 |
Bioinformatics & Integrated Biology Lab Institute for Fundamental Biomedical Research Biomedical Sciences Research Center "Alexander Fleming" |
| Basic Information | |
|---|---|
| IMG/M Taxon OID | 3300000130 Open in IMG/M |
| GOLD Reference (Study | Sequencing Project | Analysis Project) | Gs0063447 | Gp0053898 | Ga0026512 |
| Sample Name | Marine microbial communities from chronically polluted sediments in Adventfjord, Norway - Svalbard Archipelago station 2 sample NOR 15_50m |
| Sequencing Status | Draft |
| Sequencing Center | DOE Joint Genome Institute (JGI) |
| Published? | N |
| Use Policy | Open |
| Dataset Contents | |
|---|---|
| Total Genome Size | 614482412 |
| Sequencing Scaffolds | 205 |
| Novel Protein Genes | 220 |
| Associated Families | 149 |
| Dataset Phylogeny | |
|---|---|
| Taxonomy Groups | Number of Scaffolds |
| All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea | 4 |
| All Organisms → cellular organisms → Bacteria | 12 |
| All Organisms → cellular organisms → Bacteria → Proteobacteria → delta/epsilon subdivisions → Deltaproteobacteria | 1 |
| All Organisms → cellular organisms → Bacteria → Proteobacteria | 9 |
| Not Available | 66 |
| All Organisms → Viruses → unclassified viruses → unclassified DNA viruses → unclassified dsDNA viruses → Prokaryotic dsDNA virus sp. | 3 |
| All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria | 8 |
| All Organisms → Viruses → Predicted Viral | 10 |
| All Organisms → Viruses → unclassified viruses → Virus NIOZ-UU157 | 13 |
| All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Acidimicrobiia → unclassified Acidimicrobiia → Acidimicrobiia bacterium | 1 |
| All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium → Strombidium inclinatum | 14 |
| All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → unclassified Gammaproteobacteria → gamma proteobacterium NOR5-3 | 1 |
| All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes | 1 |
| All Organisms → cellular organisms → Bacteria → Terrabacteria group → Cyanobacteria/Melainabacteria group → Cyanobacteria | 3 |
| All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Stichotrichia → Sporadotrichida → Halteriidae → Halteria → Halteria grandinella | 1 |
| All Organisms → cellular organisms → Bacteria → Proteobacteria → delta/epsilon subdivisions → Deltaproteobacteria → Desulfobacterales | 1 |
| All Organisms → cellular organisms → Bacteria → Terrabacteria group → Tenericutes → Mollicutes → Acholeplasmatales → Acholeplasmataceae → unclassified Acholeplasmataceae → Acholeplasmataceae bacterium | 1 |
| All Organisms → cellular organisms → Bacteria → Acidobacteria | 1 |
| All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia | 1 |
| All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium → Strombidium rassoulzadegani | 8 |
| All Organisms → Viruses | 1 |
| All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales → Cryomorphaceae → Cryomorpha → Cryomorpha ignava | 1 |
| All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Xanthomonadales → unclassified Xanthomonadales → Xanthomonadales bacterium | 17 |
| All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → unclassified Gammaproteobacteria → Gammaproteobacteria bacterium | 8 |
| All Organisms → cellular organisms → Bacteria → Proteobacteria → delta/epsilon subdivisions → Deltaproteobacteria → Desulfobacterales → Desulfobacteraceae → Desulfobacula → Desulfobacula toluolica → Desulfobacula toluolica Tol2 | 1 |
| All Organisms → cellular organisms → Bacteria → Spirochaetes → unclassified Spirochaetota → Spirochaetota bacterium | 3 |
| All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales → Flavobacteriaceae | 1 |
| All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage | 1 |
| All Organisms → cellular organisms → Bacteria → Proteobacteria → delta/epsilon subdivisions → Deltaproteobacteria → unclassified Deltaproteobacteria → Deltaproteobacteria bacterium | 2 |
| All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → unclassified Bacteroidetes → Bacteroidetes bacterium | 2 |
| All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Cellvibrionales → Cellvibrionaceae → Pseudomaricurvus → Pseudomaricurvus alkylphenolicus | 1 |
| All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Chromatiales → Chromatiaceae → Nitrosococcus → Nitrosococcus oceani | 1 |
| All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Nitrosomonadales → Thiobacillaceae → Thiobacillus → Thiobacillus denitrificans | 1 |
| All Organisms → cellular organisms → Archaea → TACK group → Candidatus Bathyarchaeota → unclassified Candidatus Bathyarchaeota → Candidatus Bathyarchaeota archaeon | 1 |
| All Organisms → cellular organisms → Eukaryota → Sar → Stramenopiles → Ochrophyta → Bacillariophyta → Coscinodiscophyceae → Thalassiosirophycidae → Thalassiosirales → Thalassiosiraceae → Thalassiosira → Thalassiosira pseudonana | 1 |
| All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Balneolaeota → Balneolia → Balneolales → Balneolaceae → Balneola → unclassified Balneola → Balneola sp. | 1 |
| All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales → Flavobacteriaceae → Aestuariivivens | 1 |
| All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Stichotrichia → Urostylida → Pseudourostylidae → Pseudourostyla → Pseudourostyla cristata | 1 |
| All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Stichotrichia → Sporadotrichida → Oxytrichidae | 1 |
| Ecosystem Assignment (GOLD) | |
|---|---|
| Name | Marine Microbial Communities From Chronically Polluted Sediments In Four Geographic Locations |
| Type | Environmental |
| Taxonomy | Environmental → Aquatic → Marine → Intertidal Zone → Sediment → Marine → Marine Microbial Communities From Chronically Polluted Sediments In Four Geographic Locations |
| Alternative Ecosystem Assignments | |
|---|---|
| Environment Ontology (ENVO) | marine biome → fjord → sediment |
| Earth Microbiome Project Ontology (EMPO) | Free-living → Saline → Sediment (saline) |
| Location Information | ||||||||
|---|---|---|---|---|---|---|---|---|
| Location | Norway: Adventfjord, Svalbard Archipelago | |||||||
| Coordinates | Lat. (o) | 78.243786 | Long. (o) | 15.656147 | Alt. (m) | N/A | Depth (m) | 50 | Location on Map |
| Zoom: | Powered by OpenStreetMap © | |||||||
| Family | Category | Number of Sequences | 3D Structure? |
|---|---|---|---|
| F000075 | Metagenome / Metatranscriptome | 2622 | Y |
| F000088 | Metagenome / Metatranscriptome | 2436 | Y |
| F000787 | Metagenome / Metatranscriptome | 891 | Y |
| F000820 | Metagenome / Metatranscriptome | 878 | Y |
| F000918 | Metagenome / Metatranscriptome | 834 | Y |
| F001217 | Metagenome / Metatranscriptome | 745 | Y |
| F001461 | Metagenome / Metatranscriptome | 690 | Y |
| F002033 | Metagenome / Metatranscriptome | 601 | Y |
| F002047 | Metagenome / Metatranscriptome | 599 | Y |
| F002278 | Metagenome / Metatranscriptome | 575 | Y |
| F002332 | Metagenome / Metatranscriptome | 569 | Y |
| F002730 | Metagenome / Metatranscriptome | 534 | Y |
| F003058 | Metagenome / Metatranscriptome | 510 | Y |
| F003647 | Metagenome / Metatranscriptome | 475 | Y |
| F004052 | Metagenome / Metatranscriptome | 455 | Y |
| F004370 | Metagenome / Metatranscriptome | 441 | Y |
| F004606 | Metagenome / Metatranscriptome | 431 | Y |
| F004866 | Metagenome | 420 | Y |
| F004928 | Metagenome / Metatranscriptome | 418 | Y |
| F005243 | Metagenome / Metatranscriptome | 407 | Y |
| F005324 | Metagenome / Metatranscriptome | 404 | Y |
| F005337 | Metagenome / Metatranscriptome | 404 | Y |
| F005505 | Metagenome / Metatranscriptome | 398 | Y |
| F005564 | Metagenome / Metatranscriptome | 396 | Y |
| F005815 | Metagenome / Metatranscriptome | 389 | Y |
| F005817 | Metagenome / Metatranscriptome | 389 | N |
| F006002 | Metagenome / Metatranscriptome | 384 | Y |
| F006798 | Metagenome / Metatranscriptome | 364 | Y |
| F006869 | Metagenome / Metatranscriptome | 363 | Y |
| F007692 | Metagenome / Metatranscriptome | 346 | Y |
| F007693 | Metagenome / Metatranscriptome | 346 | Y |
| F007772 | Metagenome / Metatranscriptome | 345 | Y |
| F008190 | Metagenome / Metatranscriptome | 337 | Y |
| F008695 | Metagenome / Metatranscriptome | 329 | Y |
| F009292 | Metagenome / Metatranscriptome | 320 | Y |
| F009426 | Metagenome / Metatranscriptome | 318 | Y |
| F010838 | Metagenome / Metatranscriptome | 298 | Y |
| F011096 | Metagenome / Metatranscriptome | 295 | Y |
| F011139 | Metagenome / Metatranscriptome | 294 | Y |
| F012239 | Metagenome | 282 | Y |
| F012678 | Metagenome / Metatranscriptome | 278 | Y |
| F012720 | Metagenome / Metatranscriptome | 278 | Y |
| F012980 | Metagenome / Metatranscriptome | 275 | Y |
| F013571 | Metagenome / Metatranscriptome | 270 | Y |
| F013783 | Metagenome / Metatranscriptome | 268 | Y |
| F015324 | Metagenome / Metatranscriptome | 255 | Y |
| F016971 | Metagenome / Metatranscriptome | 243 | Y |
| F017499 | Metagenome / Metatranscriptome | 240 | Y |
| F018541 | Metagenome / Metatranscriptome | 234 | Y |
| F018936 | Metagenome / Metatranscriptome | 232 | Y |
| F019836 | Metagenome / Metatranscriptome | 227 | Y |
| F020543 | Metagenome / Metatranscriptome | 223 | Y |
| F022076 | Metagenome / Metatranscriptome | 216 | Y |
| F023447 | Metagenome / Metatranscriptome | 210 | Y |
| F023593 | Metagenome / Metatranscriptome | 209 | N |
| F023596 | Metagenome | 209 | Y |
| F024200 | Metagenome / Metatranscriptome | 207 | Y |
| F024797 | Metagenome / Metatranscriptome | 204 | Y |
| F024806 | Metagenome / Metatranscriptome | 204 | Y |
| F025849 | Metagenome / Metatranscriptome | 200 | Y |
| F026568 | Metagenome / Metatranscriptome | 197 | Y |
| F028004 | Metagenome / Metatranscriptome | 193 | Y |
| F028860 | Metagenome / Metatranscriptome | 190 | Y |
| F029460 | Metagenome / Metatranscriptome | 188 | N |
| F030933 | Metagenome / Metatranscriptome | 184 | Y |
| F031103 | Metagenome / Metatranscriptome | 183 | Y |
| F031108 | Metagenome / Metatranscriptome | 183 | Y |
| F031473 | Metagenome / Metatranscriptome | 182 | N |
| F032332 | Metagenome | 180 | Y |
| F032661 | Metagenome | 179 | Y |
| F034341 | Metagenome / Metatranscriptome | 175 | Y |
| F036294 | Metagenome / Metatranscriptome | 170 | Y |
| F039145 | Metagenome / Metatranscriptome | 164 | Y |
| F039146 | Metagenome / Metatranscriptome | 164 | N |
| F039875 | Metagenome / Metatranscriptome | 163 | N |
| F041205 | Metagenome / Metatranscriptome | 160 | Y |
