 |
Bioinformatics & Integrated Biology Lab Institute for Fundamental Biomedical Research Biomedical Sciences Research Center "Alexander Fleming" |
| Basic Information | |
|---|---|
| IMG/M Taxon OID | 3300001474 Open in IMG/M |
| GOLD Reference (Study | Sequencing Project | Analysis Project) | Gs0084161 | Gp0056308 | Ga0003446 |
| Sample Name | Cubitermes ugandensis crop segment gut microbial communities from Kakamega Forest, Kenya - Cu122C |
| Sequencing Status | Permanent Draft |
| Sequencing Center | DOE Joint Genome Institute (JGI) |
| Published? | Y |
| Use Policy | Open |
| Dataset Contents | |
|---|---|
| Total Genome Size | 110766665 |
| Sequencing Scaffolds | 218 |
| Novel Protein Genes | 297 |
| Associated Families | 223 |
| Dataset Phylogeny | |
|---|---|
| Taxonomy Groups | Number of Scaffolds |
| All Organisms → cellular organisms → Eukaryota → Opisthokonta | 12 |
| All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea → Blattoidea → Termitoidae → Kalotermitidae → Cryptotermitinae → Cryptotermes → Cryptotermes secundus | 17 |
| Not Available | 134 |
| All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera | 10 |
| All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea | 3 |
| All Organisms → Viruses → Predicted Viral | 3 |
| All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Paraneoptera → Hemiptera → Auchenorrhyncha → Cicadomorpha → Membracoidea → Cicadellidae → Cicadellinae → Proconiini → Cuerna → Cuerna arida | 1 |
| All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea → Blattoidea | 3 |
| All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea → Blattoidea → Termitoidae → Rhinotermitidae → Coptotermitinae → Coptotermes → Coptotermes formosanus | 8 |
| All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Phasmatodea → Timematodea → Timematoidea → Timematidae → Timema | 3 |
| All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Paraneoptera → Hemiptera → Sternorrhyncha → Aphidomorpha → Phylloxeroidea → Adelgidae → Adelges → Gilletteella → Adelges cooleyi | 1 |
| All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Deuterostomia → Chordata → Craniata → Vertebrata → Gnathostomata → Teleostomi → Euteleostomi → Sarcopterygii → Dipnotetrapodomorpha → Tetrapoda → Amniota → Sauropsida → Sauria → Lepidosauria → Squamata → Bifurcata → Unidentata → Episquamata → Toxicofera → Serpentes → Colubroidea | 1 |
| All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Chelicerata → Arachnida → Araneae → Araneomorphae → Entelegynae → Orbiculariae → Araneoidea → Araneidae → Araneus → Araneus ventricosus | 1 |
| All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda | 3 |
| All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Palaeoptera → Odonata → Epiprocta → Anisoptera → Cavilabiata → Libellulidae → Ladona → Ladona fulva | 1 |
| All Organisms → cellular organisms → Eukaryota → Viridiplantae → Streptophyta → Streptophytina → Embryophyta → Tracheophyta → Euphyllophyta → Spermatophyta → Magnoliopsida → Mesangiospermae → eudicotyledons → Gunneridae → Pentapetalae → rosids → malvids → Malvales → Malvaceae → Sterculioideae → Pterygota | 2 |
| All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Chelicerata → Arachnida → Araneae → Araneomorphae → Entelegynae → Orbiculariae → Araneoidea | 2 |
| All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Endopterygota → Coleoptera → Polyphaga | 1 |
| All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Endopterygota → Hymenoptera → Apocrita → Parasitoida → Chalcidoidea → Pteromalidae → Pteromalinae → Nasonia → Nasonia vitripennis | 1 |
| All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea → Blaberoidea → Ectobiidae → Blattellinae → Blattella → Blattella germanica | 5 |
| All Organisms → cellular organisms → Eukaryota | 1 |
| All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea → Blattoidea → Termitoidae → Termopsidae → Termopsinae → Termopsini → Zootermopsis → Zootermopsis nevadensis | 1 |
| All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Endopterygota → Coleoptera → Polyphaga → Cucujiformia | 1 |
| All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rickettsiales → Anaplasmataceae → Wolbachieae → Wolbachia → unclassified Wolbachia → Wolbachia endosymbiont of Atemnus politus | 1 |
| All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Chelicerata → Arachnida → Araneae → Araneomorphae → Entelegynae → Orbiculariae → Araneoidea → Nephilidae → Trichonephila → Trichonephila clavipes | 1 |
| All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Endopterygota → Coleoptera → Polyphaga → Cucujiformia → Coccinelloidea → Coccinellidae → Coccinellinae → Coccinellini | 1 |
| Ecosystem Assignment (GOLD) | |
|---|---|
| Name | Cubitermes And Nasutitermes Termite Gut Microbial Communities From Max Planck Institute For Terrestrial Microbiology, Germany |
| Type | Host-Associated |
| Taxonomy | Host-Associated → Arthropoda → Digestive System → Gut → Unclassified → Termite Gut → Cubitermes And Nasutitermes Termite Gut Microbial Communities From Max Planck Institute For Terrestrial Microbiology, Germany |
| Alternative Ecosystem Assignments | |
|---|---|
| Environment Ontology (ENVO) | Unclassified |
| Earth Microbiome Project Ontology (EMPO) | Host-associated → Animal → Animal proximal gut |
| Location Information | ||||||||
|---|---|---|---|---|---|---|---|---|
| Location | Kakamega Forest, Kenya | |||||||
| Coordinates | Lat. (o) | 0.2917 | Long. (o) | 34.856 | Alt. (m) | N/A | Depth (m) | N/A | Location on Map |
| Zoom: | Powered by OpenStreetMap © | |||||||
| Family | Category | Number of Sequences | 3D Structure? |
|---|---|---|---|
| F000003 | Metagenome | 14941 | Y |
| F000004 | Metagenome | 10528 | Y |
| F000009 | Metagenome | 8556 | Y |
| F000015 | Metagenome | 6687 | Y |
| F000018 | Metagenome | 6467 | Y |
| F000030 | Metagenome | 5002 | Y |
| F000032 | Metagenome | 4750 | Y |
| F000033 | Metagenome | 4610 | Y |
| F000038 | Metagenome | 4061 | Y |
| F000045 | Metagenome | 3463 | Y |
| F000047 | Metagenome | 3366 | Y |
| F000050 | Metagenome | 3273 | Y |
| F000058 | Metagenome | 3020 | Y |
| F000091 | Metagenome | 2413 | Y |
| F000104 | Metagenome | 2242 | Y |
| F000117 | Metagenome | 2122 | Y |
| F000128 | Metagenome | 2018 | Y |
| F000182 | Metagenome | 1719 | Y |
| F000184 | Metagenome | 1706 | Y |
| F000185 | Metagenome | 1704 | Y |
| F000189 | Metagenome | 1682 | Y |
| F000193 | Metagenome | 1662 | Y |
| F000213 | Metagenome | 1578 | Y |
| F000229 | Metagenome | 1518 | Y |
| F000270 | Metagenome | 1410 | Y |
| F000314 | Metagenome | 1319 | Y |
| F000347 | Metagenome | 1252 | Y |
| F000355 | Metagenome | 1240 | Y |
| F000356 | Metagenome | 1240 | Y |
| F000374 | Metagenome | 1217 | Y |
| F000404 | Metagenome | 1177 | Y |
| F000456 | Metagenome | 1115 | Y |
| F000470 | Metagenome | 1101 | Y |
| F000471 | Metagenome | 1100 | Y |
| F000539 | Metagenome | 1043 | Y |
| F000546 | Metagenome | 1037 | Y |
| F000554 | Metagenome | 1031 | Y |
| F000558 | Metagenome | 1026 | Y |
| F000560 | Metagenome | 1024 | Y |
| F000619 | Metagenome | 982 | Y |
| F000669 | Metagenome | 946 | Y |
| F000672 | Metagenome | 944 | Y |
| F000731 | Metagenome | 916 | Y |
| F000735 | Metagenome | 915 | Y |
| F000752 | Metagenome | 906 | Y |
| F000895 | Metagenome | 845 | Y |
| F001025 | Metagenome | 803 | Y |
| F001056 | Metagenome | 791 | Y |
| F001100 | Metagenome | 777 | Y |
| F001202 | Metagenome | 748 | Y |
| F001284 | Metagenome | 731 | Y |
| F001302 | Metagenome | 727 | Y |
| F001563 | Metagenome | 670 | Y |
| F001579 | Metagenome | 669 | Y |
| F001624 | Metagenome | 661 | Y |
| F001661 | Metagenome | 655 | Y |
| F001741 | Metagenome | 643 | Y |
| F001860 | Metagenome | 625 | Y |
| F002022 | Metagenome | 603 | Y |
| F002086 | Metagenome | 595 | Y |
| F002558 | Metagenome | 548 | Y |
| F002664 | Metagenome | 539 | Y |
| F002678 | Metagenome | 537 | Y |
| F002894 | Metagenome | 522 | Y |
| F002987 | Metagenome | 515 | Y |
| F003012 | Metagenome | 513 | Y |
| F003069 | Metagenome | 509 | Y |
| F003790 | Metagenome | 468 | Y |
| F003883 | Metagenome | 464 | Y |
| F004007 | Metagenome | 457 | Y |
| F004104 | Metagenome | 453 | Y |
| F004283 | Metagenome | 445 | Y |
| F004326 | Metagenome | 443 | Y |
| F004434 | Metagenome | 438 | Y |
| F004619 | Metagenome | 430 | Y |
| F004932 | Metagenome | 418 | Y |
| F004993 | Metagenome | 416 | Y |
| F005110 | Metagenome | 412 | Y |
| F005224 | Metagenome | 408 | Y |
| F006224 | Metagenome | 378 | Y |
| F006350 | Metagenome | 375 | Y |
| F006388 | Metagenome | 374 | Y |
| F006470 | Metagenome | 372 | Y |
| F006726 | Metagenome | 366 | Y |
| F006924 | Metagenome | 362 | Y |
| F007534 | Metagenome | 349 | Y |
| F007535 | Metagenome | 349 | Y |
| F007924 | Metagenome | 342 | Y |
| F009469 | Metagenome | 317 | Y |
| F009759 | Metagenome | 313 | Y |
| F010771 | Metagenome | 299 | Y |
| F011307 | Metagenome | 292 | Y |
| F012039 | Metagenome | 284 | Y |
| F013316 | Metagenome | 272 | Y |
| F013537 | Metagenome | 270 | Y |
| F013655 | Metagenome | 269 | Y |
| F014393 | Metagenome | 263 | Y |
| F014569 | Metagenome | 262 | Y |
| F014633 | Metagenome | 261 | Y |
| F014749 | Metagenome | 260 | Y |
| F015226 | Metagenome | 256 | Y |
| F015484 | Metagenome | 254 | Y |
| F015485 | Metagenome | 254 | Y |
| F015547 | Metagenome | 254 | Y |
| F015745 | Metagenome | 252 | Y |
| F016082 | Metagenome | 250 | Y |
| F016415 | Metagenome | 247 | Y |
| F016685 | Metagenome | 245 | Y |
| F016896 | Metagenome | 244 | Y |
