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 F041744

Metagenome Family F041744

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Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F041744
Family Type Metagenome
Number of Sequences 159
Average Sequence Length 179 residues
Representative Sequence MRIDHTVTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Number of Associated Samples 67
Number of Associated Scaffolds 159

Quality Assessment
Transcriptomic Evidence No
Most common taxonomic group Unclassified
% of genes with valid RBS motifs 0.00 %
% of genes near scaffold ends (potentially truncated) 5.66 %
% of genes from short scaffolds (< 2000 bps) 1.26 %
Associated GOLD sequencing projects 42
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 (89.308 % of family members)
NCBI Taxonomy ID N/A
Taxonomy N/A

Most Common Ecosystem
GOLD Ecosystem Environmental → Aquatic → Marine → Coastal → Unclassified → Aqueous
(81.761 % of family members)
Environment Ontology (ENVO) Unclassified
(86.792 % of family members)
Earth Microbiome Project Ontology (EMPO) Free-living → Saline → Water (saline)
(93.082 % 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: 30.00%    β-sheet: 23.68%    Coil/Unstructured: 46.32%
Feature Viewer
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Gene Neighborhood

Neighboring Pfam domains

Pfam IDName % Frequency in 159 Family Scaffolds
PF04883HK97-gp10_like 20.75
PF05135Phage_connect_1 18.87
PF05065Phage_capsid 6.92
PF06199Phage_tail_2 3.77
PF04098Rad52_Rad22 0.63
PF04586Peptidase_S78 0.63

Neighboring Clusters of Orthologous Genes (COGs)

COG IDNameFunctional Category % Frequency in 159 Family Scaffolds
COG4653Predicted phage phi-C31 gp36 major capsid-like proteinMobilome: prophages, transposons [X] 6.92
COG3740Phage head maturation proteaseMobilome: prophages, transposons [X] 0.63


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Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
UnclassifiedrootN/A89.31 %
All OrganismsrootAll Organisms10.69 %

Visualization
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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
3300006025|Ga0075474_10016156All Organisms → Viruses → Predicted Viral2764Open in IMG/M
3300006027|Ga0075462_10024008All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium1968Open in IMG/M
3300006027|Ga0075462_10025239All Organisms → Viruses → Predicted Viral1919Open in IMG/M
3300006637|Ga0075461_10013231All Organisms → Viruses → Predicted Viral2724Open in IMG/M
3300006810|Ga0070754_10024131All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium3493Open in IMG/M
3300007539|Ga0099849_1021538All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium2802Open in IMG/M
3300017951|Ga0181577_10076347All Organisms → Viruses → Predicted Viral2345Open in IMG/M
3300022050|Ga0196883_1001315All Organisms → Viruses → Predicted Viral2749Open in IMG/M
3300022158|Ga0196897_1001996All Organisms → Viruses → Predicted Viral2593Open in IMG/M
3300025674|Ga0208162_1000946All Organisms → cellular organisms → Bacteria15779Open in IMG/M
3300025674|Ga0208162_1001955All Organisms → cellular organisms → Bacteria10334Open in IMG/M
3300025674|Ga0208162_1006564All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium5247Open in IMG/M
3300025759|Ga0208899_1011711All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium4812Open in IMG/M
3300025769|Ga0208767_1008140All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium6781Open in IMG/M
3300027917|Ga0209536_100049517All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium5530Open in IMG/M
3300034374|Ga0348335_006411All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium7085Open in IMG/M
3300034375|Ga0348336_038178All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium2141Open in IMG/M



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Environmental Properties

Associated Habitat Types

Select Environment Taxonomy Level:
HabitatTaxonomyDistribution
AqueousEnvironmental → Aquatic → Marine → Coastal → Unclassified → Aqueous81.76%
Salt MarshEnvironmental → Aquatic → Marine → Intertidal Zone → Salt Marsh → Salt Marsh5.66%
SeawaterEnvironmental → Aquatic → Marine → Coastal → Unclassified → Seawater3.77%
Freshwater To Marine Saline GradientEnvironmental → Aquatic → Marine → Coastal → Unclassified → Freshwater To Marine Saline Gradient3.77%
Worm BurrowEnvironmental → Aquatic → Marine → Coastal → Sediment → Worm Burrow1.26%
MarineEnvironmental → Aquatic → Marine → Neritic Zone → Unclassified → Marine1.26%
SedimentEnvironmental → Aquatic → Freshwater → Sediment → Unclassified → Sediment0.63%
Marine SedimentEnvironmental → Aquatic → Marine → Oceanic → Sediment → Marine Sediment0.63%
Marine SedimentEnvironmental → Aquatic → Marine → Wetlands → Sediment → Marine Sediment0.63%
Hypersaline Lake SedimentEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Hypersaline → Sediment → Hypersaline Lake Sediment0.63%

