3300019081: Metatranscriptome of marine microbial communities from Baltic Sea - GS676_3p0_dT

Overview

Basic Information

• IMG/M Taxon OID: 3300019081
• GOLD Reference (Study | Sequencing Project | Analysis Project): Gs0129055 | Gp0214166 | Ga0188838
• Sample Name: Metatranscriptome of marine microbial communities from Baltic Sea - GS676_3p0_dT
• Sequencing Status: Permanent Draft
• Sequencing Center: J. Craig Venter Institute (JCVI)
• Published?: N
• Use Policy: Open

Dataset Contents

• Total Genome Size: 27097066
• Sequencing Scaffolds: 110
• Novel Protein Genes: 139
• Associated Families: 111

Dataset Phylogeny
Taxonomy Groups	Number of Scaffolds
All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Gonyaulacales → Pyrocystaceae → Alexandrium → Alexandrium monilatum	1
Not Available	37
All Organisms → cellular organisms → Eukaryota	4
All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda	7
All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae	8
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	6
All Organisms → cellular organisms → Eukaryota → Viridiplantae → Chlorophyta → Mamiellophyceae → Mamiellales → Bathycoccaceae → Ostreococcus → Ostreococcus mediterraneus	1
All Organisms → cellular organisms → Eukaryota → Cryptophyceae → Pyrenomonadales → Geminigeraceae → Guillardia → Guillardia theta	2
All Organisms → cellular organisms → Eukaryota → Haptista → Haptophyta → Prymnesiophyceae → Prymnesiales → Prymnesiaceae → Prymnesium → Prymnesium polylepis	2
All Organisms → cellular organisms → Eukaryota → Cryptophyceae	5
All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Spiralia → Lophotrochozoa → Mollusca → Gastropoda → Patellogastropoda → Lottioidea → Lottiidae → Lottia → Lottia gigantea	1
All Organisms → cellular organisms → Eukaryota → Sar → Stramenopiles → Ochrophyta → Chrysophyceae → Chromulinales → Chromulinaceae → Spumella → Spumella elongata	1
All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Suessiales → Symbiodiniaceae → Symbiodinium → Symbiodinium natans	1
All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium	9
All Organisms → cellular organisms → Eukaryota → Sar	6
All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium → Strombidium rassoulzadegani	8
All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium → Strombidium inclinatum	4
All Organisms → cellular organisms → Eukaryota → Sar → Stramenopiles → Oomycota → Saprolegniales → Saprolegniaceae → Saprolegnia → Saprolegnia parasitica	1
All Organisms → cellular organisms → Eukaryota → Viridiplantae → Chlorophyta → prasinophyte incertae sedis → Pycnococcaceae → Pycnococcus → Pycnococcus provasolii	2
All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Gonyaulacales	1
All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Gonyaulacales → Goniodomataceae → Pyrodinium → Pyrodinium bahamense	1
All Organisms → cellular organisms → Eukaryota → Haptista → Haptophyta → Prymnesiophyceae → Prymnesiales → Prymnesiaceae	1
All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Gonyaulacales → Pyrocystaceae → Alexandrium	1

Ecosystem and Geography

Ecosystem Assignment (GOLD)

• Name: Metatranscriptome Of Marine Microbial Communities From Baltic Sea
• Type: Environmental
• Taxonomy: Environmental → Aquatic → Freshwater → Lentic → Unclassified → Freshwater Lake → Metatranscriptome Of Marine Microbial Communities From Baltic Sea

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: Baltic Sea
• Coordinates
  • Lat. (^o): 62.09708
  • Long. (^o): 18.5427
  • Alt. (m): N/A
  • Depth (m): 10

Associated Families

Family	Category	Number of Sequences	3D Structure?
F000044	Metagenome / Metatranscriptome	3572	Y
F000048	Metagenome / Metatranscriptome	3365	Y
F000051	Metagenome / Metatranscriptome	3266	Y
F000052	Metagenome / Metatranscriptome	3223	Y
F000075	Metagenome / Metatranscriptome	2622	Y
F000088	Metagenome / Metatranscriptome	2436	Y
F000139	Metatranscriptome	1948	Y
F000155	Metagenome / Metatranscriptome	1877	Y
F000212	Metagenome / Metatranscriptome	1580	Y
F000216	Metatranscriptome	1562	Y
F000241	Metagenome / Metatranscriptome	1481	Y
F000248	Metatranscriptome	1460	Y
F000306	Metagenome / Metatranscriptome	1332	Y
F000406	Metagenome / Metatranscriptome	1172	Y
F000666	Metatranscriptome	949	Y
F000811	Metatranscriptome	881	Y
F000935	Metagenome / Metatranscriptome	828	Y
F000991	Metagenome / Metatranscriptome	811	Y
F001099	Metagenome / Metatranscriptome	778	Y
F001108	Metagenome / Metatranscriptome	775	Y
F001297	Metagenome / Metatranscriptome	728	Y
F001503	Metatranscriptome	681	Y
F002213	Metatranscriptome	582	Y
F002457	Metagenome / Metatranscriptome	557	Y
F002556	Metagenome / Metatranscriptome	548	Y
F002691	Metagenome / Metatranscriptome	536	Y
F002870	Metagenome / Metatranscriptome	524	Y
F003766	Metagenome / Metatranscriptome	469	Y
F003788	Metagenome / Metatranscriptome	468	Y
F003946	Metatranscriptome	460	Y
F005390	Metatranscriptome	402	Y
F005667	Metatranscriptome	393	Y
F006651	Metatranscriptome	367	Y
F007463	Metagenome / Metatranscriptome	350	Y
F007472	Metagenome / Metatranscriptome	350	N
F008013	Metagenome / Metatranscriptome	340	Y
F008555	Metatranscriptome	331	Y
F008671	Metatranscriptome	329	Y
F009175	Metagenome / Metatranscriptome	322	Y
F009336	Metatranscriptome	319	Y
F011303	Metagenome / Metatranscriptome	292	N
F011815	Metagenome / Metatranscriptome	287	Y
F011850	Metagenome / Metatranscriptome	286	Y
F013265	Metatranscriptome	272	Y
F014694	Metatranscriptome	260	Y
F014944	Metatranscriptome	258	Y
F016156	Metagenome / Metatranscriptome	249	Y
F017489	Metagenome / Metatranscriptome	240	Y
F017834	Metatranscriptome	238	Y
F019432	Metatranscriptome	229	Y
F019552	Metagenome / Metatranscriptome	229	Y
F024014	Metatranscriptome	207	N
F026478	Metagenome / Metatranscriptome	197	Y
F026575	Metatranscriptome	197	Y
F029001	Metatranscriptome	189	Y
F031523	Metagenome / Metatranscriptome	182	Y
F032523	Metatranscriptome	179	Y
F032540	Metagenome / Metatranscriptome	179	N
F033438	Metagenome / Metatranscriptome	177	Y
F033818	Metatranscriptome	176	Y
F033825	Metagenome / Metatranscriptome	176	Y
F034199	Metagenome / Metatranscriptome	175	Y
F035178	Metatranscriptome	172	Y
F038254	Metagenome / Metatranscriptome	166	Y
F038556	Metagenome / Metatranscriptome	165	Y
F039008	Metagenome / Metatranscriptome	164	N
F040635	Metagenome / Metatranscriptome	161	Y
F041009	Metagenome / Metatranscriptome	160	Y
F042152	Metatranscriptome	158	N
F042749	Metagenome / Metatranscriptome	157	N
F042918	Metatranscriptome	157	Y
F043610	Metagenome / Metatranscriptome	156	Y
F044315	Metagenome / Metatranscriptome	154	N
F047096	Metatranscriptome	150	Y
F047708	Metatranscriptome	149	Y
F049933	Metagenome / Metatranscriptome	146	Y
F050859	Metagenome / Metatranscriptome	144	N
F052579	Metagenome / Metatranscriptome	142	N
F052612	Metatranscriptome	142	Y
F053730	Metatranscriptome	140	Y
F054052	Metagenome / Metatranscriptome	140	N
F056246	Metatranscriptome	137	Y
F059014	Metatranscriptome	134	Y
F059028	Metatranscriptome	134	N
F059663	Metatranscriptome	133	N
F062808	Metatranscriptome	130	Y
F064420	Metagenome / Metatranscriptome	128	N
F065328	Metatranscriptome	127	Y
F067799	Metagenome / Metatranscriptome	125	N
F068903	Metagenome / Metatranscriptome	124	N
F069522	Metatranscriptome	123	Y
F073592	Metatranscriptome	120	N
F074303	Metatranscriptome	119	Y
F074916	Metagenome / Metatranscriptome	119	N
F078742	Metagenome / Metatranscriptome	116	Y
F078753	Metatranscriptome	116	N
F078793	Metatranscriptome	116	N
F079635	Metagenome / Metatranscriptome	115	N
F080125	Metagenome / Metatranscriptome	115	N
F082054	Metatranscriptome	113	Y
F084266	Metagenome / Metatranscriptome	112	N
F084312	Metagenome / Metatranscriptome	112	N
F085060	Metagenome / Metatranscriptome	111	N
F086559	Metagenome / Metatranscriptome	110	Y
F086665	Metagenome / Metatranscriptome	110	N
F098611	Metatranscriptome	103	N
F100309	Metatranscriptome	102	Y
F100319	Metatranscriptome	102	N
F100446	Metagenome / Metatranscriptome	102	N
F100451	Metagenome / Metatranscriptome	102	N
F103327	Metagenome / Metatranscriptome	101	Y

