Sample 2088090004

Basic Information
IMG/M Taxon OID	2088090004 Open in IMG/M
GOLD Reference (Study \| Sequencing Project \| Analysis Project)	Gs0063124 \| Gp0051913 \| Ga0026382
Sample Name	Permafrost microbial communities from permafrost in Bonanza Creek, Alaska - Permafrost Layer P1
Sequencing Status	Permanent Draft
Sequencing Center	DOE Joint Genome Institute (JGI)
Published?	N
Use Policy	Open

Dataset Contents
Total Genome Size	73273509
Sequencing Scaffolds	255
Novel Protein Genes	271
Associated Families	238

Dataset Phylogeny
Taxonomy Groups	Number of Scaffolds
All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium	21
Not Available	44
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales	5
All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes	7
All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	13
All Organisms → cellular organisms → Bacteria → Terrabacteria group	6
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria	6
All Organisms → cellular organisms → Bacteria	77
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Xanthobacteraceae → Pseudolabrys → Pseudolabrys taiwanensis	2
All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes → unclassified Gemmatimonadetes → Gemmatimonadetes bacterium	13
All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium RBG_16_72_14	1
All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi	4
All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium RBG_16_70_13	1
All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria	8
All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia	5
All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → unclassified Actinobacteria → Actinobacteria bacterium HGW-Actinobacteria-8	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → delta/epsilon subdivisions → Deltaproteobacteria → Myxococcales	2
All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes → Gemmatimonadetes → Gemmatimonadales → Gemmatimonadaceae	3
All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → Micrococcales → Microbacteriaceae	1
All Organisms → cellular organisms → Bacteria → Caldiserica/Cryosericota group → Candidatus Cryosericota → Candidatus Cryosericia → Candidatus Cryosericales → Candidatus Cryosericaceae → Candidatus Cryosericum	3
All Organisms → cellular organisms → Bacteria → Proteobacteria → unclassified Proteobacteria → Proteobacteria bacterium	1
All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes → Gemmatimonadetes → Gemmatimonadales → Gemmatimonadaceae → Gemmatirosa → Gemmatirosa kalamazoonesis	4
All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → Spartobacteria → unclassified Spartobacteria → Spartobacteria bacterium	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Bradyrhizobiaceae → Bradyrhizobium → Bradyrhizobium sediminis	1
All Organisms → cellular organisms → Bacteria → Proteobacteria	4
All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Cytophagia → Cytophagales → Cytophagaceae	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → delta/epsilon subdivisions → Deltaproteobacteria → unclassified Deltaproteobacteria → Deltaproteobacteria bacterium	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Bradyrhizobiaceae → Bradyrhizobium → Bradyrhizobium lablabi	1
All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → Micrococcales → Intrasporangiaceae	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Rhizobiaceae	1
All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Rubrobacteria → Gaiellales → unclassified Gaiellales → Gaiellales bacterium	1
All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Acidobacteriales → Acidobacteriaceae → Candidatus Sulfotelmatobacter → Candidatus Sulfotelmatobacter kueseliae	1
All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → Micrococcales → Intrasporangiaceae → Phycicoccus → unclassified Phycicoccus → Phycicoccus sp.	5
All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → Micrococcales	2
All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → unclassified Actinobacteria → Actinobacteria bacterium ADurb.BinA094	1
All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes → Gemmatimonadetes → Gemmatimonadales → Gemmatimonadaceae → Gemmatimonas	1
All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes → Gemmatimonadetes → Gemmatimonadales → Gemmatimonadaceae → unclassified Gemmatimonadaceae → Gemmatimonadaceae bacterium	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Bradyrhizobiaceae → Bradyrhizobium	1
All Organisms → cellular organisms → Bacteria → Acidobacteria	1
All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → Streptosporangiales	1

Ecosystem Assignment (GOLD)
Name	Soil Microbial Communities From Permafrost In Bonanza Creek, Alaska
Type	Environmental
Taxonomy	Environmental → Terrestrial → Soil → Unclassified → Permafrost → Soil → Soil Microbial Communities From Permafrost In Bonanza Creek, Alaska

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

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

Zoom:	Powered by OpenStreetMap^©

Family	Category	Number of Sequences	3D Structure?
F000197	Metagenome / Metatranscriptome	1652	Y
F000443	Metagenome / Metatranscriptome	1132	Y
F001604	Metagenome / Metatranscriptome	664	Y
F001962	Metagenome / Metatranscriptome	611	Y
F002065	Metagenome / Metatranscriptome	597	Y
F002096	Metagenome / Metatranscriptome	594	Y
F002465	Metagenome / Metatranscriptome	557	Y
F002503	Metagenome / Metatranscriptome	553	Y
F002533	Metagenome / Metatranscriptome	551	Y
F002551	Metagenome / Metatranscriptome	549	Y
F003002	Metagenome / Metatranscriptome	514	Y
F003187	Metagenome / Metatranscriptome	502	Y
F003244	Metagenome / Metatranscriptome	498	Y
F003300	Metagenome	495	Y
F003319	Metagenome / Metatranscriptome	494	Y
F003633	Metagenome / Metatranscriptome	476	Y
F003672	Metagenome / Metatranscriptome	474	Y
F003758	Metagenome / Metatranscriptome	470	Y
F003763	Metagenome / Metatranscriptome	470	Y
F003843	Metagenome / Metatranscriptome	466	Y
F004019	Metagenome / Metatranscriptome	457	Y
F004241	Metagenome / Metatranscriptome	447	Y
F004294	Metagenome / Metatranscriptome	445	Y
F004400	Metagenome / Metatranscriptome	440	Y
F004501	Metagenome	435	Y
F004704	Metagenome	427	Y
F005040	Metagenome / Metatranscriptome	414	Y
F005099	Metagenome / Metatranscriptome	412	Y
F005657	Metagenome / Metatranscriptome	394	Y
F006066	Metagenome / Metatranscriptome	382	Y
F006194	Metagenome / Metatranscriptome	379	Y
F006205	Metagenome / Metatranscriptome	379	Y
F006745	Metagenome	365	Y
F007788	Metagenome / Metatranscriptome	345	Y
F008224	Metagenome / Metatranscriptome	337	Y
F009111	Metagenome / Metatranscriptome	323	Y
F009168	Metagenome / Metatranscriptome	322	Y
F009222	Metagenome / Metatranscriptome	321	Y
F009704	Metagenome / Metatranscriptome	314	Y
F010006	Metagenome / Metatranscriptome	310	Y
F010512	Metagenome	303	Y
F010995	Metagenome	296	Y
F011352	Metagenome / Metatranscriptome	292	Y
F011357	Metagenome	292	Y
F011454	Metagenome / Metatranscriptome	291	Y
F011591	Metagenome	289	Y
F012261	Metagenome	282	Y
F012406	Metagenome / Metatranscriptome	281	Y
F012694	Metagenome / Metatranscriptome	278	Y
F012756	Metagenome / Metatranscriptome	277	Y
F013962	Metagenome / Metatranscriptome	267	Y
F014078	Metagenome / Metatranscriptome	266	Y
F014525	Metagenome	262	Y
F015236	Metagenome / Metatranscriptome	256	Y
F015243	Metagenome / Metatranscriptome	256	Y
F015629	Metagenome	253	Y
F016092	Metagenome / Metatranscriptome	250	Y
F016442	Metagenome / Metatranscriptome	247	Y
F016575	Metagenome / Metatranscriptome	246	Y
F016837	Metagenome / Metatranscriptome	244	Y
F017686	Metagenome / Metatranscriptome	239	Y
F017937	Metagenome / Metatranscriptome	238	Y
F017939	Metagenome / Metatranscriptome	238	Y
F018331	Metagenome / Metatranscriptome	235	Y
F018434	Metagenome / Metatranscriptome	235	Y
F018648	Metagenome / Metatranscriptome	234	Y
F019241	Metagenome	231	Y
F019413	Metagenome	230	Y
F019675	Metagenome	228	Y
F020632	Metagenome / Metatranscriptome	223	Y
F021023	Metagenome	221	Y
F021382	Metagenome / Metatranscriptome	219	Y
F021882	Metagenome / Metatranscriptome	217	Y
F021887	Metagenome	217	Y
F022028	Metagenome	216	Y
F022968	Metagenome / Metatranscriptome	212	Y
F023003	Metagenome	212	N
F024166	Metagenome / Metatranscriptome	207	Y
F024683	Metagenome / Metatranscriptome	205	Y
F025269	Metagenome / Metatranscriptome	202	Y
F025840	Metagenome	200	Y
F025882	Metagenome / Metatranscriptome	200	Y
F025885	Metagenome	200	Y
F026164	Metagenome	199	Y
F026292	Metagenome / Metatranscriptome	198	Y
F026443	Metagenome	198	Y
F026622	Metagenome / Metatranscriptome	197	Y
F026664	Metagenome / Metatranscriptome	197	Y
F026749	Metagenome / Metatranscriptome	197	Y
F026952	Metagenome	196	Y
F027360	Metagenome	195	Y
F027365	Metagenome / Metatranscriptome	195	Y
F027692	Metagenome	194	Y
F027988	Metagenome / Metatranscriptome	193	Y
F028610	Metagenome / Metatranscriptome	191	Y
F028875	Metagenome / Metatranscriptome	190	Y
F028886	Metagenome / Metatranscriptome	190	Y
F030538	Metagenome / Metatranscriptome	185	Y
F030609	Metagenome / Metatranscriptome	185	Y
F031391	Metagenome	182	Y
F031416	Metagenome / Metatranscriptome	182	Y
F032019	Metagenome / Metatranscriptome	181	Y
F032425	Metagenome / Metatranscriptome	180	Y
F033559	Metagenome / Metatranscriptome	177	Y
F034514	Metagenome	174	Y
F035558	Metagenome	172	Y
F035789	Metagenome	171	Y
F036021	Metagenome / Metatranscriptome	171	Y
F036498	Metagenome / Metatranscriptome	170	Y
F037492	Metagenome	168	Y
F037499	Metagenome	168	Y
F037500	Metagenome / Metatranscriptome	168	Y
F037996	Metagenome	167	N
F037998	Metagenome	167	Y
F038113	Metagenome	166	Y
F038433	Metagenome	166	Y
F039195	Metagenome	164	Y
F039401	Metagenome	164	Y
F040664	Metagenome	161	Y
F040820	Metagenome / Metatranscriptome	161	Y
F040939	Metagenome	161	Y
F041378	Metagenome / Metatranscriptome	160	Y
F042316	Metagenome	158	Y
F042849	Metagenome	157	Y
F043699	Metagenome	156	Y
F044055	Metagenome / Metatranscriptome	155	Y
F044535	Metagenome / Metatranscriptome	154	Y
F045813	Metagenome / Metatranscriptome	152	Y
F045821	Metagenome	152	Y
F046508	Metagenome	151	Y
F046558	Metagenome	151	Y
F046601	Metagenome / Metatranscriptome	151	Y
F047254	Metagenome / Metatranscriptome	150	Y
F048506	Metagenome	148	Y
F048873	Metagenome	147	Y
F049308	Metagenome	147	Y
F049311	Metagenome	147	Y
F050314	Metagenome	145	Y
F050579	Metagenome / Metatranscriptome	145	Y
F051062	Metagenome / Metatranscriptome	144	Y
F051096	Metagenome	144	Y
F051904	Metagenome	143	N
F052278	Metagenome	143	Y
F052528	Metagenome / Metatranscriptome	142	Y
F052957	Metagenome / Metatranscriptome	142	Y
F052961	Metagenome / Metatranscriptome	142	Y
F054241	Metagenome	140	Y
F054249	Metagenome	140	Y
F054448	Metagenome	140	Y
F055303	Metagenome	139	Y
F055310	Metagenome / Metatranscriptome	139	Y
F056026	Metagenome	138	Y
F056184	Metagenome	138	Y
F056645	Metagenome	137	Y
F057767	Metagenome / Metatranscriptome	136	Y
F057774	Metagenome / Metatranscriptome	136	Y
F057939	Metagenome	135	Y
F058083	Metagenome	135	Y
F058117	Metagenome	135	Y
F058551	Metagenome / Metatranscriptome	135	Y
F060857	Metagenome / Metatranscriptome	132	Y
F061190	Metagenome / Metatranscriptome	132	Y
F063192	Metagenome / Metatranscriptome	130	Y
F064024	Metagenome	129	Y
F064241	Metagenome / Metatranscriptome	129	Y
F065744	Metagenome	127	Y
F066059	Metagenome	127	Y
F067142	Metagenome / Metatranscriptome	126	Y
F067243	Metagenome	126	N
F068057	Metagenome / Metatranscriptome	125	Y
F068263	Metagenome	125	Y
F069476	Metagenome	124	Y
F069478	Metagenome	124	Y
F069488	Metagenome	124	Y
F069490	Metagenome / Metatranscriptome	124	Y
F069961	Metagenome / Metatranscriptome	123	Y
F070684	Metagenome / Metatranscriptome	123	Y
F071798	Metagenome / Metatranscriptome	122	Y
F072871	Metagenome	121	Y
F072872	Metagenome	121	Y
F073309	Metagenome / Metatranscriptome	120	Y
F073364	Metagenome / Metatranscriptome	120	N
F074172	Metagenome / Metatranscriptome	120	Y
F075225	Metagenome / Metatranscriptome	119	Y
F075235	Metagenome	119	Y
F075447	Metagenome	119	Y
F076967	Metagenome / Metatranscriptome	117	Y
F077976	Metagenome	117	Y
F077977	Metagenome	117	Y
F078010	Metagenome	117	Y
F078470	Metagenome	116	Y
F080207	Metagenome	115	Y
F080655	Metagenome	115	Y
F081263	Metagenome / Metatranscriptome	114	Y
F082269	Metagenome / Metatranscriptome	113	Y
F082783	Metagenome / Metatranscriptome	113	Y
F083428	Metagenome	113	Y
F083441	Metagenome / Metatranscriptome	113	Y
F085854	Metagenome / Metatranscriptome	111	Y
F086112	Metagenome	111	Y
F086912	Metagenome	110	N
F087943	Metagenome	110	Y
F090769	Metagenome	108	Y
F092933	Metagenome	107	Y
F092943	Metagenome	107	Y
F092947	Metagenome	107	Y
F093180	Metagenome / Metatranscriptome	106	Y
F093421	Metagenome	106	Y
F093543	Metagenome	106	Y
F094068	Metagenome / Metatranscriptome	106	Y
F094277	Metagenome / Metatranscriptome	106	Y
F094584	Metagenome / Metatranscriptome	106	Y
F095182	Metagenome	105	Y
F095962	Metagenome / Metatranscriptome	105	Y
F098179	Metagenome / Metatranscriptome	104	Y
F098281	Metagenome	104	Y
F098296	Metagenome / Metatranscriptome	104	Y
F099709	Metagenome	103	Y
F100036	Metagenome	103	Y
F102122	Metagenome	102	N
F102123	Metagenome	102	N
F102127	Metagenome	102	N
F102128	Metagenome	102	Y
F102153	Metagenome	102	Y
F102159	Metagenome / Metatranscriptome	102	Y
F103365	Metagenome / Metatranscriptome	101	N
F103949	Metagenome / Metatranscriptome	101	Y
F104013	Metagenome / Metatranscriptome	101	Y
F104083	Metagenome	101	Y
F104096	Metagenome / Metatranscriptome	101	Y
F104111	Metagenome	101	Y
F104112	Metagenome / Metatranscriptome	101	N
F104871	Metagenome / Metatranscriptome	100	Y
F105035	Metagenome	100	Y
F105105	Metagenome	100	Y
F105385	Metagenome	100	Y
F106159	Metagenome / Metatranscriptome	100	Y
F106161	Metagenome / Metatranscriptome	100	Y

