NMPFamsDB

NMPFamsDB

NMPFamsDB

A database of Novel Metagenome Protein Families

A database of Novel Metagenome Protein Clusters

A database of Novel Metagenome Protein Clusters
x
This website uses cookies to improve user experience. By using NMPFamDB you consent to all cookies in accordance with our privacy policy. OK
Metagenome / Metatranscriptome Family F104074

Metagenome / Metatranscriptome Family F104074

Go to section:
Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
Select file to download:
   Download


Overview

Basic Information
Family ID F104074
Family Type Metagenome / Metatranscriptome
Number of Sequences 101
Average Sequence Length 131 residues
Representative Sequence FTPNTRDLTLTRKMKISFPSIAKITIRGDEYKYGYAYSGPRMKTLDIYNNPFGTDNMFSPNHPNIQSGTVGADSTVASYIQDMKLLNWGEHRIIGTNSTINGTGVQIQDYGNDNLKTYLSYPTEISISY
Number of Associated Samples 76
Number of Associated Scaffolds 101

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) 0.00 %
% of genes from short scaffolds (< 2000 bps) 0.00 %
Associated GOLD sequencing projects 59
AlphaFold2 3D model prediction No

Note: High quality evidence is represented by blue. Low quality evidence is represented by red.
Hidden Markov Model
Powered by Skylign

Most Common Taxonomy
Group Unclassified (100.000 % of family members)
NCBI Taxonomy ID N/A
Taxonomy N/A

Most Common Ecosystem
GOLD Ecosystem Environmental → Aquatic → Marine → Coastal → Unclassified → Aqueous
(47.525 % of family members)
Environment Ontology (ENVO) Unclassified
(56.436 % of family members)
Earth Microbiome Project Ontology (EMPO) Free-living → Saline → Water (saline)
(81.188 % of family members)



 ⦗Top⦘

Multiple Sequence Alignments

Select alignment to view:      


 ⦗Top⦘

Structure & Topology

Predicted Secondary Structure and Topology

Predicted Topology & Secondary Structure
Classification: Globular Signal Peptide: No Secondary Structure distribution: α-helix: 7.75%    β-sheet: 39.53%    Coil/Unstructured: 52.71%
Feature Viewer
Powered by Feature Viewer


 ⦗Top⦘

Gene Neighborhood

Neighboring Pfam domains

Pfam IDName % Frequency in 101 Family Scaffolds
PF09215Phage-Gp8 4.95
PF16075DUF4815 1.98
PF13385Laminin_G_3 0.99



 ⦗Top⦘

Phylogeny

NCBI Taxonomy

NameRankTaxonomyDistribution
UnclassifiedrootN/A100.00 %

Visualization
Powered by ApexCharts

Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link



 ⦗Top⦘

Environmental Properties

Associated Habitat Types

Select Environment Taxonomy Level:
HabitatTaxonomyDistribution
AqueousEnvironmental → Aquatic → Marine → Coastal → Unclassified → Aqueous47.52%
Salt MarshEnvironmental → Aquatic → Marine → Intertidal Zone → Salt Marsh → Salt Marsh11.88%
Estuarine WaterEnvironmental → Aquatic → Marine → Unclassified → Unclassified → Estuarine Water8.91%
Freshwater To Marine Saline GradientEnvironmental → Aquatic → Marine → Coastal → Unclassified → Freshwater To Marine Saline Gradient5.94%
Pond WaterEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Saline → Unclassified → Pond Water4.95%
WaterEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Saline → Unclassified → Water4.95%
FreshwaterEnvironmental → Aquatic → Freshwater → River → Unclassified → Freshwater3.96%
SeawaterEnvironmental → Aquatic → Marine → Coastal → Unclassified → Seawater3.96%
MarineEnvironmental → Aquatic → Marine → Neritic Zone → Unclassified → Marine2.97%
Freshwater LakeEnvironmental → Aquatic → Freshwater → Lake → Unclassified → Freshwater Lake0.99%
Pelagic MarineEnvironmental → Aquatic → Marine → Neritic Zone → Unclassified → Pelagic Marine0.99%
Saline Water And SedimentEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Saline → Sediment → Saline Water And Sediment0.99%
Saline Water And SedimentEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Saline → Epilimnion → Saline Water And Sediment0.99%
Meromictic PondEnvironmental → Aquatic → Unclassified → Unclassified → Unclassified → Meromictic Pond0.99%