| F041220 | Metagenome / Metatranscriptome | 160 | Y |
| F041711 | Metagenome / Metatranscriptome | 159 | N |
| F043410 | Metagenome | 156 | Y |
| F045764 | Metagenome / Metatranscriptome | 152 | N |
| F045766 | Metagenome | 152 | Y |
| F045851 | Metagenome / Metatranscriptome | 152 | Y |
| F046628 | Metagenome / Metatranscriptome | 151 | Y |
| F046700 | Metagenome / Metatranscriptome | 151 | Y |
| F047696 | Metagenome / Metatranscriptome | 149 | Y |
| F048318 | Metagenome / Metatranscriptome | 148 | Y |
| F048642 | Metagenome / Metatranscriptome | 148 | Y |
| F049002 | Metagenome / Metatranscriptome | 147 | Y |
| F051143 | Metagenome / Metatranscriptome | 144 | Y |
| F051152 | Metagenome / Metatranscriptome | 144 | Y |
| F051964 | Metagenome / Metatranscriptome | 143 | N |
| F052198 | Metagenome | 143 | Y |
| F053306 | Metagenome / Metatranscriptome | 141 | Y |
| F054596 | Metagenome / Metatranscriptome | 139 | Y |
| F056056 | Metagenome / Metatranscriptome | 138 | Y |
| F056633 | Metagenome / Metatranscriptome | 137 | Y |
| F058067 | Metagenome / Metatranscriptome | 135 | Y |
| F059027 | Metagenome / Metatranscriptome | 134 | N |
| F059981 | Metagenome / Metatranscriptome | 133 | Y |
| F061741 | Metagenome / Metatranscriptome | 131 | Y |
| F061838 | Metagenome / Metatranscriptome | 131 | N |
| F062770 | Metagenome / Metatranscriptome | 130 | Y |
| F063092 | Metagenome / Metatranscriptome | 130 | Y |
| F063172 | Metagenome / Metatranscriptome | 130 | Y |
| F063611 | Metagenome / Metatranscriptome | 129 | Y |
| F064726 | Metagenome / Metatranscriptome | 128 | Y |
| F065127 | Metagenome / Metatranscriptome | 128 | Y |
| F066233 | Metagenome / Metatranscriptome | 127 | N |
| F066663 | Metagenome | 126 | Y |
| F074016 | Metagenome / Metatranscriptome | 120 | Y |
| F074570 | Metagenome / Metatranscriptome | 119 | Y |
| F074895 | Metagenome | 119 | Y |
| F075661 | Metagenome / Metatranscriptome | 118 | Y |
| F075981 | Metagenome | 118 | Y |
| F078730 | Metagenome / Metatranscriptome | 116 | Y |
| F078733 | Metagenome | 116 | Y |
| F079376 | Metagenome / Metatranscriptome | 116 | Y |
| F079616 | Metagenome | 115 | Y |
| F081750 | Metagenome / Metatranscriptome | 114 | Y |
| F081779 | Metagenome / Metatranscriptome | 114 | N |
| F082105 | Metagenome / Metatranscriptome | 113 | Y |
| F082533 | Metagenome / Metatranscriptome | 113 | Y |
| F082710 | Metagenome / Metatranscriptome | 113 | N |
| F084255 | Metagenome / Metatranscriptome | 112 | Y |
| F084398 | Metagenome / Metatranscriptome | 112 | N |
| F084833 | Metagenome / Metatranscriptome | 112 | Y |
| F084840 | Metagenome / Metatranscriptome | 112 | Y |
| F085894 | Metagenome / Metatranscriptome | 111 | Y |
| F086290 | Metagenome / Metatranscriptome | 111 | N |
| F088915 | Metagenome | 109 | Y |
| F088979 | Metagenome / Metatranscriptome | 109 | Y |
| F090432 | Metagenome / Metatranscriptome | 108 | Y |
| F092105 | Metagenome / Metatranscriptome | 107 | Y |
| F093886 | Metagenome | 106 | Y |
| F093896 | Metagenome / Metatranscriptome | 106 | Y |
| F096595 | Metagenome | 104 | Y |
| F097365 | Metagenome / Metatranscriptome | 104 | Y |
| F098038 | Metagenome / Metatranscriptome | 104 | Y |
| F099389 | Metagenome / Metatranscriptome | 103 | N |
| F100467 | Metagenome / Metatranscriptome | 102 | Y |
| F101178 | Metagenome | 102 | Y |
| F101184 | Metagenome | 102 | Y |
| F101260 | Metagenome / Metatranscriptome | 102 | N |
| F103277 | Metagenome | 101 | Y |
| F103557 | Metagenome | 101 | N |
| F103887 | Metagenome / Metatranscriptome | 101 | Y |
| F104999 | Metagenome / Metatranscriptome | 100 | Y |
| F105198 | Metagenome / Metatranscriptome | 100 | Y |
| F105203 | Metagenome | 100 | N |
| Scaffold | Taxonomy | Length | IMG/M Link |
|---|---|---|---|
| SA_S2_NOR15_50mDRAFT_c10000506 | All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea | 16764 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10000657 | All Organisms → cellular organisms → Bacteria | 15233 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10004364 | All Organisms → cellular organisms → Bacteria → Proteobacteria → delta/epsilon subdivisions → Deltaproteobacteria | 6766 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10004958 | All Organisms → cellular organisms → Bacteria → Proteobacteria | 6358 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10005546 | Not Available | 6027 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10005551 | All Organisms → cellular organisms → Bacteria | 6024 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10010208 | All Organisms → Viruses → unclassified viruses → unclassified DNA viruses → unclassified dsDNA viruses → Prokaryotic dsDNA virus sp. | 4428 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10011978 | Not Available | 4068 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10012204 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria | 4025 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10012500 | All Organisms → Viruses → unclassified viruses → unclassified DNA viruses → unclassified dsDNA viruses → Prokaryotic dsDNA virus sp. | 3975 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10016964 | All Organisms → Viruses → Predicted Viral | 3365 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10017823 | All Organisms → Viruses → unclassified viruses → Virus NIOZ-UU157 | 3267 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10018930 | All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Acidimicrobiia → unclassified Acidimicrobiia → Acidimicrobiia bacterium | 3159 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10019623 | All Organisms → cellular organisms → Bacteria → Proteobacteria | 3098 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10021854 | All Organisms → Viruses → Predicted Viral | 2907 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10022182 | All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium → Strombidium inclinatum | 2881 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10022374 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → unclassified Gammaproteobacteria → gamma proteobacterium NOR5-3 | 2866 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10023530 | All Organisms → Viruses → Predicted Viral | 2779 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10023927 | All Organisms → cellular organisms → Bacteria | 2752 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10025417 | All Organisms → cellular organisms → Bacteria | 2658 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10027939 | All Organisms → cellular organisms → Bacteria | 2515 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10029203 | All Organisms → cellular organisms → Bacteria | 2449 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10029468 | All Organisms → cellular organisms → Bacteria → Proteobacteria | 2434 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10029687 | All Organisms → Viruses → Predicted Viral | 2424 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10031711 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria | 2330 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10032446 | All Organisms → Viruses → Predicted Viral | 2296 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10034329 | All Organisms → Viruses → unclassified viruses → Virus NIOZ-UU157 | 2216 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10034623 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria | 2205 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10035393 | Not Available | 2177 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10035449 | Not Available | 2175 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10037194 | All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes | 2108 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10039343 | Not Available | 2034 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10039516 | All Organisms → cellular organisms → Bacteria → Terrabacteria group → Cyanobacteria/Melainabacteria group → Cyanobacteria | 2029 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10040581 | All Organisms → Viruses → Predicted Viral | 1995 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10040913 | Not Available | 1985 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10041572 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria | 1965 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10041954 | Not Available | 1953 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10043347 | All Organisms → cellular organisms → Bacteria | 1912 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10043884 | All Organisms → Viruses → unclassified viruses → Virus NIOZ-UU157 | 1897 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10044319 | Not Available | 1884 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10045381 | All Organisms → Viruses → Predicted Viral | 1856 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10046749 | Not Available | 1819 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10049914 | Not Available | 1736 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10051897 | Not Available | 1688 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10053555 | All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Stichotrichia → Sporadotrichida → Halteriidae → Halteria → Halteria grandinella | 1652 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10054617 | All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium → Strombidium inclinatum | 1629 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10055097 | All Organisms → cellular organisms → Bacteria → Terrabacteria group → Cyanobacteria/Melainabacteria group → Cyanobacteria | 1619 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10055221 | Not Available | 1616 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10059102 | All Organisms → cellular organisms → Bacteria → Proteobacteria → delta/epsilon subdivisions → Deltaproteobacteria → Desulfobacterales | 1540 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10059301 | All Organisms → cellular organisms → Bacteria → Terrabacteria group → Tenericutes → Mollicutes → Acholeplasmatales → Acholeplasmataceae → unclassified Acholeplasmataceae → Acholeplasmataceae bacterium | 1537 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10059317 | All Organisms → Viruses → unclassified viruses → Virus