Sample 3300018598

Basic Information
IMG/M Taxon OID	3300018598 Open in IMG/M
GOLD Reference (Study \| Sequencing Project \| Analysis Project)	Gs0117946 \| Gp0216815 \| Ga0192817
Sample Name	Metatranscriptome of marine eukaryotic protist communities collected during Tara Oceans survey from station TARA_022 - TARA_A100000536 (ERX1782248-ERR1712090)
Sequencing Status	Permanent Draft
Sequencing Center	Canada's Michael Smith Genome Sciences Centre
Published?	N
Use Policy	Open

Dataset Contents
Total Genome Size	59228476
Sequencing Scaffolds	158
Novel Protein Genes	231
Associated Families	130

Dataset Phylogeny
Taxonomy Groups	Number of Scaffolds
Not Available	23
All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus	9
All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis	21
All Organisms → cellular organisms → Eukaryota	74
All Organisms → Viruses → Predicted Viral	3
All Organisms → cellular organisms → Eukaryota → Opisthokonta	7
All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda	8
All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Calanidae → Calanus → Calanus helgolandicus	1
All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida	2
All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Spiralia → Lophotrochozoa → Mollusca → Gastropoda → Patellogastropoda → Lottioidea → Lottiidae → Lottia → Lottia gigantea	3
All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Siphonostomatoida → Caligidae → Lepeophtheirus → Lepeophtheirus salmonis	2
All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Endopterygota → Coleoptera → Polyphaga → Cucujiformia → Tenebrionoidea → Tenebrionidae → Tenebrionidae incertae sedis → Tribolium → Tribolium castaneum	1
All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Metridinidae → Pleuromamma → unclassified Pleuromamma → Pleuromamma sp. CSG-2001	1
All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Pseudodiaptomidae → Pseudodiaptomus → Pseudodiaptomus poplesia	2
All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Acartiidae → Acartia → Acartia pacifica	1

Ecosystem Assignment (GOLD)
Name	Marine Viral And Eukaryotic Protist Communities Collected From Different Water Depths During Tara Oceans Survey
Type	Environmental
Taxonomy	Environmental → Aquatic → Marine → Unclassified → Unclassified → Marine → Marine Viral And Eukaryotic Protist Communities Collected From Different Water Depths During Tara Oceans Survey

Alternative Ecosystem Assignments
Environment Ontology (ENVO)	marine biome → marine water body → sea water
Earth Microbiome Project Ontology (EMPO)	Free-living → Saline → Water (saline)

Location Information
Location	Mediterranean Sea: TARA_022
Coordinates	Lat. (^o)	39.8312	Long. (^o)	17.3952	Alt. (m)	N/A	Depth (m)	5
Location on Map

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Family	Category	Number of Sequences	3D Structure?
F000021	Metagenome / Metatranscriptome	6082	Y
F000048	Metagenome / Metatranscriptome	3365	Y
F000051	Metagenome / Metatranscriptome	3266	Y
F000052	Metagenome / Metatranscriptome	3223	Y
F000067	Metagenome / Metatranscriptome	2732	Y
F000068	Metagenome / Metatranscriptome	2731	Y
F000073	Metagenome / Metatranscriptome	2639	Y
F000108	Metatranscriptome	2213	Y
F000114	Metatranscriptome	2143	Y
F000119	Metatranscriptome	2105	Y
F000287	Metatranscriptome	1370	Y
F000480	Metatranscriptome	1090	Y
F000608	Metatranscriptome	991	Y
F000692	Metatranscriptome	933	Y
F001067	Metatranscriptome	787	Y
F001119	Metatranscriptome	772	Y
F001228	Metatranscriptome	741	Y
F001255	Metatranscriptome	736	N
F001267	Metatranscriptome	734	Y
F001410	Metatranscriptome	701	N
F001503	Metatranscriptome	681	Y
F001556	Metatranscriptome	671	N
F001694	Metatranscriptome	650	Y
F001826	Metatranscriptome	629	Y
F001833	Metatranscriptome	628	Y
F001952	Metatranscriptome	612	Y
F002043	Metatranscriptome	599	N
F002148	Metatranscriptome	589	Y
F002366	Metatranscriptome	566	Y
F002829	Metagenome / Metatranscriptome	527	Y
F002878	Metatranscriptome	523	N
F003184	Metatranscriptome	502	Y
F003503	Metatranscriptome	482	N
F003780	Metatranscriptome	468	N
F003788	Metagenome / Metatranscriptome	468	Y
F003844	Metatranscriptome	465	N
F003924	Metatranscriptome	461	N
F004128	Metatranscriptome	451	N
F004203	Metagenome / Metatranscriptome	448	Y
F004380	Metatranscriptome	440	Y
F004541	Metatranscriptome	433	N
F005202	Metatranscriptome	408	N
F005378	Metatranscriptome	402	N
F006459	Metatranscriptome	372	N
F006734	Metatranscriptome	365	Y
F006884	Metatranscriptome	362	N
F007099	Metatranscriptome	357	N
F008350	Metatranscriptome	334	N
F008474	Metatranscriptome	332	Y
F008676	Metatranscriptome	329	Y
F009311	Metatranscriptome	319	Y
F011992	Metatranscriptome	284	N
F012548	Metatranscriptome	279	N
F012749	Metatranscriptome	277	N
F012776	Metatranscriptome	277	Y
F013603	Metatranscriptome	269	Y
F014356	Metatranscriptome	263	N
F014577	Metatranscriptome	261	N
F015064	Metatranscriptome	257	Y
F015300	Metatranscriptome	255	N
F015301	Metatranscriptome	255	N
F015958	Metatranscriptome	250	Y
F017830	Metagenome / Metatranscriptome	238	Y
F019431	Metatranscriptome	229	Y
F020128	Metatranscriptome	225	N
F020307	Metagenome / Metatranscriptome	224	Y
F022575	Metatranscriptome	213	Y
F023781	Metatranscriptome	208	N
F024715	Metatranscriptome	204	Y
F025213	Metatranscriptome	202	Y
F026782	Metatranscriptome	196	Y
F026790	Metatranscriptome	196	N
F028388	Metatranscriptome	191	Y
F029977	Metatranscriptome	186	N
F030620	Metatranscriptome	184	Y
F030979	Metatranscriptome	183	Y
F031350	Metatranscriptome	182	N
F032137	Metatranscriptome	180	Y
F032920	Metatranscriptome	178	N
F032922	Metatranscriptome	178	N
F033680	Metatranscriptome	176	N
F035173	Metatranscriptome	172	N
F036077	Metatranscriptome	170	N
F037025	Metatranscriptome	168	Y
F037045	Metatranscriptome	168	N
F037558	Metatranscriptome	167	Y
F037744	Metatranscriptome	167	Y
F038254	Metagenome / Metatranscriptome	166	Y
F038532	Metatranscriptome	165	N
F038925	Metatranscriptome	164	N
F039154	Metagenome / Metatranscriptome	164	Y
F041786	Metagenome / Metatranscriptome	159	Y
F042728	Metatranscriptome	157	N
F043208	Metatranscriptome	156	N
F043759	Metatranscriptome	155	N
F044257	Metatranscriptome	154	N
F046159	Metatranscriptome	151	N
F046820	Metatranscriptome	150	N
F048077	Metatranscriptome	148	N
F048751	Metatranscriptome	147	N
F049394	Metatranscriptome	146	N
F050128	Metatranscriptome	145	Y
F057017	Metatranscriptome	136	N
F057090	Metatranscriptome	136	N
F062417	Metatranscriptome	130	N
F064373	Metatranscriptome	128	Y
F065401	Metatranscriptome	127	N
F066304	Metatranscriptome	126	N
F066429	Metatranscriptome	126	N
F067382	Metatranscriptome	125	N
F067384	Metatranscriptome	125	N
F067388	Metatranscriptome	125	N
F068416	Metatranscriptome	124	N
F070838	Metatranscriptome	122	N
F070844	Metatranscriptome	122	Y
F071815	Metatranscriptome	121	Y
F073040	Metatranscriptome	120	N
F073585	Metatranscriptome	120	N
F083657	Metatranscriptome	112	N
F085094	Metatranscriptome	111	N
F086382	Metatranscriptome	110	N
F088175	Metatranscriptome	109	N
F089614	Metatranscriptome	108	N
F089813	Metatranscriptome	108	N
F090278	Metatranscriptome	108	N
F098440	Metatranscriptome	103	Y
F098622	Metatranscriptome	103	N
F101008	Metatranscriptome	102	N
F102197	Metatranscriptome	101	N
F104411	Metatranscriptome	100	N

Associated Scaffolds

Scaffold	Taxonomy	Length	IMG/M Link
Ga0192817_1000453	Not Available	1505	Open in IMG/M
Ga0192817_1000934	Not Available	1238	Open in IMG/M
Ga0192817_1001258	Not Available	1150	Open in IMG/M
Ga0192817_1001268	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus	1148	Open in IMG/M
Ga0192817_1001414	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis	1116	Open in IMG/M
Ga0192817_1001610	All Organisms → cellular organisms → Eukaryota	1082	Open in IMG/M
Ga0192817_1001633	All Organisms → cellular organisms → Eukaryota	1076	Open in IMG/M
Ga0192817_1001732	All Organisms → Viruses → Predicted Viral	1054	Open in IMG/M
Ga0192817_1001949	All Organisms → Viruses → Predicted Viral	1021	Open in IMG/M
Ga0192817_1001992	All Organisms → Viruses → Predicted Viral	1013	Open in IMG/M
Ga0192817_1002088	All Organisms → cellular organisms → Eukaryota	997	Open in IMG/M
Ga0192817_1002137	All Organisms → cellular organisms → Eukaryota	991	Open in IMG/M
Ga0192817_1002192	All Organisms → cellular organisms → Eukaryota	986	Open in IMG/M
Ga0192817_1002483	All Organisms → cellular organisms → Eukaryota → Opisthokonta	953	Open in IMG/M
Ga0192817_1002607	All Organisms → cellular organisms → Eukaryota → Opisthokonta	938	Open in IMG/M
Ga0192817_1002609	All Organisms → cellular organisms → Eukaryota	938	Open in IMG/M
Ga0192817_1002843	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus	912	Open in IMG/M
Ga0192817_1002918	All Organisms → cellular organisms → Eukaryota	904	Open in IMG/M
Ga0192817_1003077	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda	890	Open in IMG/M
Ga0192817_1003125	All Organisms → cellular organisms → Eukaryota	886	Open in IMG/M
Ga0192817_1003298	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis	872	Open in IMG/M
Ga0192817_1003308	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus	871	Open in IMG/M
Ga0192817_1003341	All Organisms → cellular organisms → Eukaryota	869	Open in IMG/M
Ga0192817_1003363	Not Available	867	Open in IMG/M
Ga0192817_1003477	All Organisms → cellular organisms → Eukaryota	856	Open in IMG/M
Ga0192817_1003642	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Calanidae → Calanus → Calanus helgolandicus	844	Open in IMG/M
Ga0192817_1003680	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida	841	Open in IMG/M
Ga0192817_1003834	All Organisms → cellular organisms → Eukaryota	830	Open in IMG/M
Ga0192817_1003844	All Organisms → cellular organisms → Eukaryota	829	Open in IMG/M
Ga0192817_1003889	All Organisms → cellular organisms → Eukaryota → Opisthokonta	826	Open in IMG/M
Ga0192817_1003932	All Organisms → cellular organisms → Eukaryota	823	Open in IMG/M
Ga0192817_1003979	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida	821	Open in IMG/M
Ga0192817_1004065	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Spiralia → Lophotrochozoa → Mollusca → Gastropoda → Patellogastropoda → Lottioidea → Lottiidae → Lottia → Lottia gigantea	815	Open in IMG/M
Ga0192817_1004112	All Organisms → cellular organisms → Eukaryota	811	Open in IMG/M
Ga0192817_1004149	All Organisms → cellular organisms → Eukaryota	809	Open in IMG/M
Ga0192817_1004167	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda	808	Open in IMG/M
Ga0192817_1004181	All Organisms → cellular organisms → Eukaryota	807	Open in IMG/M
Ga0192817_1004213	All Organisms → cellular organisms → Eukaryota	805	Open in IMG/M
Ga0192817_1004284	All Organisms → cellular organisms → Eukaryota	800	Open in IMG/M
Ga0192817_1004345	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus	797	Open in IMG/M
Ga0192817_1004420	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis	792	Open in IMG/M
Ga0192817_1004583	All Organisms → cellular organisms → Eukaryota → Opisthokonta	783	Open in IMG/M
Ga0192817_1004612	All Organisms → cellular organisms → Eukaryota	781	Open in IMG/M
Ga0192817_1004669	All Organisms → cellular organisms → Eukaryota	779	Open in IMG/M
Ga0192817_1004675	All Organisms → cellular organisms → Eukaryota	778	Open in IMG/M
Ga0192817_1004688	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda	777	Open in IMG/M
Ga0192817_1004860	Not Available	767	Open in IMG/M
Ga0192817_1004867	All Organisms → cellular organisms → Eukaryota	767	Open in IMG/M
Ga0192817_1004890	Not Available	765	Open in IMG/M
Ga0192817_1004903	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus	765	Open in IMG/M
Ga0192817_1004945	All Organisms → cellular organisms → Eukaryota	762	Open in IMG/M
Ga0192817_1005094	All Organisms → cellular organisms → Eukaryota → Opisthokonta	755	Open in IMG/M
Ga0192817_1005103	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Siphonostomatoida → Caligidae → Lepeophtheirus → Lepeophtheirus salmonis	755	Open in IMG/M
Ga0192817_1005194	All Organisms → cellular organisms → Eukaryota	750	Open in IMG/M
Ga0192817_1005270	All Organisms → cellular organisms → Eukaryota	747	Open in IMG/M
Ga0192817_1005295	All Organisms → cellular organisms → Eukaryota	745	Open in IMG/M
Ga0192817_1005299	All Organisms → cellular organisms → Eukaryota	745	Open in IMG/M
Ga0192817_1005319	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis	744	Open in IMG/M
Ga0192817_1005403	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis	740	Open in IMG/M
Ga0192817_1005439	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis	738	Open in IMG/M
Ga0192817_1005476	All Organisms → cellular organisms → Eukaryota	736	Open in IMG/M
Ga0192817_1005520	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis	734	Open in IMG/M
Ga0192817_1005521	All Organisms → cellular organisms → Eukaryota	734	Open in IMG/M
Ga0192817_1005577	All Organisms → cellular organisms → Eukaryota → Opisthokonta	732	Open in IMG/M
Ga0192817_1005646	All Organisms → cellular organisms → Eukaryota	729	Open in IMG/M
Ga0192817_1005955	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Endopterygota → Coleoptera → Polyphaga → Cucujiformia → Tenebrionoidea → Tenebrionidae → Tenebrionidae incertae sedis → Tribolium → Tribolium castaneum	717	Open in IMG/M
Ga0192817_1005962	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus	717	Open in IMG/M
Ga0192817_1005977	All Organisms → cellular organisms → Eukaryota → Opisthokonta	716	Open in IMG/M
Ga0192817_1006051	All Organisms → cellular organisms → Eukaryota	713	Open in IMG/M
Ga0192817_1006073	All Organisms → cellular organisms → Eukaryota	712	Open in IMG/M
Ga0192817_1006213	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Spiralia → Lophotrochozoa → Mollusca → Gastropoda → Patellogastropoda → Lottioidea → Lottiidae → Lottia → Lottia gigantea	707	Open in IMG/M
Ga0192817_1006242	All Organisms → cellular organisms → Eukaryota	706	Open in IMG/M
Ga0192817_1006397	Not Available	701	Open in IMG/M
Ga0192817_1006668	Not Available	691	Open in IMG/M
Ga0192817_1006692	All Organisms → cellular organisms → Eukaryota	690	Open in IMG/M
Ga0192817_1006693	Not Available	690	Open in IMG/M
Ga0192817_1006781	All Organisms → cellular organisms → Eukaryota	687	Open in IMG/M
Ga0192817_1006824	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus	686	Open in IMG/M
Ga0192817_1006846	All Organisms → cellular organisms → Eukaryota	685	Open in IMG/M
Ga0192817_1007331	Not Available	669	Open in IMG/M
Ga0192817_1007362	All Organisms → cellular organisms → Eukaryota	668	Open in IMG/M
Ga0192817_1007383	All Organisms → cellular organisms → Eukaryota	667	Open in IMG/M
Ga0192817_1007450	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis	665	Open in IMG/M
Ga0192817_1007459	All Organisms → cellular organisms → Eukaryota	665	Open in IMG/M
Ga0192817_1007575	Not Available	662	Open in IMG/M
Ga0192817_1007601	All Organisms → cellular organisms → Eukaryota	662	Open in IMG/M
Ga0192817_1007897	All Organisms → cellular organisms → Eukaryota	653	Open in IMG/M
Ga0192817_1008065	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis	648	Open in IMG/M
Ga0192817_1008110	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis	647	Open in IMG/M
Ga0192817_1008263	Not Available	642	Open in IMG/M
Ga0192817_1008533	All Organisms → cellular organisms → Eukaryota	635	Open in IMG/M
Ga0192817_1008630	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Spiralia → Lophotrochozoa → Mollusca → Gastropoda → Patellogastropoda → Lottioidea → Lottiidae → Lottia → Lottia gigantea	632	Open in IMG/M
Ga0192817_1008855	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis	627	Open in IMG/M
Ga0192817_1008859	Not Available	627	Open in IMG/M
Ga0192817_1008863	All Organisms → cellular organisms → Eukaryota	627	Open in IMG/M
Ga0192817_1008884	All Organisms → cellular organisms → Eukaryota	626	Open in IMG/M
Ga0192817_1008934	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis	625	Open in IMG/M
Ga0192817_1008948	All Organisms → cellular organisms → Eukaryota	625	Open in IMG/M
Ga0192817_1008981	All Organisms → cellular organisms → Eukaryota	624	Open in IMG/M
Ga0192817_1009014	All Organisms → cellular organisms → Eukaryota	623	Open in IMG/M
Ga0192817_1009028	All Organisms → cellular organisms → Eukaryota	623	Open in IMG/M
Ga0192817_1009092	All Organisms → cellular organisms → Eukaryota	621	Open in IMG/M
Ga0192817_1009215	Not Available	618	Open in IMG/M
Ga0192817_1009575	All Organisms → cellular organisms → Eukaryota	610	Open in IMG/M
Ga0192817_1009677	All Organisms → cellular organisms → Eukaryota	607	Open in IMG/M
Ga0192817_1009723	All Organisms → cellular organisms → Eukaryota	606	Open in IMG/M
Ga0192817_1009778	Not Available	605	Open in IMG/M
Ga0192817_1009784	All Organisms → cellular organisms → Eukaryota	605	Open in IMG/M
Ga0192817_1009850	All Organisms → cellular organisms → Eukaryota	603	Open in IMG/M
Ga0192817_1010218	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis	595	Open in IMG/M
Ga0192817_1010427	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis	590	Open in IMG/M
Ga0192817_1010548	All Organisms → cellular organisms → Eukaryota	588	Open in IMG/M
Ga0192817_1010621	All Organisms → cellular organisms → Eukaryota	587	Open in IMG/M
Ga0192817_1010652	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis	586	Open in IMG/M
Ga0192817_1010701	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Metridinidae → Pleuromamma → unclassified Pleuromamma → Pleuromamma sp. CSG-2001	585	Open in IMG/M
Ga0192817_1010753	Not Available	584	Open in IMG/M
Ga0192817_1010873	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis	582	Open in IMG/M
Ga0192817_1011006	All Organisms → cellular organisms → Eukaryota	579	Open in IMG/M
Ga0192817_1011026	All Organisms → cellular organisms → Eukaryota	579	Open in IMG/M
Ga0192817_1011049	All Organisms → cellular organisms → Eukaryota	578	Open in IMG/M
Ga0192817_1011156	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis	576	Open in IMG/M
Ga0192817_1011163	All Organisms → cellular organisms → Eukaryota	576	Open in IMG/M
Ga0192817_1011341	Not Available	573	Open in IMG/M
Ga0192817_1011772	All Organisms → cellular organisms → Eukaryota	565	Open in IMG/M
Ga0192817_1011783	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Pseudodiaptomidae → Pseudodiaptomus → Pseudodiaptomus poplesia	565	Open in IMG/M
Ga0192817_1011806	All Organisms → cellular organisms → Eukaryota	565	Open in IMG/M
Ga0192817_1011891	All Organisms → cellular organisms → Eukaryota	563	Open in IMG/M
Ga0192817_1012300	Not Available	557	Open in IMG/M
Ga0192817_1012334	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus	556	Open in IMG/M
Ga0192817_1012389	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda	555	Open in IMG/M
Ga0192817_1012475	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis	554	Open in IMG/M
Ga0192817_1012508	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda	553	Open in IMG/M
Ga0192817_1012567	All Organisms → cellular organisms → Eukaryota	552	Open in IMG/M
Ga0192817_1012574	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis	552	Open in IMG/M
Ga0192817_1012725	All Organisms → cellular organisms → Eukaryota	550	Open in IMG/M
Ga0192817_1012800	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis	549	Open in IMG/M
Ga0192817_1013026	Not Available	545	Open in IMG/M
Ga0192817_1013099	All Organisms → cellular organisms → Eukaryota	544	Open in IMG/M
Ga0192817_1013101	All Organisms → cellular organisms → Eukaryota	544	Open in IMG/M
Ga0192817_1013169	Not Available	543	Open in IMG/M
Ga0192817_1013287	All Organisms → cellular organisms → Eukaryota	541	Open in IMG/M
Ga0192817_1013604	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Harpacticoida → Harpacticidae → Tigriopus → Tigriopus californicus	537	Open in IMG/M
Ga0192817_1013611	All Organisms → cellular organisms → Eukaryota	537	Open in IMG/M
Ga0192817_1013736	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda	535	Open in IMG/M
Ga0192817_1013747	Not Available	535	Open in IMG/M
Ga0192817_1013832	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda	534	Open in IMG/M
Ga0192817_1013931	All Organisms → cellular organisms → Eukaryota	532	Open in IMG/M
Ga0192817_1014347	All Organisms → cellular organisms → Eukaryota	526	Open in IMG/M
Ga0192817_1014360	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Podoplea → Siphonostomatoida → Caligidae → Lepeophtheirus → Lepeophtheirus salmonis	526	Open in IMG/M
Ga0192817_1014553	Not Available	524	Open in IMG/M
Ga0192817_1014639	All Organisms → cellular organisms → Eukaryota	522	Open in IMG/M
Ga0192817_1014846	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Acartiidae → Acartia → Acartia pacifica	520	Open in IMG/M
Ga0192817_1015428	All Organisms → cellular organisms → Eukaryota	512	Open in IMG/M
Ga0192817_1015436	Not Available	512	Open in IMG/M
Ga0192817_1015446	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Pseudodiaptomidae → Pseudodiaptomus → Pseudodiaptomus poplesia	512	Open in IMG/M
Ga0192817_1015942	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda	506	Open in IMG/M
Ga0192817_1016043	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda → Gymnoplea → Calanoida → Temoridae → Eurytemora → Eurytemora affinis	505	Open in IMG/M
Ga0192817_1016427	All Organisms → cellular organisms → Eukaryota	501	Open in IMG/M

