2124908039: Soil microbial communities from permafrost in Bonanza Creek, Alaska, sample from Bog Site B4

Overview

Basic Information

• IMG/M Taxon OID: 2124908039
• GOLD Reference (Study | Sequencing Project | Analysis Project): Gs0063124 | Gp0051912 | Ga0026490
• Sample Name: Soil microbial communities from permafrost in Bonanza Creek, Alaska, sample from Bog Site B4
• Sequencing Status: Draft
• Sequencing Center: DOE Joint Genome Institute (JGI)
• Published?: N
• Use Policy: Open

Dataset Contents

• Total Genome Size: 75842057
• Sequencing Scaffolds: 129
• Novel Protein Genes: 141
• Associated Families: 125

Dataset Phylogeny
Taxonomy Groups	Number of Scaffolds
All Organisms → cellular organisms → Bacteria	31
Polyangium → Polyangium aurulentum	1
All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria	21
All Organisms → cellular organisms → Bacteria → Proteobacteria → delta/epsilon subdivisions → Deltaproteobacteria → Myxococcales	2
All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Thermoleophilia → Solirubrobacterales	2
All Organisms → cellular organisms → Bacteria → Proteobacteria → delta/epsilon subdivisions → Deltaproteobacteria → Myxococcales → Cystobacterineae → Anaeromyxobacteraceae → Anaeromyxobacter	1
All Organisms → cellular organisms → Archaea → Euryarchaeota → Stenosarchaea group → Methanomicrobia	1
All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium	2
All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Thermoleophilia	1
All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → unclassified Actinomycetia → Actinomycetia bacterium	5
Not Available	15
All Organisms → cellular organisms → Archaea	2
All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Bacteroidia → Bacteroidales → Bacteroidaceae → Bacteroides → unclassified Bacteroides → Bacteroides sp.	1
All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → Micrococcales	1
All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Bryobacterales → Solibacteraceae → Candidatus Sulfopaludibacter → unclassified Candidatus Sulfopaludibacter → Candidatus Sulfopaludibacter sp. SbA6	1
All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia	2
All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → Spartobacteria → unclassified Spartobacteria → Spartobacteria bacterium	3
All Organisms → cellular organisms → Bacteria → Terrabacteria group → Cyanobacteria/Melainabacteria group → Cyanobacteria → Nostocales	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria	4
All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae	1
All Organisms → cellular organisms → Bacteria → Proteobacteria	5
All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes	2
All Organisms → cellular organisms → Bacteria → Proteobacteria → delta/epsilon subdivisions → Deltaproteobacteria	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Xanthobacteraceae → Pseudolabrys → unclassified Pseudolabrys → Pseudolabrys sp.	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Bradyrhizobiaceae → Bradyrhizobium	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales	6
All Organisms → cellular organisms → Archaea → Euryarchaeota → Stenosarchaea group → Methanomicrobia → Methanosarcinales → Methanosarcinaceae → Methanosarcina → unclassified Methanosarcina → Methanosarcina sp. Kolksee	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → delta/epsilon subdivisions → Deltaproteobacteria → Syntrophobacterales → Syntrophaceae → Smithella	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Bradyrhizobiaceae → Afipia → unclassified Afipia → Afipia sp. Root123D2	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → unclassified Hyphomicrobiales → Hyphomicrobiales bacterium	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → unclassified Alphaproteobacteria → Alphaproteobacteria bacterium	1
All Organisms → cellular organisms → Bacteria → Terrabacteria group	1
All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Bacteroidia → Bacteroidales → unclassified Bacteroidales → Bacteroidales bacterium	2
All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Thermoleophilia → Solirubrobacterales → Solirubrobacteraceae → Solirubrobacter	1
All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Bryobacterales → Solibacteraceae → Candidatus Sulfopaludibacter → unclassified Candidatus Sulfopaludibacter → Candidatus Sulfopaludibacter sp. SbA4	1
All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Cytophagia → Cytophagales → Flammeovirgaceae → unclassified Flammeovirgaceae → Flammeovirgaceae bacterium 311	1
All Organisms → cellular organisms → Bacteria → Acidobacteria	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Bradyrhizobiaceae → Bradyrhizobium → Bradyrhizobium erythrophlei	1
All Organisms → cellular organisms → Bacteria → Terrabacteria group → Firmicutes → Bacilli → Bacillales → Paenibacillaceae	1
All Organisms → cellular organisms → Archaea → Euryarchaeota → Stenosarchaea group → Methanomicrobia → Methanotrichales → Methanotrichaceae → Methanothrix → unclassified Methanothrix → Methanothrix sp.	1

Ecosystem and Geography

Ecosystem Assignment (GOLD)

• Name: Soil Microbial Communities From Permafrost In Bonanza Creek, Alaska
• Type: Environmental
• Taxonomy: Environmental → Terrestrial → Soil → Unclassified → Permafrost → Soil → Soil Microbial Communities From Permafrost In Bonanza Creek, Alaska

Alternative Ecosystem Assignments

• Environment Ontology (ENVO): terrestrial biome → solid layer → permafrost
• Earth Microbiome Project Ontology (EMPO): Free-living → Non-saline → Soil (non-saline)

Location Information

• Location: Bonanza creek, Alaska, USA
• Coordinates
  • Lat. (^o): 64.7
  • Long. (^o): -148.3
  • Alt. (m): N/A
  • Depth (m): .3 to .7

Associated Families

Family	Category	Number of Sequences	3D Structure?
F000478	Metagenome / Metatranscriptome	1096	Y
F000956	Metagenome / Metatranscriptome	822	Y
F001212	Metagenome / Metatranscriptome	746	Y
F001269	Metagenome / Metatranscriptome	734	Y
F001962	Metagenome / Metatranscriptome	611	Y
F002120	Metagenome / Metatranscriptome	591	Y
F002992	Metagenome / Metatranscriptome	515	Y
F003300	Metagenome	495	Y
F003958	Metagenome / Metatranscriptome	460	Y
F004652	Metagenome / Metatranscriptome	429	Y
F004844	Metagenome / Metatranscriptome	421	Y
F005358	Metagenome / Metatranscriptome	403	Y
F005497	Metagenome / Metatranscriptome	399	Y
F006577	Metagenome	370	Y
F007832	Metagenome / Metatranscriptome	344	Y
F008108	Metagenome / Metatranscriptome	339	Y
F008517	Metagenome / Metatranscriptome	332	Y
F008634	Metagenome / Metatranscriptome	330	Y
F008963	Metagenome / Metatranscriptome	325	Y
F009094	Metagenome / Metatranscriptome	323	Y
F009189	Metagenome / Metatranscriptome	322	Y
F009567	Metagenome / Metatranscriptome	316	Y
F010656	Metagenome / Metatranscriptome	301	Y
F010859	Metagenome / Metatranscriptome	298	Y
F011957	Metagenome / Metatranscriptome	285	Y
F012538	Metagenome	280	Y
F012633	Metagenome / Metatranscriptome	279	Y
F013480	Metagenome / Metatranscriptome	271	Y
F013836	Metagenome / Metatranscriptome	268	Y
F014092	Metagenome / Metatranscriptome	266	Y
F015236	Metagenome / Metatranscriptome	256	Y
F015327	Metagenome / Metatranscriptome	255	Y
F015629	Metagenome	253	Y
F017216	Metagenome / Metatranscriptome	242	Y
F021022	Metagenome	221	Y
F021023	Metagenome	221	Y
F021294	Metagenome / Metatranscriptome	219	Y
F021887	Metagenome	217	Y
F022789	Metagenome	213	Y
F024228	Metagenome / Metatranscriptome	207	Y
F024640	Metagenome / Metatranscriptome	205	Y
F025185	Metagenome	203	Y
F025186	Metagenome / Metatranscriptome	203	Y
F026443	Metagenome	198	Y
F026449	Metagenome / Metatranscriptome	198	Y
F026747	Metagenome / Metatranscriptome	197	Y
F027066	Metagenome	196	Y
F029942	Metagenome / Metatranscriptome	187	Y
F030236	Metagenome / Metatranscriptome	186	Y
F030611	Metagenome / Metatranscriptome	185	Y
F030615	Metagenome	185	Y
F034154	Metagenome	175	Y
F034247	Metagenome / Metatranscriptome	175	Y
F034414	Metagenome	175	Y
F034415	Metagenome / Metatranscriptome	175	Y
F036661	Metagenome	169	Y
F038001	Metagenome / Metatranscriptome	167	Y
F038291	Metagenome	166	Y
F038370	Metagenome / Metatranscriptome	166	Y
F038513	Metagenome	165	Y
F038888	Metagenome / Metatranscriptome	165	Y
F040249	Metagenome	162	Y
F040697	Metagenome / Metatranscriptome	161	Y
F040819	Metagenome	161	Y
F042098	Metagenome	159	Y
F043471	Metagenome / Metatranscriptome	156	Y
F045813	Metagenome / Metatranscriptome	152	Y
F046261	Metagenome / Metatranscriptome	151	Y
F047750	Metagenome / Metatranscriptome	149	Y
F052957	Metagenome / Metatranscriptome	142	Y
F054212	Metagenome / Metatranscriptome	140	Y
F054454	Metagenome	140	Y
F055037	Metagenome / Metatranscriptome	139	Y
F055309	Metagenome	139	Y
F055709	Metagenome / Metatranscriptome	138	Y
F059295	Metagenome	134	Y
F059488	Metagenome / Metatranscriptome	134	Y
F062295	Metagenome	131	Y
F062296	Metagenome	131	Y
F062689	Metagenome	130	Y
F064047	Metagenome / Metatranscriptome	129	Y
F065141	Metagenome / Metatranscriptome	128	Y
F066026	Metagenome / Metatranscriptome	127	Y
F069128	Metagenome / Metatranscriptome	124	Y
F071750	Metagenome	122	Y
F073514	Metagenome / Metatranscriptome	120	Y
F074194	Metagenome	120	Y
F074797	Metagenome / Metatranscriptome	119	Y
F077678	Metagenome / Metatranscriptome	117	Y
F078011	Metagenome	117	Y
F078013	Metagenome	117	Y
F079367	Metagenome	116	Y
F079970	Metagenome	115	Y
F080100	Metagenome / Metatranscriptome	115	Y
F080675	Metagenome	115	Y
F080676	Metagenome	115	Y
F081054	Metagenome / Metatranscriptome	114	Y
F082602	Metagenome / Metatranscriptome	113	Y
F082950	Metagenome / Metatranscriptome	113	Y
F084125	Metagenome	112	Y
F085859	Metagenome	111	Y
F086215	Metagenome / Metatranscriptome	111	Y
F086361	Metagenome	111	N
F086362	Metagenome	111	Y
F090729	Metagenome / Metatranscriptome	108	Y
F091926	Metagenome	107	Y
F092111	Metagenome / Metatranscriptome	107	Y
F092929	Metagenome	107	Y
F092954	Metagenome	107	Y
F092955	Metagenome	107	Y
F092956	Metagenome	107	Y
F096254	Metagenome	105	N
F096256	Metagenome	105	N
F096290	Metagenome / Metatranscriptome	105	N
F096438	Metagenome / Metatranscriptome	104	Y
F096720	Metagenome / Metatranscriptome	104	Y
F097877	Metagenome / Metatranscriptome	104	Y
F098318	Metagenome	104	Y
F098446	Metagenome / Metatranscriptome	103	N
F099709	Metagenome	103	Y
F100040	Metagenome	103	N
F101039	Metagenome / Metatranscriptome	102	Y
F103711	Metagenome	101	Y
F104110	Metagenome / Metatranscriptome	101	N
F105629	Metagenome / Metatranscriptome	100	Y

