Sample 2081372007

Basic Information
IMG/M Taxon OID	2081372007 Open in IMG/M
GOLD Reference (Study \| Sequencing Project \| Analysis Project)	Gs0060787 \| Gp0051513 \| Ga0026231
Sample Name	Hypersaline microbial communities from Antarctic Deep Lake - 24m 3.0um
Sequencing Status	Permanent Draft
Sequencing Center	DOE Joint Genome Institute (JGI)
Published?	Y
Use Policy	Open

Dataset Contents
Total Genome Size	56949331
Sequencing Scaffolds	136
Novel Protein Genes	160
Associated Families	62

Dataset Phylogeny
Taxonomy Groups	Number of Scaffolds
Not Available	94
All Organisms → Viruses → Predicted Viral	12
All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → Caudovirales → Myoviridae → Haloferacalesvirus	2
All Organisms → cellular organisms → Eukaryota → Viridiplantae → Chlorophyta → core chlorophytes → Chlorophyceae → CS clade → Chlamydomonadales → Dunaliellaceae → Dunaliella → Dunaliella tertiolecta	1
All Organisms → cellular organisms → Bacteria → Proteobacteria	1
All Organisms → cellular organisms → Archaea → Euryarchaeota → Stenosarchaea group → Halobacteria → Natrialbales → Natrialbaceae → Haloterrigena → Haloterrigena salifodinae	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Alteromonadales → Alteromonadaceae → unclassified Alteromonadaceae → Alteromonadaceae bacterium	1
All Organisms → cellular organisms → Archaea → Euryarchaeota → Stenosarchaea group → Halobacteria → Natrialbales → Natrialbaceae → Natrinema → unclassified Natrinema → Natrinema sp. DC36	1
All Organisms → cellular organisms → Archaea → Euryarchaeota → Stenosarchaea group → Halobacteria	7
All Organisms → cellular organisms → Archaea → Euryarchaeota → Stenosarchaea group → Halobacteria → Halobacteriales → Halococcaceae → Halococcus	1
All Organisms → cellular organisms → Archaea	1
All Organisms → cellular organisms → Archaea → Euryarchaeota → Stenosarchaea group → Halobacteria → Halobacteriales → Haloarculaceae → Haloarcula → unclassified Haloarcula → Haloarcula sp. Atlit-7R	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Pseudomonadales → Marinobacteraceae → Marinobacter → unclassified Marinobacter → Marinobacter sp. LV10R510-11A	1
All Organisms → cellular organisms → Archaea → Euryarchaeota → Stenosarchaea group → Halobacteria → Haloferacales → Halorubraceae → Halorubrum	2
All Organisms → cellular organisms → Archaea → Euryarchaeota → Stenosarchaea group → Halobacteria → Halobacteriales	2
All Organisms → cellular organisms → Archaea → Euryarchaeota → Stenosarchaea group → Halobacteria → Haloferacales → Halorubraceae → Halorubrum → Halorubrum lacusprofundi	1
All Organisms → cellular organisms → Archaea → Euryarchaeota → Stenosarchaea group → Halobacteria → Haloferacales → Halorubraceae → Halorubrum → Halorubrum rutilum	1
All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → Caudovirales → Myoviridae → Haloferacalesvirus → unclassified Haloferacalesvirus → Halovirus HSTV-2	3
All Organisms → cellular organisms → Archaea → Euryarchaeota → Stenosarchaea group → Halobacteria → Natrialbales → Natrialbaceae → Natronorubrum → Natronorubrum texcoconense	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Chromatiales → Ectothiorhodospiraceae → Spiribacter → Spiribacter salinus	1

Ecosystem Assignment (GOLD)
Name	Hypersaline Microbial Communities From Antarctic Deep Lake
Type	Environmental
Taxonomy	Environmental → Aquatic → Non-Marine Saline And Alkaline → Hypersaline → Unclassified → Hypersaline → Hypersaline Microbial Communities From Antarctic Deep Lake

Alternative Ecosystem Assignments
Environment Ontology (ENVO)	aquatic biome → hypersaline lake → lake water
Earth Microbiome Project Ontology (EMPO)	Free-living → Saline → Hypersaline (saline)

Location Information
Location	Deep Lake Antarctica
Coordinates	Lat. (^o)	-68.54	Long. (^o)	78.18	Alt. (m)	N/A	Depth (m)	24
Location on Map

Zoom:	Powered by OpenStreetMap^©

Family	Category	Number of Sequences	3D Structure?
F001038	Metagenome	796	Y
F001325	Metagenome	721	Y
F002325	Metagenome	571	Y
F003128	Metagenome	506	Y
F005340	Metagenome	403	Y
F005769	Metagenome	390	N
F006455	Metagenome	373	Y
F007732	Metagenome	346	Y
F007954	Metagenome	342	Y
F008667	Metagenome	330	N
F011984	Metagenome	285	Y
F012642	Metagenome	278	Y
F013259	Metagenome	272	Y
F014215	Metagenome	265	Y
F020119	Metagenome	226	N
F020827	Metagenome	222	Y
F027372	Metagenome	195	Y
F027696	Metagenome	194	N
F028050	Metagenome	193	N
F030943	Metagenome	184	Y
F032100	Metagenome	181	N
F032101	Metagenome	181	Y
F034413	Metagenome	175	Y
F037502	Metagenome	168	Y
F037512	Metagenome	167	Y
F038482	Metagenome	166	Y
F044831	Metagenome	153	Y
F046097	Metagenome	152	Y
F047393	Metagenome	150	N
F047394	Metagenome	150	N
F048679	Metagenome	148	Y
F049331	Metagenome	146	Y
F050795	Metagenome	145	N
F051583	Metagenome	144	N
F052986	Metagenome	141	Y
F054455	Metagenome	140	N
F057005	Metagenome	137	Y
F058558	Metagenome	135	Y
F059487	Metagenome	134	Y
F065262	Metagenome	128	Y
F066289	Metagenome	127	Y
F068284	Metagenome	125	Y
F069497	Metagenome	124	Y
F069544	Metagenome	123	N
F070700	Metagenome	123	N
F072888	Metagenome	121	N
F072891	Metagenome	121	Y
F074233	Metagenome	119	N
F075482	Metagenome	119	N
F079392	Metagenome	116	N
F083454	Metagenome	113	N
F084898	Metagenome	112	N
F084902	Metagenome	112	Y
F085171	Metagenome	111	N
F086358	Metagenome	111	N
F088015	Metagenome	109	N
F098321	Metagenome	104	Y
F100063	Metagenome	103	N
F100495	Metagenome	102	Y
F102168	Metagenome	102	Y
F102170	Metagenome	102	N
F104109	Metagenome	101	N