Associated Scaffolds

Scaffold	Taxonomy	Length
Ga0188838_100536	All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Gonyaulacales → Pyrocystaceae → Alexandrium → Alexandrium monilatum	1463
Ga0188838_100761	Not Available	1375
Ga0188838_101024	All Organisms → cellular organisms → Eukaryota	1276
Ga0188838_101087	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda	1258
Ga0188838_101414	Not Available	1179
Ga0188838_101678	All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae	1132
Ga0188838_101870	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	1101
Ga0188838_102461	All Organisms → cellular organisms → Eukaryota → Viridiplantae → Chlorophyta → Mamiellophyceae → Mamiellales → Bathycoccaceae → Ostreococcus → Ostreococcus mediterraneus	1026
Ga0188838_102597	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	1011
Ga0188838_102642	All Organisms → cellular organisms → Eukaryota → Cryptophyceae → Pyrenomonadales → Geminigeraceae → Guillardia → Guillardia theta	1006
Ga0188838_102885	Not Available	980
Ga0188838_103083	Not Available	960
Ga0188838_103130	All Organisms → cellular organisms → Eukaryota	957
Ga0188838_103167	All Organisms → cellular organisms → Eukaryota → Cryptophyceae → Pyrenomonadales → Geminigeraceae → Guillardia → Guillardia theta	953
Ga0188838_103213	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda	949
Ga0188838_103238	All Organisms → cellular organisms → Eukaryota → Haptista → Haptophyta → Prymnesiophyceae → Prymnesiales → Prymnesiaceae → Prymnesium → Prymnesium polylepis	947
Ga0188838_103338	All Organisms → cellular organisms → Eukaryota → Cryptophyceae	938
Ga0188838_103369	All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae	936
Ga0188838_103619	Not Available	917
Ga0188838_103742	Not Available	908
Ga0188838_103755	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Spiralia → Lophotrochozoa → Mollusca → Gastropoda → Patellogastropoda → Lottioidea → Lottiidae → Lottia → Lottia gigantea	906
Ga0188838_103991	Not Available	890
Ga0188838_104184	Not Available	877
Ga0188838_104576	All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae	851
Ga0188838_105200	Not Available	815
Ga0188838_105315	Not Available	809
Ga0188838_105324	All Organisms → cellular organisms → Eukaryota → Sar → Stramenopiles → Ochrophyta → Chrysophyceae → Chromulinales → Chromulinaceae → Spumella → Spumella elongata	809
Ga0188838_105350	All Organisms → cellular organisms → Eukaryota	807
Ga0188838_105367	All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Suessiales → Symbiodiniaceae → Symbiodinium → Symbiodinium natans	806
Ga0188838_105387	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda	806
Ga0188838_105409	Not Available	805
Ga0188838_105514	All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium	799
Ga0188838_105515	Not Available	799
Ga0188838_105881	All Organisms → cellular organisms → Eukaryota → Cryptophyceae	781
Ga0188838_106061	All Organisms → cellular organisms → Eukaryota → Sar	771
Ga0188838_106078	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	770
Ga0188838_106232	Not Available	764
Ga0188838_106279	All Organisms → cellular organisms → Eukaryota → Cryptophyceae	762
Ga0188838_106292	Not Available	761
Ga0188838_106310	All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae	761
Ga0188838_106708	All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium → Strombidium rassoulzadegani	742
Ga0188838_106879	Not Available	736
Ga0188838_106964	All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium → Strombidium inclinatum	732
Ga0188838_107545	All Organisms → cellular organisms → Eukaryota → Sar → Stramenopiles → Oomycota → Saprolegniales → Saprolegniaceae → Saprolegnia → Saprolegnia parasitica	710
Ga0188838_107557	Not Available	709
Ga0188838_107595	All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium → Strombidium rassoulzadegani	708
Ga0188838_107641	All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium → Strombidium rassoulzadegani	706
Ga0188838_107643	All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium → Strombidium rassoulzadegani	706
Ga0188838_107755	All Organisms → cellular organisms → Eukaryota → Sar	702
Ga0188838_107837	All Organisms → cellular organisms → Eukaryota → Cryptophyceae	699
Ga0188838_107909	All Organisms → cellular organisms → Eukaryota → Viridiplantae → Chlorophyta → prasinophyte incertae sedis → Pycnococcaceae → Pycnococcus → Pycnococcus provasolii	697
Ga0188838_108154	All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae	688
Ga0188838_108202	Not Available	686
Ga0188838_108211	All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium → Strombidium rassoulzadegani	686
Ga0188838_108284	All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae	683
Ga0188838_108509	All Organisms → cellular organisms → Eukaryota → Viridiplantae → Chlorophyta → prasinophyte incertae sedis → Pycnococcaceae → Pycnococcus → Pycnococcus provasolii	675
Ga0188838_108778	Not Available	666
Ga0188838_108986	Not Available	659
Ga0188838_109098	Not Available	656
Ga0188838_109210	All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium	652
Ga0188838_109212	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	652
Ga0188838_109397	Not Available	647
Ga0188838_109448	Not Available	646
Ga0188838_109452	All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium	645
Ga0188838_109490	Not Available	644
Ga0188838_109551	All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Gonyaulacales	643
Ga0188838_109956	Not Available	631
Ga0188838_110114	All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae	627
Ga0188838_110159	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
Ga0188838_110254	All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium	622
Ga0188838_110286	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	621
Ga0188838_110302	Not Available	621
Ga0188838_110534	All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium	614
Ga0188838_110552	All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium	614
Ga0188838_110723	All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium → Strombidium rassoulzadegani	609
Ga0188838_110764	Not Available	608
Ga0188838_111197	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda	597
Ga0188838_111220	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda	597
Ga0188838_111339	Not Available	594
Ga0188838_111436	All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium → Strombidium inclinatum	592
Ga0188838_111467	Not Available	591
Ga0188838_111486	Not Available	591
Ga0188838_111752	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda	585
Ga0188838_111795	All Organisms → cellular organisms → Eukaryota → Sar	584
Ga0188838_111832	All Organisms → cellular organisms → Eukaryota → Sar	583
Ga0188838_111999	All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Gonyaulacales → Goniodomataceae → Pyrodinium → Pyrodinium bahamense	579
Ga0188838_112444	All Organisms → cellular organisms → Eukaryota → Haptista → Haptophyta → Prymnesiophyceae → Prymnesiales → Prymnesiaceae → Prymnesium → Prymnesium polylepis	568
Ga0188838_112730	All Organisms → cellular organisms → Eukaryota → Sar	562
Ga0188838_112795	All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium	560
Ga0188838_113245	Not Available	551
Ga0188838_113288	All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium → Strombidium rassoulzadegani	550
Ga0188838_113592	Not Available	543
Ga0188838_113626	Not Available	543
Ga0188838_113704	All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium	541
Ga0188838_113722	Not Available	541
Ga0188838_113748	Not Available	540
Ga0188838_113861	All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium	538
Ga0188838_114176	All Organisms → cellular organisms → Eukaryota → Cryptophyceae	531
Ga0188838_114303	Not Available	528
Ga0188838_114473	All Organisms → cellular organisms → Eukaryota → Haptista → Haptophyta → Prymnesiophyceae → Prymnesiales → Prymnesiaceae	525
Ga0188838_114632	All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae	521
Ga0188838_114869	All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Gonyaulacales → Pyrocystaceae → Alexandrium	517
Ga0188838_114891	All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium → Strombidium inclinatum	516
Ga0188838_114914	All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium → Strombidium inclinatum	516
Ga0188838_114940	All Organisms → cellular organisms → Eukaryota	516
Ga0188838_115182	All Organisms → cellular organisms → Eukaryota → Sar	511
Ga0188838_115604	Not Available	504
Ga0188838_115692	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Crustacea → Multicrustacea → Hexanauplia → Copepoda → Neocopepoda	502
Ga0188838_115804	All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Oligotrichia → Strombidiidae → Strombidium → Strombidium rassoulzadegani	500
Ga0188838_115843	Not Available	500

