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 / Metatranscriptome Family F031857

Metagenome / Metatranscriptome Family F031857

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Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F031857
Family Type Metagenome / Metatranscriptome
Number of Sequences 181
Average Sequence Length 162 residues
Representative Sequence VQRTNESGEWEDVYTITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Number of Associated Samples 86
Number of Associated Scaffolds 181

Quality Assessment
Transcriptomic Evidence Yes
Most common taxonomic group Unclassified
% of genes with valid RBS motifs 0.00 %
% of genes near scaffold ends (potentially truncated) 7.73 %
% of genes from short scaffolds (< 2000 bps) 2.76 %
Associated GOLD sequencing projects 60
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 (87.845 % of family members)
NCBI Taxonomy ID N/A
Taxonomy N/A

Most Common Ecosystem
GOLD Ecosystem Environmental → Aquatic → Marine → Coastal → Unclassified → Aqueous
(66.851 % of family members)
Environment Ontology (ENVO) Unclassified
(75.138 % of family members)
Earth Microbiome Project Ontology (EMPO) Free-living → Saline → Water (saline)
(95.580 % 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: 0.00%    β-sheet: 51.59%    Coil/Unstructured: 48.41%
Feature Viewer
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Gene Neighborhood

Neighboring Pfam domains

Pfam IDName % Frequency in 181 Family Scaffolds
PF11651P22_CoatProtein 4.42
PF01343Peptidase_S49 1.10
PF05876GpA_ATPase 1.10

Neighboring Clusters of Orthologous Genes (COGs)

COG IDNameFunctional Category % Frequency in 181 Family Scaffolds
COG0616Periplasmic serine protease, ClpP classPosttranslational modification, protein turnover, chaperones [O] 2.21
COG5525Phage terminase, large subunit GpAMobilome: prophages, transposons [X] 1.10


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Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
UnclassifiedrootN/A87.85 %
All OrganismsrootAll Organisms12.15 %

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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
3300006026|Ga0075478_10004107All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Rhodospirillaceae → unclassified Rhodospirillaceae → Rhodospirillaceae bacterium TMED1675175Open in IMG/M
3300006810|Ga0070754_10012114All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Rhodospirillaceae → unclassified Rhodospirillaceae → Rhodospirillaceae bacterium TMED1675356Open in IMG/M
3300006916|Ga0070750_10019428All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Rhodospirillaceae → unclassified Rhodospirillaceae → Rhodospirillaceae bacterium TMED1673464Open in IMG/M
3300007538|Ga0099851_1019462All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Rhodospirillaceae → unclassified Rhodospirillaceae → Rhodospirillaceae bacterium TMED1672743Open in IMG/M
3300007542|Ga0099846_1059904All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Rhodospirillaceae → unclassified Rhodospirillaceae → Rhodospirillaceae bacterium TMED1671435Open in IMG/M
3300009124|Ga0118687_10017773All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Rhodospirillaceae → unclassified Rhodospirillaceae → Rhodospirillaceae bacterium TMED1672333Open in IMG/M
3300010297|Ga0129345_1075498All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Rhodospirillaceae → unclassified Rhodospirillaceae → Rhodospirillaceae bacterium TMED1671266Open in IMG/M
3300010389|Ga0136549_10075933All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Rhodospirillaceae → unclassified Rhodospirillaceae → Rhodospirillaceae bacterium TMED1671644Open in IMG/M
3300017951|Ga0181577_10002114All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Rhodospirillaceae → unclassified Rhodospirillaceae → Rhodospirillaceae bacterium TMED16715704Open in IMG/M
3300017951|Ga0181577_10031875All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Rhodospirillaceae → unclassified Rhodospirillaceae → Rhodospirillaceae bacterium TMED1673810Open in IMG/M
3300017967|Ga0181590_10151348All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Rhodospirillaceae → unclassified Rhodospirillaceae → Rhodospirillaceae bacterium TMED1671776Open in IMG/M
3300018421|Ga0181592_10119991All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Rhodospirillaceae → unclassified Rhodospirillaceae → Rhodospirillaceae bacterium TMED1672028Open in IMG/M
3300018424|Ga0181591_10118984All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Rhodospirillaceae → unclassified Rhodospirillaceae → Rhodospirillaceae bacterium TMED1672143Open in IMG/M
3300021958|Ga0222718_10007688All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Rhodospirillaceae → unclassified Rhodospirillaceae → Rhodospirillaceae bacterium TMED1678388Open in IMG/M
3300021962|Ga0222713_10050003All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Rhodospirillaceae → unclassified Rhodospirillaceae → Rhodospirillaceae bacterium TMED1673200Open in IMG/M
3300022187|Ga0196899_1006244All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Rhodospirillaceae → unclassified Rhodospirillaceae → Rhodospirillaceae bacterium TMED1674987Open in IMG/M
3300025671|Ga0208898_1000567All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Rhodospirillaceae → unclassified Rhodospirillaceae → Rhodospirillaceae bacterium TMED16728651Open in IMG/M
3300025671|Ga0208898_1017687All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Rhodospirillaceae → unclassified Rhodospirillaceae → Rhodospirillaceae bacterium TMED1673264Open in IMG/M
3300025687|Ga0208019_1017144All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Rhodospirillaceae → unclassified Rhodospirillaceae → Rhodospirillaceae bacterium TMED1672918Open in IMG/M
3300025889|Ga0208644_1051493All Organisms → Viruses → Predicted Viral2278Open in IMG/M
3300025889|Ga0208644_1090928All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Rhodospirillaceae → unclassified Rhodospirillaceae → Rhodospirillaceae bacterium TMED1671530Open in IMG/M
3300029448|Ga0183755_1001478All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Rhodospirillaceae → unclassified Rhodospirillaceae → Rhodospirillaceae bacterium TMED16713257Open in IMG/M