Associated Scaffolds

Scaffold	Taxonomy	Length	IMG/M Link
ADL20m3uS_contig03299	Not Available	554	Open in IMG/M
ADL20m3uS_contig03395	All Organisms → Viruses → Predicted Viral	1151	Open in IMG/M
ADL20m3uS_contig05566	All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → Caudovirales → Myoviridae → Haloferacalesvirus	801	Open in IMG/M
ADL20m3uS_contig05902	Not Available	893	Open in IMG/M
ADL20m3uS_contig05931	All Organisms → cellular organisms → Eukaryota → Viridiplantae → Chlorophyta → core chlorophytes → Chlorophyceae → CS clade → Chlamydomonadales → Dunaliellaceae → Dunaliella → Dunaliella tertiolecta	863	Open in IMG/M
ADL20m3uS_contig06191	Not Available	826	Open in IMG/M
ADL20m3uS_contig06330	All Organisms → cellular organisms → Bacteria → Proteobacteria	4162	Open in IMG/M
ADL20m3uS_contig06379	All Organisms → cellular organisms → Archaea → Euryarchaeota → Stenosarchaea group → Halobacteria → Natrialbales → Natrialbaceae → Haloterrigena → Haloterrigena salifodinae	3321	Open in IMG/M
ADL20m3uS_contig06520	Not Available	1055	Open in IMG/M
ADL20m3uS_contig06636	Not Available	521	Open in IMG/M
ADL20m3uS_contig06691	All Organisms → Viruses → Predicted Viral	1241	Open in IMG/M
ADL20m3uS_contig06693	Not Available	666	Open in IMG/M
ADL20m3uS_contig06967	Not Available	809	Open in IMG/M
ADL20m3uS_contig06993	Not Available	624	Open in IMG/M
ADL20m3uS_contig07069	Not Available	864	Open in IMG/M
ADL20m3uS_contig07128	Not Available	1071	Open in IMG/M
ADL20m3uS_contig07134	Not Available	528	Open in IMG/M
ADL20m3uS_contig07143	Not Available	700	Open in IMG/M
ADL20m3uS_contig07273	Not Available	1123	Open in IMG/M
ADL20m3uS_contig07390	Not Available	633	Open in IMG/M
ADL20m3uS_contig08478	Not Available	717	Open in IMG/M
ADL20m3uS_contig08547	Not Available	508	Open in IMG/M
ADL20m3uS_contig08640	Not Available	734	Open in IMG/M
ADL20m3uS_contig08718	Not Available	659	Open in IMG/M
ADL20m3uS_contig08758	All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Alteromonadales → Alteromonadaceae → unclassified Alteromonadaceae → Alteromonadaceae bacterium	693	Open in IMG/M
ADL20m3uS_contig09086	Not Available	629	Open in IMG/M
ADL20m3uS_contig09386	All Organisms → cellular organisms → Archaea → Euryarchaeota → Stenosarchaea group → Halobacteria → Natrialbales → Natrialbaceae → Natrinema → unclassified Natrinema → Natrinema sp. DC36	510	Open in IMG/M
ADL20m3uS_contig09879	Not Available	718	Open in IMG/M
ADL20m3uS_contig09893	Not Available	924	Open in IMG/M
ADL20m3uS_contig09906	Not Available	742	Open in IMG/M
ADL20m3uS_contig10078	Not Available	730	Open in IMG/M
ADL20m3uS_contig10256	Not Available	540	Open in IMG/M
ADL20m3uS_contig10373	Not Available	652	Open in IMG/M
ADL20m3uS_contig10444	Not Available	679	Open in IMG/M
ADL20m3uS_contig10513	Not Available	781	Open in IMG/M
ADL20m3uS_contig10846	All Organisms → cellular organisms → Archaea → Euryarchaeota → Stenosarchaea group → Halobacteria	1642	Open in IMG/M
ADL20m3uS_contig11104	Not Available	553	Open in IMG/M
ADL20m3uS_contig11180	Not Available	654	Open in IMG/M
ADL20m3uS_contig11254	Not Available	883	Open in IMG/M
ADL20m3uS_contig11264	Not Available	635	Open in IMG/M
ADL20m3uS_contig11294	Not Available	876	Open in IMG/M
ADL20m3uS_contig11302	Not Available	780	Open in IMG/M
ADL20m3uS_contig11317	Not Available	696	Open in IMG/M
ADL20m3uS_contig11448	All Organisms → cellular organisms → Archaea → Euryarchaeota → Stenosarchaea group → Halobacteria	1697	Open in IMG/M
ADL20m3uS_contig11452	Not Available	683	Open in IMG/M
ADL20m3uS_contig11466	All Organisms → cellular organisms → Archaea → Euryarchaeota → Stenosarchaea group → Halobacteria → Halobacteriales → Halococcaceae → Halococcus	873	Open in IMG/M
ADL20m3uS_contig11487	Not Available	911	Open in IMG/M
ADL20m3uS_contig12037	All Organisms → cellular organisms → Archaea	7091	Open in IMG/M
ADL20m3uS_contig12558	All Organisms → cellular organisms → Archaea → Euryarchaeota → Stenosarchaea group → Halobacteria → Halobacteriales → Haloarculaceae → Haloarcula → unclassified Haloarcula → Haloarcula sp. Atlit-7R	2605	Open in IMG/M
ADL20m3uS_contig12656	All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria	3992	Open in IMG/M
ADL20m3uS_contig12729	Not Available	2164	Open in IMG/M
ADL20m3uS_contig12873	All Organisms → Viruses → Predicted Viral	1736	Open in IMG/M
ADL20m3uS_contig12928	All Organisms → Viruses → Predicted Viral	1613	Open in IMG/M
ADL20m3uS_contig12964	All Organisms → Viruses → Predicted Viral	1733	Open in IMG/M
ADL20m3uS_contig12966	Not Available	1217	Open in IMG/M
ADL20m3uS_contig12978	All Organisms → cellular organisms → Archaea → Euryarchaeota → Stenosarchaea group → Halobacteria	1418	Open in IMG/M
ADL20m3uS_contig12994	All Organisms → cellular organisms → Archaea → Euryarchaeota → Stenosarchaea group → Halobacteria	1559	Open in IMG/M
ADL20m3uS_contig13013	All Organisms → Viruses → Predicted Viral	1083	Open in IMG/M
ADL20m3uS_contig13030	Not Available	1631	Open in IMG/M
ADL20m3uS_contig13042	All Organisms → Viruses → Predicted Viral	1270	Open in IMG/M
ADL20m3uS_contig13044	All Organisms → cellular organisms → Archaea → Euryarchaeota → Stenosarchaea group → Halobacteria	1458	Open in IMG/M
ADL20m3uS_contig13068	All Organisms → Viruses → Predicted Viral	1478	Open in IMG/M
ADL20m3uS_contig13102	All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Pseudomonadales → Marinobacteraceae → Marinobacter → unclassified Marinobacter → Marinobacter sp. LV10R510-11A	1397	Open in IMG/M
ADL20m3uS_contig13141	Not Available	1323	Open in IMG/M
ADL20m3uS_contig13157	Not Available	1049	Open in IMG/M
ADL20m3uS_contig13167	Not Available	1037	Open in IMG/M