Sequences

Scaffold ID	Protein ID	Family	Sequence
Ga0188838_100216	Ga0188838_1002161	F003946	AVLVRTFTCRLNTIILNMASLKLIFSLCLVGGAFGARVLRGQDQAARGQKSLLNTFPFNAQENHHGDHDAVAPASARRLIPAQFTPARDNRQGSGDTDVSFPAVAAAGPGADGKRCIDKVEMVEETEYDEVVQCDHSYDRRCHTTYVTNYEAQQEEECEENFRKNCFIDYEKIAFNETVEICRTPLVKDCDIQGPEICRTEYESECWTKQEEHDVEDDVVTCTTVQDEKCADETSGYTTFTKCSKWPREVCNVEKKAVKKYTPITGCTKEPRELCAPSGCGFKEGEEVCFDKVQTIVQDAPKEECTLEPQRTCAHVTKLVPKLEPTEECVDVPKEVCTRSRTNPRKVKKPVVKKWCYLPSEESGLA
Ga0188838_100281	Ga0188838_1002811	F000139	DLIDKGRQIMQNPEKPRFLEGNVQRIEVGWDDTKNKAQDRLTLLQETKDAWVGYAENNETIALAFEKAEEEIKKIKKRFNLEAALNDLKKRQSIFKTDNDKMNGLFDAIKNKNFKCICITAPDDKKKIIEKEIKAVEEKLEVAARFKNTVDKLQEFCTALSNFDASLKSIDAWKEKATSELNDIKNSSDKMVPEDRVARTMDLQEDIAAKMNILVENAATEQDLLPQGDKVPQDAQDFKDELNRITKFVTELQEKTKTECGKYSEDVKFWAEYRTGIKEFTPWLVKAEGSCTGGLTKPTNLDEVKALSEKVVTFAKGSENYLKVLLSAEEAANKMTTHKEADVEVAALKARYANVKTTSDGWVAKVDTLLKEWTLLDNTVTELNTWVAKDKSADGENQFSLEKMESTLGELKNIFKTKEKLVDGL
Ga0188838_100289	Ga0188838_1002891	F000139	DLIDKGRQIMQNPEKPRFLEGNVQRIEVGWDDTKNKAQDRLTLLQETKDAWVGYAENNETIALAFEKAEEEIKKIKKRFNLEAALNDLKKRQSIFKTDNDKMNGLFDAIKNKNFKCICITAPDDKKKIIEKEIKAVEEKLEVAARFKNTVDKLQEFCTALSNFDASLKSIDAWKEKATSELNDIKNSSDKMVPEDRVARTMDLQEDIAAKMNILVENAATEQDLLPQGDKVPQDAQDFKDELNRITKFVTELQEKTKTECGKYSEDVKFWAEYRTGIKEFTPWLVKSEGSCTEGLAKPTNLDEVKGLSEKVGTFAKSCENYLKVLLSAEGAAKKMTTHAEADAEVAALKARYEKIKAVSDGWVAKVDTLLKEWTLLDNTVTELNTWVAKDKSADGDNQFSLEKMESTLGELKNIFKQKEKLVDGL
Ga0188838_100536	Ga0188838_1005361	F005667	FDAVQHSPPFRLASMADMEPEPQRQRWATKGVVAGCIGLVVLFAVAQSPFARADKSRQLSEIVVTPPREECAKTTDDCYAQRCCQTTGYTCFLKAAGGNKATCMKKCTPGVDGACIAQTVTAPATKSAVTLSSTNLFCFAVYTESTGSTKKSWDLELLRTNLFLGSHIFGCEAYRVYSDVTTWLSPGDVDTVMVTESAALPFHGEKRKETGTWINANIFIAVWKKISEDSLWADKDWTVKADADAVFLPSRLRTKLMAQEVTSNGIYLENCKYVNYGFFGNLEVISRKAAQTYIANIDDCVSSLNYMGHEKVTGSEPWGEDLFLQRCMDLHGVDKVSDFALTTDGMCEAFRPEGEKKNKKWTPDCATTMTPAMHPFKTPKTYFDCLKATQR
Ga0188838_100761	Ga0188838_1007611	F079635	MAATDPYYDDAHGENDQNVCRDGYVRVMCNGRILQIRENVVNQSQCMNFLASARPADNLSECIHMANELATVENVKVICDWIAAHIEFASRNAPDDERRSFDQRFFLLNAAGHAAYAAAATDAEKADVLDSRKDWLRWRVDDATNEDPKRATKGGQRTTPFNRGGAAPQDRRHRTYEEVQHIMFVANFLELHPTDWHRTFAQAENERIAAQPPGPFQEYGLDPADKFAETVMELCCHILGDMILGCESPVDMQHRFPTLIGAKALTAKDRYDIATADLWIHGDDFLFEIVPELQEMQRQEFAAAQAEGMSAQDIEAKYGKPIPDWTYESTQEERAFMKEVPQKEPNEQLKVPAIQVNDSQEADPGFEIGHHWWG
Ga0188838_100794	Ga0188838_1007941	F000139	WVGYAENNESIAAEFEKAEEEIKRVKKRFNLHSALDDLKKRQDIYNTSNNTINKLFESINANFKCMCITLPDDKKKIVEKEIKAVSEKLEVNGRFKDKVDKLGEFCTELTNFDSSLKAIDAWKDKATSELDDIRNSSGNMLPEDRVARTMDLQEDIAAKCEILVKNAETEKELLPQGDKVPQDAQDFKDELTRITKYVTDLQAKTKAECDKYSEDVKFWAEYRTGIKEFTPWLGTSEKSCIEGLSKPSNLDEVKALNDKVNGFAKSCDNYLKVLMAADAAAKKMTTHVEADKEVAALKERFDKVKAVSDGWVSKVDTLLKEWTLLDNTVTELNQWVAKDKSAEGENQFSLEKMESTLGELKNIFKQKEKLVDGL
Ga0188838_100868	Ga0188838_1008681	F000051	DRVARTMDLQEDISAKVEILKENAQTELDLLPQGDKVPQDAQDYKDEMNRIIKYVDELNAKTKKECDSYSEDVKYWAEYRTGVKEFTPWLVKSESHCNDGLAKPSNLDEVKALHEKVSAFDKTCLQYLKVLEAAEAASKKMTTHEEADKEVASLMDRYKKVKASSDSWLAKVDTLLKEWTLLDNTVTELNTWVAKDKTSEGENQFSLEKMESTLGELKNIFKQKEKLVENL
Ga0188838_101024	Ga0188838_1010241	F078742	MEELSVGSGSDLIDNGWLEIEEDSSWDVLTSTSLGEEGVEGIVTTTDGFIGWHLTVRLDSVLEAEKLPAGVTDLDTALSNMDGNDFSHDEVG
Ga0188838_101077	Ga0188838_1010772	F003946	AVLVRTFTCRLNTIILNMASLKLIFSLCLVGGAFGARVLRGQDQAARGQKSLLNTFPFNAQENHHGDHDAVAPASARRLIPAQFTPARDNRQGSGDTDVSFPAVAAAGPGADGKRCIDKVEMVEETEYDEVVQCDHSYDRRCHTTYVTNYESQQEEECEENFRKNCFIDYEKIAFNETVEICRTPLVKDCDIQGPEICRTEYESECWTKQEEHDVEDDVVTCTTVQDEKCADETSGYTTFTKCSKWPREVCNVEKKAVKKYTPITGCTKEPRELCAPSGCGFKEGEEVCFDKVQTIVQDAPKEECTLEPQRTCAHVTKLVPKLEPTEECVDVPKEVCTRSRTNPRKVKKPVVKKWCYLPSEASGLA
Ga0188838_101087	Ga0188838_1010871	F059014	WEGYADGNIKIAEEFDKCEEETKKVKKRFNLEAAFEDLARRQEIFNKTKETVHGMFDQLKTDYSTMCLTLPDDKKQQLKKELVPVEEKLALVKVFDEKVQKISEFCNSLKNFDSSLKTIDSWMVGATKELEDIKLSSDKLTPEDRVSRTMDLQEDIAAKVQIIDKNVADELELLPQGDKVPQDAQDFKDELNRIKKYVLDLKEKTVTECNNYSEDVKYWAEYRTGIKEFVPWLEQAEKASTSGLVKPTNLTEAEALYQNSSTFTNSCESHLKLLNAANEAAKKMTSHKESDEEVAKLKSRYDKVKAVSDEWMKKVDTLVKEWKLLDNTVSELNAWVAKDKTADGENQFSLEKMESTLGELKNIFKQKEKLVENL
Ga0188838_101199	Ga0188838_1011991	F000051	VEEFCAQLNSFDVSLKTINDWMATATRELEDIRAAAGTMLPEDRVARTMDLQEDIASKVEILKTNAATELDLLPQGENVPKDAQDYKDELNRITKYVTDLQTRTKKECDSFSEDVKYWAEYRTGLKEFTPWLVKSEANCNDGLAKPSNLDEVKALHEKVSTFDKTCVNYLKVLEAAEAAAKKMTTHVEADAEVAALKARYTKVKVHSDTFVAKVDTLLKEWTLLDNTVTELNTWVAKDKSAEGENQFSLEKMESTLGELKNIFKQKESLVENLNM
Ga0188838_101414	Ga0188838_1014141	F014944	MSPIVALLLGAGLAMEATSLRTAPKPVISREQFREAAKSLDGLTHGTVCLFAKKAKSNATKMNATKNIPIIGDGTPLPLEKLNWEIEDFNPEALERGPCGIKEETIFRVGKGDGLTTPQAALVVALKLWITEIQKGVADTQAACERMDKNTDKKVDEEEFVNWIKDAGTFDGRVVTPEGEVMDAMWQVMKQRGEDFMNLDCTAECCKKDLDKLIAKMNTPQKY
Ga0188838_101678	Ga0188838_1016781	F069522	PNVTVIHDVVGDNWYDGCLGLDKKATVTTAAACEEQCKTDMNCSIWQMTKTNCWSGNVVHGCRSRGTDKALGNFEEDLVAGQRLQHGFIKVVSTNSKVETIGLKHYPEKTGTQEEQIARCKNDCYTDVTCTVWQYGSDGCWVEHYTSPAKSTSTESEWAKAMVTGETIEHTCPPYVPEEGLPWPWIITGIILGLLALAAIIYALQKKPKVKKTRAVKIEPKEDPKPVVYFVPQPTMLIPQQSVVMQQPMMMQAAPQYTVLR
Ga0188838_101870	Ga0188838_1018702	F000811	MPALDISMIESLSRELHPVGNLMSETEVCPWTLFLTMSLTLLKGIMPHVPALLPMVIADPATRSRAEELFMSEDFQNNIEEYFVENIKADVQAPINRQIIQSSETVMYVVKLINNFFDYFMGGAAHSFNDAGKTDNMPRSASGITVAGMDVFKIIDFVRTMYNMV
Ga0188838_101897	Ga0188838_1018971	F000044	ILGHLNMKGYTLLLLVGAAVADFVGHDHGNQLARAGRQEGAIQGGIDFSGCVQDAETGLCCVEKEETVQTLKKDPILECTHKNTEQCHYTYVTKFVPSQEEVCEENFEKTCQITFKQQAFNETVEKCYKPSIKECNGQGEEICQTVYESACTTKYVEKQPGKFVADTSCEKLPVEICGAGCVFTEGEEECHNKVITSIVDVPEEVCDLNPQKICKYITKLVPRLAPEHQCTIVPKETCHLKFTAPVPVDKPLLTKWCLDPTPATPGESYDEIDARAPVIGAESVLSQVAVRAPAQYQAAPAEYAPFARF
Ga0188838_102461	Ga0188838_1024611	F008555	ERTVQPTLKKMIYAVALLPAAVLANTAEVSTSDVRKGAAFENIKASWGKALNVGDFKTNLRCNYDYNENKDFLKEVSLAGDLLDGSGDDLSVSYDVNHNFKTKNTEVKLTANTQGTTLSVDYDTESNIKEVSAARAVDVADRSVDLQPSWLVKAKTARVKMMSALGGDNKLSAQVDYNTDGRSTSYELGYSRQLEEGKEVSATFKPDSSELDVEYVDSKFESGATWAAKASVDTSDAGNLLDATKLTLKRSWSW