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Environmental Properties

Associated Habitat Types

Select Environment Taxonomy Level:
HabitatTaxonomyDistribution
AqueousEnvironmental → Aquatic → Marine → Coastal → Unclassified → Aqueous66.85%
Salt MarshEnvironmental → Aquatic → Marine → Intertidal Zone → Salt Marsh → Salt Marsh17.13%
Freshwater To Marine Saline GradientEnvironmental → Aquatic → Marine → Coastal → Unclassified → Freshwater To Marine Saline Gradient6.08%
Estuarine WaterEnvironmental → Aquatic → Marine → Unclassified → Unclassified → Estuarine Water6.08%
MarineEnvironmental → Aquatic → Marine → Unclassified → Unclassified → Marine1.66%
MarineEnvironmental → Aquatic → Marine → Oceanic → Unclassified → Marine0.55%
MarineEnvironmental → Aquatic → Marine → Neritic Zone → Unclassified → Marine0.55%
SedimentEnvironmental → Aquatic → Sediment → Unclassified → Unclassified → Sediment0.55%
Marine Methane Seep SedimentEnvironmental → Aquatic → Sediment → Unclassified → Unclassified → Marine Methane Seep Sediment0.55%

Visualization
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Associated Samples

Taxon OIDSample NameHabitat TypeIMG/M Link
3300000116Marine microbial communities from Delaware Coast, sample from Delaware MO Spring March 2010EnvironmentalOpen in IMG/M
3300005946Seawater microbial communities from Saanich Inlet, British Columbia, Canada - Knorr_S23_td_DCM_ad_71m_LV_AEnvironmentalOpen 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
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
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
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
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
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
3300009124Marine sediment microbial communities from methane seeps within Hudson Canyon, US Atlantic Margin - Hudson Canyon PC-16 72 cmbsfEnvironmentalOpen 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
3300010370Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_0.6_0.2_DNAEnvironmentalOpen in IMG/M
3300010389Marine sediment microbial communities from methane seeps within Baltimore Canyon, US Atlantic Margin - Baltimore Canyon MUC-11 12-14 cmbsfEnvironmentalOpen in IMG/M
3300016781Metatranscriptome of coastal salt marsh microbial communities from the Groves Creek Marsh, Georgia, USA - 101409CT metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300017818Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 101401AT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300017951Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 101413BT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300017957Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 101407AT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300017958Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071405AT 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
3300017985Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 101412BT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300017986Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 101405AT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300018039Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071402CT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300018049Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 101408AT 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
3300018423Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071413AT 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
3300018426Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 101402AT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300020056Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 101410AT metaG (spades assembly)EnvironmentalOpen in IMG/M
3300020184Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 101409BT metaG (spades assembly)EnvironmentalOpen in IMG/M
3300020189Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071401CT metaG (spades assembly)EnvironmentalOpen in IMG/M
3300020207Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 101406AT metaG (spades assembly)EnvironmentalOpen in IMG/M
3300020340Marine microbial communities from Tara Oceans - TARA_B100001121 (ERX555960-ERR599119)EnvironmentalOpen in IMG/M
3300020436Marine microbial communities from Tara Oceans - TARA_B100000424 (ERX556009-ERR598984)EnvironmentalOpen in IMG/M
3300021958Estuarine water microbial communities from San Francisco Bay, California, United States - C33_27DEnvironmentalOpen in IMG/M
3300021959Estuarine water microbial communities from San Francisco Bay, California, United States - C33_13DEnvironmentalOpen in IMG/M
3300021960Estuarine water microbial communities from San Francisco Bay, California, United States - C33_9DEnvironmentalOpen in IMG/M
3300021961Estuarine water microbial communities from San Francisco Bay, California, United States - C33_3DEnvironmentalOpen in IMG/M
3300021962Estuarine water microbial communities from San Francisco Bay, California, United States - C33_649DEnvironmentalOpen 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
3300022167Aqueous 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 (v2)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