ADL20m3uS_contig13182	All Organisms → Viruses → Predicted Viral	1374	Open in IMG/M
ADL20m3uS_contig13200	All Organisms → cellular organisms → Archaea → Euryarchaeota → Stenosarchaea group → Halobacteria → Haloferacales → Halorubraceae → Halorubrum	1374	Open in IMG/M
ADL20m3uS_contig13228	Not Available	1136	Open in IMG/M
ADL20m3uS_contig13256	All Organisms → cellular organisms → Archaea → Euryarchaeota → Stenosarchaea group → Halobacteria → Halobacteriales	1365	Open in IMG/M
ADL20m3uS_contig13269	Not Available	536	Open in IMG/M
ADL20m3uS_contig13272	All Organisms → cellular organisms → Archaea → Euryarchaeota → Stenosarchaea group → Halobacteria	1363	Open in IMG/M
ADL20m3uS_contig13276	Not Available	1061	Open in IMG/M
ADL20m3uS_contig13277	Not Available	1362	Open in IMG/M
ADL20m3uS_contig13289	Not Available	534	Open in IMG/M
ADL20m3uS_contig13312	All Organisms → cellular organisms → Archaea → Euryarchaeota → Stenosarchaea group → Halobacteria	1233	Open in IMG/M
ADL20m3uS_contig13314	Not Available	800	Open in IMG/M
ADL20m3uS_contig13318	All Organisms → Viruses → Predicted Viral	1269	Open in IMG/M
ADL20m3uS_contig13326	Not Available	972	Open in IMG/M
ADL20m3uS_contig13337	All Organisms → Viruses → Predicted Viral	1178	Open in IMG/M
ADL20m3uS_contig13358	All Organisms → cellular organisms → Archaea → Euryarchaeota → Stenosarchaea group → Halobacteria → Haloferacales → Halorubraceae → Halorubrum	998	Open in IMG/M
ADL20m3uS_contig13384	All Organisms → cellular organisms → Archaea → Euryarchaeota → Stenosarchaea group → Halobacteria → Haloferacales → Halorubraceae → Halorubrum → Halorubrum lacusprofundi	1123	Open in IMG/M
ADL20m3uS_contig13395	Not Available	1297	Open in IMG/M
ADL20m3uS_contig13402	Not Available	909	Open in IMG/M
ADL20m3uS_contig13403	All Organisms → cellular organisms → Archaea → Euryarchaeota → Stenosarchaea group → Halobacteria → Haloferacales → Halorubraceae → Halorubrum → Halorubrum rutilum	1062	Open in IMG/M
ADL20m3uS_contig13408	Not Available	1118	Open in IMG/M
ADL20m3uS_contig13409	Not Available	554	Open in IMG/M
ADL20m3uS_contig13429	Not Available	1079	Open in IMG/M
ADL20m3uS_contig13442	Not Available	947	Open in IMG/M
ADL20m3uS_contig13470	All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → Caudovirales → Myoviridae → Haloferacalesvirus	973	Open in IMG/M
ADL20m3uS_contig13492	Not Available	993	Open in IMG/M
ADL20m3uS_contig13502	All Organisms → Viruses → Predicted Viral	1179	Open in IMG/M
ADL20m3uS_contig13504	Not Available	986	Open in IMG/M
ADL20m3uS_contig13508	Not Available	716	Open in IMG/M
ADL20m3uS_contig13519	Not Available	968	Open in IMG/M
ADL20m3uS_contig13544	Not Available	746	Open in IMG/M
ADL20m3uS_contig13578	Not Available	802	Open in IMG/M
ADL20m3uS_contig13581	Not Available	951	Open in IMG/M
ADL20m3uS_contig13598	Not Available	917	Open in IMG/M
ADL20m3uS_contig13620	Not Available	1014	Open in IMG/M
ADL20m3uS_contig13633	Not Available	920	Open in IMG/M
ADL20m3uS_contig13652	Not Available	612	Open in IMG/M
ADL20m3uS_contig13676	Not Available	567	Open in IMG/M
ADL20m3uS_contig13677	All Organisms → cellular organisms → Archaea → Euryarchaeota → Stenosarchaea group → Halobacteria → Halobacteriales	722	Open in IMG/M
ADL20m3uS_contig13686	Not Available	799	Open in IMG/M
ADL20m3uS_contig13693	Not Available	734	Open in IMG/M
ADL20m3uS_contig13705	Not Available	976	Open in IMG/M
ADL20m3uS_contig13707	Not Available	568	Open in IMG/M
ADL20m3uS_contig13718	Not Available	686	Open in IMG/M
ADL20m3uS_contig13724	Not Available	586	Open in IMG/M
ADL20m3uS_contig13738	Not Available	701	Open in IMG/M
ADL20m3uS_contig13740	Not Available	900	Open in IMG/M
ADL20m3uS_contig13831	Not Available	769	Open in IMG/M
ADL20m3uS_contig13832	Not Available	819	Open in IMG/M
ADL20m3uS_contig13835	Not Available	859	Open in IMG/M
ADL20m3uS_contig13837	Not Available	886	Open in IMG/M
ADL20m3uS_contig13859	Not Available	551	Open in IMG/M
ADL20m3uS_GFI381O02F1EU0	All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → Caudovirales → Myoviridae → Haloferacalesvirus → unclassified Haloferacalesvirus → Halovirus HSTV-2	573	Open in IMG/M
ADL20m3uS_GFI381O02G1KSM	All Organisms → cellular organisms → Archaea → Euryarchaeota → Stenosarchaea group → Halobacteria → Natrialbales → Natrialbaceae → Natronorubrum → Natronorubrum texcoconense	531	Open in IMG/M
ADL20m3uS_GFI381O02GTQZV	Not Available	503	Open in IMG/M
ADL20m3uS_GFI381O02HSA2S	Not Available	505	Open in IMG/M
ADL20m3uS_GFI381O02IUYI9	Not Available	525	Open in IMG/M
ADL20m3uS_GFI381O02JAIKX	Not Available	510	Open in IMG/M
ADL20m3uS_GLR497S01A68E9	Not Available	504	Open in IMG/M
ADL20m3uS_GLR497S01ALRLH	Not Available	523	Open in IMG/M
ADL20m3uS_GLR497S01BJM4Y	All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → Caudovirales → Myoviridae → Haloferacalesvirus → unclassified Haloferacalesvirus → Halovirus HSTV-2	581	Open in IMG/M
ADL20m3uS_GLR497S01BMZ5X	All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Chromatiales → Ectothiorhodospiraceae → Spiribacter → Spiribacter salinus	502	Open in IMG/M
ADL20m3uS_GLR497S01BRDCV	Not Available	541	Open in IMG/M
ADL20m3uS_GLR497S01BXI65	Not Available	509	Open in IMG/M
ADL20m3uS_GLR497S01C9FHV	Not Available	511	Open in IMG/M
ADL20m3uS_GLR497S01DUBYX	Not Available	501	Open in IMG/M
ADL20m3uS_GLR497S01DWLML	Not Available	541	Open in IMG/M
ADL20m3uS_GLR497S01EHTXC	Not Available	510	Open in IMG/M
ADL20m3uS_GLR497S01EIES2	Not Available	515	Open in IMG/M
ADL20m3uS_GLR497S01EMUEN	Not Available	557	Open in IMG/M
ADL20m3uS_GLR497S01EWO9I	All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → Caudovirales → Myoviridae → Haloferacalesvirus → unclassified Haloferacalesvirus → Halovirus HSTV-2	514	Open in IMG/M