Associated Scaffolds

Scaffold	Taxonomy	Length	IMG/M Link
P1_DRAFT_NODE_100225_len_1109_cov_9_337241	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium	1159	Open in IMG/M
P1_DRAFT_NODE_101203_len_701_cov_6_800285	Not Available	751	Open in IMG/M
P1_DRAFT_NODE_101515_len_1339_cov_12_687080	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales	1389	Open in IMG/M
P1_DRAFT_NODE_102011_len_600_cov_11_315000	Not Available	650	Open in IMG/M
P1_DRAFT_NODE_105243_len_1124_cov_13_653025	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes	1174	Open in IMG/M
P1_DRAFT_NODE_109861_len_897_cov_7_663322	Not Available	947	Open in IMG/M
P1_DRAFT_NODE_110056_len_733_cov_9_540246	Not Available	783	Open in IMG/M
P1_DRAFT_NODE_11148_len_2124_cov_12_813088	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	2174	Open in IMG/M
P1_DRAFT_NODE_111958_len_633_cov_11_772511	All Organisms → cellular organisms → Bacteria → Terrabacteria group	683	Open in IMG/M
P1_DRAFT_NODE_113700_len_2118_cov_12_689802	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	2168	Open in IMG/M
P1_DRAFT_NODE_114940_len_1057_cov_12_129612	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium	1107	Open in IMG/M
P1_DRAFT_NODE_116826_len_755_cov_10_520530	Not Available	805	Open in IMG/M
P1_DRAFT_NODE_119999_len_823_cov_8_469016	Not Available	873	Open in IMG/M
P1_DRAFT_NODE_120078_len_2012_cov_12_361829	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria	2062	Open in IMG/M
P1_DRAFT_NODE_12093_len_740_cov_8_667567	All Organisms → cellular organisms → Bacteria	790	Open in IMG/M
P1_DRAFT_NODE_120977_len_585_cov_9_740170	All Organisms → cellular organisms → Bacteria → Terrabacteria group	635	Open in IMG/M
P1_DRAFT_NODE_124933_len_1150_cov_21_121738	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Xanthobacteraceae → Pseudolabrys → Pseudolabrys taiwanensis	1200	Open in IMG/M
P1_DRAFT_NODE_127988_len_821_cov_10_701584	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes → unclassified Gemmatimonadetes → Gemmatimonadetes bacterium	871	Open in IMG/M
P1_DRAFT_NODE_131869_len_779_cov_12_581514	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes → unclassified Gemmatimonadetes → Gemmatimonadetes bacterium	829	Open in IMG/M
P1_DRAFT_NODE_132536_len_571_cov_9_443082	Not Available	621	Open in IMG/M
P1_DRAFT_NODE_134577_len_2053_cov_10_837311	Not Available	2103	Open in IMG/M
P1_DRAFT_NODE_134672_len_683_cov_10_797950	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	733	Open in IMG/M
P1_DRAFT_NODE_136233_len_1220_cov_19_777050	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium RBG_16_72_14	1270	Open in IMG/M
P1_DRAFT_NODE_13718_len_8473_cov_14_018058	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium	8523	Open in IMG/M
P1_DRAFT_NODE_137259_len_10051_cov_16_886379	All Organisms → cellular organisms → Bacteria	10101	Open in IMG/M
P1_DRAFT_NODE_139928_len_791_cov_8_523388	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium	841	Open in IMG/M
P1_DRAFT_NODE_141497_len_773_cov_9_844761	Not Available	823	Open in IMG/M
P1_DRAFT_NODE_141846_len_2091_cov_11_530368	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi	2141	Open in IMG/M
P1_DRAFT_NODE_14326_len_579_cov_7_468049	Not Available	629	Open in IMG/M
P1_DRAFT_NODE_145593_len_694_cov_11_044668	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes → unclassified Gemmatimonadetes → Gemmatimonadetes bacterium	744	Open in IMG/M
P1_DRAFT_NODE_146587_len_1270_cov_10_138582	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria	1320	Open in IMG/M
P1_DRAFT_NODE_148553_len_4294_cov_16_347694	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria	4344	Open in IMG/M
P1_DRAFT_NODE_148858_len_702_cov_10_504273	Not Available	752	Open in IMG/M
P1_DRAFT_NODE_1508_len_2450_cov_11_553878	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	2500	Open in IMG/M
P1_DRAFT_NODE_151707_len_23746_cov_20_013475	All Organisms → cellular organisms → Bacteria	23796	Open in IMG/M
P1_DRAFT_NODE_152495_len_4468_cov_13_709043	All Organisms → cellular organisms → Bacteria	4518	Open in IMG/M
P1_DRAFT_NODE_152912_len_1346_cov_11_155275	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium RBG_16_70_13	1396	Open in IMG/M
P1_DRAFT_NODE_155007_len_4044_cov_12_949060	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria	4094	Open in IMG/M
P1_DRAFT_NODE_15560_len_731_cov_13_326949	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria	781	Open in IMG/M
P1_DRAFT_NODE_160514_len_818_cov_5_577017	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi	868	Open in IMG/M
P1_DRAFT_NODE_160768_len_1635_cov_17_295412	All Organisms → cellular organisms → Bacteria	1685	Open in IMG/M
P1_DRAFT_NODE_163271_len_575_cov_12_926956	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	625	Open in IMG/M
P1_DRAFT_NODE_16339_len_1993_cov_8_957351	All Organisms → cellular organisms → Bacteria	2043	Open in IMG/M
P1_DRAFT_NODE_163953_len_616_cov_13_556818	All Organisms → cellular organisms → Bacteria → Terrabacteria group	666	Open in IMG/M
P1_DRAFT_NODE_165320_len_2776_cov_14_318084	All Organisms → cellular organisms → Bacteria	2826	Open in IMG/M
P1_DRAFT_NODE_168432_len_5411_cov_19_215672	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia	5461	Open in IMG/M
P1_DRAFT_NODE_168680_len_1433_cov_15_653873	All Organisms → cellular organisms → Bacteria	1483	Open in IMG/M
P1_DRAFT_NODE_17048_len_2356_cov_12_833192	All Organisms → cellular organisms → Bacteria	2406	Open in IMG/M
P1_DRAFT_NODE_174309_len_785_cov_9_363057	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → unclassified Actinobacteria → Actinobacteria bacterium HGW-Actinobacteria-8	835	Open in IMG/M
P1_DRAFT_NODE_176068_len_1024_cov_11_160156	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium	1074	Open in IMG/M
P1_DRAFT_NODE_176524_len_1776_cov_10_256757	Not Available	1826	Open in IMG/M
P1_DRAFT_NODE_1769_len_647_cov_8_743431	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi	697	Open in IMG/M
P1_DRAFT_NODE_177147_len_831_cov_9_454874	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes → unclassified Gemmatimonadetes → Gemmatimonadetes bacterium	881	Open in IMG/M
P1_DRAFT_NODE_178008_len_1370_cov_11_320438	Not Available	1420	Open in IMG/M
P1_DRAFT_NODE_181438_len_7182_cov_15_708856	All Organisms → cellular organisms → Bacteria → Proteobacteria → delta/epsilon subdivisions → Deltaproteobacteria → Myxococcales	7232	Open in IMG/M
P1_DRAFT_NODE_181867_len_1973_cov_13_585402	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes → Gemmatimonadetes → Gemmatimonadales → Gemmatimonadaceae	2023	Open in IMG/M
P1_DRAFT_NODE_182817_len_2598_cov_6_483449	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales	2648	Open in IMG/M
P1_DRAFT_NODE_186315_len_2160_cov_15_718056	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium	2210	Open in IMG/M
P1_DRAFT_NODE_186587_len_725_cov_5_910345	Not Available	775	Open in IMG/M
P1_DRAFT_NODE_189970_len_8525_cov_24_081642	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → Micrococcales → Microbacteriaceae	8575	Open in IMG/M
P1_DRAFT_NODE_190101_len_926_cov_19_150108	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria	976	Open in IMG/M
P1_DRAFT_NODE_190263_len_1222_cov_8_109656	Not Available	1272	Open in IMG/M
P1_DRAFT_NODE_191699_len_2378_cov_8_973927	All Organisms → cellular organisms → Bacteria	2428	Open in IMG/M
P1_DRAFT_NODE_192411_len_1333_cov_11_223556	All Organisms → cellular organisms → Bacteria → Caldiserica/Cryosericota group → Candidatus Cryosericota → Candidatus Cryosericia → Candidatus Cryosericales → Candidatus Cryosericaceae → Candidatus Cryosericum	1383	Open in IMG/M
P1_DRAFT_NODE_19265_len_3919_cov_18_187548	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales	3969	Open in IMG/M
P1_DRAFT_NODE_193764_len_1922_cov_11_606139	All Organisms → cellular organisms → Bacteria	1972	Open in IMG/M
P1_DRAFT_NODE_195468_len_4132_cov_13_243223	All Organisms → cellular organisms → Bacteria	4182	Open in IMG/M
P1_DRAFT_NODE_195543_len_632_cov_9_827532	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes → unclassified Gemmatimonadetes → Gemmatimonadetes bacterium	682	Open in IMG/M
P1_DRAFT_NODE_19575_len_4163_cov_13_839779	All Organisms → cellular organisms → Bacteria	4213	Open in IMG/M
P1_DRAFT_NODE_19641_len_1099_cov_10_644222	All Organisms → cellular organisms → Bacteria	1149	Open in IMG/M
P1_DRAFT_NODE_19813_len_3219_cov_11_484933	All Organisms → cellular organisms → Bacteria	3269	Open in IMG/M
P1_DRAFT_NODE_198181_len_855_cov_7_229240	Not Available	905	Open in IMG/M
P1_DRAFT_NODE_19992_len_2123_cov_10_910504	All Organisms → cellular organisms → Bacteria → Terrabacteria group	2173	Open in IMG/M
P1_DRAFT_NODE_203826_len_651_cov_7_193548	Not Available	701	Open in IMG/M
P1_DRAFT_NODE_206278_len_858_cov_6_702797	All Organisms → cellular organisms → Bacteria	908	Open in IMG/M
P1_DRAFT_NODE_206891_len_4680_cov_15_429914	All Organisms → cellular organisms → Bacteria	4730	Open in IMG/M
P1_DRAFT_NODE_211005_len_1635_cov_8_777370	Not Available	1685	Open in IMG/M
P1_DRAFT_NODE_21141_len_1059_cov_11_739377	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	1109	Open in IMG/M
P1_DRAFT_NODE_211685_len_809_cov_7_284302	Not Available	859	Open in IMG/M
P1_DRAFT_NODE_212316_len_555_cov_13_794595	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	605	Open in IMG/M
P1_DRAFT_NODE_21232_len_6212_cov_14_431745	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria	6262	Open in IMG/M
P1_DRAFT_NODE_21344_len_3419_cov_14_146827	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes	3469	Open in IMG/M
P1_DRAFT_NODE_21470_len_2311_cov_10_368238	All Organisms → cellular organisms → Bacteria	2361	Open in IMG/M
P1_DRAFT_NODE_215997_len_2429_cov_17_777275	All Organisms → cellular organisms → Bacteria	2479	Open in IMG/M
P1_DRAFT_NODE_221035_len_1271_cov_14_195909	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales	1321	Open in IMG/M
P1_DRAFT_NODE_22167_len_609_cov_8_064039	Not Available	659	Open in IMG/M
P1_DRAFT_NODE_223886_len_4049_cov_13_946653	All Organisms → cellular organisms → Bacteria	4099	Open in IMG/M
P1_DRAFT_NODE_224041_len_1190_cov_12_522689	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria	1240	Open in IMG/M
P1_DRAFT_NODE_225749_len_1888_cov_11_090572	All Organisms → cellular organisms → Bacteria	1938	Open in IMG/M
P1_DRAFT_NODE_22701_len_8193_cov_16_111193	All Organisms → cellular organisms → Bacteria	8243	Open in IMG/M
P1_DRAFT_NODE_22917_len_881_cov_8_281498	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium	931	Open in IMG/M
P1_DRAFT_NODE_22936_len_727_cov_13_596973	All Organisms → cellular organisms → Bacteria → Proteobacteria → unclassified Proteobacteria → Proteobacteria bacterium	777	Open in IMG/M
P1_DRAFT_NODE_234288_len_2621_cov_14_490652	All Organisms → cellular organisms → Bacteria	2671	Open in IMG/M
P1_DRAFT_NODE_234477_len_1243_cov_11_996782	All Organisms → cellular organisms → Bacteria	1293	Open in IMG/M
P1_DRAFT_NODE_235552_len_12144_cov_17_853260	All Organisms → cellular organisms → Bacteria	12194	Open in IMG/M
P1_DRAFT_NODE_241799_len_1120_cov_6_358036	Not Available	1170	Open in IMG/M
P1_DRAFT_NODE_244496_len_3787_cov_24_659361	All Organisms → cellular organisms → Bacteria	3837	Open in IMG/M
P1_DRAFT_NODE_244814_len_1211_cov_20_148638	All Organisms → cellular organisms → Bacteria	1261	Open in IMG/M
P1_DRAFT_NODE_246988_len_1132_cov_13_450530	Not Available	1182	Open in IMG/M
P1_DRAFT_NODE_247362_len_3841_cov_17_240042	All Organisms → cellular organisms → Bacteria	3891	Open in IMG/M
P1_DRAFT_NODE_24737_len_1698_cov_15_206714	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria	1748	Open in IMG/M
P1_DRAFT_NODE_250228_len_603_cov_5_633499	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria	653	Open in IMG/M
P1_DRAFT_NODE_251474_len_1200_cov_12_284166	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia	1250	Open in IMG/M
P1_DRAFT_NODE_252525_len_1428_cov_9_007703	All Organisms → cellular organisms → Bacteria → Terrabacteria group	1478	Open in IMG/M
P1_DRAFT_NODE_254866_len_4746_cov_10_965655	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes → Gemmatimonadetes → Gemmatimonadales → Gemmatimonadaceae → Gemmatirosa → Gemmatirosa kalamazoonesis	4796	Open in IMG/M
P1_DRAFT_NODE_256240_len_1722_cov_11_426249	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria	1772	Open in IMG/M
P1_DRAFT_NODE_257239_len_651_cov_10_304148	Not Available	701	Open in IMG/M
P1_DRAFT_NODE_257300_len_1596_cov_13_039474	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium	1646	Open in IMG/M
P1_DRAFT_NODE_2577_len_14784_cov_20_245062	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria	14834	Open in IMG/M
P1_DRAFT_NODE_259406_len_1578_cov_8_894170	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium	1628	Open in IMG/M
P1_DRAFT_NODE_260514_len_1197_cov_11_702590	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium	1247	Open in IMG/M
P1_DRAFT_NODE_263068_len_1167_cov_12_820909	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes	1217	Open in IMG/M
P1_DRAFT_NODE_268145_len_3737_cov_14_386941	All Organisms → cellular organisms → Bacteria	3787	Open in IMG/M
P1_DRAFT_NODE_27354_len_1100_cov_11_380000	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes → unclassified Gemmatimonadetes → Gemmatimonadetes bacterium	1150	Open in IMG/M
P1_DRAFT_NODE_273620_len_2956_cov_16_265562	All Organisms → cellular organisms → Bacteria	3006	Open in IMG/M
P1_DRAFT_NODE_273623_len_1263_cov_10_942201	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes → unclassified Gemmatimonadetes → Gemmatimonadetes bacterium	1313	Open in IMG/M
P1_DRAFT_NODE_275341_len_588_cov_6_681973	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes → unclassified Gemmatimonadetes → Gemmatimonadetes bacterium	638	Open in IMG/M
P1_DRAFT_NODE_275453_len_3381_cov_14_725525	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes → unclassified Gemmatimonadetes → Gemmatimonadetes bacterium	3431	Open in IMG/M
P1_DRAFT_NODE_276038_len_1216_cov_16_017269	All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → Spartobacteria → unclassified Spartobacteria → Spartobacteria bacterium	1266	Open in IMG/M
P1_DRAFT_NODE_276563_len_4237_cov_16_997875	All Organisms → cellular organisms → Bacteria	4287	Open in IMG/M
P1_DRAFT_NODE_277000_len_865_cov_11_852023	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Bradyrhizobiaceae → Bradyrhizobium → Bradyrhizobium sediminis	915	Open in IMG/M
P1_DRAFT_NODE_278029_len_2689_cov_12_163258	All Organisms → cellular organisms → Bacteria	2739	Open in IMG/M
P1_DRAFT_NODE_278484_len_8286_cov_16_702631	All Organisms → cellular organisms → Bacteria	8336	Open in IMG/M
P1_DRAFT_NODE_279399_len_571_cov_6_141856	Not Available	621	Open in IMG/M
P1_DRAFT_NODE_285070_len_2209_cov_15_521502	All Organisms → cellular organisms → Bacteria	2259	Open in IMG/M
P1_DRAFT_NODE_285304_len_1544_cov_15_999352	All Organisms → cellular organisms → Bacteria → Proteobacteria	1594	Open in IMG/M
P1_DRAFT_NODE_29037_len_1174_cov_11_545145	All Organisms → cellular organisms → Bacteria	1224	Open in IMG/M
P1_DRAFT_NODE_293003_len_1673_cov_14_454871	All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Cytophagia → Cytophagales → Cytophagaceae	1723	Open in IMG/M
P1_DRAFT_NODE_293276_len_2351_cov_17_501064	Not Available	2401	Open in IMG/M
P1_DRAFT_NODE_293865_len_1626_cov_12_052891	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes → unclassified Gemmatimonadetes → Gemmatimonadetes bacterium	1676	Open in IMG/M
P1_DRAFT_NODE_296612_len_1140_cov_10_901754	Not Available	1190	Open in IMG/M
P1_DRAFT_NODE_299531_len_796_cov_10_604271	All Organisms → cellular organisms → Bacteria	846	Open in IMG/M
