2124908043: Permafrost microbial communities from permafrost in Bonanza Creek, Alaska - Active Layer A2

Overview

Basic Information

• IMG/M Taxon OID: 2124908043
• GOLD Reference (Study | Sequencing Project | Analysis Project): Gs0063124 | Gp0051932 | Ga0026487
• Sample Name: Permafrost microbial communities from permafrost in Bonanza Creek, Alaska - Active Layer A2
• Sequencing Status: Permanent Draft
• Sequencing Center: DOE Joint Genome Institute (JGI)
• Published?: N
• Use Policy: Open

Dataset Contents

• Total Genome Size: 72205836
• Sequencing Scaffolds: 334
• Novel Protein Genes: 360
• Associated Families: 343

Dataset Phylogeny
Taxonomy Groups	Number of Scaffolds
All Organisms → cellular organisms → Bacteria → Acidobacteria	32
All Organisms → cellular organisms → Bacteria	63
All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	35
Not Available	68
All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → unclassified Actinomycetia → Actinomycetia bacterium	24
All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria	7
All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Acidobacteriales → Acidobacteriaceae	2
All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Thermoleophilia → Solirubrobacterales → unclassified Solirubrobacterales → Solirubrobacterales bacterium	1
All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes → unclassified Gemmatimonadetes → Gemmatimonadetes bacterium	12
All Organisms → cellular organisms → Bacteria → Terrabacteria group → unclassified Terrabacteria group → Terrabacteria group bacterium ANGP1	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → unclassified Alphaproteobacteria → Alphaproteobacteria bacterium	1
All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes	2
All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → unclassified Verrucomicrobia → Verrucomicrobia bacterium	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Xanthomonadales → Xanthomonadaceae → Xanthomonas → Xanthomonas translucens	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → unclassified Betaproteobacteria → Betaproteobacteria bacterium RIFCSPLOWO2_12_FULL_62_58	1
All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Acidobacteriales → Acidobacteriaceae → Candidatus Koribacter → Candidatus Koribacter versatilis	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiales genera incertae sedis → Aquabacterium → Aquabacterium pictum	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Bradyrhizobiaceae → Bradyrhizobium	9
All Organisms → cellular organisms → Bacteria → Proteobacteria	5
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Bradyrhizobiaceae → Bradyrhizobium → Bradyrhizobium lablabi	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → unclassified Betaproteobacteria → Betaproteobacteria bacterium	1
All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria	13
All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia	3
All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes → Gemmatimonadetes → Gemmatimonadales → Gemmatimonadaceae → Gemmatirosa → Gemmatirosa kalamazoonesis	3
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Bradyrhizobiaceae → Bradyrhizobium → Bradyrhizobium canariense	1
All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes → Gemmatimonadetes → Gemmatimonadales → Gemmatimonadaceae	2
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Bradyrhizobiaceae	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria	5
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales	4
All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → Spartobacteria → Chthoniobacterales → Chthoniobacteraceae	1
All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes	5
All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia	2
All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Acidobacteriales → Acidobacteriaceae → Candidatus Koribacter	2
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Bradyrhizobiaceae → Bradyrhizobium → unclassified Bradyrhizobium → Bradyrhizobium sp. CCBAU 051011	2
All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Thermoleophilia → unclassified Thermoleophilia → Thermoleophilia bacterium	2
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Sphingomonadales → Sphingomonadaceae → Sphingomonas → Sphingomonas ginsenosidivorax	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Nitrosomonadales → Thiobacillaceae → Thiobacillus → Thiobacillus thioparus	1
All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → Frankiales → Frankiaceae → Frankia	1
All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → Opitutae → Opitutales → Opitutaceae → Opitutus → unclassified Opitutus → Opitutus sp. GAS368	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Neisseriales → Chromobacteriaceae → Jeongeupia → unclassified Jeongeupia → Jeongeupia sp. USM3	1
All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Rubrobacteria → Gaiellales → Gaiellaceae → Gaiella → Gaiella occulta	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Acetobacteraceae	1
All Organisms → cellular organisms → Bacteria → environmental samples → uncultured bacterium BLR9	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Bradyrhizobiaceae → Bradyrhizobium → Bradyrhizobium erythrophlei	1
All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Chitinophagia → Chitinophagales → Chitinophagaceae → unclassified Chitinophagaceae → Chitinophagaceae bacterium	1
All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium	2
All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae	2
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Thalassospiraceae → Thalassospira → unclassified Thalassospira → Thalassospira sp. MCCC 1A01428	1
All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Acidobacteriales → Acidobacteriaceae → Candidatus Sulfotelmatobacter → Candidatus Sulfotelmatobacter kueseliae	1
All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales → Flavobacteriaceae	1
All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Bryobacterales	1
All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → Micrococcales → Micrococcaceae → Arthrobacter → Arthrobacter silvisoli	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 → active permafrost 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?
F000036	Metagenome / Metatranscriptome	4352	Y
F000042	Metagenome / Metatranscriptome	3762	Y
F000043	Metagenome / Metatranscriptome	3655	Y
F000065	Metagenome / Metatranscriptome	2788	Y
F000146	Metagenome / Metatranscriptome	1918	Y
F000228	Metagenome / Metatranscriptome	1519	Y
F000231	Metagenome / Metatranscriptome	1516	Y
F000268	Metagenome / Metatranscriptome	1411	Y
F000281	Metagenome / Metatranscriptome	1382	Y
F000283	Metagenome / Metatranscriptome	1379	Y
F000288	Metagenome / Metatranscriptome	1369	Y
F000414	Metagenome / Metatranscriptome	1169	Y
F000419	Metagenome / Metatranscriptome	1160	Y
F000515	Metagenome / Metatranscriptome	1062	Y
F000522	Metagenome / Metatranscriptome	1055	Y
F000594	Metagenome / Metatranscriptome	1000	Y
F000668	Metagenome / Metatranscriptome	948	Y
F000708	Metagenome / Metatranscriptome	926	Y
F000769	Metagenome / Metatranscriptome	898	Y
F001237	Metagenome / Metatranscriptome	740	Y
F001269	Metagenome / Metatranscriptome	734	Y
F001275	Metagenome / Metatranscriptome	733	Y
F001368	Metagenome	713	Y
F001423	Metagenome / Metatranscriptome	698	Y
F001485	Metagenome / Metatranscriptome	686	Y
F001528	Metagenome / Metatranscriptome	677	Y
F001603	Metagenome / Metatranscriptome	664	Y
F001605	Metagenome / Metatranscriptome	664	Y
F001837	Metagenome / Metatranscriptome	628	Y
F001986	Metagenome / Metatranscriptome	608	Y
F002000	Metagenome / Metatranscriptome	606	Y
F002065	Metagenome / Metatranscriptome	597	Y
F002094	Metagenome / Metatranscriptome	594	Y
F002111	Metagenome / Metatranscriptome	592	Y
F002358	Metagenome / Metatranscriptome	567	Y
F002451	Metagenome / Metatranscriptome	558	Y
F002473	Metagenome / Metatranscriptome	556	Y
F002595	Metagenome / Metatranscriptome	545	Y
F002674	Metagenome / Metatranscriptome	538	Y
F002754	Metagenome / Metatranscriptome	532	Y
F002831	Metagenome / Metatranscriptome	527	Y
F002967	Metagenome / Metatranscriptome	517	Y
F002979	Metagenome / Metatranscriptome	516	Y
F002992	Metagenome / Metatranscriptome	515	Y
F003259	Metagenome / Metatranscriptome	497	Y
F003336	Metagenome / Metatranscriptome	493	Y
F003359	Metagenome / Metatranscriptome	492	Y
F003387	Metagenome / Metatranscriptome	490	Y
F003513	Metagenome / Metatranscriptome	482	Y
F003776	Metagenome / Metatranscriptome	469	Y
F003878	Metagenome / Metatranscriptome	464	Y
F003950	Metagenome / Metatranscriptome	460	Y
F004123	Metagenome / Metatranscriptome	452	Y
F004185	Metagenome / Metatranscriptome	449	Y
F004189	Metagenome / Metatranscriptome	449	Y
F004241	Metagenome / Metatranscriptome	447	Y
F004387	Metagenome / Metatranscriptome	440	Y
F004465	Metagenome / Metatranscriptome	437	Y
F004626	Metagenome / Metatranscriptome	430	Y
F004820	Metagenome / Metatranscriptome	422	Y
F004844	Metagenome / Metatranscriptome	421	Y
F004874	Metagenome / Metatranscriptome	420	Y
F004878	Metagenome / Metatranscriptome	420	Y
F005040	Metagenome / Metatranscriptome	414	Y
F005510	Metagenome / Metatranscriptome	398	Y
F005544	Metagenome / Metatranscriptome	397	Y
F005647	Metagenome / Metatranscriptome	394	Y
F005729	Metagenome / Metatranscriptome	392	Y
F005924	Metagenome / Metatranscriptome	386	Y
F005928	Metagenome / Metatranscriptome	386	Y
F005987	Metagenome / Metatranscriptome	384	Y
F006194	Metagenome / Metatranscriptome	379	Y
F006205	Metagenome / Metatranscriptome	379	Y
F006606	Metagenome / Metatranscriptome	369	Y
F006636	Metagenome / Metatranscriptome	368	Y
F006828	Metagenome / Metatranscriptome	364	Y
F006851	Metagenome	363	Y
F006897	Metagenome / Metatranscriptome	362	Y
F007147	Metagenome / Metatranscriptome	357	Y
F007331	Metagenome / Metatranscriptome	353	Y
F007436	Metagenome / Metatranscriptome	351	Y
F007483	Metagenome / Metatranscriptome	350	Y
F007545	Metagenome / Metatranscriptome	349	Y
F007658	Metagenome / Metatranscriptome	347	Y
F007673	Metagenome / Metatranscriptome	347	Y
F007858	Metagenome / Metatranscriptome	343	Y
F007980	Metagenome / Metatranscriptome	341	Y
F008004	Metagenome / Metatranscriptome	341	Y
F008167	Metagenome / Metatranscriptome	338	Y
F008431	Metagenome / Metatranscriptome	333	Y
F008457	Metagenome / Metatranscriptome	333	Y
F008666	Metagenome / Metatranscriptome	330	Y
F008728	Metagenome / Metatranscriptome	329	Y
F008764	Metagenome / Metatranscriptome	328	Y
F008832	Metagenome / Metatranscriptome	327	Y
F008956	Metagenome / Metatranscriptome	325	Y
F008958	Metagenome / Metatranscriptome	325	Y
F009013	Metagenome / Metatranscriptome	324	Y
F009094	Metagenome / Metatranscriptome	323	Y
F009486	Metagenome / Metatranscriptome	317	Y
F009567	Metagenome / Metatranscriptome	316	Y
F009643	Metagenome / Metatranscriptome	315	Y
F009817	Metagenome / Metatranscriptome	312	Y
F009821	Metagenome / Metatranscriptome	312	Y
F010111	Metagenome / Metatranscriptome	308	Y
F010356	Metagenome / Metatranscriptome	305	Y
F010567	Metagenome / Metatranscriptome	302	Y
F010830	Metagenome / Metatranscriptome	298	Y
F010859	Metagenome / Metatranscriptome	298	Y
F010884	Metagenome / Metatranscriptome	298	Y
F010885	Metagenome / Metatranscriptome	298	Y
F011244	Metagenome	293	Y
F011345	Metagenome / Metatranscriptome	292	Y
F011411	Metagenome / Metatranscriptome	291	Y
F012150	Metagenome / Metatranscriptome	283	Y
F012406	Metagenome / Metatranscriptome	281	Y
F012633	Metagenome / Metatranscriptome	279	Y
F012707	Metagenome / Metatranscriptome	278	Y
F012819	Metagenome / Metatranscriptome	277	Y
F012985	Metagenome	275	Y
F013110	Metagenome / Metatranscriptome	274	Y
F013642	Metagenome / Metatranscriptome	269	Y
F013930	Metagenome / Metatranscriptome	267	Y
F014062	Metagenome / Metatranscriptome	266	Y
F014157	Metagenome	265	Y
F014187	Metagenome	265	Y
F014190	Metagenome / Metatranscriptome	265	Y
F014426	Metagenome / Metatranscriptome	263	Y
F014538	Metagenome / Metatranscriptome	262	Y
F014546	Metagenome / Metatranscriptome	262	Y
F014596	Metagenome / Metatranscriptome	261	Y
F015504	Metagenome / Metatranscriptome	254	Y
F015537	Metagenome / Metatranscriptome	254	Y
F015574	Metagenome / Metatranscriptome	253	Y
F016021	Metagenome / Metatranscriptome	250	Y
F016032	Metagenome / Metatranscriptome	250	Y
F016564	Metagenome / Metatranscriptome	246	Y
F016575	Metagenome / Metatranscriptome	246	Y
F016876	Metagenome	244	Y
F017008	Metagenome / Metatranscriptome	243	Y
F017182	Metagenome / Metatranscriptome	242	Y
F017549	Metagenome	240	Y
F017845	Metagenome / Metatranscriptome	238	Y
F018798	Metagenome / Metatranscriptome	233	Y
F018994	Metagenome / Metatranscriptome	232	Y
F019171	Metagenome / Metatranscriptome	231	Y
F019197	Metagenome / Metatranscriptome	231	Y
F019808	Metagenome / Metatranscriptome	227	Y
F020047	Metagenome	226	Y
F020077	Metagenome / Metatranscriptome	226	Y
F020136	Metagenome / Metatranscriptome	225	Y
F020237	Metagenome / Metatranscriptome	225	Y
F020609	Metagenome / Metatranscriptome	223	Y
F020632	Metagenome / Metatranscriptome	223	Y
F020719	Metagenome	222	Y
F021547	Metagenome / Metatranscriptome	218	Y
F021632	Metagenome	218	Y
F021998	Metagenome / Metatranscriptome	216	Y
F022561	Metagenome	214	Y
F022577	Metagenome / Metatranscriptome	213	Y
F022734	Metagenome / Metatranscriptome	213	Y
F022741	Metagenome / Metatranscriptome	213	Y
F022763	Metagenome / Metatranscriptome	213	Y
F022965	Metagenome / Metatranscriptome	212	N
F023078	Metagenome / Metatranscriptome	211	Y
F023150	Metagenome / Metatranscriptome	211	Y
F023252	Metagenome	211	Y
F023425	Metagenome / Metatranscriptome	210	Y
F024146	Metagenome / Metatranscriptome	207	Y
