| Basic Information | |
|---|---|
| IMG/M Taxon OID | 3300000119 Open in IMG/M |
| GOLD Reference (Study | Sequencing Project | Analysis Project) | Gs0063447 | Gp0053467 | Ga0026086 |
| Sample Name | Marine microbial communities from chronically polluted sediments in Antarctica -King George Island site S1 sample ANT 01_9.5m |
| Sequencing Status | Draft |
| Sequencing Center | DOE Joint Genome Institute (JGI) |
| Published? | N |
| Use Policy | Open |
| Dataset Contents | |
|---|---|
| Total Genome Size | 482644959 |
| Sequencing Scaffolds | 96 |
| Novel Protein Genes | 116 |
| Associated Families | 85 |
| Dataset Phylogeny | |
|---|---|
| Taxonomy Groups | Number of Scaffolds |
| All Organisms → Viruses | 1 |
| All Organisms → cellular organisms → Bacteria → Proteobacteria | 3 |
| Not Available | 35 |
| All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria | 3 |
| All Organisms → Viruses → Predicted Viral | 14 |
| All Organisms → cellular organisms → Bacteria | 6 |
| All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia | 1 |
| All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria | 1 |
| All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Parvibaculaceae → Anderseniella → unclassified Anderseniella → Anderseniella sp. | 1 |
| All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Xanthomonadales → unclassified Xanthomonadales → Xanthomonadales bacterium | 6 |
| All Organisms → cellular organisms → Archaea → Euryarchaeota → unclassified Euryarchaeota → Euryarchaeota archaeon | 1 |
| All Organisms → cellular organisms → Archaea → DPANN group → Candidatus Woesearchaeota → Candidatus Woesearchaeota archaeon | 1 |
| All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Nitrosopumilales → Nitrosopumilaceae → Nitrosopumilus → Nitrosopumilus maritimus | 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 → Proteobacteria → Alphaproteobacteria → Rhodobacterales → Roseobacteraceae → Shimia → Shimia abyssi | 1 |
| All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → Phycisphaerae → unclassified Phycisphaerae → Phycisphaerae bacterium | 1 |
| All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales → Weeksellaceae → Chryseobacterium group → Chryseobacterium → unclassified Chryseobacterium → Chryseobacterium sp. | 2 |
| All Organisms → Viruses → unclassified viruses → unclassified DNA viruses → unclassified dsDNA viruses → Prokaryotic dsDNA virus sp. | 2 |
| All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Nitrosopumilales | 1 |
| All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Xanthomonadales → Xanthomonadaceae | 1 |
| All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodobacterales → Roseobacteraceae → Sagittula → unclassified Sagittula → Sagittula sp. P11 | 1 |
| All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales → unclassified Flavobacteriales → Flavobacteriales bacterium | 1 |
| All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → unclassified Bacteroidetes → Bacteroidetes bacterium | 1 |
| All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → Planctomycetia → Pirellulales → Pirellulaceae → Blastopirellula → unclassified Blastopirellula → Blastopirellula sp. | 1 |
| All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Nitrosopumilales → Nitrosopumilaceae → Nitrosopumilus → unclassified Nitrosopumilus → Candidatus Nitrosopumilus sp. SW | 1 |
| All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Acidimicrobiia → Acidimicrobiales → Iamiaceae → Aquihabitans → unclassified Aquihabitans → Aquihabitans sp. Kera 3 | 1 |
| All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Phyllobacteriaceae → Oricola → Oricola cellulosilytica | 1 |
| All Organisms → cellular organisms → Bacteria → Terrabacteria group → Cyanobacteria/Melainabacteria group → Cyanobacteria → Oscillatoriophycideae → Oscillatoriales → Cyanothecaceae → Cyanothece | 1 |
| All Organisms → cellular organisms → Archaea → TACK group → Candidatus Bathyarchaeota → unclassified Candidatus Bathyarchaeota → Candidatus Bathyarchaeota archaeon | 2 |
| All Organisms → cellular organisms → Eukaryota | 1 |
| All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Nitrosopumilales → Nitrosopumilaceae → Nitrosopumilus → Nitrosopumilus cobalaminigenes | 1 |
| All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Saprospiria → Saprospirales → Saprospiraceae → unclassified Saprospiraceae → Saprospiraceae bacterium | 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 → intertidal zone → marine sediment |
| Earth Microbiome Project Ontology (EMPO) | Free-living → Saline → Sediment (saline) |
| Location Information | ||||||||
|---|---|---|---|---|---|---|---|---|
| Location | S1 site, Potter Cove, King George Island, Antarctic Peninsula | |||||||
| Coordinates | Lat. (o) | -62.230512 | Long. (o) | -58.656117 | Alt. (m) | N/A | Depth (m) | 9.5 | Location on Map |
| Zoom: | Powered by OpenStreetMap © | |||||||
| Family | Category | Number of Sequences | 3D Structure? |
|---|---|---|---|
| F000918 | Metagenome / Metatranscriptome | 834 | Y |
| F001217 | Metagenome / Metatranscriptome | 745 | Y |
| F001728 | Metagenome / Metatranscriptome | 645 | Y |