P1_DRAFT_NODE_30186_len_1211_cov_9_868704	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium	1261	Open in IMG/M
P1_DRAFT_NODE_303975_len_4083_cov_18_374479	All Organisms → cellular organisms → Bacteria → Proteobacteria	4133	Open in IMG/M
P1_DRAFT_NODE_304246_len_1874_cov_13_655283	All Organisms → cellular organisms → Bacteria	1924	Open in IMG/M
P1_DRAFT_NODE_30452_len_928_cov_9_324353	All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria	978	Open in IMG/M
P1_DRAFT_NODE_306503_len_12383_cov_17_580069	All Organisms → cellular organisms → Bacteria	12433	Open in IMG/M
P1_DRAFT_NODE_30697_len_860_cov_15_791861	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria	910	Open in IMG/M
P1_DRAFT_NODE_307186_len_9865_cov_13_361176	All Organisms → cellular organisms → Bacteria	9915	Open in IMG/M
P1_DRAFT_NODE_307291_len_10338_cov_14_928419	All Organisms → cellular organisms → Bacteria	10388	Open in IMG/M
P1_DRAFT_NODE_307677_len_3203_cov_12_285982	All Organisms → cellular organisms → Bacteria	3253	Open in IMG/M
P1_DRAFT_NODE_308582_len_3115_cov_12_878973	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Xanthobacteraceae → Pseudolabrys → Pseudolabrys taiwanensis	3165	Open in IMG/M
P1_DRAFT_NODE_309383_len_1565_cov_11_225559	All Organisms → cellular organisms → Bacteria → Proteobacteria → delta/epsilon subdivisions → Deltaproteobacteria → unclassified Deltaproteobacteria → Deltaproteobacteria bacterium	1615	Open in IMG/M
P1_DRAFT_NODE_310178_len_2353_cov_12_386741	All Organisms → cellular organisms → Bacteria	2403	Open in IMG/M
P1_DRAFT_NODE_311315_len_3949_cov_13_065840	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes → Gemmatimonadetes → Gemmatimonadales → Gemmatimonadaceae	3999	Open in IMG/M
P1_DRAFT_NODE_312592_len_2732_cov_14_990849	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium	2782	Open in IMG/M
P1_DRAFT_NODE_31605_len_1910_cov_9_160210	Not Available	1960	Open in IMG/M
P1_DRAFT_NODE_317603_len_1136_cov_13_392606	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia	1186	Open in IMG/M
P1_DRAFT_NODE_318286_len_10443_cov_13_322417	All Organisms → cellular organisms → Bacteria	10493	Open in IMG/M
P1_DRAFT_NODE_3207_len_991_cov_8_033299	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Bradyrhizobiaceae → Bradyrhizobium → Bradyrhizobium lablabi	1041	Open in IMG/M
P1_DRAFT_NODE_32149_len_2928_cov_10_352459	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	2978	Open in IMG/M
P1_DRAFT_NODE_32266_len_19985_cov_19_831774	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia	20035	Open in IMG/M
P1_DRAFT_NODE_325749_len_5634_cov_12_650515	All Organisms → cellular organisms → Bacteria	5684	Open in IMG/M
P1_DRAFT_NODE_327_len_885_cov_24_220339	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	935	Open in IMG/M
P1_DRAFT_NODE_327835_len_4324_cov_13_109621	All Organisms → cellular organisms → Bacteria	4374	Open in IMG/M
P1_DRAFT_NODE_33008_len_5550_cov_15_113153	All Organisms → cellular organisms → Bacteria → Proteobacteria → delta/epsilon subdivisions → Deltaproteobacteria → Myxococcales	5600	Open in IMG/M
P1_DRAFT_NODE_33018_len_3826_cov_19_031626	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → Micrococcales → Intrasporangiaceae	3876	Open in IMG/M
P1_DRAFT_NODE_332367_len_2799_cov_11_516971	All Organisms → cellular organisms → Bacteria	2849	Open in IMG/M
P1_DRAFT_NODE_339773_len_6517_cov_13_619763	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi	6567	Open in IMG/M
P1_DRAFT_NODE_33981_len_1514_cov_9_036327	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium	1564	Open in IMG/M
P1_DRAFT_NODE_340511_len_6178_cov_11_989640	All Organisms → cellular organisms → Bacteria → Proteobacteria	6228	Open in IMG/M
P1_DRAFT_NODE_341418_len_4321_cov_10_802129	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes	4371	Open in IMG/M
P1_DRAFT_NODE_34188_len_947_cov_13_560718	Not Available	997	Open in IMG/M
P1_DRAFT_NODE_342480_len_8611_cov_16_042503	All Organisms → cellular organisms → Bacteria	8661	Open in IMG/M
P1_DRAFT_NODE_342725_len_2547_cov_10_021594	Not Available	2597	Open in IMG/M
P1_DRAFT_NODE_343436_len_2505_cov_14_041517	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Rhizobiaceae	2555	Open in IMG/M
P1_DRAFT_NODE_343734_len_2774_cov_18_035328	All Organisms → cellular organisms → Bacteria	2824	Open in IMG/M
P1_DRAFT_NODE_34415_len_608_cov_7_251645	All Organisms → cellular organisms → Bacteria → Caldiserica/Cryosericota group → Candidatus Cryosericota → Candidatus Cryosericia → Candidatus Cryosericales → Candidatus Cryosericaceae → Candidatus Cryosericum	658	Open in IMG/M
P1_DRAFT_NODE_34448_len_604_cov_12_991722	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes → unclassified Gemmatimonadetes → Gemmatimonadetes bacterium	654	Open in IMG/M
P1_DRAFT_NODE_347959_len_5400_cov_13_613704	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes → Gemmatimonadetes → Gemmatimonadales → Gemmatimonadaceae → Gemmatirosa → Gemmatirosa kalamazoonesis	5450	Open in IMG/M
P1_DRAFT_NODE_348690_len_1295_cov_15_430888	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Rubrobacteria → Gaiellales → unclassified Gaiellales → Gaiellales bacterium	1345	Open in IMG/M
P1_DRAFT_NODE_34934_len_2132_cov_13_973734	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	2182	Open in IMG/M
P1_DRAFT_NODE_349835_len_5339_cov_14_804271	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes → Gemmatimonadetes → Gemmatimonadales → Gemmatimonadaceae → Gemmatirosa → Gemmatirosa kalamazoonesis	5389	Open in IMG/M
P1_DRAFT_NODE_35595_len_44892_cov_21_004433	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria	44942	Open in IMG/M
P1_DRAFT_NODE_38610_len_3233_cov_11_272502	All Organisms → cellular organisms → Bacteria	3283	Open in IMG/M
P1_DRAFT_NODE_39715_len_8571_cov_17_494108	All Organisms → cellular organisms → Bacteria	8621	Open in IMG/M
P1_DRAFT_NODE_40272_len_1844_cov_15_887201	All Organisms → cellular organisms → Bacteria → Terrabacteria group	1894	Open in IMG/M
P1_DRAFT_NODE_4049_len_4176_cov_16_611589	All Organisms → cellular organisms → Bacteria	4226	Open in IMG/M
P1_DRAFT_NODE_40901_len_6621_cov_12_583899	All Organisms → cellular organisms → Bacteria	6671	Open in IMG/M
P1_DRAFT_NODE_41051_len_1901_cov_10_537086	All Organisms → cellular organisms → Bacteria → Acidobacteria → Acidobacteriia → Acidobacteriales → Acidobacteriaceae → Candidatus Sulfotelmatobacter → Candidatus Sulfotelmatobacter kueseliae	1951	Open in IMG/M
P1_DRAFT_NODE_41202_len_587_cov_9_001703	All Organisms → cellular organisms → Bacteria → Caldiserica/Cryosericota group → Candidatus Cryosericota → Candidatus Cryosericia → Candidatus Cryosericales → Candidatus Cryosericaceae → Candidatus Cryosericum	637	Open in IMG/M
P1_DRAFT_NODE_41212_len_979_cov_15_772217	Not Available	1029	Open in IMG/M
P1_DRAFT_NODE_43078_len_1194_cov_13_870184	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes → Gemmatimonadetes → Gemmatimonadales → Gemmatimonadaceae	1244	Open in IMG/M
P1_DRAFT_NODE_47028_len_1180_cov_10_632203	All Organisms → cellular organisms → Bacteria	1230	Open in IMG/M
P1_DRAFT_NODE_47184_len_2694_cov_14_238307	All Organisms → cellular organisms → Bacteria	2744	Open in IMG/M
P1_DRAFT_NODE_47904_len_1184_cov_10_514359	Not Available	1234	Open in IMG/M
P1_DRAFT_NODE_48596_len_1203_cov_12_664173	All Organisms → cellular organisms → Bacteria	1253	Open in IMG/M
P1_DRAFT_NODE_48800_len_1476_cov_11_824526	All Organisms → cellular organisms → Bacteria	1526	Open in IMG/M
P1_DRAFT_NODE_48837_len_2099_cov_22_703669	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → Micrococcales → Intrasporangiaceae → Phycicoccus → unclassified Phycicoccus → Phycicoccus sp.	2149	Open in IMG/M
P1_DRAFT_NODE_48866_len_620_cov_12_569355	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes → unclassified Gemmatimonadetes → Gemmatimonadetes bacterium	670	Open in IMG/M
P1_DRAFT_NODE_49947_len_975_cov_7_065641	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium	1025	Open in IMG/M
P1_DRAFT_NODE_51275_len_1109_cov_18_979261	All Organisms → cellular organisms → Bacteria	1159	Open in IMG/M
P1_DRAFT_NODE_52797_len_1022_cov_18_786694	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → Micrococcales	1072	Open in IMG/M
P1_DRAFT_NODE_54145_len_722_cov_15_247923	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → unclassified Actinobacteria → Actinobacteria bacterium ADurb.BinA094	772	Open in IMG/M
P1_DRAFT_NODE_54583_len_3159_cov_15_392213	All Organisms → cellular organisms → Bacteria	3209	Open in IMG/M
P1_DRAFT_NODE_54764_len_721_cov_6_085992	Not Available	771	Open in IMG/M
P1_DRAFT_NODE_55925_len_4098_cov_10_749146	All Organisms → cellular organisms → Bacteria	4148	Open in IMG/M
P1_DRAFT_NODE_55993_len_1356_cov_23_924778	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium	1406	Open in IMG/M
P1_DRAFT_NODE_5653_len_775_cov_7_771613	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes → Gemmatimonadetes → Gemmatimonadales → Gemmatimonadaceae → Gemmatimonas	825	Open in IMG/M
P1_DRAFT_NODE_56932_len_769_cov_6_989597	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → Micrococcales → Intrasporangiaceae → Phycicoccus → unclassified Phycicoccus → Phycicoccus sp.	819	Open in IMG/M
P1_DRAFT_NODE_57119_len_748_cov_6_913102	Not Available	798	Open in IMG/M
P1_DRAFT_NODE_58329_len_775_cov_11_389677	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales	825	Open in IMG/M
P1_DRAFT_NODE_59115_len_786_cov_7_894402	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia	836	Open in IMG/M
P1_DRAFT_NODE_59326_len_557_cov_9_671454	Not Available	607	Open in IMG/M
P1_DRAFT_NODE_59958_len_1164_cov_8_256014	Not Available	1214	Open in IMG/M
P1_DRAFT_NODE_61202_len_2905_cov_15_565921	All Organisms → cellular organisms → Bacteria	2955	Open in IMG/M
P1_DRAFT_NODE_61279_len_965_cov_6_874611	All Organisms → cellular organisms → Bacteria	1015	Open in IMG/M
P1_DRAFT_NODE_61786_len_1000_cov_21_959000	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium	1050	Open in IMG/M
P1_DRAFT_NODE_62645_len_6358_cov_14_911293	All Organisms → cellular organisms → Bacteria → Proteobacteria	6408	Open in IMG/M
P1_DRAFT_NODE_62842_len_960_cov_8_754167	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	1010	Open in IMG/M
P1_DRAFT_NODE_62882_len_1887_cov_17_956545	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium	1937	Open in IMG/M
P1_DRAFT_NODE_63768_len_994_cov_10_133802	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium	1044	Open in IMG/M
P1_DRAFT_NODE_65718_len_758_cov_9_411610	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → Micrococcales → Intrasporangiaceae → Phycicoccus → unclassified Phycicoccus → Phycicoccus sp.	808	Open in IMG/M
P1_DRAFT_NODE_65746_len_1290_cov_7_923256	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium	1340	Open in IMG/M
P1_DRAFT_NODE_67678_len_578_cov_17_773355	Not Available	628	Open in IMG/M
P1_DRAFT_NODE_69449_len_2077_cov_9_949447	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	2127	Open in IMG/M
P1_DRAFT_NODE_69459_len_754_cov_35_746685	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → Micrococcales → Intrasporangiaceae → Phycicoccus → unclassified Phycicoccus → Phycicoccus sp.	804	Open in IMG/M
P1_DRAFT_NODE_69515_len_1659_cov_13_731766	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → Micrococcales → Intrasporangiaceae → Phycicoccus → unclassified Phycicoccus → Phycicoccus sp.	1709	Open in IMG/M
P1_DRAFT_NODE_70101_len_551_cov_11_417423	Not Available	601	Open in IMG/M
P1_DRAFT_NODE_72308_len_714_cov_7_724090	Not Available	764	Open in IMG/M
P1_DRAFT_NODE_74236_len_967_cov_9_167528	Not Available	1017	Open in IMG/M
P1_DRAFT_NODE_74829_len_682_cov_8_759531	All Organisms → cellular organisms → Bacteria	732	Open in IMG/M
P1_DRAFT_NODE_75253_len_1503_cov_10_666667	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes	1553	Open in IMG/M
P1_DRAFT_NODE_75504_len_1757_cov_25_013660	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → Micrococcales	1807	Open in IMG/M
P1_DRAFT_NODE_7866_len_1738_cov_14_263521	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	1788	Open in IMG/M
P1_DRAFT_NODE_78676_len_888_cov_12_801802	All Organisms → cellular organisms → Bacteria	938	Open in IMG/M
P1_DRAFT_NODE_80444_len_639_cov_8_809076	All Organisms → cellular organisms → Bacteria	689	Open in IMG/M
P1_DRAFT_NODE_80896_len_1122_cov_12_630125	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes → Gemmatimonadetes → Gemmatimonadales → Gemmatimonadaceae → unclassified Gemmatimonadaceae → Gemmatimonadaceae bacterium	1172	Open in IMG/M
P1_DRAFT_NODE_8197_len_1701_cov_11_440330	All Organisms → cellular organisms → Bacteria	1751	Open in IMG/M
P1_DRAFT_NODE_82422_len_714_cov_16_130253	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales → Bradyrhizobiaceae → Bradyrhizobium	764	Open in IMG/M
P1_DRAFT_NODE_83377_len_553_cov_6_016275	All Organisms → cellular organisms → Bacteria	603	Open in IMG/M
P1_DRAFT_NODE_86067_len_1078_cov_14_998145	All Organisms → cellular organisms → Bacteria	1128	Open in IMG/M
P1_DRAFT_NODE_88109_len_2972_cov_11_983850	All Organisms → cellular organisms → Bacteria	3022	Open in IMG/M
P1_DRAFT_NODE_8859_len_808_cov_9_688119	All Organisms → cellular organisms → Bacteria	858	Open in IMG/M
P1_DRAFT_NODE_88782_len_5216_cov_12_680023	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes → Gemmatimonadetes → Gemmatimonadales → Gemmatimonadaceae → Gemmatirosa → Gemmatirosa kalamazoonesis	5266	Open in IMG/M
P1_DRAFT_NODE_89145_len_2328_cov_9_374571	All Organisms → cellular organisms → Bacteria	2378	Open in IMG/M
P1_DRAFT_NODE_8939_len_1714_cov_9_617853	All Organisms → cellular organisms → Bacteria	1764	Open in IMG/M
P1_DRAFT_NODE_89994_len_1041_cov_7_895293	All Organisms → cellular organisms → Bacteria	1091	Open in IMG/M
P1_DRAFT_NODE_90097_len_1503_cov_11_888224	All Organisms → cellular organisms → Bacteria	1553	Open in IMG/M
P1_DRAFT_NODE_90102_len_821_cov_10_511571	Not Available	871	Open in IMG/M
P1_DRAFT_NODE_91243_len_3381_cov_15_431529	All Organisms → cellular organisms → Bacteria	3431	Open in IMG/M
P1_DRAFT_NODE_92128_len_839_cov_10_132300	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium	889	Open in IMG/M
P1_DRAFT_NODE_92774_len_636_cov_7_022013	Not Available	686	Open in IMG/M
P1_DRAFT_NODE_93398_len_1055_cov_14_594313	Not Available	1105	Open in IMG/M
P1_DRAFT_NODE_93749_len_1544_cov_6_770078	All Organisms → cellular organisms → Bacteria	1594	Open in IMG/M
P1_DRAFT_NODE_94187_len_2215_cov_24_374718	All Organisms → cellular organisms → Bacteria	2265	Open in IMG/M
P1_DRAFT_NODE_94866_len_909_cov_13_358636	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes → unclassified Gemmatimonadetes → Gemmatimonadetes bacterium	959	Open in IMG/M
P1_DRAFT_NODE_9634_len_13248_cov_20_176933	All Organisms → cellular organisms → Bacteria	13298	Open in IMG/M
P1_DRAFT_NODE_96493_len_942_cov_12_462845	Not Available	992	Open in IMG/M
P1_DRAFT_NODE_965_len_1368_cov_12_069445	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes	1418	Open in IMG/M
P1_DRAFT_NODE_97270_len_1766_cov_10_043036	All Organisms → cellular organisms → Bacteria → Acidobacteria	1816	Open in IMG/M
P1_DRAFT_NODE_97380_len_705_cov_10_246808	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium	755	Open in IMG/M
P1_DRAFT_NODE_97862_len_4631_cov_13_418700	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia → Streptosporangiales	4681	Open in IMG/M
P1_DRAFT_NODE_97975_len_775_cov_8_930323	All Organisms → cellular organisms → Bacteria → FCB group → Gemmatimonadetes	825	Open in IMG/M
P1_DRAFT_NODE_990_len_758_cov_13_062005	Not Available	808	Open in IMG/M