| F018201 | Metagenome | 236 | Y |
| F018283 | Metagenome | 236 | Y |
| F018556 | Metagenome | 234 | Y |
| F019385 | Metagenome | 230 | Y |
| F019674 | Metagenome | 228 | Y |
| F020027 | Metagenome | 226 | Y |
| F022440 | Metagenome | 214 | Y |
| F022681 | Metagenome | 213 | Y |
| F022682 | Metagenome | 213 | Y |
| F023128 | Metagenome | 211 | Y |
| F023893 | Metagenome | 208 | Y |
| F024129 | Metagenome | 207 | Y |
| F024223 | Metagenome | 207 | Y |
| F024818 | Metagenome | 204 | Y |
| F025058 | Metagenome | 203 | Y |
| F025059 | Metagenome | 203 | Y |
| F025874 | Metagenome | 200 | Y |
| F026909 | Metagenome | 196 | Y |
| F027051 | Metagenome | 196 | Y |
| F028213 | Metagenome | 192 | Y |
| F028845 | Metagenome | 190 | Y |
| F029477 | Metagenome | 188 | Y |
| F029797 | Metagenome | 187 | Y |
| F030793 | Metagenome | 184 | Y |
| F031908 | Metagenome | 181 | Y |
| F031909 | Metagenome | 181 | Y |
| F031910 | Metagenome | 181 | Y |
| F032475 | Metagenome | 180 | Y |
| F032476 | Metagenome | 180 | N |
| F034748 | Metagenome | 174 | Y |
| F035350 | Metagenome | 172 | Y |
| F035816 | Metagenome | 171 | Y |
| F036298 | Metagenome | 170 | Y |
| F036763 | Metagenome | 169 | N |
| F036965 | Metagenome | 169 | Y |
| F037782 | Metagenome | 167 | Y |
| F037785 | Metagenome | 167 | Y |
| F039863 | Metagenome | 163 | Y |
| F039864 | Metagenome | 163 | Y |
| F039865 | Metagenome | 163 | Y |
| F039866 | Metagenome | 163 | Y |
| F040158 | Metagenome | 162 | Y |
| F040387 | Metagenome | 162 | Y |
| F041280 | Metagenome | 160 | Y |
| F042400 | Metagenome | 158 | Y |
| F042405 | Metagenome | 158 | Y |
| F042953 | Metagenome | 157 | Y |
| F044786 | Metagenome | 154 | Y |
| F045178 | Metagenome | 153 | Y |
| F046448 | Metagenome | 151 | Y |
| F046452 | Metagenome | 151 | Y |
| F047152 | Metagenome | 150 | Y |
| F049064 | Metagenome | 147 | Y |
| F049066 | Metagenome | 147 | Y |
| F049067 | Metagenome | 147 | Y |
| F049994 | Metagenome | 146 | Y |
| F050459 | Metagenome | 145 | Y |
| F051232 | Metagenome | 144 | Y |
| F051234 | Metagenome | 144 | Y |
| F052007 | Metagenome | 143 | N |
| F053362 | Metagenome | 141 | Y |
| F053363 | Metagenome | 141 | Y |
| F053626 | Metagenome | 141 | Y |
| F054409 | Metagenome | 140 | Y |
| F055819 | Metagenome | 138 | Y |
| F056135 | Metagenome | 138 | Y |
| F056705 | Metagenome | 137 | Y |
| F060091 | Metagenome | 133 | Y |
| F061342 | Metagenome | 132 | Y |
| F063803 | Metagenome | 129 | Y |
| F064069 | Metagenome | 129 | Y |
| F064846 | Metagenome | 128 | Y |
| F065895 | Metagenome | 127 | Y |
| F066889 | Metagenome | 126 | Y |
| F066892 | Metagenome | 126 | Y |
| F066894 | Metagenome | 126 | Y |
| F067089 | Metagenome | 126 | Y |
| F067877 | Metagenome | 125 | Y |
| F068988 | Metagenome | 124 | Y |
| F069438 | Metagenome | 124 | Y |
| F070262 | Metagenome | 123 | Y |
| F071357 | Metagenome | 122 | Y |
| F071367 | Metagenome | 122 | Y |
| F071738 | Metagenome | 122 | Y |
| F071742 | Metagenome | 122 | Y |
| F072473 | Metagenome | 121 | Y |
| F075023 | Metagenome | 119 | Y |
| F075026 | Metagenome | 119 | Y |
| F075033 | Metagenome | 119 | Y |
| F075417 | Metagenome | 119 | Y |
| F076214 | Metagenome | 118 | Y |
| F076218 | Metagenome | 118 | Y |
| F077445 | Metagenome | 117 | Y |
| F078873 | Metagenome | 116 | Y |
| F080195 | Metagenome | 115 | Y |
| F081489 | Metagenome | 114 | Y |
| F084824 | Metagenome | 112 | Y |
| F085848 | Metagenome | 111 | Y |
| F085851 | Metagenome | 111 | Y |
| F086284 | Metagenome | 111 | Y |
| F086285 | Metagenome | 111 | Y |
| F087381 | Metagenome | 110 | Y |
| F089099 | Metagenome | 109 | Y |
| F090561 | Metagenome | 108 | Y |
| F092292 | Metagenome | 107 | Y |
| F095675 | Metagenome | 105 | Y |
| F095689 | Metagenome | 105 | Y |
| F096180 | Metagenome | 105 | N |
| F096184 | Metagenome | 105 | Y |
| F097595 | Metagenome | 104 | Y |
| F102033 | Metagenome | 102 | Y |
| F103493 | Metagenome | 101 | Y |
| F105420 | Metagenome | 100 | Y |
| F106067 | Metagenome | 100 | N |
| Scaffold | Taxonomy | Length | IMG/M Link |
|---|---|---|---|
| JGI20161J15289_1000095 | All Organisms → cellular organisms → Eukaryota → Opisthokonta | 3960 | Open in IMG/M |
| JGI20161J15289_1000096 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea → Blattoidea → Termitoidae → Kalotermitidae → Cryptotermitinae → Cryptotermes → Cryptotermes secundus | 3957 | Open in IMG/M |
| JGI20161J15289_1000115 | Not Available | 3675 | Open in IMG/M |
| JGI20161J15289_1000132 | Not Available | 3452 | Open in IMG/M |
| JGI20161J15289_1000143 | Not Available | 3396 | Open in IMG/M |
| JGI20161J15289_1000153 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea → Blattoidea → Termitoidae → Kalotermitidae → Cryptotermitinae → Cryptotermes → Cryptotermes secundus | 3326 | Open in IMG/M |
| JGI20161J15289_1000234 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera | 2798 | Open in IMG/M |
| JGI20161J15289_1000288 | Not Available | 2525 | Open in IMG/M |
| JGI20161J15289_1000320 | Not Available | 2413 | Open in IMG/M |
| JGI20161J15289_1000358 | Not Available | 2296 | Open in IMG/M |
| JGI20161J15289_1000447 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea → Blattoidea → Termitoidae → Kalotermitidae → Cryptotermitinae → Cryptotermes → Cryptotermes secundus | 2070 | Open in IMG/M |
| JGI20161J15289_1000471 | All Organisms → cellular organisms → Eukaryota → Opisthokonta | 2030 | Open in IMG/M |
| JGI20161J15289_1000488 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea → Blattoidea → Termitoidae → Kalotermitidae → Cryptotermitinae → Cryptotermes → Cryptotermes secundus | 2003 | Open in IMG/M |
| JGI20161J15289_1000504 | Not Available | 1978 | Open in IMG/M |
| JGI20161J15289_1000532 | Not Available | 1925 | Open in IMG/M |
| JGI20161J15289_1000569 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea | 1870 | Open in IMG/M |
| JGI20161J15289_1000704 | All Organisms → cellular organisms → Eukaryota → Opisthokonta | 1699 | Open in IMG/M |
| JGI20161J15289_1000707 | All Organisms → Viruses → Predicted Viral | 1695 | Open in IMG/M |
| JGI20161J15289_1000764 | Not Available | 1622 | Open in IMG/M |
| JGI20161J15289_1000802 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Paraneoptera → Hemiptera → Auchenorrhyncha → Cicadomorpha → Membracoidea → Cicadellidae → Cicadellinae → Proconiini → Cuerna → Cuerna arida | 1586 | Open in IMG/M |
| JGI20161J15289_1000808 | Not Available | 1582 | Open in IMG/M |
| JGI20161J15289_1000835 | Not Available | 1559 | Open in IMG/M |
| JGI20161J15289_1000865 | Not Available | 1528 | Open in IMG/M |
| JGI20161J15289_1000872 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea → Blattoidea → Termitoidae → Kalotermitidae → Cryptotermitinae → Cryptotermes → Cryptotermes secundus | 1525 | Open in IMG/M |
| JGI20161J15289_1000992 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea → Blattoidea | 1439 | Open in IMG/M |
| JGI20161J15289_1001022 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea → Blattoidea → Termitoidae → Rhinotermitidae → Coptotermitinae → Coptotermes → Coptotermes formosanus | 1407 | Open in IMG/M |
| JGI20161J15289_1001034 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea → Blattoidea → Termitoidae → Rhinotermitidae → Coptotermitinae → Coptotermes → Coptotermes formosanus | 1396 | Open in IMG/M |
| JGI20161J15289_1001059 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Phasmatodea → Timematodea → Timematoidea → Timematidae → Timema | 1380 | Open in IMG/M |
| JGI20161J15289_1001152 | Not Available | 1318 | Open in IMG/M |
| JGI20161J15289_1001205 | Not Available | 1282 | Open in IMG/M |
| JGI20161J15289_1001223 | Not Available | 1273 | Open in IMG/M |
| JGI20161J15289_1001236 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea → Blattoidea → Termitoidae → Rhinotermitidae → Coptotermitinae → Coptotermes → Coptotermes formosanus | 1269 | Open in IMG/M |
| JGI20161J15289_1001239 | Not Available | 1268 | Open in IMG/M |
| JGI20161J15289_1001244 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Phasmatodea → Timematodea → Timematoidea → Timematidae → Timema | 1264 | Open in IMG/M |
| JGI20161J15289_1001338 | Not Available | 1218 | Open in IMG/M |
| JGI20161J15289_1001343 | Not Available | 1216 | Open in IMG/M |
| JGI20161J15289_1001365 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera | 1206 | Open in IMG/M |
| JGI20161J15289_1001369 | All Organisms → cellular organisms → Eukaryota → Opisthokonta | 1205 | Open in IMG/M |
| JGI20161J15289_1001430 | All Organisms → Viruses → Predicted Viral | 1178 | Open in IMG/M |
| JGI20161J15289_1001544 | Not Available | 1127 | Open in IMG/M |
| JGI20161J15289_1001565 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Paraneoptera → Hemiptera → Sternorrhyncha → Aphidomorpha → Phylloxeroidea → Adelgidae → Adelges → Gilletteella → Adelges cooleyi | 1120 | Open in IMG/M |
| JGI20161J15289_1001573 | Not Available | 1116 | Open in IMG/M |
| JGI20161J15289_1001592 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea → Blattoidea → Termitoidae → Kalotermitidae → Cryptotermitinae → Cryptotermes → Cryptotermes secundus | 1111 | Open in IMG/M |
| JGI20161J15289_1001604 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea → Blattoidea → Termitoidae → Kalotermitidae → Cryptotermitinae → Cryptotermes → Cryptotermes secundus | 1108 | Open in IMG/M |
| JGI20161J15289_1001694 | Not Available | 1080 | Open in IMG/M |
| JGI20161J15289_1001700 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera | 1078 | Open in IMG/M |