Visualization
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Associated Samples

Taxon OIDSample NameHabitat TypeIMG/M Link
3300000117Marine microbial communities from Delaware Coast, sample from Delaware MO Winter December 2010EnvironmentalOpen 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
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
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
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
3300007236Aqueous 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
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
3300007539Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1M 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
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
3300010300Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_27_0.2_DNAEnvironmentalOpen 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
3300017967Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071411BT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300018080Hypersaline lake sediment archaeal communities from the Salton Sea, California, USA - SS_1_D_1 metaGEnvironmentalOpen in IMG/M
3300018416Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 011502XT 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
3300018428Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 101404AT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300019749Sediment microbial communities from the Broadkill River, Lewes, Delaware, United States ? BLT_4-5_MGEnvironmentalOpen in IMG/M
3300021364Coastal seawater microbial communities near Pivers Island, North Carolina, United States - PICO304EnvironmentalOpen in IMG/M
3300021368Coastal seawater microbial communities near Pivers Island, North Carolina, United States - PICO550EnvironmentalOpen in IMG/M
3300021373Coastal seawater microbial communities near Pivers Island, North Carolina, United States - PICO282EnvironmentalOpen in IMG/M
3300021425Coastal seawater microbial communities near Pivers Island, North Carolina, United States - PICO284EnvironmentalOpen 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
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
3300022069Aqueous 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 (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
3300022168Aqueous 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 (v2)EnvironmentalOpen in IMG/M
3300022183Aqueous 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 (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
3300022934Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 101413BT 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
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
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
3300025803Aqueous 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_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025810Aqueous 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_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
3300025840Aqueous 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
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
3300031111Marine sediment archaeal communities from Little Sippewissett salt marsh, Falmouth, MA, United States - SSM-Form-13EnvironmentalOpen in IMG/M
3300032136Coastal sediment microbial communities from Delaware Bay, Delaware, United States - CS-6 worm burrowEnvironmentalOpen 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

Geographical Distribution
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Family Sequences