Sequences

Scaffold ID	Protein ID	Family	Sequence
P1_DRAFT_NODE_100225_len_1109_cov_9_337241	P1_DRAFT_00268110	F000443	MPQTSGMINPSVAWTKVDVLTSYQRLSGEIQMRVRLRETMNDPEPLFHLRNVSAEPLLPGAVSLNGVPEGLFSKALICGIRTIESEPPPPDQVEVTRRFAMYQAGTFIVTGAAEFPIALEPKMHGEVLLKNPFFPLVDATITIIGVAGKVWTQPIIWVNRAHMLALYLG
P1_DRAFT_NODE_101203_len_701_cov_6_800285	P1_DRAFT_00808560	F004704	MSERRFVLVDFTHMSRAGCLRLYEAGRAYALPRAIAHAATKRELVAKHRPPRWTAPSMFRPPETLTEAEVIEAETELKALRRHALAVVDPETES
P1_DRAFT_NODE_101515_len_1339_cov_12_687080	P1_DRAFT_00976940	F016092	SQERSAAMTFAKKLKKTRLRGDRLTFARTKSIDPITSARVEFALSTLAASGKLKGSRTERLSARVDPGLIKAARTKTGLKNDSELVNAALAVLAAPDDFGPWFAAQAGRLPKDFELEL
P1_DRAFT_NODE_102011_len_600_cov_11_315000	P1_DRAFT_00900590	F058083	MKVRHDMPSGQVYRGSAMRKQPRLSESARATAILQPNEPTIRHLAVLDAYAEAGTYELTAATTGISPATVRNLLIEIREHYCAATTIQAYRAALAAGDLSTLGCRCLTVRS
P1_DRAFT_NODE_105243_len_1124_cov_13_653025	P1_DRAFT_00101720	F037998	MIYGRRPRQVLVVWGVSLGAIALIYWLEYSAPALHELLLPFYWIILALAFYLTWRWLRARSRKDRRGQDRRHADRRDENDTTSS
P1_DRAFT_NODE_105243_len_1124_cov_13_653025	P1_DRAFT_00101730	F071798	MEAEAITRLTDGLQPLAIRAILVQCLVGELAPSAAISRMLAVEGASTVRAAIDDVTHRAATISRASDMLVHDRVDELTQIFVEQVCEVADVGEATKSRTGYGLGLASRVSKSGDRDESRGSE
P1_DRAFT_NODE_109313_len_777_cov_10_446589	P1_DRAFT_00893680	F061190	VFKFRKLVVTTKPSVRIYADNAQVGRTPATITAELSAVRVILAR
P1_DRAFT_NODE_109861_len_897_cov_7_663322	P1_DRAFT_01059640	F078010	MRRAATRSRRGEGAFGLIVGLGVLFVVVVACVRILPLHIRGNEILDAMNEAANFGSLKGPEKLQMDIYLKAQNAKVPLKMEAIRIERNGNYIAISAQYEQSADIFGYKYVYKFDKRVEKPVF
P1_DRAFT_NODE_110056_len_733_cov_9_540246	P1_DRAFT_01196960	F023003	MAKNRAHETEVEDGPDEADVAGLADTLFERGRAVVERVPAVADGVREALADAQTQVNGLSDMGIIAAAGFALGVSTGLLVAGAPRVILALSAIPVALTLRSAMTRGVRPARLVN
P1_DRAFT_NODE_11148_len_2124_cov_12_813088	P1_DRAFT_00324640	F002551	MTRLFAIALTAFLVLSARPAEAAKKNFLDSDDAKEKDEPQKYLKDYDKLTKGKDADWVYFPSGGLKSFKTVTVKEFEENGRGREARDAAREGKDYMEQWLDKQGFKVVKSGGDLVIEGNVFNAWEPHGAGRYWGGWMANPGVGLEVVARDAKGNIVGEVRHKAKGSTIRDAVENGLEEVAKALAN
P1_DRAFT_NODE_111958_len_633_cov_11_772511	P1_DRAFT_00944330	F027988	LIFGSGRRLDRLREAWSGYWTLFRGLVIPACALFGLVVFRLLAGG
P1_DRAFT_NODE_113700_len_2118_cov_12_689802	P1_DRAFT_00424310	F003002	VTFDERTLNAMVAQLVERIPDLKDLKIEVSPGELAATIVVHRFGVPLSAKATLSQLRLKDGFLAFVLEKVQALSFIPIPDQLLTYLVQKAPPGLLTYYPDDRIMVVSLNEWMPPGMDLSLERTVFERGALTLQFASGSYDLSGLLGAPRIDGEE
P1_DRAFT_NODE_114940_len_1057_cov_12_129612	P1_DRAFT_00977060	F021887	MDDAVEPDSLAAFRRRRDGRDDLPALPLRPLIAEYTATFGSTWRPVTRRKHRDDFARLIAWLEANGKPVTTGSLDFPTLVDYVGYLRVRPKVSGVWRGAPDALGRSLRHASVQTLSLNSINAYLRPLRSLVIWLVDEGLLSCDPFRRSRRRAALNPLLPSEETPTKSAT
P1_DRAFT_NODE_116826_len_755_cov_10_520530	P1_DRAFT_00599540	F050579	MKKQPDKRSIPTLRDAYKVRGFHVQARIDSYDELKHPAFVVTLDRRSKKRFAVGARKFVAAFTINAGGARAILDAETETFISIFTCTA
P1_DRAFT_NODE_119999_len_823_cov_8_469016	P1_DRAFT_00822910	F104871	LRVLADLLEFTVEKTGDRFTLTRTADVAPPVCEERLTIDQAEELLGTWKLRGGG
P1_DRAFT_NODE_120078_len_2012_cov_12_361829	P1_DRAFT_00859570	F003187	MKKCVVLLCSLVLVLGVAGCAGKGKAPIGKGKAPVVQTKG
P1_DRAFT_NODE_120078_len_2012_cov_12_361829	P1_DRAFT_00859580	F005099	LIAWPEKRFFEEKNVMKPRTLSLLLLGSSVAIGTLLAKPTLAYWQFMERPPGVEVKPSPRYASQKECEAAFKKAEAALKKAYPDRYPLVGSCEEYR
P1_DRAFT_NODE_12093_len_740_cov_8_667567	P1_DRAFT_01035360	F044535	DSLFRSWAAGNITADPKNAAHLAIVWSDMRNSPTPADADPYAAKTNSDIVVSQSFDRGATWSAPAALALAGDQWMPWGAYDSTGILRIGLFDRQYDTANHTYGYSVATETGSGTLAFTTSQVSTAQSDPTTGDRWFARTVNAGFPFATSFLGDYSNIAALPSGGVVAYW
P1_DRAFT_NODE_120977_len_585_cov_9_740170	P1_DRAFT_01157030	F027988	LIFGSGRRLDRLREAWSGYWTLFRGLVMPACALFGLVVFRLLAGG
P1_DRAFT_NODE_124933_len_1150_cov_21_121738	P1_DRAFT_00395310	F022968	MLAYVVSEGRLFALKPSEWSMLLVGVALCGFVTLLF
P1_DRAFT_NODE_127988_len_821_cov_10_701584	P1_DRAFT_00483010	F092933	MHPVYRIDVARRFVTLYWSEFPSAARLREVVEEAVADSEFRPGMNFLWNRKPGPANPASTEYLREMLYFLQMLAERVGPHSWAIVGHNPADFGKARVLEAISDGTKVTIRAFKSAGDAEEWLRNPVRYEGNIVHFPARIPSLMGPLFA
P1_DRAFT_NODE_131479_len_2535_cov_13_920710	P1_DRAFT_00585390	F047254	MSVLFLDFESSERTARVQKLSRTGAHIVASEPRWPAFFELAKREKPYAIAIDFAQAPSHSLETADYLAKAKETREAAIYLLRVPEDRVDIVAKRLPRATRVTDQELAARVAEAEKQAQERARQKREAAA
P1_DRAFT_NODE_131869_len_779_cov_12_581514	P1_DRAFT_00742120	F055303	MPSPLPEELGRALRGATDRTLVALTALRKAVRRHVQDERDRGATLPDIEVELRTIIARVLKAAAGRDSIDGERDALANQMMKWSEGFYKQND
P1_DRAFT_NODE_131869_len_779_cov_12_581514	P1_DRAFT_00742130	F017686	TSPRFRLRFSRKAQALLATPARDARIEMSQMRSTAATKPSPIPDETARLFQVALHDVVRSSTLSMAELRECVKACVGTLRDMNVGPAQMIISIKACAKEGTRRYPQTLNEHELSNADFLMDQIIKWAIVEYYSEA
P1_DRAFT_NODE_132536_len_571_cov_9_443082	P1_DRAFT_01069710	F105035	MTMTTEKASELRDELEDVREAWREWTEQWAAFGRTLRAGGYNTYRLDAYKVGTGSDEGGGQSMEGWLMEIETDLMGEA
P1_DRAFT_NODE_134577_len_2053_cov_10_837311	P1_DRAFT_00585440	F080655	MRFGLRSVPWILAAASLAIPLLAGGFAGWPYVVLWVILLLVPLIVTREQPASRRERMKLPAFLLPVLFLLGFVGGWYLIPADLAWLLIEFGDRRRDTTLPAPTAVS
P1_DRAFT_NODE_134672_len_683_cov_10_797950	P1_DRAFT_00631190	F012261	MALAGNALFVFYCTAVGVYLLLRPWSARHLGFPPSGFFRGFISGLGLLHLAAGWSDLRVLSRGLGEPPSEPG
P1_DRAFT_NODE_136233_len_1220_cov_19_777050	P1_DRAFT_00011430	F056184	MISYDLIMHEYVGPLGQVAERVPPPARSWAFAVNSTVDFSDIEITLLSFVVVGKFARVTGLVRIRSRPNVRLASVPKLSLATADGSPLALLSAHVLPHGDMAWVSWLYQRPPDVLTEYEGRIDRVDLDHHVGGRVPRPHEPQHGAWVFRFRLPPAPVASRMIAALAD
P1_DRAFT_NODE_13718_len_8473_cov_14_018058	P1_DRAFT_00913720	F010512	MIDECPMTEDCPGYDRDRRMCLLRPDDCEFSLAGGEAALTFETPEALTRDTSAEAVSR
P1_DRAFT_NODE_137259_len_10051_cov_16_886379	P1_DRAFT_00417250	F098296	MVKHFLQRLRRQPVVAAVFTWFAEQFATEPDEDFRRSPGDALELMRPPAVSVAPATFERQFMKLHAQGRFEEMWEMLAEDAQRAWGGREAFIKGMPRLDAETELLDMQVVSVAVVEGWTDQLHRRTYSNVARMVMRYRVRQQWREWTFDRQVHLIPAAGSWRTLVYPVSNQLVTS
P1_DRAFT_NODE_139928_len_791_cov_8_523388	P1_DRAFT_00216760	F037499	MWVATVVTNDPHVGTNPERNTFYGFHPNPGYDDWYGYFYGDFRGSPGDASGWVKLLHENYPDHYHWNFATNGWAVHGHAKEYIAYYNWTFGGQCGLGFYGSASPAPFMADQFGYPVVDIYVDSRPPYTPEPRVTDITTSSVAFTWDPVDDQGDGAGRDFFSSGMGHYLSWLTLNGLPS
P1_DRAFT_NODE_141497_len_773_cov_9_844761	P1_DRAFT_00912510	F100036	MSPSVDPGWTGIIEVLVSGLGGTVRWEPGSVVLQLPDHPFDDRVGDLDGLRLCLGRIRVPVVFDTSRVTFPDASLVEFTKRLVESGLMVDVGCLAA
P1_DRAFT_NODE_141846_len_2091_cov_11_530368	P1_DRAFT_01074400	F058083	STAFSAMTVCHDMPPGFLYGATPMRKLHPGPERSATAALIGPLEPTMRQLAVLDAYAKAGSYELAAASTGISPSLVRNVLIEIREHYSAATTIQAYRAALAAGDLATPRG
P1_DRAFT_NODE_14326_len_579_cov_7_468049	P1_DRAFT_01218680	F094277	LLWQGKVPTVIDASKLVVGDRIVVRIRADKGASLAEIEATAANHVGDREPAAK
P1_DRAFT_NODE_145593_len_694_cov_11_044668	P1_DRAFT_00052290	F018434	MLSTRVKLTATFVAGLIAVTVTLFLSLLTARNAAVYHDIAQYAATQGDLAGRVIIEAAQSGEELVATDDTALVQHLSPRLAARLNAIPGYLNIVDTKGRTVYRSDDVVRLKPQDMATLQEQLADLPQSGEALIFQLDTLQDKLLFVSHSLPDAPGGISRIASGAVAN
P1_DRAFT_NODE_146587_len_1270_cov_10_138582	P1_DRAFT_00512220	F052957	MMSDDLQAFRERAARAVAKVARGSAADNADRHIRMADAVIAEFAKPTDAMIDAAYEAVRFDEAWAINSRRDFVKAVKAMVRQRRCPDLKPGV
P1_DRAFT_NODE_148553_len_4294_cov_16_347694	P1_DRAFT_01217500	F026622	MRADASVANGDTPLTALMRETAAATVDTVLAELRRRPIVQPEWLSLQDAAAYTGYSEQQFSEFVKRGIAPKSVLFSRNARRFKRSDVDAWCAAGGPSAYSSKGDPGAVRR
P1_DRAFT_NODE_148858_len_702_cov_10_504273	P1_DRAFT_00123520	F095182	MKSLRFVLSVALMSLSTVAFAQSGAHKMDAPKAAAPKSDAQISFDTMKTLAGDWEGPVNVAEM
P1_DRAFT_NODE_1508_len_2450_cov_11_553878	P1_DRAFT_00513330	F066059	MEASLEGLMEAQGALRSRFDDFRRALDRRDEEAYRLGLTDFHDCLRRWTEAQERSLLPAILRAGIPGRDPSRELRLEWVQLRELTRHLRSQVMERAPMGDILGFTENLARRFAAHESDLQNVYYPAAAHRLTAEEWTLLAAAAPDP
P1_DRAFT_NODE_151707_len_23746_cov_20_013475	P1_DRAFT_00014140	F040820	VGLAAIACGGSAPATATGEYPESGLVLLSLTDGTQRGSGSIGTDPVAVIVSGDGKTAYVADSAPGDVYAVRLPGLQVAWKQHVGGAPFGLLLHSERLFVSLFDGASVVELEPSSGRKLATHPVPQGAAVMTTDGAGHVVVAGTRGQLNVIDGGQLAAGNGFGVALAGGQLWSADYERAELVPAGDDHRVGLPLPLFPFWLAQGGGDTLLIAAEGGTEDSDPGGVFSFDPVTGAFKTLATPKDPDQVLQSGSTIFVPAHGDRDVLAIKDGSSSAWAPGAAAVALAPDPALGLLVVAVNAHE
P1_DRAFT_NODE_152495_len_4468_cov_13_709043	P1_DRAFT_00297300	F006066	MRRRPGEAAPTHRIYLSNEQPIREGPAPDGRTYFRARLDSEPSPEWMRAYRAGILGLMPEDRDAVLRFEFQGDSVRFAAGEAEVGRMRRVLQGRVDAVNGILSGGRG
P1_DRAFT_NODE_152912_len_1346_cov_11_155275	P1_DRAFT_00492280	F077976	MGGRCGESCPTIIGIVGRGPDIANQDESGRNRNERQEHDRKTRSYEETTGNPYHLSKAARMVVGVLAVIVVITLTALFLSGAIHW
P1_DRAFT_NODE_155007_len_4044_cov_12_949060	P1_DRAFT_01199660	F070684	LQPHRRQTKGVAKLDNLLVGLGVATALFALWAAVFATRADMATRRAAALVNKRWEDTIRPSPRLSFTSPPAPGQPIELEVENLGGTLAAGAVIVQAGDDLYAGELTMPEHAPPRRIYVNPVLKAWQRKNHPACLLLVGRDLSGKCWDYLDGNKAIDDPRKWLASQLRELRLQGIVDFPAVTGPAKP
P1_DRAFT_NODE_15560_len_731_cov_13_326949	P1_DRAFT_00904480	F074172	SRRHGDFALAGVVRAGQRLALFGVAPTPVLADPVDPMRGLRPSGDLEATTEFRLHLVRVLIEKAMAA
P1_DRAFT_NODE_160514_len_818_cov_5_577017	P1_DRAFT_00809050	F069488	VTARLGGTLLVGCLVFLVITLFEQIPVIGWLGALASLAAWIWLAGQVRRAGGAITDAGIAGALTGLVGAVSAWLLQVGNLFGPDTPGLARLGAGLGTIGATIFLMLWPIVGGLVCAGAAAMRSRRYAPGR
P1_DRAFT_NODE_160768_len_1635_cov_17_295412	P1_DRAFT_00915140	F102123	VSQRATLRHVKARNPDRDDEVDLPPAEAARDRRRDHDLRAAEREGMRTGLAKQFKQVLDAQAKRGREAEEESLLEERRLHELKGSHRPHRAVGRPPE
P1_DRAFT_NODE_163271_len_575_cov_12_926956	P1_DRAFT_00536830	F011591	ALATEIGAGYACTNEPPHRFALGERVRLENGILLTLVRLDQPYPPRQIFITSREMKMGYDDVYKACYVCVDQGKKENAIVLPKAEIQAGLPPA
P1_DRAFT_NODE_16339_len_1993_cov_8_957351	P1_DRAFT_00130250	F038113	MRRLSMLATKTYTFTRDEIVELVRFKSLEQGHDPEDVFRNFAASDLHHFSRLVEAYALCGLLPEDDPVFGT
P1_DRAFT_NODE_16339_len_1993_cov_8_957351	P1_DRAFT_00130260	F042316	MTPSSARSWSSTVASLRKASDGCLAGGREAFGHFERYVNLLFCLTVAHGDAAIHLSRNRSQPLGAALTGGHDPRGRPVVRLADGRFLRLVTRVRLDPSSGGALRVDTQSWQYQTAMGDDSWVFRADYSRARSAAARSPSGHLHVHGSLRQPAALRAKQPLGRVHFPCRQPTLEAVVVLLADEFGVPTNAPHDVWRAAVAEHEAKSARLFDL
P1_DRAFT_NODE_163953_len_616_cov_13_556818	P1_DRAFT_00825500	F034514	RSDHVAVGGLDAVDLSGPRADVFVAVTPPYRLLRVQLKKGVVVDGVSDADLRFINFDKDFRIAVPADVIDFSNLSTLSPIYTVVSVDTSGCASPCVVSALVKNLGGKREARAPSTITFTMIDAASKRTVGSCQVQVQPDVGYNATTTVSCTISRVSGQSVNAAIVSATPDNPGGA
P1_DRAFT_NODE_165320_len_2776_cov_14_318084	P1_DRAFT_01212660	F033559	MKKILALSVVAVLCAVVVLAGDEKMGDKKMGKTNEGTISKMDMASKMMMVKDSAGKETTVYWNDATKVAGDEMKEGALVHWTGSEKDGKMWATWVHVGEM