F024191	Metagenome / Metatranscriptome	207	N
F024371	Metagenome / Metatranscriptome	206	Y
F024393	Metagenome / Metatranscriptome	206	Y
F024683	Metagenome / Metatranscriptome	205	Y
F025108	Metagenome / Metatranscriptome	203	Y
F025163	Metagenome / Metatranscriptome	203	Y
F025531	Metagenome / Metatranscriptome	201	Y
F025585	Metagenome / Metatranscriptome	201	N
F025789	Metagenome / Metatranscriptome	200	Y
F025945	Metagenome	199	Y
F026672	Metagenome	197	Y
F026678	Metagenome	197	Y
F026727	Metagenome / Metatranscriptome	197	Y
F026917	Metagenome	196	Y
F027172	Metagenome / Metatranscriptome	195	Y
F027531	Metagenome / Metatranscriptome	194	Y
F028278	Metagenome / Metatranscriptome	192	Y
F028503	Metagenome / Metatranscriptome	191	Y
F028600	Metagenome / Metatranscriptome	191	Y
F028829	Metagenome / Metatranscriptome	190	Y
F029122	Metagenome / Metatranscriptome	189	N
F029266	Metagenome / Metatranscriptome	189	Y
F029851	Metagenome / Metatranscriptome	187	Y
F029870	Metagenome / Metatranscriptome	187	Y
F030046	Metagenome	186	Y
F030257	Metagenome / Metatranscriptome	186	Y
F030505	Metagenome / Metatranscriptome	185	Y
F030715	Metagenome	184	Y
F030936	Metagenome / Metatranscriptome	184	Y
F031585	Metagenome / Metatranscriptome	182	Y
F031603	Metagenome / Metatranscriptome	182	Y
F032461	Metagenome	180	Y
F032769	Metagenome / Metatranscriptome	179	Y
F032833	Metagenome / Metatranscriptome	179	Y
F033245	Metagenome / Metatranscriptome	178	Y
F034274	Metagenome	175	Y
F035127	Metagenome	173	Y
F036368	Metagenome / Metatranscriptome	170	Y
F036407	Metagenome / Metatranscriptome	170	Y
F036491	Metagenome	170	Y
F036637	Metagenome / Metatranscriptome	169	Y
F036723	Metagenome / Metatranscriptome	169	Y
F036902	Metagenome	169	Y
F037163	Metagenome	168	Y
F037457	Metagenome / Metatranscriptome	168	Y
F037914	Metagenome	167	N
F037974	Metagenome / Metatranscriptome	167	N
F038001	Metagenome / Metatranscriptome	167	Y
F039764	Metagenome / Metatranscriptome	163	Y
F040298	Metagenome / Metatranscriptome	162	Y
F040304	Metagenome / Metatranscriptome	162	Y
F040669	Metagenome	161	Y
F041409	Metagenome / Metatranscriptome	160	Y
F041980	Metagenome / Metatranscriptome	159	Y
F043060	Metagenome / Metatranscriptome	157	N
F043094	Metagenome / Metatranscriptome	157	Y
F043543	Metagenome / Metatranscriptome	156	Y
F043592	Metagenome	156	N
F043593	Metagenome / Metatranscriptome	156	N
F044013	Metagenome / Metatranscriptome	155	Y
F044698	Metagenome / Metatranscriptome	154	Y
F044750	Metagenome / Metatranscriptome	154	Y
F044974	Metagenome / Metatranscriptome	153	Y
F045036	Metagenome / Metatranscriptome	153	Y
F046414	Metagenome / Metatranscriptome	151	Y
F046878	Metagenome / Metatranscriptome	150	Y
F047208	Metagenome / Metatranscriptome	150	Y
F047745	Metagenome / Metatranscriptome	149	Y
F047932	Metagenome / Metatranscriptome	149	Y
F047946	Metagenome / Metatranscriptome	149	Y
F048860	Metagenome	147	Y
F049311	Metagenome	147	Y
F049722	Metagenome / Metatranscriptome	146	Y
F049836	Metagenome / Metatranscriptome	146	Y
F050410	Metagenome / Metatranscriptome	145	Y
F050556	Metagenome / Metatranscriptome	145	Y
F050588	Metagenome / Metatranscriptome	145	Y
F050602	Metagenome	145	Y
F051312	Metagenome / Metatranscriptome	144	Y
F051335	Metagenome / Metatranscriptome	144	Y
F051408	Metagenome / Metatranscriptome	144	Y
F052268	Metagenome	143	Y
F053173	Metagenome / Metatranscriptome	141	Y
F054239	Metagenome / Metatranscriptome	140	Y
F054258	Metagenome / Metatranscriptome	140	Y
F055303	Metagenome	139	Y
F055920	Metagenome / Metatranscriptome	138	Y
F056022	Metagenome / Metatranscriptome	138	Y
F056101	Metagenome	138	Y
F056747	Metagenome / Metatranscriptome	137	Y
F056936	Metagenome / Metatranscriptome	137	Y
F057421	Metagenome / Metatranscriptome	136	Y
F057949	Metagenome	135	Y
F058049	Metagenome / Metatranscriptome	135	Y
F058298	Metagenome / Metatranscriptome	135	Y
F058875	Metagenome / Metatranscriptome	134	Y
F059219	Metagenome / Metatranscriptome	134	Y
F062507	Metagenome / Metatranscriptome	130	N
F062865	Metagenome / Metatranscriptome	130	Y
F062997	Metagenome / Metatranscriptome	130	Y
F063475	Metagenome / Metatranscriptome	129	Y
F063515	Metagenome / Metatranscriptome	129	Y
F063784	Metagenome / Metatranscriptome	129	Y
F064047	Metagenome / Metatranscriptome	129	Y
F064700	Metagenome / Metatranscriptome	128	Y
F065150	Metagenome	128	Y
F065166	Metagenome	128	Y
F065248	Metagenome / Metatranscriptome	128	Y
F065976	Metagenome / Metatranscriptome	127	Y
F067132	Metagenome / Metatranscriptome	126	Y
F067142	Metagenome / Metatranscriptome	126	Y
F067984	Metagenome	125	Y
F070257	Metagenome / Metatranscriptome	123	Y
F071212	Metagenome / Metatranscriptome	122	Y
F071395	Metagenome	122	Y
F072578	Metagenome / Metatranscriptome	121	Y
F072711	Metagenome / Metatranscriptome	121	Y
F072817	Metagenome / Metatranscriptome	121	Y
F073351	Metagenome / Metatranscriptome	120	N
F073984	Metagenome / Metatranscriptome	120	Y
F074085	Metagenome / Metatranscriptome	120	Y
F074954	Metagenome / Metatranscriptome	119	Y
F075379	Metagenome / Metatranscriptome	119	Y
F075771	Metagenome / Metatranscriptome	118	Y
F076285	Metagenome / Metatranscriptome	118	Y
F076451	Metagenome / Metatranscriptome	118	Y
F076627	Metagenome / Metatranscriptome	118	Y
F077408	Metagenome / Metatranscriptome	117	Y
F077866	Metagenome / Metatranscriptome	117	Y
F078011	Metagenome	117	Y
F078102	Metagenome / Metatranscriptome	116	N
F078963	Metagenome / Metatranscriptome	116	Y
F079153	Metagenome / Metatranscriptome	116	Y
F079175	Metagenome / Metatranscriptome	116	Y
F080100	Metagenome / Metatranscriptome	115	Y
F080326	Metagenome / Metatranscriptome	115	Y
F080539	Metagenome / Metatranscriptome	115	Y
F080543	Metagenome / Metatranscriptome	115	N
F080549	Metagenome / Metatranscriptome	115	Y
F081054	Metagenome / Metatranscriptome	114	Y
F081055	Metagenome / Metatranscriptome	114	Y
F081095	Metagenome	114	Y
F081920	Metagenome	114	N
F083031	Metagenome / Metatranscriptome	113	N
F084316	Metagenome / Metatranscriptome	112	Y
F084749	Metagenome / Metatranscriptome	112	Y
F085317	Metagenome / Metatranscriptome	111	Y
F086467	Metagenome / Metatranscriptome	110	Y
F087079	Metagenome / Metatranscriptome	110	Y
F087944	Metagenome / Metatranscriptome	110	Y
F088845	Metagenome / Metatranscriptome	109	Y
F089906	Metagenome / Metatranscriptome	108	Y
F092403	Metagenome / Metatranscriptome	107	Y
F092504	Metagenome	107	Y
F092943	Metagenome	107	Y
F093573	Metagenome / Metatranscriptome	106	N
F096179	Metagenome / Metatranscriptome	105	Y
F096987	Metagenome / Metatranscriptome	104	Y
F097869	Metagenome / Metatranscriptome	104	N
F097909	Metagenome / Metatranscriptome	104	N
F097916	Metagenome / Metatranscriptome	104	Y
F098272	Metagenome / Metatranscriptome	104	Y
F098277	Metagenome / Metatranscriptome	104	Y
F099774	Metagenome / Metatranscriptome	103	N
F099781	Metagenome / Metatranscriptome	103	Y
F101082	Metagenome / Metatranscriptome	102	Y
F101794	Metagenome / Metatranscriptome	102	Y
F102151	Metagenome / Metatranscriptome	102	Y
F103151	Metagenome / Metatranscriptome	101	Y
F103154	Metagenome	101	Y
F103839	Metagenome / Metatranscriptome	101	N
F104111	Metagenome	101	Y
F104566	Metagenome	100	Y
F105315	Metagenome / Metatranscriptome	100	Y

Associated Scaffolds

Scaffold	Taxonomy	Length
A2_c1_ConsensusfromContig10031	All Organisms → cellular organisms → Bacteria → Acidobacteria	631
A2_c1_ConsensusfromContig10177	All Organisms → cellular organisms → Bacteria	973
A2_c1_ConsensusfromContig10202	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	980
A2_c1_ConsensusfromContig10386	All Organisms → cellular organisms → Bacteria → Acidobacteria	626
A2_c1_ConsensusfromContig10685	Not Available	613
A2_c1_ConsensusfromContig11092	All Organisms → cellular organisms → Bacteria → Acidobacteria	682
A2_c1_ConsensusfromContig11408	All Organisms → cellular organisms → Bacteria	1357
A2_c1_ConsensusfromContig11546	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	1057
A2_c1_ConsensusfromContig11589	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	843
A2_c1_ConsensusfromContig11656	All Organisms → cellular organisms → Bacteria → Acidobacteria	642
A2_c1_ConsensusfromContig11701	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → unclassified Actinomycetia → Actinomycetia bacterium	915
A2_c1_ConsensusfromContig11810	All Organisms → cellular organisms → Bacteria	905
A2_c1_ConsensusfromContig12093	All Organisms → cellular organisms → Bacteria	716
A2_c1_ConsensusfromContig12218	All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria	711
A2_c1_ConsensusfromContig12397	Not Available	679
A2_c1_ConsensusfromContig12704	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	609
A2_c1_ConsensusfromContig13101	Not Available	741
A2_c1_ConsensusfromContig13432	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → unclassified Actinomycetia → Actinomycetia bacterium	642
A2_c1_ConsensusfromContig13562	All Organisms → cellular organisms → Bacteria	1088
A2_c1_ConsensusfromContig14431	Not Available	712
A2_c1_ConsensusfromContig14518	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	632
A2_c1_ConsensusfromContig15007	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → unclassified Actinomycetia → Actinomycetia bacterium	721
A2_c1_ConsensusfromContig15780	All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Acidobacteriales → Acidobacteriaceae	645
A2_c1_ConsensusfromContig15806	All Organisms → cellular organisms → Bacteria	752
A2_c1_ConsensusfromContig15939	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Thermoleophilia → Solirubrobacterales → unclassified Solirubrobacterales → Solirubrobacterales bacterium	798
A2_c1_ConsensusfromContig16125	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes → unclassified Gemmatimonadetes → Gemmatimonadetes bacterium	842
A2_c1_ConsensusfromContig16242	All Organisms → cellular organisms → Bacteria → Terrabacteria group → unclassified Terrabacteria group → Terrabacteria group bacterium ANGP1	719
A2_c1_ConsensusfromContig16307	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	629
A2_c1_ConsensusfromContig16696	All Organisms → cellular organisms → Bacteria → Acidobacteria	635
A2_c1_ConsensusfromContig17468	Not Available	860
A2_c1_ConsensusfromContig1754	All Organisms → cellular organisms → Bacteria	2218
A2_c1_ConsensusfromContig17587	All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria	997
A2_c1_ConsensusfromContig17707	Not Available	777
A2_c1_ConsensusfromContig17717	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → unclassified Actinomycetia → Actinomycetia bacterium	771
A2_c1_ConsensusfromContig17721	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → unclassified Alphaproteobacteria → Alphaproteobacteria bacterium	835
A2_c1_ConsensusfromContig17733	All Organisms → cellular organisms → Bacteria → Acidobacteria	656
A2_c1_ConsensusfromContig17824	All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes	824
A2_c1_ConsensusfromContig18016	All Organisms → cellular organisms → Bacteria → Acidobacteria	627
A2_c1_ConsensusfromContig18169	All Organisms → cellular organisms → Bacteria	646
A2_c1_ConsensusfromContig18473	All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → unclassified Verrucomicrobia → Verrucomicrobia bacterium	684
A2_c1_ConsensusfromContig18692	Not Available	600
A2_c1_ConsensusfromContig18773	All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Xanthomonadales → Xanthomonadaceae → Xanthomonas → Xanthomonas translucens	959
A2_c1_ConsensusfromContig18792	All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → unclassified Betaproteobacteria → Betaproteobacteria bacterium RIFCSPLOWO2_12_FULL_62_58	865
A2_c1_ConsensusfromContig18879	All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Acidobacteriales → Acidobacteriaceae → Candidatus Koribacter → Candidatus Koribacter versatilis	605
A2_c1_ConsensusfromContig18918	All Organisms → cellular organisms → Bacteria	805
A2_c1_ConsensusfromContig19150	Not Available	609
A2_c1_ConsensusfromContig19528	All Organisms → cellular organisms → Bacteria → Acidobacteria	773
A2_c1_ConsensusfromContig19598	All Organisms → cellular organisms → Bacteria	618
A2_c1_ConsensusfromContig19680	Not Available	656
A2_c1_ConsensusfromContig19695	All Organisms → cellular organisms → Bacteria	655
A2_c1_ConsensusfromContig1981	All Organisms → cellular organisms → Bacteria → Acidobacteria	858
A2_c1_ConsensusfromContig20108	All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiales genera incertae sedis → Aquabacterium → Aquabacterium pictum	655
A2_c1_ConsensusfromContig20169	Not Available	638
A2_c1_ConsensusfromContig20252	All Organisms → cellular organisms → Bacteria → Acidobacteria	699
A2_c1_ConsensusfromContig20606	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Bradyrhizobiaceae → Bradyrhizobium	819
A2_c1_ConsensusfromContig20802	All Organisms → cellular organisms → Bacteria → Proteobacteria	915
A2_c1_ConsensusfromContig21349	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes → unclassified Gemmatimonadetes → Gemmatimonadetes bacterium	1026
A2_c1_ConsensusfromContig2136	All Organisms → cellular organisms → Bacteria	822
A2_c1_ConsensusfromContig21786	Not Available	603
A2_c1_ConsensusfromContig21880	Not Available	638
A2_c1_ConsensusfromContig22102	All Organisms → cellular organisms → Bacteria	720
A2_c1_ConsensusfromContig22127	Not Available	702
A2_c1_ConsensusfromContig22161	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	892
A2_c1_ConsensusfromContig22293	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Bradyrhizobiaceae → Bradyrhizobium → Bradyrhizobium lablabi	631
A2_c1_ConsensusfromContig22351	All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → unclassified Betaproteobacteria → Betaproteobacteria bacterium	612