Sequences

Scaffold ID	Protein ID	Family	Sequence
Ga0192817_1000453	Ga0192817_10004531	F032922	MKVFAVLLLASYALAHGGDNYHMFKTWSKTKAMESCWGEDNMKIYTVNMKKAIAKCNQVDAPELELPPYRSVDRFVNVMLSFARQMESNQFDQLYKMMSVINENQYDRRHNDYTYSRPERYGYENKMDNFQMMMKFKKMMNNMRNDDSFMNNDMMSFDWMKNKYNNKYGMNERMDMDKFEKMYDMVKSMKHQSSDYSMQADHQAPIAAFRSAMNFDNNNQKSMDFNKMANFFKNFRSKRQAAGDALALNDRLKEKIQHVFEEQQSKIGNMTCVLREMNCLNAENEIDIRAMKKDSEQYNMPSVWFKNRYEEILDTCHEVATNLPEKLNKQEIVSGEFGTVNMGQIKSFMSCCKNAKQKLCMNQDIKNKIESNFGPVDEILESFNYQITEDQLFTQVNQLLQGSEDEYM
Ga0192817_1000934	Ga0192817_10009341	F006459	YTDEWEFPGQSGMKWTTDLKRGGVSVWNWVGDYSWVNNANKFEIKTMDKVVQSPMSPFYGWDHFYVGKYYNNGERTRTVTYDKQNRNFLLGKIFVEDKLVLDGERWGHFKIDTRATPYTLVWYSKPVRRLIPITRDFVGQDELTVSAWHTPGKELKFETNLPEFRTMKITSAGPTKTFWFNGEEKATVDFDSSSKKASHTMHLPSGKDLTIDLAWPKMTADASDLEFGVTITPDRKVVTKFGWEWAGVKKVYLDVVGNNPWMGDYKLSRQGEFEEVSGSLYKIKWTGHGETTKGFLRRVSPVETNVVASVNTRNMKVDAIVWKSFAGQKYGFTLNNDKFTLLAGKH
Ga0192817_1001044	Ga0192817_10010441	F000051	MLPEDRVARTMDLQEDIAAKLEILKQCAATEQALLPQGDKVPADAQVFKDELARITKYVTELQANTKIECDKYSNDVKFWAEYRTGIKEFTPWLVGAEKAAGEGLSKPSDLAEVKALNDKVLAFDKNCVNYLKVLTSAQGAAQKMTTHAEADAEVAGLKTRFDAVKVVSDTWVKKCDVLVKEWVLLDNTVTELNSWVAKDKSAEGENQFSLEKMESTLGELKNIFKQKEKLVEGL
Ga0192817_1001258	Ga0192817_10012581	F006459	YTDEWEFPGQSGMKWTTDLKRGGVSVWNWVGDYSWVNNANKFEIKTMDKVVQSPMSPFYGWDHFYVGKYYNNGERTRTVTYDKQNRNFLLGKIFVEDKLVLDGERWGHFKIDTRATPYTLVWYSKPVRRLIPITRDFVGQDELTVSAWHTPGKELKFETNLPEFRTMKITSAGPTKTFWFNGEEKATVDFDSSSKKASHTMHLPSGKDLTIDLAWPKMTADASDLEFGVTITPDRKVVTKFGWEWAGVKKVYLDVVGNNPWMGDYKLSRQGEFEEVSGSLYKIKWTGHGETTKGFLRRVSPVETNVVASVNTSNLKVDAIVWKSFAGQKYGFTLTNDKFLLLAGNQ
Ga0192817_1001268	Ga0192817_10012682	F003184	MARVNLMKNIVTSRRQPHTPLDNVNTPYNPIRLLKGAPPGQEAVNHYISELSIVKGGNHKLDTKYRKHLAMIEACEDEFNYHHKLFGQGAVDRDFQFHNPR
Ga0192817_1001268	Ga0192817_10012683	F008676	MTAGGAWRRPRMKVYDYNQEFGGNYYQPMIQYINHKDIYGPFSKKADVYLPHSAEVTSAKYTNMRYNDKSSAKHNLDQFLVDAHKTQIKELNGTTASVMNTRMRHETHNTDLHPTPTSKLIRDHYIKLVKNLALRDEVDLPPLLC
Ga0192817_1001414	Ga0192817_10014141	F098622	MSYTAELSRQETNRRAVSRSRDYTSDYKVARHYNIGRNYPEDSFSARYDYYDGNKHGSDGLYPCNKDVLGTWKHYNLSAETLAARNTRARSPLQSRELDRYFETRKRVNYIGDCSAGGTSDFRYYNYRRVPYFGGSDNYQYMKQKPTGWGARRL
Ga0192817_1001422	Ga0192817_10014221	F000052	ARDQRQRGGDDSPVDFGEVAAARPGNDGKRCIDKVEMIEETEYDEVVQCDHSYDRRCHTTYVTQYESQQEEDCDENFRKNCFIEYEQIAFNETAQVCRTPLVKDCDIQGPEICRTEYESECWTKQEVHDVQDDVVACETVVEEKCQDNTSGYTTTTDCSKWPKEVCSVSKKSVKKYTPITGCTKEPRELCAPAGCGFKEGREECFDKVQTVVQDAPKEQCTLEPQRTCKHVTKLVPKLEPTEECVDVPKEVCTRARTNPRKVKKPVVKKWCYVPSEESGLA
Ga0192817_1001495	Ga0192817_10014951	F000021	DMSKDPLFRGEFEVIKELIAELPDGEASKRECDKVVDKNGPTKTGGTGIKQLRENIAESKLSYEIMDDAAQAFLKTKIMDNIHKYFYLICFTAYLREAAILCKDAASDDDKKNFSLTGGKVSTPADQLKLSKPFVQYMEEHSKLRTIVDEGKGKLQWERDIPQEALANLESLASSDFKGNLGRIIHDIYQTAHGLFKDLPQGDHKKRAKYRFASKTLMRVLPAGLKTEVEGLIASQTMTLDLYEILGQCTWGQAKA
Ga0192817_1001610	Ga0192817_10016101	F001410	IYNFRSKCWGKKNVDAYALDIEKARRDCMQMEPAFDLPGHGNGPQNPFLRPNNNPFKKLTEGGDFSDLQSLWRTKREAREGLLDVDEDDFYEFIQQVNDHRHLKRNSMSNLTCVLQKIGQLTDDMEVNLEYYTTALTAEEAEFGFTWDVEGSAAIDPEWRAKIAREYNDCYEMAQSLPAISLNRNPFHRIFGRQKAFFNCADRTERRVCTEAQLLENLEQFYGSENDEETAERIASVGLPKDKYDAAAISLAVLQNAKSEEEKFVERFLWDIDGDNF
Ga0192817_1001633	Ga0192817_10016332	F014356	VDYVEEPAEVCVPTLETKCDQEDGGQILELRTEEECQDVVRTVCVERHNVVDNEVCAYSYTLHPVPTEAKLVEPLWTEVCHQETICLNPHHAKPSYGAPPAYCHEEIHETCALEPVLEPVVRPVTVSLPQPVEVCINKQIVLPYLECEKVKDRHCMVVPRAGKGYKYQIDKCSVEKGEPACQETLLQLPQQACLQKIERVNTVYTTPEKVSYSG
Ga0192817_1001732	Ga0192817_10017321	F001556	HGGHLLVSQLANMMRFILLSAMVASGMAFNTRQMIRRDMEKFNNDAMCWGVENMMAYRLAQYKAMDECSKYGQFSTLPAPSNNPFTTLPGDASNPWMNVPQSVGSRRSPLSKLFNRGSNSNSDKWTDLWSDFLNGRSKRQAEEGLLEIDEAAELEKFLEDYDEFKTDIGSMIGNLTCVLTKMDMLDSSLQVNLKLWTTDIWQQLNLKKTLAGEDPEWRQKLISGYTDCYQVASNWPQQSLDRNPITKVFGRHMIFFKCSMKQEKKMCGMAQMYSWLTTLYGNSDDFNWSQFGLPTDKYDRAALTVMVQTEASSKEDKFINDFFINDEL
Ga0192817_1001949	Ga0192817_10019492	F014356	VDYVEEPAEVCVPTLETKCDQEDGGQILELRTEEECQDVVRTVCVERHNVVDNEVCAYSYTLHPVPTEAKLVEPLWTEVCHQETICLNPHHAKPSYGAPPAYCHEEIHETCALEPVLEPVVRPVTVSLPQPVEVCINKQIVLPYLECEKVKDRHCMVVPRAGKGYKYQIDKCTVEQGEPACQETLLQLPQQACLQKIERVNTVYTAPEKVSYSG
Ga0192817_1001992	Ga0192817_10019921	F015958	YFSSTDFPSNLLLYRNTGAVLPWHTAAALPGDLLTLLLNNIVAVLLGNTAAVLLWNMLAALQWNRTAILPRNLLAVLAGNLTAILLGDLLALFPRNLLASFPGNLGATLSRNLATRFPGDLLAVLFRDLVARLPWNLLAALPWSISTVLLRYLLTRLPGNL
Ga0192817_1002000	Ga0192817_10020001	F000114	PTQGYHPDIGQTNVGGYGVNKDPYCHMVEKVVFENQCEPYTERTCYTQNKESCVPRLFNNCTGVIETKVERVCFDVNELVCDLVEAIHYETLEETYQVQRCFTGKDRVCDTTYKIDMTTKDDYQCTNVETPNCYMEEKVINDVTCTNSVEFNCKRDKSTKNDGYGPKGVVCERKPTQSCYNIPRKIQVEVCKTDVHRYCEKFSNIFPFPVEEQNCHFEPKKICELEMKTRPKKAKKYSYTKDCKEQPREICDQCEKKTIQPVCEKQERLVCTYEPEETCRDEDKQYCHKVEKVELEEVCDMKFDSRYL
Ga0192817_1002038	Ga0192817_10020381	F000114	PTQGYHPDIGQTNVGGYGVNKDPYCHMVEKVVFENQCEPYTERTCYTQNKESCVPRLFNNCTGVIETKVERVCFDVNELVCDLVEAIHYETLEETYQVQRCFTGKDRVCDTTYKIDMTTKDDYQCTNVETPNCYMEEKVINDVTCTNSVEFNCKRDKSTKNDGYGPKGVVCERKPTQSCYNIPRKIQVEVCKTDVHRYCEKFSNIFPFPVEEQNCHFEPKKICELEMKTRPKKAKKYSYTKDCKEQPREICDQCEKKSIQPLCDTEERLVCTYEPVETCNDVDKQYCHKVEKVVLEEECDMKFDTRYL
Ga0192817_1002088	Ga0192817_10020881	F089813	VGGSHAVLAKEKDNVKHVMIFIENHKIVIEEPALRYTRPTTAFTVKMQTGQERMVVVEVMPDRVVRLLGGLVTVQWSRGILTVDTPSHRVTYNGKVMDVLDKAILATGDHCGLCGDHNMMKQADIKSSSRCVHASLLSMAHSFRVNSAIEQCSPLPAAAIESLSREKAMCTRPSSPLQISYFTPVTEAKVLQHAVLHRSGQVCFSKTMLPECAIGFMASETLVKEAGFVCLPAAAAETKDILRRVHLGRECTELTTMPVTFTTRVHVAKECRRQ
Ga0192817_1002137	Ga0192817_10021371	F089813	VGGSHAVLAKEKDNVKHVMIFIENHKIVIEEPALRYTRPTTAFTVKMQTGQERMVVVEVMPDRVVRLLGGLVTVQWSRGILTVDTPSHRVTYNGKVMDVLDKAILATGDHCGLCGDHNMMKQADIKSSSRCVHASLLSMAHSFRVNSAIEQCSPLPAAAIESLSREKAMCTRPSSPLQISYFTPVTEAKVLQHAVLHRSGQVCFSKTMLPECAIGFMASETLVKEAGFVCLPAAAAETKDILRRVHLGQECTELTTMPVTFTTRVHVAKECRRQ
Ga0192817_1002154	Ga0192817_10021541	F000114	VGGYGVNKDPYCHMVEKVVFENQCEPYTERTCYTQNKESCVPRLFNNCTGVIETKVERVCFDVNELVCDLVEAIHYETVEETYQVQRCFTGKDRVCDTTYKIDMTTKDDYQCTNVETPNCYMEEKVINDVTCTNSVEFNCKRDKSTKNDGYGPKGVVCARKPTQSCYNIPRKIQVEVCKTDVHRYCEKFSNIFPFPVEEQNCHFEPKKICELEMKTRPKKAKKYSYTKDCKEQPREICDQCEKKTIQPVCEKQERLVCTYEPQETCRDEEKQYCHKVEKVELEEVCDMKFDSRYL
Ga0192817_1002192	Ga0192817_10021921	F070838	WLGNYCMNRESGGCPTMPGSGSTDYGTSSGSGFSCFEPYEQACNATEMHCDAGYDSEGCWYGNYCINQVNEWDGCYGVCGMNCNWETEDWCDMGTDSNGCWMGNWCQDKSMGGCPAPMGGSEVASGEDICAHMTWTEECSASQISCDSGYSYEGCWFGNYCIDSVNSWDSCPGVCSTMCNWDTEEWCDMGVDTNGCWMGNWCQDINMGGCPDVNMVSKRGFMEKQKAMAHRADFGSGSADYSGSDYGGSDFWSNYGSDYGSDYGFDYGSGSD
Ga0192817_1002261	Ga0192817_10022611	F062417	MLERPGDLIPVLPNAVTIPWTRRRSQILNYLHRGPVTFNTLVYDTNVGDISALATYFNPDRISERELNLRFGHYPTTGEKHESPDKRSGADAAVKPRLLLYPDHSQEKVQRTYNWVMSQDSKAASPVPMMSERRHSQGRDNLNLEKTTSSLDIRPPSIGVNCNFSNPVVSKPFTLPNSAISSVLDNVWSDKGTESPDSWPEKLSESGLGLGELACRLNKATTDLDMSAWESHGPSQPFC
Ga0192817_1002406	Ga0192817_10024061	F000114	GVNKDPYCHMVEKVVFENQCEPYKERTCYTQNKESCVTKPFKNCTGVIETNVERVCFDVNELVCDLVEAIHYETLEETYQVQRCFTGKDRVCDTTYKIDMTTKDDYQCTNVETPNCYMEEKVINDVTCTNSVEFNCKRDKSTKNDGYGPKGVVCDRKPTQSCYNIPRKIQVEVCKTDVHRYCEKFSNIFPFPVEEQNCHFEPKKICELEMKTRPKKAKKYSYTKDCKEQPREICDQCEKKSIQPLCDTQERLVCTYEPVETCNDVDKQYCHKVEKVVLEEECDMKFDTRYL
Ga0192817_1002483	Ga0192817_10024831	F067388	PLAVIEEDSEEVLVTVAVEVVVDAGVAGAVAVVVEAAARRRRTGSP
Ga0192817_1002607	Ga0192817_10026071	F008474	LVAIVVVVGLHAVLLLELNILLPQSVDTVDHDLNKLDLRVAEPVFVGDVVGVTSLTAGLAAGATGLNGELLASGLQLVNALLGPAWEVNVDGGPHAGSKVGRAGVDVAVPLVEGKVLAGLGL