P1_DRAFT_NODE_168432_len_5411_cov_19_215672	P1_DRAFT_00791760	F052961	MEAKPFTYELTGDIRGSGSCMSLVFTNTTSIGSQMPVSDKTPEDPYLELSVHAGASRTDIVKRVLARAVLSKHKEGGLGQVFKFRKLKVTTKPSVRIYADNAQLGRTPATITAELSALQVILPR
P1_DRAFT_NODE_168680_len_1433_cov_15_653873	P1_DRAFT_01162780	F009111	LRFPFTFMGVMALGIGIWVLVYLAGHRGLDPAAQAIAGTTVLISWSFGLYVLIRRVRRGPQH
P1_DRAFT_NODE_17048_len_2356_cov_12_833192	P1_DRAFT_00666310	F026952	MPDTSAYYHLAYTIALGIYAAYALSLYLRRKRVRAK
P1_DRAFT_NODE_174309_len_785_cov_9_363057	P1_DRAFT_00619950	F104083	NALFEGLTPVHEKAALVSFIGTGITDPNRYENASAAFNQLRLMAPTHEGALIQVFTHKLREESKGSDFLYLHLAGDPLSFGFLICALTGGGLXXXXLATPSLSAS
P1_DRAFT_NODE_176068_len_1024_cov_11_160156	P1_DRAFT_01121540	F023003	MAKNQTPKIDLDDDADDVPDGADSGTFADALVDRGRAVLDRVPAVADSGRDLLADAQNQVNGLSDMGIIAASGFALGVSSGLLLAGAPRVILILSMIPVALTLRSAFARGVRPAVLVN
P1_DRAFT_NODE_176524_len_1776_cov_10_256757	P1_DRAFT_00055110	F054241	MRIEETITAEKIRRKQFVALLGTCQDCGQPVTEGQEFFRSDDGIRHALCFFDPAFAKRERELKSKTAQ
P1_DRAFT_NODE_1769_len_647_cov_8_743431	P1_DRAFT_00707750	F075225	GNQILVSETTYSIVADILRDDISLVSVGSRRLQGHERPEEIYVLQHPEISLEASVAEDDA
P1_DRAFT_NODE_177147_len_831_cov_9_454874	P1_DRAFT_00276030	F016575	MVMILGASCGRTATPKACLQFSADLMPDLTGGLIRKDFRMANAWAVKSDQMIDSSGVKFPAYFLSADIIAPSGEAAVGTWVTTEVTKPGLIYSVSPQAKKYTSWAQVGDASTAGISMETAGAKASVSCVLDARPATTK
P1_DRAFT_NODE_178008_len_1370_cov_11_320438	P1_DRAFT_00565850	F027360	MRPVTSDGRELLALMTATLSADLEGRVPADHVAGIVRTIVAESHQAAQHRGVEPTMFEARRRLERFIRAPSSR
P1_DRAFT_NODE_181438_len_7182_cov_15_708856	P1_DRAFT_00383610	F019241	MRASNGAVLATLTGNGLAQPLNAAFGGQRILVTNSLAGADSVSLWKAADLTVIGSFGTGAGTQPFGACSDGISFWITLTDDGQLARF
P1_DRAFT_NODE_181867_len_1973_cov_13_585402	P1_DRAFT_00539310	F020632	APRDLIMPPVVATIPEPEFTPITTSTPAIVASVTAGLTIWPAALFAEQAPVRFAHSRLELTNYTH
P1_DRAFT_NODE_182817_len_2598_cov_6_483449	P1_DRAFT_00813850	F025269	MMPKIPSFHSINEVKKLSDKRVHHNNSACPSGLDIPQNERRPGDGGYRLCHDCDNLNKKD
P1_DRAFT_NODE_186315_len_2160_cov_15_718056	P1_DRAFT_00727850	F076967	MRYTIDEVLSGMLASIQRDHFTDDAQALGEIFKGLAAQGPLFTPFAALAGGPDFSVTLERALDTLVKNGHLEHPPGRYRLTPVGRARCITSKRTLFSADDIRDLEVGALYFDAHSLP
P1_DRAFT_NODE_186587_len_725_cov_5_910345	P1_DRAFT_00823340	F080207	MTIRKTSIVAALCLVLIGILTATTGVTEASTGDSAIQRFDIEIGDYKYGELTVDAQTDQFVAYANVGKQLVDKQVTLVARNGGASPYYIDIARSTVDNDGRVHWGGTFTAAQFDWIHVHGDGA
P1_DRAFT_NODE_189970_len_8525_cov_24_081642	P1_DRAFT_00667740	F104013	MGSGLIQRDLVPGGIRLSPAPGAAAALVELVDLERECCAWIHFEVSDGSNVTLTAEGDGEAVLAGMFVEAH
P1_DRAFT_NODE_190101_len_926_cov_19_150108	P1_DRAFT_00749560	F024683	IPPEALMRVRFIRPGNMAQAITSHLPTLQQFASEVIPALREAAAAERGRRRSGERP
P1_DRAFT_NODE_190263_len_1222_cov_8_109656	P1_DRAFT_00813900	F058083	MRKQPHVSEPARAAAIRPLEPTTRHLAVLDAYAGSGTYELTAAATGISPATVRNMLIEIREHYSTETTIQAYRAALAVGDLATPRG
P1_DRAFT_NODE_191699_len_2378_cov_8_973927	P1_DRAFT_01147530	F069490	LKKHKSQVAKPGAEWDFEKFMRKRHRDVGKKAGYAYAESFKRIKV
P1_DRAFT_NODE_192411_len_1333_cov_11_223556	P1_DRAFT_00146110	F086912	MIEEFIQNLQQAEVEAKGIIKVARERVQTIQRDVESSLALVRTSTELSLQQRLDVIDQETNQHMKLAEDQLRRDLKEQLESLEHRAQDSRPAAL
P1_DRAFT_NODE_19265_len_3919_cov_18_187548	P1_DRAFT_00858760	F028886	VLTCQSKTDIENINLMATLLSHHQALAYWQHLGRRFVADVEALLKRHLLQGILEVSWVHPATGERADDTQFFSALQELMAYAFEEYARLEKERRKQWWRRGTSDRPGILEEMQALLQHYRAELLAESGRLLQEGAT
P1_DRAFT_NODE_193764_len_1922_cov_11_606139	P1_DRAFT_00570850	F085854	XSYSDHYEEKGVFERLMDRLRKIAPRGAGYAPVMLPALR
P1_DRAFT_NODE_195468_len_4132_cov_13_243223	P1_DRAFT_00278800	F011454	IPSEADLGRMIRTTVDNWSPRRGPDWSDLMVRIAGTGPPAWLLYTTASAALVIILVAAYLVGSALELGALAPQSIPGHIQP
P1_DRAFT_NODE_195543_len_632_cov_9_827532	P1_DRAFT_01194970	F013962	VAGXXXYESLRKRLCGQNETGTEAQGFMAGYVRDAAGRPVPRAHVWATWQILWVEQNGRLVSTNQQRTVETDSNSDGSYMMCGFTRNAQITAKVGMAGKNTVQEKLAFPANMVLEHDFQLGSR
P1_DRAFT_NODE_19575_len_4163_cov_13_839779	P1_DRAFT_01053910	F021382	MSKTLLIGVCFLGLALRAGAAEIHGTVSEGGKTLPEGVALKLDCGGTTATAQTDQFGSYSLKVAGTGECVLSVEYKKANPSVKVTVYEKPSRYDLEVREVAGKLSLTRK
P1_DRAFT_NODE_19641_len_1099_cov_10_644222	P1_DRAFT_01139030	F073364	MKYGTTTVAQSKPGSGQEPTNVERRTLIGAGLAALLTAACSSPTANGAQRLSSSGLVTAGERDEGTDEGRSVPNDPFILLLKGVYQPVPERSGQHNFGLTTVDLGDGSYSKTRIYPIFGIRGSTHQDKSIGTFYVSPS
P1_DRAFT_NODE_19813_len_3219_cov_11_484933	P1_DRAFT_01105910	F005040	MAVKVKIEPDRRYFQDRDGAFRPVENLSMTASTPVYPAVLHKMRRTMILADDRAHSVVALEKDMCVTRSAELSAVLIAYKEPTEATWASLKQHMKAETFRAEVLQEAKSQALIERRRKAAEAR
P1_DRAFT_NODE_198181_len_855_cov_7_229240	P1_DRAFT_00615410	F027360	MTSDSRQLSAAMTATLTADLEGRVPVDLVADIVRAVLDESRQVAQNRGVEPSMFEARRRLERFIRARSSR
P1_DRAFT_NODE_19992_len_2123_cov_10_910504	P1_DRAFT_00015530	F023003	MAKNETHKIDLDAVDDDVPDGADTGNAVDTLVDRGRAVLDRVPDVADSARDVLSGARDQVNGLSDMGIIAASGFALGVSSGLLLAGAPRVILILSMIPAGFTLWSAFARGVRPAVLIN
P1_DRAFT_NODE_203826_len_651_cov_7_193548	P1_DRAFT_01063140	F098281	VGEEHVLFASSERGFSVDCEECGPYAVTPDAIHRLEVRAIARPGVRFEIFRLRSNGHTPRPTVDLKMVEHFCTGYTPMRG
P1_DRAFT_NODE_206278_len_858_cov_6_702797	P1_DRAFT_00522990	F057774	MVSVVVSIRMRKMFVEMRSMFVNARHAEQDIRERQASKNF
P1_DRAFT_NODE_206891_len_4680_cov_15_429914	P1_DRAFT_00718570	F058551	VTTLGWAGVGLLVAAGLAIVIEAVVAAWWGRAVAIHALTLSQRLETERRLVEADLEKLRLALEETKRLWRPYRIVLRWLQHPLLIALLGSYRRRLMR
P1_DRAFT_NODE_211005_len_1635_cov_8_777370	P1_DRAFT_00592770	F102128	MTQERIVERKTVTESSPAPRETVEKDYVTGVPHGDEEAGGAVGGAVA
P1_DRAFT_NODE_21141_len_1059_cov_11_739377	P1_DRAFT_00902200	F045821	LSKAVKSARYVVRLDSAEHVTRAGDALANSWRESVPALRAFSLEADERGARLRFEINLDQSAGETSTPKKVLETLLAIPPEAQASLSVTREATVLA
P1_DRAFT_NODE_211685_len_809_cov_7_284302	P1_DRAFT_00838170	F018648	MNAIKQEAAAPSTIVTTREEQSEFSQKYSKGELEEMDSRELLDGYAE
P1_DRAFT_NODE_212316_len_555_cov_13_794595	P1_DRAFT_01074740	F090769	VKFDFDTALKVGTRYPVNLNAPGVSFSSTLEVTRCQVTVLPGVGRFFRIDGRFFPYL
P1_DRAFT_NODE_21232_len_6212_cov_14_431745	P1_DRAFT_00943470	F022028	GTLAKNFRQGQAYVTPLYFITILPASIILFIPDFNPNLAYYLIPILNAVLVLRDAIVHNSVSWAALTVTSLSLLATGALSWFAALRLFTREALLTK
P1_DRAFT_NODE_21344_len_3419_cov_14_146827	P1_DRAFT_01017950	F039401	MPITYTISRQERLIKAYATGIIRADDLNGFVDALLADPDLGPGLRALNDASDAEPDITILQLAEVASRVLQLINRGLGRIAIVAQSRATYRVSKTFSVLLRALGIDVEVFTELRAAEAWLEDSSGSSDTGETPLPR
P1_DRAFT_NODE_21470_len_2311_cov_10_368238	P1_DRAFT_00115320	F012406	MRESFEEQQEALDPHRREERDGAALELAGRLRQKGVLLTGREASGQLDDLMTAIDRFEAAVIARGGDLFVNTPFSNPPENPDFVIPLRVPGEDPEAYAGRVNAAAERLETADL
P1_DRAFT_NODE_215997_len_2429_cov_17_777275	P1_DRAFT_00716350	F026164	LDPRRDEDGTERSALLTACGRLLGSIGLLLLVVLLPATFLVVAGTLGLVNAPGWAGDNTSVFGFFLVVVPAGIALAAVHFLLGGLILARRFWPVVVTVLLVLAVVTLFPLGLRISWPFLSLTLLYAASLLLTVARQAEFG
P1_DRAFT_NODE_221035_len_1271_cov_14_195909	P1_DRAFT_00873150	F005099	MKPRTLSLLLLGSSVAIGTLLATPTLAYWQFMERPPGVEVKPSPRYASQKECEAAFKKVEAALKKAYPDRYPLVGSCEEYR
P1_DRAFT_NODE_22167_len_609_cov_8_064039	P1_DRAFT_00289490	F018648	MSAMMQETEARGITTVTTGQAQHEFSQEYSKGELEEMGSRELLAGYAE
P1_DRAFT_NODE_223886_len_4049_cov_13_946653	P1_DRAFT_00246260	F036498	MSRRKRKATDSPPTAKPKTSDQAPGEEVVQVNDQYAGGGPAPEVEPSEHAQHPTGG
P1_DRAFT_NODE_224041_len_1190_cov_12_522689	P1_DRAFT_00283890	F011352	HLTDGKQVMNNHKGIDLSGNAAARADAVALARDLKHGAAMPGWNWTGWFIVIVDQHGHKVDEVPIADV
P1_DRAFT_NODE_225749_len_1888_cov_11_090572	P1_DRAFT_00773170	F054448	LWLRTVSLTDVVSHARVHSWAPVVLMIALFLVTSLIRARRWLLLLRPLAPVGMVRAFAMNAA
P1_DRAFT_NODE_225749_len_1888_cov_11_090572	P1_DRAFT_00773180	F054448	VLLWLWLRTVSLPDVVSHARVHSWAPVVLMLALFLLTSMIRARRWLLLLRPLAPVGMVRAFAMNAXXXXALDSGLGAVGRA
P1_DRAFT_NODE_22701_len_8193_cov_16_111193	P1_DRAFT_00651720	F106161	VVHGAAFLTGRAHMFLAQSITEAERNPETYEQDMEVRRLPFAEALEAALNGQIAHSGSVTALTRAARALKLL
P1_DRAFT_NODE_22917_len_881_cov_8_281498	P1_DRAFT_00797700	F003300	MPADDEFRARLRDILARSGLSMRALSAALGRDPGYVAALLDPSRPSRARPTPADLLRASDATGIPFVELLDALWGIEPSRLADELAALGLGGLADPRLAGLSDADRAKVNDFVAFLAARHRKARPRPRLTSEPR
P1_DRAFT_NODE_22936_len_727_cov_13_596973	P1_DRAFT_00812620	F014525	MKQLQLFIRAAATLALLYAGAPFLSERASAQVFDFGQIDAFESMGTGTQRGGSPPKTIVDDGDWHTVFFTILESDSDAKIYWKSKDGDQTTIIHGPSVKAFQTAGQFKVEALGNENHSFKYGYVLFRLKNSKGEKT
P1_DRAFT_NODE_234288_len_2621_cov_14_490652	P1_DRAFT_00537260	F008224	CPKVGQRRLGGFDSVGIAVDPEQPATRNDSLQDQAGVARLPDRAVDRDCARSGLKQLYYL
P1_DRAFT_NODE_234477_len_1243_cov_11_996782	P1_DRAFT_00585960	F027365	VCVQVESELAIDLRRMLIASQVAGSTSFEARLLGYADEHEIPALSSLATILAASRDYGTAASQGVRALATDLRRAQRRELIAQSRRALNNVLLPAAVAVLLPFLGVLMFPAVSVLQSSLR
P1_DRAFT_NODE_235552_len_12144_cov_17_853260	P1_DRAFT_00892210	F017939	MIRAEVDSWTPRRGPDWTDILIRIAGTGPSPWVVYASASAVLVVILIAAYLVGSALQLGALAPPPAQVHLH
P1_DRAFT_NODE_241799_len_1120_cov_6_358036	P1_DRAFT_00062920	F041378	MPRRTGIARKTKYEQAPANRTTVRFHAKLMSDGKXXXXAA
P1_DRAFT_NODE_244496_len_3787_cov_24_659361	P1_DRAFT_00454970	F002096	MHFFICWFFHQRERETLLKGILPMGLDAVVFCWRCDRMRGRAVRVLQMNSLR
P1_DRAFT_NODE_244814_len_1211_cov_20_148638	P1_DRAFT_00549340	F082783	NDPNSWFATMASQIYELAFGTEYYQLARGKPGSDLPEDDLFAGIT
P1_DRAFT_NODE_24549_len_10698_cov_20_194242	P1_DRAFT_00637210	F000197	MANLAVKVADLDAACAFYESAGAEIRDRMQWADGERADVFLGPVMITLFTRAIYEADVDLPAEGFLHPALFTDDLDAELEGHSVVWGPAIVEGAFGRRRIAFVDAPGGIRLEFMEQLDDAVASGRVAP
P1_DRAFT_NODE_246988_len_1132_cov_13_450530	P1_DRAFT_01046180	F054249	MTTNMSRWVVPAVGFVLGLLIAAALLGRHASLAQAAVAFVIVAGYAIALRVLQSRSDMASLLSGLPRDERWESINLRALSLAGQLIAVVLVGAFLVTQFGGGDSTPYAWVGAVFGVGYLGGLLWYRSRS
P1_DRAFT_NODE_247362_len_3841_cov_17_240042	P1_DRAFT_00360490	F086112	XXXGVVLLSQAIAIMGGRPAPILPPYGHWIARLALRAMTRVDIQAYLADVIAFGSVMDCSRLEAEFDWKPAHTSRAVIDALARGKELEVIEAPSPPQEYELQVYLQRRRREARNGRRATPILEAHK
P1_DRAFT_NODE_24737_len_1698_cov_15_206714	P1_DRAFT_00743470	F102159	MLRAAGIVALIVFTACTQNNPPPVASPSPVIPQGNWTQNLTFTGAVTGQITGIVPDSGDQVSACTGEKTRTGEQWADTFYGSTDGGVTVWEIGFVVKNFRGPGTYSTGDSAIVLRSLDKTKVWLNIARDKVTFTMDATQQSGTVNAALTDANTGKPAVKVTGTWNCRG
P1_DRAFT_NODE_250228_len_603_cov_5_633499	P1_DRAFT_00556680	F015236	QPVTETELRQLIEQTDGLVRTLGAHIAGSEHRLAELTDDPNSWLKEIATELQRVEALRPRLEEARSLLADLEIRARELRTSWVLRQADNPLTR