Associated Scaffolds

Scaffold	Taxonomy	Length
B3_v_NODE_100329_len_3144_cov_15_262723	All Organisms → cellular organisms → Bacteria	3194
B3_v_NODE_104718_len_69599_cov_15_844135	All Organisms → cellular organisms → Bacteria	69649
B3_v_NODE_105523_len_577_cov_9_315425	Polyangium → Polyangium aurulentum	627
B3_v_NODE_10733_len_2091_cov_6_520325	All Organisms → cellular organisms → Bacteria	2141
B3_v_NODE_111134_len_1859_cov_6_284562	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria	1909
B3_v_NODE_112288_len_24142_cov_13_244636	All Organisms → cellular organisms → Bacteria → Proteobacteria → delta/epsilon subdivisions → Deltaproteobacteria → Myxococcales	24192
B3_v_NODE_118483_len_4355_cov_7_677153	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Thermoleophilia → Solirubrobacterales	4405
B3_v_NODE_120663_len_2807_cov_13_305308	All Organisms → cellular organisms → Bacteria	2857
B3_v_NODE_121177_len_6737_cov_8_085350	All Organisms → cellular organisms → Bacteria → Proteobacteria → delta/epsilon subdivisions → Deltaproteobacteria → Myxococcales → Cystobacterineae → Anaeromyxobacteraceae → Anaeromyxobacter	6787
B3_v_NODE_121991_len_3523_cov_8_931309	All Organisms → cellular organisms → Bacteria	3573
B3_v_NODE_123097_len_991_cov_7_634712	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria	1041
B3_v_NODE_124329_len_27852_cov_13_619525	All Organisms → cellular organisms → Bacteria	27902
B3_v_NODE_124857_len_8904_cov_17_158018	All Organisms → cellular organisms → Archaea → Euryarchaeota → Stenosarchaea group → Methanomicrobia	8954
B3_v_NODE_12495_len_948_cov_14_237342	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria	998
B3_v_NODE_125812_len_9783_cov_10_237043	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria	9833
B3_v_NODE_12664_len_1473_cov_9_317040	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium	1523
B3_v_NODE_12681_len_2605_cov_18_130135	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria	2655
B3_v_NODE_127132_len_19251_cov_12_886707	All Organisms → cellular organisms → Bacteria → Proteobacteria → delta/epsilon subdivisions → Deltaproteobacteria → Myxococcales	19301
B3_v_NODE_128933_len_15344_cov_17_941866	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Thermoleophilia	15394
B3_v_NODE_12912_len_23676_cov_15_119657	All Organisms → cellular organisms → Bacteria	23726
B3_v_NODE_1477_len_3003_cov_10_875125	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → unclassified Actinomycetia → Actinomycetia bacterium	3053
B3_v_NODE_1480_len_1148_cov_11_049651	Not Available	1198
B3_v_NODE_16094_len_736_cov_13_039402	All Organisms → cellular organisms → Bacteria	786
B3_v_NODE_18112_len_1006_cov_6_401590	Not Available	1056
B3_v_NODE_18128_len_2152_cov_6_825744	All Organisms → cellular organisms → Archaea	2202
B3_v_NODE_18523_len_1894_cov_6_930834	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria	1944
B3_v_NODE_19542_len_1859_cov_7_187197	All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Bacteroidia → Bacteroidales → Bacteroidaceae → Bacteroides → unclassified Bacteroides → Bacteroides sp.	1909
B3_v_NODE_20745_len_1074_cov_7_014897	Not Available	1124
B3_v_NODE_21534_len_8618_cov_17_869226	All Organisms → cellular organisms → Bacteria	8668
B3_v_NODE_22553_len_10603_cov_9_649910	Not Available	10653
B3_v_NODE_25417_len_1351_cov_5_516654	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → Micrococcales	1401
B3_v_NODE_26395_len_1135_cov_9_682819	All Organisms → cellular organisms → Bacteria	1185
B3_v_NODE_2699_len_786_cov_6_381680	All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Bryobacterales → Solibacteraceae → Candidatus Sulfopaludibacter → unclassified Candidatus Sulfopaludibacter → Candidatus Sulfopaludibacter sp. SbA6	836
B3_v_NODE_27509_len_7667_cov_14_643798	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia	7717
B3_v_NODE_27888_len_24562_cov_9_740697	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria	24612
B3_v_NODE_28274_len_2066_cov_10_574540	All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → Spartobacteria → unclassified Spartobacteria → Spartobacteria bacterium	2116
B3_v_NODE_29310_len_1761_cov_12_851221	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → unclassified Actinomycetia → Actinomycetia bacterium	1811
B3_v_NODE_29320_len_1247_cov_12_209302	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Cyanobacteria/Melainabacteria group → Cyanobacteria → Nostocales	1297
B3_v_NODE_29487_len_1736_cov_11_033410	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria	1786
B3_v_NODE_30649_len_2342_cov_6_772844	All Organisms → cellular organisms → Bacteria	2392
B3_v_NODE_31697_len_608_cov_5_934210	Not Available	658
B3_v_NODE_31729_len_6851_cov_10_259524	All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae	6901
B3_v_NODE_33709_len_679_cov_9_114875	Not Available	729
B3_v_NODE_34563_len_879_cov_7_122867	Not Available	929
B3_v_NODE_34853_len_1523_cov_5_605384	All Organisms → cellular organisms → Bacteria	1573
B3_v_NODE_37000_len_967_cov_6_759048	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → unclassified Actinomycetia → Actinomycetia bacterium	1017
B3_v_NODE_37139_len_1996_cov_6_472946	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria	2046
B3_v_NODE_37403_len_1878_cov_10_686369	Not Available	1928
B3_v_NODE_38162_len_2734_cov_27_831383	All Organisms → cellular organisms → Bacteria → Proteobacteria	2784
B3_v_NODE_38287_len_1398_cov_6_615165	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium	1448
B3_v_NODE_40472_len_3111_cov_11_621986	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria	3161
B3_v_NODE_40823_len_23367_cov_11_311722	All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes	23417
B3_v_NODE_41336_len_797_cov_5_915935	Not Available	847
B3_v_NODE_4491_len_964_cov_6_159751	All Organisms → cellular organisms → Bacteria → Proteobacteria → delta/epsilon subdivisions → Deltaproteobacteria	1014
B3_v_NODE_456_len_1964_cov_39_250000	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Xanthobacteraceae → Pseudolabrys → unclassified Pseudolabrys → Pseudolabrys sp.	2014
B3_v_NODE_4568_len_19860_cov_15_466113	All Organisms → cellular organisms → Bacteria	19910
B3_v_NODE_46981_len_3366_cov_12_540998	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria	3416
B3_v_NODE_47480_len_857_cov_11_976663	Not Available	907
B3_v_NODE_48532_len_583_cov_6_056604	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Bradyrhizobiaceae → Bradyrhizobium	633
B3_v_NODE_48654_len_6468_cov_13_519790	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales	6518
B3_v_NODE_48969_len_1299_cov_5_707467	All Organisms → cellular organisms → Bacteria	1349
B3_v_NODE_50504_len_8708_cov_9_940285	All Organisms → cellular organisms → Archaea → Euryarchaeota → Stenosarchaea group → Methanomicrobia → Methanosarcinales → Methanosarcinaceae → Methanosarcina → unclassified Methanosarcina → Methanosarcina sp. Kolksee	8758
B3_v_NODE_50939_len_685_cov_6_705110	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria	735
B3_v_NODE_51465_len_1263_cov_6_911322	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → unclassified Actinomycetia → Actinomycetia bacterium	1313
B3_v_NODE_51601_len_1388_cov_5_347262	All Organisms → cellular organisms → Bacteria → Proteobacteria → delta/epsilon subdivisions → Deltaproteobacteria → Syntrophobacterales → Syntrophaceae → Smithella	1438