3300022934Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 101413BT metaGEnvironmentalOpen in IMG/M
3300022937Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071404AT metaGEnvironmentalOpen in IMG/M
3300023087Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 101407AT metaGEnvironmentalOpen in IMG/M
3300023108Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 101403AT metaGEnvironmentalOpen in IMG/M
3300023116Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071412BT metaGEnvironmentalOpen in IMG/M
3300023117Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071409AT metaGEnvironmentalOpen in IMG/M
3300023175Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 101402AT metaGEnvironmentalOpen 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
3300025655Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_2 Viral MetaG (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
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
3300025771Aqueous 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
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
3300025818Aqueous 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
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
3300029448Marine viral communities collected during Tara Oceans survey from station TARA_023 - TARA_E500000082EnvironmentalOpen 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
DelMOSpr2010_1001249323300000116MarineMPDARIINTRAGWLYETATSAAPTTWSTVSLTDGAYEFADIASGYRIFRVTADGAQFGAQAYTVQVYNSGWVDAATVSLNVPDGSGTFRVDAFQTNSGTLADSETIEQGHHRSRLLYEQQVDLERIAGSIFEYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0066378_1024878813300005946MarineEQQVEIERLAGGLLDYHGNVLRCVESGNTETKELEEGGMLEGYDLTLTSNRKQWADLGIKPIVGATLTKGGKRYKIQQLLTNDASFELGLMKKQ*
Ga0075474_1006614513300006025AqueousWEDVYTITLNVPDGRGITRTDCFHSVAHSHPTPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0075478_10004107103300006026AqueousFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0075461_1003765813300006637AqueousMANNRIINTRSGWLYETALHDTPTTFTTIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYTITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0075461_1010935413300006637AqueousNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYSITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNILRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0075461_1010957823300006637AqueousIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0075461_1015322713300006637AqueousMALNRIINTRSGWLYETALHATPTTFTTIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYTISLNVPDGRGITRTDCFHSVSHSHPTPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0075461_1020061613300006637AqueousNVPDGRGITRTDCFHSVEHKNPVPHTQFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0070749_1006014633300006802AqueousMALNRIINTRSGWLYETALHATPTTFTTIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGDWEDVYTISLNVPDGRGITRTDCFHSVEHKNPVPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADVGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0070749_1010070743300006802AqueousRTNESGEWEDVYSITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0070749_1017094833300006802AqueousEDVYSITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNILRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0070749_1038306513300006802AqueousPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0070749_1042217913300006802AqueousYETALHDTPTTFTTIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYSITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0070749_1055924913300006802AqueousEDVYTISLNVPDGRGITRTDCFHSVSHSHPTPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0070749_1060143723300006802AqueousQLEHIISETIKLDVPTGNGTFRADFFELDTTLSTYGQVVSTHTVDQGHHRSRLLYEQQVEIERLAGGLLDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADLGIKPIVGATLTKGGKRYKIQQLLTNDASFELGLMKKQ*
Ga0070749_1063753513300006802AqueousTAGSVFDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0070754_10012114103300006810AqueousIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYTITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0070754_1017150823300006810AqueousMANNRIINTRSGWLYETALHATPTTFTTIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYTITLNVPDGRGITRTDCFHSVSHTHQGVEHTNFQEQYIVDQGHHRSRFLYEQQVDLERTVGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0070754_1021039423300006810AqueousGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0070754_1048551313300006810AqueousTTFTTIGEGGTFGAGNVIIRVTADAAQYDSAAYTVQRTNESGEWEDVYTITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTSNRKQWADAGIKPIVGATLTKGGKRFKIQQVL