| F001913 | Metagenome / Metatranscriptome | 618 | Y |
| F002332 | Metagenome / Metatranscriptome | 569 | Y |
| F003058 | Metagenome / Metatranscriptome | 510 | Y |
| F003777 | Metagenome / Metatranscriptome | 469 | Y |
| F004192 | Metagenome / Metatranscriptome | 449 | Y |
| F005817 | Metagenome / Metatranscriptome | 389 | N |
| F006002 | Metagenome / Metatranscriptome | 384 | Y |
| F007114 | Metagenome / Metatranscriptome | 357 | Y |
| F008577 | Metagenome / Metatranscriptome | 331 | Y |
| F008695 | Metagenome / Metatranscriptome | 329 | Y |
| F008782 | Metagenome / Metatranscriptome | 328 | Y |
| F009032 | Metagenome / Metatranscriptome | 324 | Y |
| F012678 | Metagenome / Metatranscriptome | 278 | Y |
| F013049 | Metagenome / Metatranscriptome | 275 | Y |
| F013571 | Metagenome / Metatranscriptome | 270 | Y |
| F013764 | Metagenome | 268 | Y |
| F015265 | Metagenome / Metatranscriptome | 256 | Y |
| F016209 | Metagenome | 249 | Y |
| F016596 | Metagenome / Metatranscriptome | 246 | Y |
| F017299 | Metagenome / Metatranscriptome | 241 | Y |
| F018080 | Metagenome | 237 | Y |
| F018541 | Metagenome / Metatranscriptome | 234 | Y |
| F022015 | Metagenome / Metatranscriptome | 216 | Y |
| F023446 | Metagenome / Metatranscriptome | 210 | Y |
| F023447 | Metagenome / Metatranscriptome | 210 | Y |
| F023454 | Metagenome / Metatranscriptome | 210 | Y |
| F023591 | Metagenome / Metatranscriptome | 209 | Y |
| F023829 | Metagenome / Metatranscriptome | 208 | Y |
| F024892 | Metagenome / Metatranscriptome | 204 | Y |
| F026568 | Metagenome / Metatranscriptome | 197 | Y |
| F027242 | Metagenome / Metatranscriptome | 195 | Y |
| F027845 | Metagenome / Metatranscriptome | 193 | Y |
| F028004 | Metagenome / Metatranscriptome | 193 | Y |
| F028441 | Metagenome / Metatranscriptome | 191 | Y |
| F029758 | Metagenome / Metatranscriptome | 187 | Y |
| F030933 | Metagenome / Metatranscriptome | 184 | Y |
| F036294 | Metagenome / Metatranscriptome | 170 | Y |
| F036697 | Metagenome / Metatranscriptome | 169 | Y |
| F038239 | Metagenome / Metatranscriptome | 166 | Y |
| F039623 | Metagenome / Metatranscriptome | 163 | N |
| F039638 | Metagenome / Metatranscriptome | 163 | Y |
| F041807 | Metagenome / Metatranscriptome | 159 | N |
| F046021 | Metagenome / Metatranscriptome | 152 | Y |
| F048318 | Metagenome / Metatranscriptome | 148 | Y |
| F049002 | Metagenome / Metatranscriptome | 147 | Y |
| F049629 | Metagenome / Metatranscriptome | 146 | N |
| F050639 | Metagenome / Metatranscriptome | 145 | Y |
| F051465 | Metagenome | 144 | Y |
| F052198 | Metagenome | 143 | Y |
| F052204 | Metagenome / Metatranscriptome | 143 | Y |
| F052205 | Metagenome / Metatranscriptome | 143 | Y |
| F056079 | Metagenome | 138 | Y |
| F058456 | Metagenome / Metatranscriptome | 135 | Y |
| F062164 | Metagenome / Metatranscriptome | 131 | Y |
| F064090 | Metagenome | 129 | Y |
| F064116 | Metagenome | 129 | Y |
| F066157 | Metagenome / Metatranscriptome | 127 | N |
| F067108 | Metagenome / Metatranscriptome | 126 | Y |
| F067128 | Metagenome | 126 | Y |
| F070659 | Metagenome / Metatranscriptome | 123 | Y |
| F073087 | Metagenome | 120 | Y |
| F073758 | Metagenome / Metatranscriptome | 120 | Y |
| F073960 | Metagenome | 120 | Y |
| F074771 | Metagenome | 119 | Y |
| F074895 | Metagenome | 119 | Y |
| F075347 | Metagenome | 119 | Y |
| F076272 | Metagenome / Metatranscriptome | 118 | Y |
| F077185 | Metagenome / Metatranscriptome | 117 | Y |
| F079376 | Metagenome / Metatranscriptome | 116 | Y |
| F079616 | Metagenome | 115 | Y |
| F084724 | Metagenome / Metatranscriptome | 112 | Y |
| F086834 | Metagenome / Metatranscriptome | 110 | Y |
| F087322 | Metagenome | 110 | Y |
| F092749 | Metagenome / Metatranscriptome | 107 | N |
| F093886 | Metagenome | 106 | Y |
| F094420 | Metagenome / Metatranscriptome | 106 | Y |
| F096047 | Metagenome | 105 | Y |
| F101184 | Metagenome | 102 | Y |
| F101210 | Metagenome / Metatranscriptome | 102 | N |
| F103244 | Metagenome / Metatranscriptome | 101 | N |
| F103885 | Metagenome / Metatranscriptome | 101 | Y |
| F105201 | Metagenome | 100 | Y |
| Scaffold | Taxonomy | Length | IMG/M Link |
|---|---|---|---|
| KGI_S1_ANT01_95mDRAFT_c10001048 | All Organisms → Viruses | 13356 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10001829 | All Organisms → cellular organisms → Bacteria → Proteobacteria | 10492 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10001935 | Not Available | 10266 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10002083 | Not Available | 9958 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10002899 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria | 8535 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10008355 | All Organisms → Viruses → Predicted Viral | 4847 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10009073 | All Organisms → Viruses → Predicted Viral | 4611 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10012272 | All Organisms → cellular organisms → Bacteria → Proteobacteria | 3858 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10012359 | All Organisms → cellular organisms → Bacteria | 3841 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10013790 | All Organisms → cellular organisms → Bacteria | 3587 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10014251 | Not Available | 3517 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10014801 | All Organisms → Viruses → Predicted Viral | 3436 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10015818 | Not Available | 3290 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10017367 | All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia | 3099 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10019188 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria | 2908 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10020483 | All Organisms → cellular organisms → Bacteria | 2789 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10021560 | All Organisms → cellular organisms → Bacteria → Proteobacteria | 2696 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10022100 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Parvibaculaceae → Anderseniella → unclassified Anderseniella → Anderseniella sp. | 2653 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10026042 | All Organisms → Viruses → Predicted Viral | 2378 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10028785 | Not Available | 2225 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10030892 | All Organisms → Viruses → Predicted Viral | 2122 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10031691 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Xanthomonadales → unclassified Xanthomonadales → Xanthomonadales bacterium | 2084 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10032486 | Not Available | 2050 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10032802 | All Organisms → cellular organisms → Bacteria | 2036 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10033002 | All Organisms → Viruses → Predicted Viral | 2027 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10037558 | All Organisms → cellular organisms → Archaea → Euryarchaeota → unclassified Euryarchaeota → Euryarchaeota archaeon | 1850 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10039064 | Not Available | 1800 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10039195 | All Organisms → Viruses → Predicted Viral | 1795 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10042329 | All Organisms → cellular organisms → Archaea → DPANN group → Candidatus Woesearchaeota → Candidatus Woesearchaeota archaeon | 1691 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10045593 | Not Available | 1591 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10049124 | Not Available | 1503 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10051126 | All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Nitrosopumilales → Nitrosopumilaceae → Nitrosopumilus → Nitrosopumilus maritimus | 1457 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10052596 | Not Available | 1425 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10054215 | All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Balneolaeota → Balneolia → Balneolales → Balneolaceae → Balneola → unclassified Balneola → Balneola sp. | 1390 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10054679 | All Organisms → Viruses → Predicted Viral | 1381 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10057367 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria | 1329 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10057880 | All Organisms → Viruses → Predicted Viral | 1320 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10059376 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodobacterales → Roseobacteraceae → Shimia → Shimia abyssi | 1294 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10060509 | Not Available | 1275 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10062309 | All Organisms → Viruses → Predicted Viral | 1246 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10063963 | Not Available | 1221 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10065090 | All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → Phycisphaerae → unclassified Phycisphaerae → Phycisphaerae bacterium | 1205 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10065272 | All Organisms → Viruses → Predicted Viral | 1202 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10065481 | All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales → Weeksellaceae → Chryseobacterium group → Chryseobacterium → unclassified Chryseobacterium → Chryseobacterium sp. | 1199 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10065583 | Not Available | 1198 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10066227 | All Organisms → Viruses → Predicted Viral | 1189 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10069804 | Not Available | 1139 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10071813 | All Organisms → Viruses → Predicted Viral | 1114 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10072119 | All Organisms → cellular organisms → Bacteria | 1110 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10072435 | All Organisms → Viruses → unclassified viruses → unclassified DNA