFT_10069411 | F081426 | YAEKDALAARPNNPDETFNWILQHKHTFDKFPNTQFYKVNKGAEAKTDMPIKEWSDCPNLKYITQEEMAKALYN* |
| LPjun09P1210mDRAFT_c1007023 | LPjun09P1210mDRAFT_10070231 | F001156 | MIKDNARAILERIVGMKGKGELADKFKLAFAEKYKIKQEEVKQGIVDK |
| LPjun09P1210mDRAFT_c1007023 | LPjun09P1210mDRAFT_10070233 | F000107 | KKRRNIYCLIIMTIKNTLVVDNTSKYIVQSKGVGSETDQVMVNTENLISGNNKSLVSLIECYYSIEGTGTLTLSASSETNNLTLTGKGKYGLRPDQLKFGNDKQILLTTDSNVTSYLLVSEFRRNN* |
| LPjun09P1210mDRAFT_c1007081 | LPjun09P1210mDRAFT_10070812 | F041142 | MNYLATALIIILICLXTCDKAEADTAHINYVNXTSDQYTQLKSELEDLGYTVTGTNSGSVTLSDFTNKDLHINIAGDSNCGSSCKTAYESYIGAGGNVIIAG |
| LPjun09P1210mDRAFT_c1007122 | LPjun09P1210mDRAFT_10071221 | F043616 | MAIDNEIVVNTTSKYIVKSTGIKDEKDQELVDANKLTGADNESLVSLIECYYLIEGTGTLTISTTSESADLTLTGKGKYGLR |
| LPjun09P1210mDRAFT_c1007122 | LPjun09P1210mDRAFT_10071223 | F006126 | LDLSFKKFTKQLNERRSAGPKSSAEFQKLAPKMRAAIIDVYSMINKSSDPIISKIDNIIKVASKKHGVNTYDIEDYFDNELIK* |
| LPjun09P1210mDRAFT_c1007135 | LPjun09P1210mDRAFT_10071352 | F015402 | MGRTKNFLDGLNLNEEELNEELYSRADSEYQYQKWLESPEFVEYLNGEIDSTRPRYSEQDISSATRYASTHITIEPSEVGKDVYDMLFSEKIEEYLTCKSFS* |
| LPjun09P1210mDRAFT_c1007135 | LPjun09P1210mDRAFT_10071353 | F006200 | MAKTKQEEWLHELVKKYSIPTNDKTDKRGMLNETQLKNLKNGKN* |
| LPjun09P1210mDRAFT_c1007328 | LPjun09P1210mDRAFT_10073283 | F009716 | MIKKLNNEDVPTSMKMPIDNSLSDDSKHLKKEIDDWLKEGNKKTIIPINKGVK* |
| LPjun09P1210mDRAFT_c1007345 | LPjun09P1210mDRAFT_10073452 | F080241 | NVTISGTAELRVNSATANSFVYYDANKSIESVAASTAGDVIQWNGSSFVASNELDGGTF* |
| LPjun09P1210mDRAFT_c1007422 | LPjun09P1210mDRAFT_10074222 | F096045 | MITLKSILEDAKINTKIDEANDTYFKSFTQAVEYARKVTEKRGFTIDEDDWQTQIAFGGKYTRSRPSKGKTNSFTVGLLKNGKPQRKSLQISVFGMPSGNYELTQYIN* |
| LPjun09P1210mDRAFT_c1007568 | LPjun09P1210mDRAFT_10075681 | F047093 | SVTVDIPSAWASGGAGDYVEVGDTANGSRFIRSGDIDVTKVGQYHSQYQYEYVSEGVITAEVTNGAASAGTATVSVVLAGEATVTDYGSINNAQNSNNDLGNIA* |
| LPjun09P1210mDRAFT_c1007568 | LPjun09P1210mDRAFT_10075682 | F105295 | MVDSVKNYGIAGASQTVELGKQGAVIDATDTAIISLKDKDGALEEVMIANGTASSHAVTKAQLDASSSQKLNYISATVNYDGGTTSLGTAAANTTIQKVVVEKGTGNWTGHNDTTEITVGDAADNDRLFNGFDPDGGQFIFDNDHTYASSTALLVYITQGGASAGTASVKVFYSGTIE* |