A2_c1_ConsensusfromContig22408	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria	2488
A2_c1_ConsensusfromContig22494	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia	2125
A2_c1_ConsensusfromContig22514	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes → Gemmatimonadetes → Gemmatimonadales → Gemmatimonadaceae → Gemmatirosa → Gemmatirosa kalamazoonesis	5027
A2_c1_ConsensusfromContig22580	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Bradyrhizobiaceae → Bradyrhizobium → Bradyrhizobium canariense	4924
A2_c1_ConsensusfromContig22620	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes → Gemmatimonadetes → Gemmatimonadales → Gemmatimonadaceae → Gemmatirosa → Gemmatirosa kalamazoonesis	3324
A2_c1_ConsensusfromContig22627	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Bradyrhizobiaceae → Bradyrhizobium	3887
A2_c1_ConsensusfromContig22751	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes → Gemmatimonadetes → Gemmatimonadales → Gemmatimonadaceae → Gemmatirosa → Gemmatirosa kalamazoonesis	4454
A2_c1_ConsensusfromContig22810	All Organisms → cellular organisms → Bacteria	2656
A2_c1_ConsensusfromContig22823	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Bradyrhizobiaceae → Bradyrhizobium	2669
A2_c1_ConsensusfromContig22925	All Organisms → cellular organisms → Bacteria	2710
A2_c1_ConsensusfromContig23189	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes → Gemmatimonadetes → Gemmatimonadales → Gemmatimonadaceae	2672
A2_c1_ConsensusfromContig23474	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria	1842
A2_c1_ConsensusfromContig23789	All Organisms → cellular organisms → Bacteria	1219
A2_c1_ConsensusfromContig23835	All Organisms → cellular organisms → Bacteria	2378
A2_c1_ConsensusfromContig23922	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Bradyrhizobiaceae	3103
A2_c1_ConsensusfromContig2426	All Organisms → cellular organisms → Bacteria	2735
A2_c1_ConsensusfromContig24424	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria	3050
A2_c1_ConsensusfromContig24667	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Bradyrhizobiaceae → Bradyrhizobium	2321
A2_c1_ConsensusfromContig24698	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales	2623
A2_c1_ConsensusfromContig24833	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → unclassified Actinomycetia → Actinomycetia bacterium	1108
A2_c1_ConsensusfromContig25185	Not Available	1647
A2_c1_ConsensusfromContig25254	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Bradyrhizobiaceae → Bradyrhizobium	1307
A2_c1_ConsensusfromContig25615	All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → Spartobacteria → Chthoniobacterales → Chthoniobacteraceae	2004
A2_c1_ConsensusfromContig25803	All Organisms → cellular organisms → Bacteria → Acidobacteria	2171
A2_c1_ConsensusfromContig25847	All Organisms → cellular organisms → Bacteria	1985
A2_c1_ConsensusfromContig25920	All Organisms → cellular organisms → Bacteria	1933
A2_c1_ConsensusfromContig25974	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Bradyrhizobiaceae → Bradyrhizobium	2427
A2_c1_ConsensusfromContig26141	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes → unclassified Gemmatimonadetes → Gemmatimonadetes bacterium	1606
A2_c1_ConsensusfromContig26327	All Organisms → cellular organisms → Bacteria	1283
A2_c1_ConsensusfromContig26672	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria	784
A2_c1_ConsensusfromContig27054	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	794
A2_c1_ConsensusfromContig27383	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → unclassified Actinomycetia → Actinomycetia bacterium	960
A2_c1_ConsensusfromContig27582	Not Available	661
A2_c1_ConsensusfromContig27815	All Organisms → cellular organisms → Bacteria	2347
A2_c1_ConsensusfromContig27854	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes → unclassified Gemmatimonadetes → Gemmatimonadetes bacterium	1953
A2_c1_ConsensusfromContig27964	All Organisms → cellular organisms → Bacteria	1365
A2_c1_ConsensusfromContig28104	All Organisms → cellular organisms → Bacteria	1694
A2_c1_ConsensusfromContig28279	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes	964
A2_c1_ConsensusfromContig2830	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria	1841
A2_c1_ConsensusfromContig28362	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes → unclassified Gemmatimonadetes → Gemmatimonadetes bacterium	1061
A2_c1_ConsensusfromContig28526	Not Available	1173
A2_c1_ConsensusfromContig28570	All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia	1805
A2_c1_ConsensusfromContig28697	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → unclassified Actinomycetia → Actinomycetia bacterium	1951
A2_c1_ConsensusfromContig29215	All Organisms → cellular organisms → Bacteria → Acidobacteria	649
A2_c1_ConsensusfromContig29228	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes → unclassified Gemmatimonadetes → Gemmatimonadetes bacterium	987
A2_c1_ConsensusfromContig29249	Not Available	837
A2_c1_ConsensusfromContig29432	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes	1653
A2_c1_ConsensusfromContig29451	All Organisms → cellular organisms → Bacteria	1544
A2_c1_ConsensusfromContig29643	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes → Gemmatimonadetes → Gemmatimonadales → Gemmatimonadaceae	1110
A2_c1_ConsensusfromContig29754	Not Available	749
A2_c1_ConsensusfromContig30126	Not Available	855
A2_c1_ConsensusfromContig30208	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes → unclassified Gemmatimonadetes → Gemmatimonadetes bacterium	1790
A2_c1_ConsensusfromContig30234	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → unclassified Actinomycetia → Actinomycetia bacterium	1304
A2_c1_ConsensusfromContig3042	All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Acidobacteriales → Acidobacteriaceae → Candidatus Koribacter	1743
A2_c1_ConsensusfromContig30808	All Organisms → cellular organisms → Bacteria → Acidobacteria	1221
A2_c1_ConsensusfromContig30956	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales	2147
A2_c1_ConsensusfromContig3105	All Organisms → cellular organisms → Bacteria	1225
A2_c1_ConsensusfromContig31388	All Organisms → cellular organisms → Bacteria → Acidobacteria	846
A2_c1_ConsensusfromContig31626	All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria	844
A2_c1_ConsensusfromContig31646	Not Available	851
A2_c1_ConsensusfromContig31769	All Organisms → cellular organisms → Bacteria	755
A2_c1_ConsensusfromContig32321	Not Available	978
A2_c1_ConsensusfromContig32532	Not Available	1069
A2_c1_ConsensusfromContig32976	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Bradyrhizobiaceae → Bradyrhizobium → unclassified Bradyrhizobium → Bradyrhizobium sp. CCBAU 051011	1031
A2_c1_ConsensusfromContig33119	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Thermoleophilia → unclassified Thermoleophilia → Thermoleophilia bacterium	668
A2_c1_ConsensusfromContig33194	All Organisms → cellular organisms → Bacteria → Proteobacteria	1113
A2_c1_ConsensusfromContig33293	All Organisms → cellular organisms → Bacteria	760
A2_c1_ConsensusfromContig3339	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Sphingomonadales → Sphingomonadaceae → Sphingomonas → Sphingomonas ginsenosidivorax	900
A2_c1_ConsensusfromContig33395	All Organisms → cellular organisms → Bacteria	1143
A2_c1_ConsensusfromContig33533	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria	603
A2_c1_ConsensusfromContig33609	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria	953
A2_c1_ConsensusfromContig34032	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria	876
A2_c1_ConsensusfromContig34753	All Organisms → cellular organisms → Bacteria	672
A2_c1_ConsensusfromContig35072	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria	1400
A2_c1_ConsensusfromContig3564	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	1108
A2_c1_ConsensusfromContig35982	Not Available	609
A2_c1_ConsensusfromContig36075	Not Available	636
A2_c1_ConsensusfromContig36087	All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria	1067
A2_c1_ConsensusfromContig36128	Not Available	716
A2_c1_ConsensusfromContig36553	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria	737
A2_c1_ConsensusfromContig36588	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → unclassified Actinomycetia → Actinomycetia bacterium	631
A2_c1_ConsensusfromContig37060	Not Available	615
A2_c1_ConsensusfromContig37660	Not Available	629
A2_c1_ConsensusfromContig37760	Not Available	873
A2_c1_ConsensusfromContig38175	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales	1853
A2_c1_ConsensusfromContig38178	All Organisms → cellular organisms → Bacteria	725
A2_c1_ConsensusfromContig38396	Not Available	627
A2_c1_ConsensusfromContig38661	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → unclassified Actinomycetia → Actinomycetia bacterium	715
A2_c1_ConsensusfromContig38775	All Organisms → cellular organisms → Bacteria	664
A2_c1_ConsensusfromContig39078	Not Available	1038
A2_c1_ConsensusfromContig39138	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	797
A2_c1_ConsensusfromContig39188	All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Nitrosomonadales → Thiobacillaceae → Thiobacillus → Thiobacillus thioparus	622
A2_c1_ConsensusfromContig39445	All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria	767
A2_c1_ConsensusfromContig3981	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → Frankiales → Frankiaceae → Frankia	887
A2_c1_ConsensusfromContig40057	All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → Opitutae → Opitutales → Opitutaceae → Opitutus → unclassified Opitutus → Opitutus sp. GAS368	622
A2_c1_ConsensusfromContig4059	All Organisms → cellular organisms → Bacteria	770
A2_c1_ConsensusfromContig40591	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → unclassified Actinomycetia → Actinomycetia bacterium	986
A2_c1_ConsensusfromContig40900	Not Available	615
A2_c1_ConsensusfromContig4092	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Thermoleophilia → unclassified Thermoleophilia → Thermoleophilia bacterium	1209
A2_c1_ConsensusfromContig41001	All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Neisseriales → Chromobacteriaceae → Jeongeupia → unclassified Jeongeupia → Jeongeupia sp. USM3	800
A2_c1_ConsensusfromContig41012	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Rubrobacteria → Gaiellales → Gaiellaceae → Gaiella → Gaiella occulta	645
A2_c1_ConsensusfromContig41079	All Organisms → cellular organisms → Bacteria → Acidobacteria	728
A2_c1_ConsensusfromContig41179	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria	630
A2_c1_ConsensusfromContig41360	Not Available	896
A2_c1_ConsensusfromContig4158	All Organisms → cellular organisms → Bacteria → Acidobacteria	1819
A2_c1_ConsensusfromContig41687	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Acetobacteraceae	829
A2_c1_ConsensusfromContig42592	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	738
A2_c1_ConsensusfromContig42739	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → unclassified Actinomycetia → Actinomycetia bacterium	633
A2_c1_ConsensusfromContig42976	All Organisms → cellular organisms → Bacteria	845
A2_c1_ConsensusfromContig43049	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	723
A2_c1_ConsensusfromContig43446	All Organisms → cellular organisms → Bacteria → Acidobacteria	614
A2_c1_ConsensusfromContig43824	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes	1200
A2_c1_ConsensusfromContig43848	All Organisms → cellular organisms → Bacteria	681
A2_c1_ConsensusfromContig43934	All Organisms → cellular organisms → Bacteria → environmental samples → uncultured bacterium BLR9	636
A2_c1_ConsensusfromContig44361	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes → unclassified Gemmatimonadetes → Gemmatimonadetes bacterium	1617
A2_c1_ConsensusfromContig44372	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Bradyrhizobiaceae → Bradyrhizobium → Bradyrhizobium erythrophlei	3046
A2_c1_ConsensusfromContig44449	All Organisms → cellular organisms → Bacteria	1170
A2_c1_ConsensusfromContig44804	Not Available	985
A2_c1_ConsensusfromContig4514	All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Chitinophagia → Chitinophagales → Chitinophagaceae → unclassified Chitinophagaceae → Chitinophagaceae bacterium	1164
A2_c1_ConsensusfromContig45191	All Organisms → cellular organisms → Bacteria → Acidobacteria	994
A2_c1_ConsensusfromContig45195	Not Available	721
A2_c1_ConsensusfromContig45225	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	758
A2_c1_ConsensusfromContig45704	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria	793
A2_c1_ConsensusfromContig45762	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	930
A2_c1_ConsensusfromContig46137	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes → unclassified Gemmatimonadetes → Gemmatimonadetes bacterium	735
A2_c1_ConsensusfromContig46178	All Organisms → cellular organisms → Bacteria	718
A2_c1_ConsensusfromContig46274	Not Available	760
A2_c1_ConsensusfromContig46357	Not Available	755
A2_c1_ConsensusfromContig46815	Not Available	748
A2_c1_ConsensusfromContig4720	All Organisms → cellular organisms → Bacteria → Proteobacteria	867
A2_c1_ConsensusfromContig47393	All Organisms → cellular organisms → Bacteria	663
A2_c1_ConsensusfromContig48040	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium	612
A2_c1_ConsensusfromContig48118	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes	1072