Sequences

Scaffold ID	Protein ID	Family	Sequence
ADL20m3uS_contig03299	ADL20m3uS_00385500	F079392	MTQATPVWEYIATKHERNVTWAASALGVDRSTLHRVMNSGYVINGNLYTIKRKSK
ADL20m3uS_contig03395	ADL20m3uS_00442570	F046097	MAVQQVPAVDIEAQGVLVDREGDMYSLRVIDTNNKVHSLEAESLTLNDYGFATSGCEISEYGKVVTVKRLETGSRCIHLST
ADL20m3uS_contig03395	ADL20m3uS_00442580	F027372	MDEIIVSSTEALYDDYAKLKSQTPSGYATYGLAGIIVNDCNIVCGNCATDEELADNNNDAIFGSAEWGYPAPVCEDCQKPLNVNLIVHKSYAPLLHYRLRMTEELGVFADTDCLTIEEIGAKAAERAAEIGRDYAPTDMFESDEDYEIPTDSAKYVNNIAPQLRQLSGYEDGAGKGTYNTTPIDVGYHIHKEDVLPAFREAYYSEAINREI
ADL20m3uS_contig05566	ADL20m3uS_00364020	F072888	MTFDVAIEREVNGENELTEYENVSKVINIPSMGKIKLTYPDGETDVSPCGQVVSIREHEASDNEAN
ADL20m3uS_contig05902	ADL20m3uS_00813180	F084898	MNVQYKNSKFKRVTQNDIVSTLETLHGIGQDTAQDVVSLVDARDYKDLLNDDRTDLKSNVKRELLKSQINRESVFAVLLYQAQKNDGEEVNSIQEG
ADL20m3uS_contig05931	ADL20m3uS_00039650	F020119	VAYHNWFALPERPVSDARAPFVLPEYLKMALSKSVMRNVARFRIRGHGLKCETGLYGRSPDRSARVCNLCENGDYIQDEKHVIFSCIGTEHLRHQFIHLFDNISEGDIKGFVFQHNSEVYKFISAAVDLFD
ADL20m3uS_contig06191	ADL20m3uS_00642250	F047394	MTANTQPTETRAQTTNGSFQTDVSALQEMTERAVEILDSHGEPVTIARLVGTVVRLGGRDEHRFETIVRVAQQHIDEECGGVDR
ADL20m3uS_contig06330	ADL20m3uS_01028750	F028050	MDIRSFTRKDTATVPIQDPLGGKTDIVVEVYGRDSKAYRAAAVELARDFDATDEAQASERGAKLLQSCIVSWQNVEVDGKAIQPDSPEALAMLKDESLDWFVSQISVAIQKRTLFFSKSGKS
ADL20m3uS_contig06379	ADL20m3uS_01090780	F074233	MIKCDSNMNVTKHKISKFSKIIGIALVAMLAFGGLSGAVSAQEENMGDINVTVEDNGTAVNTQNMTLMDAADDTEVEVLETDSEGIVSFTEISYGEYYLSYNDSAGVAYDSATFETQTEVSLLDWDVDANTLTLEDGSGNLIEEYVGTQDDFVVTDVLSEESNDASTLIGYAGVVAGTVITLIILIISLIITLRIFRNI
ADL20m3uS_contig06520	ADL20m3uS_00023130	F069544	DAWFEYLGYTNLFPFKKGVRKAFGYNERNLKEVIHDYSKEYNRLDFNPNLFNEVKPAIIKEDGRLDKYKLEYVYNLLYEKDNYLILEFISQNYKSYKTNSLRKILIELGYIEEKTNREFVSYIKKHMDYHGIVYESVNSTNIFFNK
ADL20m3uS_contig06636	ADL20m3uS_00724880	F020827	MKHDIAGWYEIGQRWKLWKDGQLRDFYIDHIHVLESDDSGRIEVEHYLSDGMMITKLTVTSFDVLPVVKNIEPVEKPDQL
ADL20m3uS_contig06691	ADL20m3uS_00155370	F003128	MQIEVSASEIKSDKKADDRGRVTLGSEYADETVTVAVLVVEDEEGDNGD
ADL20m3uS_contig06693	ADL20m3uS_00378670	F048679	MRLKVYLLLALAHYCGVQQGALQIASGLGANTLSVWKTNDRHPTAERFYKAQSALIDMADLPAEYKNLEIEAVARIVIK
ADL20m3uS_contig06876	ADL20m3uS_01169990	F068284	KAAKRAAKIGRDYAPTDVFESDEHYEIPTDSAQYINNIAPQLRQLAGYEDGAGKGTYNTVSTDIKYEINKENLLHEIHKEDVLPAFREAYYTEAVNREI
ADL20m3uS_contig06967	ADL20m3uS_00981010	F020827	MKHDIAGWYEIGQRWKLWKNGQLRDFYIDHIHVLESDDSGRIEVEHYLSDGMMITKLTVTSFDVLPVVKNIEPVEKPDQL
ADL20m3uS_contig06993	ADL20m3uS_00346630	F030943	MSNQTEADEIEQLVTEAVNVEAIPSVTSGIVGDLLNGELDSWRVVICEVVKDDDDLLVCGEGGQVVERVDTDVWTTSALSGTEVKDLAKIADTINSAIASEYGEL
ADL20m3uS_contig07069	ADL20m3uS_00032000	F006455	MNQQVKPPAGWTEIEPEFEFQRQTFQRRRDGLVVSVEQEGMSCHNVVTLPENYYQDNQVIDCIEIGVEPEDAAEAAHEWMEQNNRQ
ADL20m3uS_contig07128	ADL20m3uS_00404170	F007954	MPNQIKAGEIAQFVNKAAKFGAASGVTVAVELEDGKVMTQRWGAVEATVEATVEATVEASSEPSEPTPETIRDAWTEIANNEWRKFQVIAGKYGLYRMKRQAMIDTLTDMGVMPGDHPSEDTEQSVFAAPRTNSMVSSKAIAVADD
ADL20m3uS_contig07134	ADL20m3uS_00395110	F032101	MSNQIEDDEIEQLVNEGANFETALCVNSAIVGDLLINELDSWHVGICEVKKDDDDLLVYGENGHVVDRVDTDVWTTSVLFEDTEVKDLAKIADAINGAIASECSEL
ADL20m3uS_contig07143	ADL20m3uS_00782920	F054455	MRLCYGWWAASYREQSEKQLGALCDVRATSGLYPGFLRGTDSP
ADL20m3uS_contig07273	ADL20m3uS_00490840	F085171	MSKNKHTDLDGLIDLDSRSLIKLGNSAVVSIPSADDLGIIGNIDELDAAVSVRLVDSNQIVIEARVDLSNVDLGDIDLTLD
ADL20m3uS_contig07390	ADL20m3uS_00036940	F011984	MATICDACQVRIDEDWTGAAIEVETHNGVDIDVAGDFCTHCTGDIADAIRSVIGANKRSDSIN
ADL20m3uS_contig08478	ADL20m3uS_00371280	F003128	MQIEVSASDIKSDKKADDRGRVTLGSEYADETVTVAVLEVKDESDGI
ADL20m3uS_contig08547	ADL20m3uS_01184080	F088015	MGPSSGKEQQCGGDPKLSRHRVVDTHTCVQRAHKGMSQRTGRSIRDQRCKELTPLLDGFSTLEAFLGPKA
ADL20m3uS_contig08640	ADL20m3uS_01091140	F038482	MSEKLTKADELCEELAGTLSQNPDTVEITIKIQHPTLGTTIVTGDKIKKMAAGELFELDHGVQARIEKDE
ADL20m3uS_contig08718	ADL20m3uS_00570430	F005769	MGEIADASAQREEHAGKERHLHRTTASTSAAASTQSLDTCSKRAVTKACVDAAVAQFIYATGTTFWVVVAISK
ADL20m3uS_contig08758	ADL20m3uS_00967260	F037502	NELSEHNIDEWGEVLAVDCFVSGVYNRAQAEAVVYEAEGIGFAGIGVYSDTRNNQGQEQVMFHLGVRPNELMGSPATWGRISGKYTSLIAAVQSLKAG
ADL20m3uS_contig09086	ADL20m3uS_00171790	F104109	MQELLNYVPEVIVVGNIEFAVAGAALALGFPKAARWVVERRTSTDLNGDSHVGKPPGDTSESQVEDAAD
ADL20m3uS_contig09386	ADL20m3uS_00517610	F066289	IAMDEIIVSSTEALYDDYANLKSQTPSGYAPYGLSGIVVSDCDIICGDCATDAELADNDNGAIFGNSEWDYPAPVCEDCEKPLNVDLLVYRSHDPELHFRLRMTEV
ADL20m3uS_contig09879	ADL20m3uS_00316310	F075482	KFANNEWRKFQGMAGKYGLYRMKRPAMIDTLTDMGVMPGDHPSEDTEQSVFAAPRTNSMVSSKAIAVADD
ADL20m3uS_contig09893	ADL20m3uS_00409050	F013259	MLMANLNRQGYREIKLHVILVGAMGTIYKDYTNKPLADLNLNYHKIKNLTHNLNEHSIRHASALIKTKVCTAI
ADL20m3uS_contig09893	ADL20m3uS_00409060	F001325	MRVDNSTGKGTSGMDKFSSKVHRVHMELGGKLLNSLRIETQFLERLQSVSVVDGAAHTQKDDVESNGGSLENVAKVFVLFLCGVQLF