Ga0192817_1002609	Ga0192817_10026091	F001228	TWGFSGAQLVLAIISRLQTFKTSTNMKVLALLLTAVPALNALCLVNSCDSYWSGAQAKLKKDGACAVLFDENCCKASEDHLVVKKGEQGKLCGTRSGLNPLSSCKGSGLKDDIEALFVMPGCKLEVWDHGSGLEDAVKEERKGFNQGDYKNMKDLYDQNKLVFRADRTKPHWVEEINDDFDDMDEDIESFRCTCN
Ga0192817_1002843	Ga0192817_10028431	F003184	MKNIVSNRRQPHSPLDNVNTPYNPIRLLKGAPPGQEAVNHYISELSIEKTHNSKLADKQRKHLVMLEATDDEYNYHYKLFGQGAVDRDMKFYNPQLVQDYVNQIRRF
Ga0192817_1002918	Ga0192817_10029181	F020128	TWELDLLVDNKGLLFLRKILRFPSEANLKEKSPKMLLVATIASLTCVTLATPLYIGSTPGGSAICSAAESAYYGAKGEGKSNHLAGAIAGKVFYNKVFNVFDGSINCGSSIDAVNGVADYFNKFGKSVITTICKKATTSYLDARISGASKEDALKAAGTTYTDFIEDFPDPDNACYKTTQDPDSLI
Ga0192817_1002932	Ga0192817_10029321	F000114	NVGGYGVNKDPYCHMVEKVVFENQCEPYEEKTCWTQNKEQCTPKLYKNCTGVIETDVERVCFDVNELVCDLVEAIHYETLEETYQVQRCFTGKDRVCDTTYKIDMTTKDDYQCTNVETPNCYMEEKVINDVTCTSSVEFNCKRDKSTKNDGYGPKGVVCSRKPTQNCYNIPRKIQVEVCKTDVHRYCEKFSNIFPFPVEEQNCHFEPKKICELEMKTRPKKAKKYSYTKDCKEQPREICDQCEKKSLKPLCDMEERLECTYYPEEVPCRFEAKEYCHKVEKVVLEEVCDMKFDTSYL
Ga0192817_1003077	Ga0192817_10030771	F004380	TIQGGADLSLTTKIASVKRFSPADRAGLEKMDYLWTVNGKEVFKQTQPQVTNAIVSAQLTLTLQVERGTFIVPSFDEIWPQAGKDGIRGGKGSKMRMSYDYILDAMQHHGLGHLPQPDNFTTCGRLGIEVNQYNNPIEVYSDDTIEDMREEKVILDHPEVADKIIKSNAKKHTDKAQMNPIAAQKLKVDKFDPKRSSVLMAINATERIGPGMGV
Ga0192817_1003125	Ga0192817_10031252	F101008	FMNKFSFESTVMKDDRLALEMSVSTMTTPYTFHMNAPYFLPRFFNDITRKTIDATITHEMGSKLEVKSNCPEFETFSVMTTGNKRSIVLNGKELTVVDFKRGDRTISQTTELPSGEHLTTTVEWTADTLKKNQATITVEITPNRKFEGIFGWDFQTYYMGNFHVDVKGENPWVGDYAMDRHVNWNLSRPEYMFNWVGKSEFKNGPFASFSPIDSKINFNYNSRQLMLNADMVETMGGKQYGVKIHRNRFSLLTGIAA
Ga0192817_1003184	Ga0192817_10031841	F000114	QTNVGGYGVNKDPYCHMVEKVVFENQCEPYTERTCYTQNKESCVPKLFNNCTGVIETKVERVCFDVNELVCDLVEAIHYETLEETYQVQRCFTGKDRVCDTTYKIDMTTKDDYQCTNVETPNCYMEEKVINDVTCTNSVEFNCKRDKSTKNDGYGPKGVVCSRKPTQSCYNIPRKIQVEVCKTDVHRYCEKFSNIFPFPVEEQNCHFEPKKICEFEMKTRPKKAKKYSYTKDCKEQPREICDQCEKKTIQPLCDTQDRLVCTYEPEETCNDVDKQYCHKVEKVVLEEVCDMKF
Ga0192817_1003279	Ga0192817_10032791	F000051	QGDKPPQDAQDYKDELNRITKYITDLDAQTRKECDAYSEDVKYWAEYRTGIKEFSPWLAECEKSITSGLSKPSDLSEVKALNDKVTTYDKTCLNYIKVLEAAEAASKKMTTHAEADAEVAALKERYQKVKKVSEEWVKKVDTLLKEWVLLDNTVTELNSWVAKDKTSEGENQFSLEKMESTLGELKNIFKAKEKLVEGL
Ga0192817_1003298	Ga0192817_10032981	F001826	NLRSQCWGEENVLAYDIAVLGATEKCMQLAPAYDLVELLKPINNPFSTLPGTVNNNPFQRLTNFQNVNQLTSLWRSKRQASNGLLNADQNDFIEFLEDFGEFKEGIATKMGNLTCVLTEMKLLTPDLKINIDEYMKPVADIEGFKPELSVAGTDPEFEKKLADGYMDCYRISENWPQAPLNRNPLSKIFGRHMLFFKCADKAERKMCAKAQMLKWLETIYGTDPSMDPSEHGLPKDKYDAAALSIMVLNNAATPEEEFVGEFFWGMGH
Ga0192817_1003308	Ga0192817_10033081	F000287	GAWRRPRMKVYDYNQEFGGNYYQPMIQYINKKDIYGPFMSRQEVYLPHSAEVTSDKYTNMRYQDKSSAKHNLDDFLKNAYSKQMKELNGTTAMTRVNMMKTIVSDRRQPHSPLDNVNTPYNPIRLLKGAPPGQEAVNHYISELSIEKKNNSKLASKERKHLTMLEACDDEYQYHYKLFGEGAGADRDMKFYAPQMVKDYINQIRRF
Ga0192817_1003341	Ga0192817_10033411	F004203	MTGFNKSKEDFIWFIKKASTSRKSDAHGELYHCLLKMFVDADTNRDGLVSKASFSKLIDMAASIPREYGYAPVDTELYKTEEDKEQARQKMFDSMDLKGTGVITFDEWLKFCLEHIAAKTATMDPHPILDHGNMEQFKEFLKSAVQVGTPEHTEMYWFLLELFTEHDMVKEGIVMKGDFPTMMDKVLETPKKLDIAHPDKAILFTDDTEKRREHQMDIFKKNNPRGDDRMCVDEWIGLAMDLFKKMI
Ga0192817_1003353	Ga0192817_10033531	F000051	YVTDLQANTKIECDKYSNDVKFWAEYRTGIKEFTPWLIGAEKASTEGLVKPSSLDEVKALHSRVMTCDKTSAQYLKVLNAANDAAQKMTTHAEADAEVAALRARYDKVKTTGNEWVKKVDVLLKEWTLLDNTVTELNSWVAKDKSSEGENQFSLEKMESTLGELKNIFKEKEKLVEGL
Ga0192817_1003355	Ga0192817_10033551	F000108	EKTCYTQNKELCATKPFRNCTGVIETNVERVCFDVNELVCDLVEAIHYETLEETYQVQRCFTGKDRVCDTTYKIDMTTKDDYQCTNVETPNCYMEEKVINDVTCTNSVEFNCKRDKSTKNDGYGPKGVVCDRKPTQSCYNIPRKIQVEVCKTDVHRYCEKFSNIFPFPVEEQNCHFEPKKICELEMKTRPKKAKKYSYTKDCKEQPREICDQCEKKSIQPLCDTEERLVCTYEPVETCHDVDKQYCHKVEKVILEEECDMKFDTRYL
Ga0192817_1003356	Ga0192817_10033561	F000108	TQNKESCVTKPFNNCTGVVETNIDRVCFDVNELVCDLVEAIHYETLEETYQVQRCFTGKDRVCDTTYKIDMTTKDDYQCTNVETPNCYMEEKVINDVTCTNSVEFNCKRDKSTKNDGYGPKGVVCSRKPTQQCYNIPRKVQVEVCKTDVHRYCEKFSNIFPFPVEEQNCHFEPKKICELEMKTRPKKAKKYSYTKDCKEQPREICDQCEKKSLRPVCVMQDRLVCTYEPEETCRDEEKQYCHKVEKVVLEEECDMKFDTRYL
Ga0192817_1003363	Ga0192817_10033631	F028388	AILEKVDAAVQAIIAKAKAGVESGKGLLVDLLETIIAKIGELKDNLTGYNIFDDLLNDVLKPALKHAIENLIPTIGKHLGDLADKLKPKEYISLVEIMEAVQDLKDIFAQVKAKIESGEVKDNIIDFLNKIKAAVDAKIAAATPAVKAILEKVDAAVQAIIAKAKAGVESGKGLLVDLLETIIAKIGELKDNIAGYNIFEDLLNDVLKPALKHAIENLIPTIGKHLGDLADKLKPSQVXTAITYS
Ga0192817_1003477	Ga0192817_10034771	F048751	MQNLLIASVLAVASAEAFYGYQLPASGLGTWPSTSYGYGSSSTTYGAHGYRIGKRSAEPSIGYGIGYGIAHVALPTTLENRNNVHGHELASGYAISQPHPGAAGSFQQRTQLHSGYGKRSADADAYYGAVATLENRNNVHGHEYASQYAISQPHPGFGGSYQQVSRLHSGLHYGGYYGKRSAEPFYGGVAVHPGHAVSSTHRSAQGLSLGYGYGHGFYGYGKRSAEPFYGAAVTVENQNQLHGHQLGSGYSISQPHPGHSGS
Ga0192817_1003642	Ga0192817_10036421	F049394	EIDHVPRSIIAPVKNMKVMDKAMSLPLVSSAYSEVTRVTSPYMESTYNKVSPVVETTMGMVSPMVDNVKTKVEEQVIPHIPTKITETVQTVQNYAIDNVTAAVEKVDHFACGGIDQLTEKVPQLKDATPKLIEETKSSVTTFVTGWTDYFASFSLSQVALKVVDSSLDLVDGALNKIGSEETGTVRSGVRMVHSTANTIRLDAVKKAGSEKAKKIEEASIIGALLEVSGLQDLLAMFGFKLKTTETVKEDVKKTE
Ga0192817_1003680	Ga0192817_10036801	F012548	DYTDLSGLLSPFQIEKFSYFYGFFDSNGDGHVDMDDMEGINERLRNVAGWSKDDPQYLSLTDNNRVFMECLLDQVKKEKDTEGLEHRSWAEALAPSRMSVTHCSRSAWLHMWARLCRGSAGIDDFPIWVQLLPRALFNIIVAREGSNVISKSSLRNFYERFTGLSGQELEKVTENGYKNASASGDYELNFDSYKLLFSNFLLGKTIYGPGKYIFGCFDNRDMDETYKVIYDNV
Ga0192817_1003686	Ga0192817_10036861	F000114	NVGGYGVNKDPYCHMVEKVVFENQCEPYEEKTCWTQNKEQCTPKLYKNCTGVIETDVERVCFDVNELVCDLVEAIHYETLEETYQVQRCFTGKDRVCDTTYKIDMTTKDDYQCTNVETPNCYMEEKVINDVTCTSSVEFNCKRDKSTKNDGYGPKGVVCSRKPTQNCYNIPRKIQVEVCKTDVHRYCEKFSNIFPFPVEEQNCHFEPKKICELEMKTRPKKAKKYSYTKDCKEQPREICDQCEKKSIKPMCDTQERLVCTYVPEETCRDEDKQYCHKVE
Ga0192817_1003688	Ga0192817_10036881	F000021	YEIMDDAAQVFLKSKIMDNIHKYFYLIAFTAYMRQAAELARNAVSDEDKAKNALTGGKTAIPGDQLKVNKTFVQFMEEHSVLRGMVEAGKGKLQWERDIPAAALANLESLASSDFKANLGKIIHDIYQTAHTMFSDMPQGDHKKRAKYRFASKTLMRILPNDLKGEVESLIEKKSITLDLYEILGQCTWGQGLVKA
Ga0192817_1003834	Ga0192817_10038341	F098440	YEMSTMVTPYVMKMKAPSFLPLIFDDPRRHTFEVTAEHKEGEMIHIITNAPEMSSFKVSTNGVQRVLELNGEELIVVDYTKADKKFKQVLQLPNGEHVTVSLDWATWGALTNKINLHIETPTRKFNVNTDYKVKGGHYMIKFHGENPLTGKFEIMRDLNLKADVNQIDAKWTGKAVFAKGPLAMFSPIDTVSTLNYNIAKMVLNADIAKTIAGQKWGLKVSQNKVNLYTGQP
Ga0192817_1003844	Ga0192817_10038441	F001833	RFDFLLSTNEKPYKFELFAPSLLGKLKPGMTEAKITADHNPGQSLEIKTNFEKFTGLKIYKSGSGNERKVEVNGKELAKGDYTLTDNSFSTKITLGNDYLEPKITWEGKLPNSRQEAEAFMLKNNVDVKVTGSKRNLDLNLNWKMTKPDFDFGTPENGKISMNAKGNNPRWGDYSLSRDINWKVENKVIELNLKGMAQFAKGGLATSTPIETAVNFKVLVDKKDLIGKFMKKINGKEYSVDFPQGSGVMPKIVWGQ
Ga0192817_1003889	Ga0192817_10038891	F022575	SIKIFLLNLTLINSFKYNELKIVNTYDXIQATATSNINNKINLIIKIIIIVIDTLGPXEPNNVNNKCPATIFAANRIDKVIGRIIFLTVSIITIIGIKNEGVPKGTKXANKLLYWKIIENNIVPNQIGKANTKVIDKCLVLVKI
Ga0192817_1003932	Ga0192817_10039321	F090278	EKLTKGGDFSDLQSLWRTKRDASEGLVDVDEDDFYEFLQQVNDHKHYKRNAMGNLTCVLQKCGQLTEDMEINMDWYATALRAEEPETGFTWDVEGSAVTDPEWREKIATAYEDCHELAESWPATSLNRRPITRMFGRQMIFFKCADRTERRVCTEAQLLENLETFYGSKSDEETAEQIAAIGLPEDKYDAAAITVAVIHNAQSEEEKFVERFLWNLNGDTHM
Ga0192817_1003979	Ga0192817_10039791	F012548	DYTDLSGLLSPFQIEKFSYFYGFFDSNGDGHVDMDDMEGINERLRNVAGWSKDDPQYLSLTDNNRVFMECLLDQVKKEKDTEGLEHRSWAEALAPSRMSVTHCSRSAWLHMWARLCRGSAGIDDFPIWVQLLPRALFNIIVAREGSNVISKSSLRNFYERFTGLSGQELEKVTENGYKNASASGDYELNFDSYKLLFSNFLLGKTIYGPGKYIFGCFDNRDMDETYKVTYDNV
Ga0192817_1004065	Ga0192817_10040651	F065401	VAGWELDDQEYLAMVDNNRVFLECLLDQAMAEKDTEGLENRSWEEAMAPSKMVMDSVCLSSWLHLWARLSKGSHGIDDFPIWVQLIPRMIFNIICAKNDEAAISRDSLRNFYKKFSGLDGETLEKVATEGYRAMSANGDYELDYKSYKLLFSNFLLGRTIYGPGKYVFGCFDNRDMTESYKIVYE
Ga0192817_1004083	Ga0192817_10040832	F022575	MQATATSNNNNKYKLINKINRYIKVILDPXEPNNVNKRCPATILAANRIDKVNGRIIFLTDSIITITGIKNLGVPIGTKXQNKLLYXKIIDKIILPNHMGKAKFNVNDICLVLVKI