NIOZ-UU157 | 1536 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10061542 | All Organisms → cellular organisms → Bacteria → Acidobacteria | 1496 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10061836 | All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia | 1491 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10062628 | All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium → Strombidium rassoulzadegani | 1477 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10062949 | All Organisms → Viruses → unclassified viruses → Virus NIOZ-UU157 | 1472 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10063572 | All Organisms → Viruses | 1462 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10065205 | All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales → Cryomorphaceae → Cryomorpha → Cryomorpha ignava | 1435 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10066051 | All Organisms → Viruses → Predicted Viral | 1422 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10067736 | Not Available | 1397 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10068879 | All Organisms → Viruses → unclassified viruses → Virus NIOZ-UU157 | 1380 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10071248 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Xanthomonadales → unclassified Xanthomonadales → Xanthomonadales bacterium | 1345 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10072342 | All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea | 1331 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10072612 | All Organisms → cellular organisms → Bacteria | 1327 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10075531 | Not Available | 1290 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10075557 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → unclassified Gammaproteobacteria → Gammaproteobacteria bacterium | 1290 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10075804 | All Organisms → Viruses → Predicted Viral | 1287 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10076688 | All Organisms → Viruses → unclassified viruses → Virus NIOZ-UU157 | 1277 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10076897 | All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium → Strombidium rassoulzadegani | 1274 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10078198 | Not Available | 1258 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10078714 | All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium → Strombidium inclinatum | 1252 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10080692 | All Organisms → Viruses → unclassified viruses → Virus NIOZ-UU157 | 1230 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10081588 | Not Available | 1220 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10083375 | Not Available | 1201 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10083629 | Not Available | 1198 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10085253 | All Organisms → cellular organisms → Bacteria → Proteobacteria → delta/epsilon subdivisions → Deltaproteobacteria → Desulfobacterales → Desulfobacteraceae → Desulfobacula → Desulfobacula toluolica → Desulfobacula toluolica Tol2 | 1181 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10086251 | All Organisms → cellular organisms → Bacteria | 1171 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10087128 | All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium → Strombidium inclinatum | 1162 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10087179 | Not Available | 1161 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10087540 | All Organisms → cellular organisms → Bacteria → Spirochaetes → unclassified Spirochaetota → Spirochaetota bacterium | 1158 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10088792 | Not Available | 1146 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10091068 | All Organisms → Viruses → unclassified viruses → Virus NIOZ-UU157 | 1124 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10091201 | All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales → Flavobacteriaceae | 1123 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10096118 | Not Available | 1079 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10096225 | Not Available | 1079 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10096651 | Not Available | 1075 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10099039 | All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage | 1056 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10099653 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Xanthomonadales → unclassified Xanthomonadales → Xanthomonadales bacterium | 1051 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10099786 | All Organisms → cellular organisms → Bacteria | 1050 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10100408 | All Organisms → cellular organisms → Bacteria → Proteobacteria | 1045 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10100635 | All Organisms → cellular organisms → Bacteria | 1043 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10104943 | Not Available | 1011 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10106461 | All Organisms → Viruses → Predicted Viral | 1000 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10106623 | Not Available | 999 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10110979 | All Organisms → cellular organisms → Bacteria → Proteobacteria → delta/epsilon subdivisions → Deltaproteobacteria → unclassified Deltaproteobacteria → Deltaproteobacteria bacterium | 969 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10112379 | Not Available | 960 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10115026 | All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium → Strombidium rassoulzadegani | 943 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10115241 | All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → unclassified Bacteroidetes → Bacteroidetes bacterium | 941 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10117556 | Not Available | 927 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10117715 | Not Available | 926 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10118735 | All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium → Strombidium inclinatum | 920 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10119340 | All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium → Strombidium rassoulzadegani | 917 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10120740 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → unclassified Gammaproteobacteria → Gammaproteobacteria bacterium | 909 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10121177 | Not Available | 907 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10121542 | Not Available | 905 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10125548 | All Organisms → cellular organisms → Bacteria → Proteobacteria | 883 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10126071 | Not Available | 880 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10127887 | All Organisms → Viruses → unclassified viruses → Virus NIOZ-UU157 | 871 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10128928 | All Organisms → Viruses → unclassified viruses → Virus NIOZ-UU157 | 867 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10129050 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Cellvibrionales → Cellvibrionaceae → Pseudomaricurvus → Pseudomaricurvus alkylphenolicus | 866 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10129164 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Chromatiales → Chromatiaceae → Nitrosococcus → Nitrosococcus oceani | 865 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10129567 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Nitrosomonadales → Thiobacillaceae → Thiobacillus → Thiobacillus denitrificans | 863 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10129878 | All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium → Strombidium inclinatum | 862 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10129952 | Not Available | 861 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10135241 | All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium → Strombidium rassoulzadegani | 837 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10135969 | All Organisms → cellular organisms → Bacteria → Proteobacteria | 833 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10136774 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Xanthomonadales → unclassified Xanthomonadales → Xanthomonadales bacterium | 830 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10139710 | Not Available | 816 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10141365 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria | 809 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10142939 | All Organisms → cellular organisms → Archaea → TACK group → Candidatus Bathyarchaeota → unclassified Candidatus Bathyarchaeota → Candidatus Bathyarchaeota archaeon | 803 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10143039 | All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea | 802 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10144322 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Xanthomonadales → unclassified Xanthomonadales → Xanthomonadales bacterium | 797 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10146474 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Xanthomonadales → unclassified Xanthomonadales → Xanthomonadales bacterium | 788 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10146663 | All Organisms → cellular organisms → Bacteria → Proteobacteria | 788 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10150480 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria | 773 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10152104 | Not Available | 767 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10152587 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Xanthomonadales → unclassified Xanthomonadales → Xanthomonadales bacterium | 765 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10153008 | All Organisms → cellular organisms → Eukaryota → Sar → Stramenopiles → Ochrophyta → Bacillariophyta → Coscinodiscophyceae → Thalassiosirophycidae → Thalassiosirales → Thalassiosiraceae → Thalassiosira → Thalassiosira pseudonana | 764 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10155888 | All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Balneolaeota → Balneolia → Balneolales → Balneolaceae → Balneola → unclassified Balneola → Balneola sp. | 753 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10156896 | All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium → Strombidium rassoulzadegani | 750 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10156907 | Not Available | 750 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10157832 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Xanthomonadales → unclassified Xanthomonadales → Xanthomonadales bacterium | 747 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10162919 | All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales → Flavobacteriaceae → Aestuariivivens | 730 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10163668 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → unclassified Gammaproteobacteria → Gammaproteobacteria bacterium | 728 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10164215 | Not Available | 726 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10164922 | All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium → Strombidium inclinatum | 724 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10166548 | All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea | 719 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10166916 | All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium → Strombidium inclinatum | 718 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10169635 | Not Available | 710 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10169956 | All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium → Strombidium rassoulzadegani | 709 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10170342 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Xanthomonadales → unclassified Xanthomonadales → Xanthomonadales bacterium | 708 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10172498 | Not Available | 701 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10174866 | Not Available | 695 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10177814 | Not Available | 687 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10178694 | Not Available | 684 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10179457 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Xanthomonadales → unclassified Xanthomonadales → Xanthomonadales bacterium | 682 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10180945 | Not Available | 678 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10184448 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Xanthomonadales → unclassified Xanthomonadales → Xanthomonadales bacterium | 669 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10184627 | All Organisms → cellular organisms → Bacteria → Terrabacteria group → Cyanobacteria/Melainabacteria group → Cyanobacteria | 669 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10187643 | Not Available | 661 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10188071 | All Organisms → Viruses → unclassified viruses → unclassified DNA viruses → unclassified dsDNA viruses → Prokaryotic dsDNA virus sp. | 660 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10188232 | All Organisms → cellular organisms → Bacteria → Proteobacteria | 660 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10189238 | Not Available | 657 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10191043 | Not Available | 653 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10195047 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Xanthomonadales → unclassified Xanthomonadales → Xanthomonadales bacterium | 644 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10195544 | All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium → Strombidium inclinatum | 643 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10195771 | All Organisms → cellular organisms → Bacteria | 642 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10196802 | All Organisms → cellular organisms → Bacteria → Spirochaetes → unclassified Spirochaetota → Spirochaetota bacterium | 640 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10197213 | All Organisms → cellular organisms → Bacteria → Proteobacteria | 639 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10198126 | Not Available | 637 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10200818 | Not Available | 631 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10204284 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → unclassified Gammaproteobacteria → Gammaproteobacteria bacterium | 624 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10204884 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria | 623 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10204935 | All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Stichotrichia → Urostylida → Pseudourostylidae → Pseudourostyla → Pseudourostyla cristata | 623 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10206034 | Not Available | 620 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10206331 | Not Available | 620 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10206368 | Not Available | 620 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10207357 | All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → unclassified Bacteroidetes → Bacteroidetes bacterium | 618 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10208502 | All Organisms → cellular organisms → Bacteria → Spirochaetes → unclassified Spirochaetota → Spirochaetota bacterium | 616 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10209053 | Not Available | 614 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10210785 | Not Available | 611 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10216281 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → unclassified Gammaproteobacteria → Gammaproteobacteria bacterium | 600 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10216368 | All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium → Strombidium inclinatum | 600 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10221606 | Not Available | 590 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10222888 | All Organisms → Viruses → unclassified viruses → Virus NIOZ-UU157 | 588 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10222998 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → unclassified Gammaproteobacteria → Gammaproteobacteria bacterium | 588 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10225845 | All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium → Strombidium inclinatum | 583 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10226565 | Not Available | 582 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10226841 | Not Available | 581 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10227392 | Not Available | 580 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10227667 | All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium → Strombidium inclinatum | 580 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10233483 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria | 570 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10234697 | Not Available | 568 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10235624 | All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium → Strombidium rassoulzadegani | 567 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10238043 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Xanthomonadales → unclassified Xanthomonadales → Xanthomonadales bacterium | 563 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10239283 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Xanthomonadales → unclassified Xanthomonadales → Xanthomonadales bacterium | 561 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10239583 | All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium → Strombidium inclinatum | 561 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10239807 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Xanthomonadales → unclassified Xanthomonadales → Xanthomonadales bacterium | 560 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10242186 | All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Stichotrichia → Sporadotrichida → Oxytrichidae | 557 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10243604 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → unclassified Gammaproteobacteria → Gammaproteobacteria bacterium | 554 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10244577 | All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium → Strombidium inclinatum | 553 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10247294 | Not Available | 549 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10250244 | Not Available | 545 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10250662 | Not Available | 544 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10251704 | All Organisms → cellular organisms → Bacteria → Proteobacteria → delta/epsilon subdivisions → Deltaproteobacteria → unclassified Deltaproteobacteria → Deltaproteobacteria bacterium | 543 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10252908 | Not Available | 541 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10257395 | Not Available | 534 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10258843 | Not Available | 532 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10260483 | All Organisms → Viruses → unclassified viruses → Virus NIOZ-UU157 | 530 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10260899 | Not Available | 530 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10262383 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Xanthomonadales → unclassified Xanthomonadales → Xanthomonadales bacterium | 528 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10265848 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Xanthomonadales → unclassified Xanthomonadales → Xanthomonadales bacterium | 523 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10269612 | Not Available | 518 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10277272 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → unclassified Gammaproteobacteria → Gammaproteobacteria bacterium | 509 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10278569 | Not Available | 507 | Open in IMG/M |