P1_DRAFT_NODE_251474_len_1200_cov_12_284166	P1_DRAFT_00858100	F067243	MRATAEQSLRYRLTTSGLVLTLVDPHGSGLWRLSRPTDGLELLTLAGAGPELLRCGYIIDRRGVETAVALGHRQDGYLPEEVRFTTRRIRWRQELTVDPVLVVGDLWVAEAVGTFDVVSVEGRDSAQTTGLDGQFRHVF
P1_DRAFT_NODE_252525_len_1428_cov_9_007703	P1_DRAFT_00333900	F003672	MGFDRHGFVARLEQMMDRGRLMIEKRKDLASASKWEAQTQALLREELGDHAYTKRFEVALSQPRPEGMVAAYGVLWAAYEDALKGVLKPVVKERRPS
P1_DRAFT_NODE_254866_len_4746_cov_10_965655	P1_DRAFT_00353050	F064241	LKYPTAYFVIPTGGTAAVTGNQARSFWKNNRALTLGASLLFFR
P1_DRAFT_NODE_256240_len_1722_cov_11_426249	P1_DRAFT_00723390	F012694	MSEIKTNENRVDRSANGTFLAFWRGRVVYENGRVKRFETEREAWEFLSHCDLAGNIIH
P1_DRAFT_NODE_257239_len_651_cov_10_304148	P1_DRAFT_00995250	F017937	MKLIAKVIESMLSKDATQQWTGQTSAVASHSGWSWGGFSE
P1_DRAFT_NODE_257300_len_1596_cov_13_039474	P1_DRAFT_01019480	F083441	VAAXXXXKWNDAELPQIPNFPGESSRPWPLFGMLALGLVAGAALGGYAVSQRSQMKRLAAAAHRMGDELAEMGRLDIKPSPVVTTHRSNHRRKAASEV
P1_DRAFT_NODE_2577_len_14784_cov_20_245062	P1_DRAFT_00764360	F006745	MRTSERKRRASSAVLLYVIVLVAFQVFLITVAVQAFQTDEESLAWATAAVSVVLAATAAAFLRYLQP
P1_DRAFT_NODE_259406_len_1578_cov_8_894170	P1_DRAFT_00166830	F031416	VERDPLIAALARYVEALHRRYPEGPEQMRQEGLDGRANITGMDSPKKDTAA
P1_DRAFT_NODE_260514_len_1197_cov_11_702590	P1_DRAFT_00447200	F072871	MSILIPSTPLAGAPTIPDEVVAARLEMLIAWLVAKQVSGQICYWAAFADERGVSHYAFTSDPAYADLSPENAASRTRAIVALGRAIERHRAKLEPGRARLRGR
P1_DRAFT_NODE_263068_len_1167_cov_12_820909	P1_DRAFT_01037210	F057939	MQSPHNTKLEAIRRDIAERLRPTCADMPEEEFEKMVARMALIEWKHLNDATPTSQMRSH
P1_DRAFT_NODE_268145_len_3737_cov_14_386941	P1_DRAFT_00920460	F086112	XYGHWIARLALRAMTRVDIQAHLADVIAFGSVMDCSRLEAEFDWKPAHTSRAVMDALARGKDLEVIEAPSPPQEYELQVYLQRRRRAARNGRRTTPILEAHK
P1_DRAFT_NODE_27354_len_1100_cov_11_380000	P1_DRAFT_00739030	F094584	LYRKQTVHRQLGTTFEFETAPRIVVNDFLSVSGWYMYRNKKQDNYTGAFTIPAAVTGFSDITIDAATLDLETAQTEHRLGGGISFSNLYSFEQGKAKVPFEVQYLHWQTVKGAGGNQPKFFTDQVQLRLYARIFGGK
P1_DRAFT_NODE_273620_len_2956_cov_16_265562	P1_DRAFT_00860600	F075235	MGEVHDIAVWRARRAAGDDIPIGAPPFVLQETCPGCGARRVSTMVWRMNPGKGRRVAFPRIAPHFLCRDGWVLWQEITDAPIPISAWSGILGQFEMAQEG
P1_DRAFT_NODE_273623_len_1263_cov_10_942201	P1_DRAFT_00865790	F049311	MSIHSRAFLLIPNLLALNIAAAQVAPPARSTPLVGTWEAVTRSTGGLGSTISFAPDNTMSYTLGAMVDMKYRRARDSLYIIDPQNGVNSFQVSIMRDTMVMTNQGQEQRETRVGAPVSGADPVVGRWTYLHYTGVPAFEEYTPRGDFRLRVPIRTLQGTYAAMGDSAMLHLPGQGGGDRAVRFAVVGDTLQLIWNGQTSRYVKATPLGR
P1_DRAFT_NODE_275341_len_588_cov_6_681973	P1_DRAFT_01126720	F026664	GTLPPAVASAPAASTAPSALITIKVADTKGASIQAREALQYAFVLPETEQKCKLVGSTRGIGGFGRNIEIFLLNDDDYLFWHANPAAIPPSEWETFRGSETTLDYTLRGPGTYHFVVSNQMSPTPQTVAVKAQVKCVK
P1_DRAFT_NODE_275453_len_3381_cov_14_725525	P1_DRAFT_01157820	F028875	MRARESELAIKTAAALSAFDPSRDTIVDRFVSDVGSRRRANWVARSSLLPCSTARNARSRDAIAFGACGVFRRKL
P1_DRAFT_NODE_276038_len_1216_cov_16_017269	P1_DRAFT_00058210	F001962	VGAQAVILKSETYNFHRLDLTRQAGFIVTIYDEDGLRLAATIPFSTPAEAFAEARKIVDNKVEGPRK
P1_DRAFT_NODE_276563_len_4237_cov_16_997875	P1_DRAFT_00164330	F009168	MRSAVLQLPDTRTANERRQVLRAAIRQLERAEIYLAAVAYMELDDREAQRAVGKLRTDVESLRRSLAEQRSGIRE
P1_DRAFT_NODE_277000_len_865_cov_11_852023	P1_DRAFT_00249070	F015629	LVVQELARINDAMLILKLASKSRPSGQWAANDVDVFAGESHIGRIMWMHAAPADCKWFWTITARVPQQQHDRGYAATGQETMTAFKLAWSPKS
P1_DRAFT_NODE_278029_len_2689_cov_12_163258	P1_DRAFT_00490470	F093543	VEAHALSQSGDVAPADDQSGDENWGITVERRSGANYGVSHYHTALTLGAPEPGRGPKLQDMVGDLAAASKREPVV
P1_DRAFT_NODE_278484_len_8286_cov_16_702631	P1_DRAFT_00578800	F104096	LIAGPAXXXXFRGLLEQNAEVMTRIGSKLDEVFDPWAGLEHTDLAYERLGLGAKAQ
P1_DRAFT_NODE_279399_len_571_cov_6_141856	P1_DRAFT_00768980	F012756	MRIRVAKLEELAPKTRDRALSPRQLAVMQREEEIRKALLRLKSNEDVIALELEPAEKVPTMRASVKRVIANHRPETNMAIRGRSIYLSTAKMPGARRGRKPKAG
P1_DRAFT_NODE_285070_len_2209_cov_15_521502	P1_DRAFT_00583970	F069478	VGIYFSSAQKVPVSYVLKFFDRCTGTTTDLPGPNAYTPPGYLIVIPVEKWPVNLPSGVKSGALVAVAQQPAVAASAPLLLGGDSCT
P1_DRAFT_NODE_285304_len_1544_cov_15_999352	P1_DRAFT_00617980	F104111	LPTTLPHRRRADEKPSPARIVFDFLFNAALVVSALILTFIVLVREEQYAFGQLQSPAQVIQQGPLDATGESLVIPPSN
P1_DRAFT_NODE_28993_len_2048_cov_10_618164	P1_DRAFT_00981410	F016837	MSDSADPLRAQIRILQAQRRSLESKLMQPQSMLPASLIERFLRAGGSSRAAPAYYLSRSEQGRSKLTYVKKEELAVVRQHCAAYRAFQQNLQEWRRVTAALQQRWKQLLQAQSQSR
P1_DRAFT_NODE_29037_len_1174_cov_11_545145	P1_DRAFT_01003420	F069961	QVTCAQCQVTFIVVLAVAGAAVEEIEKAIPEPELEPVTAAEPITVDEILDLHLYLKNFQGTLAELFHQPDHSRG
P1_DRAFT_NODE_293003_len_1673_cov_14_454871	P1_DRAFT_01032200	F046508	VSPRHAFHCFLRGLAFSLSKPYLAISLWLVQLLLSAVLILPISNTLHDLLDNSVAGSRMVANPDYGWWETLQREHPELLGNFADLTAGLLTPEGVKSSQLSGLRGIGATAVSLAFLAVVLHAFALGGVFGTLREPKASLVTFGREGMRRFP
P1_DRAFT_NODE_293276_len_2351_cov_17_501064	P1_DRAFT_01065960	F105105	MEGLCCSTCRYGTEESRGSVFARDRGQGWGTCRKHSPTVVVIQSPERTAFSQTAFPRVLNDDWCGDYLAITSRSGGYAGLDHP
P1_DRAFT_NODE_293865_len_1626_cov_12_052891	P1_DRAFT_01089760	F011357	NSLLRVKISIQAKKWRRSVPRAWKQTQLLHPAKIAGCVAISAFNILWHGHGIFRSSPSVLRFAIVGVVCYVVATIAEFLWLLYSGPSFTGFESPTAAKSATQAASTDPLVEQLKELPPAELREEVLQLAKEMKSFEAVSDREFVDTLAGARPVNVATEAERDEVLDQQSAELMQHNLRTWRAYRERFYRPARAFRDELRKRLGIRNVNSEPRIPALDRAALTGANPIAQAADYLAGLARRLK
P1_DRAFT_NODE_294877_len_3851_cov_11_881070	P1_DRAFT_00075320	F046558	VPLPPAASSWAFNYAPGSISYQISRKAVIESQSDSGSHQEISTNTTHELLTLEPVNDTVHFAAAIDTFSTTAQGAISPVQFVQLPVHLSGIFVADNLIVSTDSIAEKCNPVSSALSADLHNLLIRFPAHISQGSSWRDSVELKACQGMIPTTARIIRLYIVSGETTYQGYLVLVVQRTDTIQAHGEGAQQQHPLTLDARGTGNAVYYVSPKDGRIVQLNTGQDLDLAITMSGKVHRFKQSSKQDFSFVR
P1_DRAFT_NODE_296612_len_1140_cov_10_901754	P1_DRAFT_00485880	F032019	MQREYAIRQTAKREGYRLEKQGDESYRLINERLNVIVYDLDGVPLETIASFLEQPESRANSPGAHHR
P1_DRAFT_NODE_299531_len_796_cov_10_604271	P1_DRAFT_00819190	F102153	MIEDEDLELLALQRRLDDAFQTTRPRRDFEDELWLRMQS
P1_DRAFT_NODE_30186_len_1211_cov_9_868704	P1_DRAFT_00509040	F016442	VPILAKFLHVRRAELARTLQVAGFAIVMGWGAYTAFSGTQAIFLNKAGPEEYPLFFIVLALAMWPMVAFQGALTRRLGVGRAFRVILALNGLAALAIFVTYLFDESPNVAFAAYIVYSVGFELVMLQFWGFVSQHFNLLEGKRIFPVIAAGSSIGYIFSGFTTTLIALVATEPLLLVWAFAAAVAIVMSIRLERTLYRPSFDDDADEFLAHEHVVRGRQSPIGIITSAIQYVTSSPLVLALVLLALVLQMSGRVGDYLVALIFVNATHHNLQALTILIGNAWLVSYVVQLVISLFVAQWVLGKLGVKNAILALPIFTLIGFAAVAASPILATSLFLFIVRNGLQT
P1_DRAFT_NODE_303975_len_4083_cov_18_374479	P1_DRAFT_00735940	F003758	MRAFENAEDEVLMNTLKGAPRLDVPSLFRPKFMAEVEKEHPEYFADLPKLK
P1_DRAFT_NODE_304246_len_1874_cov_13_655283	P1_DRAFT_00802010	F092947	VSAAQEVEREARALQVQARSASSIIVSLPIAFLVVLSALRSPYLDAFHKPAGEVFLLAMLGVMGCSYVWMRHLLRLPGLERVRLSDA
P1_DRAFT_NODE_30452_len_928_cov_9_324353	P1_DRAFT_00698570	F056645	MRRLGIILLVIGLAGFLVASSQRSSYDSLEGQFKAAVSKEERSKKDLWDNARWLLLGTGVIGLVLIVLPGKKP
P1_DRAFT_NODE_306503_len_12383_cov_17_580069	P1_DRAFT_01129310	F009111	MALGLGLWVLLYLAGHQGLDPASQGIAVATVVISWGFGVYVLVRRARRGPQH
P1_DRAFT_NODE_30697_len_860_cov_15_791861	P1_DRAFT_00861690	F021023	MSQDKTIPVSVVAFRAEDYSPDGKNVIISLTTKYSIADRKFSVPIECFHDLILDLQRLNAAASATSIEAPIQPAVAPSPVGDQNRLSIAV
P1_DRAFT_NODE_307186_len_9865_cov_13_361176	P1_DRAFT_00075480	F037500	LTQYIGTIYSPTASWDILGTDKAPLAGQVICFTAIVTGNGNAGIDFNPNYSPAPPAARLI
P1_DRAFT_NODE_307291_len_10338_cov_14_928419	P1_DRAFT_00109840	F106159	MSVMGRMLGYGRVEVDAAGAQGAEVLDHLPNPGAFRDQVFMQSEKRRGGGPAAAPANPSG
P1_DRAFT_NODE_307677_len_3203_cov_12_285982	P1_DRAFT_00188360	F092947	XXXXILSTLHSPYLDAFHQPAGEVFLLAMLGVMAGGYVWMRRLLELPGLQRVRLTDA
P1_DRAFT_NODE_308582_len_3115_cov_12_878973	P1_DRAFT_00374030	F001604	MGRWPSAPLSFDRDQCMVPLADGSEGRIFAGMVDILESAPRDHEEPKLVIRKAPHVPVWSVWAVLEGTHSEELFEGSTEEEASNWINSAGQAWLEERRRKRNA
P1_DRAFT_NODE_309383_len_1565_cov_11_225559	P1_DRAFT_00542100	F030609	MILACRNVFLLVSIGSLLFSLSVAPGCCKRCFGTREKAVLRDNTAGTERAGVTVTKEVPHSKETIPEIRDREMTNPLPARVDTAIHSHKIPRAGNDNCMRTE
P1_DRAFT_NODE_310178_len_2353_cov_12_386741	P1_DRAFT_00750190	F064024	MSPRTGDRTYRMTKEGYTFVLDGENVDRLKTLADFEAKEEPALAEDFLKFRVEAWAENLADAGAAPGDVFVSVDPHQRKTHLVRGATKLFSADI
P1_DRAFT_NODE_311315_len_3949_cov_13_065840	P1_DRAFT_01012390	F025885	MSDNRREQQSSSWLGLVLRDVQFWVPVAVLVAGLLVLRWIS
P1_DRAFT_NODE_312592_len_2732_cov_14_990849	P1_DRAFT_01136230	F004501	MGVIEPRDVVLAILGASVALAGFVLVFLGIIIASYQSYAGDVPSQVVKPYRTTGGALFGTFGFGLITVAVCLVWLILGGSTALYGWTIGLFVLQLIAVFLAAGWATRMVLWQ
P1_DRAFT_NODE_31344_len_1950_cov_14_421025	P1_DRAFT_01216620	F105385	VRNKLRAALLAMAAAGLLSSSCGGIKTVSKDGYRALLVFSSGERYPIAVAGEKRRIGGDFDGSKLVKVFRPDLGKIWQLRPSTRRILEETWSPTDELVPGYPLKPRFDPAAYAQRFGGEIRQIGDGVHAIHPCDRYLLSLPSGDRVTIWAARDLERLPVRVEHEKKDATKQWQSVSDTQLLDVRIGADADLFEKPKGYTPVKSYSELAK
P1_DRAFT_NODE_31605_len_1910_cov_9_160210	P1_DRAFT_00191560	F051062	MALLSGSVEADVPIQFADREWSEFVWRSLYGSYAKGFDDVAASLSETDADSGTVTFETEGDRLVKVSVEVEYSPRAGGDAAAEVAQAQARLERDLKKYRIFLLRRCEQESCRPS
P1_DRAFT_NODE_317603_len_1136_cov_13_392606	P1_DRAFT_00985730	F102127	MSTTTTCPAWCNSPHRNGWDAESHDGPVWPNIASVDGNGDDSVQIGTRYHSQAGIVVTLEAQSLILTPEQARGAALALLEAAFWAEDHRVA
P1_DRAFT_NODE_318286_len_10443_cov_13_322417	P1_DRAFT_01168080	F038433	MERDSQPATTEEFMKGWSLNTVALAVILAVAFPVAAADNPVFAVASILSGTFKGTTPGNELRLDLRSATTDSEHPYDMFLECTGKYQGANVRRQGLMRLESQGGKVYLGYIPHFDSTVSALSPGATRFTESEANAACGLTLVPRGDGFVGETPGSTCAAAMRGALGKWTIEIEPGSIRLREVKSGETLRFSRVNK
P1_DRAFT_NODE_3207_len_991_cov_8_033299	P1_DRAFT_00293890	F104112	MWQIAMGVVSKTDENGNFIVEAFGQPNMKMARHFLEWQRPEKWGKRRKRHVPHNAGVLVIGGDVTKKPEYDTTASVKARKWKSFSRKFREAKT
P1_DRAFT_NODE_32149_len_2928_cov_10_352459	P1_DRAFT_00519040	F003633	MEIYDPVARVKEDPFEREVRAIFQDTLGLIHIALVTHYGLEEGEAIELEKDLYLWFLRFCMRPGNNSPRESRPFLLVACCQFAREYQKYIIGVGVRQSDERLKKLLEREPSDVARDFSRSLELLNFRHHDA
P1_DRAFT_NODE_32266_len_19985_cov_19_831774	P1_DRAFT_00587180	F021882	MYLFSRQVRLATGDTRKALEWALGQTEKVNTITGLQVGLFMQVFSPQVGLIGWSTFVPDLATLESAGDKLNVDDAMVSATDSGAALTIGGADDRLAQVIYGSPDPDRQIEYVTIVQAVCASGNMTKGMELGAEIAQRAEKITETPGMFLADVTGTYGGVSWVSGHADVQALEASQQALAADTNFGKYVDKETRGVYADEPSLTTQLIYRRLA
P1_DRAFT_NODE_325749_len_5634_cov_12_650515	P1_DRAFT_00334350	F005040	MAVKVVVKPDSRYLQDRSGAFRPIENLSITASTPAYPAVLHRTRRTMILADDHTHAVIALDKEMLVSRNDNLSVVLIAYAEPTEATWKALEQHMESERSTAEAAREAKGRALLERKRVKAAELQ