Ga0192817_1004112	Ga0192817_10041121	F015301	MGSQPTDSRLHQACKMPLVAAPAPAAKATRKPSLKEQPSYLKEVSVALNRGEELKKLKERLSAAKLIMDKDPSAKPWMLSRSISNSSLGAKPAGLKTRPRSVSRESSSDDSL
Ga0192817_1004149	Ga0192817_10041491	F002043	MGSPDCVPTTMKLNSLIPVFCLLLVSVCQGLGLEGLKEQKAREGKKQVGLPCKTIVTEECTEKEVPRSEEVCEWYSEECKTEYVKHCENSREKRGVLQAVLLTSAIASQNGGTTTEAPARVRCYNSPTTTCRHNHDGTIDGQCHTSYHRHCYRARSRRSASEEDCAQVPSRHCNLTPGAEEGSGVKVCRKVNLPKLEKICAKVETLVC
Ga0192817_1004167	Ga0192817_10041671	F012776	PKGFPQTFKQFMDDHSGLRTMIEEGRGKLEWERKIPDEKLAELKDMLSSADFKANMPKVIKRIYELSWDMFGDLPRGHHKNNSMHKLASKTMIEILPENLANHVEKKCGSLAGTPDFFDVIGQVSWYEPEA
Ga0192817_1004181	Ga0192817_10041811	F073585	MTVDHNPGQLLEVKTNGKKFKGFKIARTGSGNERTIEINGKQLASGDYTLTDTSFSTKITLDNGDWLQPKVTWEGALPKNKQEAEAFLLKNNVKVSATGSKRNFDIDLSWKATKPDWDFSTPESLKLDLNAKGKGPRWGDWSISRDVAASIANKVISFDVSGTSKFGMGRLATSTPILTEIHMKYLIQQRDLTGKMSKVINGKEYSIEFPDGFGVMPQIKMGQ
Ga0192817_1004213	Ga0192817_10042131	F002366	IWFVKRAVTDKKSYSHSELYHSLLKLFVDADTNRDGLVSKGSFSKLIDAAAAMPRAYGFAPEDSELYKTEAEKDAARQKMFDSMDLKATGVITFDEWLKFCQEHIAAKTATMDPHPIIDHGSVDQYKTFIKAAMASPTCPEHVELYWYMLEIFTDHDNDKDGILKMPEFPAMMTEFLTVPKKHNLPVPSEGQYETLFKKYDPRNDGRLTVDEWMKLATEEVYKKF
Ga0192817_1004221	Ga0192817_10042211	F000108	VIETHVKRVCFDVNELMCDLEEVIHYQTLEETYQIQSCLTVMDRVCDSIYNIDRTTKDDYQCINVETPNCYMEEQVINDVTCTNSVEFNCKRDKGTKNDGYGSKGVVCARKPTQECYNIPRKIQVEVCKTDVHKYCEKVSNIHPYPVEEQNCHFEPKKVCEMETKTRPKKAKKYSYTMECEEQPRQICDQCETRTIEPVCTSLDRLVCTYEPEESCVDIEKQYCHKVEMVTLVEVCDNKWETTYL
Ga0192817_1004284	Ga0192817_10042841	F015301	MGSQPTDARLHQACKMPLVAAPAPAAKATRKPSLKEQPSYLKEVSVALNRGEELKKLKERLSAAKLIMDKDPSAKPWMLSRSISNSSLGAKPAGLKTRPRSVSRESSSDDSL
Ga0192817_1004336	Ga0192817_10043361	F000021	MDNIQKYFYLIVFSAYVRECATIAMNAESADAPLTGGKRATPAKDLKLPKTFSQYMDEHANLRTVVEEGKGNLMWDRPIPPEALAGLEALSKDFQANLGKIIHDIYAAANGIFRDLPQGDHKKRAKYRFASKTLMCVLPAALKAEVEGLIADKKITLDLYEILGHCTWGQVKV
Ga0192817_1004345	Ga0192817_10043451	F041786	RHSLMTFGNKFSASEVDDAFAEFKIDEGMIDAAHLKGLMVSK
Ga0192817_1004420	Ga0192817_10044201	F011992	MFKSLLATALVVAVKAEADPFYGYGYGLPYAHGVAYAGVPFGSSTGLDPITQGLDPVTQGALPVAHYYGKRSADPYYLGGYAYAGVPFGSSTGLDPITQGLDASTQGYAPYAYGHLGYGYGHLGYYGKRSADAEADPYYLGGYALPYAAHGVVAAAVPFGSSTGLDPITQGLDASTQGYLPYAHGYLGHYYG
Ga0192817_1004525	Ga0192817_10045251	F000068	DNTSGYTTNTKCSKWPKEVCSVAKKPVKKYTPITGCTKEPRELCAPAGCGFKEGAEECFDKVQTVVQDAPKEQCSLEPQRTCKHVTKLVPKLEPTEECVDVPKEVCTRSRTNPRKVKKPVVKKWCYVPSEESGLA
Ga0192817_1004553	Ga0192817_10045531	F062417	TRRRSQILNYLHRGPVTFNTLVYDTNVGDISALATYFNPDRISERELNLRFGHYPTTGEKHESPDKRTGAEASVKPRLLLYPDHSQEKVQRTYNWVMSQDSKAGSPVPMVPGQQRQNLTRTSTMDMGPPPLNVNRNFSNPLLTKPFTMPSSAISSVLDNVWSDKGTESPDNSWPDKLSETGFGLGELACRLNKSTAEGELSTWESGPQQFR
Ga0192817_1004583	Ga0192817_10045832	F104411	VARASAGQLVCVDEETSVWVTRIYREHSVVDILLCTLGLVARGEKTTSRVREQTGLKTGGLGVVVVTVSVSLRDVLEDDSPVSFNIDSASDLGVINIRGAKITLRSNPVSCVIRRWSLRSSYSTCSQKTPLEAW
Ga0192817_1004612	Ga0192817_10046121	F003924	HGDAQLFCTQALLGVMIALRLTLLATAAFAAPAAEADADPQFLLGHGLAYAHHVVAPVVPLCKVVPKTVTVGQRCHAEPDCTTETVVVGRHITGHEDPTCTDVEHVVPAVGYYGKREAEADPQLLVGAPYVAHATTKVTTKHCVPGAPILEDVTTDVTKCVPKSVCEDVTAEVLETVCGEAAAAEEAVEEA
Ga0192817_1004669	Ga0192817_10046691	F004203	NKSKEDFIWFIKKASTSRKSDAHGELYHCLLKMFVDADTNRDGLVSKASFSKLIDMAASIPREYGYAPVDTELYKTEEDKEQARQKMFDSMDLKGTGVITFDEWLKFCLEHIAAKTATMDPHPILDHGNMEQFKDFLKSAVQVGTPEHTEMYWFLLELFTEHDTAKEGIVMKGDFPSMIDKVLETPKKLDIAHPDKAVLFTDDTEKRREHQLDIFQKNNPRGDDRMCVDEWIGLAMDLFKKMI
Ga0192817_1004675	Ga0192817_10046751	F030620	LLLHRYTGAVLPWYTSAVLPGDLLALLLHHIVAVLLRNSAAVLLWYVLAVLKWNSTADLPRNLLAVFTGNLATVLLRDLLALFPWNLLAVFLGNLGATLSRNLATRLPRDLLAVLLGDLVADLLGNLLAALPGGVSAILPRYLLTGFPGYLRTGLPGNLATGFSGDLVTFLLTIAR
Ga0192817_1004688	Ga0192817_10046881	F001503	KAKIMNNIERYFYMIVFAMYIREVGPKGFPQTFKQYMDANSGLRTMIEEGRGKLEWERKIPDEKLAELKDMLSSADFKANMPKVIKRIYELSWDMFGDLPRGHHKNNSMHKLASKTMIEILPENLANHVEKKCGSLAGTPDFFDVIGQVSWYEPEA
Ga0192817_1004860	Ga0192817_10048601	F032920	TKIWNVKINNRSYLEVRPTVANEVEVVLTGVPLFRVALLAKEVRITTIMKDLPEITTAVTLKTFSLFQNTLGIEVMVGKISHKTLLGWNINMLKKAFVDAKVIGSGTELLGDYELFHHLNWNIVSLKNIDFEWTGKVMCTGLKIFKTPLVTEGKLLLKDFVVDMKMVEKLMDVPYTLIFKSHPLTVALLPFFQYP
Ga0192817_1004867	Ga0192817_10048671	F037045	NKEKRVKEGGKKEEGGGCFEVYHTEDQLQYSDVCEQSFREVCGTEYSQECHDEPTTRLEEQCETSVVSEPVKVCTPGEAHKVCHTTNVESFREECSTSYTTQCERGSRRGRPSRKEKQGKRGKRSPQLLQAALLISALQQQETTEAPQEPRRPRCFRVPHRNCNQYPVSTPREVCHTEQDPAICHEEQKEKTVRSCKPVEVPSSHKVCKQVPHRACHQEPYQSCRKVPTTVPVKVPRQVC
Ga0192817_1004890	Ga0192817_10048901	F030979	KDAWHYKENSQRKVPSRYFEGETDTVHCFPPMSFYTKLAKSEIAKIIGSKRFNISWEGDFKLDRYRGLEKKRVVCHDGKTRLRNGYHVPNDYMTITFQRYSDANAFLNADFDKTRFSGAVAEACETYANLRPVPATMCQEYVDYVTAVEEGRTKSSEASALERGIHYVTV
Ga0192817_1004903	Ga0192817_10049031	F000287	AVGHAWRRPRMKVYDYNQEFGGNYYQPMIQYINHKNIYGPFSRKADVYLPHGAEVTSAKYTNMRYNDKSSAKHNLDQFLVDAHKTQIKELNGTTAMARVNLMKNIVTARRQPHSPLDNVNTPYNPVRLLKGAPPGQETVNHYISELSIVKDGNEKLEDKRRKHLVMIEVADDEYNYHHKLFGQGAVNRDMKFHNPQLTQDYINQIRRV
Ga0192817_1004945	Ga0192817_10049451	F089614	VGNVSVQLVDAVLVFVTLAGESDADPDWDTLDTLGPKVFVEAGVDTDILRAHLLLSEVADRLDSSGRASLGSDTEDAFMHMDGILPSDHFVDRALSGLLFGFLRCRRHLYYFKVFLGFKL
Ga0192817_1005094	Ga0192817_10050941	F022575	SIKIFLLNLTLINSFKYNELKIVNTYDXIQATATSNINNKINLIIKIIIIVIDTLGPXEPNNVNNKCPATIFAANRIDKVIGRIIFLTVSIITIIGIKNDGVPKGTKXANKLLYXKIIENNIVPNQIGKAKTNVIDKCLVLVKI
Ga0192817_1005103	Ga0192817_10051031	F000287	GPFHKRTDVYLPHSAEVTSDKYTNMRYQDKSSAKHNLDEFLQNAYSKQIKELNGTTAMARCNLMKNIVSSRRQPHSPLDNVNTPYNPIRLLKGAPPGQEAVNHYISELSIEKSNNSKLADKQRKHLVMLEACDDEYNYHYKMFGQGAGADRDMKFYAPQLVQDYVNQIRRF
Ga0192817_1005194	Ga0192817_10051941	F098440	ILPMVFDDPRRHTFEATVEHQEGQMIHIITNAPEMSNFKVTTDGVQRVLELNGEQLVVVDYTKADKKFKQVLQLPNGEHVTITLDWATWNAKQNKVNMHIETPTRKFNVNTDYDITNIKAGKMMVKFHGENPLTGKFEIMRNGNWKVAANQIDAKWNGKAVFAKGPLAMFSPIDTVSTVNYNFPKMILNADIAKTIAGQKWGLKVSQNKINLYTGQP
Ga0192817_1005270	Ga0192817_10052702	F024715	FHMTRHWYGEDGAHIWSHHNVTGAEGAWAGDIACVGEYFKPMGPICQGKIIGQFPSHWVATKRSDREVDVHGIVTLKVDGGATYTAHVHEYMKFWEPCVTINRHFWKVDYLEAEYYPDHWYHKEGYR
Ga0192817_1005295	Ga0192817_10052951	F003503	GEFRGPGLYFSPIEVDLACTAGSPLGAKLASAFETCLGGVEALNPEQVGEVASERRRRRPNKGRKCPTVEQIKAKMGQGMEGDWCVLSQLGWIDENGNENNETSTADLMGLKPEVLAELDESAMKTCAEDRVEMMQKMMERKHKRCAKKFSEEDKAELMEMGLKIQGYNCFKEMFHSACQKSVKSQIYAFFQAQAMAAASTEAPTTGAPATTTDAPVTTTAA
Ga0192817_1005299	Ga0192817_10052991	F023781	LFLASLQLALYVDTVEGMGLCFGGYPECCKGKNTCGPFCASCLRVPEFIRMMMMFGGIGPGTPAAFRNINPDPFAHAGRGQVPFPAQPVPVGDGNRGRRPRSPVVPQ
Ga0192817_1005319	Ga0192817_10053191	F004128	DMGSAEPQVVTMRAFIIVALVASVYGEAKPYTVGQVLTGATNGGLITSTTYHGGLKVAGFPHAAVVPALGYAAPVVYGKREAEAEPYTVGQVLAGHTAGGVITSTTYAGGLKVPGLPLYHHYPVVYGKREAEPQFFQHHNLGAFATTNPVHAVAATPVGLTHSSNVGLCTNFVGAAVPC
Ga0192817_1005403	Ga0192817_10054031	F009311	GTFFIFIFIIIFMFSLKMTMWADNVKFVKDILDSKYQKIDSAVHEFTESSEALQKDVNCNKSKEHFLTAIRTLELMQTTEIEMLLETIISEMHGKEKEMLESEAKEKVAKRSSCLEKAKELRSQLKL
Ga0192817_1005417	Ga0192817_10054171	F000108	HYETLEETYQVQRCFTGKDRVCDTTYKIDMTTKDDYQCTNVETPNCYMEEKVINDVTCTDSVEFNCKRDKSTKNDGYGPKGVVCDRKPTKSCYNIPRKIQVEVCKTDVHRYCEKFSNIFPFPVEEQNCHFEPKKICELEMKTRPKKAKKYSYTKDCKEQPREICDQCEKKSIQPLCDTQERLVCTYEPVETCNDVDKQYCHKVEKVVLEEECDMKFDTRYL
Ga0192817_1005439	Ga0192817_10054391	F025213	AEKIMAEILGMQCGLNPDQQADANEEAEMIIRAIMQDEVDKSIYSRMADDLEAASKRMKKMKKTKVKKMTGSAAEITA
Ga0192817_1005474	Ga0192817_10054741	F000068	KQEKHDVEDDVVECRTEVEEKCKETTSGYTTENECSKWPREVCSVSKKPVTKYTPITGCTKEPRELCAPAGCGFVPAPEPTCYDKQQTIVQDAPKETCSLEPQRTCKHVTKLVPKLSPTEECVDVPKEVCTRSRTNPRPVKKPVVKKWCYVPSEESGLA