| LPjun09P1210mDRAFT_c1007678 | LPjun09P1210mDRAFT_10076783 | F021185 | ENDLTLTGKGKYGLRPDQLKFGNDKQMLLTTDSNVESYLLVSEFRRNN* |
| LPjun09P1210mDRAFT_c1008266 | LPjun09P1210mDRAFT_10082661 | F006242 | MLTVQTRLKSEPDADWEFYEIMADWTKGGFQRESEWAVTYKRRNTDPKHKHEYKVELKT* |
| LPjun09P1210mDRAFT_c1008383 | LPjun09P1210mDRAFT_10083832 | F022080 | MIKEMNLGLVRMNESKTELYGVQYYKSKWERNLGDTLNIDGTKWLVGIIGDTKNDVISALNKIIKKQNSIINKKNYQQSKKEKMVFNEILNNIMKEINL* |
| LPjun09P1210mDRAFT_c1008540 | LPjun09P1210mDRAFT_10085401 | F087182 | VGQYTDKINAIAEDFATIDYYEKLSALEARDGMMIIHYNHGGKQITFNRDSTYEETSGKAGEEIILPAIDQDYIKLKAKYESETWGAQIGKWWKKITGKTHDPTSNYW* |
| LPjun09P1210mDRAFT_c1008540 | LPjun09P1210mDRAFT_10085402 | F020879 | MTNRQKKQINRIVQATLKIVGCAFLFIGMTMALGIGVNPHMELTAYMLLFVGTAMIMIHSFRDNDHMYLLVASAGFVLVGGAFLDTETAVMIANNYGIALTEEQGWFAKYGKVFVEIIKAVT* |
| LPjun09P1210mDRAFT_c1008793 | LPjun09P1210mDRAFT_10087933 | F006126 | MLDLSFKKFTKQLNERRSAGPKSSAEFQKLAPKMRAAIIDIYSMINKTSDPIISKIDGIIKVASKKHGVRTSDIEDYFDNELIK* |
| LPjun09P1210mDRAFT_c1008819 | LPjun09P1210mDRAFT_10088193 | F071254 | MTKKVKKPLSNTTRSHLQLFTHDTPFGHKVQKDKTKTIPRKEKYKDDKK* |
| LPjun09P1210mDRAFT_c1008861 | LPjun09P1210mDRAFT_10088612 | F011338 | PRMRNLNTFCFNTFAANNAITLEGGTGAGELRLENESGVLQHPQSDSWSTTIKDWNNLRFTGTLNTSVDGESMTLADIKGSNSNLSHKTNFAFPTEVTKSA* |
| LPjun09P1210mDRAFT_c1008909 | LPjun09P1210mDRAFT_10089094 | F016880 | DDKNESIQLRKDIMKMALAESATDCTIMCGTLFAKFNVSIHEQMAKNLKTTLQTFFDKRKVNDCHVKMSGALPDNEYAYDFMPIVDFRHNGVGI* |
| LPjun09P1210mDRAFT_c1008924 | LPjun09P1210mDRAFT_10089242 | F031720 | MDISLNTVLTEAYEISGGLQERLESIYPIECNLNFSGLPVMSLCLDHHEQRLKASASKNPQFTLIIDSNTTWNLLKEQTIPSDKIEGDSELALMFLIILAESNIDLELLIYNNFGTVPGLIIRKILSQDFLNYNQGAENIRVRSLQASLRNISIRMDRMEQKQAL* |
| LPjun09P1210mDRAFT_c1009033 | LPjun09P1210mDRAFT_10090331 | F000711 | METINQPTHPTDYRLAKLMDGSLLMGTISVDDEHMRIINPLELVTIPRMTNEGLKEDTTLSKWIPFTDDIEFVIAKDKVVVITLASVDLAHYYEVVLAKVEATDAKIRPALSADDIDKILEIADEEDEELLEWDEEGNNVIGGHIIDSKKFH* |