Ga0188838_102521	Ga0188838_1025211	F003946	VGGAYGARTLRGNSQDIRGQRSLLNTFPFNAQGADAHAHDHHAHVETPARLIPSQSIAPRGDRQGAADTDVSFPAVAAAGPGADGKRCIDKVEMVEETEYDEVVQCDHSYDRRCHTTYVTNYESQQEEECEENFRKNCFINYEKIAFNETVQVCRTPLVKDCDVQGPEICRTEYESECWTKQEVHDVEDDVVECETIQDEKCADETSGYTTLTKCSKWPREECKVTKKAVKKYTPITGCTKEPRELCAPAGCGFKEGAEECFDKTQTVVQDAPKEECSLEPQRTCAHVTKLVPKLEPTEECVDVPKEVCTRARTNPRKVKKPVVKKWCYTPSAESGLA
Ga0188838_102597	Ga0188838_1025971	F002213	NLTLRMGNAQARRRIKAADFHYLAKFTAFASNELVEEYYNNLVDKYSDGKMDAADFVATFKLAFPERPAEKVELLAERMQNKDGKISMANMMILFYLFCSGKTEDNLTHIFNLFDMDGNKVITIDELLNLMSVFIEIGEGKNHKVDLATVMAEMYQKGDADKNEKLELKEFIRGMMDHPVTSKIMSIKNIDALLELM
Ga0188838_102642	Ga0188838_1026421	F011303	RPRVHAPLSKMPALTETQVATWVEDFMEAMQSPPDWKRMQEMMNKRCTVEMPGEPKCKKFEDWKKKSEAFLASFKNAKRVIPKGAKPIIVQSKKDEVEVIYPEQCSFTWTAGLADAYPNCTLASGDKSKIFIYNRVLLNAKGECNYFQPVFSSNDFKGADRAEDTDSLLDQIYQEFNAGNARFGDDMKVEFPVVGKMDKAGMFELFAKFGGCQRAMQKGCVPVNMSTGKDEVFEGIVPCVYSFKWSSALNDVFKLELADGADVVLSSYDCLKIKSGKVISFAPHFDPAANIKPAGKSGAA
Ga0188838_102885	Ga0188838_1028851	F035178	QTRTPALVLLFSFKMFRFALASAFVAAQAQDEHPHLAQAWQALSSGDGLPGQVGLESYIYEDCPGKHGGALYTETCMSGHVFDYGADNCVKYEINMGVHSKYTGTYYVKCDAVNCCKDARIQGAPDVKQWDIGQAKKSAITHMEATDLDDLDGHVAGADTWLEDIKVLGAHVKYTYYISQNENGDVISHAIDYQAPTVAPGRILYGNFTVQHDLDAFREIFKAPAACLKDNTLHCNSDLMEKWDNKFQGRADVAV
Ga0188838_103083	Ga0188838_1030832	F007472	GIQLGKMVYFTYKKLNICTVALLATVFAVLIAAMAVDWYAYKVEYSYTRVTATDSSLASSLYNYTQTTFDMFGQTVHVQGANTKIVRTTQQTYAQLGASNVNQQFKIQQAFVLIALLTAGLLFVAHTLYFFDGFRNKILFFVGITALRTILIIALLIVVASEIIAFLAFLGLSDKVASDSPNCLSGPCQKFSDSVTTQLGQSTLTIGHDASVAVALQQIASWGPTAGWYLVLATIPLTVLATIIVVINRFPIPVDSLGTGEAL
Ga0188838_103130	Ga0188838_1031302	F007472	GIQLGKMVYFTYKKLNICTVALLATVFAVLIAAMAVDWYSYKIEYSYTRVAASDTSLASTLYNYTQTTFDMFGQTVNVQVANTKIVRTSQQTYAQLGASGVNEQFKIQQAFVLIALLTAGLLFVAHTLYFFDGFRNKILFFIGITALRTILIIALLVVVVAETIAFLAFLGISDKIAKDSPNCLSGPCQKFADTVTTQLGLSDLLISGGNVAVSLQQVATWGPTAGWYLVLATIPLTVLATIIVVINRFPIPVDSLGTGEAL
Ga0188838_103152	Ga0188838_1031521	F000306	QTVNMQVLALLVLLPLASCIPTNPYHQPAAYQPVFHQPAAAYHQPAAYHQPAAYHHPAPAYEHPKHNCSVQDVVEAAEVCTPALKTECAPVDLARKNVIDSEQCYDVTRTVCTESIEEIDNEVCSYSYQPKTETTTAKTVEVSFVKECKTQMVTVCQPAQYGYGHGYGHNYCKEVAQETCYNVPVLTVVEPEVEVTYPEPIKTCVNKPIQLPRISCEDLTENKCITVPEVEDVTESVEKCVTGLDAPACQAVELTLPKQVCVELNYGHAEDTVSHAAEPVKPYNSAAPADE
Ga0188838_103167	Ga0188838_1031671	F011303	RPRVHAPLSKMPALTETQVATWVEDFMEAMQSPPDWKRMQEMMNKRCTVEMPGEPKCKKFEDWKKKSEAFLASFKNAKRVIPKGAKPIIVQSKKDEVEVIYPEQCSFTWTAGLADAYPNCTLASGDKSKIFIYNRVLLNAKGECNYFQPVFSSNDFKGADRAEDTDSLLDQIYQEFNAGNARFADDMKVEFPVVGKTDKAGMFDLFSKFGGCQRAMLKGCVPVNMSTGKDEIFEGIVPCVYSFKWSAALNETFKLELADGADVVLTSYDCVKIKSGKVISFAPHFDPAANIKPAGKSGAA
Ga0188838_103213	Ga0188838_1032131	F038556	SLEKEPILECTHKNVEQCHYSYVTQFTPSQEEVCEENFEKTCQITFKQQAFNETVKKCYKPVTKVCNGQGPEECRTVYESACTTKYVEKQPGKFVGDTSCEKLPVEICGAGCTFEEGDEECHDKVITSLVDVPEEVCDLNPQKICKFITKLVPKLKPEHQCTLVPKETCTLKFTQPKQVPKPLLTKWCLDPTPAAPGDSYDESQADAPVISTASETLSQPSEEQPIYEPEPVIKPDVGYLSPGSPRQGRNQDFQGDLPFSSPFIPQQQQFRQNSFSTQF
Ga0188838_103238	Ga0188838_1032381	F003766	PAHPREAMPTWNAPTLAVSALIAYQVFYGVRGALGDDSAVPNALKPATLTFVQGLGYHMLMDACFMIGIVVNDIAHVMMPSFVAAMLVVVYSQFSIGDLPGAAPAGALALVFTWLARGAPARKPMKWNLATVFYSLQGLLALLVGIAMLFGDDAVIPEQMKPMDSLKVKFIGTTELTLSAYLFGSILAGHAQAIQPFCALFMLVALVLHYVIGDFEGCPLIVVLAIAHLCLGLFWKGKEEAKKL
Ga0188838_103249	Ga0188838_1032491	F000306	RIMQAFALFALIPLVAGLPNQVYHQPAPYHAAPAYHQPAPYHAPAPAYNSYETPKHNCSVLDVVEAAEVCTPAFETVCEPVELTRKNVIDVEQCYTVTRTVCSESTEEIANEVCTYSYQPKTEATTAKTVEVTFVKECKAQMVTVCQPAQYGYGQGYGHNYCKEVAQETCYNNPVVTPVEPAVDVTYPEPIKTCVNIPIILPRISCEDLSEEKCITVPAIEDVSETFEKCVTSLAAPACQAVELTLPKQVCAEIVYGYAADEAPKPEPHYAAAPAPHYPAAPAPHYG
Ga0188838_103330	Ga0188838_1033302	F000048	SKPSNLPEASALSEKVHSFEKSCVNHLKVLDAANGAAKKMTTHKEADDEVAALKARFDKVKQVSDEWVKKVDTLVKEWQLLDNTVSDLNAWVAKDKTSEGENQFSLEKMESTLGELKNIFKEKEKLVENL
Ga0188838_103338	Ga0188838_1033381	F042749	RAPVSKQLYHASTTVAASHIPLTMAGSTWMKILAVPCILLVAMAAVMTFMPSYSSVQPTTAVALVQSSQHTQSLALFKHAAIEDVYVYAGKEEHTRHLVPFICRLIKRHRFRLNIHQFFSVDDAPLRSVLWSHDSRVVIFPPFESYPQISSKGFTDMRAYVAAGNNLVFMGSYIALQVMNDAFGFSLRDDYKEGPYYRNDRNVRGTEFEYLPSRLNEPSPRVYGAMAKSLPPGAFSLYDSLGSVVVFYVRYDLGTIVYIGYQFDNPYQIDSWVRVIHAAMAM
Ga0188838_103369	Ga0188838_1033691	F006651	DPQTVGEKANTCGTSSYNILTGNFNHDKFNSCFSASIGISTTCAECYAATGEYGAKNCKADCLLGWCKSGCLSCTEPAQETLATCTGFTSATADPCEEEVKMEKAAVTGACTSDEQATLADPQTVGEKANTCGTSSYNFLTGNFNHDKFNECFSSSIGISKTCAECYAATGEYGAKNCKADCLLGWCKSGCLSCTEPAQETLATCTGFTAATADPCEEGFLATV
Ga0188838_103619	Ga0188838_1036191	F044315	PAFAMPHQQIDVAGLDGSESFRLRASSRSRSVLLVGVMLALVVCGLVMFVNNGSARAQPLDLLQQTCPGCLAKISKKINALSADQHHMAQQFESELTQLQQSVSKLKAEITHVNPRSGLLRVIKSEVPKSVPPAGASEAAIAVSTQSTHDPEFDESGFKKGANRARNMRDKKYGAFPNRWVDKDTVEAFADHIYGPNPTTLDRKGVEREGYFTMAKIHSGMFYYINLEGVSNHHIKLIMQGTDGYNREYEGYGSIYTGPIYDGDHGVRDYFEVQDLVSGDVEFFRFSHPWTPPAMK
Ga0188838_103742	Ga0188838_1037421	F041009	VNKEKAETKDQILKMQLKSKGPGPTIVSFGLQALTYDSDPQAAFIMEAPEEAGRSRIPDFESSGVYVEPTFDMAFDFFKPRIGQFMQILSVEFQCNRAKSTAKEFWMPWLQMSFTDGSTFSQGEKSTGRLAVSKKLPLSAEEYMTRIELSANKDRGYTITAIKTNKKHYNFKCGALAVALDVPVAAAGAQKDLIIGFAGNVQTSVDGTFFANLQALHLRLNAFASEPSQLVVNQ
Ga0188838_103755	Ga0188838_1037551	F078793	LGPKLSFSTIRSSEIDYVALKKKLTSFQMEKLTFFFEKFFDCTKNGVLEKRDFVELNERLRKIAGWETDSEDFHRLTDNSSVLLECLLDQVRLEHNQFSEGLELRSWEEALKPNKLQMDQIDLNGWLNMWAKLFDGAAGMDDFPIWVQLLPTILFAVQGGNKEGYITKQNLRVFYANFAKVQGDDLDKLTDAGYNTMTSNGEYQLDLKNYTLLFANFLLGRTIYGPGKFVFGCFDNSDLQKPYQIIYEE
Ga0188838_103991	Ga0188838_1039911	F069522	VVGDNWYDGCLGLEKKATVTTAAACEEQCKTDMNCSIWQMTKTNCWSGNVVHGCRSRGSDKALGNFEEDLVAGQRLQHGFIKVVKTNSKIETIGLMHYPEKTGTEAEQISRCKMDCYTDVTCSVWQFGSDGCWVEHYTKPAKSTSTESEFAKSMIAGETIEHTCPPYVAPEGWPWPWIIAGIILGLLALAAIIYALQKKPKVKKTRAVKIEPKEEPKPVVYFVPQPTMLIPQQSVVMQQPMMVQQAPQYTVLR