Ga0192817_1005476	Ga0192817_10054761	F003780	NPYMVPHVYNQQPIVYAQHGVYPYATGYPMHYAAGYPGNMAARAIWPLSLSNVKDSKASFSTSTSTCGGTTAGTAGTSACTVSGEVIFSQNTLKDVLCGNNGGLTINLKGSGMKTGNKYKLYVDSAGLTTCLLPTATRKEIVEITAPVVGVDNGINVYMCTDGYNVDGSNSKTGVDGYSVAIVDTTSTATTVACGTAVLA
Ga0192817_1005477	Ga0192817_10054771	F000073	KVSTPTESLKLKDTFVNWMESKKELRNICDEGKGKLQWEREIPQEALDNLNNLATTDFKANLGKIIHDIYLTGHNMFKDMPQGDHKKRAKYRFASKTLMRILPNELKAEVEGLIAGKTMTLDLYEILGQCTWGQGKSL
Ga0192817_1005520	Ga0192817_10055201	F025213	EAKYEPMDKVDAEKIMEEILGMKAGLNPDQQADANEEAEMIIRAIMQEEVDKSIYSKMADDLETANKRIKKKKSKKIGQNPSAISA
Ga0192817_1005521	Ga0192817_10055211	F019431	MLALLILGAVASAQRDERPKPRWFVPSGPATQENCIAEAGSKAAFDSPTSEIFIPEGKGTDICINFAHIGKWQHGPGVSYNSKSCSEGCCFYTPASSKRVQEIEAEVEKNLPTWFRTPAGGCDDVPSSTTTSRLILNKNNNDSGDDAALCVKSKESDTFELLTGKTASCKGSCCVFQCLSCKAPES
Ga0192817_1005577	Ga0192817_10055772	F022575	LFLLKLALINSFKYNELKIVKTYDXMQATATSNINNKINLIIKITIIIADTFGPXEPNNVNNKCPATILAAKRIDKVIGRIMFLTVSIITMIGIKKEGVPNGTKXANKLLYXKIIENSIVPNQIGKANTRVIDKCLVLVKI
Ga0192817_1005646	Ga0192817_10056462	F003844	MGVLIQLAAQYKMFRPLFFAPLAIALVLLQQVPTSNGTVAFTLASGTTTLLSLTAAQSTALAAVAVLGIKAKLIGGYLLSRRRGKRSAQEEDLSLETFANLEVEDCYKRVICSASTGEVENPQVQNVLALFNPVQFMQAPLSQKAMKFVEAARYGQVRRSVAKCEHRYTCSLGMDILQDL
Ga0192817_1005676	Ga0192817_10056761	F000108	TLEETYQVQRCFTGKDRVCDTTYKIDMTTRDDYQCTNVETPNCYMEEKVINDVTCTNSVEFNCKRDKSTKNDGYGPKGVVCSQKPTQSCYNIPRKIQVEVCKTDVHRYCEKFSNIHPFPVEEQNCHFEPKKICELEMKTRPKKAKKYSYTKDCKEQPREICDQCEKKFLQPVCEQQERLVCTYEPVENCRPEDKQYCHKVEKVVLEEVCDMKFDTRYL
Ga0192817_1005683	Ga0192817_10056831	F000048	TEGLNKPSNLDEASALADKVHGFEKACINHLKVLEAADSAAKKMTTHKEADVEVAELKDRYNKVKTVADDWVKKVDTLVKEWQLLDNTVTELNAWVAKDKTSEGENQFSLEKMESTLGELKNIFKEKEKMVDGL
Ga0192817_1005848	Ga0192817_10058481	F067384	TWESALDSLTGNTAMDSLVLTLLLPFMAAAAPKNQERGFLGDLITGPIDLAQCIGKCPIIPLEFAKCSVECGKGSSKERGLLGDLITGPIDLAQCIGKCPISPLEFAKCSVVCGKGSLKERGLLGDLVTGPIDFAQCIGKCPISPLEFAKCSVECGKGSSKESTRGLMVDLAACAIQCKLTPDGTCNGGPLGLPKPCSLINLVTGVATDVATG
Ga0192817_1005955	Ga0192817_10059551	F041786	DGKIDAEMFRHSLMTFGDKFSAQEVEDAFAEFQIDGGMIDGEHLKGLMVAKK
Ga0192817_1005962	Ga0192817_10059621	F041786	RAQLMTFGNKFSASEVDDAFAEFKIDDGQIDAAHLKGLMVSK
Ga0192817_1005977	Ga0192817_10059771	F022575	FYFKFFLLKLILINSFKYNEFKIVNTYDXIQATATSNINNKINLIIKIIITIIDTLGPXDPNNVNNRXPATILAANRIESVIGRIIFLTVSIITIMGIKNEGVPNGTKCANNLLYXKIIENNIVPNQIGNANTKVIDKXLVLVKI
Ga0192817_1006051	Ga0192817_10060511	F004203	SKEDFIWFIKRAIKDKKSASYSELYHCLIKMFVDTDTNKDGLVSRGSFSKLIDMAASIPRMYGYAPTDAELYKTEDEKEQARKKMFDSMDLKATGVITVDEWLKFCMEHIIAKAATLAAHPILDHGNLEEFKAFVKAALVIGSPENTEMYWFLLELFTESDPDKDGIVLLTDFSAMMDKALESPKKLGMTHPDKGLLDADDVKRKESHHAIFKTYNPVGDEKMCFDEWLKLAMEGVF
Ga0192817_1006073	Ga0192817_10060731	F089614	MNSVQFALKSCCLLRIDVGRVNSLEGGDGDVGNVSVQLVDAVLVFVTLAGESDADPDWDTLDTLGPKVFVEAGVDTDILRAHLLLSEVADRLDSSGRASLGSDTEDAFMHMDGILPSDHFVDRALSGLLFGFLRCRRHLYYFKVFLGFKL
Ga0192817_1006105	Ga0192817_10061051	F000067	NVGGYGVNKDPYCHMVEKVVFENQCEPYEEKTCWTQNKEQCTPKLYKNCTGVIETDVERVCFDVNELVCDLVEAIHYETLEETYQVQRCFTGKDRVCDTTYKIDMTTKDDYQCTNLETPNCYMEEKVINDVTCTNTVVFDCKRDKSTKNDGYGPKGVVCDRKDEHNCYNIPRKIQVEVCKTDVHRYCEKFSNIFPFPVEEQNCHFEPKKICELEMKTRPKKAKKYSYTKDCKEQPR
Ga0192817_1006213	Ga0192817_10062131	F065401	TWEQALAPSKMVVDSVSLNSWLHMWARMCQGAAGIDDFPIWVQLIPRAIFNVICSREGGEVISRSSLRNFYENFTGLSGDTLDKVANEGFRSMSANGDYELDYASYKLLFSNFLLGRTIYGPGKYVFGCFDNRDMTEKYKIDYSS
Ga0192817_1006215	Ga0192817_10062151	F000068	VVECRTEVEEKCKETTSGYTTENECSKWPREVCSVSKKPVTKYTPITGCTKEPRELCAPAGCGFVPAPEPTCYDKQQTIVQDAPKETCSLEPQRTCKHVTKLVPKLSPTEECVDVPKEVCTRSRTNPRPVKKPVVKKWCYVPSEESGLA
Ga0192817_1006242	Ga0192817_10062421	F001255	TWGPLPQRKQRLIMLQVLFLASLAAAVPAPEADPLLYTGHPLTYSVPYVTYHAPTCETEFEEVKGQSCVTKPVTECNDVEVPSHKIVTEDVCQNVTTAECTHSTYSTGVYYGKREAEADPQLLVGAVPVVTPYHNCVNKVTEVCYPVQKVEPTTVTEQSCLLKGEVECTEVVVATIPRVTCSHAEHTKPAEEEAVETE
Ga0192817_1006247	Ga0192817_10062471	F000021	AFLKTKIMDNIQKYFYLIVFAGYMREQAAAAREAIEADKKADVSLPASGKCSIPATDLKISRSFVEFMEENASLRTLIDTGKGNLQWERDIPPESLANLENLVAKDFQGNLGKIIHDIYQTAHVMFGDMPQGDHKKRAKYRFASKTIMRILPAAKKTEVEELIAKKKMTMDLYEILGKCTWTEPK
Ga0192817_1006397	Ga0192817_10063971	F001952	NFEKFKGFKISKTGSGNQREIEVNGKKLATGDYKLTDNSFSTKITLGSDWIEPKITWEGKLPNSQAEAEAFFLKNNIQVHVTGSKRNLDLSLNWKMTKPDFNFGTPENGKLSLNAKGHNPRWGDYSLSRDLNWSIANKVIEVNWVGSAAFATGLLAPASPIETEVKFKVLLDERDLIGKFMKKFNGKEYSIDFPQGSGALPKIQMGL
Ga0192817_1006437	Ga0192817_10064371	F000119	SLIAAASAAPEPRFSCEECVREMHGLAAMVKMGAIPIHDYIRDNYCPTLDSTAAQHFCEDSLSKYYVGMLFGVVEHYFVDGALHVCQTAGTCSAREYTCDECIQGLEWVEMYLEDPIMIAEFRIYLEQNFCLSDWDDCKELVEEHFTPMHVMAMEKFFIPTEICMQEPVCGGSPTFPPKPTDGPDVYTFGHKSKSVLISNIPTETH
Ga0192817_1006505	Ga0192817_10065051	F000021	AFLKTKIMDNIQKYFYLIVFAGYMREQAAAAREAIEADKKADVSLPASGKCSIPATDLKISRSFVEFMEENASLRTLIDTGKGNLQWERDIPPESLANLENLVAKDFQGNLGKIIHDIYQTAHVMFGDMPQGDHKKRAKYRFASKTIMRILPAAKKTEVEDLIAKKKMTMDLYEILGKCTWTEPK
Ga0192817_1006538	Ga0192817_10065381	F000108	RCFTGKDRVCDTTYKIDMTTKDDYQCTNVETPNCYMEEKVINDVTCTNSVEFNCKRDKSTKNDGYGPKGVVCDRKPTQNCYNIPRKIQVEVCKTDVHRYCEKFSNIFPFPVEEQNCHFEPKKICELEMKTRPKKAKKYSYTKDCKEQPREICDQCEKKSIKPVCDTEERLVCTYEPQEKCKDEAKQYCHKVEKVVLEEVCDMKFDTRYL
Ga0192817_1006581	Ga0192817_10065811	F000067	GVNKDPYCHMVEKVVFENQCEPYNERTCWTQNEEECKPKLYKNCTGVIDTKVERVCFDVNELVCDLVEAIHYETLEETYQVQRCFTGKDRVCDTTYKIDMTTKDDYQCTNLETPNCYMEEKVINDVTCKDSFEFNCKRDKSTKNDGYGPKGVVCEKKPKHECYNIPRKIQVEVCKTDVHRYCEKFSNIFPFPVEEQNCHFEPKKICELEMKTRPKKAKKYSYTKDCKEQPR
Ga0192817_1006668	Ga0192817_10066681	F031350	VQGDSDPYTLGQVAYGATYGGVVTGIDYGYGHVAGYGAIGNRGFYGKREADSEPYTLGQVALGLPIHNAYATGHPHNVGVVTGVGYGHIGYYGKREAEPYTIGQVAHGLPIAHAIASGRAHNVGVITGVSYGHGLGYGHGFYGKREAEAEADAYTIGQVAYGLPVHNAIATGHAHNVGVVTGYGYGGYGLGYAGHFYG
Ga0192817_1006692	Ga0192817_10066921	F015958	FYKSVNIYCSDKVCRTRLITISSTDFPGDLLLHRHTGAVLPRHTSAALLGDLLALLLHYVVAVLLGNTTAVMLGYMLAVLQWDSAANLLWNLLAILAGNLTAILLRDLLALFPWNLLASFPWNLGATLPGNLATRFLGDLLAVLFRDLIARLPWNLLAALPWDFSAVLPRYLLTRLLGNL
Ga0192817_1006693	Ga0192817_10066931	F048077	MKFLVFLSAVSSISGAPQLLPGYGYGLGAIHAVPTVAKQTITYKTAAFEPVEADTPADAQLIELKETEHSVDTLVPGPVQYHHTPAVYGYGLHGGLVAAPALEVKEVELPKVELPTTYAAHGLLGYPYGLGLGHPYGLGLHGLPVLAAPAAPAAEEVAEE
Ga0192817_1006781	Ga0192817_10067811	F012749	NWICIKMKIAYMVCCLLTSSIALPAPQATNTATAQEKVAEEQQQNLNGVTEILKFGASLVEGFIALMGQKVTFLSKLLSDQEFQESIGGTVDAAVNLTGTVARVAIPVAQGVLESVPTIVTQGARFAGSVVRAANDTSPLLLEGIAEFTDQIPLIADFASAYAEVNAEQSQIVAETFSRSLTCNLECQEATSVRERDECEKKYCKKAQDESGES
Ga0192817_1006824	Ga0192817_10068241	F020307	NLGKIIHDIYQTAHGLFRDLPQGDHKKRAKYRFASKTLMRVLTPALKAEVEGLIEKKALTLDLYEILGQCTWGQAKVI
Ga0192817_1006846	Ga0192817_10068461	F026790	SLACTAGTGMGAKLSAAMESCVNTAGEEAVEIIEEQAATTKKKKPCRGRRCSTKFSKKCPSVQNVKKNMKEEMNVNLCILNKLGWIDAAGDAIKEVMVEDIKTLPSEVSDNLSKENMSACAEKIASKMAKHHERCAEKKKYSIEDVAQLSEMGLKAASYKCFQRQFAKSCQEFVRKEIYAFYKAKITPALA
Ga0192817_1006897	Ga0192817_10068971	F000108	DMTTKDDYQCTNVETPNCYMEEKVINDVTCTNSVEFNCKRDKSTKNDGYGPKGVVCARKPTQSCYNIPRKIQVEVCKTDVHRYCEKFSNIFPFPVEEQNCHFEPKKICELEMKTRPKKAKKYSYTKDCKEQPREICDQCEKKTIQPVCEKQERLVCTYEPQETCRDEEKQYCHKVEKVELEEVCDMKFDSRYL
Ga0192817_1006953	Ga0192817_10069531	F000021	MREAADQARNNIPEEKKAELTLTGGKCAIPASQLKLARKFAAFMEDNKNLIDLCETGKGNLQWERDIPPAALSNLENLAKGDFKANLGKIIHDIYQTAHVMFADMPQGDHKKRAKYRFASKTLMRILPADKKTEVEGLIEKKTITLDLYEILGQCTWGQPQ
Ga0192817_1007262	Ga0192817_10072621	F000108	YQCTNVETPNCYMEEKVINDVTCTNSVEFNCKRDKSTKNDGYGPKGVVCSRKPTQSCYNIPRKIQVEVCKTDVHRYCEKFSNIFPFPVEEQNCHFEPKKICELEMKTRPKKAKKYSYTKDCKEQPREICDQCEKKTIQPVCEQQERLVCTYEPEETCRDEDKQYCHKVEKVGARGSL