P1_DRAFT_NODE_327_len_885_cov_24_220339	P1_DRAFT_01032440	F103949	MKKHRLAIGAAAALLAFSGCIALAQDDQRGHTRFDDHDQQVTRGWYNQHRDHPPAGLRNEDRLSADEESRVHEGAVLDKGLRSKVHAAPDELTRQLPPPARNHRYVTIGGHIGLIDNKNQVKAVIHVHD
P1_DRAFT_NODE_327835_len_4324_cov_13_109621	P1_DRAFT_00174260	F036021	LIWAAPAPSGTGQFAIKGANAQHWLFGSIYWPGTCTDTVNGTSTIAGTVFCGTLSISAGGTAGMAIGGDYGIGTALVEAILVE
P1_DRAFT_NODE_33008_len_5550_cov_15_113153	P1_DRAFT_00817540	F002465	MPTNKLPKPDPNVEMTERRIAEFALEESRLSNLAYRFKLTPRDRVWKNWDRTEFEPNYYRIMGLAGVCLHRDEIEKAHRTASRALEDLDDIQFFIEEPAQAVIVRNSSGTSEIINRPTLCAEIMAHGSPAFDRALAALETAFPGGRVAGKILSEE
P1_DRAFT_NODE_33018_len_3826_cov_19_031626	P1_DRAFT_01113050	F027360	MTNDSKQLSIAMTATLSSELEGRVPADLVSDIVRAVLDESRQVAGYRGLQPPMLEARRRLEHLIRARSTG
P1_DRAFT_NODE_332367_len_2799_cov_11_516971	P1_DRAFT_01000310	F005657	MADFSKEWIEHLKTQISGRMSIVADKMDPQAYDELVTDLAWFTFRFARDPDTKMRKAFR
P1_DRAFT_NODE_339773_len_6517_cov_13_619763	P1_DRAFT_01046510	F052278	MTSANSLPTPSDAVLIRLAGIAAHAEELLAADQQTGKAPLGLTTIKNDRRRTMEAILVLLADDEVRKYIAELEKLGLLPVKR
P1_DRAFT_NODE_33981_len_1514_cov_9_036327	P1_DRAFT_00396830	F010006	MAQPTVPVSAAEVARAKETPHLHVPRLVVSRDVAGERVLDRIADVVNRLVGSMWLFVGITVGIVAWLFVGNIVGFDKTPWPLLLTILNLPQLSIMISLQVSANRAQAASDARAMADHATLVALHELSKKQVEILDGQNKVLNILQRAVATREPEARA
P1_DRAFT_NODE_340511_len_6178_cov_11_989640	P1_DRAFT_00955170	F003843	MKYRVVASSSLVLAIAAIAAPAGAQDSATMHVTVHVPDSVAHVTDRELPSHARFAIVSRDGQAALLLMDTTIVAQMTDRGLARINARETTDTIKSAVNRVFARMALGALVPLFDHGVAYHLRDLADAKYADGRLQLLRANGEEVFRDVEIGKGPLMESFSPDDAKAFAARARAARANLAR
P1_DRAFT_NODE_340511_len_6178_cov_11_989640	P1_DRAFT_00955220	F014078	VKESVREPSSLLHDHAAQQHANVFMRAFSYPASQLPISFEKEVELADRVLIMDGILFIFQLYEREQKVTSKSGDLEKWVSGHVVRKGVKRIQNTRALLGAYVGLSLVNHFGHRMLVSPKEPDSLVSMIIYRVPQKSRAFRAARFKKSRSGGFVHVLRDADYFEICHHFVTPAELLDYFSFRRNILLDWDPPSTAVSESALIGQYLLEDFSSPPDPRFERAALSRGGPTACEFSFVLDTLASKIAAQEGEYADSDCYEILSQLALLGRHELRALKLELRLALEAVRANKFELPYRIASERTGCGFLIXXXXTA
P1_DRAFT_NODE_341418_len_4321_cov_10_802129	P1_DRAFT_00058570	F044055	MNLAAALATVFSAGVYTKDELQTAVCIFVSEMKTGGETGEGVVKAAQSLVNEVGARFPSSERTQILLADMVAWCLAEYYRESA
P1_DRAFT_NODE_34188_len_947_cov_13_560718	P1_DRAFT_00545030	F025882	VVDERGDAWGAVHDALAQMAGWAVGPCTYHGDGALWHVTAVDLRLRGRYAKREAITATGVTEIAALGALVALLEARQMGGR
P1_DRAFT_NODE_342480_len_8611_cov_16_042503	P1_DRAFT_00274410	F040664	VHCSDEDGGAVLSQPIVLTIPARQVPPEHPHGWDLAAHIVINLSGVGIPHPGFYNFEILVDDQQVRTLPFRAEQTPRSAL
P1_DRAFT_NODE_342725_len_2547_cov_10_021594	P1_DRAFT_00329280	F001962	MILKSETYNFHRLDLTRQAGFIVTIYDEDGLRLAATTPFPTPAEAFAEARKIVDNKVEGPRK
P1_DRAFT_NODE_343436_len_2505_cov_14_041517	P1_DRAFT_00490860	F028610	DAIEHKAVDPTLPLPAEKIQWIQEQMVKSGKLPKPLDIKVVTAPDYREKALKLVGK
P1_DRAFT_NODE_343734_len_2774_cov_18_035328	P1_DRAFT_00547130	F039195	MVFASVLGLLALFCFLSILLSGDDSEPQVDPRDKLPIWARFGMR
P1_DRAFT_NODE_34415_len_608_cov_7_251645	P1_DRAFT_00693690	F050314	GLMSDMIHLVRPDLHVALDCPADWTVMELDEQAGLRASNPTDPRVALQVTYDESNSPLDEVSERRRNGLPEGVLREQGTLRRGRVDADGQAHPDGPPLEALTFRVRDGSFVYRVLIAEDTGHRWTVRLETVERKEWWQESQTLETMLASLLLL
P1_DRAFT_NODE_34448_len_604_cov_12_991722	P1_DRAFT_00729410	F015243	MKKKLRERLFGPRDVRDAGATELKKEKTLAKINEPDSGAKPRARRTVGLTEARLRAANQQSWMTSGKGWSDFLGRFTRHSRS
P1_DRAFT_NODE_347959_len_5400_cov_13_613704	P1_DRAFT_00023150	F019413	VLERTENTKQWLSSLAIPSGIRSTAFGIFGALSGFDRARCVIAFADLVKAASAQLDEASRAELTVLLQELSASPTAGHVRHTVTQSQPS
P1_DRAFT_NODE_348690_len_1295_cov_15_430888	P1_DRAFT_00154080	F019675	VASXXXRQIIALVMGVIGAALIVRGVWGGVWPLSVQFIAGIFLEVLAVLRWRYTI
P1_DRAFT_NODE_34934_len_2132_cov_13_973734	P1_DRAFT_00550560	F073309	VQATARALQLLGLVVTGAGFFSGVLGGNVRLELSLLAAGAAIFFLGRWMEKSGR
P1_DRAFT_NODE_349835_len_5339_cov_14_804271	P1_DRAFT_00393780	F003763	MKELRTALTEQLKRPDGPTPELAALLKRVGRGAHENNIPPEELIVTFKGLWNSLAESLRPQNADQYERVRQRLVTLCIQAYYAE
P1_DRAFT_NODE_35595_len_44892_cov_21_004433	P1_DRAFT_00159830	F032425	MVLGAIGTVGLLIAMFMSWRPTDVHPSGIPFAFLFDDGTTAHDPSILLALIPMAVLLGVGTAMPRASAARIVGALGTIVVVVLFAIQLNQQVDKFPGTNLGDVLDTGFYIAAIAGLVGLVSGFLPSGWAQRRSSQTESTVDDGRVDLDQPRV
P1_DRAFT_NODE_38610_len_3233_cov_11_272502	P1_DRAFT_00864380	F058551	VTTIGWVGIGLLVAAGLAMVVEMALAAVWAVAFARRASKVAERLQAERGILESDLEKLRLALEETQRLWRPYRTALRWLGHPLTIALWQSYLRRGRVR
P1_DRAFT_NODE_39620_len_13667_cov_18_285797	P1_DRAFT_00191840	F042849	VESATGSSSPSPELAAALHRLRSTLARLKAELELAQVDGTLPPAERLLGDLNEALVLLRAVEQAAFGLVAILVVDDDARLAELTARGLRRLGXXXRQVEGGA
P1_DRAFT_NODE_39715_len_8571_cov_17_494108	P1_DRAFT_00287550	F056026	VPFVAHLPNPALPFVHDERELDGVLAIPLDRLLDDSAWLESADPWRFRYLAHEESVVWGLTERIVAGLAPNLRQALSEG
P1_DRAFT_NODE_40272_len_1844_cov_15_887201	P1_DRAFT_00681850	F046601	MPESESKPRLIELVDPGAGQGWKAVLKSGKAVVVHEIPVPAAE
P1_DRAFT_NODE_4049_len_4176_cov_16_611589	P1_DRAFT_00826540	F098179	MNSIRYRETTPPSFAGAEDRDAVALRIDPSRRVTLRFSLLIEDPQDLEALRYARRAMVRDERTRGLEWDEPSMEQPIFTATEIRWFVLVSQVAWCREKIADLISRANRARDALRDLGQ
P1_DRAFT_NODE_40901_len_6621_cov_12_583899	P1_DRAFT_00169950	F068263	MPVGTEVYRAVDESDELSSGDIAFLSLARTRLVGETPPGDSFDPIGRIAAYQRPGLLPLPHDREVAVNTMFALVITHSCEIDRQKNTDATADHFDCRLTVAPIVPEPAVQLIGPDGEQQTVHWAAIEANEPIASLFLPSIPDVSVLAPGVDALAWPRAFADLRGLTTVSRGMVQADRLCGLAPDYVGMLQRQLARFFTWRDLARHELVEAMVGRRIVDAIPLNTKGDRLRVALTADDGSSLTVEMRAQ
P1_DRAFT_NODE_41051_len_1901_cov_10_537086	P1_DRAFT_01098830	F103365	MVRRKLTETANHFGGVLATARWQGHIKQLEKPSSSQREISGAGPTYNRQHREREGWREGGGGASSSEETA
P1_DRAFT_NODE_41202_len_587_cov_9_001703	P1_DRAFT_01201200	F051904	VFREFDFGTSLPVGFPSDVPIVPGIITSCKTARSDDLVRVVEVHIQSGLPFRDVVQFYRNAFASGATQHWNVPEFPLSGPDATETSSNALFGKNTVVVMINAAGMTTSVLVQVRGTSIFTLPR
P1_DRAFT_NODE_41212_len_979_cov_15_772217	P1_DRAFT_01214270	F058117	MEWRWTNDPLGEPDEDHARCIAAPGTRILEYCGHSFVLTTHACAPGTVLDDGRMPISCWRLHLDCTELGCAWSSGATSLAWRSVPFISPSVSSATAREAGRRLLEAAETDLAEAALC
P1_DRAFT_NODE_43078_len_1194_cov_13_870184	P1_DRAFT_00250430	F003319	VKEGRALGFFAGVSAALIIIATLVLRMYFRTVDQHNAMLISAGLAFAVQLGSYALLRPARPGHGAPGELMIRWAIGAVLRLFVLVLYAPLARIINLSVEAALVSLVTFFFMTMMAEPLLLEYDR
P1_DRAFT_NODE_47028_len_1180_cov_10_632203	P1_DRAFT_01083190	F004019	MSIGKATVITVVSAILVMGSTYAVVKGTLSAGMTRLLAVISLLSLVALAYGLIELALAVIATTSERRRMAREVTERRQGDRAR
P1_DRAFT_NODE_47184_len_2694_cov_14_238307	P1_DRAFT_00764980	F027692	LAKFTSIKVGKPLNLDDLKRKSTPRGHRLNPRDADLARLVNEVSVGAASQVLPWHYDGKAATARAAATKVVKAAAATVYVSSRPDMPGVLLFSRVPLSGRQGKNNAKDH
P1_DRAFT_NODE_47904_len_1184_cov_10_514359	P1_DRAFT_00325050	F004241	MPSTINLQLILVWFCVGFFTGAGWAIAAWLVGRILSVI
P1_DRAFT_NODE_48596_len_1203_cov_12_664173	P1_DRAFT_00762440	F093180	VRFRAKHYWRRRVREWRPEQFAATACDAAGTVAQLSADAQQALSWFARFIAFFTTPFKYWGISGWKETGCEAAASGRPVRDAQHSTDGFWTIDVRLEEFRIGTTSADLTRARFLRVEVEPGTKAHEVCARTRVVAGIEISFGGAVVVDTDGPFLEVHPEEEFRVVERGIARL
P1_DRAFT_NODE_48800_len_1476_cov_11_824526	P1_DRAFT_00914170	F035789	SETKSTQTVLFEALVLCDDIRFENNGKLLLIGVYSDVVQVFKLPLQLRSLGLAVRARAMSRGRIAFTVTASDPQGNNLLEANGEMNYEGEPGRTIWLPIVMGPTLLTTEGTYGVRIVLGDATPIHETFVVKKTPAEQVVAAPLPTN
P1_DRAFT_NODE_48837_len_2099_cov_22_703669	P1_DRAFT_00943840	F051096	MTDHPTPTPSSATSRANEQDAVVQACVHIDAAARQLEAAANGDVFSSLLGLAGLLALIRGGINPTLRAVVDPGDRLGPIAHVDRALFLLDSAHPSIAPADLLVWTLRLADLRDALPDALLAAWAGRP
P1_DRAFT_NODE_48866_len_620_cov_12_569355	P1_DRAFT_00981580	F049308	VRKYCNFCGQPMAPDDKECKQCGWDLSKNAPPTTDPGDNKARLGVVAGLVVAYGVMSFLIQGSPAEAREEPVRAPQYTDAPALTTEPASGPEMAIGTLPQAVPSTAASIASSALISIKVADTKGASIQPRDALQYKFELPETDQKCRLVGSTKGIGGFGRNIEVFLLTDDDYVFWHANPAAIAPSQWETFRGS
P1_DRAFT_NODE_49947_len_975_cov_7_065641	P1_DRAFT_00354140	F052528	HEGKVVGRVTSAVPGLALGYVRVQVPDDAELQIDGAPARLH
P1_DRAFT_NODE_51275_len_1109_cov_18_979261	P1_DRAFT_00979200	F037996	AIEPEKGEKLGTLRASLTKVLQGDQRGAHMAEKRGVIYVSLGPIPGARRSGGPRA
P1_DRAFT_NODE_52797_len_1022_cov_18_786694	P1_DRAFT_00853930	F102122	MATAKWRNHPYLELEGEALDNHMMAMHGWSMQMVAVKGTQTLAQKHNYIGAMHLKEXXXX
P1_DRAFT_NODE_54145_len_722_cov_15_247923	P1_DRAFT_00349690	F048873	MDEDDVHRCSTCPAFAELPGEGGTGTCRSAPPVVLQAEKYFRGSSRGLSYGAYPAVGAFPLVRKEDYCMAHPKNRGLISR
P1_DRAFT_NODE_54583_len_3159_cov_15_392213	P1_DRAFT_00619000	F026443	MLYGLLRRWRASARSPIAGGRDEPPRRTFRFADIERGWLVQDSDEMPLGTVVSSGETLLTVSRGLLSSRLYLPPSALAEVHEGVVRLNVTCRWVEAQGWDRAGSRKQR
P1_DRAFT_NODE_54764_len_721_cov_6_085992	P1_DRAFT_00746290	F025882	ARPVTEDVRERAWAAVHDALAQMSGWAVGPCVYHGDGALWHVSAIDLRPRGREAIPATGATEVGALEALAALLEARQTSGR
P1_DRAFT_NODE_55925_len_4098_cov_10_749146	P1_DRAFT_00147500	F005657	MADFTKEWIEHLKTQISGRTSIIADKMDPQIYDELVTDLAWFTFRFARDPDTKMRKVFR
P1_DRAFT_NODE_55925_len_4098_cov_10_749146	P1_DRAFT_00147520	F003244	VKWKSRHDHRGKIGDERVRTKFAWLPIEAEDGYTYWLSTVVVREQLLPKVTRGGFEDDEEDWTFIEAKPVKGEKKKRNS
P1_DRAFT_NODE_55993_len_1356_cov_23_924778	P1_DRAFT_00214210	F082269	MECDICGQNVENSEDLQKHKERAHPTGMGDKFMDNLEKPDLLGDTPQESATSEIPKATH
P1_DRAFT_NODE_5653_len_775_cov_7_771613	P1_DRAFT_00562220	F004019	VDRGMSIGKAAVITVVSVILVTGSTYAVIKGTLSAGMTRVLAVISLLSLVAMAYGLIELALAVIATTSERRRKAREVTERRTGDRARKPTPH
P1_DRAFT_NODE_56932_len_769_cov_6_989597	P1_DRAFT_00793550	F010995	VILYEHALLGEGIAKYLRAQIGVEATLGPARDPNAVKSALALGPEVVIFESNDPFRQFELSALVPHAVLIDVSTVITRGSVLTPCVAGLEQILQAVRDSSSTVAQPS
P1_DRAFT_NODE_57119_len_748_cov_6_913102	P1_DRAFT_00939180	F003187	MKKIVVVICTVVLALGVAGCAGKGKAPIGKGKAPVVQTRG
P1_DRAFT_NODE_58329_len_775_cov_11_389677	P1_DRAFT_00349730	F004241	MPSTINLQLIGVWFCVGFFTGAGWAIAAWLVGRIFS
P1_DRAFT_NODE_59115_len_786_cov_7_894402	P1_DRAFT_00848880	F075447	LDKGSTLVEDTRLCDAPRTSTLRASHVTSDSKQLSAEMTANLSAELEGRVPPGLVAEIVRAVLDESRQAVQDRAVELTMLEARLRLERFIRARSSR
P1_DRAFT_NODE_59326_len_557_cov_9_671454	P1_DRAFT_00986770	F080655	MKGIDVRGHSERWVVQLGIRTVPWLIAAASLGIPLLAGGFAGWPYVVLWGILLIVPWIVTRDQPESRRERLVVPMFLLPVLFVLGFIGGWYLIPADVAWLMIEFGDRRGRTGLPRTAAS
P1_DRAFT_NODE_59958_len_1164_cov_8_256014	P1_DRAFT_00066580	F094068	MKRRKMQTWVLVLGMAIIIGASIAVSIPPEVSAGTPCCSITAIDMKTGIVTAKNTAAGGTFEFRLGNAAQIKNIKIGDQVSTDFQTREVTVHSFQPVDGILIKKPMPPQPMK
P1_DRAFT_NODE_61202_len_2905_cov_15_565921	P1_DRAFT_00862090	F068057	MKVRDRDNLNLTLLAIVCALLMVLPLVTTFDDLLTTWALQLGANNPLQTIVPVEARMVVGLLGL
P1_DRAFT_NODE_61279_len_965_cov_6_874611	P1_DRAFT_00895500	F045813	MQSALGLLGFVVYIAVIVAVAAGVTWLVVRLTPAKKPDTTPKT