B3_v_NODE_52263_len_568_cov_5_198944	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria	618
B3_v_NODE_52557_len_2948_cov_7_758481	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales	2998
B3_v_NODE_53202_len_1013_cov_5_220138	Not Available	1063
B3_v_NODE_54419_len_1679_cov_11_569983	All Organisms → cellular organisms → Bacteria → Proteobacteria	1729
B3_v_NODE_54500_len_7674_cov_12_948007	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria	7724
B3_v_NODE_54738_len_5227_cov_14_698488	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria	5277
B3_v_NODE_56379_len_3844_cov_12_459157	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Bradyrhizobiaceae → Afipia → unclassified Afipia → Afipia sp. Root123D2	3894
B3_v_NODE_57467_len_2000_cov_5_714500	All Organisms → cellular organisms → Bacteria	2050
B3_v_NODE_57497_len_17075_cov_15_379385	All Organisms → cellular organisms → Bacteria	17125
B3_v_NODE_59220_len_691_cov_11_785818	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → unclassified Hyphomicrobiales → Hyphomicrobiales bacterium	741
B3_v_NODE_59707_len_3774_cov_6_843402	All Organisms → cellular organisms → Bacteria	3824
B3_v_NODE_60265_len_12179_cov_16_667707	All Organisms → cellular organisms → Bacteria	12229
B3_v_NODE_60568_len_923_cov_7_873240	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → unclassified Alphaproteobacteria → Alphaproteobacteria bacterium	973
B3_v_NODE_60639_len_2655_cov_6_670056	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria	2705
B3_v_NODE_61492_len_4797_cov_15_808422	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria	4847
B3_v_NODE_62122_len_557_cov_6_351885	All Organisms → cellular organisms → Bacteria → Terrabacteria group	607
B3_v_NODE_6347_len_9050_cov_9_234807	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Thermoleophilia → Solirubrobacterales	9100
B3_v_NODE_63748_len_2245_cov_8_290869	All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Bacteroidia → Bacteroidales → unclassified Bacteroidales → Bacteroidales bacterium	2295
B3_v_NODE_63812_len_1339_cov_7_732636	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia	1389
B3_v_NODE_64322_len_1125_cov_6_524445	Not Available	1175
B3_v_NODE_64691_len_17576_cov_15_745221	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria	17626
B3_v_NODE_65227_len_2715_cov_13_893555	All Organisms → cellular organisms → Bacteria → Proteobacteria	2765
B3_v_NODE_65957_len_599_cov_12_806344	Not Available	649
B3_v_NODE_66140_len_997_cov_7_244734	All Organisms → cellular organisms → Bacteria	1047
B3_v_NODE_68425_len_741_cov_9_179487	All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → Spartobacteria → unclassified Spartobacteria → Spartobacteria bacterium	791
B3_v_NODE_68552_len_6377_cov_11_324448	All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes	6427
B3_v_NODE_69638_len_8227_cov_14_044488	All Organisms → cellular organisms → Bacteria	8277
B3_v_NODE_7109_len_16310_cov_14_894973	All Organisms → cellular organisms → Bacteria	16360
B3_v_NODE_71334_len_1076_cov_9_439591	All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → Spartobacteria → unclassified Spartobacteria → Spartobacteria bacterium	1126
B3_v_NODE_71378_len_2387_cov_21_749475	All Organisms → cellular organisms → Bacteria	2437
B3_v_NODE_71408_len_50723_cov_17_724661	Not Available	50773
B3_v_NODE_72617_len_909_cov_8_014301	All Organisms → cellular organisms → Bacteria	959
B3_v_NODE_73327_len_5304_cov_13_452866	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Thermoleophilia → Solirubrobacterales → Solirubrobacteraceae → Solirubrobacter	5354
B3_v_NODE_74045_len_734_cov_5_550409	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria	784
B3_v_NODE_746_len_2681_cov_7_026110	All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Bacteroidia → Bacteroidales → unclassified Bacteroidales → Bacteroidales bacterium	2731
B3_v_NODE_775_len_674_cov_5_108309	Not Available	724
B3_v_NODE_78965_len_12832_cov_13_489714	All Organisms → cellular organisms → Bacteria	12882
B3_v_NODE_79214_len_7238_cov_15_413651	All Organisms → cellular organisms → Archaea	7288
B3_v_NODE_80407_len_951_cov_10_107256	All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Bryobacterales → Solibacteraceae → Candidatus Sulfopaludibacter → unclassified Candidatus Sulfopaludibacter → Candidatus Sulfopaludibacter sp. SbA4	1001
B3_v_NODE_80653_len_6803_cov_7_674850	All Organisms → cellular organisms → Bacteria	6853
B3_v_NODE_8141_len_938_cov_5_975480	All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Cytophagia → Cytophagales → Flammeovirgaceae → unclassified Flammeovirgaceae → Flammeovirgaceae bacterium 311	988
B3_v_NODE_8157_len_2611_cov_11_212179	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria	2661
B3_v_NODE_81664_len_2806_cov_8_522096	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales	2856
B3_v_NODE_82149_len_956_cov_19_492678	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales	1006
B3_v_NODE_82454_len_4110_cov_12_963990	All Organisms → cellular organisms → Bacteria	4160
B3_v_NODE_82802_len_9610_cov_12_930905	All Organisms → cellular organisms → Bacteria → Proteobacteria	9660
B3_v_NODE_83802_len_6999_cov_9_617946	All Organisms → cellular organisms → Bacteria	7049
B3_v_NODE_85997_len_1502_cov_10_017976	All Organisms → cellular organisms → Bacteria → Acidobacteria	1552
B3_v_NODE_86521_len_1920_cov_10_370833	All Organisms → cellular organisms → Bacteria	1970
B3_v_NODE_87078_len_868_cov_7_849078	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria	918
B3_v_NODE_87304_len_5492_cov_19_159504	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales	5542
B3_v_NODE_87530_len_6886_cov_14_425356	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria	6936
B3_v_NODE_88474_len_4389_cov_9_225336	All Organisms → cellular organisms → Bacteria → Proteobacteria	4439
B3_v_NODE_9008_len_1685_cov_15_205341	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → unclassified Actinomycetia → Actinomycetia bacterium	1735
B3_v_NODE_92212_len_2509_cov_7_443204	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Bradyrhizobiaceae → Bradyrhizobium → Bradyrhizobium erythrophlei	2559
B3_v_NODE_94100_len_6535_cov_14_441010	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Firmicutes → Bacilli → Bacillales → Paenibacillaceae	6585
B3_v_NODE_9560_len_2331_cov_13_668812	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria	2381
B3_v_NODE_97586_len_25313_cov_16_793861	All Organisms → cellular organisms → Bacteria	25363
B3_v_NODE_9759_len_580_cov_42_682758	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales	630
B3_v_NODE_98941_len_10821_cov_23_088440	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria	10871
B3_v_NODE_99401_len_5473_cov_14_489311	All Organisms → cellular organisms → Bacteria	5523
B3_v_NODE_99561_len_17957_cov_13_652615	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria	18007
B3_v_NODE_99854_len_1033_cov_7_266215	All Organisms → cellular organisms → Archaea → Euryarchaeota → Stenosarchaea group → Methanomicrobia → Methanotrichales → Methanotrichaceae → Methanothrix → unclassified Methanothrix → Methanothrix sp.	1083
B3_v_NODE_99899_len_19924_cov_13_841247	All Organisms → cellular organisms → Bacteria	19974