viruses → unclassified dsDNA viruses → Prokaryotic dsDNA virus sp. | 1107 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10072962 | Not Available | 1100 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10074358 | All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Nitrosopumilales | 1083 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10074427 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Xanthomonadales → Xanthomonadaceae | 1082 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10078808 | All Organisms → Viruses → Predicted Viral | 1034 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10079828 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodobacterales → Roseobacteraceae → Sagittula → unclassified Sagittula → Sagittula sp. P11 | 1024 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10084957 | All Organisms → Viruses → unclassified viruses → unclassified DNA viruses → unclassified dsDNA viruses → Prokaryotic dsDNA virus sp. | 974 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10085011 | Not Available | 973 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10085981 | Not Available | 964 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10087728 | All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales → unclassified Flavobacteriales → Flavobacteriales bacterium | 949 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10088864 | All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → unclassified Bacteroidetes → Bacteroidetes bacterium | 940 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10089779 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Xanthomonadales → unclassified Xanthomonadales → Xanthomonadales bacterium | 932 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10093580 | Not Available | 902 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10094159 | All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → Planctomycetia → Pirellulales → Pirellulaceae → Blastopirellula → unclassified Blastopirellula → Blastopirellula sp. | 897 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10096335 | Not Available | 881 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10096481 | Not Available | 880 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10098650 | All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Nitrosopumilales → Nitrosopumilaceae → Nitrosopumilus → unclassified Nitrosopumilus → Candidatus Nitrosopumilus sp. SW | 865 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10100502 | All Organisms → cellular organisms → Bacteria | 853 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10106552 | All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Acidimicrobiia → Acidimicrobiales → Iamiaceae → Aquihabitans → unclassified Aquihabitans → Aquihabitans sp. Kera 3 | 815 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10113358 | Not Available | 777 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10113706 | Not Available | 775 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10116315 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Xanthomonadales → unclassified Xanthomonadales → Xanthomonadales bacterium | 762 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10117374 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Xanthomonadales → unclassified Xanthomonadales → Xanthomonadales bacterium | 757 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10118770 | All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales → Weeksellaceae → Chryseobacterium group → Chryseobacterium → unclassified Chryseobacterium → Chryseobacterium sp. | 750 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10119545 | Not Available | 747 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10120611 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Xanthomonadales → unclassified Xanthomonadales → Xanthomonadales bacterium | 742 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10122378 | Not Available | 734 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10124972 | Not Available | 723 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10125469 | Not Available | 721 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10126057 | Not Available | 718 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10128592 | Not Available | 708 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10134978 | Not Available | 683 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10140209 | Not Available | 665 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10143662 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Phyllobacteriaceae → Oricola → Oricola cellulosilytica | 653 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10146323 | Not Available | 645 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10146933 | All Organisms → cellular organisms → Bacteria → Terrabacteria group → Cyanobacteria/Melainabacteria group → Cyanobacteria → Oscillatoriophycideae → Oscillatoriales → Cyanothecaceae → Cyanothece | 643 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10152666 | All Organisms → cellular organisms → Archaea → TACK group → Candidatus Bathyarchaeota → unclassified