| SA_S2_NOR15_50mDRAFT_c10282742 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Xanthomonadales → unclassified Xanthomonadales → Xanthomonadales bacterium | 502 | Open in IMG/M |
| Scaffold ID | Protein ID | Family | Sequence |
|---|---|---|---|
| SA_S2_NOR15_50mDRAFT_c10000506 | SA_S2_NOR15_50mDRAFT_1000050612 | F011139 | MGLFFILLAFLPIFYNFYNVYHKYVATIPMQNSLLQTSFFIFFMMSLYCTASMLPCGRYYYEPEGGYVGNP* |
| SA_S2_NOR15_50mDRAFT_c10000657 | SA_S2_NOR15_50mDRAFT_1000065721 | F036294 | TVMDKGFSDEAIVGVKLIADEDAVTYLRIKLSENDKEVGTEGWNM* |
| SA_S2_NOR15_50mDRAFT_c10003540 | SA_S2_NOR15_50mDRAFT_100035403 | F088915 | MSEVLFLKWCPNVKEQFYEKSKLKEKHKAIGNNVMETILQEGNEFVNNKTRENQFERMNQREMVAQTNLNPFLSNNYLEDLQVQEQFLTPQNSNLESNLESK* |
| SA_S2_NOR15_50mDRAFT_c10004364 | SA_S2_NOR15_50mDRAFT_100043642 | F101184 | MGSDIYLNFLWLVLFVAWFATRNMSQIVRSTIIAASFGLVIPYTSTGLYALHFAWPVSEAFGQFCFYLSFIHDLAGIRVAIFLHLVSDHTPIADNQRLLIDVVNVVTWAIVYGFIGLLWGYFRNKLNIKSKNTLAA* |
| SA_S2_NOR15_50mDRAFT_c10004958 | SA_S2_NOR15_50mDRAFT_100049582 | F026568 | MYDPYYHYTRGVLYYDEDHFTFTAYRLPYLELDSKSWETEQAFKADYQRVVEKKYSA* |
| SA_S2_NOR15_50mDRAFT_c10005546 | SA_S2_NOR15_50mDRAFT_100055468 | F059981 | METGKRIVCIFCGGLADIKRQNDLLVVSCSKCKRETELDTYQDIFDKWMGDIRKD* |
| SA_S2_NOR15_50mDRAFT_c10005551 | SA_S2_NOR15_50mDRAFT_100055514 | F101184 | MGSDIYLNFLWFVPLVTWFATRNKSQILRSTIIGTSFGLVIAYASVGLYALYFVWPVSEAFGQFCFYLSFIHDLAGIRVAIFLHLVSAHTPITDDQRLLIEVVNVVTWAIVYGFFGLLWGYFRNKLNIKSKNTVAA* |
| SA_S2_NOR15_50mDRAFT_c10010208 | SA_S2_NOR15_50mDRAFT_100102084 | F063172 | MGVTGFGIGFEALISLLSAIVGALTVWYSLKGKVDIQSVMLSNLKLDMDEIKEDKKAGHITLHKRIDDVKKQVEENRVTQDRAIADLKTEMQAMELRIITAIHEAKAK* |
| SA_S2_NOR15_50mDRAFT_c10011978 | SA_S2_NOR15_50mDRAFT_1001197810 | F065127 | LFRSIHERAVCKAFAKIEMLGHLIQTDERNLAIGSYGGDISLDQFMLVVEGNKTELKVWHYIAELIEKSNKTQ* |
| SA_S2_NOR15_50mDRAFT_c10012204 | SA_S2_NOR15_50mDRAFT_100122041 | F074895 | HEKMTKKRKDKPWHLKVTWTLSIVMLFLIFGFFYQSFEEMLKIAPVQVAIERINEPEVKKDPDPDN* |
| SA_S2_NOR15_50mDRAFT_c10012500 | SA_S2_NOR15_50mDRAFT_100125003 | F051152 | MLQFNKSLDTNTNAAYLNTVNTGSGYYDDLVVAYSQSYDQSNGTFEVSLYSSPTQYKNWIIFQASGSSVPSYTGQYDVQLFKGVLAPAIWNQVNVAWDSYDEVWDTAGYLSPSELLYSDRAWISGSNNVSITSYVSPNENGTYITYNG* |
| SA_S2_NOR15_50mDRAFT_c10016964 | SA_S2_NOR15_50mDRAFT_100169642 | F006869 | VYIQDTLGTPFYNRFKEGIVANDLTADESSFLADYIGPALIQYALYELLPSLKYKMVEKGILNGTSEETSPTTLQELQYLRESTLDTAQFYDERMKDFLKDFPNMFPIYRTWNSRGMAPNRRNSYYSGLQTDIPRRNERLWIYEDCGTDCDPDCSTCN* |
| SA_S2_NOR15_50mDRAFT_c10017823 | SA_S2_NOR15_50mDRAFT_100178232 | F028860 | LHLQPSELDLLPFYEYEYTLEIYNDLLKDRNKQEQQNTKDTQDKYNMDGMKSQAQKNLSSYKTPSLPKMSMPKL* |
| SA_S2_NOR15_50mDRAFT_c10018930 | SA_S2_NOR15_50mDRAFT_100189301 | F018936 | FDTDIDNSVKVSFYNGTKVIDALSHFNGDIQGKIKYTEIDGELMASDFTIENDDLKINLACADPSLSFMEMSKEETDRAFSTEGSIFQFDLLTTHVDKMKSLFNLERDEDTFTLAVTDKGVAVQGPSYDATLAHSYEGDNAVGEKVVIYKKYINLLDKENYKVVVCSNKVVFKSLDTNTHLTVAVAITDED* |
| SA_S2_NOR15_50mDRAFT_c10019623 | SA_S2_NOR15_50mDRAFT_100196231 | F049002 | RAIEEDAPCTFDEPLPVLVTLDNGVTYEGVAYEVQPKSTSFPAGLIMVRAGNTDIGVPVNYLRGR* |
| SA_S2_NOR15_50mDRAFT_c10021854 | SA_S2_NOR15_50mDRAFT_100218543 | F006869 | MAQETILLVSEQRMKEWTSLDNNIRIDVLTPSILNAQSVYIQDTLGSPFYNRLLNGVRDNDLTTDEETFLRXLVGPALMQYALYLIMPNLKYKFVEKGIVSGSSEETQATTLEELQYLRQTAIELAQFYDQRIKEYLQDYPNMFPVYRTWNNIGMQPNKEPAYFSGLQTDIPTNPYDIPFRQNGACSGDCGYYCSCQQ* |
| SA_S2_NOR15_50mDRAFT_c10022182 | SA_S2_NOR15_50mDRAFT_100221825 | F056056 | MEATSNGDRIELIDDKILNNEEFKKNVAIPYFKDIFKDLVSQSDDKNKGINKITLLTYTSLPGIIGERFFAVLDLSKNEYIDLREFVHGFFKVYYSNLETKIKLSFDM* |
| SA_S2_NOR15_50mDRAFT_c10022374 | SA_S2_NOR15_50mDRAFT_100223742 | F053306 | VKREILSGIATVALLSGCGQPEPISYESLVWVNNYYVQHPVASLSATAGGWLFRGAREFGKDIKVGFLVPGPMNPDPAKRQAILNSICPAKSEVIWQALPSGNNLVINVWTKDNKFKDSVVC* |
| SA_S2_NOR15_50mDRAFT_c10023530 | SA_S2_NOR15_50mDRAFT_100235301 | F003058 | MTEKEMDRIAEMVVDKIISRQKAYDEEFKAEIQEMVGKDADVEFGTITEDEIIAEELVKLQDRLNQLEAKEDYEAAGIVANKIKHLKNK |
| SA_S2_NOR15_50mDRAFT_c10023530 | SA_S2_NOR15_50mDRAFT_100235308 | F005817 | MRSSLLSRLKPEFKQGLEDNKTRYPASIHDLEFVLGQITFYNDLTVNQVLNLFLFSDMQYLDRKNFDWRYGEDAFELENNVA* |
| SA_S2_NOR15_50mDRAFT_c10023927 | SA_S2_NOR15_50mDRAFT_100239271 | F085894 | SSMTPAKTTEVLQKLNLVLEDIQLLRDGTWVPDKDSCEDTIDNITDVIYILENE* |
| SA_S2_NOR15_50mDRAFT_c10025417 | SA_S2_NOR15_50mDRAFT_100254172 | F063611 | MGLSTTDLTTEGSGGMPKTIAPGNHELKINSIRLDEFRFIEGAHHLLMEMETMPIEGFEGFMRDRDDDSKGRYKGQIGRVKASQYAFADGETKSGIKIQRDRSVLMFLKNLSNALGINDWFTEQDNKHETIHDFVKAFNETAPYQDKYLNTCLAGKEYENKSGYLAYDCWFAKAQNKKYGYSPTAATVLTYDESKHLKKIENKPVESFGNDDDLSIPMKTSSDFNLD* |
| SA_S2_NOR15_50mDRAFT_c10027939 | SA_S2_NOR15_50mDRAFT_100279395 | F058067 | RGRFITEGAFAKLTDPGKADCRKHSFKKDKKEVTVYFQPSPTARKICVKHLNDAVDLNQLYTPQVLTDDVLKLIEPQVAAKFTYGDELEQEELADIITETTEDDVTENS* |
| SA_S2_NOR15_50mDRAFT_c10029203 | SA_S2_NOR15_50mDRAFT_100292032 | F101184 | MTSDIYLNFLWLVPFVTWFATRNKSQILRSTTLGTSFGLVISSASVGLYALYFAWPVSEAFGQFCFYLIFIHDLAGIRVAIFLHLISAHTPIADDQRLLIEVVNVVTWAIVYGFLGLLWGYFRNRLNIKSKNTAAA* |
| SA_S2_NOR15_50mDRAFT_c10029468 | SA_S2_NOR15_50mDRAFT_100294683 | F030933 | MIDNHQPDELQRKRAQAVKTAWVLGIIAAAIFATFIGSAVIGR* |
| SA_S2_NOR15_50mDRAFT_c10029687 | SA_S2_NOR15_50mDRAFT_100296873 | F031473 | MEEIREFIEXSFTPRVEEDMNGIKVVFTSTVGDGIIWFEPAKRGWSKKPLSTNQYIIVDAELSHVLTFLNRYYQLDESNYHDIRRMFIDIGMDTVDRHTKGADNI* |
| SA_S2_NOR15_50mDRAFT_c10031711 | SA_S2_NOR15_50mDRAFT_100317113 | F049002 | MAKADHDKAQAELTRAIQEDAPHTFDEPIPVLVSLDNGVEYEGVAFEVQPKSDTFPEGLVMVRTGNTDIGVPVHYLSGR* |
| SA_S2_NOR15_50mDRAFT_c10032446 | SA_S2_NOR15_50mDRAFT_100324466 | F052198 | LELTLNSLELNSKTVKDDLKIVNTQLADVSKIKITKDTVNDIRNAIEEVFRQSSFNDVDSYDVDFEIDYNNSLALGSIEFNDADNLAEALSDAVEYLFNIIDDEDEN* |
| SA_S2_NOR15_50mDRAFT_c10034329 | SA_S2_NOR15_50mDRAFT_100343292 | F007692 | MKELTTLSPTAFQARKAEAVRNEVMRKEISLSEFNVIDNTHIEVDGVKIELTPFAFKRLLGRLRIPTAFAKRFSDGFGTXGLQQLVQMMKTMKSSKNDQTVTLLVDPRXKVITNILPAGYASISNEAFXDFAEGYINQYGLEVKDXGSDPNGGATINCVSPNSVXXVPGMSDEIFNTGVTFRNTPTRGLEVSPYLNRLVCSNGMSSTSFSETYGLHELTDKSISEFNDHMISMASTGFQPVGLADKIRSANNTDASIAEVQRAMSAMLSTDKKIDYEYMQRYLPINRVMKAYSDIGAEPSTFTTKQLQNAKSGLSIWEVVNGITNFASNDEKYNIDDHKTGNLMVSAGNLLMKKNFDTEALIQFDPFANKSLLSENESARLMGQA* |
| SA_S2_NOR15_50mDRAFT_c10034623 | SA_S2_NOR15_50mDRAFT_100346234 | F030933 | MSDELQAQILKRQRAQAVKTAWVLGIIAVAIFATFVGSAIIGR* |
| SA_S2_NOR15_50mDRAFT_c10035393 | SA_S2_NOR15_50mDRAFT_100353932 | F059027 | MGKPKQVNKLSQKFEKYEGVSRAQTGNARLLHVNEVISWIRDLADSTTYADEDAAKADGLKKGDLYIQTGNGAINVVLTT* |
| SA_S2_NOR15_50mDRAFT_c10035449 | SA_S2_NOR15_50mDRAFT_100354491 | F005337 | GHTYYIESYNEGVRTNKYRGVINNLNACTWYGHNVXEFGNMIEYVNGQETTSTERGSPIFPGNIFYVHVGTNATEPQYWLFYKPVADYLMTTQVLRQCTRLDKVSIWGLYKQHLGKALGEGATSGGTPPLRRVWYDYLYRIKRV* |
| SA_S2_NOR15_50mDRAFT_c10037194 | SA_S2_NOR15_50mDRAFT_100371942 | F096595 | MDSIIKFGQYVKHIRAKKGLTQLQLSLKIFDKPNYEYIGRLERGELEGITFGTADKILVALDSEMEFCKFEPSVTDSYQ* |
| SA_S2_NOR15_50mDRAFT_c10039343 | SA_S2_NOR15_50mDRAFT_100393432 | F002332 | MAVVNQVQKKVKINKWQIVKYQILTHCYLNNIIISNSDLDCLTLLSFNQPVELSNFCLDASSEEDSIFKSPQSVRNSLNKSEKNKLIIKDVKNKKLILLNPSLQVQTNGKILLDYKFFADEPKES* |
| SA_S2_NOR15_50mDRAFT_c10039516 | SA_S2_NOR15_50mDRAFT_100395163 | F084398 | MARLELTLNFPKSFQIKTFNVKSEKKLSPLAKIILQSVQFKHFYYVRDDISYLLKSNPIERDFLLQALYSIVISLQNNLSINFFDMWIYEIYINKVSTE* |
| SA_S2_NOR15_50mDRAFT_c10040581 | SA_S2_NOR15_50mDRAFT_100405816 | F093896 | MNLTISERNILLVSLDHMEEHLFIIYEAGDITLDTFNLRMETWKTV* |
| SA_S2_NOR15_50mDRAFT_c10040913 | SA_S2_NOR15_50mDRAFT_100409132 | F079376 | MFDIVSTRQPGRPCVSFEVSRVCWTTEEGGRQMRYRESDSLVVPEKAGNAAGGKEATHGSVV* |
| SA_S2_NOR15_50mDRAFT_c10041572 | SA_S2_NOR15_50mDRAFT_100415724 | F023596 | MASKSLQALLLVCAGVIALLFVKLMFDMSRSMSEMTGYVGAISQDVSEMQNSMQTMNESMLRMEKSIHGLGQAFSQGSKQFQQMNPAGMMQQVLPDRDQRTR* |
| SA_S2_NOR15_50mDRAFT_c10041954 | SA_S2_NOR15_50mDRAFT_100419542 | F012239 | MMLIDKQFELEIPTHIAFTLYKNDYVDNLIISKVKKECINESNNDAEFIVSLDQFQSAIKTSAFLRAEMKKVIDQDLLPNPNFKPNSIFFLQAIINRLTNLETITFKISNEKIFSRLVKVGDGREIVSFHFNIIEGTFDLTKILNREQLDTFNKRFMDLGIMKNKYLERTSYFYIKAVTLFDILAEMEEAQILDAFDIITAVDPKIEEDDPILLVKTDYTPY* |
| SA_S2_NOR15_50mDRAFT_c10043347 | SA_S2_NOR15_50mDRAFT_100433474 | F096595 | MVLTPLTAAKQYTTNMDSIIKFGQYVKHISAKKGLTQLQLSLKVFDKPNLEYIGKLERGALAGITFTTADKIMLALDSELEFREFEIYQAQYPSIIKSFI* |
| SA_S2_NOR15_50mDRAFT_c10043884 | SA_S2_NOR15_50mDRAFT_100438841 | F007693 | MKELTTLSPTAFALRKEEAVRNEVMRKEISLSEFNVIDNTHIEVDGVSIELTPFAFKRLLGRLRIPTAFAKRFETGFGSDGLQQLVQMMKTMKSSKNDQTVTLLVDPRAKKVTNILPAGYASISNEAFVDFAEGYINQYGLEVKDFGSDPNGGAT |
| SA_S2_NOR15_50mDRAFT_c10044319 | SA_S2_NOR15_50mDRAFT_100443199 | F000918 | TIIIMRYLTNNEAWDEVTKEFVESKRRTKICQSLFGQDNLIGLNDEQRDIFWETI* |
| SA_S2_NOR15_50mDRAFT_c10045381 | SA_S2_NOR15_50mDRAFT_100453812 | F008695 | MDRTIDKVEHVWCEDNDRWVYLEYNKIRKIVGMNFMQGDFYEGFKRDWCKSDVGLTEFYESMLYTFPIERASVSTLSFINKCMWSFHTAISQREENPQ* |
| SA_S2_NOR15_50mDRAFT_c10046749 | SA_S2_NOR15_50mDRAFT_100467492 | F018541 | MYSPTMRSFWVDFPLNAEQYSKLKLKWRRRQNNYEIQNPHPELRIRSFCTFGGDDYQIISLEVRGGVDDYHSALNVMDKWIVETLGEY* |
| SA_S2_NOR15_50mDRAFT_c10049914 | SA_S2_NOR15_50mDRAFT_100499142 | F036294 | MDRGSTDEAVVGVKPTADEGVVTYLRVKLSESDRDVGAEGWNM* |
| SA_S2_NOR15_50mDRAFT_c10049949 | SA_S2_NOR15_50mDRAFT_100499491 | F004606 | PNILLPVKGVILDSKWDPVNPLYQIRIIKLYDNMKFLKQHFFGMNFRHEFENRARKMILKSEDFKTTKALEDRLNDKDRERFYVVIESVMCTKTKISLSGLFEKVQFYMISKNLKEIRDISTRPFFKGPLSLDSVKEFDAKYKKGWADKFDKSGLDIDKYLNSLS* |
| SA_S2_NOR15_50mDRAFT_c10051897 | SA_S2_NOR15_50mDRAFT_100518973 | F007772 | MATQSYQLLKISWNLFDKHYTKLTVDERSKVWDIYYDFY* |
| SA_S2_NOR15_50mDRAFT_c10053555 | SA_S2_NOR15_50mDRAFT_100535552 | F009426 | MAVKVNKDIKLSSVMVTCETLYTIIFFMTTGPCVISAGAACETLFEGKADYCMIVCE* |
| SA_S2_NOR15_50mDRAFT_c10054617 | SA_S2_NOR15_50mDRAFT_100546172 | F009292 | MTAAPVKSAAPAKSNLVTTKSDPFDAFGQSTDVPIDEIKAITLKVNPTYSQDIVESVTLKSFRKVVGYDTFNSILNQARDEKKDISDHYNVTLTVMVKRIPESTRATAANDVFAGGKSLSEVMDKGFPYDDGDNSIDDQTANWSKKNHKGQTQVGKLNGENVTKSALVNLIKDTDAPITQALIQLDSEKSDADGLFKLMDANVTRGNLKNLVTDKPAPITVALAQKSDADGLFKLMDANVTRGNLKNLVTDKPAPITVAL* |
| SA_S2_NOR15_50mDRAFT_c10055097 | SA_S2_NOR15_50mDRAFT_100550971 | F025849 | KKKKKKDVYLQNENAVGEWISLSLNKKSFTDLERIEINEKLKLPYEGRQLFTRWTHSYPNLNEIKSKTFYIKYDNELSIVNKIMLNNFQNKYLYHIIDDIIYSLKSKPIERDNLLAIIYSPVLYLQNNFSIDFFDIWIDEIYINQESKTNKFLAKNISNLEPFSYITIKFLYTTKLPVKKPEPLW* |
| SA_S2_NOR15_50mDRAFT_c10055221 | SA_S2_NOR15_50mDRAFT_100552214 | F066663 | GGKIIEWVFSILRRAIAKGAPVGIITARDDSKLIQQFLAHNGININPQYIFAINDPVLKLKGSTAEKKKEAFKKFIDMGFNNFTFFDDDRENINIANSLNKEPGITMKAKLIKQKWIPKFNDFK* |
| SA_S2_NOR15_50mDRAFT_c10059102 | SA_S2_NOR15_50mDRAFT_100591022 | F036294 | VIVMDRRFSDEAIVGVKLIADDDAVTYPRGKLLESDKEVGAEGRNM* |