Sequences

Scaffold ID	Protein ID	Family	Sequence
B3_v_NODE_100329_len_3144_cov_15_262723	B3_v_00566880	F043471	MSKQDYRKARKKAYELPRLAVGDVLLVGKFKNRKATITGFSSDENNQPVAQTDKGDQKILPSLFLAMMAMGQRRC
B3_v_NODE_104718_len_69599_cov_15_844135	B3_v_00819510	F012538	MTEKGPSRAIASLNRDLLAVLVSEEAAEIGRSVAQIVRGEGWHEVKASAVLVDALVAWLGPTAVHPLGFYANGTGPVEVVARVGNYYITGHGIEDEQDLTINCCQRHRARFSQSRLADLDLMVPNTRFTMGNPLAKRAAERVGALLTEEIDPEIARVVLGA
B3_v_NODE_105523_len_577_cov_9_315425	B3_v_00963200	F025186	YGPPGLEADIEFCAQVDLLDTVPRFSRMIGTAAEIRSES
B3_v_NODE_10733_len_2091_cov_6_520325	B3_v_00790410	F030611	MDHALTPSEPTPLWCTCEKPLPVHIAERKGAARSVCARCERPLRLQLRLS
B3_v_NODE_11093_len_1030_cov_6_222330	B3_v_00130170	F105629	MEHHDRDGRNVLPPSTQTARVLPTHVGRAGSTATTRPSKTANVEGPIVPGSYVTQRFQRNGEGELYERKVAAEIIVLLDAVVESKGYTAKIRVDVFDAIWARYDAGDYGSGRAGLGIYDDIAGLSTTWLVDEDIAKNPGRTPTATHGPQRIQLATSV
B3_v_NODE_111134_len_1859_cov_6_284562	B3_v_00845260	F081054	XAVYGLDVAGVGIGKFSSKAPAGIAAKVAKIKQQIVSGKITNIPTTVK
B3_v_NODE_111323_len_12417_cov_19_748087	B3_v_00885920	F100040	LGRKGTIDPDYMERWGQFKEDWTEADVATWNNLKEKMTVSNSGELEFCPPPSSSEKVWAKKFILRAEERGLC
B3_v_NODE_112288_len_24142_cov_13_244636	B3_v_01042780	F005497	MSLKRSHAAGVHTSFSSGSDSGGKLGRQELYDELKKLAQSGQVFAPVDIALAIGAGEALVSRSLLGLAAEGYLEKVDTGKYRATPFAEIPQAEFLKALARASKLDSTRQRDLSEIARLKQNNDVMRAXXXXSARGRGKGEDRVVTGDGDGDQSAVPHG
B3_v_NODE_118483_len_4355_cov_7_677153	B3_v_00763750	F086215	XXXXTATESGGAVNVVFPINISGCANVAGRNNAGTTVPGAGTAQTNTSAANANAIEVHTRNEKGANEDADFHLIVVCP
B3_v_NODE_120663_len_2807_cov_13_305308	B3_v_00357910	F015236	VAETPDLALLERLREVLDDQPVTETELRGLIEQADGLVRTLGAHIAGSELRISELNEHADSSLTDIAAELQRVEELRPRFEEASSLLADLELRARELRTSWLLGKAEQSRSR
B3_v_NODE_121177_len_6737_cov_8_085350	B3_v_00665250	F098446	MPTVSVTDVTVTTRKVKLPAICPGCGGRLRADKALRVWGFVDEARTARLPRASDHAMDAVAGIVLGDAGYESGETFIDNVSVVCSRCNRALAEGAFTVKPSK
B3_v_NODE_121991_len_3523_cov_8_931309	B3_v_00074870	F055037	MAIWPMDDGRYGLDATFQGASGYERVEQHTTALRESGVPHSFRQELGGGWTLRFGPLSATEVGTALNAFVQ
B3_v_NODE_123097_len_991_cov_7_634712	B3_v_00196520	F011957	VADEITLTIPRKPDFQRVAHLVLGGLAVRLDLTVENLEDLQLALDAILVRTDPQAGEITVHMVLNDGALETRIGPLTSPLLDEIEREAGDDIGLRRVLDSTVDDVHVDGEWVRLTKRVSSGG
B3_v_NODE_124329_len_27852_cov_13_619525	B3_v_00343600	F062689	MTETTWREFGLHVGMPHLVPGRLAEEPIIKQLGAFQWQAVAALAAQPENAVMNDAGERLHISMISVELGLPADRSWDEFDEGDDLCFRQRTGVFGHKLVEGIFLFDREPIPEEELQTVRARDDLARGRRPWAYLTHGFISRTGGEGWAKLEAPEAFLERPVPELPAMPAGIIEHLAVERSGAIEGFLDWPGAAELPHDSQPVPLXXXXPCRPGSSNTSRSNAPG
B3_v_NODE_124857_len_8904_cov_17_158018	B3_v_00403100	F078013	MTRGIESDDCNIDNVDELHAMRDEALTNVKAPPPSEYDIAQFKEAFADNEEDSDYDRQERNAKQRALIWYSDTLYSASELLVIMPKVVPDYNEFDGSKTIQLLTSMYPEAYFLPSREYGVGIFIYPPNGTTALKKPNKIEMERLKADSYTIHVTQREGELIHVIELWFD
B3_v_NODE_12495_len_948_cov_14_237342	B3_v_00739280	F005358	MQRLISPWEYRHLRAFGVTRVAGASVATAAGIVCLSYGVYGWAAFFLVVGALNLAAGYWFLTIARSPSSRT
B3_v_NODE_125812_len_9783_cov_10_237043	B3_v_00494240	F082950	MRIIAARLRSTSSCVVAHDETLMRIAVRPCQTVRPA
B3_v_NODE_12664_len_1473_cov_9_317040	B3_v_00802310	F003300	MSQDDDEFRAAIREVLDRSGLSMRALSAAMGRDPGYIAALLDPSRPSRARPTPADLLGASDATGIAFVELLESLWGIPASRLSGELASLGVGPSPDGRLAGLTDTERASVTDYVAFLASRHRRPRASGS
B3_v_NODE_12681_len_2605_cov_18_130135	B3_v_00813830	F001212	MFDVCIRCSEAPAVDELGYCGHCHWAVRAELEDGFLQIRRYLGSWARFSDWEAGRHAPAA
B3_v_NODE_127132_len_19251_cov_12_886707	B3_v_00632630	F096720	MDRKTLVAGATGAAVLVVAALVGCAVGVRRDLAKVPPREVIFDDQCHVQDYFDDVARGRERPPALVHSDEIQTSESEKTLGGRSAYLFEENSSLPALRRLLLENWKPLPAAVMTASQVEVEVRWAEKLSTRWAVADENVELRAAGKTIALAPHPCLTAFLFGRTLFERRRELVGLPPLSVLPDAGVADRMTSD
B3_v_NODE_128933_len_15344_cov_17_941866	B3_v_00833480	F009567	VSTTALVLGVSAARRTLGELGDFDEIVVLDPSTVELELLVEELADPRLDYMLGGLPVLPLPDASVDLLVGADPADPEVVRVMRPGGRVLQLG
B3_v_NODE_12912_len_23676_cov_15_119657	B3_v_00909520	F101039	LGLFDGLHRRHVAIAIRADGRLVQVPAEDLGLVDVSLLGLLRSVELGIERVFVLITGSRREDGRRDQR
B3_v_NODE_1477_len_3003_cov_10_875125	B3_v_00516020	F005358	MQRLIHPWAYRHLRVFGVTHISGGIVGVGIGAFILSYSAYGWAALFLVIGALNLACGYWYLTVARSASART
B3_v_NODE_1477_len_3003_cov_10_875125	B3_v_00516060	F062296	VTLALERAGKPMRVGEIHAAAEQLAGEPLLRKSVKAALSADVASEHSRFRRVRHGVYQIARDVKRCTS
B3_v_NODE_1480_len_1148_cov_11_049651	B3_v_00519280	F080675	VLETVTLVLERAGEPMRAREIHAAAEQLAGEPLRWTSVKAALADGSEARFERVRRRNYRIKGHM
B3_v_NODE_16094_len_736_cov_13_039402	B3_v_00780200	F001269	LDWAFTLKENQPDLLREAERFTTGPPATVQSDPKQELRCWHLPQVDWPVADRLVRVVKTVRIEHKRQVTVSQDGDHLTKGKVDVALESTNFYATNFELGAIPPMFIQQLSRSRWRIDAEVFQTITTDCHLKHPAVHQSTALVVLTMIRVLAYALSLVFYCRQVCSHARGPCDGFHEFAKRLAYGFVALSPNTS
B3_v_NODE_18112_len_1006_cov_6_401590	B3_v_00896820	F097877	MLGLREARRVAWRRQHARRYYVGYVTVTETTVRFAGREDATGIDITLSIPYNAIHKIRVAQNPAEEVVGERGVVLELIEDEPIYVRPIYPSSADLDDFARKLSQA