A2_c1_ConsensusfromContig48384	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → unclassified Actinomycetia → Actinomycetia bacterium	938
A2_c1_ConsensusfromContig48696	All Organisms → cellular organisms → Bacteria	644
A2_c1_ConsensusfromContig49002	Not Available	781
A2_c1_ConsensusfromContig49608	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria	693
A2_c1_ConsensusfromContig49813	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	685
A2_c1_ConsensusfromContig49864	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → unclassified Actinomycetia → Actinomycetia bacterium	656
A2_c1_ConsensusfromContig49933	Not Available	2247
A2_c1_ConsensusfromContig50224	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	620
A2_c1_ConsensusfromContig50412	All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae	645
A2_c1_ConsensusfromContig50473	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	1044
A2_c1_ConsensusfromContig50492	Not Available	612
A2_c1_ConsensusfromContig51102	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	612
A2_c1_ConsensusfromContig51614	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	729
A2_c1_ConsensusfromContig52123	Not Available	836
A2_c1_ConsensusfromContig52266	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Thalassospiraceae → Thalassospira → unclassified Thalassospira → Thalassospira sp. MCCC 1A01428	759
A2_c1_ConsensusfromContig53131	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	976
A2_c1_ConsensusfromContig53186	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	902
A2_c1_ConsensusfromContig53868	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	658
A2_c1_ConsensusfromContig54325	All Organisms → cellular organisms → Bacteria → Proteobacteria	3187
A2_c1_ConsensusfromContig54781	All Organisms → cellular organisms → Bacteria	757
A2_c1_ConsensusfromContig54857	All Organisms → cellular organisms → Bacteria	1096
A2_c1_ConsensusfromContig54867	All Organisms → cellular organisms → Bacteria	995
A2_c1_ConsensusfromContig55161	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	865
A2_c1_ConsensusfromContig5519	All Organisms → cellular organisms → Bacteria	849
A2_c1_ConsensusfromContig55251	All Organisms → cellular organisms → Bacteria	940
A2_c1_ConsensusfromContig55289	All Organisms → cellular organisms → Bacteria → Proteobacteria	2044
A2_c1_ConsensusfromContig55436	All Organisms → cellular organisms → Bacteria → Acidobacteria	880
A2_c1_ConsensusfromContig5550	All Organisms → cellular organisms → Bacteria → Acidobacteria	756
A2_c1_ConsensusfromContig55532	All Organisms → cellular organisms → Bacteria	873
A2_c1_ConsensusfromContig55568	All Organisms → cellular organisms → Bacteria	1414
A2_c1_ConsensusfromContig55645	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	620
A2_c1_ConsensusfromContig55656	All Organisms → cellular organisms → Bacteria	1553
A2_c1_ConsensusfromContig55795	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	839
A2_c1_ConsensusfromContig56115	All Organisms → cellular organisms → Bacteria	977
A2_c1_ConsensusfromContig56126	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Bradyrhizobiaceae → Bradyrhizobium	1628
A2_c1_ConsensusfromContig56349	Not Available	977
A2_c1_ConsensusfromContig56476	Not Available	2053
A2_c1_ConsensusfromContig56491	Not Available	703
A2_c1_ConsensusfromContig56708	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes → unclassified Gemmatimonadetes → Gemmatimonadetes bacterium	988
A2_c1_ConsensusfromContig56726	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia	1048
A2_c1_ConsensusfromContig56837	All Organisms → cellular organisms → Bacteria	729
A2_c1_ConsensusfromContig57589	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria	666
A2_c1_ConsensusfromContig57799	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → unclassified Actinomycetia → Actinomycetia bacterium	687
A2_c1_ConsensusfromContig57930	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → unclassified Actinomycetia → Actinomycetia bacterium	728
A2_c1_ConsensusfromContig58096	All Organisms → cellular organisms → Bacteria → Acidobacteria	891
A2_c1_ConsensusfromContig585	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	604
A2_c1_ConsensusfromContig58760	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	634
A2_c1_ConsensusfromContig58849	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	1326
A2_c1_ConsensusfromContig58963	All Organisms → cellular organisms → Bacteria	978
A2_c1_ConsensusfromContig59579	Not Available	829
A2_c1_ConsensusfromContig59644	Not Available	611
A2_c1_ConsensusfromContig59778	All Organisms → cellular organisms → Bacteria → Acidobacteria	716
A2_c1_ConsensusfromContig59817	All Organisms → cellular organisms → Bacteria → Acidobacteria	604
A2_c1_ConsensusfromContig60023	All Organisms → cellular organisms → Bacteria	660
A2_c1_ConsensusfromContig60135	Not Available	670
A2_c1_ConsensusfromContig60219	Not Available	639
A2_c1_ConsensusfromContig6050	Not Available	755
A2_c1_ConsensusfromContig6060	All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria	837
A2_c1_ConsensusfromContig60608	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	667
A2_c1_ConsensusfromContig60701	All Organisms → cellular organisms → Bacteria → Acidobacteria	1039
A2_c1_ConsensusfromContig61152	All Organisms → cellular organisms → Bacteria	708
A2_c1_ConsensusfromContig61223	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria	735
A2_c1_ConsensusfromContig61602	Not Available	1103
A2_c1_ConsensusfromContig61681	All Organisms → cellular organisms → Bacteria → Acidobacteria	675
A2_c1_ConsensusfromContig61741	All Organisms → cellular organisms → Bacteria → Acidobacteria	612
A2_c1_ConsensusfromContig61750	All Organisms → cellular organisms → Bacteria → Acidobacteria	722
A2_c1_ConsensusfromContig61992	All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes	1043
A2_c1_ConsensusfromContig62074	All Organisms → cellular organisms → Bacteria	857
A2_c1_ConsensusfromContig62368	All Organisms → cellular organisms → Bacteria → Acidobacteria	604
A2_c1_ConsensusfromContig62448	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	676
A2_c1_ConsensusfromContig62971	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	907
A2_c1_ConsensusfromContig63205	All Organisms → cellular organisms → Bacteria	741
A2_c1_ConsensusfromContig63322	All Organisms → cellular organisms → Bacteria → Acidobacteria	623
A2_c1_ConsensusfromContig6359	Not Available	776
A2_c1_ConsensusfromContig63957	All Organisms → cellular organisms → Bacteria → Acidobacteria	717
A2_c1_ConsensusfromContig64142	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	706
A2_c1_ConsensusfromContig64760	Not Available	776
A2_c1_ConsensusfromContig65308	All Organisms → cellular organisms → Bacteria	758
A2_c1_ConsensusfromContig65376	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia	784
A2_c1_ConsensusfromContig65442	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Bradyrhizobiaceae → Bradyrhizobium → unclassified Bradyrhizobium → Bradyrhizobium sp. CCBAU 051011	773
A2_c1_ConsensusfromContig65588	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria	941
A2_c1_ConsensusfromContig65731	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → unclassified Actinomycetia → Actinomycetia bacterium	717
A2_c1_ConsensusfromContig66104	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales	671
A2_c1_ConsensusfromContig66198	Not Available	743
A2_c1_ConsensusfromContig66408	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes → unclassified Gemmatimonadetes → Gemmatimonadetes bacterium	629
A2_c1_ConsensusfromContig67134	All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Acidobacteriales → Acidobacteriaceae → Candidatus Koribacter	1557
A2_c1_ConsensusfromContig67260	All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia	1495
A2_c1_ConsensusfromContig67388	Not Available	1167
A2_c1_ConsensusfromContig67875	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	1415
A2_c1_ConsensusfromContig68051	All Organisms → cellular organisms → Bacteria → Acidobacteria	720
A2_c1_ConsensusfromContig68130	All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Acidobacteriales → Acidobacteriaceae → Candidatus Sulfotelmatobacter → Candidatus Sulfotelmatobacter kueseliae	884
A2_c1_ConsensusfromContig68403	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Bradyrhizobiaceae → Bradyrhizobium	1844
A2_c1_ConsensusfromContig68858	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Bradyrhizobiaceae → Bradyrhizobium	2919
A2_c1_ConsensusfromContig69537	Not Available	929
A2_c1_ConsensusfromContig69831	All Organisms → cellular organisms → Bacteria	622
A2_c1_ConsensusfromContig69965	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → unclassified Actinomycetia → Actinomycetia bacterium	929
A2_c1_ConsensusfromContig7039	All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria	1350
A2_c1_ConsensusfromContig70492	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	713
A2_c1_ConsensusfromContig70634	All Organisms → cellular organisms → Bacteria	716
A2_c1_ConsensusfromContig70726	All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales → Flavobacteriaceae	864
A2_c1_ConsensusfromContig70820	Not Available	714
A2_c1_ConsensusfromContig70865	Not Available	671
A2_c1_ConsensusfromContig71043	All Organisms → cellular organisms → Bacteria	656
A2_c1_ConsensusfromContig71178	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → unclassified Actinomycetia → Actinomycetia bacterium	955
A2_c1_ConsensusfromContig71282	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → unclassified Actinomycetia → Actinomycetia bacterium	622
A2_c1_ConsensusfromContig71485	All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Acidobacteriales → Acidobacteriaceae	713
A2_c1_ConsensusfromContig71652	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	1196
A2_c1_ConsensusfromContig71659	Not Available	608
A2_c1_ConsensusfromContig72031	All Organisms → cellular organisms → Bacteria	660
A2_c1_ConsensusfromContig72198	Not Available	813
A2_c1_ConsensusfromContig72252	Not Available	692
A2_c1_ConsensusfromContig72378	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → unclassified Actinomycetia → Actinomycetia bacterium	687
A2_c1_ConsensusfromContig72464	All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Bryobacterales	920
A2_c1_ConsensusfromContig72496	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → unclassified Actinomycetia → Actinomycetia bacterium	680
A2_c1_ConsensusfromContig72587	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium	733
A2_c1_ConsensusfromContig72656	Not Available	669
A2_c1_ConsensusfromContig72953	Not Available	812
A2_c1_ConsensusfromContig73286	Not Available	790
A2_c1_ConsensusfromContig73731	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes → unclassified Gemmatimonadetes → Gemmatimonadetes bacterium	712
A2_c1_ConsensusfromContig73960	All Organisms → cellular organisms → Bacteria	863
A2_c1_ConsensusfromContig74769	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → unclassified Actinomycetia → Actinomycetia bacterium	632
A2_c1_ConsensusfromContig74871	All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae	606
A2_c1_ConsensusfromContig75392	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria	753
A2_c1_ConsensusfromContig75406	Not Available	708
A2_c1_ConsensusfromContig7566	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes	1078
A2_c1_ConsensusfromContig770	All Organisms → cellular organisms → Bacteria	1661
A2_c1_ConsensusfromContig815	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → unclassified Actinomycetia → Actinomycetia bacterium	923
A2_c1_ConsensusfromContig8235	Not Available	782
A2_c1_ConsensusfromContig8355	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → Micrococcales → Micrococcaceae → Arthrobacter → Arthrobacter silvisoli	629
A2_c1_ConsensusfromContig8674	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria	870
A2_c1_ConsensusfromContig8837	All Organisms → cellular organisms → Bacteria	815
A2_c1_ConsensusfromContig9068	Not Available	890
A2_c1_ConsensusfromContig9575	All Organisms → cellular organisms → Bacteria	645
A2_c1_ConsensusfromContig9795	Not Available	892
A2_c1_ConsensusfromContig9868	All Organisms → cellular organisms → Bacteria → Acidobacteria	648
A2_c1_ConsensusfromContig9874	Not Available	688

Sequences

Scaffold ID	Protein ID	Family	Sequence
A2_c1_ConsensusfromContig10031	A2_c1_00298450	F007545	MSEEHAYRVAAWWTSGRTGIAKSDSAPNAIHFTAPTEFGGLEGRWTPEELLLAA
A2_c1_ConsensusfromContig10177	A2_c1_00114270	F002979	VKPRRKSEKSTKEKPPLRMFLVPCSCGTTFAVAENYDHQGTAWGRYLVCPGCGKRHDPKNRLLQMGFHAEGYWKVDEC
A2_c1_ConsensusfromContig10202	A2_c1_00153390	F018994	MAKAKLRILYGEGDGDVLAAQAAAMEKAGHIVMSAEGRKGVTEALAKNSFDLVVLGATLTRNDRYHLPYM
A2_c1_ConsensusfromContig10386	A2_c1_00423560	F046414	MKRSWTALAVALSSIFVIAGCNDYGNTFQNNTGASVSFLSPSNISAGSADFTITVNGSGFVAKTFIEWNGKK
A2_c1_ConsensusfromContig10685	A2_c1_00866040	F029266	IVTIIDEALERFASRDLIGSSEVVDFLLDLRSAVVSDAALAALIESETEPAH
A2_c1_ConsensusfromContig11092	A2_c1_01200270	F026727	EPTVAGIIKWAKRPQNQFPLPHAYMGDLLRFHRDEVNQWAREEAERRRVQNERRRLKIA
A2_c1_ConsensusfromContig11408	A2_c1_00456490	F021632	MIAVASPLEARQISRDFQGAMPGVESVAFVARIIRDGLETAHYPEHQRLIELPDDWLVQQIALVTAVPDDIWIRNGLVPLGDWSPARND
A2_c1_ConsensusfromContig11546	A2_c1_00659920	F017182	NRAFSATIISNSVLLVLAVFAFGLIRHHGRLLGEEAAKSRNELAVRNLQLERLTAALSGQARSNMVAINMNSRLLLENYGGFLPRQGHEYAEQMKEAAAEMERLRQDLVGSPSPNGNGRA
A2_c1_ConsensusfromContig11546	A2_c1_00659930	F010111	MDYINNNGEKIGSLTVAIGKDKTVTINHLNNVTTVTTQDRTTGKVSSETFFGDSPFGK
A2_c1_ConsensusfromContig11589	A2_c1_00722560	F099774	VPYLKPIVAGLIASVVIYFCFLAWLHWKTVSFVKEQGDTGLVAVAGGQAYVLHSPSFWALAIIAFGVAFFLFRSQ