| SA_S2_NOR15_50mDRAFT_c10059301 | SA_S2_NOR15_50mDRAFT_100593013 | F039875 | MKNVKRVGFFKLGKAIKFNENSWGAIGGDCEPKQLINSIAKRNPNIEYWILSPNDLGRVRAKEKPAVQSLFGDPVIAKLAAEPNIYEFHSKMENRKSADETVKFIKELDLDFIFFYTGPSSTVNIPNYINKKDGNGQVKSLDFFKYYAAPIIQAMNELEKKVPIVGLLVDNRYVLACKDWGINNRPTYYLAQNNFTKEEQYFYQPPLRDVKTI |
| SA_S2_NOR15_50mDRAFT_c10059317 | SA_S2_NOR15_50mDRAFT_100593171 | F024797 | MSEFFRTQMGRKLIDGDIPKLVHVLERIANQLEAKNKLEEKKFVLEEKIQRLSIRESKN |
| SA_S2_NOR15_50mDRAFT_c10061542 | SA_S2_NOR15_50mDRAFT_100615421 | F092105 | MLIDKQFELEIPTHIAFTLYKNDYVDNLIISKVKKECINESNNNTEFIVSLDQFQSAIKTSSFLRAEMKKVIDQDLLPNPNFKPNSIFFLQAIINRLTNLETITFKISNEKIFSRLVKV |
| SA_S2_NOR15_50mDRAFT_c10061836 | SA_S2_NOR15_50mDRAFT_100618362 | F079616 | MNSKFKIGEIVVCINAKRRWYRLGGLQLNEMYTVTGFNPYDGGLILKEVKSPRSAYHAFTSNRFRKVDYSFADKMLVEISQEESKLQTEPRFKKH* |
| SA_S2_NOR15_50mDRAFT_c10062628 | SA_S2_NOR15_50mDRAFT_100626283 | F000787 | MKFTSIVALIATVEARHHEYVALDARPPTIGLAHANIPATIETYDNGKELWKANWASYRKARPNDQDCSISESDNWMGAQQCSQSWECRGARLCERGGWCSGYDGCEGTPLPDQAPGLSQDH* |
| SA_S2_NOR15_50mDRAFT_c10062949 | SA_S2_NOR15_50mDRAFT_100629492 | F004370 | MYKVRKINFGWYKRRYGILLENLPPLKQKLLLNNRHMKWLDSDTQAFEVIFKVEDMNDHEKNVNKVIWNPFRETFTTLKQIEKDADLVEWNCGICKVPIKSRMDSKKVENFVCSKCSKAHNSRNGSVDGRIIDTSVRFTKHCKHLLKKEQREFMTYAKRSSKA* |
| SA_S2_NOR15_50mDRAFT_c10063572 | SA_S2_NOR15_50mDRAFT_100635722 | F063172 | MQIGFDALVALLGSLSGALAVWYTLKSKVAIQEVILNNLNRDMDQFKTNKKEGHSLLHKRIDDLQKQVETNRSKHEESISDLKTEMGQMELRIITAIHSDK* |
| SA_S2_NOR15_50mDRAFT_c10064326 | SA_S2_NOR15_50mDRAFT_100643261 | F101178 | VKKPLLLGVLCICVIALVSASTNASNSLVLGLLNTVLLIGCGVIGLLLLRKVNLSQILIVRQRGSRRSDLPVELPLTDSRGVTIIQEQRRLPDRHKVKNHLH |
| SA_S2_NOR15_50mDRAFT_c10065205 | SA_S2_NOR15_50mDRAFT_100652053 | F096595 | MDSIIKFGQYVKYIRTKKGLTQLQLSLRVFDKPNLEYIGKLERGSLAGITFTTADKIMLALDSELEFRENEMFRPDLCR* |
| SA_S2_NOR15_50mDRAFT_c10066051 | SA_S2_NOR15_50mDRAFT_100660513 | F002047 | MTPNQCLILFGMKQGVSSTASSKLDKDILVSNGFLTFDEDKYKLTPSAKAFCAKLDNYFIKAKKKTDIQLMGKDFAEQINIYRETFPNTRLPSGKPARVNVKMLSESFRWFFETYDYEWPDVIKATKMYVNEYRDADYMYMQTSQYFICKQDKHKVKSSTLADYCDMIRDGIDTEEKTF |
| SA_S2_NOR15_50mDRAFT_c10067736 | SA_S2_NOR15_50mDRAFT_100677366 | F056633 | MAQKLGIPFTADLLALGSNSAISDALIEKAVAAGKSEAQINDAMASL* |
| SA_S2_NOR15_50mDRAFT_c10068879 | SA_S2_NOR15_50mDRAFT_100688791 | F086290 | MISLYDKLIDNLSHYAVPYEDHPQQSTRDFEYDHPLTGIENDRIVNIDNSSFNIDTIEDLSFDEIQKIHDKLAIASPLTTMREYDEESQQELFTYYKGKKNQYIDKKIPRTSAIHLRNLKNHIQSILFRKKAEIRDQRANDLLPTLEKFLELHKKGNPKSYPDWLKFKFKEIRWGDLYIQPIINLEKLLESGDSILQAKTTRDFISKIWNRLVNANTRSYDSRQMTPSVKTTYVLFEDFNSYMKNIVNKKIKPEIKNLPRGKECVHSIIFRYRKNIEDIRIQIHPRYKTECTQGWNRLDTYDFEVEVEDILSNYGWRKGINYETSTNKD* |
| SA_S2_NOR15_50mDRAFT_c10069710 | SA_S2_NOR15_50mDRAFT_100697102 | F000075 | MKFIALTAFVATASANQYDFMGEDELLSQLSSTLVSAQRSEAMGDGDAAVAKTAAIKNIQKSLTARILKRLDDGQPLVEVARKMKAIEGMQPQINDMERRLGIMQSVEPVLENAIKTLQKVVDVRGMGKK*APSCYRPDFIPYFYA* |
| SA_S2_NOR15_50mDRAFT_c10071248 | SA_S2_NOR15_50mDRAFT_100712482 | F053306 | MQGCITMKTKLLSTIATSLILSACGQPKPITYESLVWVNNYYVQHPVHSMTAAAGGWLFRGARESGSEIRVGFLVPRSMNPDPAKRQAVLTSLCPAKSEAIWQALPSRNKLVINVWTEDKKFKDSTVC* |
| SA_S2_NOR15_50mDRAFT_c10072342 | SA_S2_NOR15_50mDRAFT_100723421 | F074016 | KAATQSLKAQTEKLKERLDKKLVEAEDLVKTTGMPGGIPTPPESVLENLIKECDDHTFWLNFRKAAPMLFCGMVEHNADIKQVRDLSFMEELLKVRSMMGLMANKLATGDANIDIIEYSMATQMLENKLSVLKALNTTVEGDSDDRMTFNV* |
| SA_S2_NOR15_50mDRAFT_c10072612 | SA_S2_NOR15_50mDRAFT_100726121 | F005243 | MANPDLSEKEPQLSKEELSKRREEITTFYKDNIPHLEVQADYEMLLAAIEKARAERMQAQMFMAQQYADQKEGAVDPNSEEGKAFQEAMANAVDPK* |
| SA_S2_NOR15_50mDRAFT_c10075531 | SA_S2_NOR15_50mDRAFT_100755316 | F052198 | MKEQLQTKVNELELTLNSLELNAKVVRDDLKEANKKLESASKPIITKDLLEQIQYVIDESIRNSSLSSVDSYDVDFEIDYNNSLTLGSIEFNDADQLSEEI |
| SA_S2_NOR15_50mDRAFT_c10075557 | SA_S2_NOR15_50mDRAFT_100755572 | F082105 | MAAPLMREPTRCTVQPNVTVQRAVASTIMRIDSVDSGRVNKKK* |
| SA_S2_NOR15_50mDRAFT_c10075804 | SA_S2_NOR15_50mDRAFT_100758041 | F045764 | MILAMQLTDEEIKEIADRMDDLMWHGFTDIVDDVYRQREDSSYDYEIWDEDIIKVRKELXKYI* |
| SA_S2_NOR15_50mDRAFT_c10075804 | SA_S2_NOR15_50mDRAFT_100758042 | F019836 | MQKEKLELPVKQFHRLYDLLGDILDHESDTNDFNMENNDIELIEDIRTELFNQIPDEKTFTDYALTGRSSNPSIQPGKLYKIVEQSSKYGFRLEVEDGEEIFCLFKNCAFLNGRDWTIINVEN* |
| SA_S2_NOR15_50mDRAFT_c10076688 | SA_S2_NOR15_50mDRAFT_100766881 | F082533 | EAFFTSYIDPYYYLTMVDVNKLFSQEGAIEASETFAQNALDTVGESGAETGQATPMPYMLSNMIQFQGGSGYISKYEMVNKSGEISKANGYKRYTQYWDLEAKEWISEFVDPITSDTEGMVPATKGRIVNGEVEGPRNDQVKYKYLGTQGDNVHPEFQYSTVLNYQNMTEINKMGMIIELDTVNPSITRYSRIYCQIMEYAAGVQETILKPAADLDGVEQEEGAGALQERTGEDGENDASTSGNQNGVKNEFLTGFYVVAGVEYLYTAPGPLRMKLHLLRREYVPTT* |
| SA_S2_NOR15_50mDRAFT_c10076897 | SA_S2_NOR15_50mDRAFT_100768971 | F099389 | MKYSAAVAALVANVRADAPTYYNEPPFAVSTXPAAAGLVQVESACAMSGATGVMCAPSNNMLFATGMNGDEDMGEDITMKGNKFHFNQQLAQAKFATGMNGDEDLGEDITMKGNKFHFNQNLAQFATGMNGDEDLGEDITMKGNKFHFNQNLVQSGFATGMNGDEDMGEDITMKGNKFHFNQELAQAKFATGMNGDEDLGEDITMKGNKFHFNQNLAQFATGMNGDEDLGEDITMKGNKFHFNQNLVQSGFATGMNGDEDLGEDITMKGNKFHFNQNNLVQLQDDPEPKIQRADWTGYTFPDKVHVLDPKVSKTHTAWY* |
| SA_S2_NOR15_50mDRAFT_c10078198 | SA_S2_NOR15_50mDRAFT_100781983 | F024806 | MITNSDFNFQKNEAVTLELPFSEHIEELRQRLFHIVWIVLLLTCVAFFEVKFLV |
| SA_S2_NOR15_50mDRAFT_c10078714 | SA_S2_NOR15_50mDRAFT_100787144 | F010838 | LITDKTQPLTVNLLQVDEQKTDGDNLSVLFDHNVTRGALKNLITDKPSPITMKLAQKTDA |
| SA_S2_NOR15_50mDRAFT_c10080692 | SA_S2_NOR15_50mDRAFT_100806921 | F082533 | MNWTNPNDTTETWIQDIVANSYLSDETFFKSYIDPYYYLTMVDVNRLFSQEGAIEAMATFPTNASDTVGEVGAETIEETPMPYMLSNMIQFQGGSGYISKYEMVNKSGEISKANGYKRYTQYWDLEAKEWISEFVDPITNDTPGMVPATKGRIVNGEVEGPRNDQVKYKYLGTQGDNVHPEFQYATVQNYQNNVEIEKMGMIIELDTVNPSITRYSRIFCKIMEYAATVQETILKPANDLDGVDQEEGAGPLQNREGEDGQNDPSPTNQNGVLNEFLTGFYVVSGVQYMYTEPGPLRMKLRLQRREYVATT* |
| SA_S2_NOR15_50mDRAFT_c10081588 | SA_S2_NOR15_50mDRAFT_100815883 | F002033 | NVPRRTPGQLKFITELQQEINKQQNQNNNLKSKEMNKFNKFFADHGIKIIIAIMLLTYFKSCSIDSEVERIKKEQRILTTEIDTLSSQIVNEAEMIKLIKEVPAWKTLRIEEISDKERISINALEEKDN* |
| SA_S2_NOR15_50mDRAFT_c10083375 | SA_S2_NOR15_50mDRAFT_100833751 | F009426 | VNTDLKLSLDMVPSEISYIITVFMTTSPRVISAGAARESLYEGKADYCMIGVNS |
| SA_S2_NOR15_50mDRAFT_c10083629 | SA_S2_NOR15_50mDRAFT_100836291 | F103277 | MDKKALQNKVNELKLTLGSLELNAKATQEDLMEATKKLKDVSKPKITKEFVEEMREAVHQAIRQISFDSVESYDVDFELDYNNTLSVSNIEFNEVDEINEAVCDYIEDLFNIVEE* |
| SA_S2_NOR15_50mDRAFT_c10085253 | SA_S2_NOR15_50mDRAFT_100852532 | F036294 | MDKGFSDEAIVGVKLIADEDAVTYLRIKLSESDKEVGAEGWNM* |
| SA_S2_NOR15_50mDRAFT_c10086251 | SA_S2_NOR15_50mDRAFT_100862514 | F093886 | MKYWILILAATFLLATAPDIRAHNLVGVNGNTQDHQHVYRRQQYGKPLQQGHRVQSTGGNGTIVWGSDARPEYGKSTVRRSGPVIDDQKLKPGAIRNESNKYGSAVNRYGKAVRSYG |
| SA_S2_NOR15_50mDRAFT_c10087128 | SA_S2_NOR15_50mDRAFT_100871282 | F024200 | MKYTTVLLLIGAVAASQVEYAPISDESLVQTGEPCVYLDETVGELEYQMEMFSRTLDPRHWTNVQNIFGALKKKGTKNLPKLQVKTWDLFDKAFSFPRIRRYNFVCENMDMLEHFQDNLNTNISNTIHMENFLRVANTVRTNLLTKYRDGEFVDPATFDPKAEIDA* |
| SA_S2_NOR15_50mDRAFT_c10087179 | SA_S2_NOR15_50mDRAFT_100871791 | F039146 | MKNKKNCGCLSKYMKPSIQGTKGSKGRGGWDAKPVFRITNPGRR |
| SA_S2_NOR15_50mDRAFT_c10087540 | SA_S2_NOR15_50mDRAFT_100875401 | F062770 | FICKQDKHRVKHSTLADYCDMIIEGVSTEDDHFKEKVV* |
| SA_S2_NOR15_50mDRAFT_c10088792 | SA_S2_NOR15_50mDRAFT_100887922 | F061838 | MNNMFNKIMPKSYNDIAKYSNMVMDHEVLDGKIKNIELDFVPSKEPIKYGGYEMIQPGTLVINVILNTEGFYEISDSVPAIQDAFKLRPELEADSFLEFNGYEFIKNIIFPYISQKFLRLMGLSLGDVPYVDFNLINHRGETILSYDEDLDTFIGSKNGSVWKKIS* |
| SA_S2_NOR15_50mDRAFT_c10089116 | SA_S2_NOR15_50mDRAFT_100891163 | F098038 | MTTETFIDYSKNYLPGYTGHVPKKNEIFGSTAGQINKIITKTGEPGSKYDIDVAISKPYYE* |
| SA_S2_NOR15_50mDRAFT_c10091068 | SA_S2_NOR15_50mDRAFT_100910681 | F013783 | LILEGITFKLALDFFIFLKKNRITSTSIKVDFFDKVKHEYIDFADVAAMEAYYKKTYIPIDNCFLGDLVSITFFLASSDLYDFTTEFKAMDVTSNLKLETGSSYDRQRNAGRQVLVDRQIQLIKNAVADYVKYYLELKYIYVTGIYSPCYAVPGWSENTWYLQSFRDAFISSRNTSEFPYSDL |
| SA_S2_NOR15_50mDRAFT_c10091201 | SA_S2_NOR15_50mDRAFT_100912011 | F096595 | MVLTHLTAPKQHASIMDSIIKFGQFVRHQRQQKGLTQLQLSLKVFHKPNIEYIGRLERGALAGITFATADKIMLALDSELEFREFESFQADYIA* |
| SA_S2_NOR15_50mDRAFT_c10096118 | SA_S2_NOR15_50mDRAFT_100961181 | F088979 | DTFTCDMDGYVNMTNKLIELSLFALAIIKETYAAMLPFELGKSVQYAWDGLVGAGSWAGFAVASLYYFGLEYGYADIMCEYSGYGYMAIDYLSFFIDFANKE* |
| SA_S2_NOR15_50mDRAFT_c10096225 | SA_S2_NOR15_50mDRAFT_100962251 | F096595 | MDSIIKFGQYVKHIRTRKGMTQLELSLKVFNKPNYEYIGRLERGVAAGVTFATADKILLALDCEMELGEYETGDFCC* |
| SA_S2_NOR15_50mDRAFT_c10096651 | SA_S2_NOR15_50mDRAFT_100966513 | F051964 | MKKLLLIMMSGLLLMSCTQQNDLTFNEMVNQTEITAKGIDTTALFYESSATKELTGVKSVFAGINNTTIEVLCDSNGKTESKVIDSPFMEDEVIHLPVKLTLEDAEQILLDSGYGTGVEGVADWSEVVLRRPLEPGFNVAQYIFTTSKGFVSINATTGKIIFPVSLEGPRNTFGDSQEQL |
| SA_S2_NOR15_50mDRAFT_c10099039 | SA_S2_NOR15_50mDRAFT_100990391 | F006002 | MKAVYCKCSNTYSIKCDKDEKKCKSAEYWKQGIGSIYKETEE* |
| SA_S2_NOR15_50mDRAFT_c10099653 | SA_S2_NOR15_50mDRAFT_100996532 | F018541 | MYSPKMRSFWVDFPVSAEQYAKLELRWRRRQNFYEIKNPPPEDVRIRSFCTFGGEDYKIISLEARGDIDAYNHTLEVMDKWIIENLGEY* |
| SA_S2_NOR15_50mDRAFT_c10099786 | SA_S2_NOR15_50mDRAFT_100997862 | F045766 | MCEIQEKLAQVIARMQAIQRAIKSSGQPASMFELQELKDLGVEYARLVDQLANSPDGPSRA* |
| SA_S2_NOR15_50mDRAFT_c10100408 | SA_S2_NOR15_50mDRAFT_101004083 | F074895 | MAKKRKDKPWHLKVTWTLSIVMLFLIFGFFYQSFGEMLKIAPVQVAIERTGEPETQKTPDPDK* |
| SA_S2_NOR15_50mDRAFT_c10100635 | SA_S2_NOR15_50mDRAFT_101006352 | F101184 | MSQTVRSAIIAASFGLVIPYTSVGLYALHFAWPVSEDFGQFCFYLSFIHDLAGIRVAIFLHLVSDHTPIADNQRLLIDVVNVVTWAIVYGALGLLWGYLRFRFGEGQKIN* |
| SA_S2_NOR15_50mDRAFT_c10104943 | SA_S2_NOR15_50mDRAFT_101049431 | F096595 | MNSIIKFGQYVKHIRAKKGMTQLQLSLKVFDKPNLEYIGRLERGTLAGITFTTADKIMLALESEMEFRKFEMFKTDYAI*KFSIKKTAQSYEKSSSYN* |
| SA_S2_NOR15_50mDRAFT_c10106461 | SA_S2_NOR15_50mDRAFT_101064613 | F006798 | KLQYIKEHAVEEFIGKMEAVTTESILGDESIVELLTGSVPQQITVQENPLGMVECFLQLFIDREEYEVCQQLIDVHPQLLITESNC* |
| SA_S2_NOR15_50mDRAFT_c10106623 | SA_S2_NOR15_50mDRAFT_101066231 | F079376 | MFDIVITRQPGRPCVSFGVLRVCRTTEEGERQMRHRESDSLVVPKKAGNSAGGKEATHGSVV* |
| SA_S2_NOR15_50mDRAFT_c10110979 | SA_S2_NOR15_50mDRAFT_101109792 | F036294 | MDRGSAEEAVVGVKSVADEDAVTYPRVKLPESDKEVGAEGRNM* |
| SA_S2_NOR15_50mDRAFT_c10112135 | SA_S2_NOR15_50mDRAFT_101121352 | F061741 | MGLDVSALSDFNNEVAGELITKMVYGGSTMEYITIKEGVKFQEPINLMEVDLVLQNGTCVSTPSGSLDFSQRNITVCPRTSFDGICLKDMDRTYLGISALERGSYNETF |
| SA_S2_NOR15_50mDRAFT_c10112379 | SA_S2_NOR15_50mDRAFT_101123791 | F009426 | VNTYLKLSLDMVPSEISYIITVFMTTSPRVISAGAARESLYEGKADYCMIVCE* |
| SA_S2_NOR15_50mDRAFT_c10115026 | SA_S2_NOR15_50mDRAFT_101150262 | F000787 | MKSFAIAMLVAVVSAGAPPTVGLGHAIIPQTREEYDNSKDLWKGDWAKYRTAHPNDQDCSISESDNWKGAQQCSQSWECRGARMCERGGWCSGYDGCEGTPLPDQAPGLAADH* |
| SA_S2_NOR15_50mDRAFT_c10115241 | SA_S2_NOR15_50mDRAFT_101152412 | F008190 | IEFNFIYSNDALRVKTFLGNVPRSIECINYMDIFNKLTKNDYYQAEPSDAVVSSYLMRQLQNAISRNISTTIFYVLGNLDNDTVCGVKEYVSSLSTKTITYKIYHSPDVNVNGAAVLFDDIIEFE* |