Candidatus Bathyarchaeota → Candidatus Bathyarchaeota archaeon | 625 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10155822 | Not Available | 617 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10161163 | All Organisms → cellular organisms → Eukaryota | 602 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10166673 | All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Nitrosopumilales → Nitrosopumilaceae → Nitrosopumilus → Nitrosopumilus cobalaminigenes | 588 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10168007 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria | 585 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10168228 | Not Available | 585 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10171774 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Xanthomonadales → unclassified Xanthomonadales → Xanthomonadales bacterium | 576 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10182690 | All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Saprospiria → Saprospirales → Saprospiraceae → unclassified Saprospiraceae → Saprospiraceae bacterium | 552 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10184189 | Not Available | 550 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10187871 | Not Available | 542 | Open in IMG/M |
| KGI_S1_ANT01_95mDRAFT_c10193338 | All Organisms → cellular organisms → Archaea → TACK group → Candidatus Bathyarchaeota → unclassified Candidatus Bathyarchaeota → Candidatus Bathyarchaeota archaeon | 532 | Open in IMG/M |
| Scaffold ID | Protein ID | Family | Sequence |
|---|---|---|---|
| KGI_S1_ANT01_95mDRAFT_c10001048 | KGI_S1_ANT01_95mDRAFT_100010482 | F049629 | MMDLVDFKNAQIKALQESNAKQEVKITTLETWIFELTDKKCPKDYKQVIRTELLKTN* |
| KGI_S1_ANT01_95mDRAFT_c10001048 | KGI_S1_ANT01_95mDRAFT_1000104821 | F039638 | MIIKHTLELLASEDWLVSDKDIQIAKGLYELPTTFAELKMNNKRKKLLK* |
| KGI_S1_ANT01_95mDRAFT_c10001048 | KGI_S1_ANT01_95mDRAFT_100010485 | F038239 | MGWKYKHKNSFSDFIPTYTDTYTKDMDEEGLKVLKWSMLDSPDSLGSGKRFMESDPVFILDTVFRKERLKGYIHLGYTSKAYADRLGLGLESEHRIGKAIKFKCINPSHRFRIVKGLIQYGIERVRLYDDSIYFDTEHKLKGADLSFRHF* |
| KGI_S1_ANT01_95mDRAFT_c10001829 | KGI_S1_ANT01_95mDRAFT_100018297 | F073087 | MTTHHQTSFTKSILGSAALLFGSNKNHGMLASRHIDARTLRDIGVNPVEFI* |
| KGI_S1_ANT01_95mDRAFT_c10001935 | KGI_S1_ANT01_95mDRAFT_1000193516 | F064090 | MYNQNSPSNWSWSKAFAEMEKYTVQRELTQQCIMILGNSETSEYKTLSKDNQSQVYKLLSQIL* |
| KGI_S1_ANT01_95mDRAFT_c10002083 | KGI_S1_ANT01_95mDRAFT_100020832 | F013571 | MEINLILLVPDAMIVGWQYHKPEKGFDFSELNLYLFFGQLQIRWAKDE* |
| KGI_S1_ANT01_95mDRAFT_c10002083 | KGI_S1_ANT01_95mDRAFT_100020834 | F001728 | MNSIQLKKTDKEDHYRLILNGVDVTGEQERSVFRHILEIVDKGIDV* |
| KGI_S1_ANT01_95mDRAFT_c10002083 | KGI_S1_ANT01_95mDRAFT_100020838 | F007114 | MTVKTDTMISTEAWDKLKKQIEYHLKQDNNLTDIRINYQVKIPERGTRNYLGLSVTIND* |
| KGI_S1_ANT01_95mDRAFT_c10002899 | KGI_S1_ANT01_95mDRAFT_100028992 | F018541 | MYSPTMRSFWVDFPLNAEQYSKLKLKWRRRQNNYEIQNPHPELRIRSFCTFGGDDYQIISLEVRGGVDDYHAALKVMDKWIVETLGEY* |
| KGI_S1_ANT01_95mDRAFT_c10008355 | KGI_S1_ANT01_95mDRAFT_100083555 | F039623 | MELLDSNNIISFRKFKCLITNQIYEIVQTECTGRYLINAIDTLVRSDGLRKSFARMELRTRFSNIEGIPEIDYLNKKKKKR* |
| KGI_S1_ANT01_95mDRAFT_c10008355 | KGI_S1_ANT01_95mDRAFT_100083557 | F027845 | MTQTEIIAAVKGIHAEVDHEGVDIVYNDNNYDYDIRFTSWDCLFTIEVYSKDSEVPLAILPKTMTEIFDYTVDLHSEYMRDIDSMIDTRDYLDVYSN* |
| KGI_S1_ANT01_95mDRAFT_c10008355 | KGI_S1_ANT01_95mDRAFT_100083558 | F103244 | MRVEDLTSYENDKSKVTVYMESDTDGSYHFLKHIEEKGSDNEQLIRYSLEMFLSEYYMIEKFIKGNLVADRKFYKQVVNLKANRNG* |
| KGI_S1_ANT01_95mDRAFT_c10009073 | KGI_S1_ANT01_95mDRAFT_1000907311 | F016209 | MTILDAEYLEHTSYIDYNKAFYSKFMGYQLDNKKVKAEEWYLKPQYLATGINTYDRMSGNFNNDLSNNNRSVIVIGTELQIHRKFEEMLKTYGWQLQDSWNRELKPEYLEYYKENNNTPIIINLK* |
| KGI_S1_ANT01_95mDRAFT_c10009073 | KGI_S1_ANT01_95mDRAFT_1000907312 | F028004 | MKNYKITNLKSKVVHYMNESEKEQFFTKNSLGNYKSEDVNDLIKTRYNKNIHDMAFSVFTLGVFTIILFLMCNTFSFIDSLIF* |
| KGI_S1_ANT01_95mDRAFT_c10012272 | KGI_S1_ANT01_95mDRAFT_100122723 | F030933 | MSDDLQAQILKRQRAKAVRTAWVLGIIAVAIFATFVGSAIIGR* |
| KGI_S1_ANT01_95mDRAFT_c10012359 | KGI_S1_ANT01_95mDRAFT_100123591 | F073087 | MTRQHHTSFTRAILNSTQRLLRSSRNNNILASSHIDALTLKDIGINPVGLF* |
| KGI_S1_ANT01_95mDRAFT_c10013790 | KGI_S1_ANT01_95mDRAFT_100137903 | F101184 | MEIYLNFLWLVPFGVWIATRKISQRIRCTLVGASFGLIVPYASIGLYALHFIWPVFEAFGQFCFYLIFIHDLAGIRVAIFLQLISEHNPIADNQRVLIEIVNALSWAIAYGALGFVWGCLKNSHNSYIKSPETSKPK* |
| KGI_S1_ANT01_95mDRAFT_c10014251 | KGI_S1_ANT01_95mDRAFT_100142514 | F073087 | MNTQRQTSFTKTIIGSTQRLFRSNKNHSLLASNHIDARTMKDIGIEQFGLN* |
| KGI_S1_ANT01_95mDRAFT_c10014801 | KGI_S1_ANT01_95mDRAFT_100148016 | F016596 | MTKKYSLAKIRQSRNEFEALLRIYGISNSTLCKVIGVNYATSRDFIKIPSNLRFIHAHRLADFIGLTVQDVVDTIVYDLKKQ* |
| KGI_S1_ANT01_95mDRAFT_c10014801 | KGI_S1_ANT01_95mDRAFT_100148017 | F052205 | MSLSNQDIDELFDGKPSELTYSQWLTIEGNIDFTSLTTTMKADILNRLNYLSEEEAEEIITKLYNNRYEKDPQKQWLKMHKDGVFRDRDF* |
| KGI_S1_ANT01_95mDRAFT_c10015818 | KGI_S1_ANT01_95mDRAFT_100158183 | F075347 | MTTISSRMIGLPEQDRNRKILHLNPTFSINHIKYDRYQNKKIFQITPENTPSINARIGMSQNTHLIAHPCESINDRLKIRTASGFRVNNFEVRAKTGLDNVTFVPDRLYFSANLKQTPLINKIY* |
| KGI_S1_ANT01_95mDRAFT_c10017367 | KGI_S1_ANT01_95mDRAFT_100173672 | F079616 | MAFFNEIGLSIKMENRFKIGEVVVCINAMRRWYRLGGLQENEMYTVTGFNPYDGGLILKEVKSPTSAYHAFASNRFRKVDYNFXEKLLEEFQTQILQETQLKEXF* |
