NMPFamsDB

NMPFamsDB

NMPFamsDB

A database of Novel Metagenome Protein Families

A database of Novel Metagenome Protein Clusters

A database of Novel Metagenome Protein Clusters
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Metagenome Family F013296

Metagenome Family F013296

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Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F013296
Family Type Metagenome
Number of Sequences 272
Average Sequence Length 108 residues
Representative Sequence MSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNIEPPDDEP
Number of Associated Samples 86
Number of Associated Scaffolds 272

Quality Assessment
Transcriptomic Evidence No
Most common taxonomic group Unclassified
% of genes with valid RBS motifs 100.00 %
% of genes near scaffold ends (potentially truncated) 0.00 %
% of genes from short scaffolds (< 2000 bps) 0.00 %
Associated GOLD sequencing projects 52
AlphaFold2 3D model prediction No

Note: High quality evidence is represented by blue. Low quality evidence is represented by red.
Hidden Markov Model
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Most Common Taxonomy
Group Unclassified (99.632 % of family members)
NCBI Taxonomy ID N/A
Taxonomy N/A

Most Common Ecosystem
GOLD Ecosystem Environmental → Aquatic → Marine → Coastal → Unclassified → Aqueous
(75.368 % of family members)
Environment Ontology (ENVO) Unclassified
(86.397 % of family members)
Earth Microbiome Project Ontology (EMPO) Free-living → Saline → Water (saline)
(90.441 % of family members)



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Multiple Sequence Alignments

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Structure & Topology

Predicted Secondary Structure and Topology

Predicted Topology & Secondary Structure
Classification: Globular Signal Peptide: No Secondary Structure distribution: α-helix: 5.36%    β-sheet: 26.79%    Coil/Unstructured: 67.86%
Feature Viewer
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Gene Neighborhood

Neighboring Pfam domains

Pfam IDName % Frequency in 272 Family Scaffolds
PF13385Laminin_G_3 51.47
PF01510Amidase_2 2.94
PF08291Peptidase_M15_3 1.84
PF06074DUF935 0.74
PF04883HK97-gp10_like 0.37
PF09250Prim-Pol 0.37
PF05037DUF669 0.37
PF12236Head-tail_con 0.37

Neighboring Clusters of Orthologous Genes (COGs)

COG IDNameFunctional Category % Frequency in 272 Family Scaffolds
COG4383Mu-like prophage protein gp29Mobilome: prophages, transposons [X] 0.74


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Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
UnclassifiedrootN/A99.63 %
All OrganismsrootAll Organisms0.37 %

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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
3300029309|Ga0183683_1000171All Organisms → cellular organisms → Bacteria36599Open in IMG/M



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Environmental Properties

Associated Habitat Types

Select Environment Taxonomy Level:
HabitatTaxonomyDistribution
AqueousEnvironmental → Aquatic → Marine → Coastal → Unclassified → Aqueous75.37%
Salt MarshEnvironmental → Aquatic → Marine → Intertidal Zone → Salt Marsh → Salt Marsh8.09%
Freshwater To Marine Saline GradientEnvironmental → Aquatic → Marine → Coastal → Unclassified → Freshwater To Marine Saline Gradient5.15%
MarineEnvironmental → Aquatic → Marine → Oceanic → Unclassified → Marine1.84%
Surface SeawaterEnvironmental → Aquatic → Marine → Oceanic → Photic Zone → Surface Seawater1.84%
Marine SedimentEnvironmental → Aquatic → Marine → Oceanic → Sediment → Marine Sediment1.47%
Saline Water And SedimentEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Saline → Epilimnion → Saline Water And Sediment1.47%
SedimentEnvironmental → Aquatic → Freshwater → Sediment → Unclassified → Sediment1.10%
FreshwaterEnvironmental → Aquatic → Freshwater → River → Unclassified → Freshwater1.10%
MarineEnvironmental → Aquatic → Marine → Unclassified → Unclassified → Marine1.10%
Marine HarborEnvironmental → Aquatic → Marine → Harbor → Unclassified → Marine Harbor0.74%
MarineEnvironmental → Aquatic → Marine → Oceanic → Oil-Contaminated → Marine0.37%
Saline Water And SedimentEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Saline → Sediment → Saline Water And Sediment0.37%

Visualization
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Associated Samples