ADL20m3uS_contig09906	ADL20m3uS_00000450	F066289	MSDEIIVSSTEALYDDYANLKSQTPLGYAPFGLAGIIVNDCDIICGNCATDEELANNDNGAIFGNSEWDYPAPVCEDCQKPLNVDLLVYKSHDP
ADL20m3uS_contig09906	ADL20m3uS_00000460	F006455	MNQQVKSPAGWTEIEPEFDHQRQTFQRRRDGLVVAIERDGRRSQNIVTLPENYYQDNKIIDCIRAGVEPEDAAETAREWMEQNNRQ
ADL20m3uS_contig10078	ADL20m3uS_00015770	F020827	GWYEIGQRWKLWKDGQLRDFYIDHIHVFESDDSDTIEVEHYLSDGTMITKLTVTAFDVVPVVKNIEPVEKPDHL
ADL20m3uS_contig10078	ADL20m3uS_00015780	F006455	MNQQVKPPAGWTEIEPEFDHQQQTFQRRRDGLVVAIERDGRRSQNIVTLPENYYQDNKIIDCIRAGVEPEDAAETAREWMEQNNRQ
ADL20m3uS_contig10248	ADL20m3uS_00864260	F098321	MSDQIEADEVAEFLNKAANFETPTGVSIVVEFDDGTTMNHTWGKIETTPE
ADL20m3uS_contig10256	ADL20m3uS_00166940	F011984	LRKQGEVPMRPIICDACQIRIDEDWTGPAIEVKVHNGVDSDVAGDYCADCAGDISDAIRSVINE
ADL20m3uS_contig10373	ADL20m3uS_00727020	F014215	MNTKPRKTAENHAPTVRKTMGGTVAKSQPDTTMTDNSEDNDSTEKTDKDDTPTAYGVELDSVVAVAEAFAYLDDPWIVGDITVRTSEDCSLEDTVRISEDCSLEDLVIIQSRGACFGHMEALLEAQKQGHISIQHISTGTNRVDDPCLNIEVVGVDESDDDDTPTVNGVELDSVVAVANALAYLDETYNVGHI
ADL20m3uS_contig10444	ADL20m3uS_00071360	F011984	MRPIICDACQIRIDEDWTGPAIEVKVHNGVDSDVAGDYCVDCAVDIADAIRSVIDANKTDFHK
ADL20m3uS_contig10513	ADL20m3uS_00194250	F006455	MNQQVKPPAGWIEIEPEFEFQRQTFQRRRDGLVVSVEQELHAAYNVVTLPENYYQDNRVFDFIEVGVEPEDAAETAREWMEQNNRR
ADL20m3uS_contig10846	ADL20m3uS_01051620	F085171	MNKNKHTDLDGLIDLDSRSLIKLGNSAVVSIPSADDLGIIGNIDELDAAVSVRLVDSNQIIIEARVDLSNVELGDIDLTLD
ADL20m3uS_contig11104	ADL20m3uS_00536140	F100063	LDLWIRGLDRRGEGDRIEIDVSGVSVGECCGLGVLQGPDETRVDRSYQRYLNGTPDGELRYVVMIRDEIETDSDTEEVEIDANTVQLHPITGNYLPESIDGYVFGEID
ADL20m3uS_contig11180	ADL20m3uS_00669300	F046097	MAEQQVPAVEIEAQSVLVDREGDMYSLRIVDTNSKVHRLEAGALALNGYGFSTSGCEISEYGKVVTVKRRETGSRYIYLSTE
ADL20m3uS_contig11254	ADL20m3uS_01006780	F047394	MTSSTQPTETKAQTTNGSFQTDVSALQEMTERAVEILDSHGEPVTIARLVGTVVRLGGRDEYRFETIVRVAQQHIDEECGGVDR
ADL20m3uS_contig11264	ADL20m3uS_01124890	F047393	NGQSVLAPSFRGRERAEFQPGLQPERRQTRPLTEARLLILTTEGPRRSPQHYER
ADL20m3uS_contig11294	ADL20m3uS_00572600	F011984	MRPIICDCCQIRIDDSWAGPALVVEVHNGVDTDVSGDYCVDCAGDISDAIRSVTEANNRTDSINE
ADL20m3uS_contig11302	ADL20m3uS_00226520	F003128	EVSASDIKSDRKADDRGRVTLGSEHAGKTVTVAVLEVEDEDDVRTDE
ADL20m3uS_contig11317	ADL20m3uS_00896820	F020827	MNQQVKPPAGWYEIGQRWKLWKDGQLRDFYIDHIHVFESDDSDTIEVEHYLSDGTMITKLTVTAFDVVPVVKNIEPVEKPDHL
ADL20m3uS_contig11448	ADL20m3uS_01102160	F003128	MQIEFSPSDILAAKKADDRGRVTLGSEYAGKTVTVAVLEVKDE
ADL20m3uS_contig11452	ADL20m3uS_01131590	F070700	EIVTDGGEIDDRTQHITDDDIEHGTDGEAIQDINNVREALETFQRSAEETWSEHMDVIEHGQYWLVEETDDVIVLAADDPRYKEYLSPTGHDTADYHDAVIGVMHSVAKRLTDYNWGYSYPLVIAKPDEEDVT
ADL20m3uS_contig11466	ADL20m3uS_01062990	F003128	MQIELSASEIRAAKKADDRGRVTLGSEYAGKTVTVAVLEVEVEDE
ADL20m3uS_contig11487	ADL20m3uS_00593920	F047394	MTSSTQPTETRAQTTNGSFQTDVSALQEMTERAVEILDSHGEPVTIARLVGTVVRLGGRDEYRFETIVRVAQQHIDEECGGVDR
ADL20m3uS_contig12037	ADL20m3uS_01056040	F003128	MQIIGVSASDIKSSKKADDRGRVTLGSEFAGKTVTVAVLEVEDE
ADL20m3uS_contig12558	ADL20m3uS_01109130	F047394	MTANTQPTETRAQTTNGSFQTDVSALQETTERAVEILDSHGEPVTIARLVGTVVRLGARDEYRFETIVRVAQQHIDEECGGADQ
ADL20m3uS_contig12656	ADL20m3uS_00198980	F008667	MTPGSADFRRANRNPSYQCLPRAEYVQRAVEMAPRGSQLAKKLTVDDVRAMRLNAMVALTSIRQRCLACRRLWFIKIRKGERWGVVR
ADL20m3uS_contig12656	ADL20m3uS_00199010	F034413	MAGTADYNFLPKALQSAIRLPIYYRACAVLAEPTRAARRAKLDAEPESVRALVEAEALRLHKLRPKGLQ
ADL20m3uS_contig12729	ADL20m3uS_00397220	F052986	MIEHALVRHGYGTLDEIRQMDTRDFLDAIEYQEIASAIEQYHTNEAQRAR
ADL20m3uS_contig12729	ADL20m3uS_00397250	F079392	MTQATPVWEYIATKHERNVTWAASALGVDRSTLHRVMNSGYVINGNLYTIKRKAS
ADL20m3uS_contig12862	ADL20m3uS_00738570	F065262	FVGGDESDDDDTPTVNGVELDSVAGVANALSHLDDPSNAGHIAVRNSEDLVIIHSRGSYFDHMEALLEAQKQGHISIQSIAVGTNHDSDSCLTIEVVGVDE
ADL20m3uS_contig12873	ADL20m3uS_00766530	F006455	MNQDVKPPAGWTEIEPEFDHQQQTFQRRRDGLVVAIEQEGMSSYSVVTLPENYYQDNQVIDCIEVGVELEDAAETAREWMEQNNRQ
ADL20m3uS_contig12928	ADL20m3uS_00907640	F050795	MNKLEIPERFTGTVYVCMFSDPNSCLYGETFLSKFDPKGSSNSITLGKEDVDIALDHTGSLDKQVEQLKASKRKVIDEASAKAGQIDEAIESLLAIEHKEVGL
ADL20m3uS_contig12928	ADL20m3uS_00907660	F037512	MQDYRIIMLSTDPESAVQFVIYPRAATEREAVDQANQQYGPHFEADRAAVTGIMN
ADL20m3uS_contig12964	ADL20m3uS_00997470	F051583	MDYTNPEDVANIDEPTRQQEIGLLSGLIDGTFVCVNHRGFLVNRTDNGSIELSRDGEVLGGQYYVTENNIADLIEWLNAKAALYGETA
ADL20m3uS_contig12966	ADL20m3uS_01002200	F007954	MNNQIQVGEIAQFVNKAAKFGAASGVTVAVELEDGKVMTQRWGAVEATVEATSETIRDAWAKIATDEWTKFQSMAAEYGVHSMTRPAMIDKLTDMGVMPGDDPSDTEQSVFAAPRTGGMTSSKAFAVAED
ADL20m3uS_contig12978	ADL20m3uS_01033510	F059487	MSDLEDYEPTNPIDRFVDLVVIRSTSPVEPWTSHSWMIMRAVAVAFLFAMPGLYMINQGFRSVGLIVATANMLITINIISTRVNQRIEHVHTC
ADL20m3uS_contig12994	ADL20m3uS_01104700	F011984	MRPIICDDCQIRIDDSWAGPAIEVKVHNGVDTDVSGDYCVDCAGDIADSIRSVIEAEA