| KGI_S1_ANT01_95mDRAFT_c10017367 | KGI_S1_ANT01_95mDRAFT_100173674 | F079616 | MNNTFKIGETVVCTNANKRWYRLGGLQVNEMYTITGFNPFDGGLILKEVKSPGSAYHAFAANRFRKVDYSFAENILSELKPQPQFEPQFDEQLAEYEYVLSILN* |
| KGI_S1_ANT01_95mDRAFT_c10017367 | KGI_S1_ANT01_95mDRAFT_100173675 | F079616 | MNSKFKIGEIVVCINAKRRWYRLGGLQLNEMYTVTGFNPYDGGLILKEVKSPRSAYHAFAKNRFRKVDYSFAEKMLVEIPQEESILQSNYHFKKPLI* |
| KGI_S1_ANT01_95mDRAFT_c10019188 | KGI_S1_ANT01_95mDRAFT_100191881 | F073087 | MNTQHHISFTKAILCPMQRLFRSKKNSLLASHQIDTHTMRDIGINPIERL* |
| KGI_S1_ANT01_95mDRAFT_c10020483 | KGI_S1_ANT01_95mDRAFT_100204832 | F073087 | MNTQHQTSFTKAILGSAQRLFRSNKNNNLLANSFIDTRTMRDIGINRFDQF* |
| KGI_S1_ANT01_95mDRAFT_c10021560 | KGI_S1_ANT01_95mDRAFT_100215603 | F030933 | MSDDLQPQDLKHQRAKAVKTAWVLGIIAMAIFMVFIGSAVIGR* |
| KGI_S1_ANT01_95mDRAFT_c10022100 | KGI_S1_ANT01_95mDRAFT_100221005 | F073087 | MNTQQQTSFTKAIIGSTQRLFRSNRNHSLLATNCIDACTARDIGFNPVGQF* |
| KGI_S1_ANT01_95mDRAFT_c10026042 | KGI_S1_ANT01_95mDRAFT_100260422 | F029758 | MKASDRLNAVEHIWYPESDRWIYIERYASGYLGLNFMQGDEYEHFKIKWCEIDRGLSEFYDCMKTDLLQLRVEMSELEFIDKVMWVYFEAKVKYDENK* |
| KGI_S1_ANT01_95mDRAFT_c10026042 | KGI_S1_ANT01_95mDRAFT_100260426 | F084724 | MKLTEYEKNITLVSLDHMEEYLFITEEAGDISEDTYDLRMKAVRTARTKIKQQ* |
| KGI_S1_ANT01_95mDRAFT_c10028785 | KGI_S1_ANT01_95mDRAFT_100287852 | F027242 | MKDTNAIVDALRDKSNRELEQVVDVFMNELEVKIRGEYNSSNYYDFIPPNNNGKASFHVMGTVQLKNVLLNMLKSSHVEAMIEVKSKELIKKLELV* |
| KGI_S1_ANT01_95mDRAFT_c10030892 | KGI_S1_ANT01_95mDRAFT_100308925 | F094420 | MDWMDEVLDGQPLEAEMWKIGYIENLLHYTSIPNWEKNEILNSLDVLHDLDADKIIKYIKENEVHSDPKHQYEAMRKNGMFNEKQY* |
| KGI_S1_ANT01_95mDRAFT_c10031691 | KGI_S1_ANT01_95mDRAFT_100316912 | F018541 | MYSPTMRSFWVDFPLNAEQYSKLKLKWRRRQNNYEIQNPHPELRIRSFCTFGGDDYQIISLEVRGGVDDYHAALKVMNKWIVETLGEY* |
| KGI_S1_ANT01_95mDRAFT_c10032486 | KGI_S1_ANT01_95mDRAFT_100324862 | F036294 | MDRGSTDEAVVGVKPVADEGAVTHLRVKLSESDKDVGAEGWNM* |
| KGI_S1_ANT01_95mDRAFT_c10032802 | KGI_S1_ANT01_95mDRAFT_100328022 | F052198 | MTKAELQAKVNELELTLNSLELNSKTLKDDLIKTNRQLADVSKIKITKDTVNAIRNVIEESIDNSSLGNPDSYDVDFEIDYNNSLAIGNIEFNDADQLSEEISDGIEYLFNVISDEDEN* |
| KGI_S1_ANT01_95mDRAFT_c10033002 | KGI_S1_ANT01_95mDRAFT_100330022 | F056079 | MKRITELLNTIRADHKLHLIIGILTGFPMVLLFGNIGGLIAIIIYALKEVIYDKVLRLGNMEFLDWLYSSIPVFQYLIIYNL* |
| KGI_S1_ANT01_95mDRAFT_c10037558 | KGI_S1_ANT01_95mDRAFT_100375583 | F092749 | MDKVNPTLQEYERKPDFNTKHRPDFNPRKYNSIQDRVNSDKEFEISYMDKLISGGWYKLQDNRSILSEEMKGRHFKYRLNGKSLSGAEKGVFRSGGMVVGPGEGDKIGKYVMYKAYNGCLFPLQLGDVLEIYTKDPNIKIEGSKKDSVISKTVFFAQPAAPTGFPISLVSNLNGENVIIFYGRDKYSQTRFIQSKKYEYALRTGDWDISINKSL* |
| KGI_S1_ANT01_95mDRAFT_c10039064 | KGI_S1_ANT01_95mDRAFT_100390642 | F050639 | MLRWMWRELETGLRNTLNGHEEGNLGYSQGYSLRVTAPVLDPTCE |
| KGI_S1_ANT01_95mDRAFT_c10039195 | KGI_S1_ANT01_95mDRAFT_100391951 | F036697 | FLLDAITEYGCWEDDSDVYVKTETILPTELDRINPRVEVIIKEI* |
| KGI_S1_ANT01_95mDRAFT_c10042304 | KGI_S1_ANT01_95mDRAFT_100423041 | F016209 | LKPQYLATGINTYDRMSGNFSNDLSNNNRSVIVIGTELQIHRKFKEMLKTYGWQCQDSWNRELKPEYLEYYKENNNTPIIINLK* |
| KGI_S1_ANT01_95mDRAFT_c10042329 | KGI_S1_ANT01_95mDRAFT_100423291 | F023447 | METQAFMGTGELIPRLMAQVGSASFGMALARKNGFLNTDGSMSAKGIARNGMDAEERAIDRAGGTGIYNKYTNTVKQSS* |
| KGI_S1_ANT01_95mDRAFT_c10042329 | KGI_S1_ANT01_95mDRAFT_100423294 | F022015 | MYYQSKSNMTWKQAFAEVNASVLKHEIICAIASEIVGKPVENLIGFTDEQRNLVDNDYYNTTELCE* |
| KGI_S1_ANT01_95mDRAFT_c10045593 | KGI_S1_ANT01_95mDRAFT_100455932 | F093886 | MNYWLLILIPIFLLTAAPDIKAHNLVTVNSNAQDHQHVYRRQQYGKPLQQGHLNKAPGGSSMITWRSGTRSDYGKLNARRDGPIIGDQRRKAREILKHTKKYGSAVKGYGKPRRGY* |
| KGI_S1_ANT01_95mDRAFT_c10049124 | KGI_S1_ANT01_95mDRAFT_100491242 | F000918 | MYQTNQHAWNEVTRSFNEANRRTEICQELFGQENLIGLTNDQRDLFWESI* |
| KGI_S1_ANT01_95mDRAFT_c10051126 | KGI_S1_ANT01_95mDRAFT_100511264 | F015265 | MTKNPKLIEINAIVNLNNVGLPVFLNPTNDIVPMESPTKNPTKLRIFSNKNSNVV* |
| KGI_S1_ANT01_95mDRAFT_c10052596 | KGI_S1_ANT01_95mDRAFT_100525962 | F051465 | MTTKKIKKKVKTDKEREEERCGGCDCFETDDGCECRRVPCSRCGTNDNLYNMNHPEFHNDYWFDGMEFEVKLAEVLCDDCVNGCSSEEEGGGDY* |
| KGI_S1_ANT01_95mDRAFT_c10054215 | KGI_S1_ANT01_95mDRAFT_100542156 | F070659 | MNRLLQSNKYVRKRFLQRRTRIFTKWLKINFEKPYTIFFAVFFPFAQAFLASVIVLYTSPDKNEVGDNISLFGVAAVYYLAFAMNSKRATRGSWLGLILLIAFGALGIICGKIFTIAYS* |
| KGI_S1_ANT01_95mDRAFT_c10054679 | KGI_S1_ANT01_95mDRAFT_100546794 | F052204 | MDIHTQTSIRIDFSRGYLITPTVVFNGVELEEKTFSNKTHQIEELLDYIDSSENGGCDVYL* |
| KGI_S1_ANT01_95mDRAFT_c10057367 | KGI_S1_ANT01_95mDRAFT_100573672 | F049002 | MADANQDKVQKELTRAIKKDAPCTFDEEIEVLVTLDNGVKYKGVAFEVQPASNDFPNGLVMVRTANSDIGVPVKYISARS* |
| KGI_S1_ANT01_95mDRAFT_c10057880 | KGI_S1_ANT01_95mDRAFT_100578802 | F023446 | MTKNVEFIDQLCELMGEGFFLRDQYDQDDLFTMQDSIAKLIANNANQGLGLAKYMVGKFPSTFQTS* |
| KGI_S1_ANT01_95mDRAFT_c10057880 | KGI_S1_ANT01_95mDRAFT_100578805 | F008577 | MGNINTTKLTWDEIKGIANRLDDIVGNNFYDAMYATIHDRPSDEEVLVSDEDIMLIKEQLKRIL* |
| KGI_S1_ANT01_95mDRAFT_c10059376 | KGI_S1_ANT01_95mDRAFT_100593762 | F073087 | MTTQHPSSFTKAIFGSTQRLFRSNKHHGLLANNHIDARTLRDIGVNPVGLI* |
| KGI_S1_ANT01_95mDRAFT_c10060509 | KGI_S1_ANT01_95mDRAFT_100605093 | F074771 | MLDKPAKKEKEEGKLDLILSPEMEAKDEEASMEEWTHLNVHAVGIEVTDVKAGDKVYVKTGALHNAEIIDIDGSIKMMVTIHDIIMVWQ* |
| KGI_S1_ANT01_95mDRAFT_c10062309 | KGI_S1_ANT01_95mDRAFT_100623092 | F062164 | MANDNGWGGVRANSGRPNKGEVINVKMLLDDAIDPAMVADKLKERIESGDQRAIELYLKYRAGVPTQAIDLNVSGEQDINVTLKGLISFDDEE* |