| JGI20161J15289_1001702 | Not Available | 1078 | Open in IMG/M |
| JGI20161J15289_1001724 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea → Blattoidea → Termitoidae → Rhinotermitidae → Coptotermitinae → Coptotermes → Coptotermes formosanus | 1069 | Open in IMG/M |
| JGI20161J15289_1001731 | Not Available | 1066 | Open in IMG/M |
| JGI20161J15289_1001798 | Not Available | 1044 | Open in IMG/M |
| JGI20161J15289_1001803 | Not Available | 1043 | Open in IMG/M |
| JGI20161J15289_1001816 | Not Available | 1039 | Open in IMG/M |
| JGI20161J15289_1001845 | All Organisms → cellular organisms → Eukaryota → Opisthokonta | 1030 | Open in IMG/M |
| JGI20161J15289_1001909 | All Organisms → Viruses → Predicted Viral | 1009 | Open in IMG/M |
| JGI20161J15289_1002007 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Deuterostomia → Chordata → Craniata → Vertebrata → Gnathostomata → Teleostomi → Euteleostomi → Sarcopterygii → Dipnotetrapodomorpha → Tetrapoda → Amniota → Sauropsida → Sauria → Lepidosauria → Squamata → Bifurcata → Unidentata → Episquamata → Toxicofera → Serpentes → Colubroidea | 987 | Open in IMG/M |
| JGI20161J15289_1002118 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea → Blattoidea → Termitoidae → Rhinotermitidae → Coptotermitinae → Coptotermes → Coptotermes formosanus | 958 | Open in IMG/M |
| JGI20161J15289_1002213 | All Organisms → cellular organisms → Eukaryota → Opisthokonta | 938 | Open in IMG/M |
| JGI20161J15289_1002216 | Not Available | 937 | Open in IMG/M |
| JGI20161J15289_1002221 | Not Available | 936 | Open in IMG/M |
| JGI20161J15289_1002246 | Not Available | 928 | Open in IMG/M |
| JGI20161J15289_1002247 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera | 928 | Open in IMG/M |
| JGI20161J15289_1002255 | Not Available | 926 | Open in IMG/M |
| JGI20161J15289_1002321 | All Organisms → cellular organisms → Eukaryota → Opisthokonta | 912 | Open in IMG/M |
| JGI20161J15289_1002325 | Not Available | 912 | Open in IMG/M |
| JGI20161J15289_1002378 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Phasmatodea → Timematodea → Timematoidea → Timematidae → Timema | 904 | Open in IMG/M |
| JGI20161J15289_1002412 | Not Available | 898 | Open in IMG/M |
| JGI20161J15289_1002415 | Not Available | 897 | Open in IMG/M |
| JGI20161J15289_1002458 | Not Available | 889 | Open in IMG/M |
| JGI20161J15289_1002499 | Not Available | 881 | Open in IMG/M |
| JGI20161J15289_1002731 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera | 848 | Open in IMG/M |
| JGI20161J15289_1002782 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Chelicerata → Arachnida → Araneae → Araneomorphae → Entelegynae → Orbiculariae → Araneoidea → Araneidae → Araneus → Araneus ventricosus | 841 | Open in IMG/M |
| JGI20161J15289_1002837 | Not Available | 834 | Open in IMG/M |
| JGI20161J15289_1002900 | Not Available | 825 | Open in IMG/M |
| JGI20161J15289_1003017 | All Organisms → cellular organisms → Eukaryota → Opisthokonta | 809 | Open in IMG/M |
| JGI20161J15289_1003200 | Not Available | 788 | Open in IMG/M |
| JGI20161J15289_1003212 | Not Available | 787 | Open in IMG/M |
| JGI20161J15289_1003314 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea | 778 | Open in IMG/M |
| JGI20161J15289_1003398 | Not Available | 769 | Open in IMG/M |
| JGI20161J15289_1003409 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda | 768 | Open in IMG/M |
| JGI20161J15289_1003574 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Palaeoptera → Odonata → Epiprocta → Anisoptera → Cavilabiata → Libellulidae → Ladona → Ladona fulva | 754 | Open in IMG/M |
| JGI20161J15289_1003647 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea → Blattoidea → Termitoidae → Kalotermitidae → Cryptotermitinae → Cryptotermes → Cryptotermes secundus | 747 | Open in IMG/M |
| JGI20161J15289_1003685 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera | 744 | Open in IMG/M |
| JGI20161J15289_1003712 | Not Available | 742 | Open in IMG/M |
| JGI20161J15289_1003716 | Not Available | 741 | Open in IMG/M |
| JGI20161J15289_1003774 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea | 737 | Open in IMG/M |
| JGI20161J15289_1003874 | Not Available | 728 | Open in IMG/M |
| JGI20161J15289_1003979 | All Organisms → cellular organisms → Eukaryota → Viridiplantae → Streptophyta → Streptophytina → Embryophyta → Tracheophyta → Euphyllophyta → Spermatophyta → Magnoliopsida → Mesangiospermae → eudicotyledons → Gunneridae → Pentapetalae → rosids → malvids → Malvales → Malvaceae → Sterculioideae → Pterygota | 719 | Open in IMG/M |
| JGI20161J15289_1004024 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea → Blattoidea → Termitoidae → Kalotermitidae → Cryptotermitinae → Cryptotermes → Cryptotermes secundus | 715 | Open in IMG/M |
| JGI20161J15289_1004139 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Chelicerata → Arachnida → Araneae → Araneomorphae → Entelegynae → Orbiculariae → Araneoidea | 707 | Open in IMG/M |
| JGI20161J15289_1004267 | Not Available | 700 | Open in IMG/M |
| JGI20161J15289_1004429 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Endopterygota → Coleoptera → Polyphaga | 689 | Open in IMG/M |
| JGI20161J15289_1004442 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea → Blattoidea | 689 | Open in IMG/M |
| JGI20161J15289_1004497 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea → Blattoidea → Termitoidae → Kalotermitidae → Cryptotermitinae → Cryptotermes → Cryptotermes secundus | 685 | Open in IMG/M |
| JGI20161J15289_1004523 | Not Available | 684 | Open in IMG/M |
| JGI20161J15289_1004595 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Endopterygota → Hymenoptera → Apocrita → Parasitoida → Chalcidoidea → Pteromalidae → Pteromalinae → Nasonia → Nasonia vitripennis | 680 | Open in IMG/M |
| JGI20161J15289_1004766 | Not Available | 671 | Open in IMG/M |
| JGI20161J15289_1004825 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea → Blaberoidea → Ectobiidae → Blattellinae → Blattella → Blattella germanica | 669 | Open in IMG/M |
| JGI20161J15289_1004834 | Not Available | 669 | Open in IMG/M |
| JGI20161J15289_1004952 | Not Available | 662 | Open in IMG/M |
| JGI20161J15289_1004962 | All Organisms → cellular organisms → Eukaryota → Opisthokonta | 662 | Open in IMG/M |
| JGI20161J15289_1004983 | Not Available | 661 | Open in IMG/M |
| JGI20161J15289_1005037 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea → Blattoidea → Termitoidae → Rhinotermitidae → Coptotermitinae → Coptotermes → Coptotermes formosanus | 659 | Open in IMG/M |
| JGI20161J15289_1005055 | Not Available | 658 | Open in IMG/M |
| JGI20161J15289_1005067 | Not Available | 657 | Open in IMG/M |
| JGI20161J15289_1005069 | Not Available | 657 | Open in IMG/M |
| JGI20161J15289_1005088 | Not Available | 656 | Open in IMG/M |
| JGI20161J15289_1005220 | Not Available | 651 | Open in IMG/M |
| JGI20161J15289_1005276 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea → Blaberoidea → Ectobiidae → Blattellinae → Blattella → Blattella germanica | 649 | Open in IMG/M |
| JGI20161J15289_1005457 | Not Available | 641 | Open in IMG/M |
| JGI20161J15289_1005539 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea → Blattoidea | 638 | Open in IMG/M |
| JGI20161J15289_1005570 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea → Blattoidea → Termitoidae → Rhinotermitidae → Coptotermitinae → Coptotermes → Coptotermes formosanus | 637 | Open in IMG/M |
| JGI20161J15289_1005647 | Not Available | 634 | Open in IMG/M |
| JGI20161J15289_1005692 | Not Available | 633 | Open in IMG/M |
| JGI20161J15289_1005754 | Not Available | 630 | Open in IMG/M |
| JGI20161J15289_1005788 | Not Available | 629 | Open in IMG/M |
| JGI20161J15289_1005814 | Not Available | 628 | Open in IMG/M |
| JGI20161J15289_1005885 | Not Available | 626 | Open in IMG/M |
| JGI20161J15289_1005943 | Not Available | 624 | Open in IMG/M |
| JGI20161J15289_1005955 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea → Blattoidea → Termitoidae → Kalotermitidae → Cryptotermitinae → Cryptotermes → Cryptotermes secundus | 624 | Open in IMG/M |
| JGI20161J15289_1005997 | Not Available | 622 | Open in IMG/M |
| JGI20161J15289_1006087 | All Organisms → cellular organisms → Eukaryota | 620 | Open in IMG/M |
| JGI20161J15289_1006120 | Not Available | 619 | Open in IMG/M |
| JGI20161J15289_1006262 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea → Blattoidea → Termitoidae → Kalotermitidae → Cryptotermitinae → Cryptotermes → Cryptotermes secundus | 614 | Open in IMG/M |
| JGI20161J15289_1006297 | Not Available | 613 | Open in IMG/M |
| JGI20161J15289_1006503 | Not Available | 607 | Open in IMG/M |
| JGI20161J15289_1006512 | Not Available | 607 | Open in IMG/M |
| JGI20161J15289_1006553 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea → Blattoidea → Termitoidae → Kalotermitidae → Cryptotermitinae → Cryptotermes → Cryptotermes secundus | 606 | Open in IMG/M |
| JGI20161J15289_1006570 | Not Available | 606 | Open in IMG/M |
| JGI20161J15289_1006709 | Not Available | 602 | Open in IMG/M |
| JGI20161J15289_1006770 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea → Blattoidea → Termitoidae → Kalotermitidae → Cryptotermitinae → Cryptotermes → Cryptotermes secundus | 601 | Open in IMG/M |
| JGI20161J15289_1006778 | Not Available | 600 | Open in IMG/M |
| JGI20161J15289_1006851 | Not Available | 598 | Open in IMG/M |