Ga0188838_104132	Ga0188838_1041321	F000306	ASINMQVFALLALVPLVAGLPNQVYHQPAPAYHSYEPPKHNCSVQQVTESAEVCTPAFETVCEPVEIVKRNIVDKEQCFPVTRTVCSESTEEIANEICTYSYQQKTEATTAKTVEVTFVKECKAQMVTVCQPAQYGYGQGYGHNYCKEVAQETCYNTPVVTPVEPAVEVASPEPIKNCVQKPISLPKISCEDLTAEKCITVPEVEEETVTLEKCITQLSAPACQTVELTLPKEVCIEIVYGYAADSAKHEPAYPTAAPAYAPAPHYG
Ga0188838_104184	Ga0188838_1041841	F084266	GLMKIKGSLGTMLNGSLDFLECLLKYRNESMGGSSHVGFLGEFDLSEFLSLGHHVLVLNSHNTTTLLSLEVGVIVELRHEGLLESIEIGKILLLDVGEGDASGGLGVAELSESSLGLDEAEWDSLLSAESREEDHNLSWVNIMGHDDELGFTLLDEVGNVVKTELKNVWLITTGLSFLLGSLLESFLLLLSGLWGILGEELEELGSLVLVNGLLELEKGSRGLQSHEQNSLLSLDSDVLWPLDESGEVLLWLDGSTDSEGSWALLEKRISLWGFTGSGTGNDLLLSDFLWHC
Ga0188838_104576	Ga0188838_1045761	F062808	KLKMGICSGQLNLAITGVVLLSFMTIHLFQFRFGDTVPYYVRPPPYLINFWAILGLRLSLFWCDQSFGDCSDVEPVAVRDIYKLEFDIFQRPTNFPFGSSCGWKPFESIPGLPCTEVPNFWAGFYIFSVFIFMIHACLGWKKVVPALGIPKGHHNRVNIIGYVIFLTLGAIYISFPAYVMSTPQRFCGWEADSSTPENYVNQGATDCTMPTRR
Ga0188838_105200	Ga0188838_1052001	F100451	VDDPANEDPKRAVHGGQKTARFDRGGAALQDCRHRTYEEVQHLLFVSSFLELHPTDWHRTFAQAENERIAALPKGPFAEYDLDPNEKFAETVMELCCNALGDKILACESPVDMQHHFPTVMGAKALTAKDRYDIATADLWIHGDDFLFEIVPELQEMQRQEFAAAQAEGMSAQDIEAKYGKPIPDWTYESTQEERAFMKDVPQKDGEPKNEQLKVPAIQISDSQEQKADPGFEIGHHWWG
Ga0188838_105315	Ga0188838_1053151	F039008	PGQTVTVNQLQPVNVPTPVYVPITQAPTMGFVPVTYGCVQAGTTACTAPSNCGSGTLTVTFRCLSSTGQDVPTQLCPGGCPAPQQQTCQLAACPVVAAQPQFVVGAVNTNACPFGSTRITDEATCRAAAVARGATFQTETSPQYPAGCQTYQQPNANTALQVFLNLHPVGASDQYSAPLCRTGVRRSQHSTPELPQGPSTLLVALGAVVAVVAIVASAVVVFNRVVNKLVEAELRAMQA
Ga0188838_105324	Ga0188838_1053241	F047708	MAPLPGTEPPELARSKVINDTKWLIYCCCGGQGIGPFADPLVAAEVKQLCIRGSSSTTNIMDDDGLCNSVQVCLCIQQQMQIPPLENAPACAICNKKFGGSMGSTKWKATLFDQSKIMDETFWLYYFICSGCGINAKMDNGLFSAQGKSLCCRGYENLESPVIDGVFCSQVGTTLCFWQECQIPPAKPNPTIAICTWRLNKEQA
Ga0188838_105350	Ga0188838_1053502	F054052	GVASAIYPDDHWSFSKKLTSANIDDEIKAAVDGGKTMFVRLIASAG
Ga0188838_105367	Ga0188838_1053671	F032523	ERSLPLSKVLAVPRAIFATMIRAIVLASVSVGTLAQTSTTGLPSCACLGALPDTTEDIDCSYSWAFNGKCVKTVGLVSNFTTYPADYGESCKIHKEPGATACFNLQTTPPTEKITSKQANWCNQKWCYIDPCGCDAPDATKSDYFPATLHYSYATCGDKNTYTALESSANTVGNAECAAVGEKASDAHSLKMGLGLLLAGMGAFA
Ga0188838_105387	Ga0188838_1053871	F001503	SSDDWQAYLKEKIMSNIERYFYLIVFAMYVREVGVKGFPQTFQQFMDANTQLRTMIAEGRGKLEWERKIPDEKLEELKALLSCSEFKENMSKIIKRIYELSWDMFGDLPRGHHKNNSMHKLASKTMIEILPENLANYVEKKCGSLATTPDFFDVIGQVSWYEPTA
Ga0188838_105409	Ga0188838_1054092	F014694	ANILAILFVCGFQYSLGVDRANNLATNSLDDAFGGLRKAFDAFWKHDDATVPMGSVSGSCGAGLGFCASAKIEPRFWRNAWKAGLYTEIVAHVQTIRLDILMLWFAMAGSDGKPDAIFSKFENSSQFKGIKDDLNSTLEDAHGLAIGMMTHETGHFSGLNKLKNTSGIDDLDALPGLITYLNSNLKFPTQAPDNMEDDELCQISTVCMLLDSTVKHIAVLMKGTIRQA
Ga0188838_105514	Ga0188838_1055141	F043610	MKFSYAVAVFIGVAAAGEPVWSLRSVNDHRTDSTIQAAYADHSTTQANGRPPYQSAAQLNESESDSDSSDDEENLVMTQGDYFKPGFSGAIGAAAYDREPRMPAHFASDDDDIFMRSMIANYALEEKTAEDKATGYKGGEPTGKFWMDELAAKAAASEVLCTHKAICGADLATYLSSYFSKAWGHFDVNRTGYVEVTKMPMFIRFLASDQYFQFIQPK
Ga0188838_105515	Ga0188838_1055151	F100451	VDDPANEDPKRAVHGGQKTARFDRGGAALQDCRHRTYEEVQHLLFVSSFLELHPTDWHRTFAQAENERIAALPKGPFAEYDLDPNEKFAETVMELCCNALGDKILACESPVDMQHHFPTVMGAKALTAKDRYDIATADLWIHGDDFLFEIVPELQEMQRQEFAAAQAEGMSAQDIEAKYGKPIPDWTYESTQEERAFMKEVPQKEPNEQLKVPAIQVNDSQEADPGFEIGHHWWG
Ga0188838_105738	Ga0188838_1057381	F000241	LIAMVSSSNLRRPILAAALIGAAVHSSLNFVGPVPAERSALTVARGSADYLERQGPKDSDSPFDGSAATGPGAEVEFKKRPFGILRYQPGQGMKGAMAMEIIPKSRYPGDPQGQAFAAGVQSGWVVKAINGQDVSTADFGVVMDMLDDEVADPRFSKSTKLAMDAQGGAKAPAVETPMKVTWASVPGFVYKGAEMKADGQDGYAR
Ga0188838_105881	Ga0188838_1058811	F011850	PAATAPKMSLDIVDGAVQLLATAQNVPFVDEVTGDPQGFTAPVNHFASVIGLWVAFALPVWSAAYKQAGCDTPDWFGISQVAEDAPGIGLIAKAAPVYDGPTFREGLEYVFSFVWKPPILIAWKPRADLDREAMDPARDTVVSSLYKSFGGALDKTAIYDEEDQLLIISEIEELAPTPLGLRREAIAEAAGWYSGNPSFGKSLLEYSEETRKGKRDTGTVAISVQELQQLRAEAARRG
Ga0188838_106032	Ga0188838_1060321	F000052	RTVYESECWTKQQEHAVTDDVVDCVTVEDEKCEDETVGYTTQTKCEKWPRQECSVKKEEVKKYTPVTGCTKEPTELCAPAGCGFKEGAPLCQDKVKTIVQEKPTEECNIEPVRTCKHVTKLVPKLEPREECVDVPKEICTRSQTNPTKVAKPVIKKWCYVPSKESGLA
Ga0188838_106061	Ga0188838_1060611	F000666	EATEQRKEEASDYTSLMASNTAAKQLLDFAKNRLNKFYNPKLYKAPKRELSDEDRATLAAGGTLAPTEAPGGIAGTGVTVLAQADPGPPPEGPKEFKKKGEESNGIIAMIDLLIKDLDKEMTEAEFTEKDAQGDYKTFMSDSASKRAEDSKMLTDKEGTKADLQASLQENGAAKESAMKELMATEEYISSLHADCDWLIKYFDIRKEARTNEIDAMQKAKAVLNGADYSLLQTKAKKSFLRQ
Ga0188838_106078	Ga0188838_1060781	F078753	TGLVSTSIAHAGIANAGTQNENTREPGGVDDNIASNMVEKGDSFSMYRKLMNMRESLLDKQAKEDSDGLKMVKTAIKVILETTIHSFINGFLPTVERVRRDAPTEERSYLDGAVYLAGAFLGRQRCSQMIACRTGKFVQDKMPGAQLAVMMAESMIPSAMLDWFGVVKVAVIDRADNCEADYQCTLSGEDDEEDKKNL
Ga0188838_106080	Ga0188838_1060801	F000044	TGLCCVDKIEEVTTLQKDPILECTHKNTEQCHYTYVTQFTPAQEEVCEENFEKQCQITFKQQAFNETVKKCYKPVEKVCNGQGPEECRTVYESSCTTKYVEKQPGKFVGDTSCEKLPVEICGAGCTYEEGPEECHDKVIASLVDVPEEVCDLNPQKTCKLTTKLVPKLKPEHQCTIVPQEVCNLKFSQPKQVPKPLLTRWCLDPTPAAPGESYDESNALGAPIGRR
Ga0188838_106232	Ga0188838_1062321	F005390	LYESSATCQTGHAMVKGGDGTSTHEWPDWPEELHYKAKAHGAYPFWWGGGSDSGSADMEVYWSEKQGAEKFIHSSCTGQSSWLNGACTHLMIAGSKADSSDAQAYMYKADESKCCISQPGSGGFGPSEKLSVAQGNFWNTLTYVDERDFDGVNYQGKVKYYKLTGVNEPVREFWYFTDLDGKPVQQGEAGTGPTDQGYPTSIGHTIWHDYDQSTFDASAIDSSVFAIPESCQTTTLKCNF
Ga0188838_106279	Ga0188838_1062791	F026478	PMARAVLLIAFVLSLLLVAECSKPKRKAVALDDEEVIQAKDFALKEIIKLSDSYRDMKIAKLISAEKARSAFSDGTNFFLKMELSCVSKCEAPLSPASTCRRGKYKGTNEIIVFWKDDGHYDGIAIDEFPQMDGEFHPCTPSYKGSEKCNPAEHRTPEQAALFMDDPEDDSVPRKEDL
Ga0188838_106292	Ga0188838_1062921	F100319	ISKNYHIFIISMKTFVAVLFVACTAVQASDMDSGFCLDHETTGAICLAGSSLAEKMPAAYEACFGDNMEEAAGRKRSRGKGGKRGLRCPSFEKIMNWVEEEFAEDGCVLQQLGWIDEEGNDVQDVIDADLATLNAGVQAGLSDEGMEECVVDMLEEMEEKHAKCADEYTEEETAALEEVGVKIASYKCFMGMFKEACGSFIQAEYVEPLVQSLTAAK
Ga0188838_106310	Ga0188838_1063101	F042152	RMSGVQGGLGEHKRDILKLREEVNGLTVKSASHEVDIQKNSDAVRKMEKQRNMDEQNWKAQMDAVHDVLDTKVNEKPFEDLKHCVASLTKGTVKFAQVVGVFPGPRFDDAEGLDQSEADVELLGWEECAENMSFRVDKAWRQRCSQRFRNMLDMIAKKADHSVLRLLQISQQHIESQLERVKHERELWKEVVERRQQQPLQLALSMKEAPGGMGSSPSRALTGR