| LPjun09P1210mDRAFT_c1009288 | LPjun09P1210mDRAFT_10092881 | F004191 | MNKFKEIMATWFAVLGILALVFSAGAVEADQYMLAFTLFVIGTSTSFISIVCQEK |
| LPjun09P1210mDRAFT_c1009527 | LPjun09P1210mDRAFT_10095271 | F078811 | TLEGGAGDGEILLENETGVLQHPQSDSWSTTIKDWNTLRFSGTLNSNVDGETMRLSDINGTKSSQNHRINFAFPTEVTKSA* |
| LPjun09P1210mDRAFT_c1009734 | LPjun09P1210mDRAFT_10097341 | F025395 | YIMTIQQIYDKFATLQTSSDKLFFIDELRFLTNNKIIKFDLNFDSIEESIMNEQ* |
| LPjun09P1210mDRAFT_c1009988 | LPjun09P1210mDRAFT_10099881 | F085685 | MGKKKNKKEGFFAQIKNQVIAGVGIILTTLGGIFIDEVKSFIGIEDDSEPQTEIVQENNQSVNVEGPTIVVNIPEQQVKEKVIIKEVKVP |
| LPjun09P1210mDRAFT_c1010056 | LPjun09P1210mDRAFT_10100562 | F006200 | MANNTQDWLEQLVKKYSIPTEETNEKRGVLNETQLKNLKNGKN* |
| LPjun09P1210mDRAFT_c1010056 | LPjun09P1210mDRAFT_10100563 | F015402 | MGRTKDFLDNLDLNEEELNAELYSRGDEDYQYKMWVNSPEFVEYVNGEIDNTKPIYSEHDIMSATRYASQQITIPPSEIGKEVYDMLYSEKIEEYLALGRNGL* |
| LPjun09P1210mDRAFT_c1010140 | LPjun09P1210mDRAFT_10101401 | F021305 | MKKIDWKLVVIGVLIGLSAWMYLNPTIQEVEKIKEIEVLQTVIDSIYVEKLVEKKVFVPKYVYKTEIKTDTIIKEVIVEKIKTKIKKVYVDKPYEVIVPKYELPESKWYAGFAYQWDMENYFSGANVQVLHKFKNDKMFSIDVGFRNDLIDLENNLGKLRPYVGGTIYFRLDKPKDNF* |
| LPjun09P1210mDRAFT_c1010249 | LPjun09P1210mDRAFT_10102491 | F015998 | MFDLTHGLMFAIGSMTLIISILVIVLLIANSNKKEEEELNEVQKSIQDLKG* |
| LPjun09P1210mDRAFT_c1010623 | LPjun09P1210mDRAFT_10106232 | F028938 | LKLVDARKVISTYNENNNDEELVYELEKYTEPKPKVMKTVWVKDKDCPNLRLPTRKKI* |
| LPjun09P1210mDRAFT_c1010709 | LPjun09P1210mDRAFT_10107092 | F012280 | MPVKLKPSSKDYVRDARGKMTNKWTWKHYTVSNTSTEELKKLYTNSSYSKKKSAIKKELVRRGIEI* |
| LPjun09P1210mDRAFT_c1010710 | LPjun09P1210mDRAFT_10107101 | F032682 | MREKLDNLRQRKNKDYQNVVYYSYKMSVHEHINNHELKRLEHSIKSLREFNNEICVYLFCDDHNFISPDFCSNYDVNFRTFVDGFDHDMLSAWSIHRWYNLKYFEGRSCNILYLDSDTIFYDDPQYLFDTYCHRDVYGREEFGFRHDPNTGGGRGIRESLDKVDAAIYDLGG |
| LPjun09P1210mDRAFT_c1010880 | LPjun09P1210mDRAFT_10108802 | F000107 | MSIINTKVVDNTSKYIVQSKGIGSEIDQIVVDAEELASGNNKSLVSLIECYYLIEGTGTITLSASSEENDLTLTGKGKYGLRPDQLKFGNDKQILLTTDSNVESYLLVSEFRRNN* |
| LPjun09P1210mDRAFT_c1010892 | LPjun09P1210mDRAFT_10108921 | F002166 | MNQLSFQKFKKTLTELKEDSPKETAEFKKLSPAEKQAVKDVFTLLGNTKGEIISKVDSIVKQVAKKRNVK |