| JGI20161J15289_1006862 | Not Available | 598 | Open in IMG/M |
| JGI20161J15289_1007101 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea → Blaberoidea → Ectobiidae → Blattellinae → Blattella → Blattella germanica | 592 | Open in IMG/M |
| JGI20161J15289_1007103 | Not Available | 592 | Open in IMG/M |
| JGI20161J15289_1007357 | Not Available | 586 | Open in IMG/M |
| JGI20161J15289_1007362 | Not Available | 585 | Open in IMG/M |
| JGI20161J15289_1007536 | Not Available | 582 | Open in IMG/M |
| JGI20161J15289_1007550 | All Organisms → cellular organisms → Eukaryota → Opisthokonta | 582 | Open in IMG/M |
| JGI20161J15289_1007619 | Not Available | 581 | Open in IMG/M |
| JGI20161J15289_1007740 | Not Available | 578 | Open in IMG/M |
| JGI20161J15289_1007787 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea → Blattoidea → Termitoidae → Termopsidae → Termopsinae → Termopsini → Zootermopsis → Zootermopsis nevadensis | 577 | Open in IMG/M |
| JGI20161J15289_1007905 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea → Blattoidea → Termitoidae → Kalotermitidae → Cryptotermitinae → Cryptotermes → Cryptotermes secundus | 574 | Open in IMG/M |
| JGI20161J15289_1007976 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea → Blattoidea → Termitoidae → Kalotermitidae → Cryptotermitinae → Cryptotermes → Cryptotermes secundus | 573 | Open in IMG/M |
| JGI20161J15289_1008019 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea → Blaberoidea → Ectobiidae → Blattellinae → Blattella → Blattella germanica | 572 | Open in IMG/M |
| JGI20161J15289_1008020 | Not Available | 572 | Open in IMG/M |
| JGI20161J15289_1008082 | Not Available | 571 | Open in IMG/M |
| JGI20161J15289_1008092 | Not Available | 571 | Open in IMG/M |
| JGI20161J15289_1008402 | Not Available | 565 | Open in IMG/M |
| JGI20161J15289_1008408 | Not Available | 565 | Open in IMG/M |
| JGI20161J15289_1008525 | Not Available | 563 | Open in IMG/M |
| JGI20161J15289_1008562 | All Organisms → cellular organisms → Eukaryota → Opisthokonta | 563 | Open in IMG/M |
| JGI20161J15289_1008766 | Not Available | 559 | Open in IMG/M |
| JGI20161J15289_1008890 | Not Available | 556 | Open in IMG/M |
| JGI20161J15289_1008943 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea → Blattoidea → Termitoidae → Rhinotermitidae → Coptotermitinae → Coptotermes → Coptotermes formosanus | 556 | Open in IMG/M |
| JGI20161J15289_1009072 | Not Available | 553 | Open in IMG/M |
| JGI20161J15289_1009078 | Not Available | 553 | Open in IMG/M |
| JGI20161J15289_1009219 | Not Available | 551 | Open in IMG/M |
| JGI20161J15289_1009469 | Not Available | 547 | Open in IMG/M |
| JGI20161J15289_1009573 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Chelicerata → Arachnida → Araneae → Araneomorphae → Entelegynae → Orbiculariae → Araneoidea | 546 | Open in IMG/M |
| JGI20161J15289_1009607 | Not Available | 545 | Open in IMG/M |
| JGI20161J15289_1009648 | Not Available | 545 | Open in IMG/M |
| JGI20161J15289_1009655 | Not Available | 545 | Open in IMG/M |
| JGI20161J15289_1009773 | Not Available | 543 | Open in IMG/M |
| JGI20161J15289_1009863 | Not Available | 542 | Open in IMG/M |
| JGI20161J15289_1009933 | All Organisms → cellular organisms → Eukaryota → Opisthokonta | 541 | Open in IMG/M |
| JGI20161J15289_1009936 | Not Available | 541 | Open in IMG/M |
| JGI20161J15289_1009965 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera | 541 | Open in IMG/M |
| JGI20161J15289_1010022 | Not Available | 540 | Open in IMG/M |
| JGI20161J15289_1010028 | Not Available | 540 | Open in IMG/M |
| JGI20161J15289_1010085 | Not Available | 539 | Open in IMG/M |
| JGI20161J15289_1010202 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera | 537 | Open in IMG/M |
| JGI20161J15289_1010325 | Not Available | 536 | Open in IMG/M |
| JGI20161J15289_1010591 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea → Blattoidea → Termitoidae → Kalotermitidae → Cryptotermitinae → Cryptotermes → Cryptotermes secundus | 532 | Open in IMG/M |
| JGI20161J15289_1010614 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Endopterygota → Coleoptera → Polyphaga → Cucujiformia | 532 | Open in IMG/M |
| JGI20161J15289_1010663 | Not Available | 532 | Open in IMG/M |
| JGI20161J15289_1010699 | Not Available | 531 | Open in IMG/M |
| JGI20161J15289_1010873 | All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rickettsiales → Anaplasmataceae → Wolbachieae → Wolbachia → unclassified Wolbachia → Wolbachia endosymbiont of Atemnus politus | 529 | Open in IMG/M |
| JGI20161J15289_1010921 | Not Available | 529 | Open in IMG/M |
| JGI20161J15289_1010962 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda | 528 | Open in IMG/M |
| JGI20161J15289_1011046 | Not Available | 527 | Open in IMG/M |
| JGI20161J15289_1011133 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Chelicerata → Arachnida → Araneae → Araneomorphae → Entelegynae → Orbiculariae → Araneoidea → Nephilidae → Trichonephila → Trichonephila clavipes | 526 | Open in IMG/M |
| JGI20161J15289_1011161 | Not Available | 526 | Open in IMG/M |
| JGI20161J15289_1011220 | Not Available | 525 | Open in IMG/M |
| JGI20161J15289_1011336 | Not Available | 524 | Open in IMG/M |
| JGI20161J15289_1011382 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea → Blaberoidea → Ectobiidae → Blattellinae → Blattella → Blattella germanica | 523 | Open in IMG/M |
| JGI20161J15289_1011391 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera | 523 | Open in IMG/M |
| JGI20161J15289_1011528 | Not Available | 522 | Open in IMG/M |
| JGI20161J15289_1011574 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera | 522 | Open in IMG/M |
| JGI20161J15289_1011592 | Not Available | 521 | Open in IMG/M |
| JGI20161J15289_1011618 | Not Available | 521 | Open in IMG/M |
| JGI20161J15289_1011671 | Not Available | 521 | Open in IMG/M |
| JGI20161J15289_1011709 | Not Available | 520 | Open in IMG/M |
| JGI20161J15289_1011815 | All Organisms → cellular organisms → Eukaryota → Viridiplantae → Streptophyta → Streptophytina → Embryophyta → Tracheophyta → Euphyllophyta → Spermatophyta → Magnoliopsida → Mesangiospermae → eudicotyledons → Gunneridae → Pentapetalae → rosids → malvids → Malvales → Malvaceae → Sterculioideae → Pterygota | 519 | Open in IMG/M |
| JGI20161J15289_1011881 | Not Available | 518 | Open in IMG/M |
| JGI20161J15289_1011931 | Not Available | 518 | Open in IMG/M |
| JGI20161J15289_1012177 | Not Available | 516 | Open in IMG/M |
| JGI20161J15289_1012181 | Not Available | 516 | Open in IMG/M |
| JGI20161J15289_1012207 | Not Available | 515 | Open in IMG/M |
| JGI20161J15289_1012273 | Not Available | 515 | Open in IMG/M |
| JGI20161J15289_1012360 | Not Available | 514 | Open in IMG/M |
| JGI20161J15289_1012429 | Not Available | 513 | Open in IMG/M |
| JGI20161J15289_1012475 | Not Available | 513 | Open in IMG/M |
| JGI20161J15289_1012500 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda | 512 | Open in IMG/M |
| JGI20161J15289_1012545 | Not Available | 512 | Open in IMG/M |
| JGI20161J15289_1012873 | Not Available | 509 | Open in IMG/M |
| JGI20161J15289_1012875 | Not Available | 509 | Open in IMG/M |
| JGI20161J15289_1012878 | Not Available | 509 | Open in IMG/M |
| JGI20161J15289_1012881 | Not Available | 509 | Open in IMG/M |
| JGI20161J15289_1012965 | Not Available | 508 | Open in IMG/M |
| JGI20161J15289_1012976 | Not Available | 508 | Open in IMG/M |
| JGI20161J15289_1013051 | Not Available | 507 | Open in IMG/M |
| JGI20161J15289_1013055 | Not Available | 507 | Open in IMG/M |
| JGI20161J15289_1013385 | Not Available | 504 | Open in IMG/M |
| JGI20161J15289_1013411 | All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Endopterygota → Coleoptera → Polyphaga → Cucujiformia → Coccinelloidea → Coccinellidae → Coccinellinae → Coccinellini | 504 | Open in IMG/M |
| JGI20161J15289_1013634 | Not Available | 502 | Open in IMG/M |
| JGI20161J15289_1013811 | Not Available | 501 | Open in IMG/M |
| JGI20161J15289_1013830 | Not Available | 500 | Open in IMG/M |
| Scaffold ID | Protein ID | Family | Sequence |
|---|---|---|---|
| JGI20161J15289_1000070 | JGI20161J15289_10000707 | F102033 | MALSQRFSDVACDVVHISTLKVEQTYPIVKADRVKTRYGETVLLSIRDTQNLSVGDASPALLKVFLPKRYASVITDEDISSINGELMHWNLISKGVCPKTNTYVLAIA* |
| JGI20161J15289_1000080 | JGI20161J15289_10000808 | F028845 | LIFWVILSQQGTIHSAHSQNITMPILKYSGSKHKATENFPFHQGQQSEQSVLPPFSGELSVDEKLKLSHENFKQTLDDFFEDINLTPLSQLTATPAFPTPHVLAQFASKAYKDYEKEETDAQLPLPDGWKLLTTASNNSKGNGYFGAAYWHPQNQQVVIAHRGTDPTNLGALWTDLKGV |
| JGI20161J15289_1000095 | JGI20161J15289_10000956 | F002664 | GIRFRTVPEILQAVDRSIRTINTTGAAKGTLCIRVH* |
| JGI20161J15289_1000096 | JGI20161J15289_10000963 | F000895 | MLCNIQHENSYLLIYLLTAIWLSPVGSSTVHIYTQAIHRTTQNKQHIEQHNNLGECGPCPVLASYTLAFALQLRKKHGKTSVRVEYIDNSMNT* |
| JGI20161J15289_1000115 | JGI20161J15289_10001151 | F031909 | MKKVTHQVKTTMKMILVAVMMIFWVSMMNKLYYGC* |
| JGI20161J15289_1000132 | JGI20161J15289_10001323 | F064846 | VFPIKNGLKERDALLSLLFNFALGYATRKVKANHKLLKFNGTHRVNIYADDVNLQGQSIHTISFISPL* |
| JGI20161J15289_1000143 | JGI20161J15289_10001431 | F014393 | MQEDGILCESDADTCSDVSDYSDSESLDSDIDVPTISSYKQLRSSTVPLTPQFPHPFFLTSIKTFFITV* |
| JGI20161J15289_1000153 | JGI20161J15289_10001534 | F076214 | MEPDNSSDVSEDTTQYCSIGEAMKLIAHPFDGDKRKLREFIENVDVVFELVDPSKHEVLLKFVKAKITGDARSKLMVRDLTHSWELVKAILEENYATRRTLDYYACKMFSARQNKNESIASWGNKIDALQTDLREAARRVCRSEEILGAIGLINHLGKACFIQGLYSERIQTIVRSRGESILLSQAIEISLEEESAILSVKERSPSGANGPPLRCNKCNKLGHTANRCLTSERFPA |