| SA_S2_NOR15_50mDRAFT_c10117556 | SA_S2_NOR15_50mDRAFT_101175563 | F004866 | KMAIVNKVDLKLKVDINVSIKYQILTYCFFNDTLISNSDLKFLMELAKKGKVELTIFCKSLVDKGIFKSPQSARNAITKAEKKQLLTKNGINKKTILISKGINVQTNGLVLLDYKVLGSESKES* |
| SA_S2_NOR15_50mDRAFT_c10117715 | SA_S2_NOR15_50mDRAFT_101177151 | F023593 | FMSKMNEIDELAQYQADVILETLKEQVEWSIADYDLSGDDYYNLRDYTVYQTVIKLLEQVDLVDVDYYKQNTIISG* |
| SA_S2_NOR15_50mDRAFT_c10118735 | SA_S2_NOR15_50mDRAFT_101187351 | F012720 | MISTKDVHAPSLDANSQPIDIPIDEVKAITLKVSPTYALDQVESVTLKSFRKVVGYDTFNSILKGDRNEKKDQADHYNVTVSMMVKRVPETMASAPMSDVYNSEHKTLAQTLDKGFPYDDDNQSVSDSVAGFRTPKAATDIQLVGRLNGENITKGALVNLVRDRDSPITQGLVQ |
| SA_S2_NOR15_50mDRAFT_c10119340 | SA_S2_NOR15_50mDRAFT_101193403 | F029460 | MSNVQLKMQLKGNKCAFFQFLALYKSQGLGHDSDGILGLSPHKDWKKKKLHYLWSLKDNKIIDRAIVSFSITSKDMGETPYALFGGYNSSQIVGGAEGLKTFRNFDN |
| SA_S2_NOR15_50mDRAFT_c10120244 | SA_S2_NOR15_50mDRAFT_101202442 | F103887 | MDPLGNPILENVGSGEFKDRVGQKVNQKGYMIDKDGNIVNKNGKIMFGKELLDNEQDIPKVFRTGLLKSDTASSLSRLMSEIGKNQPSEFDQEEQRI* |
| SA_S2_NOR15_50mDRAFT_c10120740 | SA_S2_NOR15_50mDRAFT_101207403 | F032661 | MEERRRVKRRRYKAYTYFPAIDHRGNFIMSDRRYHPTRRSYDIFVEDVDLCPLISEQM* |
| SA_S2_NOR15_50mDRAFT_c10121177 | SA_S2_NOR15_50mDRAFT_101211771 | F066233 | MEIEKNIEDELRAEAQEKGEVATKILDALVFSKFGGIEYSMMIRRQRQNSYSSXNIAXPIYFEFDVDIDVDKTFEPSPTYDKKYEDYIYEIGEHIERALRYVNLQDYMEEPMFTYVNDDLVENEVDRLENKLVLYLQSQYEGLSYDSIREADIGYYFYKGETDNPYMRIEYIGHPPIIDGDRQSTDTIEEREYFSCEDLYDIMSDLYDRSPLSLSYDGENYT |
| SA_S2_NOR15_50mDRAFT_c10121542 | SA_S2_NOR15_50mDRAFT_101215421 | F096595 | LSVQQGHRMALTAPKQHATNVDSIIKFGQYVNHIRTKKGLTQLQLSLKIFDKPNLEYIGKLERGSLAGITFTTADKIMMALNSELEFREFEKCVQDFCR* |
| SA_S2_NOR15_50mDRAFT_c10125548 | SA_S2_NOR15_50mDRAFT_101255482 | F074895 | MAKKKKDKPWHLKVTWTLSILMLLLIGGFFIQSFQEMLKIEPVQVAIEQITTRETTQDPEPE* |
| SA_S2_NOR15_50mDRAFT_c10126071 | SA_S2_NOR15_50mDRAFT_101260711 | F101184 | MEPDIYLTLLWLVPLVVWFATHKMLQISRSIIVGVSFGLVVPYASIGLYALHFAWPVSETFGQFCFYFSFIHDLAGIRVAIILQIVDAHTPITDDQRLLLEAVNAISWAIVYGVLGMLWGYFRIGMGRVRCREKPGRIPC* |
| SA_S2_NOR15_50mDRAFT_c10127887 | SA_S2_NOR15_50mDRAFT_101278871 | F046700 | NKAIWNPFRETFTTLKQIEKDSDLIKWNCAICKTPIKSRMDSKKVENFVCSKCSKSHNSHNRSVDGRIIDTSIKFNKHCKHLLKREQKEFMTYAKRSSKA* |
| SA_S2_NOR15_50mDRAFT_c10128928 | SA_S2_NOR15_50mDRAFT_101289281 | F013783 | KKNRITSTRIKVDFFDKVKHEYIDFADVAAMEAYYKKTYIPLDNCFLGDLVSISFFLASSNLYDFTTEFKAIDVTNNLTLETGSAYDRQRNAGRQVLIDRQIQLIKNAVTDYVKYYNELKYIYITGIYSPCYAVPGWSENTWYLQSFRDAFISSRDTSQFPYSNVKIEEFPPE* |
| SA_S2_NOR15_50mDRAFT_c10129050 | SA_S2_NOR15_50mDRAFT_101290502 | F101184 | MEPDIYLNLLWLVPLVVWIASHKMLQILRSIIVGVSFGLVVPYASIGLYALYFVWPVSETFGQFCFYFSFIHDLAGIRIAIILQIVDAHTPIADDQRLLLEAVNAISWAIVYGVLGMLWGYF |
| SA_S2_NOR15_50mDRAFT_c10129164 | SA_S2_NOR15_50mDRAFT_101291642 | F030933 | MNDNLQPQELQQKRARAVRTAWVLGFIAVAIFLTFIGSAVFGR* |
| SA_S2_NOR15_50mDRAFT_c10129567 | SA_S2_NOR15_50mDRAFT_101295671 | F004928 | MGQALHNIESEPDHTVEIVVHITETLRAQQREDLVSALENSGSITSAEFCPLRYHLMLVKYDRDLYSSRDILDRVTSQNVSAKLIGPV* |
| SA_S2_NOR15_50mDRAFT_c10129878 | SA_S2_NOR15_50mDRAFT_101298782 | F002278 | MKITALAVIATIMSTASANAGEEDKLHFFDFDNAKMLYKGDWAAYKKSRPHDNDCSIAESDNWKGAQQCVESWECRGARMCERGGWCSGFDGCEGSPLPTQAPGLSATH* |
| SA_S2_NOR15_50mDRAFT_c10129952 | SA_S2_NOR15_50mDRAFT_101299523 | F081779 | MNKEDNNYIVFAEDSTAMMQEALIQQSNPLTKERAIEFAKRIKNNSLHSLHNSLHCVTILKKVSKEELNQNKDELETRN* |
| SA_S2_NOR15_50mDRAFT_c10135241 | SA_S2_NOR15_50mDRAFT_101352411 | F001461 | MFKYAIAVLATAVSATEGYPENLHEMFPNKESLYGNNWDKYKKSRQLMVDCDIYESENWLGTGKCKYSWECRGARQCEGQGWCYGDDACEEVHE* |
| SA_S2_NOR15_50mDRAFT_c10135294 | SA_S2_NOR15_50mDRAFT_101352941 | F000075 | MKFTFALVAAVAANKYDHMTDDELLAQLASNLSSAQMSEARGDGDAAVAKTAAIKNIQKSLTARILKRLDDGQPLVEVARKMKAIEGMQPQINDMERRLGIMQSVEPVLENAIKTLQKVVDVRGMGKK* |
| SA_S2_NOR15_50mDRAFT_c10135969 | SA_S2_NOR15_50mDRAFT_101359691 | F078730 | MDTSNIIEPNRLTNMQEMEVHVNGPDGANRLFIYSGMAEVDLCGGLPHPRWSLEVICFELGRTYDIENGESVI |
| SA_S2_NOR15_50mDRAFT_c10136774 | SA_S2_NOR15_50mDRAFT_101367742 | F018541 | MYSPIMKSFWVDFPLNAEQYSKLNLKWRRRQGFYEIRNPHPELRIRNFCTFGGDDYQIISLEVRGGIDDYAATLEVMRAWIEDSLGEF* |
| SA_S2_NOR15_50mDRAFT_c10139710 | SA_S2_NOR15_50mDRAFT_101397102 | F096595 | MDSIIKFGQYVKHIRSKKGLTQLQLSLKVFDKPNGGYIGKLERGVVGGITFATADKIMFALDSELEFREFETYKPDLCR* |
| SA_S2_NOR15_50mDRAFT_c10141365 | SA_S2_NOR15_50mDRAFT_101413652 | F049002 | MSTADLDKVQTQLTRAIQKDAPCVLEEEIPVLVTLDNGVKYKGFAFEVQPKSDNFPNGLVMVRTSNSDIGVPVNYISDR* |
| SA_S2_NOR15_50mDRAFT_c10142939 | SA_S2_NOR15_50mDRAFT_101429392 | F003647 | MVMCEWTLADIKNRASNKAFAKQTILKLDIESYKQELKNGTYGGITHAEAEQVLEGYKTELQVWNYITELIEKQ* |
| SA_S2_NOR15_50mDRAFT_c10143039 | SA_S2_NOR15_50mDRAFT_101430391 | F046628 | MLGYESERRLKNFLVAVGDGERDLEMARQRLCNIPDFAPHAAFQRIDRDYSLQVSSREFGNFLRDNGIYHV* |
| SA_S2_NOR15_50mDRAFT_c10144322 | SA_S2_NOR15_50mDRAFT_101443222 | F018541 | MDSPTMRSFWVDFPLNSEQYSKLNLKWRRRQNFYEIRNPQPELRIRNFCTFGGDDYEVISLEARGDINDYANALKVMDKWIVETLGEY* |
| SA_S2_NOR15_50mDRAFT_c10146474 | SA_S2_NOR15_50mDRAFT_101464742 | F026568 | MHQPTPHREFFDPFAHYTRGVLYFDKKNFTFTAYRLPYKELDNKTWETEQAFNVDYNRLIARKYSG* |
| SA_S2_NOR15_50mDRAFT_c10146663 | SA_S2_NOR15_50mDRAFT_101466632 | F004052 | MRILTTIVFLVLTVLLCSCDQQHSADIDPRLGLECFESHRASLPPGTQYEGIEKLAENGLIIKIMNGVEVETLDCGLNPDGTLRNTGK* |
| SA_S2_NOR15_50mDRAFT_c10150480 | SA_S2_NOR15_50mDRAFT_101504801 | F097365 | MVVKSNWQEMKQHAFEVFTSEGRMNAQDLEKIVEIGCSDGNFDEHEKTVLINVISNLTRADLTDDMWAKVDELINKFELGH |
| SA_S2_NOR15_50mDRAFT_c10152104 | SA_S2_NOR15_50mDRAFT_101521042 | F004866 | MAIVNKVDLKHQVDINVSIKYQIITYCFFNDTLISNSDLKFLMELAKDGKVELTEFCKNLVDKGIFKSPQSARNAITKAEKKQLLTKKGINKKTITLNEDINVQTNGLVLLDYKILGSESKEL* |
| SA_S2_NOR15_50mDRAFT_c10152587 | SA_S2_NOR15_50mDRAFT_101525871 | F018541 | ELIKRKNNMYSPKMRSFWVDFPLSDEQYSKLELRWRRRDNFYEVRNVPPPEVRIRSLCTFGGEDYKILSLEARGNIDEYNDALKIMDKWIIDTLGAY* |
| SA_S2_NOR15_50mDRAFT_c10153008 | SA_S2_NOR15_50mDRAFT_101530083 | F081750 | MGQKTDARIFRQGIAKKN*ELKYSEKNYEESSLYLYKTLEIQKYLNRFFGLYKMKVHNCKIFYSDNSLRIFVSFYITTKTISIINKNLTEYSKKITTYTRRTSSKKKGGWKE |
| SA_S2_NOR15_50mDRAFT_c10155888 | SA_S2_NOR15_50mDRAFT_101558881 | F084840 | NKEVSNTFISYDTDTAAPSSYVALTYTANWFIIKLNDTYYKYDLSKSSIVLTKGKWYAATINLNNLAKQLSLFLYNTIEVTSSINPDRTAELANVYTNTQTVPAISVPDGHAWKLLGCETDLTNIRIWSQPIEEDLQELILSQYVVKDSHLALLLDNASPELLLPTVTNPR* |
| SA_S2_NOR15_50mDRAFT_c10156896 | SA_S2_NOR15_50mDRAFT_101568962 | F034341 | MIEDQRNELKQAVNKMELYQDEVRFNLFHEKKRKDLKILSALNDFIKPNPYFVYYMFKDTIHVDDYGSIKETLFKFPSLNRGPKN* |
| SA_S2_NOR15_50mDRAFT_c10156907 | SA_S2_NOR15_50mDRAFT_101569072 | F032332 | LLTLEQTDFDQFMDLSYHVLMQSPASVLKRKDSIDAKVESINGLIKYFEEIEEYEKCTNLQKLKTMLFLNTPNDEDSINXVV* |
| SA_S2_NOR15_50mDRAFT_c10157832 | SA_S2_NOR15_50mDRAFT_101578322 | F048318 | MATVENVSLAITASTTKPGYSDIAYLYELHPSEMDCAWKREYNMSTVLCGEDVIEDDVLTSGKDKHKIKFDDSGSCEPIKVGRIFEVETKSLDEDMFGDDEVYLIVEARSGLYPDAAGEDLVWGKSNTVIGDF* |
| SA_S2_NOR15_50mDRAFT_c10162919 | SA_S2_NOR15_50mDRAFT_101629191 | F096595 | MDSIIKFGQYVKHIRTKKGMTQLELSKKVFNKPNYEYIGRLERGVAGGITFATADKILLALDCELEFREFL* |
| SA_S2_NOR15_50mDRAFT_c10163668 | SA_S2_NOR15_50mDRAFT_101636682 | F032661 | MTEKRNVKRRRYKAHTYFPAIDHQGEFIMSDRRNLTTRRICDVFVDDVDIPTMFLGINKQM* |
| SA_S2_NOR15_50mDRAFT_c10164215 | SA_S2_NOR15_50mDRAFT_101642151 | F096595 | MDSIIKFGQYVKHIRAKKGLTQLQLSLKVFDKPNLEYIGKLERGTLAGITFATVDKIMLALDSELEFREFETYKPDNVT* |
| SA_S2_NOR15_50mDRAFT_c10164922 | SA_S2_NOR15_50mDRAFT_101649221 | F012980 | MYDVFERYRVEEKNPLGSGTGVWKLPKGSGPQWAADVVHRFHVMDDDKVNDYVAANFDNFWKKYDNNGTGEIYESEGETFMRALLGPNNRFRLAPGALSDLDSTAQLHQNQFSKVPDIKTFVVSPETYTANPATAAP* |
| SA_S2_NOR15_50mDRAFT_c10166548 | SA_S2_NOR15_50mDRAFT_101665482 | F074570 | MDKLLKRNIMNAKWVIGGFVGAHTMYWFCLTKPKIVSETFGWDGNGGKMLKIVTDLTDEEMARLKYVRRLAWHWRGSRQEGYGREQISDQELSDRGINLEQEPYVEYLKRPPHDKYL* |
| SA_S2_NOR15_50mDRAFT_c10166916 | SA_S2_NOR15_50mDRAFT_101669161 | F000820 | SDGDNVFAFDGSNVTRGHLKNLITDKPSPITTKLAQKSDGDNVFAFDGSNVTRGHLKNLVTDKPSPITTKLAQKSDGDNVFAFDGSNVTRGHLKNLVTDKPSPITTKLAQKSDGDNVFAFDGSNVTRGHLKNLITDKPSPITTKLAQKSDGDNVFAFDGSNVTRGHLKNLVTDKPSPITTKLAQKSDGDNVFAFDGSNVTRGHLKNLITDKPSPITTKLAQKSDGDNVFAFDGSNVTRG |
| SA_S2_NOR15_50mDRAFT_c10169635 | SA_S2_NOR15_50mDRAFT_101696353 | F041711 | GFVFTRSKKKVTAHNTSKTVFMQPQKEYEMKPNNKGYGANDTSHSAVSWRPSITGDLRYRNPDQQKNTAPKLKGAPTGSGGVLPADWDMFKRVMNNVRDKNKNYMYIPKVTSFYRNREGKF* |
| SA_S2_NOR15_50mDRAFT_c10169956 | SA_S2_NOR15_50mDRAFT_101699561 | F075661 | MNGDEDLGEDITMKGEKYHYQQKPAANKLFATGNNGDEDLGEDITMKGEKYHYQ* |
| SA_S2_NOR15_50mDRAFT_c10170342 | SA_S2_NOR15_50mDRAFT_101703422 | F097365 | MVNESDWKAMKQAAFDAFARDGRMSIHELERIVNIALADGKFDEKEKLVMVNIISNLTGADMTDAMWLKVDELINKFDLHGDSEAFIEHHVDDPDS* |
| SA_S2_NOR15_50mDRAFT_c10172498 | SA_S2_NOR15_50mDRAFT_101724982 | F078733 | MGGLIHKFGLELDLASPEARHPNYKNGLEAKILKKEGIFYAEFSKEHPDIIVVEYDPTITTQDTIYKKVKHLNGNIKSKIIL* |
| SA_S2_NOR15_50mDRAFT_c10174866 | SA_S2_NOR15_50mDRAFT_101748661 | F082710 | QSKKLLSSIIAKKKVSVIEVDPEEFRFRKVLTGDSGDNVPPAYWHTSTTNGKTRRYGVSEGKATAIIDEFKLKHGTLSHMYLYEDGYITDLANILIKHMKAKHMSREQIITNLKSNVNLMVLSSHTIPEGILDEMFKSVESQINVNELVLPNVSTMKKIVEGTKYDGDDNSAFKASFFKGDNDNDNDMSFITNKKTKGKIF* |
| SA_S2_NOR15_50mDRAFT_c10177814 | SA_S2_NOR15_50mDRAFT_101778141 | F005564 | VVTEIDMHKLMIGLMVIFFLGDPSLQTLAWLGEMKLYIVAAAIAMVSIPFVVSQLDG* |
| SA_S2_NOR15_50mDRAFT_c10178694 | SA_S2_NOR15_50mDRAFT_101786942 | F096595 | MDSIIKFGQYVKHIRAKKGMTQLELSLKVFEKPNGGYIGKLERGVVGGITFATADKIMLALDSELEFREFERFKSDLCR* |
| SA_S2_NOR15_50mDRAFT_c10179457 | SA_S2_NOR15_50mDRAFT_101794572 | F049002 | MTKADLDKVQTQLTRAIQKDAPCTFEEEIPVLVTLDNGVKYKGFAFEVQPASDNFPKGLVMVRTSNSDIGVPVSYISDR* |
| SA_S2_NOR15_50mDRAFT_c10180945 | SA_S2_NOR15_50mDRAFT_101809452 | F013571 | MDINLILLMPNAMILGWQYHKPEKGFEFSEVNLFLFFGQIQIRW* |
| SA_S2_NOR15_50mDRAFT_c10184448 | SA_S2_NOR15_50mDRAFT_101844481 | F018541 | MRSFWVDFPLSDEQYSKLELRWRRRDNFYEVRNVPPPEVRIRSLCTFGGEDYKILSLEARGDIVEYNDTLKIMDKWIIDTLGAY* |
| SA_S2_NOR15_50mDRAFT_c10184627 | SA_S2_NOR15_50mDRAFT_101846271 | F012678 | MLNQHSLEEIGDIHNLLEDIKKEYEEGIKPILISNSPSRFRNPHTVPKLKKIQINRGLGLAAQNT |
| SA_S2_NOR15_50mDRAFT_c10187643 | SA_S2_NOR15_50mDRAFT_101876431 | F103557 | QRAMSAMLSTDKKIDYEYMQRYLPINRVMKAYSDIGAEPSTFTNKQLQNAKSGLSIWEVVNGITNFASNDEKYNIDDHKTGNLMVSAGNLLMKKNFDTEALLQFDPFANKQLLNESESARLMGQA* |
| SA_S2_NOR15_50mDRAFT_c10188071 | SA_S2_NOR15_50mDRAFT_101880714 | F063092 | VKERITSKMSNEDFKTMCRLHAKYFNHKYQEICTCNKNRLRQWIQELTDKLI* |
| SA_S2_NOR15_50mDRAFT_c10188232 | SA_S2_NOR15_50mDRAFT_101882322 | F030933 | MNENHESNELQHKRAQAVKTALVLGIIAVAIFATFIGSAIIGR* |
| SA_S2_NOR15_50mDRAFT_c10189238 | SA_S2_NOR15_50mDRAFT_101892381 | F096595 | MDSIIKFGQFVRHYRLKKGMTQKELSLKVFHKPNCEYIGRLERGVVGGITFATADKIMVALESEMEFRKFERFKADLCR* |