P1_DRAFT_NODE_61786_len_1000_cov_21_959000	P1_DRAFT_00820130	F007788	MEQSDPNTARTMGRERPRIVVVREGGDHGCLITILLLIVAWPLAIVYWILRLIAWVVGVVVDWLTLGPVRRRRR
P1_DRAFT_NODE_62645_len_6358_cov_14_911293	P1_DRAFT_00392220	F093421	MTEPANPMDVLREALERQENGEAHDRGLIVERLSWTPEQRLEANAAFLRFLLEVRPEGPLIRE
P1_DRAFT_NODE_62842_len_960_cov_8_754167	P1_DRAFT_00514190	F083428	MTAPGSREIYELLTARVAPHTGEGETLPFDRIVRAPVDDETVGLVAQALVDADPETRRAGLFVFAGLQDDTPARLEPFRPLAGKIRDLLLDVEPAVRCDALMAFAYFDPEDLHVAVREFLTDPNGRNRLQAVRILDVECSPKNLPTLLTLGVDPYHEDAGDLTDAREWLVVREAARAAVEHTVDVRFPAPLEEEEVEGVRCVYHAWDSVWQWAVREGIRGRG
P1_DRAFT_NODE_62882_len_1887_cov_17_956545	P1_DRAFT_00536160	F016442	GWAMYTAFSAAQSIFLIKAGPQAYPLFFIVLALAVWPMVALQGAITRRFGVGRAFRITLAANAIAGLAVFAAYVLREDSTVAFAAYVVYSVAFELVMLNFWTFASQHFNVLEGKRIFPVIAAGSSIGYILAGVTTTVVAVYATEPLILVWSFGSIAAAIMSRGLERTLFRPAFVDDADEFLADQEAALKKHGVAAVLRGAFHYLTGSRLVLALVLLALTLQIASRIGDYLVAVLFVKATHNNLQALTILIGNAWLASYVVQLAVSLFVTPWVFSKLGIKNAIMALPIFTLIGFTAVAIAPILPTALFLFVVRNGLQTGMDDPVENVLGSALPAQVGPKLKLLLDNGVLPGAAVXXXXACRQGWTIRSKTSSAAHCRHRSAPS
P1_DRAFT_NODE_63768_len_994_cov_10_133802	P1_DRAFT_01049490	F031391	MGEWGNTPPTFDRSGDAWGSSGSAFGDDDQGGGEQYIELIGSELWVAGMINLGRFRRVSDFVNIVQGYFVMRDVVVLTRHGDATRLTLPELRVLPDDIAVVGQLGDDKPHQAAAESNLFIEKMAQRLVVLTRSHIIDGDVFIHGDGSIMSFVDATDPKFIPMSNVRVRWVSDRKLAARYPFALLQRAQILGVATEGIKLGGAETTARRVEMLKAQIKASPGASDALDIDLGPGAGSSEVGASTEEA
P1_DRAFT_NODE_65718_len_758_cov_9_411610	P1_DRAFT_00958100	F065744	MEANTSGTPSSPEGTSIQDRVNAPARPKGPNASAIVAGLVAIVLAGLIIVNETTTWNVDWSGLGPGAIVVVGIVLAVIGAIGLVRRHDDV
P1_DRAFT_NODE_65746_len_1290_cov_7_923256	P1_DRAFT_00976660	F060857	LNHLWQRFLLASSLIVGLFIGVVATVFGYSNLATVDVHWSIVHIDGVPLWTVALVPLALFVIAGTLYHWMDGLHHFTEHMRHRRRVHELEAEVASLRAHLDQVLEMPDQSTSKLPARKGANTASLPAADEGIAD
P1_DRAFT_NODE_67678_len_578_cov_17_773355	P1_DRAFT_00856950	F099709	MAAKVIGREIEMNSRSGGIGIVGVIVIVLVILWLVGVIKL
P1_DRAFT_NODE_69449_len_2077_cov_9_949447	P1_DRAFT_00609490	F072872	MLHVLVATVERHDLLDDLRAIAPATTTFLGERGLEATLERLGRSARIDAVVTDAPEVLMEIYHEIPGALPVYLARADEDAASVLVGLGALLAED
P1_DRAFT_NODE_69459_len_754_cov_35_746685	P1_DRAFT_00619150	F057767	MGIVMTVSQGMQREMVLTTAGQLDTDQQMVTDLMQRTLAAVNTLGQNWFGNDSTQFASDWASYSKQLQTAADAIAAMSRMARTQASDQQSTSAS
P1_DRAFT_NODE_69515_len_1659_cov_13_731766	P1_DRAFT_00662090	F087943	LLGEGIARYLLAQVGVVATVASALDLQAVISALALRPAVVIFESTEPLLQLDLATLAPQAVMIDVSTVVTRGSAISPDAAGLEKILQAVRSSSRA
P1_DRAFT_NODE_70101_len_551_cov_11_417423	P1_DRAFT_01008430	F105105	MVGMCCGACRYGTEEPHGSVFARDRGQGWGTCHKQAPTVVVLQSPERTAFSQTAFPRVRDDDWCGAYEAVVSRAGGYVGLDQP
P1_DRAFT_NODE_72308_len_714_cov_7_724090	P1_DRAFT_00934420	F035558	MVQARQGGWAEKRPAYRARATSAFIEAHADRAAARKAEVHDHAIEAIDEAITHFRADLQATERKLIDGKWVEVPVMRIGPRDLALLIDRFHVLFGQPSAISEGRGVEATLTSEALPIDALQKIVELTRGLGTPLPEHKSGLPYIQEKRPD
P1_DRAFT_NODE_74236_len_967_cov_9_167528	P1_DRAFT_00770090	F040939	VVVAVLVAVLALARCGGDVVALGRTDAAQSFQTFRNGSFLITVTDLAYGVQEIPVDAAAKSRGVSAYKPKNGQFIVFYATATRVGFGRASMPSTSSTLLDAAGKKYPAAGPFVGAVGQGFDEDQLPGTTHSGWFVFDVPESVTMPKTLNVQSDPQPGTTNPPTHV
P1_DRAFT_NODE_74829_len_682_cov_8_759531	P1_DRAFT_00196880	F043699	LSIAVGEWQDGTDRSDRCSAAIEAWAEGARVRMAFSDRAGSPWQDLEVVSWQLTSKEAAASPLKDAFLRLADHVARNDRRLRKALKSRTTAPPHM
P1_DRAFT_NODE_75253_len_1503_cov_10_666667	P1_DRAFT_00057010	F006194	MTAPKKRNGGKRSGEVAARNARSKAYINLAQALGSVFAAGVYTKEELQTAVCTYVSEMKGGGQTGEAVVRSAQALVNEVGSRFPSSERTQVLLADMVTWCLAEYYRESA
P1_DRAFT_NODE_75504_len_1757_cov_25_013660	P1_DRAFT_00189370	F081263	MRRLALMENITMTNTTQITLVRFASLQAADRSLTVGVRGSFYAPTRKASAVTDVAYLGSWRPPV
P1_DRAFT_NODE_7866_len_1738_cov_14_263521	P1_DRAFT_00762060	F026292	MEQTLEGGEKNLELLKSVCREGLPEFTLREHTLDHERDLFVMVIEAPDGRTRRVCWTRMMLFDAERIPALTGDPLASLRTRIVEFLRAHAARPEIVVTFRHLEDGWVDTPEPRREKRRRR
P1_DRAFT_NODE_78676_len_888_cov_12_801802	P1_DRAFT_00572430	F025269	MPYEKEFYSINEVKKPAADRVHHNNSACASGRDIPKHERKLGSEYRLCDNCEDLNKKGK
P1_DRAFT_NODE_80444_len_639_cov_8_809076	P1_DRAFT_00263600	F002503	MRLDWALLANAAEGPPNGLVYVLGAGIDTLWRDQFPAPFGGAMVLRLVTSRLESGRPHKVEVHCSDDDGKAILAQPIVLIVPPRQVPSEHPPGWDLAANIVINLAGVHIEKPGFYRFEIMIDDQQVRTLPFRLVQAARTNPPTLV
P1_DRAFT_NODE_80896_len_1122_cov_12_630125	P1_DRAFT_00536340	F018331	MSSRTGLEAEAINRLTDLVRPRSVRAILVQCLTGEIAPSIAIARMLAEEDASTVRTAIDDVTHRAATISRASDMLVHDRVDELTQIFVEDVACLADVSEAKRTQRIEGAPLPPEPRERGEARTSE
P1_DRAFT_NODE_8197_len_1701_cov_11_440330	P1_DRAFT_00973610	F078470	VGQPEKPAKISAKSVFEVDHSRLGIGVFNRPLLDAERRNFRRAWEIQAMPGFEDFQVDKERVSFVATAEKVPEAWGRIDSLLASATQNVKKAS
P1_DRAFT_NODE_82422_len_714_cov_16_130253	P1_DRAFT_00046640	F077977	MPTETAIIVAGIVLAFAVFVVSLAWADFYTRNVRTPGATYFHKPK
P1_DRAFT_NODE_83377_len_553_cov_6_016275	P1_DRAFT_00645110	F002533	QSGTPGNTDTHKAIGDFYVQMAGELCAYHIPGGSFAMRFIGGDAGITYSSDGSGGTLLTGTWELTILEATGIYRPFVGGDNHMVDRLDLLAPGDGTGGADELACYCHISRP
P1_DRAFT_NODE_86067_len_1078_cov_14_998145	P1_DRAFT_00805980	F004400	MADDTGKLKKGNFMQALDSIRQEAERLMARRDLPPEVKAGLDRIIGLTRSKFDLGGDIE
P1_DRAFT_NODE_88109_len_2972_cov_11_983850	P1_DRAFT_00614720	F067142	MRSGFAAGLMGIGGILISFGTVIVVLAFLGRRGDTRTELPAMITVAAGSLVVGAVLFGTGYLLGRLGQNSDQSARSERGSA
P1_DRAFT_NODE_8859_len_808_cov_9_688119	P1_DRAFT_00135080	F012694	NRVDPSHDGKFHAFWHERVVYENGRVKLFETESEAWEYLARCDLAGKIIH
P1_DRAFT_NODE_88782_len_5216_cov_12_680023	P1_DRAFT_01038580	F048506	PDGRYLAYVGEDTTPANPGTYGIVRDLRTGAIVMKGPGGGGCDCDEDFNHARWFAPDSFEIAVAHSSSNGGWERLSGKASASRIHVDTLSDEPDWH
P1_DRAFT_NODE_89145_len_2328_cov_9_374571	P1_DRAFT_01088590	F070684	VNTDQVLLGLGVATVLLALWAAVFATRADLATRRATALATQRWEDTVRPAPRLSFTTPPAPGQAIELEVENLGGTLAAGAVIVQAGDDLYAGELTLPEHAPPRRIFISPVMKAWQRKSHPVCLLLVGRDLSGKCWDYLDGNKAVEDPRKWLPSQLRELRLQGVVDFPAVTGPAKP
P1_DRAFT_NODE_8939_len_1714_cov_9_617853	P1_DRAFT_00181320	F030538	GSELTASRNRLLQQIPDPATILPGSLLRRMVRCNKPGCQKCEKGKGEGHGPIWILSVSLGNRKVRQIPIPAAWKKGVEESLHAFAQSQKLLKQMASVNLDLLKLRKQER
P1_DRAFT_NODE_89994_len_1041_cov_7_895293	P1_DRAFT_00301660	F027365	ASASVMPVSSAAVFGVLGFVSGLGSCALALRSAVAGRRRRLAAELVPLLELFTLELSGGGSALSALGSVTTKVQGELAFDLRRLLIASQVAGSLPFESRLMQYSEHLDLPALASLATILGASREYGTGVVHGVRALATDLRHAQRRELIAHSRRALNHVLIPAAVGVLLPFLAVVMFPAVTALQRNLN
P1_DRAFT_NODE_90012_len_2441_cov_17_091356	P1_DRAFT_00311080	F020632	MLGYIGTTLYHHTDAPRDLVMAPVIATIPEPELTPIATSTPAIVASVTAGLTIWPAALFAEQAPV
P1_DRAFT_NODE_90097_len_1503_cov_11_888224	P1_DRAFT_00364650	F092943	GARSVSRRNPNSKNLTLVKRYLAPTDFSAAETWRLVEWCHATGADEFTIDCAGSDARAEAKVWRPFEKVVQPFSRGEKTRERMSGRTADDLTRSTRLWELNPVTIGALQRALPSGLLAYDPAGRGWFEDPIFYREGNLVLGVLSHEAFAVLRLSVLESVRLSTAGFPSHDSLPRVG
P1_DRAFT_NODE_90102_len_821_cov_10_511571	P1_DRAFT_00367210	F042316	TPSSARSWSSTVASLRKASDGRLAGGREALGHFERYVNLLFRLTVAHKDAAIRLLRPATNSTVWGLTGGHDPGGRPAIRLTDGRYLRLVAMLELDVSAGRQLRVQAMTWQYQNAVDDDSWVFRADYSRARSAAASPPRGHFHVDGTLRQPGVLGPKQPLGRVHFPCRQPTLEAAVVLLADEFGVPTNAPHEVWRTAVAEHEAKSARLFDL
P1_DRAFT_NODE_91243_len_3381_cov_15_431529	P1_DRAFT_00998930	F072871	VSVKDERIFQARRAGCPHPLKGAPEDPDEVRAVRLEMLIVRLVAKQASGQIGYWVAFSDERGVGHYAFTTDPAYADLSPENAASRTGAVVAFSRAIERYRATLTGFRPAP
P1_DRAFT_NODE_92128_len_839_cov_10_132300	P1_DRAFT_00180030	F026749	VQPGIVGIRGAITAAWEEDLRAVRQDRYDTDTGREALAFIQRCYALVSDLRGPIQKAWGPGGHVHV
P1_DRAFT_NODE_92774_len_636_cov_7_022013	P1_DRAFT_00577510	F009222	MKLHVKKNQLHKDVGKAPGAKITEADIAKEKSKGGVYAKRAQFAENAKKWNHPGKGKR
P1_DRAFT_NODE_93398_len_1055_cov_14_594313	P1_DRAFT_00895780	F037492	MPDEPRTYASTACPYCSVELDPLPKAKQRCPGCAQPIYVRMGPDGITYLLQVSDLPVLDQAWAESHEARDYRTKVAALGVDFDAIEDVMQQRGARHSARDVWWSAVNDYILGALSRADWFAAQAGYFDHARDLADHGQPWAEVARAGFKLELRQYLGDVESTDILACKCSVCQVDAGRRLSIAAEISAPTLPHADCEKGWCACDYLPSFA
P1_DRAFT_NODE_93749_len_1544_cov_6_770078	P1_DRAFT_00818030	F009704	VTLDRCIGIGDRVVVSMRFSRTAADPADERPLQSRRMYHLGRYAAIVTTRDGRVVRVDEQPSLAAALEAVGVEEETL
P1_DRAFT_NODE_94187_len_2215_cov_24_374718	P1_DRAFT_01184100	F055310	MVEESRTSNGIFRMSDHLGVGEGQRYPRDRVMPVEGRTLASGVLAKKERSGDWQ
P1_DRAFT_NODE_94866_len_909_cov_13_358636	P1_DRAFT_00301740	F025840	MTDPISPPLRPGVLPRDNFRSIIAALITVLTIYGWIDALGRTPMRHALAAQTRLWWIEQIVSFALAIVCIGIIFRKRPFLTPAFWLTVYSLVFDIVRWIFEFRDDQFEIRIAPLLYAFLLWRLWITRKQVAATEDPLLVDTTG
P1_DRAFT_NODE_9634_len_13248_cov_20_176933	P1_DRAFT_00618490	F024166	MSGKREYYPPNSPVEVRSRFDQQWVHGFEVAEPVDEPKQHGYRIRRRSDGSVLPVVFSQDDVRVEPRPTNNMWWI
P1_DRAFT_NODE_96493_len_942_cov_12_462845	P1_DRAFT_01139800	F069476	MNRQAIGRIVSVLVGAGVLFGLQQGLGVKLYIAIPVAIVVYLAVKVAIGLLWGADDKAT
P1_DRAFT_NODE_965_len_1368_cov_12_069445	P1_DRAFT_00205840	F004294	TLRAEVMRLEFGEEPPPEICVPDKPLSEIEDNATQRAIQDAPYIIYSRFHLAHESWRLGIVYSVAPPTVGDIQILSAYRAGHEARPHLV
P1_DRAFT_NODE_965_len_1368_cov_12_069445	P1_DRAFT_00205850	F006205	MDDIKQTLDKLREELTNAGKRLAELAEKAESELPAAGKRINEEYLRLQALLDSAVDKLRK
P1_DRAFT_NODE_97270_len_1766_cov_10_043036	P1_DRAFT_00172930	F103949	LLLPKDRGQRNDQPGHTQFDDHDQQVTRDWYKQHRDHPPAGLRNEDRLSADEESRFHEGAVLDKGLRRKVHAAPHELTSQLPPPARNHRYVTIGGHVGLIDNKNQVKAVIHLHDNR
P1_DRAFT_NODE_97380_len_705_cov_10_246808	P1_DRAFT_00226740	F095962	QAGACVKFIRAAATEVVGLFVGDWLQTLVSVAILALGWLVLSRIHVDGLGFVIVVALAVQLIYATTLEARDRARRS
P1_DRAFT_NODE_97862_len_4631_cov_13_418700	P1_DRAFT_00431360	F002065	MEESLVAKWNPLALKLLMWVMGVLIVMGSGLGFIGSTFFAFDTWAGVSASVAGIAFGAGIMIAGFDPEGNVSWVRALIVYAILEVVYQIFNQITVGRFDIVPLVIAVIVAAMLIWLYPNKAQLWMSSSNSMAHKA
P1_DRAFT_NODE_97975_len_775_cov_8_930323	P1_DRAFT_00482800	F063192	MLNNTERRGFAIPTAILVIVTLTIMVAGGFSLVSAERRSVADQKSQISAFRIAEQGLELFLVRRDSLLAGHPGFSHVPGATPDTAVIAMTGGVATVTLTRLRPVRGSQSGLYV
P1_DRAFT_NODE_990_len_758_cov_13_062005	P1_DRAFT_00235230	F099709	MRRPNGRAVTEREIEMNSRTGGVGIVGVIIIVLVVLWLLKVI

NMPFamsDB

NMPFamsDB

NMPFamsDB

A database of Novel Metagenome Protein Families

A database of Novel Metagenome Protein Clusters

A database of Novel Metagenome Protein Clusters

2088090004: Permafrost microbial communities from permafrost in Bonanza Creek, Alaska - Permafrost Layer P1

Overview

Ecosystem and Geography

Associated Families

Associated Scaffolds

Sequences