B3_v_NODE_18128_len_2152_cov_6_825744	B3_v_00907250	F040697	MQFANGMKDDEMMDGILKEAADGYGDLIAEALVHDVALKSLEMRVKELRLLRVAWIS
B3_v_NODE_18523_len_1894_cov_6_930834	B3_v_01054530	F004844	MTRPGERITVLLFALFLLVLFVALAFAAGYGLGRILL
B3_v_NODE_19542_len_1859_cov_7_187197	B3_v_00280560	F086362	LGKRFTYLLLLITGLLCGCKKEANPHDWVINDFSGTYKNVEYSENLIREFTAGIYDDNTIPDDIKQLQYGRIEIDFQYNGGGLDYFMPLFYYGSINKNNTDDNKEEPKFHIAIEIGHYNVIPFPVEYLFYTISTFRQPQYCRDSFSPVIAGGNYTFIVDKRPEGMILQLKRGENILNIFPHAFFPDSSQMFFKDVSSYIDRNKGDSLKKVLMVGKGFAGIDKGIHDFNGQVTSLRIIKYTISNTDSGYELKKVRNQHTENQQIIYTAHDNLFANDKFIILKYQFYPYKFEAGELISGGEMQTGET
B3_v_NODE_20745_len_1074_cov_7_014897	B3_v_00764060	F071750	MKKIVALLFLSFLFSTIGNCQLLSNPSLTVEDFEIALSNPANLSKILKKHNFEYSTLGETKLIVPGTMPNPLLPDLRAFKSEHWEPKNQGDQAIMEVSMYEWEPNYAPQPEVIKTIRVMIRPDSTYADITNEFLQEIKNKYPNRGKRYFRNTELYKSDGESLTVFTNDSKIEVRTETLYSRFYIVNFDLIK
B3_v_NODE_21534_len_8618_cov_17_869226	B3_v_00181560	F079367	MKIPSLRGGIAGEKFRHKDDIAWWMKRYESLTTTEAEDIIRKAMAMLNDAVVLRDQALDLVAQLDQDINEAEDEITRLGGAAFIEKLEPMIEELKVYFDNLYESLKRPRP
B3_v_NODE_22553_len_10603_cov_9_649910	B3_v_00350110	F079970	MQLRLGDTIHTERLASFLESLGQATIVSGPNEIEILAPDSGKAGDMARREIAIYLRVWSVLYPDAEVSAVEAGSEEPVEAQPVGAS
B3_v_NODE_25417_len_1351_cov_5_516654	B3_v_00333360	F073514	VSVRVARSRRLVAEGYALATVARVLKVSRQALYRTPKPRTVPQRRP
B3_v_NODE_26395_len_1135_cov_9_682819	B3_v_00758910	F040819	MTKAQEVYERVEALVASGSRKADAFRQVAEEFGQPFNSMRGAYYAHTRSIGQSAPRTRKRQTTTEDAIASAVTALNRAVDAIDAEVAAAKTRATEAKAEYEHLRDTAEERKAAIQAKINALST
B3_v_NODE_2699_len_786_cov_6_381680	B3_v_01056210	F059488	RRVRQVPVPREMKKEVGESLLAFAQAQKLLKQIGEVNIELLKERKRRR
B3_v_NODE_27509_len_7667_cov_14_643798	B3_v_00032190	F024228	MLKSNKSILVVVACICFAIAVVTHGGWVTLDTKIDWTDLGLFFGFLSFIF
B3_v_NODE_27888_len_24562_cov_9_740697	B3_v_00191430	F086361	VWGGQDVVGVCYSAGYTVADGPPYHAAIIEDALRVGFDPLAAIDEVFRMSLPPSVLIVSGLAWDMLDDSTADWFYMQRRALATAGGPDAHQTIEAFKYWWFQEAFNGVLTHHELRYELHQRFEEKLFQWQPALYQYLEGEPSLVLERWVIERGIVKPLSFEYVGVRR
B3_v_NODE_28274_len_2066_cov_10_574540	B3_v_00337770	F001962	VILKSETYNFHRLDLTRQAGFIVTIYDEDGLKLAATMPCSTPAEAFAEARKIVDNKVEGPKK
B3_v_NODE_29310_len_1761_cov_12_851221	B3_v_00770650	F009189	MSKTTAITDDTVIIRVQGSAEITWRTQRMVSLGADAELAAKIADSDADVHDIERLLKAGCPLELAWTIMRPVDKPAVAASPVTEPTD
B3_v_NODE_29320_len_1247_cov_12_209302	B3_v_00775050	F043471	MLKQDNRETRKKTYELPALAVGDVLLVGKFKNRKATITGFSTDENNQPVAHTDKGDHKIFKPRIAKLMPAKLRADGVVR
B3_v_NODE_29487_len_1736_cov_11_033410	B3_v_00832710	F092929	MRGGKYYFSVARSDPSPKSDRKSPNSQSKKINGVKRKKIRRPNNFKSDDWYEKA
B3_v_NODE_30649_len_2342_cov_6_772844	B3_v_00126450	F038291	MIEKLFRSFRSPFSATSREDFTLEEEVALYRHRAEVALEEERYNDALVFLAKILRLNPYDLQARMTVAHTYHYALQEPTKALLTYEKVVAASGYDESNSYSVAAREGIRELEGVLETAALPLHDLVDEEESSEDTKGRAHIAAG
B3_v_NODE_31697_len_608_cov_5_934210	B3_v_00510100	F092955	MKKLLFSFFAFLGFLFPLLAQVDHDYNVNDREPVISTTIKNDQVPEVVVKAAQAKFDMSNSATWSKFPYAIKEYGWVYDVGASDIKLDRYEVTMKTKKG
B3_v_NODE_31729_len_6851_cov_10_259524	B3_v_00527340	F054454	MEKTGDSAASSSKRKRRPRAAWVKEVRSLRDSDLSPEEYAAKRGIVLSTLKFWMRVLRNEVEARTKSAVPAFLPVSVLHTTEAPAARASVMVEVDLANGRRVRXXXXRRRASC
B3_v_NODE_33709_len_679_cov_9_114875	B3_v_00133890	F021023	MSENKTIPISVIALRADDYSPDGKNVIISLTTKYSTAERKYSVPVECFHDLIVDLQRLNAAASATSIEAPIQPAVAPSPA
B3_v_NODE_34563_len_879_cov_7_122867	B3_v_00465680	F038513	MGGSTLKRMMHLSIPTRFRHCRLVSLGRILRVLPLIFLAACTALSLPLLPFSREAKEYSAATLVEAANYQPCRNGCSEHAEPATAFCFRQGNQIVVGDGSSYLHEKKFTGLEELAGKQVQIRLNQRFVWVMLPDGRAMKLERGSTYENFRDAGCIREVRRPIIDGAYAHKRPAKVPSYAFALAGSGKGDLYLWFQCDLNSDKSVIACQRWYRNGDPYGKDWYCARTLDGMPVAADFEIDPLLSQEGRLVLKSGAMVQEDHRARTSDVLDRRS
B3_v_NODE_34853_len_1523_cov_5_605384	B3_v_00576630	F082602	VVFAVYRGQGQQQPGQVLATIDQSDIRGSKPHNLDPSGAASD
B3_v_NODE_37000_len_967_cov_6_759048	B3_v_00198900	F038001	MRTLSSFLRREVVTESGRSLGRCYDLRGELSPTTLRVTGLCIGRRALLEHLGIRAQKPQAIVPWEAIVRIEGKRIIVRDDAPAP
B3_v_NODE_37139_len_1996_cov_6_472946	B3_v_00254140	F038370	RVDETVAAVRPGAEFVVIAPVFRDYRAWKAEWTHLVWEKSIAYTSLLRQDPRVRLVRHVATDEIALRRNYFKPLQAFVYRRLR
B3_v_NODE_37403_len_1878_cov_10_686369	B3_v_00360600	F013480	MKRIVLLLVSLFVVFLSTGCGPSDAEKRAQQVAQAKDDALKLRQQLAQAKSGADAENVRQQIMKVLSDASLTVESIHFTEAELKDYVKAASAAEKPAPPPKKAKAVRHTKARRKG
B3_v_NODE_38162_len_2734_cov_27_831383	B3_v_00677900	F012633	MGQLLVMLIVPPIVGVVAYIVVRLIWERDENGGSEIVRRRDPSAAAPAEGTSTDA
B3_v_NODE_38287_len_1398_cov_6_615165	B3_v_00724020	F021887	MLAEMEEAVETGPVSAFPRRRGLVDTLPALALRPLIAEYTVTFGSTWAPVTQRKHRDDFVRLIDWLEAHDLPVTTASLDFMTLVDYVTDLRSRPKVAGVWRGSPDALGRSLAAGPVQTLSANSVNAYVRPLRSLAIWLVDEGLLALNPFRRSRRRAALNPLLPSEETPTKSATLDDLRALERGCAGDEPLDLR
B3_v_NODE_38287_len_1398_cov_6_615165	B3_v_00724030	F003300	VTPNDDEFRSALRELLARSGLSMRALSAAMGRDTGYVASLLDPSRPSRARPTPADMLAASDATGIPFVELLERLWGIDPSRLAGEFAELGVGPLPDERLGMLNEAERASVADYVAFLAARHGRRRAFRSSGSVRP