Ga0188838_106408	Ga0188838_1064081	F084312	CACSNEYTKDSRCCGCFPIKCGVIAIGAFTVLLTIYMVTMNFFLILNEYIHWYFPVVIIVLLAPMCIGSSFFVVFFTKDTAASRGKLFTACMFGIISTALIALWIVCYYVFIYKNDTIFTGQGDPQTNAYSKMSKKFYLFVVLA
Ga0188838_106708	Ga0188838_1067081	F000935	MKFAVLALIGAASATQISHNQERLYELMNLQTEGPTFGFVNSKEVDAGGCPVPLEITEDELQYQLGEFSRNFSMDKWDNAMKIKSALAKTGKTPKFAVTTKELYDKSFSFPKVRNYDYAVEQMNELEHYEDNLNNNLSNKLALTRFIEVAKKTRANLNDKYDIGFIDPGVEGDW
Ga0188838_106879	Ga0188838_1068791	F067799	EIDSFAEFNLQQAAPAPVIYQDEPEEEESGGGMLPIGIVFPVMVAASVWKAMVISLVGIAWQFIIWAYIFVDKVYDTAVRLFIGTICKPCAWLAIWAFKLPTFPIILFGWGFRIMIESMGALVSGWMLFFGGSGCYLRWGHDCWFAKRFKDRSYWEIADLPIWIRNPADGFVANPEMSFSDSIHKFFSVPRIEDFDTEAAKLLGEERRARYADSCPINRKNVKAAKNASQAAMEYFSL
Ga0188838_106964	Ga0188838_1069641	F000088	KYTSLIVVAALFATEEVAGIKLVTNFAPAAAGPYASDTDHLSSECYGADEDDIMYDVFERYRVEEKNPLGAGTGVWKLPKGSGPEWSADVIRRFNVMDDDKVNDYVTANFDNFWKKYDNNGTGEIYESEGETFMRALLGPNNRFRLAPGALSDMASAAQIHQNQFANATELVAFTHAYPLTAGSAGGAAAEEAPAK
Ga0188838_107002	Ga0188838_1070021	F086559	ECQQQVTEGLINRGSGDLRQNNLRSVLTYLDVREDGVVTRDELKTKLKLINVLEHMTPEKKKKGVVKEVVLDTLLDIVEEVARKIEEMMPGDQGGSVEAGSVNLAAFAKGCFSTDALGGFVDVMKVAGIE
Ga0188838_107434	Ga0188838_1074341	F000051	SEDVKFWAEYRTGIKEFTPWLIKAESSSSEGLTKPSNLGEASALAEKVHGFEKACVNHLKVLEAADSAAKKMTTHKEADIEVSALKERYMKVKAIADDWVKKVDTLVKEWQLLDNTVSELNAWVAKDKTAEGENQFSLEKMESTLGELKNIFKEKEKLVDGL
Ga0188838_107545	Ga0188838_1075451	F000406	KEGKQKVDRVIDICGPPPKGTGMQNLRECIIETKWKYDVAPEEKQVVWKQMILNFMERYFYLICFATYARAHGPEGFQKSFVQWMDEHKELRVMIEEGKDKLEWYRQVDPAKLNTLKELINAPNYKENMATLIRTIYEFAFLTYADLPRGPIKNNSMRKLAAKTLLEILPPDIATNVQKKLDEQNASPDFVTLVGLVSYYGQEQEA
Ga0188838_107557	Ga0188838_1075571	F064420	NNPLTSSFMFRFIATVATLAAVTMALPVEDAPTFLLQVSDGVASGSCTVTKTAQLLADAARFKETTAAYTEQDADMYKSVTKNADGTFTLVYNKCAGSWYSLCAFKQVPTVTFKVDTTNGLKLTQTGGNVVCGNGADKTCLDVAVKGTTLSVTSSVNFSRILNWRTYGAVVQGISEYFFNKAVCAKYA
Ga0188838_107595	Ga0188838_1075951	F074916	TSAVIALLGQASAINLKYAESEGPTKADYGEADDEVLAREESTDKGYKWENPLSWHDDGENDDWVIVQVQQEDVSLLQLESKKDLYGKRQIYDLDGDGVEDNVKRSRDELDRFYYPNQFGYAGDDVHNTHHGNLPGHLRLEEYERPPKEHKLYDFAPSQFHDTHFLYGGTDDPALAAAQAENAHLN
Ga0188838_107641	Ga0188838_1076411	F033438	MSGFGGYKTYIRDVPDRFETEADDTLMRSMYETYAMESADKDGLPTGRFWVTKDSAMKACDEVVSTHLRLKDAEKKSYVEAQFPALWARFDVNEENKIEIDRMPQLLRSICGNAEACLGL
Ga0188838_107643	Ga0188838_1076431	F033438	MSGFGGYKTYIRDVPDRFETEADDTLMRSMYETYAMESADKDGLPTGRFWVTKESAKKAAAEVVGTHLRLDKKAEADYVDAQFPALWARFDVNEENKIEIDRMPQLLRSICGNAEACLGL
Ga0188838_107755	Ga0188838_1077551	F098611	TIKCCCSLFHMEVPPSNTPGCGCGPLMCGGNLDPSRRDELSPREQEEFDLLSTTCWCLFLYCVGFGCNSPGGDDACCMVEGKLCCIWSQLETDTCCDDGWIEATSKCCCLVIDGSYPAGRTPGCVVCGATICGRQGLDGPGE
Ga0188838_107837	Ga0188838_1078371	F032540	KMARGSVTIVPELGLATGADQLGGRSLRKRIVVAVVMLALGCAAVALASASASGDSKLRDTSVLKVGVNDRLDVWRQYQNDEDINPRKKKGAKADWEKQRSIPDFVDGIIGPSPTSMDEGGSKSRGSFNVKKITDKTDFYYLRISDRSGNADRIRAELVGSDGYRLDWVGFGEIFTGPIHEGNLGETDYLRVEDLVTGEEQFFRFRF
Ga0188838_107909	Ga0188838_1079091	F008013	PAGAAPIFPAMAHQVENIGDKEGKAVFVEPYPNCKPCGDIAGYISPFAVSPGCYKILTEDDDWITGMLTMEVGEKDEFHHHKDHLIYVLEGDGVTIYPGGKEEDAMAVPLQPFAGIPAPMAAPPFGSHTLKNTGTKPLKMLFFEAKK
Ga0188838_108154	Ga0188838_1081541	F001297	YFYVRLYWTGFGFSANIVEEYVLLAAMLHVVVALKRTWDISLKSAVETGKMNLAISGVMLLTFMTIHLFQFRFGETVDFYLCPPPYLINLAGVLTLSLFYTWEAGCTQVPVRDIYRLEFEIFSSLGWCLFYISAVVIFSTHTCLGWQKCVTAASLEIPKRYQNKAAHIGYVMTFFVALIYVSFPVYTHIFSMKPAVPWTPATA
Ga0188838_108202	Ga0188838_1082022	F068903	MALVGAAVSINLNRTDYDASNLFNEFVVERKGEQPVHLIQLITPPGGAPTWPSPPTNPGRGFTTTQEPGMGKDWPAGGATDAAGEVFEKNPQYGGHHPEMYEQPPSHKWADPYYDPYDQKLHFRNGTYVEPNRNARAMAIHKVDYTNGQAWTYPDDGTTNQGGGPVNVVGDMQTAGGPDPSRQNAATAGFAA
Ga0188838_108211	Ga0188838_1082112	F033438	MDFPAHMSGLGGYKTYMRDTPDRFETEADDTLMKSMYKTYATEGETKQGLPNGHFWVTQADAEKAATEVVGTHLQLKNDDLKSYVKAQFPAAWTRYDVNEEGKIEVDRMPAFLRSICGNAEACAGLQ
Ga0188838_108224	Ga0188838_1082241	F053730	ASRPRDKLMVLDVMEAGRGYKEPWQMGQMGFMALGMVASAAAGIITPAESMLSMDLSMKIVAGIYTVFGLQMFLVPGFFMAENFKGWPEQGQAKLFLFFFMRMFGLIILAFASAVFLLAGEATLFKIFAFFNAVQIYQGPGKAITMFDCTEKHIVPVILLPLCGFVTAATLL
Ga0188838_108284	Ga0188838_1082841	F040635	MIVVQKLRDVRHEDIPEINNPKIRFPVLEGDKLMKEVLNGGYNVHPVPPPNSETKERFMKRYET
Ga0188838_108509	Ga0188838_1085091	F008013	AVFLEPYPNCKPCGAVEGYISPFTVSPGCYKILTEDDDWITGMLTMKVGEKDEFHHHKDHLIYVLEGDGVTIYPGGKEEDAMVVPLAPFAGIPAPMAAPPFASHTLKNTGTKELKMLFFEAKK
Ga0188838_108778	Ga0188838_1087781	F103327	MTFVGSSKLAKNLASKVHDDQKADAAELQKAVPSHAIVLSEVDKKWSMVEHTSLNDLFHQDGALSGNSFRTCFNVVKVEGAVQDMVRVYNKASKKVSSAKGSKDGNLIWNVSLLCKDASTASNSNKYRVFVNSHEGLGAEFFGKAANLWDNASAAKKVQAQVDKLVKFNTHVDCMVERKNGQYLIKDTKLWC
Ga0188838_108986	Ga0188838_1089861	F019552	MKYAAFALLAAMVSDVSAQAYVSPDKRYTAVGGLPECHGNNGPLNINCVAPPCSGTNGPKDGPTGTPCLQDEPANIPHYNTDPTAGRPYATTGDRTRTEAGLGHYPSPANHADYNSDNTASPEPFSQGNFVPGSGHQPITAAYFPDNYPAHKSLLAFEGEPIGTLMAQLSARGQF
Ga0188838_109098	Ga0188838_1090981	F002556	APSWEKEYGTIERRTASRKAMFDMLDLRQGPPRGWIGLEQFVNWATDHLITKVATIDIHADVDYYHIEQYGEHQYLTHLEEAVTNPASRAHASLYEFLLAIFTECDSRSTGVLTFAEFDTLLSRAAEVPRTFGLAPPEASKETRKAFFDSMEDKQMGGVTFRLLLAWTVEHSKGKIANQKAGKGYKK
Ga0188838_109210	Ga0188838_1092101	F002870	VVENRAAINLVADAMASVQEGTEAHAHLANAMESLTDAKFTDAEILASHSQLVSVPIDEKRALALKVSPTYTLDSVNSVTLKSFRKIVGYDTFESIRKKNRSEAKDTSDYYNVTVSMMIQRKPVEAAAAPAADPYSPNGATTLAATLDKGFPYDD
Ga0188838_109212	Ga0188838_1092121	F047096	VQLQLNMKTFIALALLAVVSVKAEVTCDDCLTFGTAMQGYLMSEASVAEQTELLIAVLCPQADDPAMCDEGIRMYWSGFAMAMYPVFLEANAVCADVGACKKNSFVKTLAPSCEECTGGVEAVAGIIGMEATIAEIMDFLRGDGYCAGLMDDNCAMAVDALMPYAMPALAGVLVERAETLCCELSPSAVCC
Ga0188838_109266	Ga0188838_1092661	F000075	NRYDSMNEDDLLVNLESTLSSALSSEARGDADAAVAKTAAIKNIQKALTARILKRLDDGQPLVEVARKMKAIEGMQPQINDMERRLGIMQSVEPVLENAIKTLQKVVDVRGMGKK
Ga0188838_109397	Ga0188838_1093971	F085060	YKMNKLSLVALVASVGAVQLEGIPYPALMQEQPSHWRKVWPEGDTDNSDGDAEILDKFNKRTKEVKPDKPETYPWSLDEDVLSTGDSIKSAEKITASEFGTPKNGGLDMISTYDNTKVQFERNLPYGAT