| LPjun09P1210mDRAFT_c1011054 | LPjun09P1210mDRAFT_10110542 | F001156 | MAKGDKTRAILERIVGTKSKATLAEKFKEAFVEKYGIKREELKKGIVDKVYNQKEKVER* |
| LPjun09P1210mDRAFT_c1011084 | LPjun09P1210mDRAFT_10110843 | F076113 | MAGIKFVHRDEKEVKLKSTPKVDFNKSKKLSSMNGGDSLYYIDVEEAFKLKLDSFCDFTQKHPQNENYTLITIPIKREEK* |
| LPjun09P1210mDRAFT_c1011733 | LPjun09P1210mDRAFT_10117334 | F076489 | MKAPKFKDFITEKVERSDIQVAVLTKVNADSKSVVSNMI* |
| LPjun09P1210mDRAFT_c1011961 | LPjun09P1210mDRAFT_10119612 | F002964 | MEKLIKTICGLFFILCLSSKSYAGPQGLSNYPWQLQDMPIWCGPLETVNEALKIENYEVFEIAFGRVAAMPDGEIAYAVMTYASKDIEGHIIRTMETPAQGEKCVLEVLYNYKVVETPKTN* |
| LPjun09P1210mDRAFT_c1011962 | LPjun09P1210mDRAFT_10119621 | F041442 | YERGTIMNYVNMTEALRQVRETTCPKCEGESCECPQNENTLEITNADKMTNTTAYQKYKAGDEHYHPATDLEEQKKQLEEEIGFLSDMKNTMIQEKIQQGFAVRFLDPSNGKRFAAAYPNKKDAQDKAAQLKRDGLKDISITQHTLNFKEENNEIV* |
| LPjun09P1210mDRAFT_c1012529 | LPjun09P1210mDRAFT_10125291 | F022080 | MSEIKPFKTLKMRKEMKLGLVRMNESKTELYGVQYYESKWERNXGDTLNINGTKWLVGMIGDTKKDVISALNDIVKKQNSIVNKKKYQESKKEKMVFNQILNNIMKDINL* |
| LPjun09P1210mDRAFT_c1012540 | LPjun09P1210mDRAFT_10125402 | F020253 | MGKRSVPGIITKKGQPRVKKNMSHSTFTAKRHPNSKRVRNV* |
| LPjun09P1210mDRAFT_c1012540 | LPjun09P1210mDRAFT_10125403 | F009369 | DQMVYFDWMNALIEDGQIDPNIDNDEYIDKMERMHKCDVNQTEPTWPFFDGNNYFDPTEEENI* |
| LPjun09P1210mDRAFT_c1012690 | LPjun09P1210mDRAFT_10126902 | F023954 | KMVAAMAKISNEKKMMNMKAMYGESRENAKRYLDTKPGSVEEAVLISRGLIEKKKALVEARWEIEGKVSYKGIGNEDAFHMIINANSEKDAEDKAEDELTKARQRRKIGPGGGGNIDYMEVEGIEKTNKSLSAPETYYPGN* |
| LPjun09P1210mDRAFT_c1012854 | LPjun09P1210mDRAFT_10128542 | F023450 | MIVEKDINGVEYSYANKDELAFGTYFEDEIIVESEPEVEIIQLVPRMYKKKLPKEVAQRTRAIDGFGE* |
| LPjun09P1210mDRAFT_c1013209 | LPjun09P1210mDRAFT_10132091 | F048245 | VTPKAQEWLTYTMDWEGETVRWGGYDASFGNFTIINTTELFTVRFRVTNQDWDTIPITIGRKTAGTELGWDIDVENTDGYVNKRSMPFDTRPTDGIYGIVYPVPTKGPITFDLTVPDNGDYIVRVLNYNGSEFLKESKRFFAGWVQFQMDLSSLPQGVYLLQVTNGQFVKTFKTI |
| LPjun09P1210mDRAFT_c1013345 | LPjun09P1210mDRAFT_10133452 | F007086 | MTKRELYDIINEEIVNFKKGKINEELNESDKDLIRKIIRQEVSAIFFDLFKKRKSWGA* |