Ga0192817_1007331	Ga0192817_10073311	F038925	MAIGLNDLLVGSNGFSNLSILHAGVLGLGHLKLSLVERLSFHLPLSFQGSDNVLVLPSNLVSEPAEGTEPPSVLQSQHLQSRWDDHLLLVIIWRRNSLECLETLQSILATLCLVRGHTSDCPPENLGWSSEVEGTTFGEDIATLPQEIEVLQLVTVEVSGHIDALSSDDHHLVAGEDELSHNG
Ga0192817_1007362	Ga0192817_10073621	F007099	TWGSAQAGQIIMNSSMGTFLGLLVALTLLSSAHAFDCKRYTVKQIAISGNNTGNMSEIFRTTKDTQRCSAVYKLDNTTCSSMQLTCGRWYLPNKDPVQCRRGDKFLIKVDDSKPRVFCEHEKPTSYYPAYSFQRMKVWFSAAVDSKFPNSGATCKIKCAEVV
Ga0192817_1007383	Ga0192817_10073831	F086382	RKMLYLTERNDSKLRSNLLVHDMKSQSITSTLDLGDQVTQLLDSFHLLTKELSLDEITEMSISFAVTGLVEIKKTLVDCFLQLKSSLHGLKWSAPLHAAWLGNILEDDTSSSLGLVLHQLHPVGTFLVRALLEEGGKSRKSLVITVEVRGHGQVDIAGVELHVDLLVDESLGLLVVVLPDLGSHDAIEEKVVEKVVIADCSTLSGVAIVPAVCLTVSLLLPM
Ga0192817_1007450	Ga0192817_10074501	F044257	AKGDFTMSDKRFTTTQTLSNGKSLTTTITWKNRWDSPNFLLDNKVHVNLDGTERKLDLNLDWGMSKVPDMDLNTPEDGHLKMTAVGQNARWGDYSINRNLQWGSSSRRLSLDITGDAEFGAGPLASASPVQTEVKLTFDVDNTDLNGKFMKVYAGKEYSIVFQPGFTMPSIKVGA
Ga0192817_1007459	Ga0192817_10074591	F068416	HGAVSCLNRFKMLSLYAILVLTLSLSVDGKCQRGEDSICFIAEMPDLELNRCCRGFECTELEGGNGDKFCMEKNATRVAAGDSCKGFSRNCEAGLACKASCQRGEKCKERVCVVPLSLGEDCKLPEGGLSRNCGQGLKCSRKEGVCVEKRNGKGKGKGKGKGKSV
Ga0192817_1007492	Ga0192817_10074921	F000108	GKDRVCDTTYKIDMTTKDDYQCTNVETPNCYMEEKVINDVTCTNSVEFNCKRDKSTKNDGYGPKGVVCARKPTQSCYNIPRKIQVEVCETDVHRYCEKFSNIFPFPVEEQNCHFEPKKICELEMKTRPKKAKKYSYTKDCKEQPREICDQCEKKTLEPVCDMQERLECLYVPSEKKCRDEPKEYCHKVEKVVLEEVCDMSFDTSYL
Ga0192817_1007575	Ga0192817_10075751	F001694	MKFLLLIAAIGCASAASSKAVTCEECQTGAGALVDHLLTADSLAEQGAILKAVVCPQLEDVAGCEANLDQWFGDMATCVYNHFIIDGDVCTLLGLCKKATIFTPRDWTCEECTDVLARTAAYMAEEETIAEGVAWLQGDCFCGQDGHTADCPDLVASVLPLALPVLGQALVEQTAELCQEVVGVC
Ga0192817_1007601	Ga0192817_10076011	F004203	DFIWFIKRAIKDKKSDAYAELYHCLIKMFVDADTNKDGLVSRGSFSKLVDMAASIPRMYGYAPTDAELYKTEAEKEQARQKMFDSMDLKATGVITVDEWLKFCMEHIIVKTATLAAHPILDHGNLNEFKHFLQPALVTGNPENTELYWFLLELFTEADLDKDAIVMLTEFSGMLDKALETPKKLGMTHPDKGLMDADDSKRKESHHAIFKTYNPVGDGKM
Ga0192817_1007760	Ga0192817_10077601	F000068	DNTSGYTTNTKCSKWPKEVCSVAKKPVKKYTPITGCTKEPRELCAPAGCGFKEGAEECFDKVQTVVQDAPKEQCSLEPQRTCKHVTKLVPKLEPTEECVDVPKEVCTRSRTNPRKVKKPVVKKWCYIPSEESGLA
Ga0192817_1007897	Ga0192817_10078971	F006884	MAPRQAIRLETSTATSILSLLILPLAQTLPQPTESQNWLARSTCVLDALAPGGVVDLQKFNECMDCWRSSSDESLQTATTCLSSLPQFCKEDEAEDGAAGPLLCVELGGEVQNLVRRRRSPTDLTGGGISFGSGVALGSGLGLAGLGTAFNAATANLFAGLGLAALTG
Ga0192817_1008037	Ga0192817_10080371	F000068	EDETSGYTTFTKCSKWPREVCNVNKKSVKKYTPITGCTKEPRELCAPAGCGFKEGAETCFDKTQTVVQDAPKEECSLEPQRTCAHVTKLVPKLEPTEECVDVPKEVCTRSKSNPRKVKKPVVKKWCYVPTEESGLA
Ga0192817_1008065	Ga0192817_10080651	F083657	QNGQKEIKMSYGWQPSISFTASKYQRYGFVHEKPFLPGERYSLSKEMERNVKGYKEVRRGLTEARELVARQKRDRQSMDRPVVTSYYKSPVGTRSSKGSGSVFYSDPVERSFFFSGVKKV
Ga0192817_1008110	Ga0192817_10081101	F046820	LGLGYGYGYGIGGVSRGVGLHPTGSVYESRSAQGLGKRSAEPGYLGYGLAPYGYAIGGISTGVGLHPTGSVYESRSAQGLGKRSADAEPGYYTQNYWPSVVTPYGYSTCYGCRGKRSAEPGYLGLGYGYGYGIGGVSRGVGLHPTGSVYESRSAQGLGKRSAEPGYIGYGLAPYGYAIGGVSTGVGLHPTGSVYESRSAQGLGKRSADAEPGYYT
Ga0192817_1008263	Ga0192817_10082632	F085094	MLTPWGRIAKYQTYPFGKLVQSSPLSKYLIIAGLFVALPMFNKLYNVCNSPAAEEGWKERRKEYYEPHHVKW
Ga0192817_1008402	Ga0192817_10084021	F000048	WVNDKVLAFDKNCVNYLKVLTAAQGAAQKMTTHTEADAEVAALKARFDAVKAISDTWVKKCDVLVKEWVLLDNTVTELNSWVAKDKSAEGENQFSLEKMESTLGELKNIFKQKEKLVEGL
Ga0192817_1008533	Ga0192817_10085331	F057017	TWGVIVRFLQRKMKVTLFLVLVGLSYSTAGPGPRFTCEKCVHEMRELAFMIKFVAKDIQDYLTANYCPTLPEDDHACEHDLAHHYIGMLYSVVTHFFVDGAVHICQTAGTCDAAKQREYTCDECIEGLQWVAAYMEDPIMVAEMVVYLQQNFCTDQMHHCHDTISHHFPAMHAMAMEKFMIPTEICMQEPVCGATKPPM
Ga0192817_1008630	Ga0192817_10086301	F065401	VAGWELDDQEYLAMVDNNRVFLECLLDQAMAEKDTEGLENRSWEEAMAPSKMVMDSVCLSSWLHLWARLSKGSHGIDDFPIWVQLIPRMIFNIICAKNDEAAISRDSLRNFYKKFSGLDGETLEKVATEGYRAMSANGDYELDYKSYKLLFSNFLLGRTIYGPGKYVFGCFDNRDMTEPYRIVYE
Ga0192817_1008855	Ga0192817_10088551	F005378	MCGQPCFRSVCGMPLQKAVYIIGLVELFITVIVTIANVVKYSKFVNEEDCEGKDVCIGPIIKYCVFDAFFGILCSILLFIGARLRHRCLLIFWIIITIGCSIKYLYVFIVSDWTNLEDWVSISYLAFYTIVTLVVVSFTKECGTTEGGVVHDYGAPPAYKA
Ga0192817_1008859	Ga0192817_10088591	F102197	RAKMKLFFVLALVVMSFGGLNAAVVPEDMELTAAKRGILTDDEIAKIILEVVVESEAYGIMDIITHLPGLIADLKPVLAKYASIILDPSLSVSEKVTQIWEHTKDSMVPIIKVVGKTAAKEILKQLVIAAAAALGR
Ga0192817_1008863	Ga0192817_10088631	F035173	VLLLVGAVAAQNSAPPPPPDRIWFRQDSLPGGKTCADMYEGLKGTPAVITGKDPIILPEDATFKICIKFLSGSYTNPNTGEVTERAGRDWAHDSGKKSTCAEGCCEFQFGSLAKKYIPWFPTTADCSNTGPAKEAPLYFKSSAGSAAKLCVFLPTKADSAPEWQLWSGTAAGCVGQCCSIKRN
Ga0192817_1008884	Ga0192817_10088841	F014577	FGQSCNSSVSRTFTRKKHEHETHSSQIISMDRFSDVRNGWPYDYHNTFWDNYYRKYGNQNYEYDFSIEWPFPTGPREESYLWNHSALLSPACPSCHRASVQAYMDYPRRATRGVSHYMGLARGMRDLY
Ga0192817_1008934	Ga0192817_10089341	F044257	QTLSNGKSLTTTITWKNRWDSPNFLLDNKVHVNLDGTERKLDLNMDWGMSKLPDMDLNTPDDGHFKMTAVGQNDRWGDYSINRNLQWGSSSRRLSLDVTGDAEFGAGPLAAASPVQTEVKLTFDVNNADLNGKFMKVYAGKEYSVVFQPGFTMPSIKIGA
Ga0192817_1008944	Ga0192817_10089441	F000073	AYMREAADLARNAVAEDQKAALTLTSGKCAIPGDQLKLPRTFAAFMEENSGMRGLIDSGKGNLQWERDIPPAALSNLEALAKSDFKGNLGKIIHDIYQTAHTMFSDMPQGDHKKRAKYRFASKTLMRILPAPFKGEVEELIEKKAITLDLYEILGKCTWKAVS
Ga0192817_1008948	Ga0192817_10089481	F046159	TWGQTVLVSHRRIIMKGLIILAVVAAASAAPSCDDCKAAVAGFKDRLLTPESLAEQQAILTLAACPQAPDPAECEQWVATYWAGIAEVLFTWLTDVKDPCGSLGLGLCKKGFTCDECLGALDFLGGVMVDDSYIAEATSYLQGPAYCGNGGEHTPDCEGTIAQAIPVAMQVLSEAIPAQGETLCQDVLGVC
Ga0192817_1008981	Ga0192817_10089811	F008350	MGTSGKKFTWTTLNTMNCHLSLLLLVGASQALPAADPQLGLPLFGGPVLYHAPNCTTEEDTITTKSCKPVTENECEDVEIPGSKIEYVDNCRNATVQQCGLKPVEETEEGDGVEAERKKREADPQFFYGTPYHHVVPLLKHVCEEATQEYCFPEAKIVEVTNTVQRCLLKTTVECEDVEHKIPKVVCAPTPLPAPLPVF
Ga0192817_1009014	Ga0192817_10090141	F001067	GTSLGENLATAFSTCFGDNSIATMRKVVKKMQMRNDEQCYSFDEIMEWVEDEYADDACVLMTLGWMNENFDFNEDAIMADVASLDPVVSGPLFEGHEECVALVMEYVEDHECASTFSEEEQNALLDTAEKIANYECFLHLFEQGCMDFLEPAAGKK
Ga0192817_1009028	Ga0192817_10090281	F071815	HGDQKRDFTALTFLSSKMTFKLILLLSLACVARGFSFGRSRTLRCYIKSDSSKTFSKMLHTYSVSGGRVSCGRASNRVTGRCQGSFPKLTRDYVTKNICSKVAGIPSNGKGLKVPIYLSGKADCKSNTDTNAWMDPVKKGDVCCAAVMFYGVVGCVKGSAYCNC
Ga0192817_1009092	Ga0192817_10090921	F015958	MMTASSTDFPCNLLLHRDTGAVLPGHTSAALPGDLLALLLHNVAAVLFWNSTAVVLSYMLALLQRNRSTFLPRNLLAVLAGNLAAILLRDLIALFSRNLLAGFPRNLSATLPRNLATRFLGDLLAVLFRDLIARLPWNLLAALPWDFSAVLLGYLLTRLPGNL
Ga0192817_1009215	Ga0192817_10092152	F015300	HGEVSQHHPTFITSSPLILTSDVAKMVAWSLKKKEAEKKADPKAAALPFYKRFTRKQTLLGLLISFLIISLLAVVTWYAVYQLELLPAGVHASFHTLATTFLISQGMGTGGQIENV
Ga0192817_1009575	Ga0192817_10095751	F057090	GTCQGHGGHSANILGPCGQVWTNAKGAVADAVRCNGQNPLNTEIRDIVKRFKGPSITLAQFQEVASLCERQNKSPKDELSESLSVFDVDGEGWMPMSHFKHLICSPESGEGLTPDQFDNLLSTVKTSEDGLVRIADIVHLLESL
Ga0192817_1009677	Ga0192817_10096771	F043208	HGGNSSDYTCNMMYLTIFLLVSLSLSVDADRGCQTAGSHMCASSDPALAGIPLKPCCKGFVCREDPENPTGDMFCMETEPIALGGDCKGMRGVCVDGAKCVKGVCVEKEARRFLGLF
Ga0192817_1009723	Ga0192817_10097231	F043208	TWGNSSDYTCNMMYLTIVLLVSLSLSVDADRGCQTAGSHMCASSDPALAGIPLKPCCKGFVCREDPENPTGDMFCMETEPIALGGDCKGMRGVCVDGAKCVKGVCVEKEARRFLGLF
Ga0192817_1009778	Ga0192817_10097781	F000608	AVVRARKEGATDDDVISLLGSNVDAESYEGEVCGETLANTRCYAQMTKVKDEDLDSCGKSLVRKKWSDQAEETMGDYLCGQVHRWLKRNSDYKANGRDNIEMAFMYSECGNEWKEISSSIEGKLVPKEPLCCTNKGKFRRCDGSGQVESCGKK
Ga0192817_1009784	Ga0192817_10097841	F046159	MKGLILLAVVAAASAAPSCDECLAAVAGFKEHLLSPESLAEQQAILTLAACPQAPDPAQCEEWVATYWAGIADVLFTWLTDVKEPCGSLGLNLCKRAFTCDECLGALDFLGGVMVDDSYIAEAVTYIQGPAYCGNGGDHTPDCEGTIAEAIPVAMAVLSEALPAQGEELCQEVLGVC
Ga0192817_1009805	Ga0192817_10098051	F000073	RTTMTDEQKAALTLPGGKTAIPGNQLKLPRTFAAFMEEHSDLRGLIDSGKGDLQWERDIPAAALANLEKLAAGDFKANLGKIIHDIYQTAHLMFSDMPQGDHKKRAKYRFASKTLMRILPAPVKGEVESLIEKKTITLDLYEILGKCTWKPV