Taxon OIDSample NameHabitat TypeIMG/M Link
2222084003Marine microbial communities from Deepwater Horizon oil blowout, Alabama, USA - Ctl_5_microcosmEnvironmentalOpen in IMG/M
3300005346Saline sediment microbial community from Etoliko Lagoon, GreeceEnvironmentalOpen in IMG/M
3300005512Saline surface water microbial communities from Etoliko Lagoon, Greece - halocline_waterEnvironmentalOpen in IMG/M
3300006025Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_D_<0.8_DNAEnvironmentalOpen in IMG/M
3300006026Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_29_D_<0.8_DNAEnvironmentalOpen in IMG/M
3300006027Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_30_<0.8_DNAEnvironmentalOpen in IMG/M
3300006637Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_15_>0.8_DNAEnvironmentalOpen in IMG/M
3300006734Marine viral communities from the Gulf of Mexico - 31_GoM_OMZ_CsCl metaGEnvironmentalOpen in IMG/M
3300006790Marine viral communities from the Gulf of Mexico - 32_GoM_OMZ_CsCl metaGEnvironmentalOpen in IMG/M
3300006802Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_18EnvironmentalOpen in IMG/M
3300006810Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Sep_01EnvironmentalOpen in IMG/M
3300006867Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_N_<0.8_DNAEnvironmentalOpen in IMG/M
3300006868Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_29_N_>0.8_DNAEnvironmentalOpen in IMG/M
3300006869Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_N_>0.8_DNAEnvironmentalOpen in IMG/M
3300006870Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_29_D_>0.8_DNAEnvironmentalOpen in IMG/M
3300006874Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_D_>0.8_DNAEnvironmentalOpen in IMG/M
3300006916Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_24EnvironmentalOpen in IMG/M
3300006919Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_21EnvironmentalOpen in IMG/M
3300007234Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_15_<0.8_DNAEnvironmentalOpen in IMG/M
3300007344Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_4EnvironmentalOpen in IMG/M
3300007345Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_30EnvironmentalOpen in IMG/M
3300007346Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_31EnvironmentalOpen in IMG/M
3300007538Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_2 Viral MetaGEnvironmentalOpen in IMG/M
3300007539Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1M Viral MetaGEnvironmentalOpen in IMG/M
3300007540Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1504_2 Viral MetaGEnvironmentalOpen in IMG/M
3300007541Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1S Viral MetaGEnvironmentalOpen in IMG/M
3300007542Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1504_1 Viral MetaGEnvironmentalOpen in IMG/M
3300007640Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_28EnvironmentalOpen in IMG/M
3300007960Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1D Viral MetaGEnvironmentalOpen in IMG/M
3300008012Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_29_N_<0.8_DNAEnvironmentalOpen in IMG/M
3300010296Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_27_0.8_DNAEnvironmentalOpen in IMG/M
3300010297Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_20_0.8_DNAEnvironmentalOpen in IMG/M
3300010299Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_15_0.2_DNAEnvironmentalOpen in IMG/M
3300010300Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_27_0.2_DNAEnvironmentalOpen in IMG/M
3300010318Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_15_0.8_DNAEnvironmentalOpen in IMG/M
3300010368Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Spr_15_0.2_DNAEnvironmentalOpen in IMG/M
3300012920Marine microbial communities from the Costa Rica Dome - CRUD Field 142mm St8 metaGEnvironmentalOpen in IMG/M
3300017951Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 101413BT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300017967Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071411BT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300018421Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071412BT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300018424Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071412AT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300019708Sediment microbial communities from the Broadkill River, Lewes, Delaware, United States ? BRC_2-3_MGEnvironmentalOpen in IMG/M
3300019737Sediment microbial communities from the Broadkill River, Lewes, Delaware, United States ? BRT_9-10_MGEnvironmentalOpen in IMG/M
3300019745Sediment microbial communities from the Broadkill River, Lewes, Delaware, United States ? FLT_8-9_MGEnvironmentalOpen in IMG/M
3300019765Freshwater microbial communities from the Broadkill River, Lewes, Delaware, United States ? IW13Sep16_MGEnvironmentalOpen in IMG/M
3300022050Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_4 (v3)EnvironmentalOpen in IMG/M
3300022057Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_28 (v2)EnvironmentalOpen in IMG/M
3300022063Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1504_1 Viral MetaG (v2)EnvironmentalOpen in IMG/M
3300022065Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_24 (v2)EnvironmentalOpen in IMG/M
3300022067Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_30 (v3)EnvironmentalOpen in IMG/M
3300022068Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_21 (v2)EnvironmentalOpen in IMG/M
3300022071Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Sep_01 (v2)EnvironmentalOpen in IMG/M
3300022158Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_31 (v3)EnvironmentalOpen in IMG/M
3300022159Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_28 (v3)EnvironmentalOpen in IMG/M
3300022187Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Sep_01 (v3)EnvironmentalOpen in IMG/M
3300022198Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1S Viral MetaG (v3)EnvironmentalOpen in IMG/M
3300022200Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1504_1 Viral MetaG (v3)EnvironmentalOpen in IMG/M
3300023116Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071412BT metaGEnvironmentalOpen in IMG/M
3300023176Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071411BT metaGEnvironmentalOpen in IMG/M
3300023180Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071412AT metaGEnvironmentalOpen in IMG/M
3300025057Marine viral communities from the Gulf of Mexico - 31_GoM_OMZ_CsCl metaG (SPAdes)EnvironmentalOpen in IMG/M
3300025127Marine viral communities from the Pacific Ocean - ETNP_2_30 (SPAdes)EnvironmentalOpen in IMG/M
3300025151Marine viral communities from the Pacific Ocean - ETNP_6_30 (SPAdes)EnvironmentalOpen in IMG/M
3300025610Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_29_D_<0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025630Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_15_>0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025646Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1S Viral MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300025647Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1504_1 Viral MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300025653Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_29_N_>0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025671Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_4 (SPAdes)EnvironmentalOpen in IMG/M
3300025674Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1M Viral MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300025687Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1D Viral MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300025751Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_29_D_>0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025759Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_24 (SPAdes)EnvironmentalOpen in IMG/M
3300025769Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_21 (SPAdes)EnvironmentalOpen in IMG/M
3300025815Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_D_<0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025828Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_N_<0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025853Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Sep_01 (SPAdes)EnvironmentalOpen in IMG/M
3300025889Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_18 (SPAdes)EnvironmentalOpen in IMG/M
3300027917Marine sediment microbial communities from White Oak River estuary, North Carolina - WOR-2-8_12 (SPAdes)EnvironmentalOpen in IMG/M
3300029301Marine harbor viral communities from the Indian Ocean - SRH1EnvironmentalOpen in IMG/M
3300029309Marine viral communities collected during Tara Oceans survey from station TARA_100 - TARA_R100001440EnvironmentalOpen in IMG/M
3300029318Marine giant viral communities collected during Tara Oceans survey from station TARA_038 - TARA_Y100000289EnvironmentalOpen in IMG/M
3300029753Marine harbor viral communities from the Indian Ocean - SRH3EnvironmentalOpen in IMG/M
3300034374Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_31 (v4)EnvironmentalOpen in IMG/M
3300034375Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_30 (v4)EnvironmentalOpen in IMG/M
3300034418Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_28 (v4)EnvironmentalOpen in IMG/M

Geographical Distribution
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Family Sequences