| JGI20161J15289_1000234 | JGI20161J15289_10002346 | F049067 | MPSYHLHTANDAEEIYTGKHVELIVAQGASTETAHFITKQENYLLSH* |
| JGI20161J15289_1000250 | JGI20161J15289_10002501 | F000015 | NMNLVISKCVTAVKVSNFSGHYLRNRSTLDVGILGYIGIV* |
| JGI20161J15289_1000288 | JGI20161J15289_10002885 | F000270 | ASYELLPEDDPLRSKHVGVPLNILMYFNEINTLD* |
| JGI20161J15289_1000320 | JGI20161J15289_10003201 | F014569 | VSCLQLLQYCHITVLLSVPAVQSHHNSACSYCSTVTSQFCLQLLQYCHITILLAVIAVLSHDCSACSQCSTVTSQFCLQLLQYCHITFLPAVTAVLSHHSSNCSYCSPVTSHFCLQLLQYCHITVLPAVTAVLSHHSSACSHFSTVTSHFYLQLLQYCHITLLPAVTAVLSHHISACSYFSTVTSLFCLQLMQYCHNTFLPAVTAVLSHHISACS* |
| JGI20161J15289_1000320 | JGI20161J15289_10003202 | F014569 | NSTCSYCSTDTSQFYLQSLHYCQITVLPAVNAVLSHNNSTCIYCSTVTSHFCLQSLQYCHISVLPAVTAVLSHHISTCIYCITVTSQFCLQLLKHCHITFLPAVTAVLSHHSSTCSYCSTVTSHFCLQPLQYSHITFLPAVTAVLSHHNSACIYCSTVTSVF* |
| JGI20161J15289_1000326 | JGI20161J15289_10003261 | F046448 | CINCIINCNIAPYSYFPHVLSLHILYIQLQTVKCINCTINCNIVPYSYFPHVLSLHILYIQLQTVKCINCIINCNIVPYSYFPHXLSLHILYIQLQTVKCINCIINCNIVPYSYFPHVLSLHILYIQLQTVKCINCIINCNIVPYSYFPHVLSLHILYIQLQSVKCINSIINCNIVPYSYFPHVLLLHILYIQLQTVKCINCIINCNIVPYSYFPNLLLLHITYIHLNTLKYIDCILNCNKALYSFSFSN* |
| JGI20161J15289_1000358 | JGI20161J15289_10003583 | F064846 | VFXIKNGLKEIDASLSLLFNFALGYAIRKVKANHKLLQFSGAHQVVIYGDDVNLRCHNIHTISFISPL* |
| JGI20161J15289_1000437 | JGI20161J15289_10004371 | F000003 | MLYREIMAVCSEIHTKHICTVCGQNVELLNVKLVVHIVTTGL* |
| JGI20161J15289_1000437 | JGI20161J15289_10004372 | F000003 | MLYGEIMAVCSEIHTKHISTVCGQNVELLNVKLVVHIVTTGLYRVKSQ* |
| JGI20161J15289_1000447 | JGI20161J15289_10004471 | F063803 | MAEGEMVTENFISSKARPVARNLKVNANLSSTDKKSLLTVSFLVKYGVIFMISSLKS* |
| JGI20161J15289_1000471 | JGI20161J15289_10004713 | F013316 | MDGILNRYNLKSTGRIYTFGVLKCSEKFKVLDLP* |
| JGI20161J15289_1000488 | JGI20161J15289_10004883 | F010771 | LGREEHNWKIRTRKQKTDVGKYSFVNRTIRNWNQLPASRLASFPCKLNTFRKKVKNVVTSKGIQGGVSVNK* |
| JGI20161J15289_1000504 | JGI20161J15289_10005042 | F065895 | KPEPKPTAAAQPAAGKSKKKVXAXVKTXATKPTIPVLVVPTNPLEEISDLLDRLPLQACVELTRRLLTSISSLPTGTARPRAVLKTVILFVAEYGSTP* |
| JGI20161J15289_1000532 | JGI20161J15289_10005324 | F024129 | MSLLVQLKDTLKEKCHRKITKRVLFLHDNAPAHRALATWKKL |
| JGI20161J15289_1000536 | JGI20161J15289_10005361 | F000003 | MYREIIPVCSEIHTKHISALCGQDVVFVNVKLAVHIVTTGLYRLCL |
| JGI20161J15289_1000569 | JGI20161J15289_10005692 | F085848 | MSTVEKVNIFSNGEGISTVTNYRFSXVLTSNDSYTNEETKRRISLSKPAMANMTKITKDLEVSTNTNVKLL* |
| JGI20161J15289_1000704 | JGI20161J15289_10007041 | F015745 | QNLCTLVQAAFWYEEGISKLVSRYDKCLSVQGDYVEK* |
| JGI20161J15289_1000707 | JGI20161J15289_10007074 | F002022 | MTVKTKQIYYNLLLQGYMFRLLRVIIRPSNEPTQNYLIPSALWDVSTA* |
| JGI20161J15289_1000764 | JGI20161J15289_10007642 | F007924 | MRLMMICCRMTVKSMGMLRESVRKIKALGVKMDRVTLTGTGI* |
| JGI20161J15289_1000802 | JGI20161J15289_10008024 | F068988 | MKNKEELRHVGNTYDLVYLEAHPPKVGAIPPAEIGGTLLL* |
| JGI20161J15289_1000808 | JGI20161J15289_10008083 | F009759 | LVLICVIILKQRTDTIKVETDVSIHNEEDVIGLETDAVCVPQECELEVSHIWS* |
| JGI20161J15289_1000835 | JGI20161J15289_10008354 | F075417 | VLINTPLQVLTAAPALHSLTISNRKDVADILEFLNHIHGDLRELIIEYWSFGEVSTGLLANIVALYPDLEGLTLERVSQLKSDDYCLIAQLKKLSRLNLTLCQVDYMHVQPYI* |
| JGI20161J15289_1000857 | JGI20161J15289_10008575 | F000189 | MFRASSAHLQEDTVVYMQSMVLSLSMTVPGGLPVHSLSEN* |
| JGI20161J15289_1000865 | JGI20161J15289_10008652 | F009759 | VFIILKQSIDTIKAETDVSIHNEEDVIGLETDAVCVPQECELEVSHILR* |
| JGI20161J15289_1000872 | JGI20161J15289_10008721 | F096180 | VLFLSCKANARVKLAKSGHGPHLFRIIVFCVVLVIVLCYRLYAVLLL |
| JGI20161J15289_1000872 | JGI20161J15289_10008723 | F019385 | KRAAKFANNIDESGWETLAQRRLIARICALFKAYTGGRAWKAIGDRLLKPCYLGRGDHNWKIRTRKQKTDVGKYSFVNRTIRNWNQLPASLLASFPCNLNTFRKKVKNVVTSKGIQGGVSVNK* |
| JGI20161J15289_1000939 | JGI20161J15289_10009392 | F000184 | VGREEWQEKVYDREEWKKLLRTARNHRILHMLME* |
| JGI20161J15289_1000992 | JGI20161J15289_10009924 | F086284 | VQMNVAQFTNNTKDSDWENLAERRTITCLCALFKAYSGEWAWQPICYRLRKPYYLNRVGCDHLERKKQNITLGGQHVYSRL* |
| JGI20161J15289_1001022 | JGI20161J15289_10010223 | F001661 | RELISGPCLGAKARFLSFNRTQSRAVTGLLTGHSTLRRHLHLIGLSDSPLCGAEDVISAYILCECEALASLRHMYLGSFFLEPEDIKSIXLGAIWNFSKATGLP* |
| JGI20161J15289_1001034 | JGI20161J15289_10010341 | F039864 | VQDLASKVGGEQQRSCLPETSLQLQRYEMGRYREEGTTHWIGIWPF* |
| JGI20161J15289_1001034 | JGI20161J15289_10010344 | F000471 | VEAPGGEKWEHLKSGGKQWQATPKNLPRMQRTRAIPVA* |
| JGI20161J15289_1001059 | JGI20161J15289_10010592 | F067089 | MAARPRRTDRGKTLRLACWNADCVRGKKLELEHFLGQHGVDICLLSETFLNPGEAFRLANYVCHRTDRPTAGGGTAILVRRG |
| JGI20161J15289_1001152 | JGI20161J15289_10011522 | F014569 | RYCSTVTSQFCLQLLQYCHITFPPAVSAVLSHHNSACSHCSTVTSQFYLQSLQYCHITVLPAVTAVLSHHNSACSHCSTVTSQFYLQLLQYCHILVLPAVNAVLSQHISACSHCSTVTSHFYRQLLQYCHNTILPAVTVLLSHHSSTCSYCSTVTSLFYRQLLQYCHITILPAVTAVLSHHSSTCSYCSTVT* |
| JGI20161J15289_1001198 | JGI20161J15289_10011982 | F056135 | MVTPCVNNIQHFNYQLTHTTLKNVELLKHFEISKTAPTCFGLQGNHHQGATVSS* |
| JGI20161J15289_1001205 | JGI20161J15289_10012053 | F006470 | MCCRLRELVVTDCVDMRDRGLLEGIGSLHELTFLRLNWCYKLTAQALSTFLHRPSMTSVVVLNLSQFLMLDDEGLKGIAKRCNKLTYLHV* |
| JGI20161J15289_1001223 | JGI20161J15289_10012231 | F103493 | MVPNEPKISKQAAYSKTRHITFTILETLEIISKPGSATSQSVIMVAYKIGLLTTYDTKKHKKKITCKNLVQ* |
| JGI20161J15289_1001230 | JGI20161J15289_10012302 | F095689 | LVDRTHLFKISNLVYEGREIVRSLNSSLQEXAVYGGYSKLAGCRVSESKFDGFGNFLRXRVTL* |
| JGI20161J15289_1001236 | JGI20161J15289_10012363 | F002678 | PRTSQSAGFDIGAFIVTNPYTHNMKNFAAPTAPGNYLHSTEHTT* |
| JGI20161J15289_1001239 | JGI20161J15289_10012391 | F039863 | LASLVLELHWRRGGVGGRDPPLLDKVKMDVESREKFLGWVTRGEESESDDGVGVALEVGLHRFLKKLKWT* |
| JGI20161J15289_1001244 | JGI20161J15289_10012442 | F053362 | MFSESACQVSRRWDDVGRFYTRLFGVVYVTRGDFYDGSEKGTASVH* |
| JGI20161J15289_1001284 | JGI20161J15289_10012842 | F000009 | MEKISWTDHVRNEGVLLRVNEQRNILHEIRKRKANWIGHILCRSCLLKQVIEGKIKGEMEVARRRGTRHKKLLDDLKDRRGYSHLKEEALDCTMWRHHLGGGFGPVIRQNNE* |
| JGI20161J15289_1001338 | JGI20161J15289_10013384 | F049067 | MPSYHLHTANDAEQIYTGKHVELIVAQGASTETAHFITKQENYLLSH* |
| JGI20161J15289_1001343 | JGI20161J15289_10013431 | F064069 | MPILPNKCSRENYTQLANLCNIRVKQEFELIMLDIEIIYVNIFINKPIKIMA* |
| JGI20161J15289_1001365 | JGI20161J15289_10013653 | F002086 | ELPLMVESFGLLVPFPSILDAVFAVFNLHLANIFFDILPSILWSSL* |
| JGI20161J15289_1001369 | JGI20161J15289_10013691 | F018201 | TTHRLLRTTATTPSAEHHMQQYTTCTPEDGHIDVRNI* |
| JGI20161J15289_1001430 | JGI20161J15289_10014301 | F085848 | LNLEKTTVKSTVENVNISSDGEDSRTVTNKFLVVLITNDSYTNEETKKRISLSKAEMANLTKITKDLEVSTNTNVKLL* |
| JGI20161J15289_1001544 | JGI20161J15289_10015441 | F047152 | VDKDGHAQCMDKTSREPGTVRGTARKVHFSLAFISVTVQLRI* |
| JGI20161J15289_1001554 | JGI20161J15289_10015544 | F014633 | RMRKCGESKTTRIMMATVPHVTSGLGLRKFQANGFLLTRVCR* |
| JGI20161J15289_1001565 | JGI20161J15289_10015652 | F000731 | MSALTDLVRELISGPNLATVARLLSFNRTQSRAVIGLLTGHNTLRRHPHVMGLSNNPTCRKCGNEEDTSVHILGECVTLASLRHVYLGSLFLDPEDIRVLGVGAIWNFVKETGLL* |
| JGI20161J15289_1001573 | JGI20161J15289_10015732 | F042405 | LTVTLEGISKAAAVLSVLMKVCSIPCHDKSYINVMLVLQSNSDPLHILPGSSSETNATSDGVCNFSNTEVEEDVDVIEEIFISVNEEVDRSIKQEEIPGEITFPDIKSEPDEVSYVCICLLLDTFVQCPGILDFLCDVSITC* |
| JGI20161J15289_1001592 | JGI20161J15289_10015921 | F070262 | PPGTPSIYSVLLFVTKHKDQFLSNSPVHKINTRQTFDLYVPTANLTLYKKGEYYSGIKIYNHLPTAIKDLSNDKNKFKLALKRYLLPNSFYSLEEYFNT* |
| JGI20161J15289_1001604 | JGI20161J15289_10016042 | F066892 | MNGAVSKVNKKSISHLTRAKRTPSAAATVPVSHVLITVLQCVHPGSHDTHPHGNQIHPRLGVACPL* |
| JGI20161J15289_1001682 | JGI20161J15289_10016822 | F076218 | MGPDPENRVGDQDIGSPSRPVSSGLQVPSEPGHCHARTRPPW*PSRGVLPSKCPSIAPAEMSNIPR** |
| JGI20161J15289_1001694 | JGI20161J15289_10016941 | F036763 | DISAFIVSTYHTHNVQKFAARTAPGNCPQSTENTT* |
| JGI20161J15289_1001700 | JGI20161J15289_10017001 | F001624 | VIFLLEILEKNNDESILILVIYWKKTGLLHTKISNHNI |
| JGI20161J15289_1001702 | JGI20161J15289_10017022 | F024818 | LCEKPRKLIHKEPLSQYLDSLTYKDIENISSNMYKARSSQLLPLLTDTEETREALSAVQV |
| JGI20161J15289_1001724 | JGI20161J15289_10017241 | F010771 | KATGKRLLKTCYLGRDDRNRKIRARKQRTDVGKYSLVNRTIKSWNLLPAGLLASFPCKLNTCRKRVKNVVRGKGIQVGVECK* |
| JGI20161J15289_1001731 | JGI20161J15289_10017312 | F004619 | DHYMGRTAQQPPDAAFYVFIQQIYILNILNMLHNLRFFSLFKVPLFHNDTFFGSCIISILNTGCAKI* |
| JGI20161J15289_1001798 | JGI20161J15289_10017981 | F004932 | MFSFQQGLSGETVRLIADGCQQLRKLSLVGATDIFDDGVIHVINRLGEQLTTLVIYGDHLTDVSYSYLNNCAR* |
| JGI20161J15289_1001803 | JGI20161J15289_10018032 | F105420 | MVLAKNNQKFCTGKGIDHCKVVGTELNTAGVSYTLLPWLPLLLCSMKYEQDEMVEHQQTKELSREHNIFYSNEVVLCCYDCFGCITMMYR* |
| JGI20161J15289_1001816 | JGI20161J15289_10018161 | F096184 | LPNECFFTNITGIRTLATMYKLVSLHXRLLTECFFTNITGIRXLVTMYKLMSLHVGLLTECFFTXITGIRTLATMYKLVTLHVRLPNECFFTNITGIRTLATMYKLVSLHGRLLTECFFTNTTGIRTLAAMYKPVYLHGRLLIECFFTNITGIRTLVTMYKLVSLHVRLPTECFFTNITGICTLASMFMLMCLYVMLVI* |
| JGI20161J15289_1001822 | JGI20161J15289_10018221 | F000003 | KLYRERMAVCSQINARHINSLCGQNVELLNVKLVVQIVTTRLYRDKSLLYKPGS* |
| JGI20161J15289_1001845 | JGI20161J15289_10018451 | F001056 | VVLEKISWTDHVRNEEVLLRVNEQRNILHEIRKRKA |
| JGI20161J15289_1001901 | JGI20161J15289_10019011 | F000347 | MPNFGRVFLMLNYTDTTLNTYIQSCTVTEIMAREVLNFNSCHTLTDYQIHIETGKNMWFL |
| JGI20161J15289_1001909 | JGI20161J15289_10019092 | F075033 | MQLDMVTVQGAFLDNVGPSEALFQLSEHMQSNPLLYGGQPPCLVEDRGAQRWKAAPVEVLILLVDGPSGRG* |
| JGI20161J15289_1002007 | JGI20161J15289_10020071 | F007535 | MEERYHATTENRFYPDMSNVNKNITVEAKLISPPT* |
| JGI20161J15289_1002118 | JGI20161J15289_10021181 | F030793 | VKYSVVQVNIKLLAKAGDLSWTNLDMTGIEVEEHELEEEENCTMVIASNIVQHRELLQTAARSLADGGCILTRVKVDTNSVLSSGFRLTVVFEKTVQ |
| JGI20161J15289_1002157 | JGI20161J15289_10021572 | F000003 | MLYREVIAVCSQIHTKHINTVCGQNVELLNVKLAVHIVTTMRYI* |