Ga0192817_1009813	Ga0192817_10098131	F000073	KLKNALTGGKISTPADQLKLTKTFADYMKEHANLATIVEEGKGKLQWERDIPAAALSNLESLASSDFKANLGKIIHDIYQTAHTMFSDMPQGDHKKRAKYRFASKTLMRILPASLKGEVEGLIEKKAITLDLYEILGQCTWGQKKVA
Ga0192817_1009832	Ga0192817_10098321	F000048	NDKVLSFDKNCVNYLKVLTAAEAASKLMTTHTEADNEVAALKARFDTVKGISDNWVKKVDTLVKEWVLLDNTVVELNSWVAKDKSAEGENQFSLEKMESTLGELKNIFKEKEKLVENL
Ga0192817_1009850	Ga0192817_10098501	F029977	MGSSSTIVKMRLIIFTLSALLAFAVAEREFNLCSRDEKVCPGGVKPKTPCADGSQPKCPSGRTDTCKPKWKRCADRSEPVRQCAMGKPHCPWTTKNRNHPWGK
Ga0192817_1010019	Ga0192817_10100191	F000108	MEEKVINDVTCTNTVVFNCKRDKSTKNDGYGPKGVVCDRKDEHNCYNIPRKIQVEVCKTDVHRYCEKFSNIFPFPVEEQNCHFEPKKICELEMKTRPKKAKKYSYTKDCKEQPREICDQCEKKSIQPLCDTEERLVCTYEPVETCNDVDKQYCHKVEKVVLEEECDMKFDTRYL
Ga0192817_1010108	Ga0192817_10101081	F000068	VKKYTPITGCTKEPREICAPAGCGFKEGEEECYDKTQTVVQDAPKEQCSLEPQRTCKHVTKLVPKLEPKEECVDVPKEVCTRSRTNPRKVKKPVVKKWCYIPSEESGLA
Ga0192817_1010163	Ga0192817_10101631	F000067	YPTPAPTQGYNPDIGQTNVGGYGVNKDPYCHMVEKVVFENQCEPYTEKTCYTQNKETCVPRLFNNCTGVIETKVERVCFDVNELVCDLVEAIHYETLEETYQVQRCFTGKDRVCDTTYKIDMTTKDDYQCTNVETPNCYMEEKVINDVTCTNSVEFNCKRDKSTKNDGYGPKGVVCARKPTQSCYNIPRKIQVEVCKT
Ga0192817_1010218	Ga0192817_10102181	F036077	YTEFVHSNIQEGMESVSMSHLVHPPYTPISPLPDPRDQTASSVRHNSQSLTMAAESARIQKELADLQRRISCLSVAENSNQMAMKRDRLAIELRMIESGIRDRQNEICQNQTFPHADTRDEISTEYTYW
Ga0192817_1010385	Ga0192817_10103851	F000073	KAQVTLTSGKCAIPADQLKMTKSFVQFMEENAGLRNLIETGKGDLQWERDIPPAALANLEELAKKDFKGNLGTIIHDIYQTAHTMFGDMPQGDHKKRAKYRFASKTLMRLLPKDLCGQVESMIEKKSITLDLYDILGQCTWGQK
Ga0192817_1010427	Ga0192817_10104271	F088175	SKGQIQYDWKAVQYIQSKEQFIDWKQSMGGSRRAPKRRDGQREVLDTFKAVSMTEEDLKDENRTRVTQKTVAERTWYTPEAWEHGGLRIKNEVKDEAGMDADATPSKRVKKEAAK
Ga0192817_1010548	Ga0192817_10105481	F038532	LSVVILLNVRISHSASIHNIIALLEPVNDDFSNLPVLTNKVKAFDMIPELRRMRALSAASGRDFVEAVVGTLSSAVLGKGMVAQSAIYVINWFLSSLSNLVPIEVVEYFMGRPLVIKDVQFVEMFVRDTMEVYDAWSRMSN
Ga0192817_1010621	Ga0192817_10106211	F001119	AVANAQESCDLCKMGVDALGQYLTTEAEIAAVEEGLVDLVCSTLDEADIQTCAEGVYTWWPSVTEALFNYEGTAVAICVGTGSCKYDLKQEVSCAQCEDWMGRVSGLLGTDEFANTVYTDLHGPVFCDDTTYVPAANTEECKGLMDLIGVKAVKALGTLLSVAASRICVDLGCTA
Ga0192817_1010652	Ga0192817_10106521	F044257	TWKNRWDSPNFLLDNKVHVNLDGTERKLDLNMDWGMSKLPDMDLNTPDDGHFKMTAVGQNDRWGDYSINRNLQWGSSSRRLSLDVTGDAEFGAGPLAAASPVQTEVKLTFDVNNADLNGKFMKVYAGKEYSVVFQPGFTMPSIKIGA
Ga0192817_1010701	Ga0192817_10107011	F066304	FFLAFNCEGTLKEDFCTDVSFWDVIKYTSTTAKCCDTVLKEECKTKTERVCEDATEIKCNTVGWAECTTKIWPSQGKKCHVTYKDFPYKDCKEEKYSVQHHKEVPECHTVTKDNCVTDWNIDEHGNKVWGGKEKCEPVSWEECKIVKKAVDFPAVKTNCETVATIKWADFVQGSTEIVEMKQSCEVKSSVNCRP
Ga0192817_1010753	Ga0192817_10107531	F032137	NCAGPIDTMGCMGPESCVAEGEECPYYCPPMPPMDCGEGMTTCPGDIDPMGCMMPEICVAEGDECPFFCPHMPPMDCGEGMINCPGPIDSMGCMGSETCMAEGDECPFYCPPMPPMDCGEGMTNCPGPIDPMGCMMPDFCMPDGEACPVPV
Ga0192817_1010851	Ga0192817_10108511	F000108	CFTGKDRVCDTTYKIDMTTKDDYQCTNVETPNCYMEEKVINDVTCTNSVEFNCKRDKSTKNDGYGPKGVVCNRRPTQSCYNIPRKIQVEVCKTDVHRYCEKFSNIFPFPVEEQNCHFEPKKICELEMKTRPKKAKKYTYTKDCKEQPREICDQCEKKKIQPLCDTQERLVCTYEPEETCNEVDKQYCHKVEKV
Ga0192817_1010873	Ga0192817_10108731	F037558	TLPAALNRGNVANFWANSIINNRQRRQATDGLLETDEEDFQEFLDDFEDYKADMGTKLGNLTCVMTKMEMLDSSLQVNLAEYTGGFWDKIDLSKTLAGSDPVWRQMMTSGYTDCYSIAQTFPKEALEKNPVTKVFGRHMIFFKCAAKVEKKCCYQAQMYDWIKTMYGDDPSFNWAQYGFPTNKYERAELAIKI
Ga0192817_1011006	Ga0192817_10110061	F002878	MGVFSYSNMKLLLLLVAAAGVAQGAVTCDECQAAAQDFVSHLLTEESLAEQVQLMKDNVCPQLGMDGCEGILDMWYADMATCIFNHFIIEGDACALAGLCYVRDWTCDECTMLMGRLADFMVQEETITEGVTHLQGDCFCGAEGHTEDCPALVQAVVPLAMPVLAAALTEKTVEHCQEIAGVC
Ga0192817_1011026	Ga0192817_10110261	F004541	KVFLFSLLFVACSAQRGAFLKEILNGDLNPCGAGVKPTTCTCADGTTVGPGQARFRGAGLKGPCGDCSPPATCTCPDGSEQNMPTASDVKEQHKSRVLNSPNNPCGAGISVSCKCSDGSTFTPGSIIDNKQCGERPGNPCGSGRPTCECPNGESFSPRELRTLLKELVQG
Ga0192817_1011049	Ga0192817_10110491	F013603	ALASAGLAPTCDECNAAAAGLLERLTSEESIAEQMGILISQVCPQAADAAACEAGLTMWWSDMANCLYPAFIGGGDPCGQLGLCKVKSALGDWTCDDCTDIMTRVAEFMKKDETIAQGIAVLEGECFCGAEGHTADCPALVESLAAPVMQVLSAVLMETTPELCQDIVGVC
Ga0192817_1011156	Ga0192817_10111561	F088175	LKDILGKSKGQIQYDWKAVQYIQSKEQFIDWKQSMGGSRRAPKKRDGQREVLDTFKAVAMTEEDLKDEHRTRVTQKTVAERTWYTPEAWEHGGLRIKNEVKDEAGMDGEATPAKKLKKEKAK
Ga0192817_1011163	Ga0192817_10111631	F003788	HGAVPDGAQSMYNMLAIIQVSVFLGLAAAAPQFQPYSQVTNTQTGEVIPVNVDSLDINGCLVGASGERVCPAGLGAFGADGRSRVSARGNQGPGLTGSNGNAGPINAAGQAYDPAAETYKKQIIAYQLWAEQQVENAKSQLGTAGR
Ga0192817_1011193	Ga0192817_10111931	F036077	MGQEGMESVSMSHLVHPPYTPISPLPDPRDQTASSVRHNSQSLTMAAESARIQKELADLQRRISCLSVAENSNQMAMKRDRLAIELRMIESGIRDRQNEICQNQTFPHADTRDEISTEYTYW
Ga0192817_1011281	Ga0192817_10112811	F000048	HGVDHLKVLETANAAAQKMTTHKEADNEVASLRERYTKVKAVADEWVKKVDTLVKEWALLDNTVTELNAWVAKDKTTEGENQFSLEKMESTLGELKNIFKEKEKLVENL
Ga0192817_1011341	Ga0192817_10113411	F066429	SGKDLTIDLAWPKMTPAASDLEFGVTITPDRKVVTKFGWEMAGVKKVYLDVVGNNPWMGDYKLSRQGEFEEVSGSVYKIKWTGHGETTKGFLRRVSPVETNVVASVNVRNMKVDAIVWKSFAGQKYGFTLTNDKFTLLAGKH
Ga0192817_1011597	Ga0192817_10115971	F000048	SDKNAGNYLKVLLGASEAAQKMTTHADADAEVAALRVRFDKVNTTKDEWVKKVDVLLKEWTLLDNTVTELNSWVVKDKTTEGENQFSLEKMESTLCELKNIFAEKEKLVSGL
Ga0192817_1011604	Ga0192817_10116041	F000048	EKMTTHKDADAEVDALRERYVKVKAVADTWTTKVDTLVKEWALLDNTVTELNAWVAKDKTSEGENQFSLEKMESTLGELKNIFKEKEKLVDNL
Ga0192817_1011610	Ga0192817_10116101	F000048	ADAEVAALKERYNKVKAVSDEWVKKVDILLKEWTLLDNTVTDLNSWVAKDKSSEGENQFSLEKMESTLGELKNIFKEKEKLVENL
Ga0192817_1011772	Ga0192817_10117721	F043759	HGVEMKRLGGGKISTKTSSKFMPGENIMKLGEQWEIEMPGFGKMTGVFLEHGDCFSSCMKIGEKTINVKGKVTGDFIVEECEVDGNIASQMKQILVRQ
Ga0192817_1011783	Ga0192817_10117831	F001694	AAIGYASAASSHAVTCDECQAGAQGLVDRLLSEESLAEQGAILKAIVCPQLDEPAGCEATVDMWFGDMATCIYNHFVLEGDVCSRLGLCKKASIFTPRDWTCEECTDVLARTADYMAADDTIAEGVTYLQGDCFCGQDGHTDDCADLVAAVVPLAMPVLAGVLVEQTVELCQEVVGVC
Ga0192817_1011806	Ga0192817_10118061	F019431	PPPADKPKPLWFVPSGPATKENCNAEGEEVLAGSRAVFESPTSEIFVPEGAGTDICIFFAPPQPQVWQLGKGVSYNSKSCSEGCCFYTPASSKRVQEIEAEVEKNLPTWFRTPAGGCDAVPSSTYTSRLILNEDNNDSGDDAALCVKSKDADTFELLTGQTASCKGKCCVFNCKSCAAPE
Ga0192817_1011891	Ga0192817_10118911	F070844	LNSMQVDLPRFAREFYTPEPISVTGNYYPRYRITGNMETGTSHVSYLCRPYYSYKVPSRYGFSKYITVRKL
Ga0192817_1012300	Ga0192817_10123001	F026782	MTKPHKINKYVKIENHIETYSKIKFKFERKIKIKFLHKNNNKCLHEILAIIRTERLIGRAILLTNSIKTKTGTKIGGDLGGVKFININIILKLKVKIKIENQNLKELINIKIVLVIGTPKGNSLVKFKTTKINLVYCKTGLKFSTFVYKI
Ga0192817_1012325	Ga0192817_10123251	F000073	ALSSGKCAIPADQLKVGKTFVQFMEENSSLRTLIEEGKGDLQWERDIPPAALANLEALATKDFKGNLGTIIHDIYQTAHLMFGDMPQGDHKKRAKYRFASKTLMRLLPKELLSQVEGLIEKKTITLDLYDILGQCTWGQK
Ga0192817_1012334	Ga0192817_10123341	F050128	NLGKIIHDIYQTAHTMFSDMPQGDHKKRAKYRFASKTLMRILPTGLKAEVEGLIEKKAITLDLYEILGQCTWGQGIKA
Ga0192817_1012389	Ga0192817_10123891	F017830	HDNKKALLSIRKNGEEIASIFDQNHKDNHKNSMAGQNIILDVKRGDEIVVYAYTGTWLADFPMNHYTHWVGLLLKPSEEEAEELLKASLEAAA
Ga0192817_1012475	Ga0192817_10124751	F015064	TWEERMNNLVQKPSTRVQACQLLAKAKDLQREVADFPLPDLEAEYSDEEGDRLDNALDKYNDLRQSLAEVQAKAETLCVCWNKLDQDVSELTAALTSGGGSKITMDRLEESIKTLKGLFIERRSTIEDLAPAADA
Ga0192817_1012508	Ga0192817_10125081	F037025	SLDLYTRNIPLTQKAKFWGTFVSALKGNADLYAAPEPRVTTWYPSITETVPPTFPDIRYDMGKLESLMWRQRATSCPPTRVMPEANDRIHTVGWDYCPVHTEIYGSYRNQARRGH
Ga0192817_1012546	Ga0192817_10125461	F000108	TCTNSVEFNCKRDKSTKNDGYGPKGVVCDRKPTQSCYNIPRKIQVEVCKTDVHRYCEKFSNIFPFPVEEQNCHFEPKKICELEMKTRPKKAKKYSYTKDCKEQPREICDQCEKKSIQPLCDTQDRLVCTYEPEETCNDVDKQYCHKVEKVVLEEECDMKFDTRYL
Ga0192817_1012567	Ga0192817_10125671	F038532	LSVVILLNVRISHSASIHNIIALLEPVNDDFSNLPVLTNKVKAFDMIPELRRMRALSAASGRDFVEAVVGTLSSAVLGKGMVAQSAIYVINWFLSSLSNLVPIEVVEYFMGRPLVIKDVQFVEMFVRDTMEVYDAWSRMSH
