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

Overview

Basic Information

• IMG/M Taxon OID: 2081372007
• 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 and Geography

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

Associated Families

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

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