A2_c1_ConsensusfromContig11656	A2_c1_00822120	F062997	KAAAPVAQRLAEHLAAMPYDQELALRMLQQITGDAETISLADERAAEQATMAVDSLYIAYSKEAKPKNAEEVRSAINGLFQQLENPSAYNADQFAAALRRIRPMLQ
A2_c1_ConsensusfromContig11701	A2_c1_00891850	F034274	RGLNGESVKNVFPRCCGYAESLAVDTTGLVQVAFYSNADPDGTFLYEKLGADLSPTDSTPLKPTGIHIDRVPLVADHSGTTFMAWPPGDPATGITVVPFRGGSPAGDGFDFRGSFVGGDPHMALTIDTKDELWIVWTGGGAVHAARSRSHGQHFGAAVSVPVTGTMYQVSAAGIAGNPGTVEVLVNTGSNLIQQALQPGLSVKVTRKVKKVGKKTVVTRFVQALDDGFSVPTAVFKIGGRTIHANSSGTAKVPAGSGKASAPGYAGASFHVR
A2_c1_ConsensusfromContig11810	A2_c1_01052910	F050556	SGSAVAAVYASEQVRDDAAMQLGTQHQQLVKTSTRALVAPGPEPHTS
A2_c1_ConsensusfromContig12093	A2_c1_01214530	F005544	MPSAGKPKRRKPAGKASRKKSELDSALGQISDESVAETKEEFQDLLAQAKGDTSELVRENAEELER
A2_c1_ConsensusfromContig12093	A2_c1_01214540	F000283	VGPNRRKIGDLKNRHMNSTLVSRNVFFCAAAIFIASCGTATFTKTGSDATIESLRNFELAFIDEFAVPGKKFNAAAFTAKVNEGNAKFQQAIADEKFTARRPVLVNLKGQFDADAAHLKSKASRGKITPALATEMKNDINKTYDHALGR
A2_c1_ConsensusfromContig12218	A2_c1_00176010	F072817	LGPVATKIADVAPGAQIRCTGFLARRYRTGITVALHVNEFDLKSETNEGN
A2_c1_ConsensusfromContig12397	A2_c1_00439370	F087944	MAVTAVIPWKVILQALPTLVVTAKELWNHWSSRPKTAPVDPNADVRTQLASVAQRLEALESAETDQTKLVSQMAEQLQGIARRASVAYWLGLGGLLLACVAVLLAAFR
A2_c1_ConsensusfromContig12704	A2_c1_00895730	F070257	TFDSVRRATPNDVRHQPWPVIRSGTNVAGCAGMIARRGIIPFLVMASTIATLSAASNPKEDFATSWQGQTVVLKQRLYTLAYRERGLFGNASDKRDGLFVVTPFKGTYYQFDGRQSKDDIRGADPQRLPDAIRAMYAKDALDVREYAKVEPIVITTYEPGVELIVSAVRIDRDRLRLFFTDSRAADSTAVTSLMVQWPTPFS
A2_c1_ConsensusfromContig13101	A2_c1_00004130	F050410	MKRELRVRLKYPTPQTLFAEVAPKALRKQLALPLGAVNVNSA
A2_c1_ConsensusfromContig13432	A2_c1_00492010	F076627	VDAGSVSGDLASEVPLGSDPDAAGGDGPALVVRGKTVSGDFRVFRGL
A2_c1_ConsensusfromContig13562	A2_c1_00684410	F024371	VKWRALEESAQNTDTRALREIFAERKALIDRYVPEET
A2_c1_ConsensusfromContig14431	A2_c1_00490680	F103839	MFGFATTRCGKCEKSTFKVQELSLKGELDYKMISVQCTYCKTPIGVADYSNALLERQQARILRVERRLSSMEDKLSDIEDKLSEIVSALRQRGLTP
A2_c1_ConsensusfromContig14518	A2_c1_00618810	F023150	MKTIGNYVYAALLAASALTFTPSLASAQESARGKFTLTHEAHLGNATLAAGDYAFSFDPDNGTRMLSISKLSGARTGYMVLVSDTEDSKPSDQSRLILEATPDGSYVSAMQLPEFGMTLRFTVPSHTTERQIAKAGTSATASGQ
A2_c1_ConsensusfromContig15007	A2_c1_00739930	F028600	MRSFAVVLTALAFAPAASAWTTLTSGVDKSVIPSIILTQAGSQLVSWDSPVGGTISVSRNNGTAKVVVAGDPSSRQTQLVQQPNGAIQLYFPNAQGVGRMTSTDDGQTWTGPIQTQSHTTGPVEGAAVAPDGTPYFSQDGTGFVNVFRGLNGESVKNVFPRCCGYAESLAVDTTGLVQVA
A2_c1_ConsensusfromContig15780	A2_c1_01008270	F014190	WVPLTPAEQSKLEAMLDQVRQILTNSAGATIWLEGWAMPVEKAIEEVLAPENEAAAN
A2_c1_ConsensusfromContig15806	A2_c1_01047340	F006636	MKYSFGGSMKLAWEWLPIFVSAMSISALGQARPFAGPDVQQIYQRLLPQIEKIAIFDHHAHPGFPDDSDVDAMASPPGSAALRERDRNPELVAASKALFGYPYSDMSPEHSRWLVQKKVELKKTQGDAYFSNLLDKLNIERSVANRAMMADYLDRKRFLWVF
A2_c1_ConsensusfromContig15939	A2_c1_01241200	F087079	RFALLLREAPEIAEADLNPVRCMTHGCAVLDTHLRIDRVRPIDRVKTW
A2_c1_ConsensusfromContig16125	A2_c1_00038730	F020047	QTPVTSLTLAGQVITFPAPTAADYIAGFVNSATGVTFTVNATAGNQSHTTTVLIRATSANLGGGKVLADLQWRRSDLVTWNSITSVNAAVEARTVVRNGTNDPWNNVIFFRLILRWATDPPATYSGNYSITLSQTVP
A2_c1_ConsensusfromContig16242	A2_c1_00211980	F016876	MSMRYIDASWHLPYGSHGGDEEGLGFGHGDGVVSGAIEGKFVWANYPRRRQDGVWTPNLRGMITAHDGDQLLVSVHGQSVLEQGSGYRRAILARVELTTEAESYRWLNTCFVVGEGEIDEERETAWLDTFVCVNEQAAGPPAIGAEPPERFRQR
A2_c1_ConsensusfromContig16307	A2_c1_00307830	F008728	SLFCQRWRALSNACRPISIKVNVTSGLTRDSDARSPLKEAIVELQRLHEVLLAGDLEPRVLADFRDALSRVRTAAWAAQQYLACKETEQDSTSVLSLLAAERIRVAYQLCQAISEDLQRTDIDFQAGSLVQLCEVTKALAEQLDGVLNKRK
A2_c1_ConsensusfromContig16696	A2_c1_00882550	F000668	MGTVKALLGFVVIIACVYAGFQIVPPELTNYSFQDDLKNVAMMGGSNVHTTDQELIDAVIKKGREHELPLAPENVTVQRIGSPGALAVYVAAEYSVPVSLPGYSFTLHFTPTSGNRGF
A2_c1_ConsensusfromContig17468	A2_c1_00543850	F081095	INGTAVSPLFRRSEEKAALKAAAKVEIERLRAVGVDDLAVDLFPGLGPDGPTHGTSVRVQQLCGYLLRDYPGAGQMDTLDLLAPVNRALDRLQDAGLVSPISVQRTPVWRITPLGESTLAEGNVRERLRGG
A2_c1_ConsensusfromContig1754	A2_c1_00970300	F020136	MAAASKSISLADARSAVEANLLTPEGKAFDEKLGTEFVQKHLAAVRQCRQTIGGSLEDFWILLKLEKDGEVGEVLLYPTTKLGTCARETLLKDKFLSPPRADYWVSIFMKLAH
A2_c1_ConsensusfromContig17587	A2_c1_00720100	F028829	QPLEGRVLFLDTRPLHAVLMQNVVMLEQKVRNDPLSERGPRRAEQLNLLTKLASQVDPEFRPVARRGERTNASGSVDAIVGFSKISGFLRDDEIGALVDSSARPGSFGDTLEIATFGRLRNETARTLEIVRRRFATYAAPGGAWEIRDVSQTGYRLIAPMTIISSMTLGTLTAIRGQGDALWMLGIVRRMKRLTAERAEIGLQMIANNLVGVELAEQKRGDADYSVDGEIPTTSSRRFYGLFLSLKKRESESAVQTLIVSAGEYQPGKRLRMSVAKTSNSIAFGRLLEQQPDWIWATVESLDYTHRDQHVSLAPGGP
A2_c1_ConsensusfromContig17707	A2_c1_00900230	F015537	HIELRGAERKRGEQWVIGDVNRGADAIKAVTGTQPHYLRPPDWIISDDARRDLERQGYHLLTISQQNPIALRDVNSLDYLWARASVDSPKTSLLDGVLQQVQQREKRGVYTHILAFHELSTTVKVVPELIANLKARGYRFVTLSQYMQLVGARP
A2_c1_ConsensusfromContig17717	A2_c1_00915390	F011411	MASDRFDRFLPLAGVLAGLLFVVGLVVNRTDPSSETGPAKTFAYWQSNHGQHQIVGLLIAPLIAFLLVFFGAALKRRLEDAGGDSGYGAVAFGGAVLAAAVFALVGMLEGAMTNAAHHGERQAVYTLNQVHSYDWLGWNVAFAAILLATGLGARRTRILPATLSWATIVVGASLLTPLGFFGFMLLPLWLIVVGVWLSRVQTGSPVRSRDQPLRPDVVAAGPAT
A2_c1_ConsensusfromContig17721	A2_c1_00922140	F078102	RILHAAIVNCQSLDLREETLSNVPVVAFGKFFLTLPLLRPQTDIYVEFVGLVSPGDGTLDFETVQLYR
A2_c1_ConsensusfromContig17733	A2_c1_00939540	F076451	LISTLPATGGTSGIIIDNVVSGALAGTSQVYFSTLSDQVCGTSGTGGCAVQASQPGLN
A2_c1_ConsensusfromContig17824	A2_c1_01073940	F080549	IFTGNLNILPVAQKSKVAIQAKGSEPGAAKAAETKPPAKRKSAAKISVSKLFPEKEIPMAQIEKTNVDHHMAKKYLTKYLDRVPTEADIDKATIIKKSDSISYLKYGGKFLGTMTKTIYQTPEQKKAGKGIGVKMEFKPK
A2_c1_ConsensusfromContig17909	A2_c1_01197760	F075771	KGDKKTVNGVRCREWLVAMRGAPSGLEHDTVCLGLADHLPYEMTVDWERAHATFSDYNTPIHIDVPEAALQSTSANDGSR
A2_c1_ConsensusfromContig18016	A2_c1_00075880	F000042	MTNIKFVVKVNRGGARAPQYVHSIGRTPIQMTSNRKLALLMGRFTAEDAMKSIQNSRCNPELVMVTVKAS
A2_c1_ConsensusfromContig18169	A2_c1_00102420	F008764	QVRFRPESPQFSATIALEALYDPRTAAGFLSTLRELAACASAHRQ
A2_c1_ConsensusfromContig18473	A2_c1_00551740	F004878	RITLYLFKAPSGPDAGDIAKVFMKSPQHDDDGEYFYGVLPPPSQAENRPSAPPATSKQSLNSAVTLL
A2_c1_ConsensusfromContig18692	A2_c1_00876940	F071212	MKMLIIFATLGLATFVVLRRRNPGLADRVEGVVRDAAGHVTDESPGDIAGRVRDKAKSMV
A2_c1_ConsensusfromContig18773	A2_c1_00999110	F026917	GSKSQSLYLMAIHNTEVKAMSKGNGAEDHIRAKVRMVVIDESLFGVLSCGERIAVALVLNRPDLVKWWGTMLEAVDRLDPEWTQAALRVQRDGWEEQL
A2_c1_ConsensusfromContig18792	A2_c1_01026180	F086467	VHAGVWHVDELAQVEFKTGKKWRLINAPPAITKGLHYAMLIASKKAIAENREGIIRFLEGWIRSQKMMGSKAPADKAAFAKVAAKASEIDVKVALASIDGYQAIGYWVNNDGLDQSQVMSQLDQLVKIGAIKPENKPSYDKIVDKSLYAEALKRVESKFGKLGQ
A2_c1_ConsensusfromContig18879	A2_c1_01153120	F020237	MTIAKKLYISFGAVLAMVLVLFLVNYLAVQREHSA
A2_c1_ConsensusfromContig18918	A2_c1_01210830	F007673	MKNRLCVSILAILSAVPIPYAVGQSRQPQQGTIVDVQKQNVSTPPVRTGADPDRTPLQSHYYLYNVSVRLNCNVYEVRYESELNDLPAALSANNSVPVRLMKHSMYLDFPGDSVKMRIVRHKVSQEAACDQTASAK
A2_c1_ConsensusfromContig19150	A2_c1_00074440	F008457	MILRRNSAQRSATRRSFRELSRSYLVGEKAVEFAIEALFFAIIVAISAWPLFAAAGALHEFLQTAPG
A2_c1_ConsensusfromContig19528	A2_c1_00633600	F002831	WFFNPHDPGVSAEMKLLLARYNMRVPDTTPQDDHKHHRHAVYASETTGLLLIAFMLLILTLVRYWHDIHWSLR
A2_c1_ConsensusfromContig19598	A2_c1_00735750	F016564	MSTKIGHFEILSELAKSPTGTVYKANDPESGQTIALKAIQLSAFGESAAALEQALLPSVERVKEAARELLEY
A2_c1_ConsensusfromContig19680	A2_c1_00857880	F075379	MYKTDLPMQLTSKTSGQDEKLDGLLSLIMREIEDQPAIPLAGFYDRYGEFFGEELQNLQEILFEDGLIRCIVGPNGLEMEITHKGIGFMAKGGYSREIREEMISHDDALNARKNTRLWNTLVTIGFTIAIAICFYLRHR
A2_c1_ConsensusfromContig19695	A2_c1_00881130	F096987	MITKFLLDETGLELSEYAVAAALVAIAVAGVFAALGGVIAGKLNELSGHISTGK
A2_c1_ConsensusfromContig1981	A2_c1_01303590	F097909	MPVDPEFDRPALVDRIVLGATEPDPVRLHGAIVAALELYGRDDALRRVFVPALARTRREHGQAGRDVAAAAIRDQLRLEGPPGGRYQSPSP
A2_c1_ConsensusfromContig20075	A2_c1_00950200	F052268	RSADWVWFQFNSGDIVRKRYPGLPGRWSGIAYEFVRGGAGLKIPGLPDEVSGCLAGT
A2_c1_ConsensusfromContig20108	A2_c1_00013660	F085317	MSKVNSQELSTRLSKRLANFKLSDAVISGLAERVLIDGLSIVKFDPCIYGICIDYFTDKVPDLGGLSARRGVTKWEVFPYGIIDWDRFHVRVAFNVDELEGKGLSREFNG
A2_c1_ConsensusfromContig20169	A2_c1_00102450	F002595	RPADRVILADSNDDMPHGYIRLGGVPVEALPPGQRTLSIRGFYQACTDASIKVYADLRDAVAWLQGVAVIRGDTADECVGIDFGEHEYLTVLEFLQCMSNIVINDGGTGLFAKLQVGTLLHGDKYVFVTEASQLGFWSIDQVFSRYRNYEGEKDRPLTEREKKHLNGLMDEATIVVDKFSENDPEQARWLTRIREGFEGTQVSVVATPWDQA
A2_c1_ConsensusfromContig20252	A2_c1_00226420	F032769	APKHAHDILTAQEAIYLVSQHVGVAIVTEPASVGLSAEGVVIRPLSDPSLSFETCLIMRTDDDSRLANEFGRSFLRRCAPQRMP
A2_c1_ConsensusfromContig20606	A2_c1_00749050	F005647	MALCFTLVTASSYAQVSSKDFTLAGLSDCINDAISSNSMEDNGTAIIFSCSAAKAKALYGFLGKKIRVEIVQDRNGKFENRQFGNSACYHRIADPSGKAADDFRCDLVLMIGDALSD
A2_c1_ConsensusfromContig20802	A2_c1_01042110	F078011	MLLLKRASKSRPSGEWSDDDYDVFDGNQHIGRIMWTHAAPADRRWFTPD
A2_c1_ConsensusfromContig21349	A2_c1_00369040	F098272	NFIDIGTGRKATTVEGRWFGDVLLGSRFWESFIVRFNKPFADDRDMRIIDLPNLELAPLYRKQTVHRQLGTTFEFETAPRIVINDFLALSGWYLYRNHKQDDYSGTFTIPAAVTGFSDITIDARTLDLETEQTEHRLGGGLSFSNLYSFEQGKAKIPFEVQYLHWQTVKGAGGNQPKFFTDQIQLRLYARIFGGK
A2_c1_ConsensusfromContig2136	A2_c1_00054660	F003259	KGKQMKQRRFSALCISTVLPLMLYGAAASGKSEVKGAAILDHPCGKVAVKQMGLTHAGKMEEANKLTTQEMQEQWKSMPAKDRTMMSGMMKEMSQTEEQYSAAIKANGLLVVDGPSATLTVKKTTKDKNGSSTETMTQNFKIDGGQCLVSR
A2_c1_ConsensusfromContig21786	A2_c1_01017190	F044698	DYQFGYLELKLNPSGPGTGTIMAAAKIRFDKKKGQYEIESYGNQYIKATNVRPVK
A2_c1_ConsensusfromContig21880	A2_c1_01154610	F025531	MIISDCRLASSYSDTVHVSVVQVVMNSGDNQGPDRDVRERIVNLMQSIGKGPKKQIPAEELQKLKRAAGRLDQMLKAAANADQHALKSAAAKLDQLLSDIRAGKDVTNNLKRKDNSGT
A2_c1_ConsensusfromContig22102	A2_c1_00005790	F001605	MLTSPQTEPQTLSQVPFKLLEEIIRQLRGTRNDIIRYGVWNVRNLTDDEFNHTDDRKLFGYFRQDLLETRFLSKGRRIDLIQLWKWFDDQMSGVEPMLIDNEEVFLNIQDKDLEKVRKRIAEIHSFFPTLRGDDLEAFKRVKYKLRRTVMRLTYDLHHLFKRLEKYRKNTFAPGAVSPRPDRVALESVADIPEPPPIDEHDDV
A2_c1_ConsensusfromContig22127	A2_c1_00041690	F007147	MVERAAKNDRVRRCLVGGAVVFLWTVPLLIRALAEDDPLQKAVNYLFTGRIDPQDTPEIFDRKLCVVVVSDPKSKQYIRYYLGRFRMDTALIDKTYAGSDTVYNLDIKGAGVLVEYLDIDKSTVLHRHTSAQISLPGSIDQTNKALELIAGLCRNDKP
A2_c1_ConsensusfromContig22161	A2_c1_00091850	F029851	MVLKRALGVMFVVTLASGVLMAQSRLKVAHTVHTGTNTPMQKAPASGPQVIFSNMGPNVTNAYNDTTGYYILGPNNSVGLSEQAIGVPFTPRTSSHVTQLLVGVQWISGTSLVNVGLYSDSGGTVGSLLASAQSSAIPTFGTCCKVVDVTIPSTAVSGGSQYWIVAWSDDTNAPDFTGVFVASNLANIAGDVGQAGWFSFTTNTPAAAARSTIP
A2_c1_ConsensusfromContig22293	A2_c1_00286420	F037914	LPVRSFMTGHLVDGLTDLEHAITAQWADGPLGIVMVTLNWAILRAVHAEFATRQTVVMAELPSVRERFETELRLLLNGPHCEEPDRAIIREYFGA
A2_c1_ConsensusfromContig22351	A2_c1_00373000	F093573	MLEERKARQATDPVHLGFNEQRRPLLRGDAYHYLIARGDHLAFAAEVVRFGFSPSDFALEIQRVPNKASRHSQAATFAITVENIQNKRRASYLGGPGRAWIAGFLEDLIAGTFGQP
A2_c1_ConsensusfromContig22408	A2_c1_00456700	F031603	MGDRAVDLQAELAGLLARYGPTLTDAERAELLQLERRGGWRPGARPTRPEPNVSCFLDLLDRAEQEELTDRTLASGSVDELRRTFREYLSADAS
A2_c1_ConsensusfromContig22494	A2_c1_00582700	F079153	MTAGPVSLPNETPGTGRCARPGCPRPVVRNPVGRPRLYCSPPCRAEAHRQAHPASREPLIVEVDHGSTSSRGRPAGHVWLVRLRRGPQQAIVAVGLGKPSADYLAAQIRDVIDPPPLATPARIR
A2_c1_ConsensusfromContig22514	A2_c1_00613680	F005040	MAVKVAVKSDSRYLQERSGAFRQIENLSITASTPAYPAVLHRTRRTMILADDHTHAVIALDKEMLVSRNDDMAVVLIAYAEPTEATWKALEQHMASERVTAEAAREAKGKALLERKKKAADIQ
A2_c1_ConsensusfromContig22580	A2_c1_00709440	F037914	MAMDFDSLYAEALNAWPAEVRLPVRSFVTGHLVDGLTDLEHSIAGQWAGSPREILMVTLNWTILRAVHAAFATRQSVAMAELPSVRAQFETELRQLLKRPRWGESDCKVIREYFAE
A2_c1_ConsensusfromContig22620	A2_c1_00768840	F004465	DNNGAYFGGTATSAAPLQGFSPSQNVTVVIVNVAGPPHSWSGTATHSQSAKVCTMTNGVIACLP
A2_c1_ConsensusfromContig22627	A2_c1_00779580	F024191	MSDTNFILTPEQAETLLPPGERVHSFVNPPWGFVGCDSSRKAVVRLIREAKLLEIGGERAKRMKHALVVHAREGGCKFFATDMEKVEAMERRLAE
A2_c1_ConsensusfromContig22751	A2_c1_00966640	F049311	MRIRSSTLILISNLLALSVAASQVTPTTRVTPLLGTWEAVNRSTGGLGSTISFAPDNTMSFTLGAMVDMKYKRARDSLYIIDPQNGVNAFRISIIRDTLVMVNEGREQRETRVGAPIAGADPVIGQWTYVHYTGVPAFEEYTPGGDFRLRVPIRTLDGTYATLGDSAMLHLPGQGDRAVRFVVSADTLQLIWNGQTSRYIKATPLGR
A2_c1_ConsensusfromContig22810	A2_c1_01053090	F067142	MRSGLAAALMGIGGIFMSFGTVIVVLALFARHDNVRAELPTMTTVAAGSIVVGAVMFGAGYLLGRMGRPASDSTRADRSAA
A2_c1_ConsensusfromContig22823	A2_c1_01072860	F021998	MFGRAERLALLPGRTEEYIILQDERLIEKAQNYDEATRKGKVVKRRHPRAKVEIQFSGVVVELK
A2_c1_ConsensusfromContig22925	A2_c1_01221260	F073351	MRKSVLLLAGAGAVLLAACSGDKKASINDDLKKDLELASSSDGITLANSSPNAGQQVVSAIEQTAKPPARQQAPSNRVRTHRAVHNAPPQVVKAQAPATVTEIEPQTVAQAPVADDPTPVSPRPQPVAVSYPSGASSGGDDGRVNSGGSSVGAVLGTILGAVIRGGVVGDGDDCDPRTDGRHTSVNNRIPFPVPGRSGGRISRSGVTIGGVPVGRIPRF
A2_c1_ConsensusfromContig23189	A2_c1_00132100	F020632	LLAATQRNLRRGAVAATLASAAMLGYIATTLYHRTDAPPDLVMAPVFATIPEPELTPIATSTPAIVASVTAGLTIWPAALFAEQAPVRFAHSKLELTNYTR
A2_c1_ConsensusfromContig23239	A2_c1_00206630	F000288	MAFARVVSFDGVSSDRMAEMQREMQNSDRPDDVPAKEIVVLHDPEGEKSVVILFFDTEDDYRRGDEALSAMPASDTPGQRTSVAKYDVAFRMTN
A2_c1_ConsensusfromContig23474	A2_c1_00553120	F081055	MTAIRLPSWGEVLRGPWALRLRSGGTGAWLMRGEAESVPELECRFLDGRAARTATGALQELGQAFELEVPLGGFGDLPDAVEADGEIALLVLDADRLLMDETDALAPLVAALRAAADRVSLHVIFQARELTADAEAVLTEFGVAEIAA
A2_c1_ConsensusfromContig23789	A2_c1_01021140	F002967	ARVPEALREVRRPGGGMTTPAQTTVWLAPSATSFSCLCELCLESARLSGALFGDALAAAIVRGTVGLDTEVAIARCAAGHEIVLRRVERPPGLQRHDDRQLQLR
A2_c1_ConsensusfromContig23835	A2_c1_01089430	F030257	VISTRARVLLVFVGLGAAALSGACNGGDDRSSTRIRVIDSTYTQSWQPMEDTGTVYRIEVVSPLGADTIRNVIPPAPILVGDSLVIGLLQLSEDSSTPQRQIFRLRLGTHRVETSPIPDDVWSSYQDLLVSPDGHYLAYVGEDTTPANPGT
A2_c1_ConsensusfromContig23835	A2_c1_01089450	F012406	MREESFEEQQEALDPHRREERDGTALELSGRLRQKGVLLTGRETSAHLDDMMTAIDRFEAAVIARGGDLFVNTPFSNPPENPDFVIPLRVPGEDPEAYAARINAAAERLETADL
A2_c1_ConsensusfromContig23922	A2_c1_01217440	F065248	MSRSEQLLRDDLDCLRLASDLTRLASYVPSSALKAHILQLARTCTSLVDRPETFDQAAAGASPRMH
A2_c1_ConsensusfromContig2426	A2_c1_00482670	F019171	MKETALFDERYRVIAVDEQSLVLRGVRSGDVLTITNADPDTPLRQEDYPPGKLIALSNPASEEIPN
A2_c1_ConsensusfromContig24424	A2_c1_00480460	F101794	DGMRARNSRDRRARRGHYFLRDLAGFADIERLLAADIIGERFSRDVADDDAPADVIAPSTVPRPQPGLGLRRRR
A2_c1_ConsensusfromContig24667	A2_c1_00839140	F073984	MARKEFGESHNQTDVRYIRRHPKRDRFPVRRLGLAALLIAVALILLVVLPSPWPI
A2_c1_ConsensusfromContig24698	A2_c1_00885350	F010567	MLQELAKELNGAGFPNIQDVQHRQGREFLAFDDRISVYSLGELAPSENWFTPTLKELIEACEKEESYDHFTLEHRQLGWVASIDAKGARIYSGSHHLTAEEAVARLWLALKKQ
A2_c1_ConsensusfromContig24833	A2_c1_01086840	F058049	VIVMFTARRLRPGAWEQFRRAWDPGEAKPPGFQRAYHARNIRDEDEVISFGIFDMTKDDYHRWRAEADPQEMKRVDALSAFVVNEPVSGVYEVVDVVDE