Ga0192817_1012574	Ga0192817_10125741	F037744	HGELFAAMKSRWEAVDKLAKEWTTKLAELSGMWSKQTEMLNKVTSTMVTGAGGAGEQVNLNDLDAQMEQIKDMFVKKQEMMKKMSTAAAPDPAQLTA
Ga0192817_1012725	Ga0192817_10127251	F000692	CMIQSCNKWWNGVKNDRKITGACAVLFDENCCKAAKTFHVVQRGEEGKLCGAVSRLNPLSSCKGPRLKDDIESFVVMPGCTLEVWDKRGGLADAKKEERKSANAGNYKDNKDRYDKNKLVFKAVQNIQIVEEINDDFNDMNEDIESYRCRCQ
Ga0192817_1012743	Ga0192817_10127431	F000073	GRTFSEFMGENASLRTLIDTGKGNLQWERDIPPAALANLEGLAAKDFQGNLGKIIHDIYQTAHVMFGDMPQGDHKKRAKYRFASKTIMRILPPAKKTEVEGLIASNAMTMDLYEILGKCTWAQPK
Ga0192817_1012800	Ga0192817_10128001	F039154	FEYGEMNITKLNQRIDDVEDEIYREKLKIKKVADELGDTFDDMLAHY
Ga0192817_1012886	Ga0192817_10128861	F000048	SKKMTTHAEADAEVAALKGRYSKVKGVSEEWVKKVDTLLKEWVLLDNTVTELNTWVAKDKTQEGENQFSLEKMESTLGELKNIFKEKEKLVDGL
Ga0192817_1012986	Ga0192817_10129861	F000073	TFVAYCDENKFIRDLIDTGKGNLQWERDIPPAALSNLESLAKSDFKANLGKIIHDIYQTAHVMFSDMPQGDHKKRAKYRFASKTLMRILPPGLDKEIEGLIEQKAITLDLYEILGQCTWGKA
Ga0192817_1013024	Ga0192817_10130241	F000067	TERTCYTQNKESCVTKPFRNCTGVIETNVERVCFDVNELVCDLVEAIHYETLEETYQVQRCFTGKDRVCDTTYKIDMTTKDDYQCTNVETPNCYMEEKVINDVTCTNSVEFNCKRDKSTKNDGYGPKGVVCDRKPTQNCYNIPRKIQVEVCKTDVHRYCEKFSNIFPFPVEEQNCHFEPK
Ga0192817_1013026	Ga0192817_10130261	F038254	LALFDKISLFDKNCLRHKTVLEAAEAASLKMTTHQEADDQIKDMVGRYTKVKAVSDSWMSKVDTLVKEWKLLDNTVTELNNWVAKDKTSEGENQFSLEKMESTLCELKNIFKEKEKLVENLDM
Ga0192817_1013099	Ga0192817_10130991	F067382	VVPYVHQEIEALPYVHDVAGDVSDDSSPEALPYVHDATGDVSDDSSPEALPYVHEEPVQAVAVPVASPVASPVLTYAFAPALTTYAAHLAQPATAGVKVAVVSPYVYAHTGCVNSVGSVVPCNV
Ga0192817_1013101	Ga0192817_10131011	F033680	MDEISIRPNVRQRPKKGEGYLFAPRVVPVLGRPRAVGLSCGALPHWLRPVCAPLPLGLAGVSPARGTPWLGAICTGSLGLHSSRADLLLPGAQVEFALCHCKGKEGGQCEDDQPHFDDGAAAAH
Ga0192817_1013150	Ga0192817_10131501	F000108	TCTNSVEFNCKRDKSTKNDGYGPKGVVCDRKPTQSCYNIPRKIQVEVCKTDVHRYCEKFSNIFPFPVEEQNCHFEPKKICELEMKTRPKKAKKYSYTKDCKEQPREICDQCEKKSIKPVCDTQERLVCTYEPEETCRDEDKQYCHKVEKVVLEEVCDMKFDTRYL
Ga0192817_1013169	Ga0192817_10131691	F003184	SPLDNVNTPYNPIRLLKGAPPGQEAVNHYISELSIEKKNNTKLSDKERKHLVMLEACDDEYQYHYKLFGQGAGADRDMKFYAPQLVKDYINQIRKF
Ga0192817_1013236	Ga0192817_10132361	F000067	IETNIERVCFDVNELVCDLVEAIHYETLEETYQVQRCFTGKDRVCDTTYKIDMTTKDDYQCTNVETPNCYMEEKVINDVTCTNSVEFNCKRDKSTKNDGYGPKGVVCSRKPTQACYNIPRKIQVEVCKTDVHRYCEKFSNIFPFPVEEQNCHFEPKKICELEMKTRPKKAKKYSYTKDCK
Ga0192817_1013287	Ga0192817_10132871	F001267	SFLIKQASPDIMAYLTANYCPGLTGHEEQCENDLTRNYVQMLFMVVQHFFVDGAQHICEAWNFCPVPQDAVVPEPHPYTCEECVEGLEVVGAYMTDPLWIAEYTLYLEQNFCVGHPDRCKEAVKTHFPPMHNMVIEAFWKPQDICDATAAVCGATKPPQ
Ga0192817_1013590	Ga0192817_10135901	F000048	GTHTEADGEVAALKERFDKVKAIAESWVKKVDTLVKEWVLLDNTVVELNSWVAKDKSAEGENQFSLEKMESTLGELKNIFKQKEKLVDGL
Ga0192817_1013604	Ga0192817_10136041	F003184	RVNLMKNIVTSRRQPHSPLDNVNTPYNPIRLLKGAPPGQEAVNHWISELSIVKGSNHKLDTKHRQHLAMIDACEDEYDYHHKLFGQGAVDRDMKFFNPQLTADYVNQIRRV
Ga0192817_1013611	Ga0192817_10136111	F073040	APERQRAIRAAPEYERVCEASAEAYSKAKSAGKSSKIAGVIAAKTFYVGFFNSKISGVVPACKTTVDATQSKSIAGMVKYFNTATSNDLNVVTPICKAATVAYFNAKIAGKTPDEAKLAAAGAYVPLLLKDFGADPGEACIKSQDYISN
Ga0192817_1013736	Ga0192817_10137361	F037025	MTLDLYTRHVPLTQKAKFWGNFVSSLKGNADLCAAPEPRVTNWYPSITEVVPPTYPDLRQEFGKLESLQWRQGRGTTPVTPVLPDANYRIHTLGYDYCPVHTEIYGTYRNQAKRGY
Ga0192817_1013747	Ga0192817_10137472	F001952	KLPQTRQEAEAFLLKNNIVVKATGSRRNLDLSLNWKMTKPDFNFGTPENGKISLNAQGNNPRWGEYSLSRDINWKVENKVIEVNWTGLSQFAQGRLATSTPIETSIKFKILLDKADLIGKFMKKFNGKEFSVDFPEGSGVMPKIIIGH
Ga0192817_1013832	Ga0192817_10138321	F039154	EYGEMNITKLNQRIDAIEDDIVREKIKIQHVSLELNDTFDDMIHVY
Ga0192817_1013931	Ga0192817_10139311	F006734	LIGATLGIALSGPAPGYGHHGYHHPAPCLKEVETIKVTACKLVPDKTCSTETVKIGEKITGFEKGDCKEIEVCKLGYHGFHGYRGKRSAEADPGYVHAPCEKVTKEVCKSVPVKADINKDIESCTEVAKEVCEEVDKIVPKVTCKTATIKH
Ga0192817_1014081	Ga0192817_10140811	F000073	MGKRHSGLSLTNLESLASSDFKANLGKIIHDIYQTAHTMFSDMPQGDHKKRAKYRFASKTLMRILPNDLKGEVEGLIEKKTITLDLYEILGQCTWGQKKEF
Ga0192817_1014193	Ga0192817_10141931	F000048	ADAEVAALKERYNKVKAVSDEWVKKVDILLKEWTLLDNTVTELNSWVAKDKSSEGENQFSLEKMESTLGELKNIFKEKEKLVEGL
Ga0192817_1014347	Ga0192817_10143471	F014356	VCLNPHHQASSYGAPAYCHEEIHEACHLEPSLVPVIRPVTISLPQPTEVCINKQIVLPYIECSKVKDRACMLVPRADKGYKYQIDKCQVVLGQPACQETLLQLPRQACLQKIEKVRTTYTAEEVSYSG
Ga0192817_1014360	Ga0192817_10143601	F002829	VSKVDTLLKEWTLLDSTVTELNTWVAKDKTVEGENQFSLEKMESTLGELKNIFKQKEKLVDNL
Ga0192817_1014553	Ga0192817_10145531	F042728	MERERLLYSENLLGRDGEEEVEVAEEAAALVAHDQRPVWGLQLITALIAQRPLASILTILHASLTALLPSHNVPEEQVAGLLRELVVQQHRTMFYTVTVAGCPSPPPDRTQHTSALQWQLASSLVHSRGLAQRTERAAPAYYSLAFLDP
Ga0192817_1014639	Ga0192817_10146392	F015958	MTATTTDFPSNLLLNRNTGAVLPWHTSTALPGDLLALLLRNIVAVLLRNSTAVLLWYMLAVLKWNSTAFFPWNLLAVLSGNLAAILLGDLLALFPWNLLACFPWNLSATLPRNLATRFPGDLLTVLSRDLVARLPWNLLAA
Ga0192817_1014846	Ga0192817_10148461	F002148	GKAVRMVVKSGGNWKRPVNRMYAYNFQIGENYYLPMTSYLENKSAPVASNDLPGPLCFSERIAIHPLSGTSTNVYSDLSVETIKETRKVISNM
Ga0192817_1014874	Ga0192817_10148741	F064373	EAVDKAIKEWITKMEALVKMWEDQAATADKVTNAISDPSASDMKLEDLEAHLNSLKEMFIQKQKMMDGMNPPTEA
Ga0192817_1014876	Ga0192817_10148761	F000048	ADAEVAALKERYNKVKAVSDEWVKKVDILLKEWTLLDNTVTDLNSWVAKDKSSEGENQFSLEKMESTLGELKNIFKEKEKLVEGL
Ga0192817_1015045	Ga0192817_10150451	F000073	GRTFSEFMGENASLRTLIDTGKGNLQWERDIPPAALANLEGLAAKDFQGNLGKIIHDIYQTAHVMFGDMPQGDHKKRAKYRFASKTIMRILPAAKKTEVEDLIAKKKMTMDLYEILGKCTWTEPK
Ga0192817_1015357	Ga0192817_10153571	F000073	QLKLAKTFVAWMEEHAKLRTIVEEGKGKLQWERDIPASALSNLESLASSDFKANLGKIIHDIYQTAHTMFSDMPQGDHKKRAKYRFASKTLKRILPAPFKGEVEELIEKKAITLDLYEILGKCTWKPVS
Ga0192817_1015428	Ga0192817_10154282	F005202	HLLDTCYEMATNLPAEIAENSVVTGETFGTVKLGEVKMFTKCCEKAKTKLCMHQDIKNKVESNFGPMEDILQETQLTEHEFFPLVMQLLHGKEMDYMTGGM
Ga0192817_1015436	Ga0192817_10154361	F001952	MGPETKEEAETFFLKNNVQLHVDGSKRNLDLSLNWKMTKPDWNLGTPESGKLSLNAKGHNPRWGDYSLSRDINWNIESKVIEVNLVGSAEFAKGLLAPFSPIETDIKFKLLLDEADLIGKFMKKFKGKEYSIDFPKGSGAFPKISMGM
Ga0192817_1015446	Ga0192817_10154461	F001694	DRLLSDASLAEQGEILKALVCPQTADPASCEAAVDMWFGDMAGCIYNHFVLEADVCSRLGLCKKASIFTPRDWTCEECTDIISRTADYMADAETIAMGVEYLQGDCFCGQDGHTDDCADLVSTIVPLAMPVLAGVLVEQTNELCQEVVGVC
Ga0192817_1015843	Ga0192817_10158431	F000073	GRTFSEFMGENASLRTLIDTGKGNLQWERDIPPAALANLEGLAAKDFQGNLGKIIHDIYQTAHVMFGDMPQGDHKKRAKYRFASKTIMRILPPAKKTEVEGLIAANSMTMDLYEILGKCTWTVPK
Ga0192817_1015942	Ga0192817_10159421	F037025	KFWGTFVSALKGNADLYAAPEPRVTTWYPSITETVPPTFPDIRYDMGKLESLMWRQRATSCPPTRVMPEANDRIHTVGWDYCPVHTEIYGSYRNQARRGH
Ga0192817_1016043	Ga0192817_10160431	F000480	KLRLGLAAPPTEIEYGFCDGSPEPASIDNISVEPFPILAQNGASVTLAVQITLNEPLPEGASVSLDLVLEGIIPIKIPCLDIEGVNLGSCTYTGDELLELAATAGICPTYFPEGQACALPLNPGVYGGGDPLTLGPIESIPDILLPFLKGTVRAEASFLLADGSLFA
Ga0192817_1016427	Ga0192817_10164271	F000692	GCDKWFNTVKNNASVTGACAVMFDENCCKASKTFHIVKKGEEGKLCGTVSSLNPFSSCKGPKLKDDIESLAVMPGCTLEVWDKGSGLEDAQKEEKKGFNAGNIRDNKDRYDRNKLTISAQGTPNFVEEINDDFDDMDEDIESYRCKC
Ga0192817_1016487	Ga0192817_10164871	F000073	TWGRKGSLQWERDIPPEALKNLEGLAAKDFKGNLGQIIHDIYQTAHVMFGDMPQGDHKKRAKYRFASKTMMRILPAAQKKEIEGLIEKNAMTMDLYEILGKCTWEAPK

NMPFamsDB

NMPFamsDB

NMPFamsDB

A database of Novel Metagenome Protein Families

A database of Novel Metagenome Protein Clusters

A database of Novel Metagenome Protein Clusters

3300018598: Metatranscriptome of marine eukaryotic protist communities collected during Tara Oceans survey from station TARA_022 - TARA_A100000536 (ERX1782248-ERR1712090)

Overview

Ecosystem and Geography

Associated Families

Associated Scaffolds

Sequences