Ga0075476_1006882123300006867AqueousMANNRIINTRSGWLYETALHDTPTTFTTIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYSITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNILRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0075476_1017937013300006867AqueousMANNRIINTRSGWLYETALHDTPTTFATIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYSITLNVPDGRGITRTDCFHSVSHTHHGVEHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0075476_1024562713300006867AqueousGEWEDVYSITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0075477_1000430513300006869AqueousGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0075477_1025324713300006869AqueousYTITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADTGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0075475_1023556413300006874AqueousGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYSITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNILRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0070750_1001942813300006916AqueousVPHTQFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0070750_1017138913300006916AqueousPDGRGITRTDCFHSVEHKNPVPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTSNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0070750_1023910513300006916AqueousMAAIHITNFRAGWLYESATAAAPTTWSTIDTSQDLTYSSDTNVLIRVTADSPQYDSTAYLVEAVNSQLEHIISETIKLDVPTGNGTFRADFFELDTTLSTYGQVVSTHTVDQGHHRSRLLYEQQVEIERLAGGLLDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADLGIKPIVGATLTKGGKRYKIQQLLTNDASFELG
Ga0070746_1022531623300006919AqueousMANNRIINTRSGWLYETALHDTPTTFTTIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYTISLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0075460_1004345313300007234AqueousTNESGEWEDVYSITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0075460_1004814543300007234AqueousSNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADVGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0075460_1008231333300007234AqueousSNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNILRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0075460_1022457923300007234AqueousAYTVQRTNESGEWEDVYTITLNVPDGRGITRTDCFHSVSHTHQGVEHTNFQEQYIVDQGHHRSRFLYEQQVDLERTVGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0075460_1026098123300007234AqueousTNESGEWEDVYSITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0075460_1026679013300007234AqueousIRVTADAAQYDAAAYTVQRTNESGEWEDVYTITLNVPDGRGITRTDCFHSVEHKNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTSNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0075460_1028413313300007234AqueousHSVEHKNPVPHTQFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0070745_100405713300007344AqueousDAAQYDAAAYTVQRTNESGEWEDVYSITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNILRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0070745_101685163300007344AqueousMANNRIINTRSGWLYETALHDTPTTFATIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYTITLNVPDGRGITRTDCFHSVAHSHPTPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0070745_116641513300007344AqueousMANNRIINTRSGWLYETALHDTPTTFTTIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYTITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADTGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0070745_135591113300007344AqueousTNESGEWEDVYSITLNVPDGRGITRTDCFHSVSHTHHGVEHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0070752_1007659103300007345AqueousAAQYDAAAYTVQRTNESGEWEDVYTITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0070752_104591053300007345AqueousYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0070752_113358423300007345AqueousMANNRIINTRSGWLYETALHDTPTTFTTIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYSITLNVPDGRGITRTDCFHSVSHTHHGVEHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0070752_115072423300007345AqueousFHSVAHSNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNILRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0070752_117476423300007345AqueousAAQYDAAAYTVQRTNESGEWEDVYTITLNVPDGRGITRTDCFHSVAHSHPTPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0070753_104062943300007346AqueousFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYSITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNILRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0070753_108992013300007346AqueousTNESGEWEDVYTITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTVGSVFDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0070753_122845623300007346AqueousFTTIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYSITLNVPDGRGITRTDCFHSVSHTHHGVEHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0070753_123006723300007346AqueousFTTIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYTITLNVPDGRGITRTDCFHSVAHSHPTPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0099851_101946253300007538AqueousMANNRIINTRSGWLYETALHNTPTTFTAIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYTISLNVPDGRGITRTDCFHSVSHSNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0099851_105362013300007538AqueousESGEWEDVYTISLNVPDGRGITRTDCFHSVEHKNPVPHTQFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0099851_109669013300007538AqueousETALHDTPTTFTTIGEGGTFGAGNVIIRVTADSAQYDAAAYTVQRTNESGEWEDVYTITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0099849_100849323300007539AqueousMANNRIINTRSGWLYETALHDTPTTFTTIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYTITLNVPDGRGITRTDCFHSVAHSHPTPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0099849_137484113300007539AqueousAYTVQRTNESGEWEDVYTITLNVPDGRGITRTDCFHSVEHKNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0099848_100810013300007541AqueousQYDAAAYTVQRTNESGEWEDVYTISLNVPDGRGITRTDCFHSVSHSNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0099848_103553143300007541AqueousQYDAAAYTVQRTNESGEWEDVYTISLNVPDGRGITRTDCFHSVEHKNPVPHTQFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