ADL20m3uS_contig13013	ADL20m3uS_00442960	F051583	MDYTNPEDVANIDEPTRQQEIGLLSGLVDGNFVCVNHRGFLVNRTDNGSIELSRDGEVLGGRYYVTENNFAGLIEWLNAKVALYGETA
ADL20m3uS_contig13030	ADL20m3uS_00879060	F011984	MRPIICDCCQIRIDDSWAGPAIEVKVHNGVDTDVAGDYCVDCAGSVADAIRSVIEDNNRSDSINE
ADL20m3uS_contig13030	ADL20m3uS_00879070	F085171	MNKNKHTDLDGLIDLDSRSLIKLGNSAVVSIPSADDLGIIGNIDELDAAVSVRVVESNQIVIEARVDLSTVELGDIDLTVD
ADL20m3uS_contig13042	ADL20m3uS_01067590	F084898	DIVSTLETLHGIGQDTAQDVVSLVDARDYKDLLNEDRTDLKVNVKRELLKSQINRESVFAVLLYQAQKNDGEEVNLYKKGESSDVQ
ADL20m3uS_contig13044	ADL20m3uS_01072550	F003128	MQIDVSASDIKSDRKADDRGRVTLGSEHAGKTVTVAVLEVEDE
ADL20m3uS_contig13068	ADL20m3uS_01124760	F058558	MNINDKFRHRAFKVVVKTDDHDVAERAIMDGLSWAGVNDDEYRMLWTRDHFNTFGQNHVAVIFIVSTEYMMDLPTMVERGNATSINEVELQSVDA
ADL20m3uS_contig13068	ADL20m3uS_01124770	F020827	MKHDIAGWYEIGQRWKLWKDGQLRDFYIDHIHVFESDDSDTIEVEHYLSDGTMITKLTVTAFDVVPVVKKXRTREKAGP
ADL20m3uS_contig13102	ADL20m3uS_00042540	F032100	MKRHTLAERIRDETGLTVKEFTAQLGIKPDVLQRYHNSNRVMLKIILAGYRAEVRGEVVGLA
ADL20m3uS_contig13141	ADL20m3uS_00143650	F006455	MNQQVKPPAGWTEIEPEFEFQQQTFQRRRDGLVVAIEREGMSCYNVVTLPENYYQDNQVIDCVEVGVEPEDAAETAHEWMEQNNRQ
ADL20m3uS_contig13141	ADL20m3uS_00143660	F007732	MSDEIIVSSTEALYDDYDNLKSQTPLGYAPFGLAGIVVNDCDIICGNCATDEELADNDNGAIFGNSEWDYPAPVCEDCQKPLNVDLLVHRSYDPELHFRLRMTEVLGGFADTDCLTIEEIGEKA
ADL20m3uS_contig13157	ADL20m3uS_00181580	F038482	MSEKLTKADKLCDELAETLSQTPDTVEITIKIPHPTLGTTIVTDDKISKMAAGELFELCRGVQTRIEKDE
ADL20m3uS_contig13167	ADL20m3uS_00206480	F047394	MTSSTQPTETKAQTTNGSFQTDVSALQEMTERAVEILDSHGEPVTIARLVGTVVRLGGRDEYRFETIVRVAQQYIDEECGGVDR
ADL20m3uS_contig13182	ADL20m3uS_00241550	F084902	SGYEDGTGKGTYNITPTDIVYDIHREDVLPAFQEAYHTEAVKREI
ADL20m3uS_contig13200	ADL20m3uS_00273250	F011984	MRPIICDACQIRIDKDWTGPAIEVKTHNGVDSDVAGDYCADCAADIADAIRSVINE
ADL20m3uS_contig13228	ADL20m3uS_00332890	F054455	MRLCYGWWAASYKEQSEKQLGALCDVRATPVFYTGFYAGPTALRK
ADL20m3uS_contig13256	ADL20m3uS_00387970	F027696	MSTTKLSTVASNLDICELGDERVIDFDIAANTDYEVQSCVIVDEDDRVVEAVVRFGRVEERPELFIDKSVLYPAWVNMVSAATNVEAVEGDLSDFSHIVPHLRVRREGVEKYGLETLSLDAFVNVVAELADLTEDILRGDDKTIDSQIDAYL
ADL20m3uS_contig13256	ADL20m3uS_00387990	F102170	YHTDETCHCITDRAMEWDLDEALKAGRYECGYCQADENLGSKQHGEYLATKLSKADPDEVAATEFDSERASVSLAWFVAVWLVIMAASTFTGVMLYFAGVLL
ADL20m3uS_contig13269	ADL20m3uS_00741300	F046097	MAAQQVPAVEIEAQNVLVDREGDTYRLRVIDTNNKVHSLEAGALTLNDYGFATSGCEISEYGKVVTVKRLETGE
ADL20m3uS_contig13272	ADL20m3uS_00423940	F100063	MSETCEVCGQFTGQTESFDLWIRGLDRRGEGDRIEIDVSGVSVGECCGLGVLQGPDETRVDRSYQRYLNGTPDGELRYVVMIRDEIETDSDTEEVEIDANTVQLHPITGNYLPESIDGYVFGEID
ADL20m3uS_contig13276	ADL20m3uS_00431230	F007954	MTNQLQAGEIEQFVTKAAKFGAASGVTVAVELEDGKVMTQRWGAVEATVEATVEATVEATSEPSEPTPETIRDAWAEIATGGGLDGWRKFQSMAAEYGLHRMKRPDMIDALVELGVMPGDKPSEDTDQTVFAAPRTNSMVSSKAIAVADD
ADL20m3uS_contig13277	ADL20m3uS_00433410	F047394	MTASTQPTETKAQTTNGSFQTDVSALQETTERAVEILDSHGEPVTIARLVGTVVRLGARDEYRFETIVRVAQQHIDEECGGVDR
ADL20m3uS_contig13289	ADL20m3uS_00944020	F054455	MRLCYGWWAASYKEQSEKQLGAIYDVRATSVWFLHGLYHAGFLRGTDSP
ADL20m3uS_contig13312	ADL20m3uS_00486620	F085171	MSKNKHTDLDGLIDLDSRSLIKLGNSAVVSIPSADDLGIIGNIDELDAAVSVRVVESNQIVIEARVDLSTVELGDIDLTVD
ADL20m3uS_contig13314	ADL20m3uS_00493600	F007954	MTNQIQAGEIAQFVNKAAKFGAASGVTVAVELDDGKVMTQRWGAVEAVEAVEATSEPSEPTPETIRDAWAEIATGGGLDGWRKFQSMAAEYGLHKMKRPAMIDALVELGVMPGDKPSEDTDQTVFAAPRTNSMVSSKAIAVADD
ADL20m3uS_contig13318	ADL20m3uS_00491140	F100063	MSETCEVCGQFTGQTESFDLWIRGLDRRGEGDRIEIDVSGVSVGECCGLGVLQGPDETRVDRSYQRYLNGTPDGELRYVVMIRDEIETDSDTEEVEIDANTVQLHPITGNYLPESIDGYVFGKID
ADL20m3uS_contig13326	ADL20m3uS_01129340	F006455	MNQDVKPPAGWTEIEPEFDHQQQTFQRRRDGLVVAIEREGMSGYNVFTLPENYYQDDQVIDCIEVGVEPEDAAETAREWMEQNNRQ
ADL20m3uS_contig13326	ADL20m3uS_01129350	F020827	MKHDIAGWYEIGQRWKLWKNGQLRDFYIDHIHVLESDDPDRIEVEHYLSDGMMITKLTVTSFDVLPVVKNIEPVEKA
ADL20m3uS_contig13337	ADL20m3uS_00521860	F047394	MTASTQPTETRAQTTNGSFQTDVSALQEMTERAVEILDSHGEPVTIARLVGTVVRLGARDEYRFETIVRVAQQYIDEECGGADQ
ADL20m3uS_contig13358	ADL20m3uS_00796320	F003128	MQIDVSASEIKSSKKADDRGRVTLGSEYAGKAVTVAVLEVEDE
ADL20m3uS_contig13384	ADL20m3uS_00577100	F100063	MSETCEVCGQFTGQTASFDLWIRGLDRRGEGDRIEIDVSGVSVGECCGLGVLQGPDETRVDRSYQRYLNGTSDGELRYVVMIRDEIETDSDTDTVQLHPITGTTYRNR
ADL20m3uS_contig13395	ADL20m3uS_00586720	F100063	MSETCEVCGQFTGQTESFDLWIRGLDRRGEGDRIEIDVSGVSVGECCGLGVLQGPDETRVDRSYQRYLNGTPDGELRYVVMIRDEIETDSDTEEVEIDANTVQLHPITGNYLPESIDGYVWRIFGMDNDD
ADL20m3uS_contig13402	ADL20m3uS_00610340	F003128	MQIEVSASDIKSEKKADDRGRVTLGSELADRTVTVAVLEVADE
ADL20m3uS_contig13403	ADL20m3uS_00596350	F102170	MSDDDETVIVMMYGHVYHTDETCHCITDRAMEWDLDEALKAGRYECGYCQADENLGSKWHGEHLATKLSKADPDEVAATEFDSERASVSLAWFVAVWLVIMAASTLTGVMLYFAGVLL