| LPjun09P1210mDRAFT_c1013350 | LPjun09P1210mDRAFT_10133503 | F051948 | MVSKIKHWADVCKLHWREIITLSIALHWAVDLLIIVPISLAIGYFFGIQVGH* |
| LPjun09P1210mDRAFT_c1013428 | LPjun09P1210mDRAFT_10134282 | F015792 | MTIKLNDKWYDESKFSTDITNAIIQVSNYQKQVNNLNADIQNAKIIVAHHAKYIQDNVPASAEVEEPKAEPASEDDYGNVTSTETKK* |
| LPjun09P1210mDRAFT_c1013527 | LPjun09P1210mDRAFT_10135271 | F018269 | MKIGINLVGVSYNNAKEGGRLRNYEDAIENFHTYIVEPLREKGHEVQFYLYSYENEKQDKIVNDYIPCIKSQFVKPDYNKLGGGASVSEGYKVMSVSYLNSLEQLKNEDLDLVISTRYDIKFFQNPFEVYDYDFDKMNFLWREPEFMDLPIVNDTFLVFPHKMLDNVKDSIIEMEENPPHGKN |
| LPjun09P1210mDRAFT_c1013532 | LPjun09P1210mDRAFT_10135321 | F040859 | EKFNCDLTIEGKEIGLFTFLNDDTKKKINLQVRGFPHSYGVAQTEITSDGTPSGGRLGKIPTKVVDSVMYQYKDARINSIRYFGSPKPFSNFDENKIKETYKMYETVIKDSKVSNQKSLSYKEYAYIINLAKSNMDIAKNMAMKIQGLKIMHFFVKNKKDLSGIMNKMINGAKKISDSNGFFIKIY* |
| LPjun09P1210mDRAFT_c1013535 | LPjun09P1210mDRAFT_10135351 | F064711 | KNLKVDMNYKTGRSGENNCRIVSAGSDLDRLYQKVYDDYFGKSTNIAVIPIDEDKGFTEQERINIERDGSGEWILS* |
| LPjun09P1210mDRAFT_c1013995 | LPjun09P1210mDRAFT_10139952 | F023872 | DAAVSSQLDSIPRIKGFLLIQIVFINCTISIQVRNIFIYEE* |
| LPjun09P1210mDRAFT_c1014169 | LPjun09P1210mDRAFT_10141692 | F094398 | NSNLKLENESGVITSEFGISASTTLADWAQLRFTGTLNTSVDGETMRIQDINGTNSNVNHKNNFAFPSDITQEPS* |
| LPjun09P1210mDRAFT_c1014575 | LPjun09P1210mDRAFT_10145752 | F000107 | YCLIIMTIKNTLVVDNTSKYIVQSKGIGSEIDQVIVDAEKLTSGNNKSLVSLIECYYLIEGTGTLTLSTSSEENDLTLTGKGKYGLRPDQLKFGNDKQILLTTDSNVTSYLLVSEFRRNN |
| LPjun09P1210mDRAFT_c1014623 | LPjun09P1210mDRAFT_10146231 | F027537 | DDDLTPMNNMKMNAMIKDPHKSKEEDPKRDMNATYMKSDVRADVKNGGGIDMSKVKDAPKMQTAMKKINAMYKTEKYHDTKPGSIQDVVNQMYHAEHRLVTVEDKKLDDMIKQYMSKGGTITKLPPALQKGSKPSDMTKHKVGDKGVVKSMKMKEVREFISTYNLHFLTNFKAEEFILKD |
| LPjun09P1210mDRAFT_c1014890 | LPjun09P1210mDRAFT_10148902 | F035476 | MKNIETLQKTFVGIAKDMFGETKTEVSRKEVIQMINDKGAKYPVWLLKSPTYRIGRGQYKLPTFEEVNTENDSE* |
| LPjun09P1210mDRAFT_c1015029 | LPjun09P1210mDRAFT_10150293 | F069322 | YRFRNNNDMVTKVPPEFLGFTHKSDKTTYFDIYGEVKEGYGRWYMVKQWFKGTWLGLTQFKIDGFSDHGMGNYHHLCEKESKK* |