0099846_100217713300007542AqueousEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYTITLNVPDGRGITRTDCFHSVEHKNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTSNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0099846_100687813300007542AqueousTPTTFTAIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYTISLNVPDGRGITRTDCFHSVSHSNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0099846_105990413300007542AqueousTLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0070751_110040313300007640AqueousTLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIIDQGHHRSRSLYEQQVDLERTVGSVFDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0070751_134009423300007640AqueousAHSTPEPHTSFREQCISDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADTGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0099850_101487013300007960AqueousTPTTFTAIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYTISLNVPDGRGITRTDCFHSVSHSNPVPHTNFQEQYIIDQGHHRSRSLYEQQVDLERTAGSVFDYHGNVLRCVESGTTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0099850_102556313300007960AqueousTVQRTNESGEWEDVYTISLNVPDGRGITRTDCFHSVEHKNPVPHTQFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0099850_118552223300007960AqueousMANNRIINTRSGWLYETALHDTPTTFTTIGEGGTFGAGNVIIRVTADSAQYDAAAYTVQRTNESGEWEDVYTITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQ
Ga0099850_129535513300007960AqueousITRTDCFHSVAHSNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0075480_10011021103300008012AqueousMANNRIINTRSGWLYETALHATPTTFTTIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYTITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0075480_1014683813300008012AqueousTNESGEWEDVYTITLNVPDGRGITRTDCFHSVSHTHQGVEHTNFQEQYIVDQGHHRSRFLYEQQVDLERTVGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0075480_1017949413300008012AqueousEDVYTITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNILRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0118687_1001777333300009124SedimentMANNRIINTRSGWLYETALHDTPTTFTTIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGDWEDVYTISLNVPDGRGITRTDCFHSVSHSHPTPHTNFQNQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0129348_104696713300010296Freshwater To Marine Saline GradientMADNRIINTRSGWLYETALHDTPTTFTTIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYTITLNVPDGRGITRTDCFHSVAHSHPTPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0129348_108585413300010296Freshwater To Marine Saline GradientMANNRIINTRSGWLYETALHDTPTTFTTIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYTITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKI
Ga0129348_112070123300010296Freshwater To Marine Saline GradientDCFHSVEHKNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTSNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0129348_114401723300010296Freshwater To Marine Saline GradientDQGHHRSRFLYEQQVDLERTAGSVFNYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADLGIKPIVGATLTKGGKRYKIQQLLTNDASFELGLMKKQ*
Ga0129345_107549813300010297Freshwater To Marine Saline GradientHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0129345_110644923300010297Freshwater To Marine Saline GradientMANNRIINTRSGWLYETALHDTPTTFTTIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYTITLNVPDGRGITRTDCFHSVEHKNPVPHTQFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0129345_123692413300010297Freshwater To Marine Saline GradientRFLYEQQVDLERTVGSVFDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0129342_115711313300010299Freshwater To Marine Saline GradientTIGEGGTFGAGNVIIRVTADAAQYVAAAYTVQRTNESGEWEDVYTITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0129351_107804533300010300Freshwater To Marine Saline GradientTFTTIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDAYTITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0129351_138395213300010300Freshwater To Marine Saline GradientVQRTNESGEWEDVYTITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0129336_1037730413300010370Freshwater To Marine Saline GradientHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0136549_1007593313300010389Marine Methane Seep SedimentTRTDCFHSVSHSHPTPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADVGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ*
Ga0182063_165225423300016781Salt MarshYETAAHNTPTTFTAIGEGGTFGAGNVIIRVTADSAQFDALAYTVQRTNESGDYEDAYNISLNVPDGSGTTRTDCFHSVAHSHPTPHTNFQEQYIIDQGHHRSRLLYEQQVEIERLAGGLLDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADLGIKPIVGATLTKGGKRYKIQQLLTNDASFELGLMKKQ
Ga0181565_1084606113300017818Salt MarshTPHTNFQEQYIIDQGHHRSRLLYEQQVEIERLAGGLLDYHGNVLRCVESGNTETKELEEGGMLEGYDLTLTTNRKQWADLGIKPIVGATLTKGGKRYKIQQLLTNDASFELGLMKKQ
Ga0181577_10002114103300017951Salt MarshMALNRIINTRSGWLYETALHDTPTTFTTIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYTITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0181577_1003187573300017951Salt MarshQRTNESGDYEDAYNISLNVPDGSGTTRTDCFHSVAHSHPTPHTNFQEQYIVDQGHHRSRMLYEQQVEIERLAGGLLDYHGNVLRCVESGNTETKELEEGGMLEGYDLTLTTNRKQWADLGIKPIVGATLTKGGKRYKIQQLLTNDASFELGLMKKQ
Ga0181577_1035489823300017951Salt MarshMAAIHITNFRAGWLYESATAAAPTTWSTVDTSQDLTYSSDTNVLIRVTADSPQYDSTAYLVEAVNSQLEHIISKTIKLDVPTGNGTFRADFFELDTTLSTYGQVVSTHTVDQGHHRSRLLYEQQVEIERLAGGLLDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADLGIKPIVGATLTKGGKRYKIQQLLTNDASFELGLMKKQ