| JGI20161J15289_1002213 | JGI20161J15289_10022131 | F001284 | VAIPTDRNVILKKGEKKLKYKNLCIEIQQMWHLKCKIIPVIIGATEILTKGLRKNMEVIPGKHSVDSLQKTAILRTSHIMHKVLQCEA* |
| JGI20161J15289_1002216 | JGI20161J15289_10022161 | F014569 | MQYCHIAVLPAVTAVLSHHSSACCYCSTFTSQFYLQLLQSCHITFLPAVTAVLSHHNSACSHCSTFKSQFCRQSLQYCHITFLPAVTAVLSHYTSACSYCRTVTSHFCLQLLQYCHITVLLAVTAVLSQHISARRHCSTVTSHYCLQLMQYCHIAVLPAVTTVLSQHSSACSHCSTVTSQFYLQSLRYCHITVLL |
| JGI20161J15289_1002221 | JGI20161J15289_10022212 | F044786 | PKITLPNTDYAHKTITSNFSQARSTLPEDGSQRIRNMSEFLIVFNCLLKH* |
| JGI20161J15289_1002246 | JGI20161J15289_10022462 | F007534 | VDVGHLDALDDGLLARSQYPEGHTSGHLDTGCSWFPCVYXRMLDGSQVSKLLLHASHVALPT* |
| JGI20161J15289_1002247 | JGI20161J15289_10022472 | F060091 | MAXFIALSSESDSGEEMDTLMLLYLTSKRQNSVWKSEYMKKRKTHGEFALTSEFSAKQFTNYFRLNRSQFNEVHRLVQNSIYSEGCNAQKPIGTEEKLAVFLRCFIFYI* |
| JGI20161J15289_1002255 | JGI20161J15289_10022551 | F040387 | MTGHINVMLVLQSCTDSLRILPTSSSETFPTSSDGTYDVGNMNVEDDVDIIEEIFTAVNKEADIGIKQEEMPEDITFPDIKAEPHEVSYVCVCMSVIRHILPLSINDCFLRC* |
| JGI20161J15289_1002321 | JGI20161J15289_10023211 | F009469 | NRGKSAITSLLNTTVVAFKVLPLGSYAPMSAPSSPFKTILEMVLWNGLQSCRCINPDVSNVIKMPPFQYFLYLREQKKKS* |
| JGI20161J15289_1002325 | JGI20161J15289_10023252 | F054409 | MSYNSSHLRTNSINFSSISEDNQAGLIASKHSKRSGDDVITAHMIRIEHVGPVPSRQTFSLGDGDGTELRRDGDVPVSVNISV* |
| JGI20161J15289_1002378 | JGI20161J15289_10023781 | F049994 | HFPLNLHSGLILSNFRDAGVGLNSETRYATARQFVLKETFI* |
| JGI20161J15289_1002412 | JGI20161J15289_10024123 | F041280 | MFFIIINALHVSGGSSVHHQEPIKLYAQLSVLSCFPAVYRW |
| JGI20161J15289_1002415 | JGI20161J15289_10024152 | F096184 | MLVTMYKLVTLHVRLLTECFFTNITGTRTLVTMSKLVSLHGRLNTECFFTNITGIRTLATMSKLVTLHVRLLTECFFTNITGIRTLVTMSKLVFLHGRIINECFFTNITGIRTLATMYKQVSLHFRLLTECFFTNITGIRKLVTMSKLVTLHVRLLTECFFTNITGIRTLVTM |
| JGI20161J15289_1002458 | JGI20161J15289_10024583 | F049067 | MTYYHLHTANDAKEIYTGKHVELIVAKEVSTQTAHFITKQENYSFTLTFTGDLTANC |
| JGI20161J15289_1002499 | JGI20161J15289_10024991 | F014569 | STSSYCSTVTSQFCLQSLQYCHITVLPAVTAVVSHHSSTCSYCSTVTSHFCLQSLQYCHITFLTCSYCSTVTSQFCLQSLQYCHIIVLPAVTAVLSHHISPCSHCSTVTSHFYLQLLQYCHITFLLAVTEVLSHLSSTCSYCSTVTSHFCLQLLKYCHITLLNAVTAVLSHHSSACRY* |
| JGI20161J15289_1002544 | JGI20161J15289_10025441 | F000229 | LYVSQMLSTDINITETHIPASFNMHLVIIKCVTAVILSNFSRHYLCNRSTSDIGAFG* |
| JGI20161J15289_1002697 | JGI20161J15289_10026971 | F000033 | RFPDFMTTAQDGVKVVSLRHRPPLPPGNTPGTHFC* |
| JGI20161J15289_1002731 | JGI20161J15289_10027312 | F077445 | MDCVGGETCSCSATCDADGTEEDSIKVEEAIDTRGEIPEALSFPPIKTEHEVKLLGFL* |
| JGI20161J15289_1002782 | JGI20161J15289_10027821 | F013537 | KKRCRQGMQPVVDSIHELFVGLEALGNQSDLHLGEEMVIAWRQVRTVWRVVENLPVEALD |
| JGI20161J15289_1002837 | JGI20161J15289_10028373 | F000355 | LTYVLILNYGIIIKSTSKLKYTVWHVDKYKITFKLNINHWTNEILVTDICYTDVI* |
| JGI20161J15289_1002900 | JGI20161J15289_10029001 | F025874 | PEDDSIESKHVAHISIVVDIPINCCVRLLHLVPILLY* |
| JGI20161J15289_1002905 | JGI20161J15289_10029052 | F000182 | LVDGENISFDASLVIYINSTNIPPIMIINRIYETQNLL |
| JGI20161J15289_1003017 | JGI20161J15289_10030172 | F055819 | MRSGITACEGLLSYPGIYPNVYIASHVIPGIYAAAVAKCSQV* |
| JGI20161J15289_1003200 | JGI20161J15289_10032004 | F016896 | MVLRHVSILIDHPQGVCLYLAKDTELFKRFEEFLNFKTLNLKSRWLHPVLWQQYCSKCVLWPLWCHALDNP |
| JGI20161J15289_1003212 | JGI20161J15289_10032121 | F045178 | MKFASKS*DLASLLVNGLISXLGIYPNVYIAAHVILGIYTAAVAKCSQV* |
| JGI20161J15289_1003314 | JGI20161J15289_10033142 | F004932 | VCWLLVEENEMFSFQQGLNGITVRLIVDSCQHLKKLKLHGVVFFSDDDVIHVIKKLGKQLTALVLDGFRLTDVAYSYLNNCAR* |
| JGI20161J15289_1003387 | JGI20161J15289_10033872 | F000213 | TINTTGAAKGILRLPHRWQRVVHNAGDYIEVEQNFETCIYFVSVVNK* |
| JGI20161J15289_1003398 | JGI20161J15289_10033981 | F011307 | FCAKTNKCTQLFHKLSHCYMFRHYRVILKQLVINTLPSYTSTSNAAVGNTV* |
| JGI20161J15289_1003400 | JGI20161J15289_10034001 | F075023 | MGEEKETLKFDGEEEMKPFTECTYLDTKIDQLGDNTPEIKHRINQTRKAMNALNSIWWHKNITKNRKLYI |
| JGI20161J15289_1003409 | JGI20161J15289_10034091 | F081489 | MNALISNPADCEVRGVIRFLQAENVRPCEIHQRLVAVYGEHVMNAASVRKWCIMFTNGRTDVHDAEKSGRPSVITDALKEKVNRIIRENRHFTISEVYEKCPEVSRALVYQIVTKHLQYRKIC |
| JGI20161J15289_1003454 | JGI20161J15289_10034541 | F071738 | WLREQERSWYREGIHALASRWREAVDLDGDYVEK* |
| JGI20161J15289_1003574 | JGI20161J15289_10035741 | F000560 | MAAPLNTRTTIEQRGAVRFLWAKVMAAKDXHKEMLPMYGEHCLSRQAIL* |
| JGI20161J15289_1003647 | JGI20161J15289_10036473 | F012039 | MCFVCTWTDSKVSELIAVKVLHTSLLNTTMVAFRVLPFGSYAPMPAPSPPFKTILELVL |
| JGI20161J15289_1003685 | JGI20161J15289_10036853 | F015484 | EKFESMAAVTHLLIAKFILKLARICGFCNVNIST* |
| JGI20161J15289_1003712 | JGI20161J15289_10037121 | F005224 | MHHKSIIYNKPTRCICGSIVFINNYKYALHVSDALCVHHQEHYKL |
| JGI20161J15289_1003716 | JGI20161J15289_10037162 | F029797 | MVFCGVGVKVCGVAQIAHMTDKNTLVLQSCTVALRAEHGSCCETSVQSSDDSNEVTTIKIVGEAVHIKEEVEPIALSFSSIKDEPEVSPQTFHQYL* |
| JGI20161J15289_1003758 | JGI20161J15289_10037582 | F006726 | MFRIIHDPSSGSIELYLTEIIRSGSQMFVVHLVGVWQHNFEPVVCVCRV* |
| JGI20161J15289_1003774 | JGI20161J15289_10037742 | F004932 | VRLIADSCQQLKKLILIDVGEIDDEDVIHVIKKLGKQLTTLVLRGEGLTDVAYSYLNNCAR* |
| JGI20161J15289_1003874 | JGI20161J15289_10038741 | F064846 | VCDVSYQECFKEGDALISLLFSFALKYVIRKVKVNHKLLQFNGTHQVVIYADDVNLRGQNIHTIIFISPL* |
| JGI20161J15289_1003979 | JGI20161J15289_10039791 | F036965 | MEAKDIHKEMLPMYGEHCLSRQAIHNWVQKFSEGRTSIEDEHRAGRPVEIATPETFRQQPKEFYAAGFQGLVKRWDKCLNLYGDYVEK* |
| JGI20161J15289_1003985 | JGI20161J15289_10039851 | F000546 | MEDRETPRIHKYGEIKTTRIMMATVRHVTFSSGLREFQAA* |
| JGI20161J15289_1004024 | JGI20161J15289_10040242 | F051234 | VSFFKSNKTLYDSDATVLLNVYIYLVFVGKGWLALVPLHLPHLRRLCLEGCNKVCDKYVKKLKAVVPELEFINSGVRF* |
| JGI20161J15289_1004139 | JGI20161J15289_10041392 | F000672 | VQEEVMTWFKGQAADFYDSGIQKLVPRLNKCLDNAGDYVEK* |
| JGI20161J15289_1004199 | JGI20161J15289_10041992 | F000091 | WGDPDVDGRIILRWIFRKWEGVVGTGWSWLRIGTGGGHL* |
| JGI20161J15289_1004267 | JGI20161J15289_10042671 | F006470 | MTDRGLLEGIGSLHELTSLLLYDGGDLTAQALSTFLHQPSMSSIISLNLSFLPNLDDEGLEGIAERYNKLTYLHI* |
| JGI20161J15289_1004398 | JGI20161J15289_10043983 | F001025 | GTCKYAKAPSTKKTLRDSLPIDMLLSALSILIVAQSSSEVPEGLMNNPV* |
| JGI20161J15289_1004429 | JGI20161J15289_10044292 | F060091 | MAELIALSSESDSNEEMDTLMLLYPPQKWQKSVWISEYTKKRKIHGEFALMLEFSAKQFTNHFRLNRSQFNAVHRLVQNSIYSEGCNAQKPIGTEEKLAVFLKXFIFYI* |
| JGI20161J15289_1004442 | JGI20161J15289_10044421 | F078873 | MERSKYEAKTHTSYNNSRIESRFKVLHFLYRMGGIPLNMKSVSRLYVIYNACLTVSFYITNIGAGVDYFVHRHQLSLAMKIFRQY |
| JGI20161J15289_1004470 | JGI20161J15289_10044701 | F000193 | MFQFTRKSSSWSHSQYLAKFTHCVQSGYVELVQDIISVMAAYCDL* |
| JGI20161J15289_1004497 | JGI20161J15289_10044971 | F020027 | RSQIMKIDNSSIERVEEFKYLGTTLTNKNSNQEKIKSILKLGNACHYSVQNHFSSSLLSKTLKI* |
| JGI20161J15289_1004523 | JGI20161J15289_10045231 | F084824 | MFRAXSAHLQEDTVXYIQPMVLSLSMRVTVTYAACIQLYPPEDEHLKLETYG |
| JGI20161J15289_1004573 | JGI20161J15289_10045732 | F000229 | MALCHSDVNLMLSTDINITETTYLPVLRNMYLVINKCVTAVKISNYSCHYLRNRSTSDIGVLDYIGVL* |
| JGI20161J15289_1004595 | JGI20161J15289_10045952 | F023128 | VFNRCKTWSLILREKHRLKVFEKRVLRRVFGPQRDEVTGEWRRVHN |
| JGI20161J15289_1004766 | JGI20161J15289_10047662 | F075026 | MMRGVQTRSAADIARELDIHWVVHRIVWDQLYYRAVCAHWVPKNPTDGDKAHRMGLYGSFLYPLDMLQ* |
| JGI20161J15289_1004804 | JGI20161J15289_10048042 | F000015 | HIPASFNMYLVISKCVTTVKVSNFSGHYLRNCSTLDIGVSGYISIL* |
| JGI20161J15289_1004825 | JGI20161J15289_10048251 | F050459 | MVTGHGNIKAYLYRFKIIEAPNCPRGNDNQTAEHILLECAILKEDRERLIAAVAKADNWPIKKEMLIKKHYKAFAKFTKQIDKIKEMX* |
| JGI20161J15289_1004834 | JGI20161J15289_10048342 | F051232 | CITGTYNKVFIFLTYNFSKEQCVLPEDDVRVETCRGLLNVLV* |
| JGI20161J15289_1004853 | JGI20161J15289_10048532 | F000058 | MFGFFMDCPCIFLDGKNISFDISLVIYINGIKIPPIMIINMIYETQNLLSL* |
| JGI20161J15289_1004952 | JGI20161J15289_10049521 | F018556 | VFCKRQGFELVAEQLLASGEGLLSVTLVVIHCKDLTVTMLTMYKAAAVLSSLMKVYTILCHDRGHINVMSVLQNSTDSLHILQGSSCEPHATSSDXVCNLCNMEFEGDVDLKEEGFIAVNEEADISIKEEEIPEDISFPDIKSEPNEVSYVCIFLLLDTFYQCPAMSLVFVT |
| JGI20161J15289_1004962 | JGI20161J15289_10049621 | F095675 | VKNKYLMRHDKVCTHLHYSICKALGLETTDKWYTHVPKPVDEEGDITVLWNQE |
| JGI20161J15289_1004962 | JGI20161J15289_10049622 | F004326 | MRGQFPRNLDEKLVDIKQSYRWLKSDDIKGETESTIVAAQDQAISTN* |
| JGI20161J15289_1004962 | JGI20161J15289_10049623 | F006224 | YVPREQGGRGLMQLEAAHAIEITKLVEYVDKKEDPLIQSVRTHQHNTNSAVLETVRCLKIEXXXXXK* |
| JGI20161J15289_1004983 | JGI20161J15289_10049831 | F042400 | VFLNRRAAAQYRALASIVLGRERPEETTICYKISLAQLITNINVIL* |
| JGI20161J15289_1005037 | JGI20161J15289_10050371 | F003069 | WNSNEKLKEKFGNCTRKTFDRFITKDSYTWNNTHNTESTAV* |
| JGI20161J15289_1005055 | JGI20161J15289_10050551 | F042400 | VCCPGWIGMAAARYRDLASIIPGRERPEETTICYKISLVQLITILNVIL* |
| JGI20161J15289_1005067 | JGI20161J15289_10050671 | F004932 | MSTIFVKVKRTLPFQQGLNGQTIRFIAESCQELKILRLGGVVQIDDDDVIHVIDRLGKQLTTLVFGGNRLTDVAYSYLNNCAR* |
| JGI20161J15289_1005069 | JGI20161J15289_10050691 | F015226 | MRAQLTEMCVGLQNSMDLGEIVPSVCSETCLTVCADGSEVSDMRLEEVLHTQEDHLPVVLPAVKAADKVCYVCNIVMLTVVQACTVASALWQCVVWCLGV |
| JGI20161J15289_1005088 | JGI20161J15289_10050882 | F049064 | EENNILECIEKPVPERPNYICVANVSDQDFISPAIDN* |
| JGI20161J15289_1005154 | JGI20161J15289_10051541 | F006350 | LNLHTVRLFTESDDTRGCSNTICAPEDEQGTAQNMLRIIM* |
| JGI20161J15289_1005220 | JGI20161J15289_10052202 | F092292 | MGEEDRNDDQDQEGYRSLWEMLQHPVRDTVRARSLADLETPDGF |
| JGI20161J15289_1005276 | JGI20161J15289_10052761 | F000735 | MPDTRTVKKIFKWKPLTKRSQGRPKYRWEDNIKQDICQMKIKNWIACVQDRGKWKEVVEKDKTFHH* |
| JGI20161J15289_1005457 | JGI20161J15289_10054571 | F014569 | LQLLQYCHIIFLPAVTAVLSHHSFTCSHXSTVTSQFYCSYCSTVTSQFCLQSLQYCHITVLHAVTAVLSHHSSTCSNCSTVTSQFCMQSLQYCHITVLPAFTAVLSHHSSNCXYCSTVTSQFCXQSLQYCXITILTAVTAVLSHHNSACSHCSTVTSQFYLQLLQYCHIIILPSVTAVLSHHNSACSHCSTVTSQFYLQLLQYCHIIVLPAVT |