B3_v_NODE_40472_len_3111_cov_11_621986	B3_v_00329100	F046261	MRVRKLTSWWGALALLVAVRLAIPLAAYAAGNSRLPGIPQFTRPARDGGLMGDATGFYAATREFMAAWGRMPRAVLA
B3_v_NODE_40823_len_23367_cov_11_311722	B3_v_00456300	F042098	MSFTYKNINTMKKIIYLIILTVSGIFRTNAQETGKTPEYKVPAAYNFDYKVVYEINKEDNKTPETMSYYFTKNGDYMSMETADSQKEKDMNFMISTKDGLMITFGEERVPKSQDKNRKVLKVMDMHSMMKGSAESMAALVKTLPKKDKPDTENKKPNQLDNFIKTGKTKQFFGYPAEEYSKEFTKEENGQMHSGTMSAWYAKVDFDPEMMFSLGVGSMAGGQSQSKMNQSHPNNMLGMGLTQKNYLLVEMNFAENGGKSGTAMKVVSIEKTSFSKSTDGYYIKNYAGMSMMEMMQKESEE
B3_v_NODE_41336_len_797_cov_5_915935	B3_v_00646640	F015327	MEPNALVECAYELMRVLKEELAERGTVAPAFILLHDRDCEVLTFSPRLFASAEGKAAVARAFRNRARQTGAHGALMGLDSNCFIPDLTAMREANPRLVQAAAGAGIDALIRSGFGKTSEGLSVTLQTPAFHLLVQQLYARGDNSIVFGELRTLDSREVPMEAAGLFSIYGGQHVTRG
B3_v_NODE_4491_len_964_cov_6_159751	B3_v_00659580	F074194	MRVPTNVRSSFIVGVAAFLATAIGLGCYERPQSFQPVANGAQPWDPPAGWDPEPPGATGYYVAIDTCNGCTGISYALCTGVTFTQCVCGGPFWPGAECPKSLVCCPNDFPPF
B3_v_NODE_456_len_1964_cov_39_250000	B3_v_00063820	F064047	MTLKKSSRAGLTTLALGVLLGLFLSVAAYTTSYAQPAPGAAPA
B3_v_NODE_4568_len_19860_cov_15_466113	B3_v_00691050	F096254	MPSLKDFATRLPGGAARAWAPLLGEATEAKGAIYARNTCPHCSSRLAKLPVRSMKCPSCQQPIVRIRGDDYVVYLLREEDAAPLRKEMDDHWALTRGWSEAGGRWDPEAIRRLRRVWMARYAALGLGVRVVVWGSGPCGPCRSLSKTVFEPAKAPELPLRECRNTYCNCRYEPVIKGSPRPRVDA
B3_v_NODE_4568_len_19860_cov_15_466113	B3_v_00691120	F026443	MSYGLLQRWRASARSLIVGGRDGLPRRTFRFADIERGWRVQDSDETSLGTVVSSCEILLTVSRGLLSSTLYLPPSAVAEVHEGVVRLNVTSRWVEAQGWDRAGSRK
B3_v_NODE_46981_len_3366_cov_12_540998	B3_v_00313790	F000478	MRKDVREFIRRLEAAGLTVESTPGHYNVLRDDKPLRKANGMPFTLPFSPDTTRWRKTAIIDLRKLGIHV
B3_v_NODE_47480_len_857_cov_11_976663	B3_v_00497240	F098318	MSPKTIERDFPHVVEIAVPPGGLGAQLDAMHYFHGARGIKACLGRGRREDNLDYLRWYFTSRTTAAAFAAEFGGTYLRAPTKNA
B3_v_NODE_48532_len_583_cov_6_056604	B3_v_00887540	F024640	MKQNSHLETGLKVGDRVRLIPETLAWKAEMTLQGKIGEVIERRDDGRITIRFDNGRLLMGRDAEPFERVSSRS
B3_v_NODE_48654_len_6468_cov_13_519790	B3_v_00936470	F008634	MYGQGRELEIGNATSAVLISLLQTLVDKGVVSNTEVRALLAKAASDLGPHDYTAPVKGAIGVILDDILPKFPENGGD
B3_v_NODE_48969_len_1299_cov_5_707467	B3_v_01051440	F015629	MLILKRASKSRSSGEWSADDYDVFEGERHLGRILWTHAAPEDRRWFWTITARVPQSLYDRGYAPSRGGF
B3_v_NODE_50504_len_8708_cov_9_940285	B3_v_00371740	F027066	MKGGKTRFQQKFTENMFLNSLSIDSIKSTTTIMSLVGCSRSTAKNMLYKLVNEGKVNKIEIEGNGYGWQKVKGD
B3_v_NODE_50504_len_8708_cov_9_940285	B3_v_00371750	F027066	MKGGKTRFQQKFTEDMFLNALSIDSIKSTTTIMSQVGSSRSTTKNMLYKLVNEXXXXFII
B3_v_NODE_50939_len_685_cov_6_705110	B3_v_00545710	F002992	VSLRTAPVIEHATLPGGGSVAIWIGVPDDPYINDKSALTTVDVQLHEGPAVLASISTVLGPNQDSEARALAHEVKAALESGAIGLHADELEPFADRLR
B3_v_NODE_51465_len_1263_cov_6_911322	B3_v_00737950	F038888	REGVKQLTLLFAVLLVVGCGSSNAQPKADPSQFAVKVLGLIVHNKYALVWDDLHSADQKVAPYGEYVQCETRSPVIAVPRTVKVTSVNDESVGLGDGSFVASKAVAVRLGFAGGFKVVHTIHVVAEHGKWKWILPSWRFRDNKANRCPTDAGSSPPPSAS
B3_v_NODE_51601_len_1388_cov_5_347262	B3_v_00774150	F026449	ISKSKMISRRQGGGDEAYCTYVEEADDDANKDGALIGSAFP
B3_v_NODE_52263_len_568_cov_5_198944	B3_v_00995160	F009094	MAMCQVCRRTLLAGERYRTWRWERRDQTVCVVCEPVARDAGGVRVVDAFECVGATGLNQHVRRVA
B3_v_NODE_52557_len_2948_cov_7_758481	B3_v_00101870	F066026	MRRMTSDNKENEQSKMAEIVRLPTPVQTIWIDWSTGQIGAPEPIEDGGHVIPFAAPSRGMRGNRK
B3_v_NODE_53202_len_1013_cov_5_220138	B3_v_00134630	F096290	MAAWNTTDGMGLTPALAGGGSMSDLSEVSVLRAVLSDELPASDDVTSEAAGVTPGEWDWTALNNVLRPKLIGLAVRKYNFSREEAEDAVQTVYMRVLARDPRVKDPIGYVKIAFLNTCLNIAMAKERSVQQMPEGMDVADPKCERVTARLEAVRMVNKAIRSAGPKCKRIVRLYFGQEYSLADMTKATGY
B3_v_NODE_54419_len_1679_cov_11_569983	B3_v_00534380	F103711	MVCTLVVDAVIDEIEVEICCQRTDGVDRVFSTSRGMDWLRTERPSVSTLTYSIDTLLFSMIAMCLRYVGYPVDVRAGLLSKKHVEAIINSVCFELEEIKKENEVWREAEIVTKAANLGLALEASNFSRGTWIACCPGTNHSLDLQPKRNQFYCGYCRVGGGIDKLGEFVAQRRRSKAAAFIGGRILH
B3_v_NODE_54500_len_7674_cov_12_948007	B3_v_00560590	F000956	MARRVWGLSKKKANYKPAPEPGVRCDRCTYMFPPLALGGCRLVRGLIQASATCDEFKRRPRS
B3_v_NODE_54738_len_5227_cov_14_698488	B3_v_00635280	F038001	XEVVTESGRSLGRCYDLRGELSPTTLRVTGLCIGRRALLEHLGIRAQKPQAIVPWEAIVRIEGKRIIVHDDAPAP
B3_v_NODE_56379_len_3844_cov_12_459157	B3_v_00018150	F059295	RLYLVALMGAIVYAAFFAALIAMPIYGGAAYDKNGYQPFNAPVPLFAKKWDANITAFSIQLVILAAGILTVTGAFAG
B3_v_NODE_57467_len_2000_cov_5_714500	B3_v_00377680	F084125	MSQSLMSRDRVEAKKKGLFALSAWTGAGVLFLYHAPILGLLTAGGAVYLTYRWFMFRAKRGMRF
B3_v_NODE_57497_len_17075_cov_15_379385	B3_v_00388790	F021022	MDFVEFKRLTGRVVSTRNSESRAFLKAFDVAPGITSRWTERSCANWRVWSSANDALRDAVAQLETFLGADSPQAS
B3_v_NODE_59220_len_691_cov_11_785818	B3_v_00969900	F052957	MMSDDLQAFRERAARAVAKVARGSAADNADRYIRMADAVIAEFAKPTDAMIDAAYEAVCFDEAWAINSRRDFVKAVKAMVRHTLGKHIPA
B3_v_NODE_59707_len_3774_cov_6_843402	B3_v_00334980	F006577	RLGALHDELLRRALVNPREPRPTPAKVSPVLETVTLVLELAGEPMRAREIHAAAEQLAGESLLWKSVKAALSANVTGGHPCFRRVRRGVYQLARDVRRCTS