Protein ID Sample Taxon ID Habitat Sequence
22225291312222084003MarineMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNIPPPDDGE
Ga0074242_1214331473300005346Saline Water And SedimentMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGAPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIEPPDEEP*
Ga0074648_101676833300005512Saline Water And SedimentMSSGTWVYLLVPVGNLDTDLPSAVSRFDYATYPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIPPPEDVP*
Ga0074648_101684643300005512Saline Water And SedimentMSSGTWVYLLLPVGNLDDDLPSQVTRFDYPTYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIPPPDEEP*
Ga0074648_110044823300005512Saline Water And SedimentMSSGTWVYLLVPVGNLDDDLPAAVTRYDYETYPDPEGPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPQAAEWAGNITPPDDGE*
Ga0074648_115478423300005512Saline Water And SedimentMSSGTWVYVLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNIEPPDDVP*
Ga0075474_1001040943300006025AqueousMSSGTWVYLLVPVGDLDTDLPSAVSRYDYETYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIPPPDDEP*
Ga0075474_1007468343300006025AqueousWVYLLVPVGNLDDDLPSAVTRYDYETYPDPDQPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPQAAEWAGNIEPPDEEP*
Ga0075474_1007754543300006025AqueousMSSGTWVYVLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIEPPDDEP*
Ga0075474_1008389243300006025AqueousMSSGTWVYLLVPVGNLDDDLPAAVTRYDYETYPDPEGPPVTVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIPPPDDAP*
Ga0075474_1013586723300006025AqueousMSSGTWIYVLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNIEPPDDAP*
Ga0075474_1016100723300006025AqueousMSSGTWVYVLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNITPPDDEP*
Ga0075474_1022386723300006025AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPDQPPVTVHPTYRTSAEFNRTNCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIY
Ga0075478_10000213303300006026AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPDQPPVTVHPTYRTSAEFNRTNCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIEPPDDEP*
Ga0075478_1008661423300006026AqueousMSSGTWVYVLVPVGNLGDDLPSAVTRFDYPTYPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPQAAEWAGNIEPPDEEP*
Ga0075478_1010414833300006026AqueousMSSGTWIYVLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNITPPDDEP*
Ga0075478_1016047033300006026AqueousVGNLDDDLPSAVTRYDYETYPDPEGPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNIEPPDDAP*
Ga0075478_1017159523300006026AqueousMSSGTWIYVLVPVGDLDTDLPSAVSRFDYPTYPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNIEPPDDEP*
Ga0075478_1020891723300006026AqueousMSSGTWIYVLVPVGNLTDDLPSAVTRFDYPTYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIPPPDEEP*
Ga0075478_1022010423300006026AqueousGDDLPSQVTRFDYPTYPDPEGPPVTVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIPPPDDGE*
Ga0075462_1000007863300006027AqueousMSSGTWIYLLVPVGDLDTDLPSAVSRFDYPTYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNITPPDDAP*
Ga0075462_1012286023300006027AqueousMSSGTWVYLLVPVGDLDTDLPSAVSRYDYETYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNIEPPDDAP*
Ga0075461_1002229813300006637AqueousMSSGTWIYVLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVIVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIEPPDDAP*
Ga0075461_1004564923300006637AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIPPPDDEP*
Ga0098073_103899613300006734MarineMSSGTWIYVLVPVGNLGDDLPSAVTRFDYPTYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRSTGWTIYTQPEAAEWAGNITPPDDAP*
Ga0098074_104202823300006790MarineMSSGTWIYVLVPVGNLDDDLPSAVTRYDYETYPDPDQPPVTVHPTYRTSAEFNRANCALGASDGVHTVWKCNSPTLMAGGDLDQFRATGWTIYTQP
Ga0070749_10007758143300006802AqueousGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPQAAEWAGNIEPPDDEP*
Ga0070749_1007028063300006802AqueousMSSGTWVYLLVPVGDLDTDLPSAVSRFDYPTYPDPEGPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIPPPDEEP*
Ga0070749_1007799823300006802AqueousMSSGTWVYLLVPVGNIDDDLPSAVTRYDYETYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPQAAEWAGNIEPPDD
Ga0070749_1016473723300006802AqueousMSSGTWAYLLVPVGNLNDDLPSAVTRYDYETYPDPEGPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPQAAEWAGNIEP
Ga0070749_1018574023300006802AqueousMSSGTWIYVLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVIVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPQAAEWAGNIEPPDDEP*
Ga0070749_1027799613300006802AqueousMSSGTWIYVLVPVGNLDTDLPSAVTRFDYPTYPDPEGPPVTVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIPPPDDAP*
Ga0070749_1028385313300006802AqueousMSSGTWVYVLVPVGNLDDDLPSAVTRYDYETYPDPEQPPVTVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNIPPPDDGE*
Ga0070749_1032792633300006802AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVIVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIPPPDDAP*
Ga0070749_1042849123300006802AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPQAAEWAGNIEPPDDAP*
Ga0070749_1042894023300006802AqueousMSSGTWIYVLVPVGNLDDDLPSAVTRYDYETYPDPDQPPVTVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNIPPPDDGE*
Ga0070749_1044487823300006802AqueousMSSGTWIYVLVPVGNLGDDLPSQVTRFDYPTYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIEPPDDEP*
Ga0070749_1051797423300006802AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNIEPPDDAP*
Ga0070749_1055318913300006802AqueousGNLGDDLPSAVTRFDYPTYPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPQAAEWAGNIEPPDDEP*
Ga0070749_1074774413300006802AqueousMSSGTWIYVLVPVGNLGDDLPSQVTRFDYPTYPDPEGPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPQAAEWAGNIEPPDDEP*
Ga0070754_1004730613300006810AqueousMSSGTWVYVLVPVGNLGDDLPSQVTRFDYPTYPDPEGPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIEPPDDEP*
Ga0070754_1007960823300006810AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNIEPPEDVP*
Ga0070754_1011986623300006810AqueousMSSGTWIYVLVPVGDLDTDLPSAVSRFDYPTYPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIEPPDDEP*
Ga0070754_1012147713300006810AqueousMSSGTWIYVLVPVGDLDSDLPSAVTRYDYETWPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPQAAEWAGNIPPPDEEP*
Ga0070754_1013382643300006810AqueousMSSGTWIYVLVPVGNLTDDLPSAVTRFDYPTYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIPPPDDEP*