A2_c1_ConsensusfromContig25147	A2_c1_00070640	F036902	MADAKHLLKLFERGVGVFFDVRRKFLGVELAPSSPTGFGRQRALLGGGQIPINGTPCHRKPPGGFGLGTAALNEFHHPFPQVQR
A2_c1_ConsensusfromContig25185	A2_c1_00126850	F003950	MMPTDHLFRKGAATMRDSQPMIASKLELSPCAVSVLGQLFVEGPTSDDNITSKAGRCDLVSAGLAFHEAGLSSLTPDGVRLAREWDLCSLYARRDRRWYLKVRTNTRPGGAAVSHSASGAVR
A2_c1_ConsensusfromContig25254	A2_c1_00229000	F079175	MMDMRPGLVRRAHQTERLTPSPIILPAEAIAVTLLILVVALGLTIR
A2_c1_ConsensusfromContig25615	A2_c1_00762310	F030715	VLKENGVETKRLLFLSISFVIALSIARADDAIRFPSPDGKFAMLLVEQEKAQVKIQLIEVNSRKVVLDLADSGHPHSDDCKLLWTPDSQRVAFFEANRRGGDTTVYFRNDSGFSEVHLPELPSCQTRAKKNESGIFKGIESNIAPKEWLKTGALVVTDDEGWEMQDGELRGCTQTVTISFDANHKASVQRVTGKKAKQY
A2_c1_ConsensusfromContig25803	A2_c1_01043590	F000281	MQPLVRDRIKKLREEIAEISAANRLYLQGGKKVVAAADNERRLERLQEIIDELRSLTDWKKV
A2_c1_ConsensusfromContig25847	A2_c1_01106430	F005729	MLASIANCAGGLVLIGTWAAMWQRVPIIVLFIGASLLIQGAYTVLYLRGDLDAWGDVATGALFAGEGLSACIGAGGLAQGIIHNINNADMEMAPVLAGLLMLVQALLALLYLLVSGRLHPVVHGRSSAGR
A2_c1_ConsensusfromContig25920	A2_c1_01213550	F032833	LRESADGEDPLSLGAAVGERLLRRGGDAILEEVYGQGVVAQQKP
A2_c1_ConsensusfromContig25974	A2_c1_01293390	F003776	MKQSDLDSMSIDELFTLHERITATLAAKITAEKEALMDRLKQ
A2_c1_ConsensusfromContig26141	A2_c1_00062700	F016575	MAKLLIDVGSMGTRTATIGGRIALLALVMILGASCAKAPAPKACLQFSPDLMPLFAGGLIRKDFRMANAWAVKLDQMIDSSGVKVPAYFLSADIIAPNGEAVVGTWLTPDIAKGSLMYSVSPSAAKYTTWTKAGAGDPSTAGITMETPGAKESVNCVLTNRPGAPKQ
A2_c1_ConsensusfromContig26327	A2_c1_00337390	F084316	MTHFKVGDKVIITEGDFKGERGAITDKHLVGDGLTVALEKHGKEIKTHEAHVNKVDDD
A2_c1_ConsensusfromContig2649	A2_c1_00811090	F000042	MKNIKFLVKVNRGGARAPQYVQRVDSSPIQMTTIRKLAQVMGRFTAEDAVKSLQNSRGIAELESVQVNA
A2_c1_ConsensusfromContig26672	A2_c1_00847280	F004844	MHTMSRSGERISVLLFALFILVLFVGLAFAAGYGLGRILL
A2_c1_ConsensusfromContig27054	A2_c1_00637660	F002358	KASETKASEQAEASDKVSALVEVLRNRSYVEIRQRMYDSPPGSPWWTACRAELDLRNGQQFGEAALAMSRTSDKMRASLQHFEQLADTLQQSTKDVADLLRGTQEAGRRLEIAVYVTIGITLVQFFNLIFEIFRKR
A2_c1_ConsensusfromContig27383	A2_c1_00419730	F009821	MSMDEPGSTTCPICGEGALQTIDFGDQQPESRQVQTFTCGHEVEGARLQTADTDRLDVEQRTSEETVTPIDAEE
A2_c1_ConsensusfromContig27582	A2_c1_00713590	F104111	KPSRARTVFDFLFNTALIVSALILTFIVLVREEQYAFGQPESPAQAIEQGPVDTTGERPVFPTSK
A2_c1_ConsensusfromContig27815	A2_c1_01060810	F092504	ANPGTYGIVRDLKTGETVVKGPGGGGCDCDEDFNHARWFAPDSFEIAVAHRSSNGTWQRLSGKASARRTQVDTLNDEPDWH
A2_c1_ConsensusfromContig27854	A2_c1_01117200	F022577	MRWLRGAVVLAALGVCVAQVASARVPLFVRQTGLVCNQCHVTWTPTPDLTFTGVKFRLNGYRTPWVAEKIEAGQEGALGGRRLLLGVTGYLSYHMRANLFQQSKASSDPITPEPSAGPVSSNPFSSLAWDYAGPIAENIGIWTEWYSTNFNPVTTGAGSVGNQFGAVRNDEFDVRMGFNPGEGGNIISVFTNNQSQTSPFFAAFGSGTPAGSQGQFITIGVAGWLKDRVAVQLAVGPGADNLDYKRMNWGGVVAVMPMNTDGMWLMPSFSILAGNDNTPTAAGITGVSQLSKGGAGYGSASMGDYTRTGFDVRWGFLDHGHWSVNTATGYSWNKETYNDGAGSTLVGVGSTVRIWYDRTYGINAGLNKRLKYDFTDAS
A2_c1_ConsensusfromContig27964	A2_c1_01278730	F000268	AMSYSFVSKASGRLGGPIRFEFYRESTTRPKTDIKSFTVSMRTADDRWTAMWAILSGGGLKHPIEYGVTPPGFTTMIQPQKLIPGRVYAGFASDGHGGSSGVTFGFDKDGKMIFPDSFDE
A2_c1_ConsensusfromContig2803	A2_c1_01043150	F014538	MKKQSSDQQFHDRRHQERKRAEAARKMPQKKAPESQTTSTPAPAESKK
A2_c1_ConsensusfromContig28104	A2_c1_00008450	F001368	MSRDAATTDRLRKLVASIESLTSAGELHWERQVGSAHRYARWNNNLLILGPDTPLSDESVPRYLFITPFDSPQCIEINSEDAELGAAVMKLVQTVESTSKDEPQTDPFAITDELLGRITS
A2_c1_ConsensusfromContig28279	A2_c1_00264910	F006205	MDDIKQTLDKLREELTNAGKRLAELAEKAETELPAAGKKINEEYLRLQAL
A2_c1_ConsensusfromContig2830	A2_c1_01081490	F014187	VWVRIERSRENVFTVTATSQELSALVAGARMALEAMRSAPEPPPPAAAVELLERVLREFDIARERLAGGPPGGG
A2_c1_ConsensusfromContig28354	A2_c1_00377000	F000146	MALARVVTFEGVNKDRMEAMDSEMREGKPPEGLDATEIIVLHDPEAEQSLVIVFFETEDDYKRGDEILSAMPAGDTPGRRASVTKYNVATRMTP
A2_c1_ConsensusfromContig28362	A2_c1_00389170	F004465	MATYEEQYAADNGGAYFGGTATMAAPLQGFTPSQNVTVVIVNVAGPPPSWSGTATHSQSAKVCTMVNGVITCV
A2_c1_ConsensusfromContig28526	A2_c1_00631160	F035127	MYTISTTPGGRVDTAATIPDALAALASQLVDQLPHGLVIWKITDPAGTEHRGNGTLNGRLDLLTISIEELVDELYPQLHRSIDGGPRQAHDIAARATVLSSGQAVRVPWKDSQL
A2_c1_ConsensusfromContig28570	A2_c1_00695240	F022561	MVTQRTEGLYRLFLLCQIVMVAALFWLGVWIMVTFYSPGAELTWQRYSIYCGLIVLGMCLESLTRS
A2_c1_ConsensusfromContig28697	A2_c1_00884140	F007858	MCRALKVLCVAVDRPSLVALKNAAVSAEWELALGATNEPDAVGQLDGERPQILVAFGPFERLVALARDRFPGMRIVTDRDTPGATAMAASLEEVRGLIKGIPRPGGPIV
A2_c1_ConsensusfromContig29215	A2_c1_00172340	F030046	PAINRWAIFKSSLRDSKPMNDSAQSIITIIIVLVVIAIFLSPFIGLFGYIFYQNSKRRRIRERILASRRDVIGNYPWFPVRYAAQPRFDAFWKFFPWDTVGVVVMAPGSVLFLGESLSGTPITLQFAPGNSRLAWLGKCPWPNGAVSWFQFQAADGKHYFSSETGVLVFGSHASTKAIFDEANRNFGAPAAQNI
A2_c1_ConsensusfromContig29228	A2_c1_00190840	F032461	ELRDEVLQLAKEMKSFEAVSDREFVNTLAGTKPLDAALDAISEAERDEVLDQQSLELMEHNLRTWRAYRERFYRPARAFRNELRKRLGIRNVNNEPRIPALDRAELTGAKPIAQAADYLASLARRLK
A2_c1_ConsensusfromContig29249	A2_c1_00221400	F104566	NVFLEPRNPFEPERTRKPKMEAVIFGMLFGVAIAAFLLFNLAAPRLQVYP
A2_c1_ConsensusfromContig29249	A2_c1_00221410	F009643	MSNAWKARLDGALRGGEVAGLYFTTALLIVVEFCFVCWLNRIQIPDVPNAGSGFIVLPPWYQKPRFEVTLLLTILAGLLFSVCWGLWDLWQKRTKTGSWEKAMQSVRQRVKTTTFVAALTGLQLALVTWLR
A2_c1_ConsensusfromContig29432	A2_c1_00492340	F028503	AGDWDERSCYSGVFMEQNIGASMQAFGVGMFGMHRHSMPAATVVLFKPNDLHYPCDATPARYRRECYELQADLILPAVKQDYKKASAVCDAAGTPDLVRACYVGLGRNSSGASAFQYAGIRKRCDQATPAGVPFCYEGAVRHLAYAPSELPRGVAFCKSLPEGESRSRCWDGVGLQVGGFFSDSASRQRACRSEEPRDVAACVLGAGVTPSPPARNGP
A2_c1_ConsensusfromContig29451	A2_c1_00519790	F041980	MSARLGLTLGFTIAELELMCARMLLPGADSASSDVSNGVSSLVATTLRAAFTGAQASLDAQRNATGSYAGAVVQPPITLVRADVSSYCLQLDQGAVLQHLAGPGGTVTPGAC
A2_c1_ConsensusfromContig29643	A2_c1_00803310	F004189	MRRFTDRSGINWSAFESARPGGLPDRRLKPPRVTVAFKCDDGSEVAMELPAGALDGLSDQQLLLLLTQGLK
A2_c1_ConsensusfromContig29754	A2_c1_00971070	F049722	MEEIKKREDVCPSKRDTLDLETARARIEETKGPEFWRS
A2_c1_ConsensusfromContig30126	A2_c1_00040450	F063784	VILVERSDVSDTPQEAAYRGQVAAYFDAVIHHGEAGDILRNLERAVERLAFVRSCIIPFTLDADGALHQDPYHPIEVISNELNYIGFAPPVVDEGEPDRMDGARS
A2_c1_ConsensusfromContig30208	A2_c1_00161860	F092943	LSSSKRYLAPADYSAEESWRLVEWCRDIGADEFTVDCVGSDARAEAIVWQPFEKVAKPFSRGEETRERMSGPTADDLTRSTRLWKLNPETVGALQHALPNGLLAYDPEGHGWFEDPILYRDGNLLLGVLSHEAFAILRISVLESVRFSAAGFPSHDSLPRVG
A2_c1_ConsensusfromContig30234	A2_c1_00200350	F007483	MSMSPPFLIAYAFLWATLMRALLVKARVLPPTCARCGRLFERSALGQPVCTCHEH
A2_c1_ConsensusfromContig3042	A2_c1_00460090	F001485	VFWIVFVILGLVADFLLPIWWSLLATIPIVFISWWVAYRSEWF
A2_c1_ConsensusfromContig30808	A2_c1_01050560	F022741	RIYDDEGQPRQAQAEYQAALTVTGGPEQARVAAQKGLADTAREKGTERP
A2_c1_ConsensusfromContig30956	A2_c1_01266850	F043060	MKKRKPQTDTDPKVGDRVRFVSEASLRKDEMDLQGQTGEVIECSEAKRVTVRFANGRLVMGRDAKLFERA
A2_c1_ConsensusfromContig3105	A2_c1_00009290	F005987	MAKLLNLPERKDVDGNWHQVMHDVCYWCGCRYLYAEDDRDLIWEPGAQRQKGCSDDECECHIAAVIGQHRD
A2_c1_ConsensusfromContig31388	A2_c1_00426490	F003513	SVTVQASGFVNAAAFGGLAANPLGAMAEVKLRITDYQDKLMRRRLDVAPTAALGPGPTYLVFTGAQGGGMMFGNEFRVREAAVSRHWAMMGFDTLNRAIEGQLVAVRQGDDSGDYVVEVKFNADDTVRYWINKQSFLIDKITTRFRSQVLIEEQRSEYRRADCMMLPFHVITKLQGQPFADLDILSYDLKSMVPASRFTITATP
A2_c1_ConsensusfromContig31626	A2_c1_00778350	F036723	TRAQAKVVTIDFADLPTHFDAFLKGMVRGRTVVRVGADIAGL
A2_c1_ConsensusfromContig31646	A2_c1_00807620	F088845	AGVLLATALPVTAASGSTRATQKLTVYAVPTTVQFMNHADDRLRGMSTNPFKLKAQAVIFNENGKEKGNGPFPGDDILYAFKLFADAKRTQPTGTAIFTCYYGFGKRATCDSYFDLAKGLLLASGQVPFGKTHFTLGVTGGTHAYLGALGQLNSAPAAKNAQRFDLQVTDSK
A2_c1_ConsensusfromContig31769	A2_c1_00992780	F008958	MKLVRFEDINGRETFVNPDRVNHVSDYGSGTTEINFGDKQASVFVAMEVSAVASTLLKAATPS
A2_c1_ConsensusfromContig32321	A2_c1_00329540	F000769	SMQRYVCRPCGHTVSVLPANRLPYRPLEVERLQGAFDAQAEVGTGLDPPPEPIEAGCLQRAWNRFLTRVKVLQDAFGQILPAELHTAQQLWKELRRGVGSAESMLRFLARHCKRSLLGDYACLRPAP
A2_c1_ConsensusfromContig32532	A2_c1_00640580	F020719	MLTEFDDEELAADHTLRERQEREIALGYSLTNAEHELAHEAFALGLTLERAGIDFDPLTFVALRIIEGSRDEQVDPVDCLNVLVAFGFLERSVALAVDLLEDVA
A2_c1_ConsensusfromContig32976	A2_c1_01296170	F073984	MARNVEESHNQTDMRYIRRHPKHDPFPVRRLRLAAALLVAAALILLVVERSPWPI
A2_c1_ConsensusfromContig33119	A2_c1_00030190	F009094	MAMCHLCRRSLLAGERFRTWRGERRDQPVCGVCELAAQDAGWVRVVDAYERVSVVGVRVSVRRVA
A2_c1_ConsensusfromContig33194	A2_c1_00140490	F043592	SLTPDGARLAREWDLCSLYARRDRRWYLKVRANAHPEGAAVSQSESGAAVR
A2_c1_ConsensusfromContig33293	A2_c1_00286640	F012150	VRRALQQYRTVKESLEAISELNQQLLRMDRDESKERSA
A2_c1_ConsensusfromContig3339	A2_c1_00353890	F000522	MDHNESLRKFEHLMVKEADHAHDAATELETLVSLLPSEKSRQLAQLQVKESHKQAKEFRELAQKVKEG
A2_c1_ConsensusfromContig33395	A2_c1_00436940	F010356	MASRTKLAVEVRQSLSLIAMTAVTLLASIGIGILAGHIG
A2_c1_ConsensusfromContig33533	A2_c1_00641990	F063475	AARHRVVIGDQNAGSHGVPRALQLSVSNRGTLADAD
A2_c1_ConsensusfromContig33609	A2_c1_00753250	F005924	MTDKITYDVYRGTADRTLRLATMPGAGLPAHLKRKEWVLMPKGKSPIHSDAVRDVSMRGYCFFQVVESH
A2_c1_ConsensusfromContig34032	A2_c1_00313530	F002111	MSAAPPFVAYSSMTETVASAETWPSLYASLQALKGHVQEYPGCQGFDVFIRAEPAGAVRVHCYTTWDSSVQLDAFLERGYTFERLLADLGGDLAVERSLVMEKVF
A2_c1_ConsensusfromContig34753	A2_c1_00969650	F012819	VEGARLTVRFARPDATPFYTQVYTDTSGTAEMKIDVDESALTDSSVLVQANYSSRTATRKFQLRKVVA
A2_c1_ConsensusfromContig35072	A2_c1_00906010	F072711	NGGSILMMIDPKPKLIAVLGNAQEYIDLATSAEDRGEREFYERIAELYIKIARELEALVE
A2_c1_ConsensusfromContig3564	A2_c1_00686760	F008666	AIFTVSRASLFGLLAGLFLPVAAITCEAAYEALAAATRGI
A2_c1_ConsensusfromContig35982	A2_c1_01305660	F030936	MFILALHFNAHKTLRVEEIAGAFAAIAGAALLFGSMTPMARRIGQTIGGLALLAAGVFFVLAVRYGVRP
A2_c1_ConsensusfromContig36075	A2_c1_00950570	F056101	MADSKELQQIVERAVAQVFDRPLPMLQAELVERVLAELPAAPAQTGAGSPVQGGHANGNLVQAVASIHAGTTQKEILRALLDAGSAY
A2_c1_ConsensusfromContig36087	A2_c1_01126530	F020077	MTTVSGVRHGPTHRRPAAPKKAMFAFLTPQSKDLSDPLQNAKAAATWLRQLPSLDVIGRQQQVIAVLDAMRKAQRAPDLNRINAIQFVDAALGADRRQLIKQYIENSESAPKLADRIWQSLWEMSQSFRLAYQSALETAMHQADNARWKAALPLLFVRLVHFHGTDAKLRVFKYER
A2_c1_ConsensusfromContig36128	A2_c1_00043420	F012633	MGQLLVMLIVPPIVGVVTYIIIRRLWEGDENDASQKVTRHDPSAATPAEGMRTDA
A2_c1_ConsensusfromContig36553	A2_c1_00671170	F080543	MREHAPVRYTVEHFRAIDVEDSPLGVAYVPTGQVDQVDAHDESTAAAIALSGDAEVLETDVLSYNPAHGLYGVAGEDEAVKVSTAA
A2_c1_ConsensusfromContig36588	A2_c1_00721700	F022763	LKNTGPTGCKTNSVASPKGSALGEVTFGSERVPELASLQAFFAPGGGLLFYTQGSTPVSLEVVSSGKYVRSSGKYSWELETLVPPVATVPGAPLASVSRIHIKAGAAYRSHGKVIPYGTVPKKGECPKGGFFGKTEVTFGGTFGGEREFGIPAKTVTNVIRVPCPRR
A2_c1_ConsensusfromContig37060	A2_c1_00725780	F087079	VVEADLNSVRCMTSGCVVLDMRLRIEPRRPVERVKTW
A2_c1_ConsensusfromContig37660	A2_c1_00828400	F005510	MGEACLDGAGSAKMVPVSLRGAPLEAEVTIPDGRIVRVRVGVPDDSYIAKRELDTVTVELYASGEHIAAVNTVLDADQTHEAQALLEEIVTGLESGDLPPTAGA
A2_c1_ConsensusfromContig37760	A2_c1_00979260	F037974	MNHATDILRVKQIVIDEEGNVAKRFPRIDAEGQLKNTLLFAMHPEICVLSMQVP
A2_c1_ConsensusfromContig37760	A2_c1_00979270	F001528	VCSTTSLAVKKEKPMSEKNQIVVVLIVALFLGAFVDRITALKIVAGVVLLWTLQNQPAVFECIRKLFSFVQRRPSVREYRGGVTTFRAS
A2_c1_ConsensusfromContig37760	A2_c1_00979280	F008431	TLGRECATEAEAIIEAFREKVNLYKVTEFQTRADIGRSGEPILRKETLKKNNPAS
A2_c1_ConsensusfromContig38175	A2_c1_00112070	F080539	MGSPELNYVTGEGIENRHEVLVVKRELAKTGIFLEGFGITITGVYTKPRPYGFDFDCKQPRSLLELARGKAAFSEDNRDTREGGFSAGQTNGEGFRQIGTGPRLHLEIAMDGKCNVHIDSHGYVVGKGQYDWNRGLEHGYWDLLSDKVPGLFGSFGAQGQVGPMIQPVRSLDGRMRWVIGLTGHW
A2_c1_ConsensusfromContig38178	A2_c1_00116250	F067132	MDPLDDLLVRVDSGELGDPLPVLAYVAGAAVEIDESELNGARRRSLLLVATGGDPHRELDVDDRAVKAI
A2_c1_ConsensusfromContig38396	A2_c1_00438510	F009013	MPMMGDQEALVVEVKPWDVHGVGYVDVTVALPDRTLETARLGGESVPADLQPGEHVLLSKVMNMIISIRRPD
A2_c1_ConsensusfromContig38661	A2_c1_00831130	F062507	MNVYRTGEGTIFRIREDEEGRLSVELLKRPLWVAGPIGMAGLRIAPTTKRLTPRQIERLP
A2_c1_ConsensusfromContig38775	A2_c1_01001970	F025163	MQLTLAFLEPSPPARPSPSQKLDAKTRAEALNILARIIAQACETTQHTEATDE
A2_c1_ConsensusfromContig39078	A2_c1_00995650	F036491	MLVGTMLAFFSTAIAITFQLSLIWWSIPVACAVVVLTLAVIRYRRHRRMREALHGATL
A2_c1_ConsensusfromContig39138	A2_c1_00057900	F000419	MAINSVWTRDGSDESLRFQPMERLKVYLFGATVLFASFGMGEAVYRLLFSEFDGMTDRIPIEALFGLVFAWLATKFVGGVYRNRKERSARLNFIWARNHQIRGALEGITPLAHPSKNQQSIRVIREEVDRIEWALKEILPG
A2_c1_ConsensusfromContig39188	A2_c1_00131140	F047946	VKAATQAYHQKMKRDLPVTSCTECGGAGYNKRVANGRCCKIIGGQRCNGINAIAEKTSDWIECTQCEATGYYRNKECPNCKGAGYLFVGVRDKETV
A2_c1_ConsensusfromContig39269	A2_c1_00250240	F000228	MAESKPNNIKMFLVPCSCGTTFAVAENYDRQGTAWSRYMKCPKCGKRHDPKNRLLQIGYHREGYWKVDEC
A2_c1_ConsensusfromContig39445	A2_c1_00510740	F006851	MARAGKLNLRAFQQELATRLAAKTTAQVEQSRLGLACAGSQWLIRLAD
A2_c1_ConsensusfromContig3981	A2_c1_01303640	F037457	MASLPSLYKARGVPVKSPVCAICLDRTRGRTLERQLTHGVRIWLCEGHHSTAFLRRNAGRDFVVTLQRTWRSHGCLTRARSRALDGLLHALRATGSAQARPRPGSYAWPKLRQEAEQAFARGDAVLATIARLRARHADSDASVPSIRTMRRWFSQGRWLRAGASTVPALFA
A2_c1_ConsensusfromContig40057	A2_c1_00682110	F013642	GDVQAARAVVAGMPQSARAAGLLSMHDGDWRRAGLAAYDEEGWTRDDDVCEFWQSEALRDYALKTGELSRAIAFIKLKFYLGDAPAEHLDVCNWRAAVYLSQLLAAAGQADQAIALRRAASSWNDANEAKYLGDSHRVRAGVLLLDGKQDAALTELAESFRLGYYAHWWYTINYDPLWLPLHGDARFQAIAADVHRYVDAQRSQLQA
A2_c1_ConsensusfromContig4059	A2_c1_00710410	F062865	MIPEMTAVGVVAVVVAVFVAETVTVAPADLKLFRYKAISSDTVTVDFRIAKAFFHPAVAAVTGITMELSVPFGSVFFPALGSPNPFMDAGQSYTNDCVIAIDPGSIAHVPGCVAVLNEHSHKVILLIRNVPGDNLNASHVGVVGAFGQITFEVTHKD
A2_c1_ConsensusfromContig40591	A2_c1_00727210	F008832	CALFSMIVRLADSLGWDVPDWERLQQRAPAMLEGGYALTAMRRR
A2_c1_ConsensusfromContig40900	A2_c1_01183580	F003387	MEKQLSVLGYWLGVICLALAVIFRICIAFNINPPHFGSAAGLSVSYVSFFHGAALFFLLS
A2_c1_ConsensusfromContig4092	A2_c1_01200140	F101082	VFLGAVALMLAGVLGSCGSTAAAPDPFSVSQTLRFRVVAKTTQKLDSVVWTGQQFLYVQNTANTVWAAPPAGRPLHRFATMPRLVEETRCVLSVGRHGFPSDAIFCHSPDNKIYEISADGSRETVFATLPAHYPPAADGALAFDTVGRFGYRLLAATGRSGGTKPAGGQVDAVDSHGRVQRVGRYAGPGGADELVIAPR
A2_c1_ConsensusfromContig41001	A2_c1_00000660	F014157	THSLARHLTAVPTDNSEATPERLYVQSLLLALANPYGFLPGQLGQVIHYLQEYSHWTKITDVAPVHRLAKAVAIVPVGHDFPPFSANKGGNIDGSKLFLLTFDLAFQIQEQLRALDAGGSVPAGVGTDPASVAQYTALLRRLLRQWAIPPARQFNRLPSRARVVMCAGLPAVWQYSRGTHANVANAPTGLPPMHSCQVINHTPAGYALRQIDSSNAPLRIGDLIALRVEGRNTLQVAMLRWFRNTLRGSGLEFGCELLTDSPEAAA
A2_c1_ConsensusfromContig41012	A2_c1_00018220	F017845	MDTALALAGPYAAPALAFAGEPAETEDVVWWIIVVGFAYAIALAWATWCRHNGGDAEISFGWTGFKVVCRSA
A2_c1_ConsensusfromContig41079	A2_c1_01009980	F019808	LTLFWKWTIGVVLALFLVAFIGLSLMAGSPKDAYGMVRYALPHMHRGKLKVGDDA