| SA_S2_NOR15_50mDRAFT_c10191043 | SA_S2_NOR15_50mDRAFT_101910431 | F041205 | VVCSSNLEMLKVTESLMSKVYKNSLFQVDLGMMRVQASFAVPEDYTQNRLFEFQLNDKKEWSVTFPIEVSSFMPVFESGILIPEVSLMTKAAIKSNPTAQGVGMLRSNADNELGIYFGGLFQKFEITQESLLKVQPGAAFSNKGYINPDSIQTGGPYLESSITSAPIVPESLDSLNYRNAKAEPKVDESGLGSVDDGFGK* |
| SA_S2_NOR15_50mDRAFT_c10195047 | SA_S2_NOR15_50mDRAFT_101950471 | F105198 | MKSFLFTLCLMLFAGQVSAYYTWGMGSQTCSLYVTAKAEYDHARDQRTHLAHLNWIKGFITGINWSRDSEIARDLSVATVDRWIDAHCRKNLNDTIAKASAAMVVDLEKQGKAK* |
| SA_S2_NOR15_50mDRAFT_c10195544 | SA_S2_NOR15_50mDRAFT_101955441 | F000820 | RGHLKNLVTDKPSPITTKLAQKSDGDNVFAFDGSNVTRGHLKNLITDKPSPITTKLAQKSDGDNVFAFDGSNVTRGHLKNLVTDKPSPITTKLAQKSDGDNVFAFDGSNVTRGHLKNLITDKPSPITTKLAQKSDGDNVFAFDGSNVTRGHLKNLVTDKPSPITTKLAQQSDVSAPVA* |
| SA_S2_NOR15_50mDRAFT_c10195771 | SA_S2_NOR15_50mDRAFT_101957712 | F032661 | KVKRRRYKAHTNFPAIDRRGNLIMSERRHRPTRRLCDVYAEDVDLPTMFLGIKKQM* |
| SA_S2_NOR15_50mDRAFT_c10196802 | SA_S2_NOR15_50mDRAFT_101968021 | F015324 | MAVVKRVQKKVIMSTKDIIKFQLITHCYLNRITVSNSDLECLTLLSSIGPVEIAHFCYDAADEQKIFKSQQTVRNCINKCIKFKLVIK |
| SA_S2_NOR15_50mDRAFT_c10196802 | SA_S2_NOR15_50mDRAFT_101968022 | F104999 | MENSTELSEQELKTKKEEMFQFYKESMPYLEAQLDYETRLSEIDEMRLKRTHIQMQYAQIMTPPEEENMSAEGQMPDEMPKKRKLKTEA* |
| SA_S2_NOR15_50mDRAFT_c10197213 | SA_S2_NOR15_50mDRAFT_101972132 | F105203 | LTMQQTKHAEQMVNRRFRELVEDAGDSLSANHYNELTLIIEAGLDTALLENLARVTEKLTRLAHDIQHNAEFFD* |
| SA_S2_NOR15_50mDRAFT_c10198126 | SA_S2_NOR15_50mDRAFT_101981261 | F045851 | MTLQDHNTINELIKFYMKQRSEANYKKGIQPIDGFKIHALLV |
| SA_S2_NOR15_50mDRAFT_c10200818 | SA_S2_NOR15_50mDRAFT_102008181 | F005324 | LTSKAQEAFEGVWTMEGSSYKTVVLASKYAVVKIINYSFASDDTLNEVILSQTDTTMTTSIYNPRNGYTIGMSYTVVDEDTLQCVFTGDAEDTVLMKRE* |
| SA_S2_NOR15_50mDRAFT_c10204284 | SA_S2_NOR15_50mDRAFT_102042841 | F004928 | MGQALHSIESEPDHTVEIVVHITETLGAQQREDLVSSLEDSGGITTAEFCPLRYHLMLVRYDRDLYSSRGVLDCVTSQNISARLIGPV* |
| SA_S2_NOR15_50mDRAFT_c10204884 | SA_S2_NOR15_50mDRAFT_102048841 | F049002 | NLQEINMADASQDKVQKELTRAIKKDAPCTFDEEIEVLVTLDNGVKYKGVAFEVQPESDNFPNGLVMVRTANSDIGVPVKYISARQ* |
| SA_S2_NOR15_50mDRAFT_c10204935 | SA_S2_NOR15_50mDRAFT_102049351 | F005505 | FVYFFLHHFNGATVNY*FFERWNISELDEVRFYGVAPH*YFRPLMGILVISPTHYEGLMWMGLFFILLAFLPIFYNFYNVYHKYVATIPMQNSLLQTSFFIFFMMSLYCTASMLPCGRYYYEPEGGYVGNP*VKFSYQFVYLYLGWFVHHLDLFDHYIFQFSQTFIRKCSSYSLRTLVLRKSASKKTNSRKAFAKW* |
| SA_S2_NOR15_50mDRAFT_c10206034 | SA_S2_NOR15_50mDRAFT_102060342 | F026568 | MHKLGPQREFYDPYYHYSRGVLRFDEKQFTFTAYRVPYQELDHKSWKTERAFKADYARLIERKYSP* |
| SA_S2_NOR15_50mDRAFT_c10206331 | SA_S2_NOR15_50mDRAFT_102063312 | F059981 | MESNKKIVCIFCGGLANIKRQNDLMVVSCPKCKRETEFDAYQAIFDNWMGDIRKED* |
| SA_S2_NOR15_50mDRAFT_c10206368 | SA_S2_NOR15_50mDRAFT_102063681 | F043410 | MVQYANLQKKVNATDGTFDVQSMINKALIGILISKEIITKEEVLVILGNINRQQEVHFEQQK* |
| SA_S2_NOR15_50mDRAFT_c10207357 | SA_S2_NOR15_50mDRAFT_102073571 | F017499 | MSRYNSRMHGVKTDNLHVDINWGFDHVLGYWYDIVETKEGEETVIEEWSTKVNGGSRXKMLDFLNKYNLPEKHRSAVALDMEF* |
| SA_S2_NOR15_50mDRAFT_c10208502 | SA_S2_NOR15_50mDRAFT_102085021 | F011096 | INSYREIFPPRKLPSGNPARNNVKALGESFRWFFETYNHTWEQVQKATSMYVNEYRDADYLYMQTSQYFICKQDKHKVKHSRLADYCDMIADGVSTEDEHFKENVV* |
| SA_S2_NOR15_50mDRAFT_c10209053 | SA_S2_NOR15_50mDRAFT_102090531 | F092105 | MLIDSKFELEIPTHIQFTLYKNDYIDNLIISKVKRECRNEASKGTKFTVSIDQFENAIKTSAFLRAELQKTIDQDLLPDPEFKPNSIFFLQSIINRLVNLHTITFKISNDKIFSRLVKVE |
| SA_S2_NOR15_50mDRAFT_c10210785 | SA_S2_NOR15_50mDRAFT_102107852 | F103277 | MDKQALQAKVDELELTLNSXELTAQTTKDDLMQATKKLEDVSKPIITKQVVEQIREAVHQAIQQISFNNVDSYDVDFELDYNNTLSLSNIEFNEVDEIEESVCDYVEDLFNIIED* |
| SA_S2_NOR15_50mDRAFT_c10216281 | SA_S2_NOR15_50mDRAFT_102162811 | F016971 | MNQVAQRLPDVEKCAVEIVVYISKYLGDEERSVVVSALEKTDGILGVEFSLMRHHLVLANYDRDMLTSQDVLKSFNSLNLDAKLVGPI* |
| SA_S2_NOR15_50mDRAFT_c10216368 | SA_S2_NOR15_50mDRAFT_102163681 | F000088 | MKYTGIIAVIALLAKPSSAVEIKQKSSWAPPALGPYASDTDHLSNECYGADEDDIMYDVFERYRVEERNPVGAGTGIWKLPKASGPQWASDVIRRMHVMDNDKVNAYVAANFDNFWKKYDNNGTGEIYESEGETFLRALLGPNNRFRLAPGALSDMDG |
| SA_S2_NOR15_50mDRAFT_c10221606 | SA_S2_NOR15_50mDRAFT_102216061 | F096595 | MDSIIKFGQYVKHIRXKKGLTQLQLSLRVFDKPNLEYIGKLERGTLAGITFTIADKIMMALDSELEFREFELFKPYYIA* |
| SA_S2_NOR15_50mDRAFT_c10222888 | SA_S2_NOR15_50mDRAFT_102228881 | F101260 | VADIYFESKYLTYLFKDPGKYMISLELTDTNGNKYKKDRNIVNIKQIKQNGN* |
| SA_S2_NOR15_50mDRAFT_c10222998 | SA_S2_NOR15_50mDRAFT_102229981 | F051143 | MIRKVTREEELDRVDTMSTLEAVAYANQLSNRLKCDDCTDEERKNGLLLLGQLTTRVPFLKITLGLPTFCQIGWGHFAESGEAIK* |
| SA_S2_NOR15_50mDRAFT_c10225845 | SA_S2_NOR15_50mDRAFT_102258452 | F031108 | MHISGYNGADEDEIMDNIYSKFSSEGITSTGHKTGQKLLMKDDAKLAAGQTLEAAHFMKPEDVPAYLNANFEDSWNHFDQNHEGWIRYEET |
| SA_S2_NOR15_50mDRAFT_c10226565 | SA_S2_NOR15_50mDRAFT_102265651 | F028004 | MKNFKITNLKSKVVHYLNESEKKQFFTKNSLGNYKRENVQTLRREMYNKKLHDFAFSIGLMAVFTILLLLMCGTLGFIDSL |
| SA_S2_NOR15_50mDRAFT_c10226841 | SA_S2_NOR15_50mDRAFT_102268412 | F048642 | MATSFNLQEYILFRVEIKRELTNAEVDTNFQMVSNPWVISRVYEIGNIVYHPVIVDDPATTGEDQVLAWWRANVRTTQGVFDTSEWDIIGGIGSGNINVQGANSFGRINVNSTLPTGTLQTGNDALLNANLPNDKFNLIAGAGMALQYN |
| SA_S2_NOR15_50mDRAFT_c10227392 | SA_S2_NOR15_50mDRAFT_102273921 | F096595 | VDLTPLTAPKQYATNMDSIIKFGQYVKHIRTKNGLTQLQLSLKVFDKPNLEYIGRLERGRLAGITFATADKIMLALDSELEFREFELFKADYIA* |
| SA_S2_NOR15_50mDRAFT_c10227667 | SA_S2_NOR15_50mDRAFT_102276671 | F002730 | VRSVRTVRSFLSHSSDVDDLLEGLDGVLKDWLNRLHDSESSLHIVNLWLHAFDGLHLSGDLNQWLSVIESLEDSGGKSFLDVLDGSGLGNGGIGISLGLKFL |
| SA_S2_NOR15_50mDRAFT_c10233483 | SA_S2_NOR15_50mDRAFT_102334831 | F005815 | MTMKVTRLTTYWTVDEAATIIDFLDGLRDALWETYGEKITQMHREDYDNRIQDINQCELGFDDDILF* |
| SA_S2_NOR15_50mDRAFT_c10234697 | SA_S2_NOR15_50mDRAFT_102346972 | F084833 | NEERSNRGLSTFVTDTLINNGAKIQANYLSAIRSYKQVSHTNPNLKYKTASDRIKIASDSKYDISSENVTAFTYHSSKTDLEIATQXHNNFMNSKYHKMNVLTENGDYFNSGTISPRYYGHYVVYNKKLNAIIVVQMFPRLNYN* |
| SA_S2_NOR15_50mDRAFT_c10235624 | SA_S2_NOR15_50mDRAFT_102356241 | F022076 | ILLKPRREHDPYEMNEIKGTRMPDYSNISKDRDIYGELGWIPNFNVKCSKNNGKRHATNREYFDGPMNYHVTFNNSTMTNSEFFR* |
| SA_S2_NOR15_50mDRAFT_c10238043 | SA_S2_NOR15_50mDRAFT_102380432 | F097365 | MVNKSDWQEMKRHAFDAFARDGRMSVSVLEEIVNIGNADGEFDEQEKSVLINIISNLTRADMNDAMWLKVDELIHKFELHDDGEAFIEHLDDDSEY* |
| SA_S2_NOR15_50mDRAFT_c10239283 | SA_S2_NOR15_50mDRAFT_102392831 | F018541 | MYSPKMRSFWVDFPLTDEQYSKMELRWRRRQNFYEVKNEPPAEVRIRSFCSFGGEDYKILSLEARGDINAYNETLKIMNKWIIDNLGEY* |
| SA_S2_NOR15_50mDRAFT_c10239583 | SA_S2_NOR15_50mDRAFT_102395831 | F002730 | LHDSESSLHIVDLWLHSFDGLHLSGDLDEWLSIIKSLKDSSGKSLLDVLDGGGLGNGGIGITSHFGHLGGLEG* |
| SA_S2_NOR15_50mDRAFT_c10239807 | SA_S2_NOR15_50mDRAFT_102398071 | F048318 | FFMATFENVRLDITASTTKPGYSEIAYSYELHPSEMDCAWKREYTMSTDLWGEDLIDDDVLAWGKDEHKVKFDDSGPCEPIKVGRVFEVETKVLDEDLFGDDEVYLIVEARSGLRPDAAGESMVMRKSNTVIGDF* |
| SA_S2_NOR15_50mDRAFT_c10242186 | SA_S2_NOR15_50mDRAFT_102421861 | F090432 | MGPIVKSATHGWMLRFPVALTIATFLGVQASAWERQNKAFHDLVSQPAPHGSYLRKSMREHFPVWWSDVSSNLHSNGYSLPEMNEYDKSTT |
| SA_S2_NOR15_50mDRAFT_c10242186 | SA_S2_NOR15_50mDRAFT_102421862 | F100467 | NESRENQAHMIMTMEKKLNPTSSALFRWMNGGRDRSISKISVAQYWDWLTYIDDDYLTDYEILRMKELYYW* |
| SA_S2_NOR15_50mDRAFT_c10243604 | SA_S2_NOR15_50mDRAFT_102436042 | F032661 | MTERRRVKRRRYKAHTYFPAIDHRADFIMSERRHNLTRRKCDFHFDDVDLPTMFLGINKQM* |
| SA_S2_NOR15_50mDRAFT_c10244577 | SA_S2_NOR15_50mDRAFT_102445771 | F054596 | ENDLANWFKIVGMLLLFYVFQGLHWWANFELGIHDTRSSTVYNLCIFGSAIIVISIMLILGAQVNKKKLTHEFYIEKISEEKQRKAEEEAKLQQKLANEAKMGIQKD* |
| SA_S2_NOR15_50mDRAFT_c10247294 | SA_S2_NOR15_50mDRAFT_102472941 | F064726 | MLATQEVASKEAVNERKYRSPNRVLARSFRMGRDKWKQKYMDTRVDLKRARQLATERGDSRDRWRAECDAVKEQARAAEALAQERLQELEQLRAREREVKKTLLTDAS* |
| SA_S2_NOR15_50mDRAFT_c10250244 | SA_S2_NOR15_50mDRAFT_102502441 | F101184 | FLWLIPLVVWVATHKISQRLRYTLVGVSFGLIVAYASVGLYALHFVWPVSEAFGQFCFYLSFLHDLAGIRVAIIFQLVSAHSPISDDQRLLVEVVNAVSWAIAYGTLGLLWGCFRHSGFSRS* |
| SA_S2_NOR15_50mDRAFT_c10250662 | SA_S2_NOR15_50mDRAFT_102506621 | F101184 | MGSDIYLNFLWLVPFVAWFATRNMSQIVRSTIIAASFGLVIPYTSVGLYALHFAWPVSEDFGQFCFYLSFIHDLAGIRVAIFLHLVSDHTPIADNQRLLIDVVNVVTWAIVYGFLGLLWGYF |
| SA_S2_NOR15_50mDRAFT_c10251704 | SA_S2_NOR15_50mDRAFT_102517041 | F059981 | MATDRQIVCIFCGGIANIKDQNNLKVVSCPKCKRETELDTYQDIFDNWMGDIRKGD* |
| SA_S2_NOR15_50mDRAFT_c10252908 | SA_S2_NOR15_50mDRAFT_102529081 | F039145 | MNKLLICILFSMILLTGCSQESVQTPFELSAFIETLQENGVDGTLSIRGPVNEDMEYVAEFAIAKYSSTRIISLFKCKDAEKARANLAEALKNPKLSGQASNGTFIMAATFYPPDEEAVEKIKAIFLAHVFE* |
| SA_S2_NOR15_50mDRAFT_c10257395 | SA_S2_NOR15_50mDRAFT_102573951 | F020543 | MKRYTLKVDNGNGVENIWSGNEMSDAIHYETIAKHQFGRMGGAMIWICDNLNE |
| SA_S2_NOR15_50mDRAFT_c10258151 | SA_S2_NOR15_50mDRAFT_102581512 | F041220 | APTGVFVMNEAQTKAASAEVLASHKGIKGGELSSYMETYFPRTWAHYDVNKSGVIGVETIPMFMRFLASDQTLNL* |
| SA_S2_NOR15_50mDRAFT_c10258616 | SA_S2_NOR15_50mDRAFT_102586161 | F047696 | SYNNESDMATLSAMSDSALVSSLETTLHQALAAESKDDTAAAVAKTAAIKNIQKALTARILKRLDDGQPLVEVARKMKAIEGMQP* |
| SA_S2_NOR15_50mDRAFT_c10258843 | SA_S2_NOR15_50mDRAFT_102588432 | F023447 | METQAFMGTGELIPRLMAQVGDAKFGMALANKNGFLNTDGSLSAKGIARNGMTAEGRAIDRAGGTGVYNASTNSVTQP* |
| SA_S2_NOR15_50mDRAFT_c10260483 | SA_S2_NOR15_50mDRAFT_102604832 | F031103 | MNIKSLTLKNTLSIEETGELYYDLTAPSFTYRRELGIKGIHYVTVDQAGRIDKIAEQYFGSSQFADAICIVNNIFNPFSVNEGDVLVIPNLREPDLVYRRPNPASRPSVQLAQYTNTDR |
| SA_S2_NOR15_50mDRAFT_c10260899 | SA_S2_NOR15_50mDRAFT_102608991 | F082710 | RRYGVSEGKATAIIDEFKLKHGTLSHMYLYEDGYITDLANILIRHMKAKHMSREQIITNLKSNVNLMVLSSHTIPEGILDEMFKSVESQININELVLPNVSTMKKIVEGTKYDGDDNSAFKASFFKGDSDDDNDDMSFITNKKTKGKIF* |
| SA_S2_NOR15_50mDRAFT_c10262383 | SA_S2_NOR15_50mDRAFT_102623832 | F049002 | MAKTDYDEAQTELIRAIKEDAPFTFEEPIPVQVFLDNGVTYNGVAYEVQPADTTFPDGLVMVRTGNSDIGVPVSYIRAK* |
| SA_S2_NOR15_50mDRAFT_c10265848 | SA_S2_NOR15_50mDRAFT_102658482 | F084255 | MESSKRYLLQAEIEYWHEMLYLNKSRMSKNREEEMRGCLKKAVRAMNTNSIGEFRVAA* |
| SA_S2_NOR15_50mDRAFT_c10269612 | SA_S2_NOR15_50mDRAFT_102696121 | F001217 | NGFEKYFITIALEHAIAEAENDIKEMKREGKRPIYAEGYFEMVGKELIAKVNDMTLKKHQLISQNAFDKF* |
| SA_S2_NOR15_50mDRAFT_c10270853 | SA_S2_NOR15_50mDRAFT_102708531 | F075981 | TEFKAMDVTNNLKLETGSAYDRQRKAGRQVFIDRQIQLIKNAVTDYVKYYSELKYIYVTGIYSPCYAVPGWSENTWYLKSFREAFISPKDTSQFPYNDVKIEEFPPN* |
| SA_S2_NOR15_50mDRAFT_c10277272 | SA_S2_NOR15_50mDRAFT_102772721 | F023596 | MASKSLQALLFFSAGIIALLFVKLMFDMSSSMREMTGYVGAMSQDVSEMQNSMHTMNESLLRMEKSIHELGQTFGQGSKQFQQMNPAGMMQQVLPGKEQRTR* |
| SA_S2_NOR15_50mDRAFT_c10278569 | SA_S2_NOR15_50mDRAFT_102785691 | F043410 | MAKYDNLQNTDIGKVETFDIQGMINKALIGIMISKEIITEEEILIILGNINRQQEIYFEQQNSPS* |
| SA_S2_NOR15_50mDRAFT_c10282742 | SA_S2_NOR15_50mDRAFT_102827421 | F018541 | MNSPTMRSFWVDFPLNAEQYSRLKLKWRRRQNFYEIQNPHPDLRIRTFCTFGGDDYQVISLEARGNVDEYASALKVMDKWIVETLGKY* |
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Bioinformatics & Integrated Biology Lab Institute for Fundamental Biomedical Research Biomedical Sciences Research Center "Alexander Fleming" |