Ga0070754_1015220123300006810AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPDQPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIEPPDDEP*
Ga0070754_1021751933300006810AqueousMSSGTWIYVLVPVGNLGDDLPSQVTRFDYPTYPDPEGPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNITPPDDEP*
Ga0070754_1022596523300006810AqueousMSSGTWVYLLVPVGNIDDDLPSAVTRYDYETYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPQAAEWAGNIEPPDDEP*
Ga0070754_1023652113300006810AqueousMSSGTWIYILVPVGDLDTDLPSAVSRFDYPTYPDPGQPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQ
Ga0070754_1027302823300006810AqueousMSSGTWVYLLVPVGDLDTDLPSAVSRFDYATYPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNIPPPDDGE*
Ga0070754_1028789423300006810AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNITPPDDEP*
Ga0070754_1028883623300006810AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNIEPPDDEP*
Ga0070754_1029809813300006810AqueousGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIEPPDDGE*
Ga0070754_1032532323300006810AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPDQPPVTVHPTYRTSAEFNRTNCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPE
Ga0070754_1032679223300006810AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVIVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPQAAEWAGNIEPPDDEP*
Ga0070754_1039133013300006810AqueousMSSGTWVYVLVPVGNLDDDLPAAVTRYDYETYPDPEGPPVTVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNIEPPDDEP*
Ga0070754_1043185723300006810AqueousMSSGTWIYVLVPVGNLGDDLPSQVTRFDYPTYPDPEGPPVIVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNIEPPDDEP*
Ga0070754_1044939223300006810AqueousMSSGTWVYLLVPVGDLDTDLPSAVSRYDYETYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDGFRATGWTIYTQPEAAEWAGNIPPPDDEP*
Ga0070754_1045899113300006810AqueousMSSGTWVYVLVPVGNLGDDLPSAVTRFDYPTYPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPQAAEWAGNIEPPDDEP*
Ga0070754_1049635723300006810AqueousLTDDLPSAVTRFDYPTYPDPEGPPVMVHPTYRTAAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAQWAGNIPPPDDEP*
Ga0070754_1051751423300006810AqueousMSSGTWIYVLVPVGNLDDDLPSAVTRYDYETYPDPDQPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNIPPPDDGE*
Ga0075476_1019344113300006867AqueousIYVLVPVGDLDSDLPSAVTRYDYETWPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNITPPDDEP*
Ga0075481_1010756923300006868AqueousMSSGTWVYLLVPVGNLDDDLPAAVTRYDYETYPDPEGPPVTVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWT
Ga0075481_1034874423300006868AqueousMSSGTWIYVLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNIE
Ga0075477_1008933513300006869AqueousMSSGTWIYVLVPVGNLGDDLPSQVTRFDYPTYPDPEGPPVIVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIY
Ga0075477_1013798813300006869AqueousMSSGTWIYVLVPVGNLGDDLPSQVTRFDYPTYPDPEGPPVTVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPQAAEWAGNIE
Ga0075479_1014581113300006870AqueousDDLPSQVTRFDYPTYPDPEGPPVIVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPQAAEWAGNIPPPDEEP*
Ga0075479_1017384823300006870AqueousMSSGTWIYVLVPVGNLGDDLPSQVTRFDYPTYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPQAAEWAG
Ga0075475_1032081223300006874AqueousVPVGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNITPPDDEP*
Ga0070750_1004697923300006916AqueousMSSGTWVYLLVPVGDLDTDLPSGVSRFDYPTYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIPPPDDGD*
Ga0070750_1005995523300006916AqueousMSSGTWIYVLVPVGNLGDDLPSQVTRFDYPTYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNIPPPEDVP*
Ga0070750_1017628123300006916AqueousMSSGTWIYVLVPVGNLGDDLPSAVTRFDYPTYPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPQAAEWAGNIEPPDEEP*
Ga0070750_1025956623300006916AqueousMSSGTWIYVLVPVGNLGDDLPSAVTRFDYPTYPDPEGPPVIVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNIEPPDDEP*
Ga0070750_1038464223300006916AqueousSGTWIYVLVPVGNLDDDLPAAVTRYDYETYPDPEGPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPQAAEWAGNIEPPDDEP*
Ga0070746_1011753823300006919AqueousMSSGTWVYLLVPVGNIDDDLPSAVTRYDYETYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNIEPPDDEP*
Ga0070746_1014969123300006919AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNIEP
Ga0070746_1015898213300006919AqueousMSSGTWIYVLVPVGDLDTDLPSAVSRFDYPTYPDPDGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPQAAEWAGNITPPDDGD*
Ga0070746_1026588623300006919AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPDQPPVTVHPTYRTSAEFNRTNCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNITPPDDEP*
Ga0070746_1026732523300006919AqueousMSSGTWIYVLVPVGDLDSDLPSQITRYDYETWPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNITPPDDEP*
Ga0070746_1034442933300006919AqueousPVGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPQAAEWAGNIEPPDEEP*
Ga0070746_1047286113300006919AqueousNLDDDLPSAVTRYDYETYPDPDQPPVTVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPQAAEWAGNIPPPDEEP*
Ga0075460_1003581363300007234AqueousLGDDLPSAVTRFDYPTYPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPQAAEWAGNIEPPDEEP*
Ga0070745_116351013300007344AqueousMSSGTWVYLLVPVGDLDTDLPSAVSRFDYPTYPDPEGPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGW
Ga0070745_121305733300007344AqueousLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVIVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPQAAEWAGNIEPPDDEP*
Ga0070745_122095123300007344AqueousVPVGNLDDDLPSAVTRYDYETYPDPEGPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIEPPDDEP*
Ga0070745_122491013300007344AqueousMSSGTWVYLLVPVGDLDTDLPSAVSRFDYATYPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEA
Ga0070745_131141423300007344AqueousLGDDLPSAVTRFDYPTYPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPQAAEWAGNIEPPDDEP*
Ga0070745_133519213300007344AqueousMSSGTWIYVLVPVGNLGDDLPSQVTRFDYPTYPDPEGPPVIVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIEPPDDEP*
Ga0070745_135397213300007344AqueousMSSGTWVYLLVPVGNIDDDLPSAVTRYDYETYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNIEPPDDGE*
Ga0070752_106899253300007345AqueousVLVPVGNLGDDLPSQVTRFDYPTYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPQAAEWAGNIPPPDEEP*
Ga0070752_110948323300007345AqueousMSSGTWIYVLVPVGNLGDDLPSQVTRFDYPTYPDPEGPPVTVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNITPPDDEP*
Ga0070752_114636913300007345AqueousGNLGDDLPSAVTRFDYPTYPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPQAAEWAGNIEPPDEEP*
Ga0070752_116632713300007345AqueousMSSGTWIYVLVPVGNLDTDLPSAVTRFDYPTYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPQAAEWAGNIEPPDDEP*
Ga0070752_120606623300007345AqueousMSSGTWVYLLVPVGNIDDDLPSAVTRYDYETYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLYQYGTASTNIYTQPQAAEWAGNIEPPYDEP*
Ga0070752_122280833300007345AqueousYVLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNITPPDDEP*
Ga0070752_133108523300007345AqueousMSSGTWIYVLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQ
Ga0070753_101753523300007346AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPQAAEWAGNIEPPDDEP*
Ga0070753_105904133300007346AqueousMSSGTWIYILVPVGDLDTDLPSAVSRFDYPTYPDPGQPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPQAAEWAGNIEPPDEEP*
Ga0070753_114199223300007346AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPDQPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEW
Ga0070753_116901123300007346AqueousMSSGTWVYLLVPVGDLDTDLPSAVSRFDYATYPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNIPPPDDEP*
Ga0070753_125363313300007346AqueousLLVPVGNLDDDLPSAVTRYDYETYPDPEQPPVTVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNIPPPDDGE*
Ga0070753_127218313300007346AqueousMSSGTWIYVLVPVGNLGDDLPSQVTRFDYPTYPDPEGPPVIVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNITPPDDAP*
Ga0070753_135913323300007346AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNITPPDDEP*
Ga0099851_101412823300007538AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMSGGDLDQFRATGWTIYTQPQAAEWAGNIPPPDDAP*
Ga0099851_102185543300007538AqueousMSSGTWIYVLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNIPPPDEGG*
Ga0099851_102466953300007538AqueousMSSGTWIYVLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIPPPEDVP*
Ga0099851_105720323300007538AqueousMSSGTWIYVLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNIPPPDDGE*
Ga0099851_108835723300007538AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNITPPDDEP*
Ga0099851_110557023300007538AqueousMSSGTWIYVLVPVGNLGDDLPSQVTRFDYPTYPDPEGPPVIVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNIPPPDDGE*
Ga0099851_120510813300007538AqueousGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNITPPDDEP*
Ga0099849_106169223300007539AqueousMSSGTWIYVLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNIPPPDDEP*
Ga0099849_125879213300007539AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYRTSAEFNRSNCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNITPPDDAP*
Ga0099849_134967113300007539AqueousLPSAVTRYDYETYPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNITPPEDAP*
Ga0099849_135084223300007539AqueousMSSGTWVYLLVPVGNLDDDLPAAVTRYDYETYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMSGGDLDQFRATGWTIYTQPQAAEWAGNIPPPDDAP*
Ga0099847_103766233300007540AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNITPPDDGE*
Ga0099847_109164613300007540AqueousMSSGTWIYVLVPVGNLDDDLPSAVTRYDYETCPDPEQPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNIPPPDDGD*
Ga0099848_102465823300007541AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPQAAEWAGNIPPPDDAP*
Ga0099848_113174913300007541AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGW
Ga0099848_117215113300007541AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPDQPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNITPPDDEP*
Ga0099848_122131123300007541AqueousMSSGTWIYVLVPVGDLDSDLPSQITRYDYETWPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIPPPDDVP*
Ga0099846_100726893300007542AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMSGGDLDQFRATGWTIYTQPQAAEWAGNIPPPDDAP*
Ga0099846_116754433300007542AqueousMSSGTWIYVLVPVGDLDSDLPSQITRYDYETWPDPEGPPVMVPPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNITPPDDEP*
Ga0099846_117858833300007542AqueousVLVPVGDLDSDLPSQITRYDYETYPDPEGPPVMVHPTYRTSAEINRANCALGAGDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNITPPDDAP*
Ga0070751_102804423300007640AqueousMSSGTWVYLLVPVGDLDTDLPSAVSRYDYETYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNITPPDDAP*
Ga0070751_110589523300007640AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVIVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEW
Ga0070751_114236523300007640AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNIEPPDD
Ga0070751_118231423300007640AqueousMSSGTWIYVLVPVGNLTDDLPSAVTRFDYPTFPDPDGPPVVVHPTYRTAAEYNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAQWAGNIPPPDDEP*
Ga0070751_131050323300007640AqueousMSSGTWIYVLVPVGNLGDDLPSQVTRFDYPTYPDPEGPPVTVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNI
Ga0070751_133564813300007640AqueousKMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPQAAEWAGNIEPPDDEP*
Ga0099850_114358013300007960AqueousMSSGTWIYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNITPPEDAP*
Ga0099850_124520423300007960AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIPPPDDGE*
Ga0099850_124944923300007960AqueousLVPVGDLDSDLPSAVTRYDYETWPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPQAAEWAGNIEPPDDEP*
Ga0099850_128767213300007960AqueousMSSGTWIYVLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNITPPDDEP*
Ga0099850_137483413300007960AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYATYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMTGGDLDAFRATGWTIYTQPEAAQWAGNITPPDDEP*
Ga0099850_140101213300007960AqueousMSSGTWIYVLVPVGNLGDDLPSQVTRFDYPTYPDPDGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNITPPDD
Ga0075480_1011370123300008012AqueousMSSGTWIYVLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIY
Ga0075480_1031669123300008012AqueousMSSGTWVYVLGAVGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNITPPDDEP*
Ga0075480_1038367123300008012AqueousMSSGTWVYVLVPVGNLGDDLPSAVTRFDYPTYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPQAAEWA
Ga0129348_103389723300010296Freshwater To Marine Saline GradientMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPDQPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAE
Ga0129345_122738323300010297Freshwater To Marine Saline GradientMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYRTSAEFNRSNCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIPPPEDVP*
Ga0129342_119673223300010299Freshwater To Marine Saline GradientLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPQAAEWAGNIEPPDDEP*
Ga0129342_122553223300010299Freshwater To Marine Saline GradientVGNLDDDLPSAVTRYDYETYPDPEGPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNITPPDDAP*
Ga0129351_114810833300010300Freshwater To Marine Saline GradientMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYRTAAEFNRSKCALGASDGTLQIFKFANCTLNAGEDLDQFRALRGSGDAYKLLSQEGAAQWAGNITPPDDEP*
Ga0129351_115711123300010300Freshwater To Marine Saline GradientMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPQAAEWAGNIEPPDD
Ga0136656_107236423300010318Freshwater To Marine Saline GradientMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPQAAEWAGNIEPPDDEP*
Ga0136656_110027423300010318Freshwater To Marine Saline GradientMSSGTWIYVLVPVGDLDSDLPSQITRYDYETWPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIPPPEDVP*
Ga0136656_112778913300010318Freshwater To Marine Saline GradientMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPDQPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAE
Ga0129324_1009463223300010368Freshwater To Marine Saline GradientMSSGTWIYVLVPVGDLDSDLPSQITRYDYETYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNITPPDDGE*
Ga0129324_1014308623300010368Freshwater To Marine Saline GradientMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEQPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNITPPDDEP*
Ga0129324_1022549813300010368Freshwater To Marine Saline GradientMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIPPPDDAP*
Ga0129324_1023861213300010368Freshwater To Marine Saline GradientMSSGTWIYVLVPVGNLGDDLPSQVTRFDYPTYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNITPPD
Ga0129324_1037388713300010368Freshwater To Marine Saline GradientMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNIPPPDEGG*
Ga0160423_1002500763300012920Surface SeawaterMSSGTWVYLLVPVGDLDTDLPSAVSRFDYPTYPDPEGPPVMVHPTYRTSAEFNRSNCALGASDGVHTIWKCNSPTLMSGGDLDQFRALGWTIYTQPQAAEWAGNIPAPDEGG*
Ga0160423_1004659623300012920Surface SeawaterMSSGTWIYVLVPVGNLGDDLPSQVTRYDFQTWPDPEGEPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIEPPDDGE*
Ga0160423_1005255423300012920Surface SeawaterMSSGTWVYLLVPVGDLDTDLPSSVSRFDYPTFPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIPPPDDGD*
Ga0160423_1043256123300012920Surface SeawaterMSSGTWIYVLVPVGNLGDDLPSQVTRYDFQTWPDPEGEPVTVHPTYTTSAEYNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPQAAEWAGNIPPPDDGE*
Ga0160423_1058797123300012920Surface SeawaterMSSGTWVYLLVPVNNLDDDLPLSVTRFDYATYPDPEGPPVMVHPTYRTSAEFNKANCALGASDGVHTIWKCNSPTLMSGGDLDAFRATGWTIYTQPQAAEWAGNIPPPDDGD*
Ga0181577_1006409323300017951Salt MarshMSSGTWIYVLVPVGNLTDDLPSAVTRFDYPTYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPQAAEWAGNIPPPDDVP
Ga0181577_1024401033300017951Salt MarshMSSGTWVYLLVPVGNLDDDLPAAVTRYDYETYPDPEQPPVIVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPQAAEWAGNIPPPDDEP
Ga0181577_1085410123300017951Salt MarshMSSGTWVYVLVPVGNLDDDLPSQVTRFDYPTYPDPEGPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPQAAEWAGNIEPPDEGG
Ga0181577_1089820113300017951Salt MarshMSSGTWVYLLVPVGNLGDDLPSAVTRFDYPTYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNIPPPDDEP
Ga0181590_1006780023300017967Salt MarshMSSGTWVYVLVPVGNLGDDLPSAVTRFDYPTYPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPQAAEWAGNI
Ga0181590_1008761823300017967Salt MarshMSSGTWVYLLVPVGDLDTDLPSAVSRFDYPTYPDPEGPPVMVHPTYRTAAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNITPPDDGE
Ga0181590_1009520513300017967Salt MarshDDDLPAAVTRYDYQTWPDPEGEPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPQAAEWAGNIPPPDDGD
Ga0181590_1074696533300017967Salt MarshDDLPSAVTRFDYPTYPDPEGPPVIVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPQAAEWAGNIPPPDDEP
Ga0181590_1086647313300017967Salt MarshMSSGTWIYVLVPVGDLDTDLPSAVSRFDYPTYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIPPPDDEP
Ga0181592_1013872013300018421Salt MarshMSSGTWVYVLVPVGNLGDDLPSAVTRFDYPTYPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWAIYTQPQAAEWAGNIPPPDDEP
Ga0181592_1020007533300018421Salt MarshMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNITPPDDGE
Ga0181592_1037028213300018421Salt MarshMSSGTWIYVLVPVGNLDDDLPSAVTRYDYETYPDPDQPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWT
Ga0181592_1039799113300018421Salt MarshLDTDLPSPVSRFDYPTYPDPEGPPVMVHPTYRTAAVLNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNIEPPDDGE
Ga0181592_1043475823300018421Salt MarshMSSGTWVYLLVPVGDLDTDLPSAVSRFDYPTYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPQAAEWAGNIPPPDDEP
Ga0181591_1017976423300018424Salt MarshMSSGTWIYVLVPVGNLGDDLPSAVTRFDYPTYPDPEGPPVIVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPQAAEWAGNIPPPDDEP
Ga0181591_1036179623300018424Salt MarshMSSGTWIYVLVPVGDLDTDLPSAVSRFDYPTYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPQAAEWAGNIPPPDDEP
Ga0181591_1037285223300018424Salt MarshMSSGTWVYLLVPVGDLDTDLPSAVSRFDYPTYPDPEGPPVMVHPTYRTAAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNIEPPDDGE
Ga0181591_1081157123300018424Salt MarshMSSGTWVYVLVPVGNLGDDLPSAVTRFDYPTYPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPQAAEWAGNIPPPDDEP
Ga0194016_104734523300019708SedimentMSSGTWIYVLVPVGDLDTDLPSAVSRFDYPTYPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNITPPDDAP
Ga0193973_105130723300019737SedimentMSSGTWIYVLVPVGDLDSDLPSQITRYDYETWPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNITPPDDAP
Ga0194002_104654123300019745SedimentMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPDQPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNITPPDDEP
Ga0194024_102179423300019765FreshwaterMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVIVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPQAAEWAGNIE
Ga0194024_104945413300019765FreshwaterTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNITPPDDEP
Ga0194024_105349123300019765FreshwaterMSSGTWIYVLVPVGNLDTDLPSAVSRFDYPTYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWA
Ga0196883_100036053300022050AqueousMSSGTWVYVLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIEPPDDEP
Ga0212025_105514723300022057AqueousMSSGTWVYLLVPVGNLDDDLPAAVTRYDYETYPDPEGPPVTVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIPPPDDAP
Ga0212025_106404123300022057AqueousVLVPVGNLGDDLPSQVTRFDYPTYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPQAAEWAGNIEPPDEEP
Ga0212029_103604923300022063AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNITPPDDEP
Ga0212029_106073213300022063AqueousDLPSAVTRYDYETWPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIPPPEDVP
Ga0212024_104822313300022065AqueousMSSGTWIYLLVPVGDLDTDLPSAVSRFDYPTYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNITPPDDAP
Ga0212024_104837133300022065AqueousLGDDLPSAVTRFDYPTYPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPQAAEWAGNIEPPDEEP
Ga0196895_100592523300022067AqueousMSSGTWIYVLVPVGNLGDDLPSQVTRFDYPTYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPQAAEWAGNIEPPDEEP
Ga0212021_104158023300022068AqueousMSSGTWIYVLVPVGNLGDDLPSAVTRFDYPTYPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPQAAEWAGNIEPPDEEP
Ga0212028_100213943300022071AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPDQPPVTVHPTYRTSAEFNRTNCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIEPPDDEP
Ga0212028_104423513300022071AqueousMSSGTWIYVLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNITPPDDEP
Ga0212028_108232113300022071AqueousMYVLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIEPPDDEP
Ga0196897_104770223300022158AqueousMSSGTWIYVLVPVGDLDSDLPSAVTRYDYETWPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPQAAEWAGNIPPPDEEP
Ga0196893_102329113300022159AqueousLVPVGNLDDDLPAAVTRYDYETYPDPEGPPVTVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIPPPDDAP
Ga0196899_101597023300022187AqueousMSSGTWIYVLVPVGNLGDDLPSQVTRFDYPTYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIEPPDDEP
Ga0196899_102394213300022187AqueousMSSGTWIYVLVPVGDLDTDLPSAVSRFDYPTYPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIEPPDDEP
Ga0196899_103271423300022187AqueousMSSGTWVYLLVPVGDLDTDLPSAVSRYDYETYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIPPPDDEP
Ga0196899_103472023300022187AqueousMSSGTWVYVLVPVGNLGDDLPSAVTRFDYPTYPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNIEPPDEEP
Ga0196899_105993013300022187AqueousWVYVLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNITPPDDEP
Ga0196905_100150633300022198AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMSGGDLDQFRATGWTIYTQPQAAEWAGNIPPPDDAP
Ga0196905_100727963300022198AqueousMSSGTWIYVLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNIPPPDEGG
Ga0196905_109444723300022198AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVIVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNITPPDDEP
Ga0196901_100195323300022200AqueousMSSGTWIYVLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIPPPEDVP
Ga0196901_102898533300022200AqueousMSSGTWIYVLVPVGDLDSDLPSQITRYDYETWPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIPPPDDVP
Ga0255751_1010608913300023116Salt MarshMSSGTWVYVLVPVGNLGDDLPSAVTRFDYPTYPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGW
Ga0255772_1027039613300023176Salt MarshMSSGTWVYLLVPVGDLDTDLPSAVSRFDYPTYPDPEGPPVMVHPTYRTAAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQP
Ga0255768_1003363433300023180Salt MarshMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPQAAEWAGNIPPPEDVP
Ga0255768_1031223213300023180Salt MarshMSSGTWIYVLVPVGDLDTDLPSAVSRFDYPTYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPQAAEWAG
Ga0208018_13277823300025057MarineMSSGTWIYVLVPVGNLGDDLPSAVTRFDYPTYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWT
Ga0209348_122612413300025127MarineDLPSAVTRYDYQTWPDPEGEPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPQAAEWAGNIPPPDDGD
Ga0209645_102978523300025151MarineMNSGTWIYILLPVGDLDTDLPSQVTRYDYDTEPSLFEPPVRVHPTYREAAENNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIAPPDEGG
Ga0208149_100103183300025610AqueousMSSGTWIYVLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNIEPPDDAP
Ga0208149_105664413300025610AqueousMSSGTWVYVLVPVGNLGDDLPSAVTRFDYPTYPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTI
Ga0208004_100243823300025630AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNIEPPDDEP
Ga0208004_101475563300025630AqueousMSSGTWVYVLVPVGNLGDDLPSAVTRFDYPTYPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPQAAEWAGNIEPPDEEP
Ga0208161_101089943300025646AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMSGGDLDQFRATGWTIY
Ga0208160_100424753300025647AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMSGGDLDQFRATGWTIYTQPQAAEWAG
Ga0208160_100492393300025647AqueousMSSGTWIYILVPVGNLDDDLPSAVTRYDYETYPDPEGPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIPPPEDVP
Ga0208160_101243123300025647AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNIPPPDEGG
Ga0208428_101907123300025653AqueousMSSGTWVYLLVPVGDLDTDLPSAVSRYDYETYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAG
Ga0208428_106830023300025653AqueousMSSGTWVYLLVPVGNLDDDLPAAVTRYDYETYPDPEGPPVTVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQ
Ga0208898_100167013300025671AqueousDDLPSAVTRFDYPTYPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPQAAEWAGNIEPPDEEP
Ga0208898_101616913300025671AqueousMSSGTWVYVLVPVGNLDDDLPSAVTRYDYETYPDPEQPPVTVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGW
Ga0208898_103406413300025671AqueousMSSGTWIYVLVPVGNLGDDLPSQVTRFDYPTYPDPEGPPVIVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNIEPPDDEP
Ga0208898_118902613300025671AqueousGDDLPSAVTRFDYPTYPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPQAAEWAGNIEPPDDEP
Ga0208162_104280423300025674AqueousMSSGTWIYVLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNITPPDDEP
Ga0208019_103045823300025687AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNITPPDDEP
Ga0208019_108375523300025687AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYATYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMTGGDLDAFRATGWTIYTQPEAAQWAGNITPPDDEP
Ga0208019_108971543300025687AqueousPVGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMSGGDLDQFRATGWTIYTQPQAAEWAGNIPPPDDAP
Ga0208019_109130733300025687AqueousMSSGTWIYVLVPVGNIDDDLPSAVTRYDYETYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNITPPDDAP
Ga0208150_113920033300025751AqueousMSSGTWVYVLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNITPPDDEP
Ga0208150_118649323300025751AqueousMSSGTWVYVLVPVGNLGDDLPSAVTRFDYPTYPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGW
Ga0208899_102226133300025759AqueousMSSGTWVYVLVPVGNLGDDLPSAVTRFDYPTYPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPQAAEWAGNIEPPDDEP
Ga0208767_103907053300025769AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIPPPDDGD
Ga0208767_105231423300025769AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNIEPPDDAP
Ga0208767_105995223300025769AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVIVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIPPPDDAP
Ga0208767_108276713300025769AqueousMSSGTWVYLLVPVGDLDTDLPSAVSRYDYETYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIPPPD
Ga0208767_127896423300025769AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPDQPPVTVHPTYRTSAEFNRTNCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNI
Ga0208785_101982613300025815AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPDQPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPQAAEWAGNIEPPDEEP
Ga0208785_114730113300025815AqueousLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNITPPDDEP
Ga0208547_101790873300025828AqueousMSSGTWVYLLVPVGDLDTDLPSAVSRFDYPTYPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIEPPDDEP
Ga0208645_101337713300025853AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPDQPPVTVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNIPPPDDGE
Ga0208645_102146833300025853AqueousMSSGTWIYILVPVGDLDTDLPSAVSRFDYPTYPDPGQPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPQAAEWAGNIEPPDEEP
Ga0208645_109991413300025853AqueousMSSGTWIYVLVPVGNLTDDLPSAVTRFDYPTYPDPEGPPVMVHPTYRTAAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAQWAGNIPPPDDEP
Ga0208645_114056833300025853AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPDQPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIEPPDDEP
Ga0208645_118193913300025853AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIEPPDDGE
Ga0208645_120041523300025853AqueousMSSGTWVYLLVPVGDLDTDLPSAVTRFDYPTYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNITPPDDAP
Ga0208645_120610713300025853AqueousVGNLTDDLPSAVTRFDYPTYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIPPPDDEP
Ga0208645_122957513300025853AqueousGTWIYVLVPVGDLDTDLPSAVSRFDYATYPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNIPPPDDGE
Ga0208645_129017223300025853AqueousMSSGTWIYVLVPVGNLDDDLPSAVTRYDYETYPDPEQPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNITPPDDAP
Ga0208644_130933023300025889AqueousMSSGTWIYVLVPVGNLGDDLPSQVTRFDYPTYPDPEGPPVTVHPTYRTSAEFNRANCALGASDGVHIIWKCNSPTLMAGGDLDAFRATGWTIYTQPQAAEWAGNIEPPDDEP
Ga0209536_10017761873300027917Marine SedimentMSSGTWIYILVPVGNLTDDLPSAVTRFDYPTFPDPDQPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNITPPDDEP
Ga0209536_10074420823300027917Marine SedimentMSSGTWIYVLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQP
Ga0209536_10080434513300027917Marine SedimentMSSGTWVYLLVPVGNLDDDLPSAVTRYDYATYPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNIEPPEDVP
Ga0209536_10112040423300027917Marine SedimentMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPQAAEWAGNIPPPDDEP
Ga0135222_100183023300029301Marine HarborMSSGTWIYVLVPVGDLDTDLPSAVSRFDYPTYPDPDGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEASEWAGNIPPPDDGD
Ga0183683_1000171423300029309MarineMSSGTWVYLLVPAGNLDDDLPAAVTRYDYQTWPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMSGGDLDQFRATGWAIYTQPQAAEWAGNIPPPDDGD
Ga0183683_1000244163300029309MarineMSSGTWVYILVPVGNLDDDLPSQVTRYDYDTEPSLFEPPVRVHPTYREAAKNNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRALGWTIYTQPQAAEWAGNIPPPDEGG
Ga0185543_102421123300029318MarineMSSGTWAYLLVPVGNLDDDLPAAVTRYDYATYPDPEGEPVMVHPTYRTSAEFNKANCALGASDGVHTIWKCNAPTLMAGGDLDAFRATGWTIYTQPQASEWAGNIPPPDDGE
Ga0135224_101459623300029753Marine HarborMSSGTWIYVLVPVGDLDTDLPSAVSRFDYPTYPDPDGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEASEWAGNIPPPSDRDWETPPR
Ga0348335_044849_97_4353300034374AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNITPPDDEP
Ga0348335_089349_16_3543300034374AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPDQPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPQAAEWAGNIEPPDDEP
Ga0348335_100171_623_9133300034374AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPDQPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPQ
Ga0348335_113492_396_7343300034374AqueousMSSGTWVYLLVPVGDLDTDLPSAVSRFDYATYPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNIPPPDDEP
Ga0348336_035292_1668_20063300034375AqueousMSSGTWVYVLVPVGNLDDDLPSAVTRYDYETYPDPEQPPVTVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPEAAEWAGNIPPPDDGE
Ga0348336_063798_687_10253300034375AqueousMSSGTWIYVLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIPPPDDEP
Ga0348336_100955_677_9763300034375AqueousGNLGDDLPSAVTRFDYPTYPDPEGPPVMVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPQAAEWAGNIEPPDEEP
Ga0348337_031198_1999_23373300034418AqueousMSSGTWIYVLVPVGNLTDDLPSAVTRFDYPTYPDPEGPPVMVHPTYRTAAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPEAAEWAGNIPPPDDEP
Ga0348337_104282_401_7393300034418AqueousMSSGTWVYLLVPVGDLDTDLPSAVSRYDYETYPDPEGPPVMVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDQFRATGWTIYTQPQAAEWAGNIEPPDDEP
Ga0348337_129309_17_3553300034418AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPEGPPVIVHPTYTTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPQAAEWAGNIEPPDDEP
Ga0348337_190790_201_5213300034418AqueousMSSGTWVYLLVPVGNLDDDLPSAVTRYDYETYPDPDQPPVTVHPTYRTSAEFNRANCALGASDGVHTIWKCNSPTLMAGGDLDAFRATGWTIYTQPQAAEWAGNIEP


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