| JGI20161J15289_1005504 | JGI20161J15289_10055041 | F000009 | VRNEEVLLRVNEQRNILHEIRKRKADWIGHILRRNCLLKQVIEGKIKGEMEVTRRRGIRRKKLLDDLKDRRGYSYLKEEALDRTIWR |
| JGI20161J15289_1005539 | JGI20161J15289_10055391 | F031910 | PTSSSLRVFFFLYVCFCFAISTVFQAFFVSYLVEPTYEKKLETLDDLQNSEVFYGHHPIFDIIKGTAENPELEKFLQHKKLKEDCNDLMKCFERMITQRDIAALFSPPFATYVARKMGTVNVGNIICSLDETFFSGVIVFLFKKGSPLQDKFNILMRRYLEAGFLEQHWTELQHQASLMSGKIFRVEGGDVFFAFSLSQLMPAFVVLLVGTV |
| JGI20161J15289_1005570 | JGI20161J15289_10055701 | F071742 | MYNSQLIQEITPLKSWDQKLDHFINISPLLRKSAEHYKAFGISVMARIKAVSGSEWNCKKSIKSHTILLRXDGVXXNTDKDYGLSKVGVFIKSKVHHVL |
| JGI20161J15289_1005647 | JGI20161J15289_10056472 | F053363 | MFRTYLDRLYWIYIILTHDMHQWLLLQFLVLLMMGAESVRNM* |
| JGI20161J15289_1005692 | JGI20161J15289_10056921 | F002022 | MTDKTQQFYSNLLLQGYMFRLLRVITRPSKEPIQDYLVSSALWDPVALTIGGEIVL* |
| JGI20161J15289_1005728 | JGI20161J15289_10057282 | F000104 | MRTAGYTWTGYKTNTQIIKELTMTPILDKLLEYKKKGIQHANRMPRNKLPREMKHYSPTGSRKRLLDT* |
| JGI20161J15289_1005754 | JGI20161J15289_10057541 | F032476 | MALNRGWSHTIYRYHISSCMWSVTGSELDNETNVDSWPIEFRAFRPARDI* |
| JGI20161J15289_1005766 | JGI20161J15289_10057662 | F000050 | MMXEAKVTAEIRTKHSMQSKHHVEFFNIKPGICKETARL* |
| JGI20161J15289_1005788 | JGI20161J15289_10057881 | F040158 | MLVYYFVPFIVNNRYLIFYVSSGHNSVTVQNRTHVYMNFFDHKDLGNHLLQ* |
| JGI20161J15289_1005814 | JGI20161J15289_10058142 | F066894 | MAATLIGCGVYVQLAVKWPLHTWRVSRITVKALVTSNIIQSVCLVGKGRLKERCGLEPRTNFFLFKKSAKTGVD* |
| JGI20161J15289_1005820 | JGI20161J15289_10058202 | F011307 | MFRHYRXILRQLVINTLPSYTSISNAAVGNTIYN* |
| JGI20161J15289_1005885 | JGI20161J15289_10058851 | F004932 | VCWLLVEENEMFSFQQGLNGITVRLIVDSCQHLKKLRLRGDGQLCDDDVIHVIKKLGKQLTHLVLDGLCLTDVAYSYLNNCAR* |
| JGI20161J15289_1005943 | JGI20161J15289_10059432 | F097595 | MSNQVHSLSISIVMWVDCLKTVTDYNSANECVTDSDEIMCDGHVLCLINDNES* |
| JGI20161J15289_1005955 | JGI20161J15289_10059551 | F071357 | LTVSKKAAQKFDGERFNLGKLHELEVIKQQQTEITNRFASLKNLRDG* |
| JGI20161J15289_1005974 | JGI20161J15289_10059741 | F037782 | MVFIAELIVRSTCFGRHYAHHQELKSYADGFCLWYMALWFTGXWSXAAVGYASGLRARNP |
| JGI20161J15289_1005997 | JGI20161J15289_10059971 | F015547 | NYVTVQNRTHVYMNFFDHKDLGNHLLHLYPKVVKHPVY* |
| JGI20161J15289_1006087 | JGI20161J15289_10060872 | F028213 | MSILVSTGLVASVVRYCCLCMVVFYNLVTFAMQENIEQRYAIKFCVKLNKSATETFASLTEAYGDA |
| JGI20161J15289_1006120 | JGI20161J15289_10061202 | F035350 | NYLGECGPCPVLASYTLAFALQLRKKHRKTSVTVAASKNT* |
| JGI20161J15289_1006246 | JGI20161J15289_10062461 | F072473 | SVLQ*TLYGRYFIGNGQWYCSLNGVCYSERYMEDTAQQVESGIAA*KECVTVNIIWKILHSRWTVVLQLEWSVLQ*TLYGRYCTAGGQWYCSLNGVCYSEHYMEDSAQQWTVVLQLECSVLQ*KLSGRYCTAGVQWYCSLNGVCYSEHYMEDTAQQVDSGIAA*MECVTVNTIWKIVHSRWTVVLQLEWSVLQ*TLYGRYCTAG |
| JGI20161J15289_1006262 | JGI20161J15289_10062622 | F070262 | RQTSDLHVPTANLTIYQKGVYYSGIKIYNYLPTAIKDLSGDTNKFKLALKIYLLHNSFYSLEEFFNT* |
| JGI20161J15289_1006297 | JGI20161J15289_10062971 | F053626 | SKFHSAKHRLRTQNITSNFSEVRLILPEDGSQRIRNTSEFLIVF* |
| JGI20161J15289_1006503 | JGI20161J15289_10065031 | F000619 | MLNTFYYQLTHTTLKNVELLKHSKINKNAPTCFGLHGNHLQGAKVSTWLKVTRLVNSRCVKDVQGVVSAMAAYCXCNKGYVWNM* |
| JGI20161J15289_1006512 | JGI20161J15289_10065121 | F075033 | MQLDMVTVQGAFLDNVGASKALLQLPEXIKLNPLLCGWVSPLLETRIRGXCLVEDRGAXRXKTAPVEVLLLLVDXPSGRGSVVMADVQHNVWVILLS* |
| JGI20161J15289_1006553 | JGI20161J15289_10065531 | F000752 | MWRIWGRGEGCTGFWWGNLRESDHWGGPDADGRIILRWIFRKWEGVVRTGW |
| JGI20161J15289_1006570 | JGI20161J15289_10065702 | F019674 | LIPLQEKIDTVTVEGVENVGEEDCIKIKTEEDYIQLVQTVKSEQEVSVLFSK* |
| JGI20161J15289_1006659 | JGI20161J15289_10066591 | F000015 | SSKCVTAVKVSNFSCHYLRKLSTLDIGDLGYIGIV* |
| JGI20161J15289_1006709 | JGI20161J15289_10067091 | F000470 | MQMQSTYWLEXVLKMISLYVNALLCTLQHIVIHAMQLIFNTFYNQ* |
| JGI20161J15289_1006746 | JGI20161J15289_10067461 | F106067 | MCDSKQKSSYKHVSDFRRLRIYGHFLIPVHALM*TAFTEPAGGIMNSASLVASTRYLDCGEGGVS* |
| JGI20161J15289_1006770 | JGI20161J15289_10067701 | F019385 | ANNINESDWETFAQRRLMAQICALFKAYTGERAWKAIGDRLIKPCYLRRGNHDQKIKARKQRTDVGKYSFVNRTIKSWNQLPAGLLASFPCKLNTFRKRVKNVVTCKGIQVGXEXKXXK* |
| JGI20161J15289_1006778 | JGI20161J15289_10067781 | F090561 | MTNNMDTVRYATTNDATMNKCYNEQFLSIKSECYNEHRCYNESGGILSADVARTCA* |
| JGI20161J15289_1006851 | JGI20161J15289_10068513 | F000669 | IPSSHLHRLIIPDDVLIQFDLLMMSAVTLETCRDMK* |
| JGI20161J15289_1006862 | JGI20161J15289_10068621 | F042953 | LPGYIKEIDSYKACKKKLKLFLLLLHTFYSVEEFVSL* |
| JGI20161J15289_1007101 | JGI20161J15289_10071011 | F001100 | IEAAEIKLLRPLAGYALHDHKTNDFIRRELKVTGLLDKIDEYRLNWHLHWQRMPQNGIPFTSYHYRPQGRRTIGRLKKRW* |
| JGI20161J15289_1007103 | JGI20161J15289_10071031 | F069438 | MAYTSRASRKTVEDAEIFQVLEESTDSDVTIFSSEEDEDC |
| JGI20161J15289_1007357 | JGI20161J15289_10073571 | F001563 | MTLTYQRFTTVLFLLIYGSLFLSGIFYCLCVFWCAIARMLELELREQRTNIKFLVVS* |
| JGI20161J15289_1007362 | JGI20161J15289_10073621 | F014569 | LPAVTAVLSHHTFACSYCSLVTSQFCLQLLQYSHITLLPAVTEVLSHQCSALHFCLQLLKYCHISVLPADTAVLSYHISACSYCSTVTSQFCLQLLQYCHITILPAVTAVLSHTVLPAVTSVLSHHSSTCSYCCTITSHFCLQLLQYCHITVLPAVTAELSHHSSACSYCRTVTSQFCLQSLQYCHITFLPPVT |
| JGI20161J15289_1007395 | JGI20161J15289_10073951 | F002558 | MXAPISNPADCEVRGVIRFLLAENVRPCEIHLRLVAVYGEHVMNAASVRKWCTMFRN |
| JGI20161J15289_1007427 | JGI20161J15289_10074271 | F002022 | MAVKTQQFYYNLLLQGYIFRILRVIIRPSNEPIQDYLIPSAPGMPSNEPTQDYLIPSALWDPVALTVGVVIVL* |
| JGI20161J15289_1007437 | JGI20161J15289_10074371 | F000058 | MHTFKTVSTNYRGADKSLVRPTSHFILFDGENISFDTSLVIYINSTNIPPIIIINRIYEHQNILLL* |
| JGI20161J15289_1007536 | JGI20161J15289_10075362 | F000356 | DTERFLIHCARHFSSRLPPSGGTCKYAKVPSTKKTLRDSLPIDMLLCAVYVLVVAQSSSEFLEGLMNNPV* |
| JGI20161J15289_1007550 | JGI20161J15289_10075502 | F000672 | MTWFKGQAADFYDSGTQKLVPRLNKCLGNAGDYVEK* |
| JGI20161J15289_1007594 | JGI20161J15289_10075941 | F000047 | MWRVMGREEVCTGFWWGSLREEDHWGDTDVDGMITLRWTFRKWEVVLGTGWSSLRIGAIGGHL* |
| JGI20161J15289_1007619 | JGI20161J15289_10076191 | F006470 | SCRNMTDRGLLEGIGSLHELTSLRLSDGSNLTAQALSTFLHRSSVSSIMSLSLSYFPNLNDEGLEGIAERCNKLTYLHV* |
| JGI20161J15289_1007740 | JGI20161J15289_10077402 | F022440 | LRHLLGITKLDKEKNHSIREKTGAQSIVEEIKQYQKKWLQHVRRMDTNRITKQALR* |
| JGI20161J15289_1007787 | JGI20161J15289_10077871 | F092292 | MGKEDSIENQDQVEYRSLWEMLQGPVRNTIRAWSLADLETPDGFLNLLRVG* |
| JGI20161J15289_1007905 | JGI20161J15289_10079051 | F037785 | MGQGRGVYRVLVGKPEGKRPLGRPRRRWEDNIKMNLQ |
| JGI20161J15289_1007976 | JGI20161J15289_10079761 | F001202 | NMYLVINKCVTAVKVSNFSGHYLRNRSTLDTGVLGCIGMVQHNEHSPEVLSIPPGTPCIYTHIKLS* |
| JGI20161J15289_1008019 | JGI20161J15289_10080191 | F066889 | LRKIFGPVQNEDGFWRIRMNYELDDLIKTADIVRFVKGKRMAWLGHVMWMEGKRIHKRVLEL* |
| JGI20161J15289_1008020 | JGI20161J15289_10080202 | F031908 | MHLIIQNLEVKIYVDKNFKRHKIEDHSDMFRIVCDPSSGSIKLYLTEIRS |
| JGI20161J15289_1008052 | JGI20161J15289_10080521 | F000004 | FELSTQQALLKVSYDFQIPGNGLYTMLVTTLEDSKTSKHVSILYEL* |
| JGI20161J15289_1008082 | JGI20161J15289_10080821 | F025058 | YAPRVSIISKLINTXTSXIQHLYHEIVKTTMKMILVAVMMIFWVSMMNKLYYG* |
| JGI20161J15289_1008092 | JGI20161J15289_10080921 | F046452 | IMTLWFVTLPGFLNISHVPGIVVSLVITAVPNLPILHSVEAVSVAQMTQ* |
| JGI20161J15289_1008402 | JGI20161J15289_10084022 | F018283 | MGGLQTKLMTSQRNRATHKMADMRYYGNVMTTTRWRLYVTMETLWQQQDGSYSTSSTVQ |
| JGI20161J15289_1008408 | JGI20161J15289_10084081 | F000404 | VESPLSTGILYSSLQRVTIPDAVIIQFVLLKMSKVLLETC* |
| JGI20161J15289_1008491 | JGI20161J15289_10084911 | F034748 | VVVKYVEIKCQLDATEVFIADLIACSTCFGHQYAHHQELKSIIQWLLPVVLRAVVFKLLV |
| JGI20161J15289_1008502 | JGI20161J15289_10085022 | F023893 | MLMSRDQNAGRSDSMKIDNSSIERVEEFKYLGTTLT |
| JGI20161J15289_1008525 | JGI20161J15289_10085251 | F016082 | GTPGGGSWNVLITGPPGWRFDVPLAMSLCKNLPAENTQR* |
| JGI20161J15289_1008562 | JGI20161J15289_10085622 | F004434 | MIDKLTEIGRCYGMEMNVEKTKVMRISRQPFPVKIMMDQTQLENVECFKKLGWHVNK* |
| JGI20161J15289_1008766 | JGI20161J15289_10087661 | F077445 | EGETCSCSATCFADGNEVVIKVEEDIDSSGEFPEAISFPPIKTEPEVKLWGFL* |
| JGI20161J15289_1008890 | JGI20161J15289_10088901 | F085851 | MYNIYVKLNIDNTTTAGINYKELYECKWDPMTLTNNTLYTAAFKFL* |
| JGI20161J15289_1008943 | JGI20161J15289_10089431 | F026909 | GMEEMPSQNMPVLRLKVATLPLDLPCSGPVTHSGENLPTGMSHGKRPDRFALNDEKDVKKV* |
| JGI20161J15289_1009066 | JGI20161J15289_10090662 | F000314 | MFILKHLKTLQHVSIITDHLQGARPSLLKSMILKFVKNVKSQRCDAAA* |
| JGI20161J15289_1009072 | JGI20161J15289_10090722 | F006924 | LKFTLMFINERKRNANTYLISNFDSIEAAPSNLPP* |
| JGI20161J15289_1009078 | JGI20161J15289_10090781 | F049066 | MMHGQKYIKLFLVYVVNFYMFRAYLGPSSGGTTVRIQQLVLIILFK* |
| JGI20161J15289_1009219 | JGI20161J15289_10092191 | F080195 | DGHKDAKHVEILLITNKSLFVASSWFLFYLLIKDAWSFEHNV* |
| JGI20161J15289_1009333 | JGI20161J15289_10093331 | F000038 | LTVCFSNSVGLLQKVIEGKIKGGIEVTGRRGRRRRKLLDDLKERRGYSHLKEEALDRTMWRARFGRGFGPVVRQTNK* |
| JGI20161J15289_1009356 | JGI20161J15289_10093562 | F000032 | MEKISWTDHVRKEEVLLRVKEQRNILHEISKGKANWIGYILRRNCLLQGVIEGKIKGGIEVTGRRG* |
| JGI20161J15289_1009419 | JGI20161J15289_10094192 | F000193 | MFRFTRKPSSGSHSQYLAKITHLVQSGYVELVQDVVSVMAA |
| JGI20161J15289_1009469 | JGI20161J15289_10094691 | F000554 | TGWTVRGSNPGGARFSAPVQTGPEAHPASCTMGTGSFLGVRCCRGVTLTPHPLLVQRSKIE* |
| JGI20161J15289_1009482 | JGI20161J15289_10094822 | F096184 | VTLHVRLLTECFFTNITGIRTLVTVYKLMTHHVRLPNECFFTNITGIRTLVTMYKLVTLHVRLPNECFLTNITGIRTLASMYKLVSLHVRLLTECFFTNITDIRTLVTMYKLVTLHGRLQTEXFFTNI |
| JGI20161J15289_1009493 | JGI20161J15289_10094932 | F000189 | MFRASSAHLQEDTVLYMQHMVLSLSTRACGGLSVHSLSENSSW* |
| JGI20161J15289_1009573 | JGI20161J15289_10095731 | F035816 | SDFHLFLHLKKQLAGKKFDDDDEVQEVMTRFKGQAADFSDSGIQKLVPRLNKCLDNAGDYVAK* |
| JGI20161J15289_1009607 | JGI20161J15289_10096072 | F002894 | MDQEILTLFFYDVRCAVVIISPLGAQFTKMTANGEADMLQTVWNELHFRVAVCRITKGAH |