A2_c1_ConsensusfromContig41179	A2_c1_00117690	F045036	NHAALRALLGQSQNQSFTLGPKTEILVWSHGVPHVAAVTDLKQGDDVTVDIRAAAGAPLSQIEATPAGRLGDHGAPSNGGTKPLWLYAGTVTGAQSGGHIALHVSSGNWRALQSMLGQSLDQTFTYGDGTIFLLWQGKVPTVIDASQLKAGDRITIRVRAPRADTLAQVEATPANHVGDHEPGNPATQN
A2_c1_ConsensusfromContig41360	A2_c1_00385340	F051335	MAIDPHLATLAVVTLAAGWLMAQAGLQKGALERRRARRKCPSCGRQIRARVCTACAGG
A2_c1_ConsensusfromContig4158	A2_c1_00086170	F041409	ALNECTLYSIRVMVEKETSTSAPVRLNDARQAFENLFKK
A2_c1_ConsensusfromContig41687	A2_c1_00869390	F000708	MIKPAPTLAEIAAQFMRHDIEWSRGAYMIIDRRTANPIARLRPIPDTDRFELFYWSNVKGRWTTFGNLGRMKLMLESAHEIVENDPMFRVPRSR
A2_c1_ConsensusfromContig42592	A2_c1_00728460	F002000	MEKTVKESIHKMTSHLQLISGYLEMKDYTKALGKTRETIKEMHALETSLAGLAKVGMTVPHDGAVVVPHGSTVVSHEDVNVDVDRDEVRAVEKNEVRAGHGNDNPKTK
A2_c1_ConsensusfromContig42739	A2_c1_00947920	F072578	MPSPIDAIIHGQWNTAQVEQHQWQLGYAWLEEGQLVHVIFEGYPAGKFPPTCEGGIPCFGGEEAKSETIAGHVVHWFDHNQASHSGHVAAVFASGGNTYVVSIHVASPVSTKAIAKRDLRHIIPSSSLLKPA
A2_c1_ConsensusfromContig42976	A2_c1_01296370	F010859	VSVGGRTHARGRILRRAAWIAGVLVLLALLFLVSGHWVLAVIFGAPAAVAVWVFLQARTV
A2_c1_ConsensusfromContig43049	A2_c1_00562780	F017549	MRDRSLLRYDNPMKILKMLSKPAAWASGWTSAILCFSAATGYWLAGERRRATCWAVLGVVEVGAIVL
A2_c1_ConsensusfromContig43446	A2_c1_00512120	F002094	PGDRVEGLGNFGKPTGEFGTVEQANEEDAVVKWDDDGRMRLHQPSLKKVVASNKLSAR
A2_c1_ConsensusfromContig43824	A2_c1_01074420	F057949	MSRRLRIVIASAIVLVGLLVIVFLSFIGVTHTGFGQERVRRMVSTML
A2_c1_ConsensusfromContig43848	A2_c1_01108160	F036637	NVLNHPNYSLSNGNVFSTAGVVTATSAPGYAQVSSPDFLNAKLFSGGIRSVTLGVKFIF
A2_c1_ConsensusfromContig43934	A2_c1_01235080	F076285	MRLIAVILALFFTGSALADDWKEYDNAEYSFAIHFPMDPTLETTTYQAADGRSFNAHTFSVQQETGVFKVTVVEMPGEETGEDALVVKDAAKTAAEGGVIKFDIPHRVRRVYGRQLGIAGANGGYTYVALFYYKSRLYQIEGKAFVAGGQAEVDAMRFQQSLDLT
A2_c1_ConsensusfromContig44361	A2_c1_00388140	F097916	MSQRAITLSGVALTIALAGCGKDESAENKPVRTQREKDSILANSSIPYAGAVKKAMKVADSATARQGRMVDTTPESP
A2_c1_ConsensusfromContig44372	A2_c1_00403920	F008956	MSAPGFPWTPEKDGLLRSMGAAGESTAAIATLLKRTPEAVRRRARLLKIKLARSPPGLKG
A2_c1_ConsensusfromContig44372	A2_c1_00403940	F008956	MTAPGPAWSAEEEELLRSLAAAGESAVAIATLLKRSHHAVRKRADLLEIKLARSLPGPKPKWK
A2_c1_ConsensusfromContig44449	A2_c1_00516080	F002065	MWVMGVLIVMGSGLGFIGSTFFAFDTWAGVSASVAGIAFGAGIMIAGFDPEGNVSWVRALIIYAILEVVYQIFNQITVGRFDIVPFLIAVIVAAMLLWLYPNKAQLWMSSSNSMAHKA
A2_c1_ConsensusfromContig44804	A2_c1_01045190	F009567	VSTTAAVLGAAAARESLGRLGGFDEIVVFEPSVDELERLMTELADPRLDYLLGELPVLPLPDASVDLLVGA
A2_c1_ConsensusfromContig4514	A2_c1_00613390	F065166	MFYSDDQSTGKPETRMEIATYSEKFSDDITVEISADSEDHCIIVLSNQMGRILRMMGVNVNQGKNQIHLDNVNNLEAGIYQLSVKNTHSNILYSSILTKF
A2_c1_ConsensusfromContig45191	A2_c1_00136650	F047745	MRVSFLGLVTTLFAASLFAVSLFTVSPFAVGQQVYEPGDIQRVLLVDGTQSVQMKDNVASRKGSSSVVISKQFYVFKGPRSALRTKTTLPEFQFEMDPAFDDPVYLFRFDVHSDRREIRVAKGSGGLAEMSIPKDHLIETTVEEIGGGSTKRYRVKPIVPLQPGEYCLSRK
A2_c1_ConsensusfromContig45195	A2_c1_00142080	F065150	GLVGEALASLSTGFAFASKNGEEWAVAELHRAQGELLAGDGKPEAARVSFRRGIEAARRSGSLALERKLSILADGTAATAAI
A2_c1_ConsensusfromContig45225	A2_c1_00187080	F003336	MNINATAAYGMYPRNVALPEVVYALNRAGFGNKDICMVLSPAHPVAAVVRDAQLLDAKPEESATSARMIGWFSEFGAVVIPTVGFFIRSQAFFHALLLEQDLPTMSRGSRALVSLGFSEDEAKRLGHQLCDVGAMVYVSC
A2_c1_ConsensusfromContig45704	A2_c1_00896410	F007436	MATESKETTVSKLYPWLSILMALALALFEWAFFFQGANWEGPSAPFAPDRLGLNLAWLTLVYLSFQLLTIPLTVGTRDRFIGVLDGMASVVPLGVSLVVIFGKPELLGTPERWEAAFLLLSIAAIDLFGGYMFNIALSRRTMDVAGPAI
A2_c1_ConsensusfromContig45762	A2_c1_00983550	F053173	MGRDAATTDRLRNLISRIESQTESGELHWEKQVGSAHRYARLKNHLVILGPSSSLSDSSVPRYLFITPFDSP
A2_c1_ConsensusfromContig46137	A2_c1_00056810	F025108	MVEITGTSEVPSAREAEKAKGVDATVPNPVAEILDMKDTLHLSAIQIVGLTDVADTLQAKNGTIYKNIRSLLSKSQEAGDVTQMAGSVAMMLEEAAGNTARALVAAEKLLRPEQWAILPQVIRDRPDSGSPSTAKQ
A2_c1_ConsensusfromContig46178	A2_c1_00116380	F003359	PGSFVERKRACGRPNCHCADGKNLHSQFQISVLVDGKPKAFNIPADWADQVREKTEMRRRFDAAAATICGVNLKRFLKEKEERQS
A2_c1_ConsensusfromContig46178	A2_c1_00116390	F001837	LSRHRFEAYLDKVFGFSALVSALPEGRQFPQHPWKKVFAAVFLGAAMQIPSLLQIEAECHDGALAKRIGPISDDTLGDALERQSPQPVFALSCEIARRLKRNGVLRSDWSRGLVVGAVDGIEICSSFARCCAACMEREVQHKLNGEMKTEIQYY
A2_c1_ConsensusfromContig46274	A2_c1_00258480	F031585	DETVWTWSSLRPAVPEPGAILLGMSDISTADGLDPASLERALTPVKSSALMQTLVPTVVAPGADLGRG
A2_c1_ConsensusfromContig46302	A2_c1_00301890	F000043	MYELGWATLPGLRGLACSDFRATPVAEPDNERGVAIEIGSEAQRDTLLQQLEAHFAAKRFTNAADAFDTVKAFILDQSAKQ
A2_c1_ConsensusfromContig46357	A2_c1_00381410	F038001	SGRSLGRLYDLRGELTTTNLRITGLCIGRRALLEHLGIRAQKPHTVVPWEKVVRIEGKRIVVRDDATQDAQHA
A2_c1_ConsensusfromContig46815	A2_c1_01061180	F043094	VATSLLIRTWNIAHGRDVPPGSDYRHLRRKLLREMAQVMIEDDPDLVLLQEVPVWAADLLQEHTGMGVTLAPTYGAHIPFLHVPLPLALGAAVGRALPDLVRTQVEGQAQAILYGPALLLVSARRVQLNERTLLRGEPRIAQLARLRHRRAGRELAVANVHADPGGREQLEKAGFVLERF
A2_c1_ConsensusfromContig4720	A2_c1_00919370	F097869	MAAEESWANIVFLRNPDGSLDSFRLEETLPLLTDKQIDAIRPFAEELEIPAGQLVFREGQTELDFLVVLRGAIEFSATDRFGKKNIPIVRLPERSFTGDLSFFTNTPLVGDGRTTGATRI
A2_c1_ConsensusfromContig47393	A2_c1_00434450	F030505	MPVLLFVTVIASVSLGVLAAYVAVFCILNAFGRNAQPETGRPRLVLVPSQNHASGD
A2_c1_ConsensusfromContig48040	A2_c1_00430700	F077866	MEERVSLESRLAGHLPPPSGPLRRDAFVRPPGGLRRRILAQIDRAVEIFEVDRLLYDIEIDAQQRWLRRMMAFDAYCARRDAARESGRPAPP
A2_c1_ConsensusfromContig48118	A2_c1_00029130	F006194	MTGRPDRTPESVGNSGGHAKRCDEIVARNARGMAHMNLATALATVFSAGVYTKEELQTAVCTFVSEMKDGGETGEGVVRAAQALVNEIGEAFPASERTQILLADMVTWCLAEYYRESA
A2_c1_ConsensusfromContig48384	A2_c1_00421370	F014426	MAAVQLKCDIDGCGASWSVSSPAKMKASMEEHRRKVHPDWVAPEKKLMSSYRLDYSNRARQF
A2_c1_ConsensusfromContig48696	A2_c1_00883150	F022965	GDKVGPTLAIKPLTECSAGELIRLASGAWAIVANDSSARRLFVISGDDAPLTYVLPEDSTEACLSYGTGFRVASVHASFVGMHYGREGFDPVGKLIVSRPFEHDGRTSRYFAASTGQPRFLDLDNFQTVSEPLGHRALFLDWEVSISRPGHPEPVAVVKSPVH
A2_c1_ConsensusfromContig49002	A2_c1_00002140	F004820	VDPLAATSNWEHFVIWLPALVIGTGLVGAVLILLGRAFATTVRESGHPRIVIGGLVTLAAVIVLLTWLGVSLPREG
A2_c1_ConsensusfromContig49608	A2_c1_00752250	F081054	GNFSPKTPKGIEAKTKQIEQQIVAGKIKNIPTTVK
A2_c1_ConsensusfromContig49813	A2_c1_01058520	F015504	AISALVLWTAKLTDNPWLAAEAFAFLAAAALGGYLASLQPLSEFAEKKKETLIEALCR
A2_c1_ConsensusfromContig49864	A2_c1_01132200	F008832	LFSMIVRLADSLGWDVPEWDALTQRAPAMLEGGYALQAVGKR
A2_c1_ConsensusfromContig49933	A2_c1_01233930	F054239	MKAQPKSSHTQLNLPLLDATPVALPAGQDQQLIQALIELLRSAVSVPRAVKGEGHEPQTN
A2_c1_ConsensusfromContig50224	A2_c1_00185930	F022734	AAADDSPKTQGCAVPDAMTKEQKLTCVRAGSMILDQPSLTPTQLANGPDFNAAAPDKSRFAYFTSDDTVACYFRPHYAFAKVPGDSMKFQCWHMTPDGVFYNEKGEPIQAADVKVVIEKDKTGQESASLYPRDDAKNEHEIKADHFKIKYLKPAFPNHNVRFNEVFTSVASTRFMWVLGFPADHDYPVGSAKCIGRGKDKFGNKMN
A2_c1_ConsensusfromContig50412	A2_c1_00463570	F021547	MTRHKRRKQSRHPCPLCARPRPYTGLPLTIPFGIPTYWSPEAALAIFEFVDEMRDIILAVYATQLEDAARERWQSP
A2_c1_ConsensusfromContig50473	A2_c1_00552290	F002451	LADDLRFELAILATVQGFYQKLMRDALGGDVPIPSGLDEDALRHSERELPTTLSRMYRWLHLLDMAITPAMVRQALTPDTDSEVAEALLRYFVRRREPSDANRDKTDLIATFLYRHPR
A2_c1_ConsensusfromContig50492	A2_c1_00580640	F074954	MKETPPKIAQLVAAARTELNRLGINIDGKRSDELLTMAREERNNPRTAPPKTE
A2_c1_ConsensusfromContig51102	A2_c1_00006310	F004387	DARILGLEKAVGTALFRGILREYGRANQPKLIRDAAIKGKVLQMLESATRGLDRLEAVTQRLDPNTVKGLLDKLQVPPLNEIADIKTLQNVVFGLEELAGSDQHHAA
A2_c1_ConsensusfromContig51614	A2_c1_00761450	F001986	MSPVENPNVWVPVCCDRVMRYNMFVQKDGAAYGALVCTVCNKNVTFELESLPDLGAYGEGSRILNVLGCPKPPNVDRPKPSEDAALNDQTL
A2_c1_ConsensusfromContig52123	A2_c1_00036880	F078963	RHAAGFYRQAQRALDAPQATTALRLAVNADPAFGLAIADLDAITGTAGEGPSRQQMNWERHHIEVVRTAATGNTERAADLLREHLATVGCDPLAVRIAADLGHRSDHHDDFQDLVGHLPSCHPTRWLSSQ
A2_c1_ConsensusfromContig52266	A2_c1_00246500	F103151	MMKRRSTDRNTRWHRMIERWGPRRARLALVLATALYLALMIAVAALLLAQGPLWERKLRVGLVGVLALIALWLWVRVLRAQWGQLRVVTGSSGQDSDDTGIWGVGGPGMRTPGTTGL
A2_c1_ConsensusfromContig53131	A2_c1_00049040	F002674	MRFGSKQVALSVLFAIGLSGCGGGAGSEPSEAQMKEAMDDAMNHPPGETVSDPVKITFFKKEACDNPTPQGFRCTFTVKVASRNIGASMYNNITFGEFYKDKESGKWMMRPPF
A2_c1_ConsensusfromContig53186	A2_c1_00128790	F007980	LTTFSWKSLFVSLGLAFLAGAATCAIWRAGLIDSLQAAFVVNVGRGEAPLQSPQTWLGLLLIVAISTSAGFFVSRAGARRSFLILGMGFLATAAASLVSSRYLKIDILFAPMALGAIAAVFLVQLYRLWLIDTLLTNHVNDTSARTDTVETSLAQSRLTSGLKLLQTILPLEEAVVFELDDLSALVPCARLRTNPSGAIEPGRNTVWRRLIQLCDQAVETSEITLAPAGQIDSLESVALPLRHEGRT
A2_c1_ConsensusfromContig53868	A2_c1_01137630	F028278	MDDSVKASEPGRGDAGNWVGRIIVAVILGEAIWNLIVSVMNNLVVPWLGDAMGQSSGLPTSFTQRPYNYPDLFVAVVEFCIAGIVAAPPIHFLQRSKAGKVKVKSLAGSASVEPV
A2_c1_ConsensusfromContig54325	A2_c1_00335200	F014546	EQEELIRDIRERLGEMPKGALPFNLLAFATTIGQRYSMTQNEIIRLVMQEAEALGVNYRI
A2_c1_ConsensusfromContig54781	A2_c1_01011510	F002473	PAIMGTVLIVAGLALVGIYTRFRTEGSEKSVQAGALLIVVGAVLLGLSLFVPHAK
A2_c1_ConsensusfromContig54857	A2_c1_01121560	F001237	MAMEYLVQRLELGDVVLLDLPEQGGEVEAKVVRAIDRTDTSVRVSLRVEGREEFVKEWPLGATVIVVRGP
A2_c1_ConsensusfromContig54867	A2_c1_01136380	F001423	MRNVYEVLRQKELELSKLEKEVEALRVAAPLLSDDKEIAADAANNKPTLAAAAVNQQQPIRIPQPAIN
A2_c1_ConsensusfromContig55161	A2_c1_00092440	F026672	LKTFSWKSLIVSLGLAFLAGAATCAIWRAGLIDSLQAAFVVNVTRGEAPLQSPQPWLGLLLIVAISTSAGFFVSRAGARRSFLILGMGFLATAAASLITSRYLKIDILFAPMALGAIGAVFLVQLHRLWLIDTLLTDHVNDTSARTDTVEASLAQSRLTSGL
A2_c1_ConsensusfromContig5519	A2_c1_00619970	F001269	TLKENQPELLREAERFTQESPTGVHTEPGREIRYWHLPQVDWPVADRRVRVVKTVRIEHRRRVTVSEKDGQRTKSKTAVTQESTNFYATNFELGSISPLFIHQFSRSRWRIDTEVFQTITTDCHLKHPAVHQTTALVVLTMIRFLAYTLSLVFYQRQVRSHARGKCETFHAFAKRIAYWFVALAADTS
A2_c1_ConsensusfromContig55251	A2_c1_00225690	F056022	QAVENWNLNSKKDYEIAFTWGIAAYSAGSDVADVLRAVDRKLYQKKHNLVPVF
A2_c1_ConsensusfromContig55251	A2_c1_00225700	F000231	MELGTPNMAVANAFYRCSGPNCGLLKSSSDPWWLMWTSFGEFNRPVLYLCPWDEEMAQREGTLHLCGELCAQRLQSQFMGNVRTSRASPLDGNVAP
A2_c1_ConsensusfromContig55289	A2_c1_00280210	F067984	LRADGHRDAHPTQPPGGSQHLLITLDDEKSGKRIGDAEVVIEVTDPHGRVEKKPLLHTQAGGLADYSELFIFGWSGAYSIRVIITPRPGAKPIETRFTVNHMV
A2_c1_ConsensusfromContig55406	A2_c1_00454550	F000065	MANITKKLQKSLQPPLSRTGAVPDSDRAKRPPLADPHTPDQQLIPGDRVLGLGDFGKPTGEVGTVERTNDDDALVKWDDDGRERWRQPSLRKV
A2_c1_ConsensusfromContig55436	A2_c1_00497830	F008004	IITSLLWLAHAGVVAALGTKPPGGLLSDMMQWTLGVVMIYAAVQASLRSEGLARSFWRLTAVAYSVWLIAQTLSVYNDLAASPFVSWISNLLFCFWFVPLAMAMFLDPEHEAGHLDALVALDFVQAVLVCVAAYLYFFYLPKAEATGELAHSVWTPYFAGYAFVAGAFVVRAAVTRSRDSRALFGRMGIFLAFSGCVDALYFYGPGRGLRTGAWFDLLWSALLVVPILIAATWKQAEAPEFSFDPPRREKRIYTEIFFMLYPLLVLFMSLRIARERMTEARALIRSIDAAAKG
A2_c1_ConsensusfromContig5550	A2_c1_00665150	F051408	VNQEPYSSIVGAALSISGGSSIIPPETKFVPGSDEAFQKLLLRIAAKASERSDADALIRLFCQATREFFQVSGVYFWRCHFADELVGEQADGKLAARFVGIRLRPDQSAVTAEAVR
A2_c1_ConsensusfromContig55532	A2_c1_00640940	F000515	MTHFPQPHPSRRAARVQLGDSVLAAIRLEDGRRTKAKLQTISVTGGLLQLAQSLAQGDFVEVAFQTQAGPVHGMAEVLSPMQKMAEGVLQPFRFVALEDDDHRRLRTSLDHVVDRKLLGMKVNAFSTY
A2_c1_ConsensusfromContig55568	A2_c1_00692950	F056936	MLTNEVTLSFSLLAIILGFSVLVGFAIRAKMVLKYREKIEELEREILNNYAHILELERETLNIENRMQDIKSPVISMKAPGKEMEVATKKVPDISLRKELLSKKNIEQQSVSGL
A2_c1_ConsensusfromContig55645	A2_c1_00806610	F004185	MSLEKEFIRDGKRRIIGSVTTGYVGSFETIVRDEQNNITGSTSERFNTTRDDHGNLVSINSADPGLLMGRKK
A2_c1_ConsensusfromContig55656	A2_c1_00822960	F043593	TDQARQSSIDEFQCARCGAVYDVAITHRAPRAEYDAVCIVCCEVMNEWHGTVGRAYTLKLQPAHA
A2_c1_ConsensusfromContig55795	A2_c1_01030820	F084749	MKRNLAITLLCTAVALVITAQAKDVPSDVQQNLISIDKQWGEAGGDTAKLDKIIGDNLLAIGPKGESQNKQQLIDDNKSTSAGQQNATYTPDEYKFEMLGPDVVVMTHRGT
A2_c1_ConsensusfromContig56115	A2_c1_00025260	F004465	LATYEEQYAADNNGLYFAGTATSLTPLNGAALTQNVTITAVLVAGPPQSWTATSAHSQSAKTCDNSSGAIACTP
A2_c1_ConsensusfromContig56115	A2_c1_00025280	F051312	MFATRYLLAATVLGSALCVSQANAQCSGNAGGCLTV
A2_c1_ConsensusfromContig56126	A2_c1_00040930	F029122	MLIRPAIGDTDPIRYRRPTPDGQFSGNIIDEAMRP
A2_c1_ConsensusfromContig56349	A2_c1_00369690	F054258	MNWLDNLMDRLTTRGTKIVASGHAPADTEPPTGSDELSEELQADYGSDSPAAARPQDSADLGQAPPKE
A2_c1_ConsensusfromContig56476	A2_c1_00556370	F025585	MMPTDHLFPKGAATVRDSQPMIASKLELSPCAVSVLGQLFVEGPTSDDNITSKAGRCDLVSAGLA
A2_c1_ConsensusfromContig56491	A2_c1_00579370	F011244	HRHQRMIDEIKQLRAKLRALDAEFEREMRGRGFDPAQAENVALPSHLAALYAEREQTRAQIEESESENE
A2_c1_ConsensusfromContig56708	A2_c1_00902210	F044974	MHTKTQRLVLQGGLILFGALVISSIGGWARRATADDQPTAVTAPALLGELRALSQSLEATRGELAVARLQLER
A2_c1_ConsensusfromContig56726	A2_c1_00929560	F033245	MAEYARVVTFDADDVALEALLSEINATDGPPPGIPAKRITVLADRSAGKVVVAVRFGSEEDLRKGAETLEAMSPPAAGSIRRVSVDSYEVVLEQEAP
A2_c1_ConsensusfromContig56837	A2_c1_01092700	F024146	MIAARRLQRSFADGFIAEAVEDLWEPWMRHADTALEDDALLLIIQRELAKRCK
A2_c1_ConsensusfromContig57589	A2_c1_00723390	F080100	LLSPKRILNIGFVLIAIVVGFLVARHFARTGWPLHRANFWLVALAALIFLAAYAAKAWGWQHLFRRGERPAVLTLAAAGGA
A2_c1_ConsensusfromContig57799	A2_c1_01036160	F002754	MQNDDATPVAARMQTTQLDTAKPETDANLHVQVGPATKRFHFWQQAPAWLLGFAAIGLGFLMVLRGYDSAAGWFAVSTAIVLSVIASFRSPFSIGETALSTQPGKRPRKKPVTTPTNPPT
A2_c1_ConsensusfromContig57930	A2_c1_01228480	F004123	VGGIAYRYELRRGDEVVATGHLSREEPLEVGSRLAIGAQVGIVRSVEPVLGERELHAVVQLLREEVGS
A2_c1_ConsensusfromContig58096	A2_c1_01259320	F025789	MAVLAAGLCIGAIATQASPFVVFPKASELVSPDGRYAVRNVEPAGSTSDFVGTFHALWIFELATGRSRKLCDYMGVASAAWSSNDFLVVTQYVGRRTSRALVFSATVAEDPVMLDKTTLIQLVPAELRPALRENDHLFIEGSRVEQDSLHLTVWGYGQHDPNGFRYRCEYALREGTLACVEERVSH
A2_c1_ConsensusfromContig585	A2_c1_00717110	F092403	SVSSAQPEKGANQPVNEAGHASSSPPASPQFIKFHGNQGRNGELEWNAERISYSGDMPPQASAKALFDSLWAKSYSCERGRFLSVTDKTTPAPQPLHFRADDTRSVDVYLDAQEGVRYSGDVAVDPSAKPFFEALRLLYQCKNPATTITQP
A2_c1_ConsensusfromContig58760	A2_c1_00979620	F040298	VNLGAYHSALQPLSVVLVKMELSDAANAVDTMLHKIGERKLRA
A2_c1_ConsensusfromContig58849	A2_c1_01109670	F001275	VEQKELETADLERLCQGVSPGDEPCDYPATVHCSTCSRWFCQAHAEDEVWHTCVLSLGEEGGEA
A2_c1_ConsensusfromContig58963	A2_c1_01277960	F005928	LGPVQITLFDRAIYETGGYTVGAEGFLHPALFCDDLDAQLADHEVVYGPEIVSGPFGRRRIAFVEAPGGIRLEFMEQLTNGGGDAA
A2_c1_ConsensusfromContig59579	A2_c1_00708740	F004241	MPSTINLYQIGVWFCVGFFTGAGWAIAAWLVGRILRF
A2_c1_ConsensusfromContig59644	A2_c1_00805220	F096179	LTALVLALGASLAWGVADFVGPLVARTLGALRVLFW
A2_c1_ConsensusfromContig59778	A2_c1_01006240	F074085	NWHEKQAFIRVVSCELVDCFSLLLAAISFLSQQTATPVCASNARMPKQIMNLLCNRRTCVLIAILFACAAASHAQSGRRSNGGTTTTAPSVSGPKAVEKKPETAPKLQLLVGIENRDSNLSIPYYVGDTVIDNCVRRLGDASEVTVTAAGRGMSRSDAIKQAKEETVRYVVWLQIGSELADSGKQPSRNSVDELYVSYTILEPGTGKFKQSGRSHHQIYQTGRGGVSAPTSSRNNPLY