ADL20m3uS_contig13408	ADL20m3uS_00605780	F104109	MQELLNYVPEVIVVGNIEFAVAGAALALGFPKAARWVVERRTSTDLNSDGHVGKPSGDTSESQVEDAADGGADETERKT
ADL20m3uS_contig13409	ADL20m3uS_00306810	F032101	MTNQNGDDEIEQLGNEVAILETALCVNSAIVGDLLIGEIDSWHLGICEVKTLDTEDELVILGQNRHVVGRIDTDVWTNSVLFEDTEVKDLAKIADKTNSAIASEYGAL
ADL20m3uS_contig13429	ADL20m3uS_00630900	F083454	MSDNTTIGLKVSHERNARIERKVDDAGYQSRQAYIRDLIDDDLGGFDTTVESTTTQHTPEDRRDAEIYDALLDHIPLKGWTRFGRYKGDIAQVTGYGKDSLFGELKISPTKRILYDPSPESDDE
ADL20m3uS_contig13442	ADL20m3uS_00060590	F011984	MRPIICDCCQIRIDDSWAGPAIEVKVHNGVDSDVSGDFCVDCAGSVADAIRSVIEANNRSNSEGKDE
ADL20m3uS_contig13442	ADL20m3uS_00060610	F085171	MSKNKHTDLDGLIDLDSRSLIKLGNSAVVSIPSADDLGIIGNIDELDAAVSVRVVESNQIVIEARVDLSNVDLGDIDLTLD
ADL20m3uS_contig13470	ADL20m3uS_00000400	F020827	LKTGRQPMNQQVKPPAGWYEIGQRWKLWKDGQLRDFYIDHIHVFESDDSDTIEVEHYLSDGTMITKLTVTAFDVVPVVKNIEPVEKPDHL
ADL20m3uS_contig13492	ADL20m3uS_00838050	F051583	MDYTNPEDAANIDEPTHQQEIGLLSGLVDGTFVCVNHRGFLVNRTDKGSIELSRDGEVLGGRYYVTENNFAGLIEWLNAKAALYGETA
ADL20m3uS_contig13502	ADL20m3uS_00701710	F068284	IGEIGAKAAERAGEIGREYAPTDMFESDEHYEIPTDSAQYVNDIAPQLRQLSGYEDGTGKGTYNITPTDIGYDIHKEDVLPAFREAYH
ADL20m3uS_contig13502	ADL20m3uS_00701720	F006455	MNQQVKPPAGWTEIEPEFDHQRQTFQRRRDGLVVAIEREGMSYYNVVTLPENYYQDNQVIDCVEVGVEPEDAAEAAHEWMEQNNRQ
ADL20m3uS_contig13502	ADL20m3uS_00701730	F020827	MNINDITGWYEIGQRWKLWKDGQLRDFYIDHIHVFESDDSDTIEVEHYLSDGTMITKLTVTAFDVVPVVKNIEPVEKPDHL
ADL20m3uS_contig13504	ADL20m3uS_00909790	F104109	MQELLNYVPEVIVVGNIEFAVAGAALALGFPKAARWVVERRTSTDLNSDGHVGKPSGDTSESQVEDAADRTGDK
ADL20m3uS_contig13508	ADL20m3uS_00414140	F030943	MSNQTEDDEIEQLETAPSVGPSLIGDLLNGELDSWRVVICKIKKDDDDLLVCGENGQVVERVDTDVWTTSALSETEVKDLAKIADAINSAIASEYGAL
ADL20m3uS_contig13519	ADL20m3uS_00443010	F066289	MSDEIIVSSTEALYDDYDNLKSQTPLGYAPFGLAGIVVNDCDIICGNCATDEELADNDNGAIFGNSEWDYPAPVCEDCQKPLNVDLLVYKSYDPELHFRLRMTEELGGFA
ADL20m3uS_contig13544	ADL20m3uS_00969580	F054455	MRLCYGWWAASYREQSDKQLGALYDVRATSVFYTGFQRGTDSP
ADL20m3uS_contig13578	ADL20m3uS_00091180	F059487	EPTNPIDRFVDRVVIRSACPVEPCASQSWVKMRAVAVAFLFAMPGLYMINQGFESTGLIVAVANMLITINIMSTRINQRLEHGHTCGRTDIGTSSEDQQ
ADL20m3uS_contig13578	ADL20m3uS_00091190	F011984	MRPIICDCCQIRIDDSWNGPAIEVKVHNGVDTDVSGDYCVDCAGSVADAIRSVIEDNKSDSINE
ADL20m3uS_contig13578	ADL20m3uS_00091200	F085171	MNKSKHTDLDGLIDLDSRSLIKLGNSAVVSIPSADDLGIIGNIDELDAAVSVRVVESNQIVIEAR
ADL20m3uS_contig13581	ADL20m3uS_01183660	F011984	MRPIICDACQIRIDEDWTGPAIEVKVHNGVDSDVAGDYCADCAADIADAIRSVIGANNRSDSINE
ADL20m3uS_contig13595	ADL20m3uS_00438590	F098321	MSDQIEAEEVAEFVSKAANFATISGVSIAVEFDDGTNMNHEWGAVETTPETTP
ADL20m3uS_contig13598	ADL20m3uS_00507580	F007954	MNNQIEATEEIEQFVTKAAKFGAASGVTVAVELEDGKVMTQRWGAVEATSEPSEPTPETIRDAWTEIATNGGLEGWRKFQSMAAEYGLHRMKRPAMIDKLTDMGVMPGDDPPEDTHEQTVFNAPRTGGMTSSKAFAVAED
ADL20m3uS_contig13620	ADL20m3uS_00736260	F007954	MTNQIQAGEIAQFVNKAAKFGARSGVTVAVEFDDGKVMTQRWGAVEATVEATSEPSEPTPETIRDAWAEIAADEWQKFQSAAAEFGVHNMTRPAMVDTLADMGVMPGDDLSDDTHEQTVFNGLRAGGVSSKALATADD
ADL20m3uS_contig13633	ADL20m3uS_00456850	F104109	MQELLNYVPEVIVVGNIEFAVAGAALALGFPKAARWVVERRTSTDLNSDGHVGKPPGDTSESQVEDAADRTGDK
ADL20m3uS_contig13652	ADL20m3uS_00745930	F068284	VDFADTDCLTIEEIGAKAAERAAEIGRDYAPTDMFESDEHYEIPTGSAQYANNIAPQLRQLSGYEDGTGKGTYNITPTDIVYDIHREDVLPAFQEAYHTEAVKLTTTNW
ADL20m3uS_contig13676	ADL20m3uS_00533850	F100063	RRGEGDRIEIDVSGVSVGECCGLGVLQGPDETRVDRSYQRYLNGTPDGELRYVVMIRDEIETDSDTEEVEIDANTVQLHPITGNYLPESIDGYVFGKID
ADL20m3uS_contig13677	ADL20m3uS_00216500	F027696	MSTTKLSTVASNLDISEHGDERVIDFDIAANTDYEIQSCVIVDEDDRVVEAVVRFGRVEERPELGIDRKILYPAWVNMVSEATNVEAVEGDLSDFSHIVPHLRVCRENVEKYGLETLSLDAFVTVVADLADLTEDILRGDDKTIDSQIDAYL
ADL20m3uS_contig13686	ADL20m3uS_00750540	F098321	GGGRAMSDQIEAEEVAEFVSKAAKFATISGVSIAVEFEDGTNMNHEWGAVETTPETTP
ADL20m3uS_contig13693	ADL20m3uS_01082400	F083454	MSDNTTIGLKVSHERNARIERKVDDAGYQSRQAYIRDLIDDDLGGFDTTVESTTTQHTPEDRRDAEIYDALLDHIPLKGWTRFGRYKGGIAQSTGYPKDALFGELKSLRRNGFVRSES
ADL20m3uS_contig13705	ADL20m3uS_01026790	F007954	MCRILDVSVVVQTGVSQLEDGPQHSQTLKSTPTVVHVVMNNQIEAAEEIEQFVTKAAKFGAASGVTVAVELEDGKVMTQRWGAVEATVEATVEATVEATSEPSEPTPETIRDAWTEIATGGGLGGWRKFQSMAAKYGLHKMKRPAMIDALVELGVMPGDHPSEDTDQTVFDAPRTNSMVSSKAIAVADD
ADL20m3uS_contig13707	ADL20m3uS_00459130	F032101	MSNQIEDDEIEQLGNEVAILETALCVNSAIVGDLLIGEIDSWHLGICEVKTLDTEDELVILGQNNHVVGRIDTDVWTNSVLFEDTEVKDLAKIADKTNSAIAAEYSEI
ADL20m3uS_contig13718	ADL20m3uS_00750570	F057005	NVDLLVHRSYDPELHFRLRMTEVLGGFADTDCFTIEEIGEKAAKRAAKIGRDYAPTDVFESDEHYEIPTDSAQYANNIAPQLRQLSGYEDGTGKGTYNITPTDIVYDIHREDVLPAFQEAYHTEAVKREI
ADL20m3uS_contig13724	ADL20m3uS_00424060	F057005	PLNVDLLVYKSYDPELHFRLRMTEVLGGFADTDCFTVEEIGEKAAERAAEIGRDYAPTDVFESDEHYEIPTDSAQYSNNIAPQLRQLAGYEDGAGKGTYNTVSTDIRYETNKENLLHEIHKEDVLPAFREAYHNEAVNREI