| JGI20161J15289_1009648 | JGI20161J15289_10096481 | F000456 | QDLFQPNS*QTPMAAVTVYSVPEDGRKGRPKHVDHTCSC* |
| JGI20161J15289_1009655 | JGI20161J15289_10096552 | F022681 | MLLVTIFMELCMVARRSRTRADSPQAVSRRLCYAVALRRTAWSEYGMDAAWQV |
| JGI20161J15289_1009773 | JGI20161J15289_10097731 | F000355 | MYTVWHVDKYKITFKLVISYCTDEILVPDICYTDVI* |
| JGI20161J15289_1009863 | JGI20161J15289_10098633 | F002987 | IHNITAKAALKFGSEAWVLKKREEQRLEAAQMKFLRHLLGNNKIG* |
| JGI20161J15289_1009933 | JGI20161J15289_10099331 | F003012 | VYEEGDVTVLWNQEVHTDREVTANRPDIIIKNKKEKT |
| JGI20161J15289_1009936 | JGI20161J15289_10099362 | F052007 | LAQDAAYQSHTSRLTELWSLXXPXQGLNTXNNNHIVEL* |
| JGI20161J15289_1009965 | JGI20161J15289_10099651 | F022682 | MQWIQDPSXSNVDNLNNVRRDASRXFRNKKKAYLKAKIEELETKQ* |
| JGI20161J15289_1010004 | JGI20161J15289_10100042 | F000047 | MWRVWGRGEAYIGFWWGNLRERDHWGDPGADGRIILRWIFRKWDAEVWTRSSWLRIGTGGEYL* |
| JGI20161J15289_1010022 | JGI20161J15289_10100222 | F070262 | SWDTLYKINTRQTSDLFVPTANFTTYQKVVYYSGIKIYNHLPTAIKDLPGDKNKFKLTLKRYLLHNSFYRLEEYFNT* |
| JGI20161J15289_1010028 | JGI20161J15289_10100281 | F005110 | VGEGYMGSMQWQLGREMGTIPAFASRTQENQENLCRDGRSQDLPDSGF* |
| JGI20161J15289_1010085 | JGI20161J15289_10100853 | F000558 | EGPGHGSEDIKKVCNVNCSDFFFFSVFLMDVMDEKVTVNSKELH* |
| JGI20161J15289_1010202 | JGI20161J15289_10102021 | F013655 | VQDTLEEKLGATGCESGNVEVQWNNIQECVLDTVSDLFGKVEKRARKPWITHEIISKMDERRKWKNVNTAEGRKNYGRLRNELKRT |
| JGI20161J15289_1010231 | JGI20161J15289_10102312 | F000128 | RKKLLDDLKDRRGYSHLKEEALDRTMWRNHFGGGFGPVVRQNTE* |
| JGI20161J15289_1010325 | JGI20161J15289_10103252 | F024223 | MELHVSAYSGHHQVSIPLKGSIYLSGVVDVEISMHQFPVALLSIASSYVQLNN* |
| JGI20161J15289_1010383 | JGI20161J15289_10103831 | F039866 | MYIVKNTTIFLIVRLLLIXYNYMFRPSMLAIFRLYMKHLTISYIYT* |
| JGI20161J15289_1010591 | JGI20161J15289_10105911 | F002022 | MAVKTQQFYYNLLLQGYIFRILRVIIRPSNEPIQDYLIPSALWDPVALTVGVVIVL* |
| JGI20161J15289_1010606 | JGI20161J15289_10106062 | F000546 | MEDRETPQMHKYGESKTTRIMMVTVRQVTSAAGRTKFQAA* |
| JGI20161J15289_1010614 | JGI20161J15289_10106141 | F000539 | MVWPCSKNGRRKTXQNSIEVDAETKESMRKTEEKLDGRNKKSHQ* |
| JGI20161J15289_1010663 | JGI20161J15289_10106631 | F071367 | TLVLQSCTDALRVEHGLYSETSEWSSDDKNEVMSIKIEREEICIKEEDEPIAIPFSSIKDEPEVSPQTFHWYLRLPSVIMLFVCLPFHIKQLPVVNGMVCIYIQIMLYTRVERKLVATHHHDTS* |
| JGI20161J15289_1010699 | JGI20161J15289_10106993 | F001579 | TLCKQPYSMQVESGLQSALHLHTLWLFTEGDDTRGCGDKICPPEDEQRAA* |
| JGI20161J15289_1010728 | JGI20161J15289_10107282 | F086285 | QAVQGWLHWQPKDFFLSSIHKFPDCWCRCIANQGDYVEK* |
| JGI20161J15289_1010873 | JGI20161J15289_10108731 | F006388 | MALKGRDPIRTKIVIDNKIIEQVNMFNYLGNMIYYEKELDIDNELHNYLKITGILNNVFKAQKLLRKQD* |
| JGI20161J15289_1010921 | JGI20161J15289_10109211 | F029797 | SASMVFFCRVDGWVGVSGLDHSVHKTDNGTLVLQSCTVALRTEHGLCSKTFVPSSDDSNEVITIKIVGEAVHIKEEVEPIALSFSSIKDEPEVSPQTFHQYL* |
| JGI20161J15289_1010962 | JGI20161J15289_10109621 | F002664 | MKEPLRGIRFRTVAEILQAVDRSFRTINTTGAAKGILRLP |
| JGI20161J15289_1011038 | JGI20161J15289_10110381 | F000047 | MWHVXGKGEGCTGXWWGNLRERDHWGGPDADGRIILRWIFRKWEGVVRTGWSWLRIGTGGGHL* |
| JGI20161J15289_1011046 | JGI20161J15289_10110461 | F036298 | MEGVLTASDVLEIVYSSVESISVSRSDSVSSSDNEIDNIAVAYAIINDDSGDEEEILH* |
| JGI20161J15289_1011048 | JGI20161J15289_10110481 | F000015 | QKPHIPASFNMYLVINKCVTAVKVSKSSGHYLLNRSTLDIDVLGYIGIL* |
| JGI20161J15289_1011133 | JGI20161J15289_10111333 | F004993 | QHFLPDAEVETAVRKWVSSQPEAFFMDGMNIWIERLKKCVAVNGDYVET* |
| JGI20161J15289_1011161 | JGI20161J15289_10111611 | F067877 | RTLNELKTAITVYIRNISQADLQKVFANKIKRVQACMDARGHHFHHLL* |
| JGI20161J15289_1011220 | JGI20161J15289_10112201 | F001860 | LISIYLLTAIGLTPGGSSTVHIYTQTVRRTTQFTTLVGRLSGIRTQRGQTKINDEITA* |
| JGI20161J15289_1011336 | JGI20161J15289_10113361 | F105420 | FCTGKGIDHCKVVGTELNIAGVSYTLLPWLPLLLCSVKYEQEEMVEHQQTKELSREHNICYSNEVVLCCYDCFGCITMMYR* |
| JGI20161J15289_1011382 | JGI20161J15289_10113821 | F089099 | VIERKILRKICEATEEDNGNWRTKTNKAMDELTKHRNIINYVKAPRLSWFGHINRMAETSTVKKIHKWKPFTGRP |
| JGI20161J15289_1011391 | JGI20161J15289_10113911 | F056705 | YVINLVVGLPIRRSPGVFMNVSVQEHHGLNNKIL* |
| JGI20161J15289_1011528 | JGI20161J15289_10115281 | F000404 | LRADCSPLSTGILYGQRVTIPDAVIIQFVLLKMSIVLLETCRGL* |
| JGI20161J15289_1011574 | JGI20161J15289_10115741 | F001741 | KCNFSQAQYKLPEDGPGGPKHVGANVGYFNVNFNILYV* |
| JGI20161J15289_1011592 | JGI20161J15289_10115921 | F000471 | GISHIVADVEAPGGEKWEHLKSGGKQWQTTPKNLPRMQRTRAIPVA* |
| JGI20161J15289_1011618 | JGI20161J15289_10116182 | F003883 | MLISMLKYLKVLRHVSILTDHPQGVGPYLVKITE* |
| JGI20161J15289_1011671 | JGI20161J15289_10116711 | F001741 | MYFY*LILQKCDFSQALGKLPEDGPDGPKHVGANVGYFNVNFNILYV* |
| JGI20161J15289_1011709 | JGI20161J15289_10117092 | F000456 | FQPNS*QTPVAAVTVYIASDDGRKGRPKHVEHTCNC* |
| JGI20161J15289_1011815 | JGI20161J15289_10118151 | F016685 | VCRRILGPLYDNEKENWRILTNKEIFASVKKPTIIETIRLNRLHWFGHVQSMEENGIPKRVLCTNLGTRRMRGRLRNRWQDWV* |
| JGI20161J15289_1011881 | JGI20161J15289_10118811 | F002022 | MAVKTKQIYYNLLLQGYMFRLLRVIIRPSNELTQDYLIPSALWDVSTA* |
| JGI20161J15289_1011927 | JGI20161J15289_10119271 | F000030 | MVSQEKWTKLRESFPYVKIYRYNPKHLCPKLNGYGDKGQRKVW |
| JGI20161J15289_1011931 | JGI20161J15289_10119311 | F029477 | MQRYTILFIIFNALHVSGGFSAHHQELKNCTRSIGYMPSLPAATATGSSKQAWHIPDAVCTVFELLMTGGEIA* |
| JGI20161J15289_1012177 | JGI20161J15289_10121771 | F000404 | TGILYGRLQRVTIPDAVIIQFDLLKMSIVLLEACRGL* |
| JGI20161J15289_1012181 | JGI20161J15289_10121811 | F014749 | MCRIASLFFLQRLKGNMSGDARNFNNTETRAVIFFFLQDKAQKEIHAILTET |
| JGI20161J15289_1012207 | JGI20161J15289_10122071 | F000374 | MPIIRRSDCVPLPIIVCPVVAVVMLESRLAKCVHCVEN |
| JGI20161J15289_1012273 | JGI20161J15289_10122731 | F001624 | ILEKNNGECILILVIYWKKTGLLHTKISNHNIIYSL* |
| JGI20161J15289_1012320 | JGI20161J15289_10123203 | F000003 | TVSLIKTNQLLLYSEIIAVYSQIHTNTLCGQNVELLNVKLVVYIVTTGL* |
| JGI20161J15289_1012360 | JGI20161J15289_10123601 | F061342 | MVTPCINNIQHFNNQLTHTTLKKVELLKHFKISKTAPICFGLQENHHQGATISTLLKITHLVKSRYVEAA* |
| JGI20161J15289_1012429 | JGI20161J15289_10124291 | F039865 | MNQYFKKQLKTPTCFGSFGIHPQGVLKRDSLKLLE |
| JGI20161J15289_1012475 | JGI20161J15289_10124752 | F004283 | MAITENIQNVDRAILNTVFDNTFLGVNKCLETGGGHFEHYL |
| JGI20161J15289_1012497 | JGI20161J15289_10124971 | F000185 | MEENRIPKRELNLRTTRLGGRQRNRWQDGVREDGRIVGGEGWQEKLHNREEWKKLLXXAXNRRILHLPME* |
| JGI20161J15289_1012500 | JGI20161J15289_10125002 | F003790 | MKGRHFSSDTEVIAAVETWLDGQLSEFFLSGLQKLVQWTKKCIELCEECVE* |
| JGI20161J15289_1012545 | JGI20161J15289_10125451 | F061342 | MVTPCINNIQHFNYQLTHTTLKNVELLKHSKISKTAPTCFGLQGNHHQGATVXXWLKIKHLVKSIYVEAVQDVVSVMAAYCDL* |
| JGI20161J15289_1012738 | JGI20161J15289_10127381 | F000032 | VRNEEVLLRVNEQRNILHETRKTKANWIGHILRRNCLLKQVIKGKIKG |
| JGI20161J15289_1012799 | JGI20161J15289_10127991 | F000045 | MFYIYLRKNSDLCHLQHKLIGFYNRDENCLQRDTDWVFK* |
| JGI20161J15289_1012873 | JGI20161J15289_10128732 | F018201 | HTVHKTTHRLLRTTATTPSAEHHMQQYTTRTPEDGHIDVRNM* |
| JGI20161J15289_1012875 | JGI20161J15289_10128751 | F000456 | PNS*QTPVAAVAVYSAPDDGRRGRPKHVEHTCSC* |
| JGI20161J15289_1012878 | JGI20161J15289_10128781 | F011307 | LFHKLSHCYMFRHYRVILRQLVINTLPSYTSISNAAVGNVI* |
| JGI20161J15289_1012881 | JGI20161J15289_10128812 | F001302 | HKQTVGDGEKLLTHLNSALKVLLGLYIFPRVPKKKVQFC* |
| JGI20161J15289_1012965 | JGI20161J15289_10129651 | F025059 | MKLYMFRAVPLSIIRSLFTVHSAMVYVIQVCRQLSSRSI |
| JGI20161J15289_1012976 | JGI20161J15289_10129761 | F004007 | MLLVQGRGEMAVLPAVTAVLLHHSAMDIWTEGNVVS |
| JGI20161J15289_1012976 | JGI20161J15289_10129762 | F004007 | MLLVQGRGEMAVLPAVTAVLLHHSAMDIWTEGNVVSTG* |
| JGI20161J15289_1013051 | JGI20161J15289_10130511 | F032475 | MAVKGKHLVLSKIEIDGSILEQVKQFNYLGCELSLD |
| JGI20161J15289_1013055 | JGI20161J15289_10130552 | F000270 | GTGLLPDDDLLRSKHVGVPLNIFMYFNIEIKILD* |
| JGI20161J15289_1013135 | JGI20161J15289_10131352 | F000189 | MFQALSAHLQEDTVVYMQHMVLSLSTRVRGGLLVHSRVCSCVP |
| JGI20161J15289_1013275 | JGI20161J15289_10132751 | F000117 | NSVVFFANGCTVYWIGHILRRNCLLKQVNEGKIKGEMEVTRRRGRRRKKLLYDLKDRRGYSHLNEEALDRTIWRNRCGGGFGHVVR* |
| JGI20161J15289_1013385 | JGI20161J15289_10133851 | F015485 | MGSLHEGQYTWTDNKVRELATVCLPWQHWTKALVWFDDVDISAFHSCVVVDLWQSLSEWHLLLSACVLVCRRENVGA* |
| JGI20161J15289_1013411 | JGI20161J15289_10134111 | F027051 | LNIYNALIKSSLLHGSETWRLTENNKRRVEATEMDALRRSSRISRKDRIRNITIRQQIGLEETIIKEI |
| JGI20161J15289_1013440 | JGI20161J15289_10134401 | F000032 | VVLEKISWTNHVRNEEVLLRVNEQRYILQEIRKQKANWIGHILRRNCLLKQD |
| JGI20161J15289_1013486 | JGI20161J15289_10134861 | F000004 | SYDFHIAGNGLYTMLVTTLKDNKTSKRVSILYQL* |
| JGI20161J15289_1013511 | JGI20161J15289_10135111 | F000018 | KIEVSRRRGRRRXKXLDDLKDRRGYSHLKEEALDRIMWRNRFGRGVGPDVRQNTE* |
| JGI20161J15289_1013634 | JGI20161J15289_10136341 | F052007 | LAQDAVYQSHTSRLTELWSLPRQAKGLNTNNNNNEKRLKD* |
| JGI20161J15289_1013667 | JGI20161J15289_10136673 | F000314 | MFILRHLKMLQHVSIIIHIIFRGLVCSLLKSLILKFVKNVKSQCGD |
| JGI20161J15289_1013798 | JGI20161J15289_10137982 | F087381 | MVPPPSQNTVGVCNQITLFILYYISSRLITLLKIIDVLIQVPNIFYLTVGFKLLNFSFQIFLLFVSEMSASFTSYIVQIICIALVSTLFPLHFSLLPLI* |
| JGI20161J15289_1013811 | JGI20161J15289_10138111 | F016415 | TDLXHLNRIYSIPTHDKHQWLLLQFIVLLTMDAEVVQNT* |
| JGI20161J15289_1013830 | JGI20161J15289_10138301 | F004104 | MTQICVFDTRLVSTHYTLNYAIHGAFLRMVLLTDVYR |
| JGI20161J15289_1013851 | JGI20161J15289_10138511 | F000347 | MLNYTDITQNTYVQS*TVSEIMASEV*NFDSCYTLTDYQIHIETGRN |
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Bioinformatics & Integrated Biology Lab Institute for Fundamental Biomedical Research Biomedical Sciences Research Center "Alexander Fleming" |