Ga0188838_109448	Ga0188838_1094481	F013265	LMRNLASGDNMLMDVCIEAWKTWLIDYKKNKESEDAVKDAEAKVAAFMKSKSEGAKGIIDRMNAATDSGLTEHIMSTWVQYRKDEKKAQEMEELLNGANGKFSAFSDRNKQGAMSAGEKATAVKEYGLVIHALLLWQEFTKVERLLRYYQTRVEHKKHQLTGLQSMFRNFATQLETGLKDGTPRDAAALKSGGNRKLSKSENTVSLPNIQQKTSG
Ga0188838_109452	Ga0188838_1094521	F001099	MKFTVIVALLGVASVSAVNLSISKEKEPVDHSDEFFEARENGTGPLDKKYERVPPEHFATGSDDQFMKSMIMNYAQEGKDKEGAPNGQFFMTEAQTKAASSEILGSHKSLDGPAKAEYLKTYFPRTWAHFDVNKAGMIGVESMPQFMRFLASDQTLNLQ
Ga0188838_109490	Ga0188838_1094901	F033825	KIMSDEYTFENFEMKCGQAVSTKCEGKSVAASTGFTDASFQKFIGGAVNVFTSGLNVFLSTSTQAFSLNMLKGINALRCAVVNGADNAWNFIASAWWAMYQFGLENYLEDGLDVAWPYICTCNEDMDFISQMMGASGDGVAIFSSCSESTTATATA
Ga0188838_109551	Ga0188838_1095511	F033818	EDRQRANLDFQKTVADQTMTIEILMKAMERLAQFYDAQLLQVEAKKQTPPVAQAEYKPNAGASGIMSMIEKLIFDAKDLVAASKKGEMEAQTAYEQLTADTNQSQSDLATAVVEKTKAKAKANKDRLGAESDLMDTVDELEGLHKYEADVHEECDYLLKNFAVRQQARGEEIEGLQQAKQILDGANLR
Ga0188838_109956	Ga0188838_1099561	F024014	TSSLNQIVTNSYLRPSAMMAGLGARGLMLFISMAMCAAESPEAVEQELQELKADVWAGFIELGQEIKGKIDTFDIDSKTSFEEFFKPVGKKHGNPVGQKIQKFKEDHPSVDVGPMSLLALSTEQQQKMKAQVAAGKQDTYICFFSKGPVHLVAKLFCISLHGWNMDVFSIFACYISLILPWETVCGDISKITGGAAV
Ga0188838_110114	Ga0188838_1101141	F074303	QKYKSILDLVSKKADHSVLRLLQISQQHIESQLDRVRHERELWKEVVDKRSQQPLQLALTLKDQHTGMPLGGQMGQSMMPMGQMPQFSSQPGSSEGPRMSSMGPPGTVQMQEPAMKQSPLAKRIAKPAGPPPKA
Ga0188838_110153	Ga0188838_1101532	F000155	MKFFALIAAVSATQYDSMTEDELLVNLESTLSSALRSEARGDGDAAVAKTAAIKNIQKALTARILKRLDDGQPLVEVARKMKAIEGMQP
Ga0188838_110159	Ga0188838_1101591	F047096	VQLQVNMKSFLALALIAVVSVKADVSCDDCLTFGNAMQGYLMSDASVAEQTELLVAYLCPGADDPAECDAGIRMYWPNFAIAMYPVFLEANSVCSQVGACKKNSFVKTLAPSCEECTGGVEAVAGIIGMDATIADIMTFLKGDGYCAGAMDDNCAMVVDALMPYAMPVLAGVLVERAETLCCELSTSGVCC
Ga0188838_110254	Ga0188838_1102541	F002870	KMTLAAMAVEAASVESAQSLVQQALLNVEAGSAAAMHLENAMSAMTETKFTDTEILARNSQNVNVPIDEKRALTLKVSPTYTLDSVNSVTLKSFRKIVGYDTFESIRKKNRSEAKDTSDYYNVTVSMMIQRKPVEAAAAPAADPYAPNGAATLASTLDKGFPYDD
Ga0188838_110286	Ga0188838_1102861	F042918	VILFAASTLASPSPQLFSGIKEAYKDVKSRLQCAEMPNNGTCAILFDEDDCTGWQLALNEGYTALPRQTTGDFFGGSFIDKPKRNDAEAVLVRDGCVFVGYDHLKDSTTGLGDAIVVAAIGGHRYVNFDDDEFEDLDEEISAVDCVCKGFAFSKN
Ga0188838_110302	Ga0188838_1103021	F044315	GLLMYVNIGSAQPVDLLQKTCPDCLAKISKRLNSLSTDQQHMAQQFESELHQLQVSVANLKAEVSHVNPRSGLVRVVVPASGASEAANAVSTLVNHDPEFDESGFKKGANRARNMRDKKYGAFPNRWVDKDTVEAFADHIYGPNPTTLDRKGVEREGSFTMAKIHSGMFYYINLEGISNHHIKLIMQGTDGYNREYEGYGSIYTGP
Ga0188838_110534	Ga0188838_1105341	F034199	KFFALAALCATSTTAIQLEGDYFKPGFSGTIGAAAYDRKIPAHFTSDDDDIFMRSMLENYALEEKTAEDKATGYKGGEPTGKFWMDEFAAKAAASEVLCTHKAICGADLATYLSSYFSKAWGHFDVNRTGYVEVTKMPMFIRFLASDQYFQFIQPK
Ga0188838_110552	Ga0188838_1105521	F050859	MSLEGTEEFVAGLLYGMIQKDDLPQIQNCLTNAESLEVEITNAVSDISKGDFQDVLKAVQEIGQIIKELPTDLDECKDIQDDITKVEAWAAVFANPVKLAETLTKNLLANWKKVSADVNTVESDWNAAKYYEAGEDVADMLILSVGPISESQNEKEQIDWALLQDHLTANLFLF
Ga0188838_110723	Ga0188838_1107231	F074916	ESEGPTKADYGEADESVVGRDVTNDQALDGKWVNPNSVHDDGADDDWVVVQVASEDVSLLQLESKKDLYGKRQIYDLDGDGVEDNVKRSRDELDRFYYPNQFGDAGDEVQNTHHGNLPGHLSLEEYETPPKEHKLYDFAPSQFHDTHSLYGGTDDPALAAAQAENAHLN
Ga0188838_110764	Ga0188838_1107641	F059028	VFVTLHIKTILKIKMTSFIKIFLILICLTGALSASILAVTPPSKAKQLRTIIDKRKTTPELPNGVREFITLKNYLNHNLSEKVSLKDLSEAVVSGLTHALLGKGVAIRGMATLLQVVVGWMSALIPGDLVTWILGRELVVADVMLAETMIEDVFKVYAMWSR
Ga0188838_111043	Ga0188838_1110431	F080125	GPRAPGHREAFGGKHAAVSLAMSALLFQPIAQSGMYSMDASGSLSRGSFNNLEVPAMGERKTVPTLEAFFPFQKNGFSASGTLFGPGSQITFTEPFSGPCGAMYASQCHTFLDEISDALKGSGQGEIPRAEPTPTKAFPWAYEKAAWKK
Ga0188838_111197	Ga0188838_1111971	F052612	LILLDSLLQEINMMLKSLILVAALVPLCSAGFRCTFGNWACTAGCVLLGQTSGVCDANWDCHCSEKSISLNSFKRLLPSRCLLGDSFCEGTCHALGRSTGTCQDNNCSCSKTYLTPSEFLLCAAESTCRTHCQANGSATGVCLGWSCECKSSEAEAGSALEVLMQRMN
Ga0188838_111220	Ga0188838_1112201	F009336	IREAVVMEKMQFDVASDDWRMILKERIMEMIERYFMLIVFAMYTKEVGPDGFNKTFTKWLDGHNYRDMIAEGRSRLEWERKVPEEKIQDLRDLLKEKEFDALLPQVINKINQLSYKMFSDLPRGDQKCKSMRKLAGRTLLEVLPPNLLVYLETKLGSLANVPDFYDMVGTLSMYGKCPME
Ga0188838_111339	Ga0188838_1113392	F100309	HWDLSNGGQCDEVEEAWALTDAKDHSMGKCVKYEADKSCSPQCYHQGKLVDETEDQAVCTKICRVPGSNGAQCNVVKMVMPQFDEEQGKTMYLTKSKVMQAGLHKENLESADPMACAGITTNRRSN
Ga0188838_111359	Ga0188838_1113591	F000075	FTFAAIAVAANKYESMNEDDLLVSLESTLNSALTSEARGDADAAVAKTAAIKNIQKALTARILKRLDDGQPLVEVARKMKAIEGMQPQINDMERRLGIMQSVEPVLENAIKTLQKVVDVRGMGKK
Ga0188838_111436	Ga0188838_1114361	F000991	IAITALLGYSSAIRLADDSDANGKNFDGAQTYADMTLSGHNGADEDEIMDNIYSRFSKEGRTPSGHKTGQKLLMKDDGKIAAGMTLEAAHKLSPAEVPAYLESNFETAWNHFDQNHEGWIRYEETHVFQRFLNGNLNKLALAPGSIGDLSSGGDKYVTLPAGHNATSVGSVAP
Ga0188838_111467	Ga0188838_1114671	F024014	RTTIIIKPNSHHYIVQLSVVMSGLGARGLVLFISMAICAAESPVDQELQELKADVWAGFKELALEVHGKMDTFDIEKSSFKEFFKPVAEKHGNPVAQKIQKFKEAHPTVDVGPESLLALSTEQQQKMKTEVASPKPFKMDWICYLSKGPVHMVSGLYCVSTFGWNGDTWNIFACYISITLPWETVCGFGGSGLGGG
Ga0188838_111486	Ga0188838_1114861	F019432	VLDRMNAATDSGLVEHVMSTWAQAFKEDQESRKMEEIMAANEAKFGALNGRQKDNAKGVMGRVNEQADLNILLRHFSFWATDTKLERIMRHYNSKMENKKQQLQSVQHLFKNFATQLDQGLKSDSARDSSRRRKEDGPYLPDIHSKTR
Ga0188838_111681	Ga0188838_1116811	F002457	ARKAMFDAVDSKQGAARGWIGAAQFTDWATTHIAGKIAEIDTNSEVDFYHVSNYSEATFLKAIEAAVTNKNSREYASLYEFLLTAFVETDATCRGEITYAEFNKLIERAAQVPRTFGLAPPDGTAEARKAIFESMDDTKTGLITFRKFLEWTVTHTAGKVEAHKAGKGYKK
Ga0188838_111752	Ga0188838_1117521	F038254	LQDKVKQECAAFSEDVKYWAEYRTGIKEFTPWLISAETESKAGLGKPSSLPESLALFEKIEVFDKKCLAHLKILESAETASKKMTTHQEADDQIAELMNRYKSVKKVSDTWLNKVNTLVQEWKLLDSTVNELNEWVAKDKSNEGEHQFSLEKMESTLSELKNIFKEKEKLVDNL
Ga0188838_111778	Ga0188838_1117781	F000212	LNKCHPQCAWKCDDPKCPAICEPVCEQPKCHTSCAEPRNAVCDVKCEQPKCTIKCPDKGCSALDCPKCVTVCSQPNCVTHCQAPKPECEAVCEEPRCDWKCHKPQCPVPKCELVCENPNCSPQVNCCSCNNASVGVFSGMMFKETERNPMCCSCKTGEAGAQSEAS