A2_c1_ConsensusfromContig59817	A2_c1_01064120	F007658	MGYQALLFCPDEKTARTVTQVLSELEFTVESCIEPFAAVKKLMGQHFD
A2_c1_ConsensusfromContig60023	A2_c1_00180920	F077408	MRNHMVRRPRGDNEAQFDELGTDPGQVGSDSAGQSGDSQRLSAIEDATEESVEELADTDQAWEASAIDG
A2_c1_ConsensusfromContig60135	A2_c1_00054330	F020609	FQEETLDFDLLVAQLVREGILEPIVSSPFHFQIRRWNWTNPESVYAADDRLSLIAISREEQTARFRMVGLLSARISNPRLPEKRVQQIRKERDELERIYEATWLELENAIGSKAAQAIRKSVEETTEAGAVQLELPLEKKRNFDLEGEAKCNQ
A2_c1_ConsensusfromContig60219	A2_c1_00178260	F029870	MLGHERRSKVLAKLTNARCELEDALNLSIPAARYDPVVVPERSRNRLSAMIEELKGVVRQIEGSQ
A2_c1_ConsensusfromContig6050	A2_c1_00577120	F065976	GAVLALIDTEGDSKMIRIQTADKAGGIRIAIDGQLVGEYVEEVETSIRKAIEQHKDVHLFLRNVSHIDETGHSLLSRLAGQGVELSAAGLYSSYVVTQIRRALSSRLSRGK
A2_c1_ConsensusfromContig6060	A2_c1_00725190	F044013	ISATEIRAALANGASGRAEVRGLLPAAVLAYIDRNQLYRPLPDAP
A2_c1_ConsensusfromContig60608	A2_c1_00752450	F055920	MKRIGRSLPQLNSFILAMIFAGLGGVTLSCSKPPAQPKAPPSRPSDVKVEVRDGGPVVLTTSAAEFQILPSGFLQATLLKDGKRLTLDEPGVGSTGGSDSIVHEGKELDFVPDFAKATVIEGIGKLGRGKRVEIP
A2_c1_ConsensusfromContig60701	A2_c1_00892710	F023425	EIRIPERRDVGLQALHALASAPTASDKKFESKKEERRPGEDPDLLPTNAIGSPLAHRILAWDHIQHGEFDDATTEIADAIALNQRDMWLRYYMSVLKYRVAQSKHTDIQGLPNMMLELRAVLEWYPEMADAYDLLGVARNEGGSTPAAMQAEHAAINLSPRNELYTYHLAQIYVASKKWDAAQVLLDRLNASSNPQTVALARELIERAGAERKYGIPLGGTPQSKLAPQKSPFDVLEEDAAKRAGADNSAAAPGDHRPAKFVKGRLDSVDCTQAPAAILTVTANGTVMKLRAPDFKSLVLIGADDFSCDWHDRQVTVNYRPGGSTNGDVVSLEMR
A2_c1_ConsensusfromContig61152	A2_c1_00079180	F013110	MSGSRKDVLLKALEAEVGGASVDLGTLFTDDVVGWSPY
A2_c1_ConsensusfromContig61223	A2_c1_00184860	F002992	VSRRTSPVVEHAALPGGGTVTIWVGVPDDPYIEDKSALTTVDVQLHEGNGVVASVSTVLDRGQSSEALELAREVKAALEAGEIGLHAHELEPFADKLR
A2_c1_ConsensusfromContig61602	A2_c1_00744550	F043593	MRSPQAHGRVMMEQARQSSIDEFQCARCGAVYDVAITHRAPRAEYDAVCVVCCEVMNEWHGTVGRAYTLKSQPAHA
A2_c1_ConsensusfromContig61681	A2_c1_00861560	F063515	MLMKNKFNSSHALAVAVIAVLGAGIGCGGKVEGNTYEGNGGVVKIEFKSGGKAYMSAGPATTTCTYTESGKTVTLICVGDKTVFSVEDDGALSGPPDGFLTRLTKKK
A2_c1_ConsensusfromContig61741	A2_c1_00952370	F007331	LIEQPRGKSGIVMSTIEEVRAAEKKVNEVLESLKKAGSEDPNHLGTELRKATDDYARAVRELDSN
A2_c1_ConsensusfromContig61750	A2_c1_00964780	F009817	MLTKCCGAIFGPRTAILLALLTLVGPARAQEVSLALLQPAAIAAESSPPTPFIMPVQPATLPEAPSHRFWDRKNSLLFATSAAFSTADFFVTRANLRNGGQELNPVTRMFGSSTTGLAVNFVGENIGVIGISYMFHKTGHHKLERAVSMVNIGASTAAVTFGLARR
A2_c1_ConsensusfromContig61992	A2_c1_01320480	F071395	KFIPDDQKRVVTITSKEGLLNNNEEEKGKQISFTLKLISNDNYMIQFTDPLEAGEYGFVWVKNMELKEFTVFAFAIDWKSSN
A2_c1_ConsensusfromContig62074	A2_c1_00936300	F102151	TLAGDTTRLHAYERRMITAEKSEAPKKREEYLRHQDDITNALQQAKKSLAGKP
A2_c1_ConsensusfromContig62368	A2_c1_00397690	F006606	VKRAFLILGAAVLFVNTLVVPTAVKADGGAGATNCGKTLCKP
A2_c1_ConsensusfromContig62448	A2_c1_00515000	F001603	QQKEKFVKPQETSKHLLLSLFIALVFGLTMYPTKAQAQIIDQLDVNIPFQFHAGNAKFPAGQYVIRFVDDSDQSYMEISSADGRTSALFQVRATAANSTPAKSELIFNKYGNRYFLAKLFEGGSGSGDEVIESRYEQRVDKATLEAQEHVPAQRHGQQGS
A2_c1_ConsensusfromContig62971	A2_c1_01289970	F099781	MRTKTVVVVFLLSSALAAENLEKTQKKALETQVKAMTAEAQSLVKAGQLAEARIKYAESQALIEMKEVTEAIKHLDEEIHKRVKDTLGESRKLYDSHKFKEAAAELEQGMKFQASQPVLAYDLALCY
A2_c1_ConsensusfromContig63205	A2_c1_00158320	F049836	AEAALLAKTYVTAAISNGHPLGRGTGPVHHLYRMSQQRRAAGSGSAES
A2_c1_ConsensusfromContig63322	A2_c1_00331360	F040304	DYSGVNPGKSTTSAVFELGLGLDVRVWRKLSVRGGVRDFWSGEPDFPLAPTGKTRQHNFFVGGGVFYRF
A2_c1_ConsensusfromContig6359	A2_c1_00383490	F047208	MKLTLLLCLVLGFCTLGFGKDKGSVRNVTGCLTQGDSAKEFLLDGRDGSTWEVRSDDVALADHVGHTVTATGVVSNAKLHNMKEDTQEIAKDSGATEKNKEH
A2_c1_ConsensusfromContig63957	A2_c1_01268620	F000594	RALATTVTSLVVAIVLLSPPQGQQISLQALVTPSTTIVKDGHPLTFALHGFIEFKSLSELFPYIDSQTQRWKGGLDDAGRKDLARDLLRRGIESRVISMTDERPLETLVTHTADELRKALSQVKEPVPPGYSDAFLAVQEKWKHSLNCWSAAPSIPARVLSNWYPIEEGIELYGATYDSTEHFWQAIKYHPDTTIADLGDLLGVLEHKNWHPWLSRLDEDPKLYLPNAYAVEFLRHNLA
A2_c1_ConsensusfromContig64142	A2_c1_00064790	F083031	MNHADPNTMRARARQAIEILKTQLLGTGTIEPLVA
A2_c1_ConsensusfromContig64760	A2_c1_00979710	F064047	MTLKKSSRAGLTTLALGVLLGLFLSVAAYNTSYAQPAPGAAPAAPA
A2_c1_ConsensusfromContig65308	A2_c1_00309940	F044750	IQLWKWFDDQMSGIEPMLVDGAELFLNVQDKDLEKVRKRIAEIHAFFPTLRADDLEAFKRVKYKLRRTVMRLTYDLHHLFKRLEKYRKTTGFPGMGGLRPERVSLESVAEIPEPPPIDEHDDE
A2_c1_ConsensusfromContig65376	A2_c1_00409490	F024683	MRFGFIRPRKQGIASHLPTLQQFASEVIPALREAAAAERGRSRTGERP
A2_c1_ConsensusfromContig65442	A2_c1_00507130	F073984	MAQKEVAESDVRYIRRHPKHDRFPVRRLGLAAALLFTVAMILLIILPAPWPI
A2_c1_ConsensusfromContig65588	A2_c1_00722170	F105315	MEIALIIFILLVGIGAVTIGRDSRIDESARRRRYLG
A2_c1_ConsensusfromContig65731	A2_c1_00937610	F046878	AWGAIAHDLVARKWPLPRKLPARADARRDLANVVLAAAGELTAADLGGALGWRRKEAAAVLDEIAESREDDGFRIWARP
A2_c1_ConsensusfromContig66104	A2_c1_00009090	F098277	MTDVDSDEIEFQCPSCGNDLKQTMAQLKVDRHMICPGCSIGINIDTDRLANAVEEIQRATEKLHLRSLLKFSASANG
A2_c1_ConsensusfromContig66198	A2_c1_00146350	F014062	MAANAKQGTYLMTTLVGFTAFPAGLVEGGGLGIGVAVVGLALLAYSAAGFYRIKSIA
A2_c1_ConsensusfromContig66379	A2_c1_00413530	F012985	VDVLAVQKHFLLIAALTGCRLTAADVNGDTAVNTVDVIAIQKFFLIIPGTANVGQYQFTPASRTYTPLNANQPTENYDTVILGDV
A2_c1_ConsensusfromContig66408	A2_c1_00457390	F055303	RRIATTTYSNDASLFKPPQMARTEEGTPSPLPEELDRALRGATDRTLVALTALRKAVRQHVRDERERGTSLPEIEIELRAIIARVLKDAVGRDSIDGERETLGNQMMKWSAGFYQQHD
A2_c1_ConsensusfromContig66584	A2_c1_00716940	F000231	MHTESKFHAPSIAYRCSGPNCGQLKNAQDRWWMMWTSFGEYNRPVLYLCAWDEEIAQQESTLHVCGELCAQKLQSQFMGNVRDSRKQTA
A2_c1_ConsensusfromContig67134	A2_c1_00053200	F008167	MSAGNIRVPPPRWYLIPVRVLLVTFLLTLLSFAVGLFLSIVGLVIVGKAAGAPLNMTHAYRHMALPFAAVVAFAVLVSATVVEVRRYRQAKALASIERLS
A2_c1_ConsensusfromContig67260	A2_c1_00237600	F013930	MNSDHKPERSLREIEMEVLEEGREWTRRRLEQRLQEEANRHGGVFPPQRKKGAPPQAPNDASTQRRRGR
A2_c1_ConsensusfromContig67332	A2_c1_00345820	F000036	MPHKDTFWMACDSTEDLRAEYGPFHTRSEAEGEARKLGFGFLLRYEHLIGDNEEIQEVRCVFIELSAALEAPHTVTTLHTRCATCGESASHDGALQAEVWADIHEFEHTRHLVRLFEHTKGVGLKEIGNWRECA
A2_c1_ConsensusfromContig67388	A2_c1_00427180	F089906	MGDSIDDRLLERWTTSRRHQDEARRFLARQRFSDPRGERRALDEIVGTISDLEGTLRDRAVRRLPPPSAPGPLSA
A2_c1_ConsensusfromContig67875	A2_c1_01148720	F023078	MIEAPLQAETLVIAAVSLAALETAGFFPAMGTAITLAAVTVLAEIKHRATGRKVTHALAKNSGTGNRHRFRERALDNRRRSWQDDSR
A2_c1_ConsensusfromContig68051	A2_c1_00594530	F000414	MSAPSRRPEIRRRRTRKEKIVQLRKRLVAAKTDADKTRISAKLHKLAILSPGNPLVK
A2_c1_ConsensusfromContig68130	A2_c1_00046580	F016032	MAFLLVLAGCTKEAPQPVNTTVPSDHVTPSPVGTSQNILQKTFPLKTSAEFPFEIPAHAVQPHLHGLFESFLGQVHGASDDTANIDFLLLNEQQHADFASNRPSEALFTVEGSHNQAVNFDLPASRNQPVKYYLVFRNVEKKSSRVVDANFRVDF
A2_c1_ConsensusfromContig68403	A2_c1_00450800	F072711	MMIDLKPKLIAALGNAQEYIDLATSAKNRGEREFYERIAELYLKIAQELEALVEG
A2_c1_ConsensusfromContig68858	A2_c1_01123060	F022965	MVFRRLLSLQAGTIARMTNARNNRQAATNLISMSEGKMTDAGTGDKAGPTLAIKPLTECSAGELIRLTSGAWAIVANDSSARRIFVISGDGAPLTYVLPEDSTEACLSYGTGFRVASVHASFVGMHTFGQEGFDPVGKLIVARPYAHDGRTSRYFAAPVGQPRFLDLDNFQTVSEPLGHRALFKDWEVSISRPGHPEPVAVVKSPAH
A2_c1_ConsensusfromContig69336	A2_c1_00351130	F017008	DSFVHVSFHNHGDDEVNPIASTAAFAHFQEGHADRREGGVDQQTAKLVGAYITTID
A2_c1_ConsensusfromContig69537	A2_c1_00647840	F010884	MVKQRFRVLFRRWFFTVMKFCGPILLYELFVMVRQHFQYVPPSISDLLMGALLAFLLTALLCWLWALGEWVWFRLRRLRGFLGELRQCSRSYWNPEAVRTNKA
A2_c1_ConsensusfromContig69831	A2_c1_01085120	F009486	QRAVREHGISTCGEVALAVLEVDGAISCLKYDEISPTSHNHLARRRFVQKHQ
A2_c1_ConsensusfromContig69965	A2_c1_01280800	F036368	WITDEMRSSAREHGCRFHRAWYAKDGSAFYALAMWESREGANAFFEEWDIEDEPGEIAIMLEGDVGLVPLP
A2_c1_ConsensusfromContig70355	A2_c1_00379170	F037163	TAARLARLELDARGELPAAFQGLRKRQIITATIAGSLGLVALFAGTLLKP
A2_c1_ConsensusfromContig7039	A2_c1_00415270	F014596	MGINEIDHTIYPYTVGREDCKVLPRSFKTLADAEAYLAEQDKGALERGEFYLDGPEPNEFSETGLIQATR
A2_c1_ConsensusfromContig70492	A2_c1_00580910	F026678	ALAKTTTSPHNAPATPVASASVDLAHFIELKNRNDQLTQQTSEDIGKLNEKIASARKDDKKLKAALDDTQSRLELLQAVSQAVNDLVQFVQTARTAQANSAALDLTIDDLAQSISELSSPATPFSKLPAQDSDSRTSNGWRETGILGLASEVSALNRKLRVVDEKIRLTNNFSLSAKNMRTPMSDFITRVLQKAVTSNLQSSDLSSLREQKSQLDALTLELKGFSPAIVALDKQKAL
A2_c1_ConsensusfromContig70634	A2_c1_00790830	F015574	VGMGNAPTPTTDETAKTKRVSGGRVEISLLKNDLEQLASTSNTTTTAPTPEQK
A2_c1_ConsensusfromContig70726	A2_c1_00929760	F050588	METVIDLLKAIQLNMLQAGFASLIIFSIGYMIGMKKVKKLTHEIYGLQRDVLELNEELLYGVPEEMSETPVIGLKPDSLKQTKLAK
A2_c1_ConsensusfromContig70820	A2_c1_01068410	F081920	MNVVFEELTFCVGDGCVNRFADDGGWEGYCPECLALWDDHAAGQHDSPVDACRLCR
A2_c1_ConsensusfromContig70865	A2_c1_01134040	F012707	MTNQWNRLLLCAVLAALTSAWAVAQDADAKPKGEVRNVTGCLTQTGGNEYLLTAQDGSTWEIHGNNAVDLASKVNHTVEVKGVVSHEKMHNMKEDAKDMAKDSGAKKSDTEHGHLEVTHARSVSDSCQK
A2_c1_ConsensusfromContig71043	A2_c1_00475750	F065248	VSEAEQSLRDDLDCLRLASDLTRLASYIPSAALKAHILRIARTCTSMVEGPRIQATRAFPRKH
A2_c1_ConsensusfromContig71178	A2_c1_00116890	F010885	MLGEQEAVVVDVKPFNLHGVMYSDVTLTYRDRSVDQARLGPEGVPEDLQAVETVLATKVANMVISLRRP
A2_c1_ConsensusfromContig71282	A2_c1_00271040	F004874	VGFNAMQPGKIKKGDIVMLGAAVIVVLALIIWAVR
A2_c1_ConsensusfromContig71485	A2_c1_00570240	F004626	VRKLLLATLALVLAVGIGWWYFEQQSLPDYGPAYREYAYVTNGKSNTVSVIDLRTF
A2_c1_ConsensusfromContig71652	A2_c1_00817890	F003878	MQLVITAMAVIAGLVFSLGVSLLVEELIFGKVFRLFFVPQAVVVKAGQRR
A2_c1_ConsensusfromContig71659	A2_c1_00827600	F019197	VRQLNREGEERWSFPTGWMAPLDEDGRVQLPEHSVNRNLLMETGYAASDAQLIGVSVVREHDTDGHRVGTSLRLNYLSDHPRQTSYAVNDPDILGAPEWFPPSEIEDLIDRNQVKGELTAAAFRHWREYRQSGALSADVIDIPN
A2_c1_ConsensusfromContig72031	A2_c1_00299650	F000708	MAKPDPTLARIAAQFTHHNIEKSGVGYLVIDRRTSNSVAQLRPIPDTDRFELFYWSNVKGRWTTFGNMGRMKLMLTSAHEIVENDPMFRVPRTP
A2_c1_ConsensusfromContig72198	A2_c1_00146510	F018798	MATPDTVLCIHRDPDQLTVLQEKGYRLIAATNGSEGLRLLMSCQVDAVVLEYFLGLL
A2_c1_ConsensusfromContig72252	A2_c1_00227280	F036407	MAQVIEFYIPARFKPKVKWIPLEQRGKILAFPVDLKKSA
A2_c1_ConsensusfromContig72378	A2_c1_00412290	F016021	MPGSNVQSWTRENLRHVASMLKYGRNPASTVYDSIGDDFFLALAPGWLNLGLWEGDGRDAEEAPAAVRRLVQTIAAALPIQGDVLDVGNGLAEQDPVIAAVAGTRSLTALNITLSQLRAGAQ
A2_c1_ConsensusfromContig72464	A2_c1_00539580	F040669	MTAATDANWAPLEARLNGDVEVIREFMWMYGDKDTGVEYYKHSITRRYLLLHRDGRCFQQSLNGLVEVDFGTDLRRVREHPE
A2_c1_ConsensusfromContig72496	A2_c1_00586430	F006828	MGPIEKGKELSMGIPYRARVNERWFLNLPGFHAGAYVVAYVEDTSDCGPRREPYCDDDCTCCPANFEPRMTLEIADCSRRVNLDFDLDSEEARDNSLHKLDTLIATLRVFRTGLEQEFEHYVRREREVEEQNGA
A2_c1_ConsensusfromContig72587	A2_c1_00720970	F058298	MWARVARFEGDPESLDERIERLRAAIESDNLPFDLAEARLLMLVNRESGGMVGVTLFESEEAMRRGDEAMNAGPGNAGSRASVEFYEVPLHT
A2_c1_ConsensusfromContig72656	A2_c1_00823260	F010830	MLRKLLQIMVLTACLTPAWGKETLELSFFRQPNTVFVVGPGTVVTVHLLQLPFLEPHYAVKYKTDGGELIEVLTPRKDILVLEGMYGILTYSVNPERILKFRVVEQKPTK
A2_c1_ConsensusfromContig72953	A2_c1_01263630	F047932	WVNRKDLRRWAEFFRRAVSERQTRPVSELITEARVRAAVSSDPVLRRDPALEDIAVRDGVVTLLTRTSAWPDSGDHLNRLKRVKGIADVTAVPQPQSLGLS
A2_c1_ConsensusfromContig73286	A2_c1_00276400	F056747	KIYRRHASYCTRYPGLKNKPDTYRPVTKKDQKVDACECPIWCRGYLAKETKIVKGKQRGKRIFASLDTSDWTAAEQEVARLYERGSRPSVDSAAKTIDNRAVTARYAAERYLQSRKDGSLNPIEQDTYDHYASLINQRLIPFCDDKESSTFEILRTRTCAASSPNRGGSCGATRASCWR
A2_c1_ConsensusfromContig73731	A2_c1_00937760	F050602	RNVIPPAPVVVGDTLVIGLIQASEDSSTPQRQIFRARLGQHRIETKPMPPDVWASYQDVLVSPDGRYIGYVGEDTTPENPGTYAVVRNLATGEIIAKGPGGGGCDCDEDFNHARWFPPDSFEIAVAHTNTKGGWERVSGKASARRIHVDTLTDEPDWH
A2_c1_ConsensusfromContig73960	A2_c1_01272720	F058875	LPDPPRAGRDSALATDADVVCLRVLDAGSPEPARSRCGRLNNVARQLPLSAGDTLVATFAWPAAR
A2_c1_ConsensusfromContig74769	A2_c1_00993540	F057421	MVGRLDEERLEILRGWGAGLAADAREELRAAGKAITVLVDEIDRLQVDLWNARVERRAPLEPPTASSQGIAEALRDRIAT
A2_c1_ConsensusfromContig74871	A2_c1_01143560	F011345	MRRHSRHQLVLDLDRGGRTLPPPTAPERLLTALADLLLEALGKENNAIPVESEACDASQDHA
A2_c1_ConsensusfromContig75392	A2_c1_00433660	F080326	AESSHAPTGITYWNPLRAGALTPFSDYGPPVVDAIMTSLPPGELHGLVDFSVKAHDNTPIEITQPNPPGWHGMPVTPARIRWRLMRATQPLVPWQIAVDHRNSFHPDVQGSPASDVNFGVVYAADTTQNNPNMPGLFHFWLERGFDTRRYPDGGYVLEVEASDVRGNPSTGNLAVTFANAKHRR
A2_c1_ConsensusfromContig75406	A2_c1_00454920	F014187	VHIERSRENVFTVTATSQELSALVAGARMALEAMRSAPEPPPPAAVEILERVLHEFDLARERLTADAEDGG
A2_c1_ConsensusfromContig75492	A2_c1_00581000	F059219	FWTRLLYLDDPATLDAKLGHAAKEASDELSAIALRYAAIDGRELTVAKQAARTHPVKPAT
A2_c1_ConsensusfromContig7566	A2_c1_00689380	F025945	LIFFLAIFGAPVAYLVVLLRLLIKGERRGLAWSLLFAAVAVMSAVWAMDQSRSSTAGLAFLGFPLMATVGGFLGLAFGRYRTSPDLARRIGAWLGLAGALALVGFNISGGLKEKTKNKGRDATQAAFSAEISRDRQVVDIGLGQNRGRERTWLDSTIRQHMTDHAFLLAALPHDSISPELLDTLASSTDLNIALETLRNPSTRGETLARIYHTASYPDYFFQAIAVHKNTPPDVLRDLFHRPRTITGLDIWFASNPSSPKEILSEIARTSTDKSVIGHLLANPSIDCAILGQVGVNLVKVQHRDAEDPNVMSVSELL
A2_c1_ConsensusfromContig770	A2_c1_00993570	F023252	MITLFLAMQIAGAPAARPAPTFIVVRDGQSTTSVPVTINDGEAFVRADVLMRAMKGMLITGTNLHFTLALPRARLDLIDGIPFAKFDTLTVPLTRAPQVRGGQLYVPFQFVSELIPRYGGGYFYDVAQGELRTATPTAVSSAPARTTTAAP
A2_c1_ConsensusfromContig815	A2_c1_01060300	F043543	MPQSFRSKAIRTLDDALSPHYVRQEDVARALEELTRLLADRFDAEAESVAVIGQQLAALTQLVAEMQAELVELRSRQ
A2_c1_ConsensusfromContig8235	A2_c1_00201200	F027531	MAMMIDPEAKLLVVLDNAEEYRGLAMRAKERGEREAYERIVELYVEIAEELDALIDGWAS
A2_c1_ConsensusfromContig8355	A2_c1_00378010	F064700	MDSENTRLKKMLAIALIAGFLLVDFLFFHDILKPGETITFAQYLTGALSVPVMVLAALYLTWGDKDRPVIRR
A2_c1_ConsensusfromContig8674	A2_c1_00849520	F033245	MAEFARVATFEADDTALDALLSEIKASGGPPEGIPAKRITVLADRSAGKVVVAVRFASEDDLRKGAATLEAMNPPSGGNIRRVSVDTYEVLLEREA
A2_c1_ConsensusfromContig8837	A2_c1_01091760	F006897	MKRKKTKKQAAETLATPEIQQIEQLLEFMNEHNLEEMEYSRGDLRIRLRKPSTGVMLSSS
A2_c1_ConsensusfromContig9068	A2_c1_00844380	F103154	MDVPEETRELPDAIIRVRETGPGFFEATFKPRDPLHIARNGYSLDTKRGLRGRTLTEVLDRAEAHWRQNYPHS
A2_c1_ConsensusfromContig9575	A2_c1_00702840	F048860	PPNLPAATMHVTTESEPAAADPELWRALAEQISMQVLQRVDLFTDTGLKEQLAQRLKPIVERASAELVVAITQNVGRLLRTYVSEAIEREIAQWKRDQH
A2_c1_ConsensusfromContig9795	A2_c1_01029910	F027172	MKGTKMAEKMILVCDACGKPASETVTIRLGRGNFVKDLCGTHVNELIAGARRPRPGRRKGAVARKPAAAAPKKRGRP
A2_c1_ConsensusfromContig9868	A2_c1_01136820	F039764	LGHAQSTAASGPRVIELTADKDSRYRQGRKASPTIEVVAGEPLILRITAVKASEVARDVSIHGLALLDKNSTAVPGWRFFFHPGVQEVAVVAPSEPGRYTAVCIVICSDAHEGMSFTLVVTDRSTNVKE
A2_c1_ConsensusfromContig9874	A2_c1_01146290	F024393	ESSATALVRFTGLGIVCFNKERQRGEVGVIRDNKHELSIKIQRPVFQETGGNDVVVYQDIATYQSLPKEDVQIEIKALGKPAIDGFEIYQSGDFDRLESADPNDFRWIVNMNTLHGEAPLTHGTEEQYPLTKISIGNGLFYTHKLDTNLFFEKVRKDASGNATQREVFGNVGETIGVKIEGEEVSFTIRIGGKKETQSLKRVDGLPFRIEIKNMDYNADAVYSDMPDY