| KGI_S1_ANT01_95mDRAFT_c10063963 | KGI_S1_ANT01_95mDRAFT_100639632 | F036294 | QPSPKQHRDVFVMDRGSTDEAVVGVKPIADEGVVTHLRIKLLESDKDVGAEGRNM* |
| KGI_S1_ANT01_95mDRAFT_c10065090 | KGI_S1_ANT01_95mDRAFT_100650902 | F008695 | MNYDIKEVKHIWCEEDDRWVYLEYNDTHKIIGMNFMQGDEYESFKKDWCKSDEGLTEFYNSMLYTFPIEKVSVLRLDFINKCMWTFHTAITQREEYPQ* |
| KGI_S1_ANT01_95mDRAFT_c10065272 | KGI_S1_ANT01_95mDRAFT_100652722 | F004192 | MKNDFNEWMASIGNIYYADNELMSHAFEKLDNYEEIQRA* |
| KGI_S1_ANT01_95mDRAFT_c10065481 | KGI_S1_ANT01_95mDRAFT_100654811 | F023829 | MKINLIRSYRSKNGNATFVYGVKGNATDMEAFKEAQGDYYREDADGTALWFTTRCVGQAGKLIITTNGNVVPDMSAFDQAASLAEQYGGNFGAELAKSAAQAILGVASTPDTAPTKAEAKVDESDDLSDV* |
| KGI_S1_ANT01_95mDRAFT_c10065583 | KGI_S1_ANT01_95mDRAFT_100655832 | F064116 | MKDLVDFKNYQIEALQSKVFEQERKLSILETYIFELIDKDCPEEYKVIVKNELLKTD* |
| KGI_S1_ANT01_95mDRAFT_c10065583 | KGI_S1_ANT01_95mDRAFT_100655835 | F024892 | FYLIVLFVYLHMRYKRKKYSLSLHTVDYTDSYTEYMDNEGLSILKWSMFDSPDKLGSGKYFMESEPVFILDEILRKERISAFVMEGYVSKAYGDKIAIAENSSHRVGKAVKIRCINKIKRFKIIKGLIQYGIERINVSNEFIYFDTDNYLKDQSFVCF* |
| KGI_S1_ANT01_95mDRAFT_c10066227 | KGI_S1_ANT01_95mDRAFT_100662273 | F017299 | MIKEPLKITLKYYNKEISTQVDHSDLTLDELHELWLEIVRGMGYAQSTIDEYYE* |
| KGI_S1_ANT01_95mDRAFT_c10069804 | KGI_S1_ANT01_95mDRAFT_100698043 | F002332 | MAIVNQVQKKVKINKWQIVKYQILTHCYLNNIIVSNSDLDCLTLLSFNQPIELSNFCLDASSEEDSIFKSPQSVRNSLNKSEKNKLIIKDVKNKKLILLNPSLQVQTTGKILLDYKFFADESKKS* |
| KGI_S1_ANT01_95mDRAFT_c10071813 | KGI_S1_ANT01_95mDRAFT_100718133 | F001217 | MSRTKFNGFEKYFITTALKHAIEEAEENIKELVREGKRPIYAPGYFELVGKELIAKVNSMTLKRDQ* |
| KGI_S1_ANT01_95mDRAFT_c10071813 | KGI_S1_ANT01_95mDRAFT_100718134 | F067108 | MSKKIIKVEEIVDLSVFTKFTKDLGLFQVKARVYSMVSPSRGSHNHDITEIEMHFSMNNKPCKYVGFKELYEKLYGVDTFNEFRDDLSKEFEEAYFKHTPYKNK* |
| KGI_S1_ANT01_95mDRAFT_c10072119 | KGI_S1_ANT01_95mDRAFT_100721192 | F058456 | MKKREILYLNFNHESVVEKLMKDLKSTMYFATENEITGKYQHFLEIIDSVYLYSNNFHETTLKIDKDNGVMAEFIFLIPNMLFYTSIGFLTALKNSENSSYMQVYLEDIANYCENATSELADVLIDVKDEKKILKGILNEEKIQN* |
| KGI_S1_ANT01_95mDRAFT_c10072435 | KGI_S1_ANT01_95mDRAFT_100724352 | F073758 | MDSIIKQLAENLEGGLITALVILVLSFMWIFKKNIPTWVNNIFKVKDKLNIKSLEHHDLFNTCVRVEKEVSFMKFYTHGEYDITKSKMCKDFVKYKIKVCSESFNNILKDDIEKMKSDEFKMYIIDTQTQMHIKYIGAIVDEWRGKEISEDDIRYVVDLFEKFRYDVVKAFEYRINSIFSSTSHKNNTRRLLAIFEMWAFGIDMLPRDMQVTFETLNGRFKEINY* |
| KGI_S1_ANT01_95mDRAFT_c10072962 | KGI_S1_ANT01_95mDRAFT_100729626 | F084724 | VSLDHMEEHLEEIEYNGVISEDTYNLRMNAIKTARTKINQ* |
| KGI_S1_ANT01_95mDRAFT_c10074358 | KGI_S1_ANT01_95mDRAFT_100743582 | F105201 | MLFHDEELDEEELNKFFAKFDSKTIELIQQEYQND* |
| KGI_S1_ANT01_95mDRAFT_c10074427 | KGI_S1_ANT01_95mDRAFT_100744272 | F030933 | MSDDLQAQLLKRQRTKAVRTAWVLGIIAVAIFATFVGSAIIGR* |
| KGI_S1_ANT01_95mDRAFT_c10078808 | KGI_S1_ANT01_95mDRAFT_100788081 | F101210 | MSVTISNLPYGDRRPDLFIDSMVKSAAVLNRFRLVDGVKAKVNVPIFDAALTFGSDLCVFDPQSTASIAEKEMTVATYKWSFLNCKSALEASYRGLLLK |
| KGI_S1_ANT01_95mDRAFT_c10079828 | KGI_S1_ANT01_95mDRAFT_100798281 | F073087 | MNTQHHTSFIKAILSPTQRLFRSKTNYSLLANHHINAHTMRDIGINPIEMP* |
| KGI_S1_ANT01_95mDRAFT_c10084957 | KGI_S1_ANT01_95mDRAFT_100849573 | F096047 | LSSPIYRVIIEYGYRKKGSVRHYKYKIIDTFALTSDVDMIRKDKEVNAKILRQLKSGNKEMDIMFKSIYVEGQYGNTNY* |
| KGI_S1_ANT01_95mDRAFT_c10085011 | KGI_S1_ANT01_95mDRAFT_100850113 | F046021 | MIYHDNQEVKAKIDKLLEQNCSNVANSDTGSQNDIGGEDEVQWAWEKIQERIKELDPMFYEVIKSR* |
| KGI_S1_ANT01_95mDRAFT_c10085981 | KGI_S1_ANT01_95mDRAFT_100859812 | F001217 | MSKTKFNGFEKYFIQTALRHAIEEAEEDVLAVEADGNRSLYAPGYFTHLGNEIINKVNSMTLKKYQD* |
| KGI_S1_ANT01_95mDRAFT_c10085981 | KGI_S1_ANT01_95mDRAFT_100859813 | F103885 | MATLIERLKPKYRKKIENSQYTYCSSQIIARLENSSFYGDLTISEVRDIYDMCGITAHRVSAWDHRFGDNILNIDKD |
| KGI_S1_ANT01_95mDRAFT_c10087728 | KGI_S1_ANT01_95mDRAFT_100877282 | F018080 | MEYLNIEIFKHFLKVYTYIVWNNKSMLGYIIEDDIIKLLDEKQILDFYHFDKTSFRVKSDKIEQYLNRND* |
| KGI_S1_ANT01_95mDRAFT_c10087728 | KGI_S1_ANT01_95mDRAFT_100877283 | F016596 | MTKKYSLAKIRKSRNEFEALLRIYGISNSTLCKVIGVNYATSRGFIINPTNLRFIHAHRLADFIGLTVQDVVDTIVYDLK* |
| KGI_S1_ANT01_95mDRAFT_c10088864 | KGI_S1_ANT01_95mDRAFT_100888642 | F001913 | MIKEILELLAITDCESDIVQLAKGRNKYPETFKELLTRTKQEVRWLRK* |
| KGI_S1_ANT01_95mDRAFT_c10089779 | KGI_S1_ANT01_95mDRAFT_100897791 | F018541 | MYSPTMKSFWVDFPLNAEQYSKLDLKWRRRQGFYEIRNPHPELRIRNFCTFGGDDYQIISLEVRGGIDDYAATLEVMRAWIEDSLGEF* |
| KGI_S1_ANT01_95mDRAFT_c10093580 | KGI_S1_ANT01_95mDRAFT_100935803 | F008782 | MKKPIFRVFVSYEIKNKGAVTRKVTTGILDTFALTSNIQEIKNDQELIDRICYLNKKKLNKVDITITSVDVENQYGETVDRFCDEY* |
| KGI_S1_ANT01_95mDRAFT_c10094159 | KGI_S1_ANT01_95mDRAFT_100941592 | F073087 | MNTQRQTSFTKAIIGSTQRLFRSNKNNNLLANSFIDARTMRDIGIDQFGWN* |
| KGI_S1_ANT01_95mDRAFT_c10096335 | KGI_S1_ANT01_95mDRAFT_100963353 | F000918 | MYQTNQQAWDEVTRSFNEANRRTDICQAMFGQENLIGLTDDQRDLFWESI* |
| KGI_S1_ANT01_95mDRAFT_c10096481 | KGI_S1_ANT01_95mDRAFT_100964812 | F064090 | MYNQNSPSNWSWSKAFAEMEKYTVQSELTQQCIMILGNSETSEYKTLSKDNQDQVYKLLSQIL* |
| KGI_S1_ANT01_95mDRAFT_c10098650 | KGI_S1_ANT01_95mDRAFT_100986502 | F013764 | MNVMSTPSFFFFRHSKENKSNSGLPPYSKRAIIAVTVAIPMAFGLNLPLNTFGTFMPVWAIIMINAIVIPSYMTFIIPRASKVFASWLNPAMIKGVN* |
| KGI_S1_ANT01_95mDRAFT_c10100502 | KGI_S1_ANT01_95mDRAFT_101005022 | F073087 | MNTQHQTSFTKSILGSTQRLFRIKKNSQLTSHHIDARTMKDIGINPVGLM* |