ADL20m3uS_contig13738	ADL20m3uS_00759850	F057005	YRSHDPELRFRLRMTEELGGFADTDCFTIEEIGAKAAERAGEIGREYAPTDMFESDEHYEIPTDSAQYVNDIAPQLRQLSGYEDGTGKGTYNITPTDIGYDIHKEDVLPAFREGYYNREI
ADL20m3uS_contig13740	ADL20m3uS_00722320	F058558	MNINDKFRHRAFKAVVKTDNHDVAERAIMAGLSWAGVNDDEYRMLWTRDHFNTSGQNHVAVIFIVSTEYMMDLPTMVERGNATSINEVELQSVYA
ADL20m3uS_contig13740	ADL20m3uS_00722330	F020827	MKHDIAGWYEIGQRWKLWKDGQLRDFYIDHIHVFESDDSDTIEVEHYLSDGTMITKLTVTAFDVVPVVKNIEPVEKPDHL
ADL20m3uS_contig13831	ADL20m3uS_00445280	F070700	MTRRSTTPDDTVQFAGLTTHNNVTLSDTSLATEIVTDGGEIDDRTQHITDDDIEHGTDGGAIQDINKVREALETFQRSAEETWSEHMDGIEQGYYWIVEETDDVIVLAADDVLYNEYLSPTGHDTTDYHHAVSGVMHSIAKRLTGYNWGYSYPLVIAKPDEEDVTWDNR
ADL20m3uS_contig13832	ADL20m3uS_00773200	F007954	MNNQIEATEEIEQFVTKAAKFGTASGVTVAVELEDGKVMTQRWGAVEATVEATVEATVEASSEPSEPTPETIRDAWTKIANNEWRKFQVMAGKYGLYRMKRPAMIDTLTDMGVMPGDHPSEDTDQTVFDVP
ADL20m3uS_contig13835	ADL20m3uS_00098630	F075482	MAGKYGLYRMKRPAMIDTLTDMGVMPGDHPSEDTDQTVFDVPRTNSMVSSKAIAVADD
ADL20m3uS_contig13837	ADL20m3uS_00939350	F007954	MNNQIEATEEIEQFVTKAAKFGTASGVTVAVELEDGKVMTQRWGAVEATVEATVEATVEASSEPSEPTPETIRDAWTEIANNEWRKFQVMAGKYGLYRMKRPAMIDTLTDMGVMPGDHPSEDTDQTVFDVPRTNSMVSSKAIAVADD
ADL20m3uS_contig13859	ADL20m3uS_01140730	F047393	KRPELLLGLLSVRGRPPPIAEAHRAVPRGYDPPANGQSVLAPSFRGRERAEFQPGLQLGHRQTRPINEARLLILTTEGPRRRPQHCER
ADL20m3uS_GFI381O02F1EU0	ADL20m3uS_01149760	F072891	MSNRIEADEIAQFVTKAANFDTPTGVSVVVEFDDGSTMNRAWGAVDATPETTTETTTETPERNEAEIRDAWAKIAADDWPEFQAAAAEYDVVNMKREPMIDKLADMGVMPGDAPEDAPEQPEPEGFTDLSGSEQDDLRAAVETDPSEADFKQAKDLLETG
ADL20m3uS_GFI381O02G1KSM	ADL20m3uS_00013190	F002325	DGLEVTGLSVTQPNTTYLVFEYQSVSDGRLLSGVSKRQITAWAGGNSWRTFAGNNLTASFDIDTQQMTAVFDGGNSIIREDGVETAVGDVGSSDLGGLSVGYDSFGYDSFGNGYYADAYVSEIVVVNSGSVDLDFETQLLQKWGITA
ADL20m3uS_GFI381O02GTQZV	ADL20m3uS_00613030	F044831	MLMANLNRQGNREIKLHVIFVGAMGTIYKDYTDKPLADLNLDYHKIKYLTHKPN
ADL20m3uS_GFI381O02HSA2S	ADL20m3uS_00780790	F001038	SNGGSLEKVAEIFVLFLCGVQLVLRSGVLTMLDLDEVDVTPRFAKVFMSMLSGVDGSTGSWRCC
ADL20m3uS_GFI381O02IPYJG	ADL20m3uS_00325700	F098321	MSNQIEAEEVAQFINKAANFENPSGVSVTVEFDDGTTMDHTWGAVEATPESTPE
ADL20m3uS_GFI381O02IUYI9	ADL20m3uS_01045570	F100063	MSETCEVCGLIYWNKQSSFDLWIRGLDRRGEGDRIEIDVSGVSVGECCGLGVLQGPDETRVDRSYQRYLNGTPDGELRYVVMIRDEIETDSDTEEVEIDANTVQLHPIT
ADL20m3uS_GFI381O02JAIKX	ADL20m3uS_00096560	F054455	MRLCYGWWAASYREQSEKQLGALYDVRATPGLYPGFQRGTDSP
ADL20m3uS_GLR497S01A68E9	ADL20m3uS_00988740	F005340	MVNDADGVFDVKLTVEIVNYAVNRQSVVTVTPLFTIVIYGAIYE
ADL20m3uS_GLR497S01ALRLH	ADL20m3uS_00013240	F069497	MKRICENLLWRAGHFLLQIVHTSSPSAPIWNIFYGVDLLLEKNIIATRMKENG
ADL20m3uS_GLR497S01AZWWW	ADL20m3uS_00241750	F098321	FAMSDQIEADEVAQFVNKAANFETPSGVSVVVEFDDGTVMNHTWGAVEATPE
ADL20m3uS_GLR497S01BJM4Y	ADL20m3uS_00711390	F072891	VSVTVEFDDGSTMNRTWGKIETTPETTPKRNEAEIRDAWAKIAAEEWQKFQSAAAEFGVTAGKRAERVDKLVDLGVMPGDDPSEDTTEQSEPEAFTELSEDEQDDLPG
ADL20m3uS_GLR497S01BMZ5X	ADL20m3uS_00154050	F100495	MAFVVLIHATFDAKADADHIYDQAKQVATTASVARIGSAGERTSYCGVFDEQLDGTLVKDRQWHLDRFGIVRETDPITDDIVPEWVQPTGAQDAYPLMDVFSLPTKVLYLGDEWVNDSDVNTQVPRG
ADL20m3uS_GLR497S01BRDCV	ADL20m3uS_00885970	F102168	MKDLNKPVFMTLAVEQDPKRIKLKIPNAYNFDGSCFYVLIMPEKMKEGLYNGLKDCLDYYRKRGSYIAYTNSEMNSVPGNATSIIIEYLESLVKNSRRKFKRLVDIAYCP
ADL20m3uS_GLR497S01BXI65	ADL20m3uS_01186700	F047393	LGYDPPANGQSVLAPTFRGRERAEFQPGLQPERRQTRPLTEARLLILTTEGPRRSPQHCE
ADL20m3uS_GLR497S01C9FHV	ADL20m3uS_00496500	F003128	MQIEVSASDIKSAKKADDRGRVTLGSEHAGKTVTVAVLEVEDD
ADL20m3uS_GLR497S01DUBYX	ADL20m3uS_01080130	F049331	CAEYWYLSNYHDALQAHMHPLHKLGIANTTVANNYEYYQTLIKEGTANGAASNAYLTASYVPVKTM
ADL20m3uS_GLR497S01DWLML	ADL20m3uS_00794330	F003128	MQIEVSASHIKSAKKADDRGRVTLGSEHAGKTVTVAVLEVEDD
ADL20m3uS_GLR497S01EHTXC	ADL20m3uS_00149000	F034413	MVSSQQQIENVLAGTADYNFLPEALRSAIRLPIYTRACAVLAEPTRAARRAKLDSEPDGVRALVEAEALRLHKLRSNNT
ADL20m3uS_GLR497S01EIES2	ADL20m3uS_00794510	F012642	MERAQSGMNKFGSVIDRMNMKLVSKFLNSLRIKTQLLKRLQRVIVVDGATHSQKDDVEGNGGALENGAEAFVLFLCGAQLVLRSSVLTVLDFNEVSVTLENVEIFVLVLSGEVD
ADL20m3uS_GLR497S01EMUEN	ADL20m3uS_00943930	F046097	MAAQQAPAVEIEAQNVLVDREDGRYDLRIIDTNNKIHSLEAGALTLNGYGFSTDGCEISEYGKVVTVKRRDTGSRYVHLSTE
ADL20m3uS_GLR497S01EWO9I	ADL20m3uS_01027150	F086358	SDAAFTALRSMVLQWAEESIGLPNDKDPERYKRAVIAETNHLAFDWLDREIIQRQFDIVQGRTYDHPSHYAREIALKQIATEEYEVDNYDSRLRLWDELISFTRYNVEVEYKITEPDGTCHERSHQGLYWHQSQTKLHNQQISTLRRTNNAEVNFNPDKQGENRLDVLDI

NMPFamsDB

NMPFamsDB

NMPFamsDB

A database of Novel Metagenome Protein Families

A database of Novel Metagenome Protein Clusters

A database of Novel Metagenome Protein Clusters

2081372007: Hypersaline microbial communities from Antarctic Deep Lake - 24m 3.0um

Overview

Ecosystem and Geography

Associated Families

Associated Scaffolds

Sequences