Ga0188838_111795	Ga0188838_1117951	F029001	MFRTLCLVLSLSLAAGVSFLNSQDSFGGEPKGPGQGEETKALACSECQKHEKYINAGDDCSCHVSDIAGTFENDATKTSTKKVGVTKDNGSGGKTHSNEEVTSNIGAARLAENWMWHCRPISGNDNPQGDKVWQACN
Ga0188838_111832	Ga0188838_1118321	F026575	MQRLLSLAAVGYTADARLGEQVANANHPFGPCERQAVFDVMMCTSYMCNDCVLEYCTEKCQWVQQEFAGCVCQDWPAARVSFSGGEFAGKGRFGDKSDYAHAGFRSRNTYGDDHTAQGIRDGSDAMVGMNAYDWTPEGIYAAANNLPWPPEEVHAAHA
Ga0188838_111999	Ga0188838_1119991	F031523	LANGWMKGGKNVKQVTAEVVKFLATNYAKARDEVEADKDTMKAFFKSQKDMPGKTKADVLKDIWAELPKHTGKPVPPLDDEMLAELAEEPAIIEGEFKHSWGTADKLYKSEAIDAFGMKYLLGVFETKGEAEKAFADWNSEYEKARSDMKAEMQQWSKQEQARLDKDTTGQERIKKVLDEARR
Ga0188838_112444	Ga0188838_1124441	F017834	MGKGRGIQTFDLTSNLTKKEGRTIRKTECMIQYHLARMPMYGAHESPQFMKANEMKENIKNIEAKAKQRWELGHV
Ga0188838_112730	Ga0188838_1127301	F017489	ASLWACIWLLGTWPLGRPLSEGYRFMLTVSCCARIGFSLAWMFITNFTHSHPWNNFLATDPERGWPILHDVMAFVLGGKHRWNEMLFHDLHHAFPNAVGTLSQRGRFHGWKKVHDAAVEVLHRGLWKPNGDEETEMQVKQRNRSVRMKSSMMKK
Ga0188838_112795	Ga0188838_1127951	F011815	SKDLSFGISFSQSKRNDHARELCTKVANSIQDYTSTLLATTESGPEETLTEQNAANIASVLFYDVQLQDFMKGLGMPENGELVLAMNRMKSLQKLYLFEQKGGENYLG
Ga0188838_113245	Ga0188838_1132451	F008671	AGLYTEIVAHVQTIRLDILMLWFAMAGSDGKPDAIFSKFENCSQFKGLKDDLNSTLEDAHSLAIGMMSHETGHFSGLSKLKNTSGIDDLDALPGLITYLNSNLKFPSEAPDNMEDDELCQISTVCMLLDSTVKHIAVLMKGTIRQA
Ga0188838_113288	Ga0188838_1132881	F049933	YQACAASAGKDACFNDKLSIMEVCPDHVLEGLREKRKWYLRAETIDNQTYKRAMQVSEYNKGRSVADLDIKNWAYGHPKNLRSGTTWEDDRYNPRKYPHPHRYDNVNFPDQEYKDVFGGTMGTAKGKELDKFKISMTSGKSTGMMEHQALKAAAAEVDKLNKKEE
Ga0188838_113592	Ga0188838_1135921	F052579	MRFTVAVALLAGLTQAIKLDADYAIWHSVAPPPPMWSVVSRGNRGFEDKNVEMAMRANPTNTGTWPVAPVVTTNWETALEQPPYYDKQDWEKIVKKGNSGYNDKQVEKAVELKPEPIRVPSEGAKDKADKADDKASATIASENKA
Ga0188838_113626	Ga0188838_1136261	F024014	MAGLGACGLVLFASMAICAAESPVDQEFQELKAEVWAGFKELMQEVQGKIDTFDVDSKTSFQDFFKPVAQHHGVPVAKKIAKFKEAHPSVDVGPESLLAVSTEQQQKMKAEVSKPGSDWICWSSKGPVHIVAKLYCLSLHSWNMDLWNIFACYISLILP
Ga0188838_113704	Ga0188838_1137041	F001099	IFALATVSAVKLGDDDWFAARENGTGPLDKKYERVPPEHFAAGTDDLFMRSMIMNYALEGKDKDGAPTGVFVLNEAQTKAAAAEVLASHKGLKGGDLSSYMETYFPRTWAHYDVNKTGFIGVETVPMFMRFLASDQTLNL
Ga0188838_113722	Ga0188838_1137221	F082054	EDLINGAGSKFSAFSDRNKQGAMSAGEKATAVKEYGLVIHAMLLWQEFTKVERMLRYYQTRVEHKKHQLTGLQSMFRNFATQLETGLKDGTPRDAAALKGGKDRKLSKSENTVSLPNIHQKTNTVGSHRSNRS
Ga0188838_113748	Ga0188838_1137481	F059663	SIYFTLVFFAGFRAKIVYSWGATGARRIAMLTSLFVVISVIIAFLATTGITNALKTDNPICVDGPCNKFVDSQTTSLGTYTHLGAVYNMNQSMNWGPAAGWFLFLACIPLSLLLTIVAGLNNYPVPIDSIGSGEAL
Ga0188838_113861	Ga0188838_1138611	F084312	FPIKCGVVTIGVFTVLLTIYLITMNYFLILNDYVHWYFPVVLLVLYIPMIIGSSFFVVFFSKDTQSSRGKLFVACQFGIISTALACVWILCYYVWIYKSDTVYSGMGDPKDNVYTKQSKKFYLFVVLAETAIICTAYAYFICVTNRYADNMKGKNE
Ga0188838_114176	Ga0188838_1141761	F086665	HDSRVVIFPPFESYPEISSKGFTDMRAYVAAGNNVVFMGSYIALQVMNDAFGFSLRDDYKEGPYYRNDRNVRGTEFQYLPSRLNEPSPRVYGAMAKSLPPGAFSLYDSLGSVVVFYVRYDLGTIVYIGYQFDSPYQIDNWVRVIHAAMAM
Ga0188838_114303	Ga0188838_1143031	F100451	EYGLDPADKFAETAMELCCHHLGDMILGCESPVDMQHRFPTLIGAKALTAKDRYDIVVADLWIHGDDFVTEVVRELQAKQAQEFQLAKDQGLSDEQIEAKFGKPIADWTIETTQEERAFMADVPGQEANPTRKVPAIKVNDQGAVDPGFEIGAHWWG
Ga0188838_114473	Ga0188838_1144731	F007463	DVYGFDTMSGQFTKANAGSNDDVLEMHEFLTMIVRISFFRANPQYGMRKGDNRKATKNADQKNAEKFGEEVPLPGCLSDMLTNLVLPNARRDTYAAEFLEKVLPMPEVQAALGAQSDALNAFYEMCSAGRDFLELDQWLASLESKLLFSDIVIDGYPVRLTVPLAKAAFFSSAA
Ga0188838_114632	Ga0188838_1146321	F065328	DTESIETGKVSATLRSRLEEVAAVHDGKVPLHGRLFAQWLHYAFPRDCPYPHLAGTVNPQTPMKFEEALGVDATTASDEEVEQFLKSDAARVDASPEAGAAMWNLKEHILESSTPSDLATSPVRQLLQVLSLLGMLAAMMSLLFKQLLPEVLSIAGGKAKAVEYDV
Ga0188838_114773	Ga0188838_1147731	F100446	GSKSFSFSFFIKEEGKKLEGTIAKKGDEWELESNNAGDVIFTSNGVTCRAKAVIGRTYKNVIAVSSDTEQKIKIIVEGKEACSVAAKAFSEPSETGLQLGSISAHVQAKVAKPTYVASGIRSNEVGLFTKEKPQCSDA
Ga0188838_114869	Ga0188838_1148691	F001108	VKLALKILNDYYAQAASHSSSEGAGSGIIGMLEVIESDFTKGLSELEAIESQAASAYEAQTKENAISKTTKGQDVKYKTKEAAGLDKAASELSTDREGVQSELDATLEYLAGLEKKCTYKVETYAEKKARRESEVEGLKNALDILESETAFVQTKVSRGLRGISKH
Ga0188838_114891	Ga0188838_1148911	F016156	VGVGETWSLGWEWGSFASIESGAPSSSLAHSSASAFPGLNALLGTLPVVGLGNGAVVVMRSRLLVGSPVSLVEHLGVIEIEEVELIILSR
Ga0188838_114914	Ga0188838_1149141	F002691	SGHNGADEDEIMDNIYSRFSKEGRTPSGHKTGQKLLMKDDGKIAAGMTLEAAHKLTPAEVPAYLESNFETAWNHFDQNHEGWIRYEETHTFQKFLNGNLNKLALAPGSIGDLSSGGDKYVTLPAGHDLTPVGSVAPEKKLKTN
Ga0188838_114940	Ga0188838_1149401	F073592	VSELPLQTLLTRNYATGEVFNKESKQHSADSRSLGGFLSGFSLSVGKSNVQFLGSLDNSESLVYGDTLGDFTAVDSVVHEEDLDISFIGDEHLLESVREDVSGLSILLVANEHLLWLSTSESSSGGAIDTSNSSVRVWVDSLVLVSLESSWDSLDLLNNLSSVQRL
Ga0188838_115182	Ga0188838_1151821	F000248	MNSALILASLLCGASAALVKNKLDINQKAYIEGQAVLGDGAGQGNLNVCMELADHFVENPNAPEVKVCGTGIKMTVYLLGRCGQGSLTAAKMAHTWDIGACDTGAPPSTCANYGPSKDKRMGVSQSYKITQC
Ga0188838_115494	Ga0188838_1154941	F000216	WALLTQTMENCKGVVMFCPMLSILFVGTRMYALQITDNKGSPQGWVQDGMYMATWSLLIQFVMVLVTPCATGVPAQVDEDGNIKWEPDNKILFYAVVTIRWLGFILLYGGIIAVITGLYTMTPETANGRGAVPLVGDGKVPGVGAQVPGYDGIDEPKGVNDIPGTPIE
Ga0188838_115503	Ga0188838_1155031	F000216	AITVKEFTGFEWALLTQTMENCKGVVMFCPMLSILFVGTRMRALMLTNSRGSPQGWCQDGMYMATWSLLIQFVMVLVTPCATGVPGQVDEDGNIKWEPENKVLFYCVVGIRILGFILLYGGIITVIVGVYTMTPETANGRGALPLVEETPFGEEPYGVNDVPGTPIEQ
Ga0188838_115604	Ga0188838_1156041	F056246	MAGHFAIFLSMALCVAGSSSSEDQELQDLKADVWAGFKEMMLEIEGKMDTYDESISFKEFMKPFGEKHTAIGKKIQQFKEKHPEADVGPQSLITLSTEQTQKLKTELASGTNWLCDTARGPIWLASQVYCMSVFGWNMDMFNVWACFVS
Ga0188838_115692	Ga0188838_1156921	F003788	FLPITEIQSAFTGEVIAVDAESLDINGCLVGPSGERVCPLGAFGADGQSKVQFRGNKGPGLTGSNGNAGPISQAGLPIDPAAETYKKQIEAYQKWAEQQVKNAERQLGTAGR
Ga0188838_115804	Ga0188838_1158041	F009175	VWTVNLSEVRGESWSLIWEWGSLTSVISGAPSSSLADSGTSAFPRLGALLSTLPVVGLGDGAVLVIWVSGSVLGPVSLPEFLTVIVVFSSLRNNGVTEANGWWGTGGNDGGNSGENE
Ga0188838_115843	Ga0188838_1158431	F019432	DKMNASTDSGLVEHVMSTWAQAFKEDQQARKMEILMAENEARFGALNGRQKDNAKGVMGRVNEQMELNCLLKHFSTWATDTKLERIMRHYNSKMEGKKQQLQSVQHLFKSFATQLDQGLKEGDSARNNSSRRQKDDGSLPPIQKK