| KGI_S1_ANT01_95mDRAFT_c10106552 | KGI_S1_ANT01_95mDRAFT_101065522 | F076272 | MQVRCADPDALIELLAEWDAGQSRSEVMGYIGTRLLADREQPGQYMILSEFAEVDGDITAADEAELNNHRVETERWADXLRSLVESEPHWIHFDELYRTG |
| KGI_S1_ANT01_95mDRAFT_c10113358 | KGI_S1_ANT01_95mDRAFT_101133582 | F013049 | MQQDVETQFHTIDLFIRSILDDMRKVSMSTNKADTMAYIDAWKTELITIQHIMDI* |
| KGI_S1_ANT01_95mDRAFT_c10113706 | KGI_S1_ANT01_95mDRAFT_101137063 | F067128 | MIIFTILGILTSIFFCIVILMSIIESRIKNRTKEKFLWNMDKVETRTGGLENDRLNER* |
| KGI_S1_ANT01_95mDRAFT_c10116315 | KGI_S1_ANT01_95mDRAFT_101163151 | F048318 | MATVENVRLAITASTTKPGYSDIAYSYELHPSELDCAWKREYTMSTVLCGEDVIEDDVLAWGKDEHKVKFDDSGPCESIKVGRVFEVETKVLDEDVFGDDEVYLIVEARSGLRPDAAGEDLAMGKSNTVIGDF* |
| KGI_S1_ANT01_95mDRAFT_c10117374 | KGI_S1_ANT01_95mDRAFT_101173741 | F018541 | MRSFWVDFPLTDEQYSKLELRWRRRQNFYEVKNEPPPKIRLRSFCSFGGEDYKILSLEARGDIDAYNDALKIMDKWITETLGEY* |
| KGI_S1_ANT01_95mDRAFT_c10118770 | KGI_S1_ANT01_95mDRAFT_101187701 | F023829 | MKVSLLRSYRSKNGNATFVYKVNGNASDLESFKEAQGDYYREDADGSPLWFTTRCIGQAGKLIITTNGNVVPDMSSFDQAASLAEQYGGNFGQELAKSAAQAILGTTAPSAPATPEAQDQASDDLSDV* |
| KGI_S1_ANT01_95mDRAFT_c10119545 | KGI_S1_ANT01_95mDRAFT_101195451 | F009032 | MRIFRKYSFGSKGACTTKINNLGLDEEGNPTHPHAIVHLGHIVEVEGTYDDEGTELTAPVLSSSYHVDVLWQGEALASW |
| KGI_S1_ANT01_95mDRAFT_c10120611 | KGI_S1_ANT01_95mDRAFT_101206111 | F049002 | MAKTNYDEAQTELIRAIKEDAPFTFDEPIPVTVLLDNGVQYDGVAYEVQPECDTFPAGLVMVRTGNSDIGVPVSYISGK* |
| KGI_S1_ANT01_95mDRAFT_c10122378 | KGI_S1_ANT01_95mDRAFT_101223782 | F003777 | MSNKQKPNIITPFNDRKRFKDLIREVISDTTIFTHTPDSISLSGVLFTITLANKKFVYEDVKVDNLADYIDVYLQGVKKSSTFYSVTDDGTNIILQTNQTITQRPDLIVGSDFLVKGKIVAR* |
| KGI_S1_ANT01_95mDRAFT_c10123293 | KGI_S1_ANT01_95mDRAFT_101232931 | F073960 | MDNAHVLPDDLEQCQQRLLASIKQAAELERVLDETAASHEELKAAHQATIVELN |
| KGI_S1_ANT01_95mDRAFT_c10124972 | KGI_S1_ANT01_95mDRAFT_101249723 | F067128 | MIIFTILGILTAIFFFFVILLSIIEGKVRNKTNEKIVWKMDKVETRTGGLAHDRINERK* |
| KGI_S1_ANT01_95mDRAFT_c10125469 | KGI_S1_ANT01_95mDRAFT_101254692 | F006002 | MSKAVYCYCKNTYSIECDKGNNKRCNAPDYWKQGIGDMSNTAEED* |
| KGI_S1_ANT01_95mDRAFT_c10126057 | KGI_S1_ANT01_95mDRAFT_101260572 | F023591 | MGNCSGGSSSSTLKGKWNKKQNLQKPTGYVVDKKGNVKPTYK* |
| KGI_S1_ANT01_95mDRAFT_c10128592 | KGI_S1_ANT01_95mDRAFT_101285923 | F067128 | MIIFTILGIFTAIFISTVIIMSVIEGRARNKTNEKIVWKMDKVETRTGGLENDRLNERQ* |
| KGI_S1_ANT01_95mDRAFT_c10134978 | KGI_S1_ANT01_95mDRAFT_101349781 | F077185 | DTNSVLTSANILDKLEGAYGAMSDVMLSAVYGDADRDFKPVIFLGTAAMQHYQIAIAGLYTTTAQGVVEGSIPAYYGMEVAHFASMPANEFMIAAPQNLVMLTDEYNDVRAIDMKYEAELSSDKIWGQFKLGFSYLKGEEIVYAKNFA* |
| KGI_S1_ANT01_95mDRAFT_c10140209 | KGI_S1_ANT01_95mDRAFT_101402092 | F023454 | MNERVIDYYLEIGWWIQVSPLANAGSGWICGIYKRGKKTGNWVTESSKQFATPQECYNWADEEIHKLLRN* |
| KGI_S1_ANT01_95mDRAFT_c10143662 | KGI_S1_ANT01_95mDRAFT_101436622 | F073087 | MNTQHHNSFTQAILSPMQRLFHFKKNSLLTSHHIDVHTMRDIGINPTELH* |
| KGI_S1_ANT01_95mDRAFT_c10146323 | KGI_S1_ANT01_95mDRAFT_101463231 | F079376 | MSDIVIIREPGRPSVSFGTSRVCRTTEEGGRQIKHRESDSLVVPMKAGNAAGGKEATHESVV* |
| KGI_S1_ANT01_95mDRAFT_c10146933 | KGI_S1_ANT01_95mDRAFT_101469333 | F041807 | MARLELTLNFPKNFEIKTFNVKSEKKLSPLAKLILQSVQFKHFYYVRDDIFYLLKSNPIERDFLLQAL |
| KGI_S1_ANT01_95mDRAFT_c10152666 | KGI_S1_ANT01_95mDRAFT_101526662 | F005817 | MRSNLLSRLKPEFKQGLEDNKTRYPASIHDLEFVLSQLTFYKDLSVNQVLNLFLFSDMQYLDRKNFDWRYGEDVFELENNVA* |
| KGI_S1_ANT01_95mDRAFT_c10152666 | KGI_S1_ANT01_95mDRAFT_101526663 | F086834 | MVMCEWTLADVKNRASNKAFAKVTILKLDIEDYKRSLKQGTYGGITYAEAEQVLE |
| KGI_S1_ANT01_95mDRAFT_c10155822 | KGI_S1_ANT01_95mDRAFT_101558222 | F026568 | MHKPSPHKEFFDPHYHYTRGVLYYDEDHFTFTAYRLPYLELDSKSWETEQDFNADYRRVVEKKYST* |
| KGI_S1_ANT01_95mDRAFT_c10161163 | KGI_S1_ANT01_95mDRAFT_101611633 | F012678 | MRSQHSLEEIAELYGLLENIKKEYETGIHSVLRKSNPELFSNPHTIPKLKKIS |
| KGI_S1_ANT01_95mDRAFT_c10166673 | KGI_S1_ANT01_95mDRAFT_101666732 | F087322 | FGLVLTVLLVLRIIQAGTADVCLVFLSRRIFLGEDLRAAIVFQARRALFK* |
| KGI_S1_ANT01_95mDRAFT_c10168007 | KGI_S1_ANT01_95mDRAFT_101680072 | F074895 | MVKKKKDKPWHLKVTWTLSIVMLLLITGFFFQSFQEMLKIKPVQVAIERLVEPETQPPP |
| KGI_S1_ANT01_95mDRAFT_c10168228 | KGI_S1_ANT01_95mDRAFT_101682281 | F075347 | RKILHLNPTFSINHIKYDRYQNKKIFQITPENTPSINARIGMSQNTNLIARPCESINDRLKIRTASGFRVNNFEVRAKTGLDRVTFMPDRLYFSANLKQTPLINKIY* |
| KGI_S1_ANT01_95mDRAFT_c10171774 | KGI_S1_ANT01_95mDRAFT_101717741 | F018541 | MYSPRMRSFWVDFPLNDEQYSKLNLKWRRRQNFYEIRNTPPDLRIRSFCTFGGDDFKVISLEARGSVDEYEAALEVMDKWIVENLGEY* |
| KGI_S1_ANT01_95mDRAFT_c10182690 | KGI_S1_ANT01_95mDRAFT_101826902 | F028441 | DKAKEVWVISPNLHYDTENKDFSELISVNLGQKTKYRYIVPGTLQVEKNIRLYKKMYNVSEKEIKNNFLILPSSEWIPFVMECAIYDASTKAVAYAAPANENSQDVIKFNKQTTSYMTASFKKMWKKYKRTNP* |
| KGI_S1_ANT01_95mDRAFT_c10184189 | KGI_S1_ANT01_95mDRAFT_101841893 | F066157 | VLATMLATGKPTIPLIMSSYSTFDGCRKELIRVGEIGGYESIISPMVGYAVVKLEEDKTITAFCVKDMRGI* |
| KGI_S1_ANT01_95mDRAFT_c10187871 | KGI_S1_ANT01_95mDRAFT_101878711 | F023446 | MKQSKNVLFIDELCELMGDNFFLCDQYNQDDLFEMQDKIANLIASNANDGLGLAKYMV |
| KGI_S1_ANT01_95mDRAFT_c10193338 | KGI_S1_ANT01_95mDRAFT_101933381 | F003058 | MDRIAEMVVDKIISRQKAYDEEFKAEIQEMVGKDADVEFGTITEDEIIAEELVKLQDRLNQLEAEEDYEAA |
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Bioinformatics & Integrated Biology Lab Institute for Fundamental Biomedical Research Biomedical Sciences Research Center "Alexander Fleming" |