| LPjun09P1210mDRAFT_c1015182 | LPjun09P1210mDRAFT_10151822 | F004191 | MSTFKEVMATFFAVFGIIAXVGTVGAVESDQYILALALFVMGTTNMFLLSIICQEKQ* |
| LPjun09P1210mDRAFT_c1015379 | LPjun09P1210mDRAFT_10153793 | F024583 | MKNIMIAFLVLCFTTSVGNTNENNIINKVTTHISNEKQKIIVYQKKSWADSKIQFANTKATIKSWFV |
| LPjun09P1210mDRAFT_c1015854 | LPjun09P1210mDRAFT_10158541 | F100377 | GLIAGITKNDYPYVNNGQFFTLVIFLSIVLAIYFFLKSFNELIVDSSGIELKYLLFPSKSIKKQWGQIDNYAIVRVKREGSKKQITYSRSEVWFIDSNDMVLFKTYKKGRTNLNEVITMIDRFISKTVIDLEKTDTYSSSQGMSKVIYKEELT* |
| LPjun09P1210mDRAFT_c1016301 | LPjun09P1210mDRAFT_10163012 | F015998 | MFDISHGFIFAIGSMTLIISILVIVLLLANSNKKEERELTEAEKSIKTLHKNQYKD* |
| LPjun09P1210mDRAFT_c1016349 | LPjun09P1210mDRAFT_10163491 | F003514 | EEYNTAEQYNKLREEELILKAAKSSGANKSEMIHGSLFVTFTPGFVDVLSQELKGVLEKLLDNTKVKMYNINNGEYAYDFI* |
| LPjun09P1210mDRAFT_c1016367 | LPjun09P1210mDRAFT_10163672 | F006242 | MLTVQTRLKSEPDADWDFYEIMADWTKGGFQRESEWAVTYKRRNTDPKHKHEYKVELKT* |
| LPjun09P1210mDRAFT_c1016414 | LPjun09P1210mDRAFT_10164142 | F023450 | MVKDINGVEYSYANKDELAFGTYYEDEIIVESEPEVEIIQLVPRLFKKKLPKEIAKRTRAIDGFGE* |
| LPjun09P1210mDRAFT_c1016431 | LPjun09P1210mDRAFT_10164312 | F013522 | MIQQQILKRIHELSKLCEETEPTNKELTYTDKLFTQDLIDVDKMYLTVKNNTYSREEIIDIMKECNWIWKKRIKVKEIGWDKYNNIDRKIEESLRANRKIQAIKLYRQHKIDNGEDCSLREAKDYIDKLQIQMGLD* |
| LPjun09P1210mDRAFT_c1016803 | LPjun09P1210mDRAFT_10168031 | F105501 | DKAHLKAKGLIPRSDGTKKVSPKYEETCPKCEGEECQCPTTMEITNADKMINTTAYQNYKAGDEHYHPAEDLEEQKKQLEEEIAFLSEMRDTMIQEKIQQGFAVRFFDPSNGKRFAAAYPNKKDAQDKAAQLKKDGLKDISITQHTLNFKEESIQEARYEVEGTTGYRGISGEDNFYMVINANSEKDAEDKAYD |
| LPjun09P1210mDRAFT_c1017176 | LPjun09P1210mDRAFT_10171761 | F034707 | MIWMDKDFMSDNCKKDTYVSPLADDSXMPCDTCPMMNECAVSGKECVALRGWYNEGKPYKKEDVGRLLR* |
| LPjun09P1210mDRAFT_c1017325 | LPjun09P1210mDRAFT_10173253 | F101866 | MKFFRDKLYEDITIPAPPKDDMAEAKVVKKLISNRTAAQEKSI |
| LPjun09P1210mDRAFT_c1017402 | LPjun09P1210mDRAFT_10174022 | F003715 | MRVIFIIFFLSLFNNFANANEEDWIFLRCVKSSDNIKYFEVSVSKEMMIERNGYQFTFTRLTPFLIQAELKELAKISLHRHLGTMAYTVLNSDGSSQSNTVFQCDSVPRLL* |