Protein ID Sample Taxon ID Habitat Sequence
DelMOWin2010_1002659923300000117MarineMRIDHTVTDVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTDNVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
DelMOWin2010_1009843723300000117MarineMRIDHTVTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVDYVAQLSYVTENVKEAIVKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0075474_1001615653300006025AqueousIDHTVTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGLNTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVANLKADLNSLLAKERTKLFL*
Ga0075474_1005594113300006025AqueousHTVTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVNYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0075474_1009394113300006025AqueousMRIDHTVTAVTSANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADTDYYLLTGGRLRIPSPTAYSTYTVDYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0075478_1004938033300006026AqueousMRIDHTVTAVTTANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVNYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0075478_1005130033300006026AqueousMRIDHTVTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGLNTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVANLKADLNSLLAKERTKLFL*
Ga0075478_1021710913300006026AqueousHTVTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDIDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADTDYYLLTGGRLRIPSPTAYSTYTVDYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0075462_1002400813300006027AqueousMRIDHTVTAVTTANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADTDYYLLTGGRLRIPSPTAYSTYTVNYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0075462_1002523913300006027AqueousNIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSIISVVGQDLEGANTTLTVDEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0075462_1005275013300006027AqueousMRIDHTLTAVTPAIIISREEFRLYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDLDSGEIRYVLPMGPVGAITAVVGQDLEGANTTLTADEDYYLLSGGRLRIPSPTAYSTYTVNYVAQMEYVTQNVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0075462_1017696513300006027AqueousMRIDHTVTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITAVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVDYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0075462_1021502713300006027AqueousMRIDHTVTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVNYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNL
Ga0075461_1001323123300006637AqueousMRIDHTVTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVNYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0075461_1004238923300006637AqueousMRIDHTLTAVTWREIVSREEFRLYARAVNITGEDDLIDRQLQASIRYVETYIGQSLNENRMEAILWDFDDDRDMDAGELRYVLPMGPVSSITAVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVNYVAQLEYVTDNVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0075461_1006320823300006637AqueousMRIDHTLTAVTPAIIISREEFRLYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSAITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVNYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTK
Ga0075461_1008066033300006637AqueousMRIDHTVTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVDYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0075461_1012551013300006637AqueousMRIDHTVTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVNYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0075461_1018476713300006637AqueousMRIDHTVTAVTTANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0070749_1020374033300006802AqueousARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVDYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0070749_1041815813300006802AqueousMRIDHTLTAVTPAIIISREEFRLYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSAITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVNYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0070749_1045160313300006802AqueousMRIDHTLTAVTWREIVSREEFRLYARAVNITGEDDLIDRQLQASIRYVETYIGQSLNENRMEAILWDFDDDRDMDAGELRYVLPMGPVSSITAVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVNYVAQLEYVTDNVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERT
Ga0070749_1053752923300006802AqueousIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSIISVVGQDLEGANTTLTVDEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0070749_1065994113300006802AqueousIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVNYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0070749_1075694813300006802AqueousDFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAIIWEFDDDRDMDAGELRYVLPMGPVSSIISVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTDNVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0070754_1002413143300006810AqueousMRIDHTVTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSAITSVVGQDLEGANTTLTADTDYYLLTGGRLRIPSPTAYSTYTVNYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0070754_1012575433300006810AqueousMRIDHTVTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0070754_1014331633300006810AqueousMRIDHTVTAVTPANIISRTDFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVNYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0070754_1033623813300006810AqueousISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSIISVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTDNVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0070754_1037343013300006810AqueousRIDHTVTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGLNTTLTADEDYYLLTGGVLRIPSPTAYHNYTVTYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0070754_1040831213300006810AqueousANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDIDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADTDYYLLTGGRLRIPSPTAYSTYTVDYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0075476_1008467933300006867AqueousTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVNYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0075476_1014928123300006867AqueousTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVNYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0075476_1015299313300006867AqueousVTSANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADTDYYLLTGGRLRIPSPTAYSTYTVDYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0075476_1023858423300006867AqueousANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0075476_1026791513300006867AqueousMRIDHTVTAVTPASIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITAVVGQDLEGANTTLTADQDYYLLTGGRLRIPSPTAYSTYTVNYVAQLEFVTENIKEAILKICAELYQNRGISVTGTIVSNLKADLNS
Ga0075477_1030163613300006869AqueousMRIDHTVTAVTTANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVNYVAQLSYVTENVKEAIIKICAEL
Ga0075479_1008056233300006870AqueousTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTDNVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0070750_1044512613300006916AqueousNIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAIIWEFDDDRDMDAGELRYVLPMGPVSSIISVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTDNVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0070746_1009426743300006919AqueousTAVTPAIIISREEFRLYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDLDSGEIRYVLPMGPVGAITAVVGQDLEGANTTLTADEDYYLLSGGRLRIPSPTAYSTYTVNYVAQMEYVTQNVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0070746_1037344713300006919AqueousMRIDHTVTAVTTANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVNYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTK
Ga0070746_1045174413300006919AqueousMRIDHTVTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVNYVAQLSYVTENVKEAIIKICAELYQNRGISVTGT
Ga0070746_1049247013300006919AqueousANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAIIWEFDDDRDMDAGELRYVLPMGPVSSIISVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTDNVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0075460_1009851613300007234AqueousRAVNITGEDDLIDRQLQASIRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITAVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVNYVAQLEYVTDNVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0075460_1024403913300007234AqueousMRIDHTVTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVNYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNLKADLNS
Ga0075460_1026465913300007234AqueousRAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVNYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0075460_1029429913300007234AqueousNIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAIIWEFDDDRDMDAGELRYVLPMGPVSSIISVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTDNVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0075463_1004920813300007236AqueousMRIDHTVTAVTPASIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSIISVVGQDLEGANTTLTVDEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0070745_103393743300007344AqueousANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVNYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0070745_127952613300007344AqueousMRIDHTVTAVTPASIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITAVVGQDLEGANTTLTADQDYYLLTGGRLRIPSPTAYSTYTVNYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNL
Ga0070745_136450413300007344AqueousDFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSIISVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTDNVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERT
Ga0070752_110773433300007345AqueousMRIDHTVTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSIISVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTDNVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0070752_111040413300007345AqueousDHTVTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDIDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADTDYYLLTGGRLRIPSPTAYSTYTVDYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0070753_107519533300007346AqueousRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0070753_119019113300007346AqueousMRIDHTVTAVTPASIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITAVVGQDLEGANTTLTADQDYYLLTGGRLRIPSPTAYSTYTVNYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0070753_126454013300007346AqueousMRIDHTVTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSIISVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTDNVKEAIIKICAELYQNRGISVTGTIVSNLKAD
Ga0070753_127420913300007346AqueousMRIDHTVTAVTTANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDIDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADTDYYLLTGGRLRIPSPTAYSTYTVDYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNL
Ga0070753_128507413300007346AqueousMRIDHTVTAVTPANIISRTDFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVNYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNLK
Ga0099849_102153813300007539AqueousTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADTDYYLLTGGRLRIPSPTAYSTYTVDYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0099849_106037023300007539AqueousMRIDHTVTAVTTANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTENIKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0099849_117449223300007539AqueousTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0099849_119811513300007539AqueousFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0099849_129719213300007539AqueousMRIDHTVTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVNYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTK
Ga0099849_135189013300007539AqueousSTRYVETYIGQSLNENRMQAIIWEFDDDRDMDAGELRYVLPMGPVSSIISVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTDNVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0099846_108237323300007542AqueousMRIDHTVTAVTTANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTDNVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0070751_111576733300007640AqueousNIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSAITSVVGQDLEGANTTLTADTDYYLLTGGRLRIPSPTAYSTYTVNYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0070751_118012713300007640AqueousTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSIISVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTDNVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0070751_121518513300007640AqueousMRIDHTVTAVTTANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDIDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADTDYYLLTGGRLRIPSPTAYSTYTVDYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0070751_126027113300007640AqueousRAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITAVVGQDLEGANTTLTADQDYYLLTGGRLRIPSPTAYSTYTVNYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0075480_1039026313300008012AqueousTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVNYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0075480_1058403113300008012AqueousTGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWEFDDDRDMDAGELRYVLPMGPVSSIISVVGQDLEGLNTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTDNVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0075480_1063627313300008012AqueousVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITAVVGQDLEGANTTLTADQDYYLLTGGRLRIPSPTAYSTYTVNYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0129348_105798223300010296Freshwater To Marine Saline GradientMRIDHTVTDVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0129348_115822613300010296Freshwater To Marine Saline GradientTTANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTENIKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0129345_101659033300010297Freshwater To Marine Saline GradientMRIDHTVTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTENIKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0129351_114387713300010300Freshwater To Marine Saline GradientDHTVTAVTTANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDERDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0129351_115406223300010300Freshwater To Marine Saline GradientISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0129351_134398113300010300Freshwater To Marine Saline GradientISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAIIWEFDDDRDMDAGELRYVLPMGPVSSIISVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVDYVAQLSYVTDNVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL*