B3_v_NODE_60265_len_12179_cov_16_667707	B3_v_00110250	F099709	VQPRSISRKLASLVAEREIEMYSRGGGVGIVGVIIIVLVILWLVHVI
B3_v_NODE_60265_len_12179_cov_16_667707	B3_v_00110310	F022789	MLDHSQTVRGIATAETITDAESISTFEWRGLHLHIVTREPLSAEQVLTIERILKKAGSVGLFASVLGMMLGRSVRIRTERPSPDIRLEVGR
B3_v_NODE_60568_len_923_cov_7_873240	B3_v_00197000	F077678	MIFIIEILGEPDRRGNARVIERRTHTGPTISEALRTARANLRTPPPSAYSFSMKANGKEVGSWQWSGDGNKTDVVADIESARSRSRTEDDD
B3_v_NODE_60639_len_2655_cov_6_670056	B3_v_00230990	F010859	MSVGGRGRVRELVLRRAALVAGVLVLFALLFLVSGHWVLGIIVGVAAAAAVWVFLLARTV
B3_v_NODE_61492_len_4797_cov_15_808422	B3_v_00502970	F002120	MVAGVVALALAALVPGASAKTSAPACPAAWQAGWQKLADKIDAPVYCPTWMPNPLDAKIGGQYQDIYSIGKDRSFLVSFLEHGDAGSGDVHVNFRGYPGSTKVPTCTTTIPQGKKTIRGTTPCFSDAAGKKTAPQISATVYRVNQGADQWHILLAWKHGGSLYTISEHVIVPYDSSTKVLGNLDRLLKSLVLVQPQG
B3_v_NODE_62122_len_557_cov_6_351885	B3_v_00687410	F034247	DGLAGVAALDRARGQWQDVLERFVSLRAPLDRFEEAFAHRAGKATLVLS
B3_v_NODE_63097_len_14449_cov_15_457817	B3_v_00972060	F104110	MRKIGGWFMYLGKDAATADNLELGKVSDVAISNEGDIYYLVEKGENLDTRYYFTQQDVQTSDGRVVTHSAREFTNDIAKRSHFLCALYGVEVRDTANSRLGVIDNFVASPEGALVVIEDPHGSALLGRYRDLDLTRLSKFIVLKQLPAQDSFDQYLKNVDKNKLLTKGIACDLSKVATHEGLLTRIRKKLEQSEEDRIIADRALIDS
B3_v_NODE_6347_len_9050_cov_9_234807	B3_v_00333180	F007832	MIVAMLSAADIFPGGGGPLADVFAIAIAVGLFALLYWAIGLIDRI
B3_v_NODE_63748_len_2245_cov_8_290869	B3_v_00904180	F014092	MKKVLLVLVLVMAVLAVNAQVTKPTVTKEKPVRAAVMVADLQKTITDNIAKDYVGYTIKEATSVTANGIVTYEVVVVKDTMTETLVYDNNGVFVKKLPPPTPKKK
B3_v_NODE_63812_len_1339_cov_7_732636	B3_v_01025700	F080100	VPPLKRLLNILFVLSAIVVTGLVARHFANSGWPLHHANFWLVGLAGVILFGAYAAKAWGWQHLFRSGHRPAMLTLAAAGG
B3_v_NODE_64322_len_1125_cov_6_524445	B3_v_00166020	F074797	IEKMNESEPSMRCRETELSVKTTGSLILGEECGGYLFTGYMADVIKEA
B3_v_NODE_64691_len_17576_cov_15_745221	B3_v_00296230	F055709	MPHEVAFEITTKLQARGGESTETLRAFTREEAEQIIRRL
B3_v_NODE_65227_len_2715_cov_13_893555	B3_v_00459980	F055309	MATRSCAFSKKWCLLTRDTLDLNRANPVAKARLRQADSPVGPLSDFHSLQYANNIGHTLTANSLQTLTLPRNQRINPQTRSAPKAV
B3_v_NODE_65957_len_599_cov_12_806344	B3_v_00681550	F062296	VSPVLETVTLVLERAGKPMLAREIHAAAEQLAGEPLLWKSAKAALAANVTGEHPRFRRVRHGVYQIARDVKPCTS
B3_v_NODE_66140_len_997_cov_7_244734	B3_v_00740460	F003958	MDPTMAFAVQHHDTPSIEVRVNFGVFAGREATHAEIDRLAEWLLDEVGEVSIISEERHEIDSQVEASVHQVRIELSNGVPPDEEGRRALEQRIVERAEYWAHQCVADRHTEIADGV
B3_v_NODE_68425_len_741_cov_9_179487	B3_v_00233270	F001962	QAVILKSETYNFHRLDLTRQAGFIVTVYDEDGLRLAATMPFSTPAEAFAEARKIVDNRVEGPSLSD
B3_v_NODE_68552_len_6377_cov_11_324448	B3_v_00270590	F014092	MKKVLIVIVLFMAVLAVNAQVINTTDSTRTVVKVADLQKAITDNIAKDYVGYTIKEATSVTENNIVTFEVVVVKGTATKVLVYDKEGIFVKKLPPVPKK
B3_v_NODE_69638_len_8227_cov_14_044488	B3_v_00595330	F021294	MTDNAEPTAPKPEADRSKSSYRSTPVATVDNRLTGGSGVQRSHLRDRKAWLKGRTRAGQSWAQRKTASVTYCPAKTR
B3_v_NODE_7109_len_16310_cov_14_894973	B3_v_00706980	F036661	MSALDPQYVTPPVLAEGIALVRAQLAPIRSRSALLDSYRRESLCRLAGPAQATGSATEVLDQAYAMRWLELESDSPIAEPQLDPSFEQVDG
B3_v_NODE_71334_len_1076_cov_9_439591	B3_v_00253260	F001962	VIRTGSAGAQAVILKSETYNFHRLDLTRQAGFIVTIYDEDGLKLAATMPCATPAEAFAEARKIVDNRVEGPRK
B3_v_NODE_71378_len_2387_cov_21_749475	B3_v_00383430	F034415	AVHENIVRIAGMTTSPGHKRSQHLIEAEAYRRIMAGDAPATLDEFAQQLLDWLRQLYPEASPTTLAAVENDIRETWHRRHDMIRGGGS
B3_v_NODE_71408_len_50723_cov_17_724661	B3_v_00542300	F096256	MTSRKLQAVLAAAIVATVLTSGCLSSLTSRSSPTATPQNLSVSYDASFVLSGWHAISKFTQVTPKTYVGTYADEKGQSWNFTVQLFSAENTSYGRYFELMKKKSDEGYVKTNESKIGLGTGQTVFGRIDEKWYGYKASDSENPALYALLFGYDENAASWVVATVASGAIITTKTTTALS
B3_v_NODE_72617_len_909_cov_8_014301	B3_v_00287840	F047750	MARSRVDDILGSMREGLSEAGERGQDLAKEVAGRVEDVLDDAGVQGKRIRKELARRWKTVDRVGRDNAFVMAVAALGIGVVVGYLLSRDDD
B3_v_NODE_73327_len_5304_cov_13_452866	B3_v_00480120	F069128	MYGIVLLVAVFSPLASVVLTFAIAAFYLPSGALFAER
B3_v_NODE_74045_len_734_cov_5_550409	B3_v_00705350	F054212	MSLLQPQPMRGAELLLVHCAAVSDDRPSAYDRLEQEIGGKLAHLLVFALVGPQGRRGSSS
B3_v_NODE_74045_len_734_cov_5_550409	B3_v_00705360	F065141	MHLRPPTFDHGVISFIWAVFFGLLIWLGGSMIGYGSAMTFIIGCVVGFLVFVFVRVYGEEEPRRP
B3_v_NODE_746_len_2681_cov_7_026110	B3_v_00195720	F030615	MKKQRFRIITYTKGDTSYYDTKVKTWFGWVSFSVFYKTEILHILSVPSVQKSLAYERIYQYCNIKGYEKKEIEITEINKHESKKWILFQRIYSD
B3_v_NODE_775_len_674_cov_5_108309	B3_v_00205850	F090729	RVWRGGVGRPPAGRSGTEELKARAVAWVEATCADQDVPVKLSDPVALGKVAELLAQRCQTGVSRDSSKRL
B3_v_NODE_78965_len_12832_cov_13_489714	B3_v_00856830	F062295	MSTLDSFEAKVASSDFQAQGPTVGSIAVKTILGSTSGSVTGTFKVKGGDSAVSITSKVLGITATNDNIVVGDWSYSRTDGGQWTKAPASGKTLQGFVGSGIVLIDQGVAAKFGKQLHQLAVANMAGVDLSVLGITAGPGQENLSVSSLSFWAENDGTPAGLTIEASFDQKIVSTPSHETVTLDISIDTLWGVTITAPVS
B3_v_NODE_79214_len_7238_cov_15_413651	B3_v_00920100	F079367	MATNLDKAGAKIIKVLRGDVADDKFQHKDDIAWWMRRFEALCTTEADAVVRKAMAKLNQAVALRDEGINLVEQLDRDISEAESEITRLGGAAFIEKSEPMIEELKVYYDNLYESLKRSRPEKVEK