| LPjun09P1210mDRAFT_c1017769 | LPjun09P1210mDRAFT_10177691 | F083257 | MVKITLRLNLSDFLNKSYEEEVISKLEEVHNDSITYYLTLWYEKGSVSSEDLKRFLIDYESRLHFKTTIKVGDELKKNDFIWYDIISRKDVDMSDRIRFQYTYSSEEHIVEGLNEFHKCAVFCLSEKPPKKQKRNDYESSYSRK* |
| LPjun09P1210mDRAFT_c1017874 | LPjun09P1210mDRAFT_10178742 | F023954 | AMAKISNEKKMMNMKAMYGESRENAKRYLDTKPGSIEEAVLISRGLVEKKKALTEARWRVEGETGYKGISSYDQFSMVINANSESDAEDKAEKALEKARDKRKIGPGGGGRLEDTEIESIERTNDRLSEPETYQGGN* |
| LPjun09P1210mDRAFT_c1018148 | LPjun09P1210mDRAFT_10181481 | F028830 | MKLQIDRIDQHELTGFINRVKLIDSFVYMKIKDGQIHSAVYLPQRDAVKSHTVNCDKIFQISEFPDTDKEMKVAFFEGAKVIEAIKHFDHDAIKGEIEFLENENEFVASTLRIFNDELEITLSCSEPSLGFKDLTPDQQAAIFATD |
| LPjun09P1210mDRAFT_c1018164 | LPjun09P1210mDRAFT_10181641 | F092096 | GPTIVVNIPEQQVKEKVIIKEVKVPVKKKKEVEEEADW* |
| LPjun09P1210mDRAFT_c1018167 | LPjun09P1210mDRAFT_10181671 | F002964 | MGKLIKTICGLFFILCLSSKSYASPMGLQNYPWTLQQMPIWCGPLEMVNEALKNEGYEEFEIAFGRIAALPDGEIAYAVMTYAHKEIEGHIVRTMETPAQGEKCVLEVLFNYIVIETPKPETN* |
| LPjun09P1210mDRAFT_c1018311 | LPjun09P1210mDRAFT_10183112 | F001156 | MGKKNKDYSKEILERIVGTKSKATLAEKFKEAFAEKYGIKREELKKGIVDKVYNKQEKVER* |
| LPjun09P1210mDRAFT_c1018520 | LPjun09P1210mDRAFT_10185202 | F029764 | MLLLYNVANAEPKDFVQPETETPPQVFQSEKPVTCTTDTYDEVKQNFLESHGEVGFMRYVSDRKTAVEIIGNPDTGTITILEFIPSNEYTCFISVGKSLEVNSNVFDKAXQGIQTSF* |
| LPjun09P1210mDRAFT_c1018599 | LPjun09P1210mDRAFT_10185992 | F002166 | MNQLSFQKFKKTLVELKEDSPKETAEFKKLSPAAKQAVKDVFTLLGNTKGEIISKVDSIIKQVAKKRNVKVSDIEDYFDNEILN* |
| LPjun09P1210mDRAFT_c1018706 | LPjun09P1210mDRAFT_10187062 | F033992 | TLTTGDSQMSEYDLTEQSEIDMLDEVDGEYYNWDQNHSGFLWLTDECVEKYELDKETDVEAIDWDIWNDDEDLEMRDKGFKWDFYIQQYASVHTKDGKYLRDCTYEDWEVCKANSIKEEMLSDPGCEIMGWCDG* |
| LPjun09P1210mDRAFT_c1018900 | LPjun09P1210mDRAFT_10189001 | F059358 | MYRLYYYRDDAYFGFDYPKMAFNFAERMTKINGTEYVVLDDDGYCVHKKDLEY* |
| LPjun09P1210mDRAFT_c1019527 | LPjun09P1210mDRAFT_10195272 | F002425 | MSDEELKRFIEYFKDELPDPEHYPQKVIWLMKWYQSIVMRNRNADIE* |
| LPjun09P1210mDRAFT_c1019681 | LPjun09P1210mDRAFT_10196811 | F003514 | HMSGEKIMVTPQEYNKLREEELILKAAKSSGANKAEMLHGSLFVTFTPGFVDVLSQELKGVLEKLLDNTIVKMYNINKGEYAYDFI* |