Ga0181577_1081334213300017951Salt MarshQRTNESGDYEDAYNISLNVPDGSGTTRTDCFHSVAHSHPTPHTNFQEQYIVDQGHHRSRLLYEQQVEIERLAGGLLDYHGNVLRCVESGNTETKELEEGGMLEGYDLTLTTNRKQWADLGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0181571_1030617623300017957Salt MarshTVQRTNESGDYEDAYNISLNVPDGSGTTRTDCFHSVAHSHPTPHTNFQEQYIIDQGHHRSRLLYEQQVEIERLAGGLLDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADLGIKPIVGATLTKGGKRYKIQQLLTNDASFELGLMKKQ
Ga0181582_1025188713300017958Salt MarshHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0181590_1015134813300017967Salt MarshQGHHRSRLLYEQQVEIERLAGGLLDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADLGIKPIVGATLTKGGKRYKIQQLLTNDASFELGLMKKQ
Ga0181576_1054705213300017985Salt MarshYNISLNVPDGSGTTRTDCFHSVAHSHPTPHTNFQEQYIVDQGHHRSRMLYEQQVEIERLAGGLLDYHGNVLRCVESGNTETKELEEGGMLEGYDLTLTTNRKQWADLGIKPIVGATLTKGGKRYKIQQLLTNDASFELGLMKKQ
Ga0181569_1006562753300017986Salt MarshDALAYTVQRTNESGDYEDAYNISLNVPDGSGTTRTDCFHSVAHSHPTPHTNFQEQYIVDQGHHRSRMLYEQQVEIERLAGGLLDYHGNVLRCVESGNTETKELEEGGMLEGYDLTLTTNRKQWADLGIKPIVGATLTKGGKRYKIQQLLTNDASFELGLMKKQ
Ga0181569_1044905313300017986Salt MarshFHSVAHSHPTPHTNFQEQYIIDQGHHRSRLLYEQQVEIERLAGGLLDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADLGIKPIVGATLTKGGKRYKIQQLLTNDASFELGLMKKQ
Ga0181579_1061360113300018039Salt MarshSQLEHIISETIKLDVPTGNGTFRADFFELDTTLSTYGQVVSTHTVDQGHHRSRLLYEQQVEIERLAGGLLDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADLGIKPIVGATLTKGGKRYKIQQLLTNDASFELGLMKKQ
Ga0181579_1067793723300018039Salt MarshFHSVAHSHPTPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNILRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0181572_1040075823300018049Salt MarshFHSVAHSHPTPHTNFQEQYIVDQGHHRSRMLYEQQVEIERLAGGLLDYHGNVLRCVESGNTETKELEEGGMLEGYDLTLTTNRKQWADLGIKPIVGATLTKGGKRYKIQQLLTNDASFELGLMKKQ
Ga0181592_1011999143300018421Salt MarshFQLDTTLSTYGQVVSTHTVDQGHHRSRLLYEQQVEIERLAGGLLDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADLGIKPIVGATLTKGGKRYKIQQLLTNDASFELGLMKKQ
Ga0181592_1037498313300018421Salt MarshNESGEWEDVYTITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0181593_1062612923300018423Salt MarshESATAAAPTTWSTIDTSQDLTYSSDTNVLIRVTADSPQYDSTAYLVEAVNSQLEHIISETIKLDVPTGNGTFRADFFELDATLSTSGQVVSTHTVDQGHHRSRLLYEQQVEIERLAGGLLDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADLGIKPIVGATLTKGGKRYKIQQLLTNDASFELGLMKKQ
Ga0181591_1011898433300018424Salt MarshMAAIHITNFRAGWLYESATAAAPTTWSTIDTSQDLTYSSDTNVLIRVTADSPQYDSTAYLVEAVNSQLEHIISETIKLDVPTGNGTFRADFFELDTTLSTYGQVVSTHTVDQGHHRSRLLYEQQVEIERLAGGLLDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADLGIKPIVGATLTKGGKRYKIQQLLTNDASFELGLMKKQ
Ga0181566_1001584213300018426Salt MarshSGTTRTDCFHSVAHSHPTPHTNFQEQYIIDQGHHRSRLLYEQQVEIERLAGGLLDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADLGIKPIVGATLTKGGKRYKIQQLLTNDASFELGLMKKQ
Ga0181574_1023652523300020056Salt MarshDGSGTTRTDCFHSVAHSHPTPHTNFQEQYIIDQGHHRSRLLYEQQVEIERLAGGLLDYHGNVLRCVESGNTETKELEEGGMLEGYDLTLTTNRKQWADLGIKPIVGATLTKGGKRYKIQQLLTNDASFELGLMKKQ
Ga0181573_1006891413300020184Salt MarshPTPHTNFQEQYIIDQGHHRSRLLYEQQVEIERLAGGLLDYHGNVLRCVESGNTETKELEEGGMLEGYDLTLTTNRKQWADLGIKPIVGATLTKGGKLFKIQQVLTNDASFELGLMKKQ
Ga0181578_1037522913300020189Salt MarshMANNRIINTRSGWLYETALHDTPTTFTTIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYTITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGK
Ga0181570_1018466713300020207Salt MarshTAFPTPHTNFQEQYIVDQGHHRSRMLYEQQVEIERLAGGLLDYHGNVLRCVESGNTETKELEEGGMLEGYDLTLTTNRKQWADLGIKPIVGATLTKGGKRYKIQQLLTNDASFELGLMKK
Ga0211594_111073013300020340MarineFTDGVMNFDDIASGYRLFRVTADGAQFGANAYTIQVYSSDWIDAATVSLNVPDGSGTYRIDAFQTNNGSLVDSDTIDQGHHRSRLLYEQQVEIERLAGGLLDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADLGIKPIVGATLTKGGKRYKIQQLLTNDASFELGLMKK
Ga0211708_1034107613300020436MarineNAYTIQVYTSDWTDAATVSLNVPDGSGTYRIDAFQTNNGSLVDSDTIDQGHHRSRLLYEQQVEIERLAGGLLDYHGNVLRCVESGNTETKELEEGGMLEGYDLTLTTNRKQWADLGIKPIVGATLTKGGKRYKIQQLLTNDASFELGLMKKQ
Ga0222718_1000768873300021958Estuarine WaterMANNRIINTRSGWLYETALHATPTTFTTIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGDWEDVYTISLNVPDGRGITRTDCFHSVSHSHPTPHTNFQNQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADVGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0222718_1007145233300021958Estuarine WaterMANNRIINTRSGWLYETALHDTPTTFTTIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYSITLNVPDGRGITRTDCFHSVAHSHPTPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0222716_1003808463300021959Estuarine WaterMANNRIINTRSGWLYETALHDTPTTFTAIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGDWEDVYTISLNVPDGRGITRTDCFHSVSHSHPTPHTNFQNQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADVGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0222716_1056667423300021959Estuarine WaterYDAAAYTVQRTNESGEWEDVYSITLNVPDGRGITRTDCFHSVAHSHPTPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0222716_1066432413300021959Estuarine WaterPTTFTTIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYSITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFEL
Ga0222715_1010796333300021960Estuarine WaterMALNRIINTRSGWLYETALHDTPTTFTTIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNEIGEWEDVYTISLNVPDGRGITRTDCFHSVEHKNPVPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADVGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0222715_1038633813300021960Estuarine WaterMANNRIINTRSGWLYETALHATPTTFTTIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYTISLNVPDGRGITRTDCFHSVSHSHPTPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTVGSVFDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0222714_1002699073300021961Estuarine WaterFHSVSHSHPTPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0222714_1011606333300021961Estuarine WaterMANNRIINTRSGWLYETALHDTPTTFTTIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYSITLNVPDGRGITRTDCFHSVAHSHPTPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTK
Ga0222713_1005000363300021962Estuarine WaterNVIIRVTADAAQYDAAAYTVQRTNESGDWEDVYTISLNVPDGRGITRTDCFHSVSHSHPTPHTNFQNQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADVGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0222713_1006211113300021962Estuarine WaterLHATPTTFTTIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYTISLNVPDGRGITRTDCFHSVSHSHPTPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTVGSVFDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0212028_104896423300022071AqueousEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0212020_106218323300022167AqueousTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADTGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0196899_100624413300022187AqueousDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0196905_100220763300022198AqueousMANNRIINTRSGWLYETALHNTPTTFTAIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYTISLNVPDGRGITRTDCFHSVSHSNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0196905_102489843300022198AqueousLELTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0255781_1021333623300022934Salt MarshLNVPDGSGTTRTDCFHSVAHSHPTPHTNFQEQYIIDQGHHRSRLLYEQQVEIERLAGGLLDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADLGIKPIVGATLTKGGKRYKIQQLLTNDASFELGLMKKQ
Ga0255770_1043730913300022937Salt MarshNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYTITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0255774_1028297023300023087Salt MarshDAYNISLNVPDGSGTTRTDCFHSVAHSHPTPHTNFQEQYIIDQGHHRSRLLYEQQVEIERLAGGLLDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADLGIKPIVGATLTKGGKRYKIQQLLTNDASFELGLMKKQ
Ga0255784_1022350223300023108Salt MarshPHTNFQEQYIVDQGHHRSRMLYEQQVEIERLAGGLLDYHGNVLRCVESGNTETKELEEGGMLEGYDLTLTTNRKQWADLGIKPIVGATLTKGGKRYKIQQLLTNDASFELGLMKKQ
Ga0255751_1027577913300023116Salt MarshSGEWEDVYTITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0255757_1052722613300023117Salt MarshITRTDCFHSVAHSNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0255777_1002799613300023175Salt MarshSHPTPHTNFQEQYIIDQGHHRSRLLYEQQVEIERLAGGLLDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADLGIKPIVGATLTKGGKRYKIQQLLTNDASFELGLMKKQ
Ga0208149_100264343300025610AqueousMANNRIINTRSGWLYETALHATPTTFTTIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYTITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0208004_101400563300025630AqueousRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0208004_103174913300025630AqueousMANNRIINTRSGWLYETALHDTPTTFTTIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYTITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0208004_108963613300025630AqueousMANNRIINTRSGWLYETALHDTPTTFTTIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYSITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNILRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0208161_105082633300025646AqueousTNESGEWEDVYSITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0208160_114614113300025647AqueousFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYTITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0208428_102215653300025653AqueousIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0208795_112997013300025655AqueousITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0208898_1000567363300025671AqueousMANNRIINTRSGWLYETALHDTPTTFATIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYTITLNVPDGRGITRTDCFHSVAHSHPTPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0208898_101768763300025671AqueousPTTFTTIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYSITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNILRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0208898_114447123300025671AqueousEWEDVYSITLNVPDGRGITRTDCFHSVSHTHHGVEHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0208898_118927013300025671AqueousTTIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYTITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADTGIKPIVGATLTKGGKRFKI
Ga0208162_102583123300025674AqueousMANNRIINTRSGWLYETALHDTPTTFTTIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYTITLNVPDGRGITRTDCFHSVAHSHPTPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0208162_106346613300025674AqueousTLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0208019_101085713300025687AqueousVQRTNESGEWEDVYTISLNVPDGRGITRTDCFHSVEHKNPVPHTQFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0208019_101714453300025687AqueousMANNRIINTRSGWLYETALHDTPTTFTTIGEGGTFGAGNVIIRVTADSAQYDAAAYTVQRTNESGEWEDVYTITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0208767_119180913300025769AqueousLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0208767_120480813300025769AqueousMANNRIINTRSGWLYETALHDTPTTFTTIGEGGTFGAGNVIIRVTADAAQYDAVAYTVQRTNESGEWEDVYTITLNVPDGRGITRTDCFHSVSHTHHGVEHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQ
Ga0208767_121525323300025769AqueousFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYTITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0208427_100546893300025771AqueousFTTIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYTITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0208427_100548393300025771AqueousIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYSITLNVPDGRGITRTDCFHSVAHSHPTPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0208427_113472413300025771AqueousWEDVYTITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADTGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0208785_106646923300025815AqueousAAAYTVQRTNESGEWEDVYTITLNVPDGRGITRTDCFHSVAHSHPTPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0208785_107482113300025815AqueousPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNILRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0208542_100395733300025818AqueousMALNRIINTRSGWLYETALHATPTTFTTIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYTISLNVPDGRGITRTDCFHSVSHSHPTPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0208542_102179713300025818AqueousITRTDCFHSVEHKNPVPHTQFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0208542_103176443300025818AqueousQRTNESGEWEDVYSITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0208542_110778223300025818AqueousDAAAYTVQRTNESGEWEDVYTITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0208547_120743713300025828AqueousSGEWEDVYTITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTNGGKRFKIQQVLTNDASFELGLMKKQ
Ga0208645_101258913300025853AqueousAHSNPVPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0208645_122500813300025853AqueousTVQRTNESGEWEDVYTITLNVPDGRGITRTDCFHSVSHTHQGVEHTNFQEQYIVDQGHHRSRFLYEQQVDLERTVGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0208645_126337713300025853AqueousNNRIINTRSGWLYETALHNTPTTFTTIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYSITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNILRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKG
Ga0208644_101896313300025889AqueousWEDVYTISLNVPDGRGITRTDCFHSVSHSHPTPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0208644_105149353300025889AqueousWEDVYSITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNILRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0208644_107629023300025889AqueousMALNRIINTRSGWLYETALHATPTTFTTIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGDWEDVYTISLNVPDGRGITRTDCFHSVEHKNPVPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADVGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0208644_108506643300025889AqueousTLNVPDGRGITRTDCFHSVEHKNPVPHTQFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0208644_109092813300025889AqueousWEDVYTISLNVPDGRGITRTDCFHSVSHSHPTPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTSNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0208644_109973533300025889AqueousRTNESGEWEDVYSITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0208644_115341723300025889AqueousMANNRIINTRSGWLYETALHDTPTTFTTIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYTISLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0208644_119732423300025889AqueousWEDVYSITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNILRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0208644_122240513300025889AqueousYETALHDTPTTFTTIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYSITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0208644_131096623300025889AqueousYTVQRTNESGEWEDVYTITLNVPDGRGITRTDCFHSVAHSHPTPHTNFQEQYIVDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0183755_1001478103300029448MarineMPDARIINTRAGWLYESTTSAAPTSWAAVVFTDGVMNFDDIASGYRLFRVTADGAQFGADAYTIQVYSSDWTDAATVSLNVPDGSGTYRIDAFQTNNGNLVDSDTIDQGHHRSRLLYEQQVEIERLAGGLLDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADLGIKPIVGATLTKGGKRYKIQQLLTNDASFELGLMKKQ
Ga0348335_005774_3_5933300034374AqueousLHDTPTTFTTIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYTITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNILRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0348335_112951_244_8223300034374AqueousPTTFTTIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYTITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTVGSVFDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0348336_020898_3107_33883300034375AqueousQQVDLERTAGSVFDYHGNILRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0348336_188406_165_5183300034375AqueousVEHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0348337_002977_11191_118353300034418AqueousMANNRIINTRSGWLYETALHDTPTTFTTIGEGGTFGAGNVIIRVTADAAQYDAAAYTVQRTNESGEWEDVYSITLNVPDGRGITRTDCFHSVAHSNPVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNILRCVESGNTETKELEEGGILEGYDLTLTTNRKQWADAGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ
Ga0348337_163072_251_6043300034418AqueousVPHTNFQEQYIIDQGHHRSRFLYEQQVDLERTAGSVFDYHGNVLRCVESGNTETKELEDGGILEGYDLTLTTNRKQWADTGIKPIVGATLTKGGKRFKIQQVLTNDASFELGLMKKQ


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