B3_v_NODE_80407_len_951_cov_10_107256	B3_v_00051360	F026747	RVKLEQASKAAMWTPTRRTNGEGRDDWEEPGAGARYRITVRTSRSTGVVSTACKEGNLRQWGRLGMVGESRAPNVIFGMTDHLGVGEGQRYRRDRVTPVEGRALASGVLEKEERSGDWR
B3_v_NODE_80653_len_6803_cov_7_674850	B3_v_00109150	F034154	MSLDMPFYFFFGIVGLVAGGLIVWFLLAEHPFESLETPGGPVDSAEASLLAKEMADDGRPINEDTITRLLQLHGAYVDGKINDSLAAAEAARLEAEPARQATETAPEDAS
B3_v_NODE_8141_len_938_cov_5_975480	B3_v_00664290	F080676	VIQKDGMIFENKIMPKTLNMKKLLLILCIFIVSVSCDKERINENFQDETSIQNINGTWKVVSYEDFQKASVTVKNDVDSWNGMDVILTFANDSLYGQCTTNAISGKYTIAGRYISIDSYGGTKIGQPAWGNMFTDIVYLIRSFEINEHQLRFFYNNSENSVTLHRN
B3_v_NODE_8157_len_2611_cov_11_212179	B3_v_00722520	F008108	VVAGCNGGTVDRHALTNDAATLDSIACEGALLAGDVARGRTTTYFAREQAEELRIESSNLADALSRRKALPSIERRVREKAKHAAVLAATLQRLHDHPSDRAVGAAVASALKKLGSCT
B3_v_NODE_81664_len_2806_cov_8_522096	B3_v_00367040	F092929	MRGGKYYFSVAKADAPKFDRKSPNSQSKKTNGVERKKIRRPNNFKTNDWYEKAALSMAISANHQR
B3_v_NODE_82149_len_956_cov_19_492678	B3_v_00508650	F017216	MTNVKVTCNCGAIYEVIETKGPSRDPKPFKCVLCEKELFAWEGTNVGQFRLVARPE
B3_v_NODE_82149_len_956_cov_19_492678	B3_v_00508660	F012633	MGQLLVMLIVPPIVGVVTYIVIRRIWERDENGASEAVTRLDPSAATPAEGTSTDLGNM
B3_v_NODE_82454_len_4110_cov_12_963990	B3_v_00587620	F085859	MTTQEREPKDPSFGTGQEALIYEVERACGQLNKLKDLQLDEPFLRAVAAEIRAHMDHLGASLQELTEPCG
B3_v_NODE_82454_len_4110_cov_12_963990	B3_v_00587650	F092956	MHDSDDRMLARYQHLYNKALKVKAFQLEKIQRAETRELCISALFKAVVICNTTLKEMDVKQYEAGPGQFLLEK
B3_v_NODE_82802_len_9610_cov_12_930905	B3_v_00693600	F029942	MPKYKVEFSDKTTTLPEHELDFPNVEAACKGARKIASKLRAAGMIMYGSNFSDWRMTIMDEHGKTVAEFPLEEHEDT
B3_v_NODE_83802_len_6999_cov_9_617946	B3_v_00964220	F091926	VPLPTLYRLHTFRLNLDRDAARERVQVYDIRQGTLMTPSTYFRVGDRRKGAWVNVQLVRVFQSPGSSESGLVKAWVRDLNGDGRAEIAVRDYATPSVGETLSIYRQQNANSLRFAKLQTIAGDQIVIARRKAPATWKVLIKANHAPDSRDHHELWNWLSAQKKWVCKTDCVPR
B3_v_NODE_85997_len_1502_cov_10_017976	B3_v_00316360	F013836	MLPGASQPFFSPARGRSPVTAFPSPATTPACAKPIPGSKVLACYFAPCYLALLPVRPFCSATYAGSPRLRPPHRFWPVAASPNSPADCASCLHSPPGLLPPSGSKRSTGFAACQTRLPNPPDFLSLPAARFLSLDFLAADHRSWSATFPEACCSSNLLEPLSLCPHNGFSSILF
B3_v_NODE_86521_len_1920_cov_10_370833	B3_v_00461790	F096438	MGAAVGSASAIYLQGTPAGNLTATEGNVTLAGAKVSVAGDWPRNPPYIQTVSGNNVTVYVPPASAVLVRVLQ
B3_v_NODE_87078_len_868_cov_7_849078	B3_v_00587680	F004652	MTETIHIDVPRRGIGSDLTEALAAYGLHAVVIDEEDACALHVTFATDERERLVDQAVHAIEAYLSDRRIPLVVQRSDDGAVVRPPGD
B3_v_NODE_87304_len_5492_cov_19_159504	B3_v_00649220	F015629	MLTFKRTSKSRLSGQWSDIDYDVWDGNQHIGRIMWTHAGPPDRRWFWTIAARVPQGPYDQGYAATRE
B3_v_NODE_87530_len_6886_cov_14_425356	B3_v_00703900	F052957	MSDDFQAFRERAARAVAKVARGSTADNADHYARMADAVIAEFAKPTNAMIDAAYEAVRFDEAWAINSRRDFVKAVNAMVRTTLNKRS
B3_v_NODE_88474_len_4389_cov_9_225336	B3_v_00915340	F006577	VMELNGARSNPRAGVELSRVGALHDELLRKALANPREPRPVPAKVSPVLETVTLVLERSERPMRAREIHAAACELVGEPLLWESVKAALSADVASEHSRFRRVRHGVYQIARDVKRCTS
B3_v_NODE_9008_len_1685_cov_15_205341	B3_v_00403220	F008963	LGLVGLLGVVAVLGRIQNGRYLRPVITLISKVPIFKRGLEKASNAALERSNPELASAMKKMQRSGALRDPNRAQAAMSQLTAQERRALIQVQEEQGMLAPEATNREMRRKLEKAKRDGQRRR
B3_v_NODE_92212_len_2509_cov_7_443204	B3_v_00601920	F030236	MTVFMVFVCFTTGEGRTAQCHPAYPKQYASMDECEAFSQNDPYLKNYLNGVRNGQYQKGASVEVLCMKKPVSASEPAR
B3_v_NODE_94100_len_6535_cov_14_441010	B3_v_01045920	F045813	MQSALGLVVFVVYILAIVSFAAGITWVVVRLTPAKKPDTAAKT
B3_v_NODE_9560_len_2331_cov_13_668812	B3_v_00653380	F008517	VSKTVIIGWIIELAGIALWLYGYFATGNPALIDWHAYTPWWIADYLPNIESEIGMALVFAGMVPIYWPPRR
B3_v_NODE_9560_len_2331_cov_13_668812	B3_v_00653390	F010656	MELLINFFALRPTFTVWGLKVVWYIYLLNTFVQTYIAVSGISRVLAQRGISMEVWLPNSLPLILGLIAQLVIVRLLIEVAAIIISNSRASNG
B3_v_NODE_97586_len_25313_cov_16_793861	B3_v_00564170	F025185	MRVEQLPSVGEVASTLEAQRQRLSDADLVGVSRSALASARDALPDGWTRRRRASRWPWVAVVILGATILGLVLMAPALRRWTASVWGSGRVIGVMRHPTPTPAMSPADETGILAHPAEPAPMPI
B3_v_NODE_9759_len_580_cov_42_682758	B3_v_00738370	F078011	MLVLKRASKSRPSGEWSDDDYDVFDGDRRIGRIMWTHAGPADRQRNAHTAS
B3_v_NODE_98941_len_10821_cov_23_088440	B3_v_00859840	F008517	VSESLSKTVIIGWIIELVGMALWLYGYFATGNPSLIDWHASTPWWIADFLPNIESEIGMALLFAGMVPLYWPPRR
B3_v_NODE_99401_len_5473_cov_14_489311	B3_v_00949370	F034414	MERDPAHVTVTPDPEETRRRLTSEVAEVESAISLVASGAASRITLSGLKFGEQLARRFQADAQSKGVRLDPLPFPEDAGCDLIVRRIDE
B3_v_NODE_99561_len_17957_cov_13_652615	B3_v_00982140	F040249	MQLLIRDPAYTDRLASFLRSLGQEPIVCGPALVELDPPTSPTDRAELEIYLRVWTVLYPDAEVELKELAH
B3_v_NODE_99854_len_1033_cov_7_266215	B3_v_01044960	F092111	VAAKMTPEEGGSILRETVREMGRMTNKILILGIILILAILAVLMY
B3_v_NODE_99899_len_19924_cov_13_841247	B3_v_01053780	F092954	VTGLPGKLPARDFEEIRLAEALERGRCPVCDARQEASYAALRGLAREGATDRGLRDQMDGGLGFCQPHSVGLSRMELQQTSSQLATAVLLDAVLRRRLATLKKLAGNDAGSQSRGLAELADPRCPVCARIAESSLAAAKRLRDLSADPAWSAALGSAEICLDDLYSLWALAAAGPKESRQRWSIIVSAQLRRLEALQKTLADYAHNSTHDRRYLITPEQQEAGAASIRFFGGSPDRDRQR