| LPjun09P1210mDRAFT_c1019690 | LPjun09P1210mDRAFT_10196902 | F013720 | MIKLKNILNEQDTTISAKEWRKVSRAITRGMDDAMGKGVKYLRDYERSNLPAKEKKMLSDFWDDYMILKNRFQKINNHLITKKHLKENSFSGI |
| LPjun09P1210mDRAFT_c1020163 | LPjun09P1210mDRAFT_10201631 | F007772 | MSNKSYTLLKISWRIFKEDYWKLTDEQKSEVLDIYDDFY* |
| LPjun09P1210mDRAFT_c1020910 | LPjun09P1210mDRAFT_10209102 | F002772 | DKYIMKLNAKQKQILEELIKTKGSFKTATIKKDDTEKGFDDIVKLYLKGLLNFQRKYDIDLVGPSNEHMVRFKWYLITLDKSKTLKDIKKIVKDGKL* |
| LPjun09P1210mDRAFT_c1021191 | LPjun09P1210mDRAFT_10211912 | F011447 | MTIANTKVVDSTSKYIVQSKGIGSETDQVVVDAEKLASGNNKSLVSLIECYYLIEGTGTLTLSTSSEENDLTLTGKGKYGLRPDQLKFGND |
| LPjun09P1210mDRAFT_c1021212 | LPjun09P1210mDRAFT_10212121 | F009369 | GPIQFHNLPTGDQMVYFDWMNALIEDGQIDPSIDNDAYIDKMERMHKCDVNQTEPEWPFFDGNNYFDPNEEENI* |
| LPjun09P1210mDRAFT_c1021212 | LPjun09P1210mDRAFT_10212122 | F020253 | MGKRAVPGIITKKGQPKVKKNMSHSTFTAKRHPNSKRVRNA* |
| LPjun09P1210mDRAFT_c1021414 | LPjun09P1210mDRAFT_10214141 | F012466 | DYTVIENKIEADTDSQEFVDHXGDILVILLEEQMKERQEQGLTFDDE* |
| LPjun09P1210mDRAFT_c1021756 | LPjun09P1210mDRAFT_10217562 | F071143 | MRLGYKKFKEIKKWYGSSDFEIGYDTDTLTIRFGYWNSVNLDGLKKILPDYLTITENLVDEDDDCGALYDYKISDKRFA* |
| LPjun09P1210mDRAFT_c1021800 | LPjun09P1210mDRAFT_10218002 | F096228 | DSWLVQMEHDYRGWNDEDYTCDYCEQPIDKKGYCSNNCFEADLM* |
| LPjun09P1210mDRAFT_c1021829 | LPjun09P1210mDRAFT_10218292 | F041814 | MADISTLNDTLEEELRRMLIDKNNECNSLRTHIELLEKAVAEEQEQKYRLLVENMDLKKALTLIRDSKTTTKR* |
| LPjun09P1210mDRAFT_c1021872 | LPjun09P1210mDRAFT_10218722 | F001756 | MLELNKPRKKLCPKLEKNVNINPNKITLKFKLLNIGNKIYVL* |
| LPjun09P1210mDRAFT_c1022373 | LPjun09P1210mDRAFT_10223731 | F012719 | MDKYLKWIATGFLMIGAACNSLNIYPIGPIATLVGGMCWLAVSIMWREAALITTNIVLSTITLVGL |
| LPjun09P1210mDRAFT_c1022422 | LPjun09P1210mDRAFT_10224222 | F034067 | ANGIDNCAPIVIGANKVTALIDRYKNIFTPAPMQRENPIKGNIYFFLGIIILQNGNKHKKTKPILNAPKKIGFIDAFNPNLPSG* |
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Bioinformatics & Integrated Biology Lab Institute for Fundamental Biomedical Research Biomedical Sciences Research Center "Alexander Fleming" |