Ga0181577_1007634713300017951Salt MarshSRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNQNRMQAILWDFDDERDMDAGELRYVLPMGPVSSIASVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVNYVAQLSYVTENIKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0181577_1058541023300017951Salt MarshSRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSIISVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTDNVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0181571_1046631013300017957Salt MarshMRIDHTLTEATPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNQNRMQAILWDFDDERDMDAGELRYVLPMGPVSSIASVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTDNVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0181590_1053953823300017967Salt MarshRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQGLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVDYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0180433_1028621923300018080Hypersaline Lake SedimentMRIDHTVTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVGSITSVVGQDLEGANTTLTADEDYYLLTGGVLRIPSPTAYHNYTVNYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0181553_1016174723300018416Salt MarshMRIDHTVTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSIISVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0181592_1026833233300018421Salt MarshMRIDHTVTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVDYVAQLSYVTENVKEAIVKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0181591_1052336623300018424Salt MarshMRIDHTVTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVDYVAQLSYVTENVKEAIVKICAELYQNRGISVTGTIVSNL
Ga0181568_1054139623300018428Salt MarshMRIDHTLTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSIISVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTENVKESILKIWAELYQNRGISVTGTIVSNLKA
Ga0193983_104730713300019749SedimentMRIDHTVTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAIIWEFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNLKADLNS
Ga0213859_1005251033300021364SeawaterMRIDHTVTAVTTANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVNYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0213859_1006870023300021364SeawaterMRIDHTVTDVTPASIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAIIWEFDDDRDLEGGELRYALPMGPVSAITSVVGQDLEGANTTLTADTDYYLLTGGRLRIPSPTAYSTYTVNYVAQVEYVTENIKEAILKICAELYQNRGISVT
Ga0213859_1041854113300021364SeawaterMRIDHTVTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGLNTTLTADEDYYLLTGGRLRIPSPTAYHNYTVTYVAQLSYVTDNVKEAILKICAELYQNRGISVTGTIVSNLKADLNSL
Ga0213860_1005232533300021368SeawaterMRIDHTLTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTDNVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0213865_1013845123300021373SeawaterMRIDHTVTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVDYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0213866_1018411313300021425SeawaterMRIDHTVTDVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVDYVAQLSYVTENVKEAIVKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0196883_100131553300022050AqueousMRIDHTVTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGLNTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVANLKADLNSLLAKERTKLFL
Ga0196883_100261833300022050AqueousMRIDHTVTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADTDYYLLTGGRLRIPSPTAYSTYTVDYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0212021_102079733300022068AqueousMRIDHTVTAVTTANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADTDYYLLTGGRLRIPSPTAYSTYTVNYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0212026_106479013300022069AqueousMRIDHTVTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADTDYYLLTGGRLRIPSPTAYSTYTVNYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSN
Ga0196897_100199653300022158AqueousVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADTDYYLLTGGRLRIPSPTAYSTYTVDYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0196893_100796623300022159AqueousFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADTDYYLLTGGRLRIPSPTAYSTYTVDYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0212027_100084273300022168AqueousDARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGLNTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVANLKADLNSLLAKERTKLFL
Ga0212027_103421413300022168AqueousMRIDHTVTAVTSANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADTDYYLLTGGRLRIPSPTAYSTYTVDYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0196891_107842323300022183AqueousMRIDHTVTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAIIWEFDDDRDMDAGELRYVLPMGPVSSIISVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTDNVKEAILKICAELYQNRGISVTGTIVSNLK
Ga0196899_100614133300022187AqueousMRIDHTVTAVTTANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVNYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0196899_101796933300022187AqueousMRIDHTVTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSAITSVVGQDLEGANTTLTADTDYYLLTGGRLRIPSPTAYSTYTVNYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0196899_104274623300022187AqueousMRIDHTVTAVTTANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDIDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADTDYYLLTGGRLRIPSPTAYSTYTVDYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0196899_117782413300022187AqueousRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0196899_117919713300022187AqueousIDHTVTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADTDYYLLTGGRLRIPSPTAYSTYTVNYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0196899_120077713300022187AqueousYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSIISVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTDNVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0255781_1007043033300022934Salt MarshMRIDHTLTEATPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSIISVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTDNVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0208149_106234623300025610AqueousVTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDIDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADTDYYLLTGGRLRIPSPTAYSTYTVDYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0208004_104898323300025630AqueousMRIDHTLTAVTPAIIISREEFRLYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSAITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVNYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSL
Ga0208004_108032023300025630AqueousIDHTVTAVTPANIISRTDFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAIIWEFDDDRDMDAGELRYVLPMGPVSSIISVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTDNVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0208004_108557713300025630AqueousMRIDHTLTAVTWREIVSREEFRLYARAVNITGEDDLIDRQLQASIRYVETYIGQSLNENRMEAILWDFDDDRDMDAGELRYVLPMGPVSSITAVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVNYVAQLEYVTDNVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKE
Ga0208004_113109313300025630AqueousMRIDHTVTAVTTANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKE
Ga0208004_113814113300025630AqueousMRIDHTVTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVNYVAQLSYVTENVKEAIIKICAELYQNRGISVT
Ga0208428_100177433300025653AqueousMRIDHTVTAVTSANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGLNTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVANLKADLNSLLAKERTKLFL
Ga0208898_110497823300025671AqueousVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLF
Ga0208162_1000946273300025674AqueousMRIDHTVTDVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0208162_1001955123300025674AqueousTGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADTDYYLLTGGRLRIPSPTAYSTYTVDYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0208162_100656413300025674AqueousTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVNYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0208162_119808313300025674AqueousASTRYVETYIGQSLNENRMQAIIWEFDDDRDMDAGELRYVLPMGPVSSIISVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTDNVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0208150_107947933300025751AqueousDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADTDYYLLTGGRLRIPSPTAYSTYTVDYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0208899_101171193300025759AqueousMRIDHTLTAVTPAIIISREEFRLYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSAITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVNYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0208899_103892453300025759AqueousYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAIIWEFDDDRDMDAGELRYVLPMGPVSSIISVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTDNVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0208899_104646743300025759AqueousMRIDHTLTAVTPAIIISREEFRLYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDLDSGEIRYVLPMGPVGAITAVVGQDLEGANTTLTADEDYYLLSGGRLRIPSPTAYSTYTVNYVAQMEYVTQNVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0208767_100581513300025769AqueousMRIDHTVTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAIIWEFDDDRDMDAGELRYVLPMGPVSSIISVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTDNVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0208767_100814013300025769AqueousTGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVDYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0208767_104126953300025769AqueousMRIDHTVTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSIISVVGQDLEGANTTLTVDEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0208767_107770533300025769AqueousMRIDHTVTAVTTANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0208425_102228513300025803AqueousFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSIISVVGQDLEGANTTLTVDEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0208425_104303113300025803AqueousNIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0208543_108446213300025810AqueousEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSIISVVGQDLEGANTTLTVDEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0208785_100233613300025815AqueousLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVNYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0208542_100803213300025818AqueousAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAIIWEFDDDRDMDAGELRYVLPMGPVSSIISVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTDNVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0208542_104043823300025818AqueousMRIDHTLTAVTWREIVSREEFRLYARAVNITGEDDLIDRQLQASIRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVADITAVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVNYVAQLEYVTENLKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0208542_115409713300025818AqueousSMRIDHTVTAVTTANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVNYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0208547_100925323300025828AqueousMRIDHTVTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSAITSVVGQDLEGANTTLTADTDYYLLTGGRLRIPSPTAYSTYTVNYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0208547_107228733300025828AqueousMRIDHTVTAVTPANIISRTDFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVNYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0208547_117428313300025828AqueousANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDIDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADTDYYLLTGGRLRIPSPTAYSTYTVDYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0208547_118646913300025828AqueousMRIDHTVTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSIISVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTDNVKEAIIKICAELYQNRGI
Ga0208917_101210913300025840AqueousTVTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADTDYYLLTGGRLRIPSPTAYSTYTVDYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0208645_114100223300025853AqueousPANIISRTDFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVNYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0208645_124586213300025853AqueousVTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0208645_125714413300025853AqueousSRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVNYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0208644_104786353300025889AqueousANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSIISVVGQDLEGANTTLTVDEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0208644_109324513300025889AqueousARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0208644_115600513300025889AqueousARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVDYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0208644_118088523300025889AqueousMRIDHTLTAVTWREIVSREEFRLYARAVNITGEDDLIDRQLQASIRYVETYIGQSLNENRMEAILWDFDDDRDMDAGELRYVLPMGPVSSITAVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVNYVAQLEYVTDNVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0208644_126146523300025889AqueousEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDDGELRYVLPMGPVISITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVNYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0209536_10004951793300027917Marine SedimentMRIDHTVTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAIIWEFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGADTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0272444_1040068513300031111Marine SedimentMRIDHTVTAVTTANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVNYVAQLEYVTENVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0316201_1027114513300032136Worm BurrowMRIDHTVTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDIDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0316201_1118206223300032136Worm BurrowVTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTENIKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0348335_006411_3718_42903300034374AqueousMRIDHTVTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADTDYYLLTGGRLRIPSPTAYSTYTVNYVAQLSYVTENVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0348336_001929_17312_178303300034375AqueousADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVNYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0348336_038178_2_5593300034375AqueousTVTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDIDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADTDYYLLTGGRLRIPSPTAYSTYTVDYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0348336_039258_1489_20613300034375AqueousMRIDHTVTAVTPANIISRADFRTYARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSIISVVGQDLEGANTTLTADEDYYLLTGGRLRIPSPTAYSTYTVTYVAQLSYVTDNVKEAIIKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL
Ga0348336_183881_3_5033300034375AqueousARAVNITGEDDLIDRQLEASTRYVETYIGQSLNENRMQAILWDFDDDRDMDAGELRYVLPMGPVSSITSVVGQDLEGANTTLTADTDYYLLTGGRLRIPSPTAYSTYTVNYVAQLSYVTENVKEAILKICAELYQNRGISVTGTIVSNLKADLNSLLAKERTKLFL


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