Visualization
Powered by ApexCharts



Associated Samples

Taxon OIDSample NameHabitat TypeIMG/M Link
3300000116Marine microbial communities from Delaware Coast, sample from Delaware MO Spring March 2010EnvironmentalOpen in IMG/M
3300000117Marine microbial communities from Delaware Coast, sample from Delaware MO Winter December 2010EnvironmentalOpen in IMG/M
3300001419Saline surface water microbial communities from Etoliko Lagoon, Greece - halocline water (15 m)EnvironmentalOpen in IMG/M
3300005512Saline surface water microbial communities from Etoliko Lagoon, Greece - halocline_waterEnvironmentalOpen in IMG/M
3300006400Aqueous 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_RNA2 (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300006403Aqueous 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_RNA1 (Metagenome Metatranscriptome)EnvironmentalOpen 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
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
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
3300007344Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_4EnvironmentalOpen in IMG/M
3300007345Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_30EnvironmentalOpen in IMG/M
3300007346Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_31EnvironmentalOpen in IMG/M
3300007538Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_2 Viral MetaGEnvironmentalOpen in IMG/M
3300007539Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1M Viral MetaGEnvironmentalOpen in IMG/M
3300007540Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1504_2 Viral MetaGEnvironmentalOpen in IMG/M
3300007541Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1S Viral MetaGEnvironmentalOpen in IMG/M
3300007542Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1504_1 Viral MetaGEnvironmentalOpen in IMG/M
3300007623Water microbial communities from South San Francisco under conditions of wetland restoration - Salt Pond MetaG R2A_A_H2O_MGEnvironmentalOpen 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
3300007778Water microbial communities from South San Francisco under conditions of wetland restoration - Salt Pond MetaG R2A_C_H2O_MGEnvironmentalOpen 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
3300009000Salt pond water microbial communities from South San Francisco under conditions of wetland restoration - Salt Pond MetaG SF2_B_H2O_MGEnvironmentalOpen in IMG/M
3300009001Salt pond water microbial communities from South San Francisco under conditions of wetland restoration - Salt Pond MetaG SF2_C_H2O_MGEnvironmentalOpen in IMG/M
3300009152Freshwater microbial communities from Lake Simoncouche, Canada to study carbon cycling - S_140806_EF_MetaGEnvironmentalOpen in IMG/M
3300009450Aquatic microbial communities from different depth of meromictic Siders Pond, Falmouth, Massachusetts; Cast 1, 4m depth; DNA IDBA-UDEnvironmentalOpen 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
3300010354Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_0.6_0.8_DNAEnvironmentalOpen in IMG/M
3300010368Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Spr_15_0.2_DNAEnvironmentalOpen in IMG/M
3300012525Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_27_0.2_RNA2 (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300017697Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Spr_31_0.2_DNA (version 2)EnvironmentalOpen in IMG/M
3300017949Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071406AT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300017962Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071404AT 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
3300017986Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 101405AT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300018416Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 011502XT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300018418Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 101403AT 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
3300019280Metatranscriptome of coastal salt marsh microbial communities from the Groves Creek Marsh, Georgia, USA - 071401AT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300019751Freshwater microbial communities from the Broadkill River, Lewes, Delaware, United States ? IW18Oct16_MGEnvironmentalOpen in IMG/M
3300019756Freshwater microbial communities from the Broadkill River, Lewes, Delaware, United States ? IW6Sep16_MGEnvironmentalOpen in IMG/M
3300019765Freshwater microbial communities from the Broadkill River, Lewes, Delaware, United States ? IW13Sep16_MGEnvironmentalOpen in IMG/M
3300019937Freshwater microbial communities from the Broadkill River, Lewes, Delaware, United States ? IW29Aug16_MGEnvironmentalOpen in IMG/M
3300021356Coastal seawater microbial communities near Pivers Island, North Carolina, United States - PICO245EnvironmentalOpen in IMG/M
3300021364Coastal seawater microbial communities near Pivers Island, North Carolina, United States - PICO304EnvironmentalOpen in IMG/M
3300021371Coastal seawater microbial communities near Pivers Island, North Carolina, United States - PICO497EnvironmentalOpen in IMG/M
3300021957Estuarine water microbial communities from San Francisco Bay, California, United States - C33_18DEnvironmentalOpen in IMG/M
3300021958Estuarine water microbial communities from San Francisco Bay, California, United States - C33_27DEnvironmentalOpen 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
3300021964Estuarine water microbial communities from San Francisco Bay, California, United States - C33_34DEnvironmentalOpen in IMG/M
3300022176Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1S Viral MetaG (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
3300022200Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1504_1 Viral MetaG (v3)EnvironmentalOpen in IMG/M
3300023081Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071406AT metaGEnvironmentalOpen in IMG/M
3300023116Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071412BT metaGEnvironmentalOpen in IMG/M
3300025543Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1504_2 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
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
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
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
3300025880Pelagic Microbial community sample from North Sea - COGITO 998_met_07 (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
3300026123Water microbial communities from South San Francisco under conditions of wetland restoration - Salt Pond MetaG R2A_A_H2O_MG (SPAdes)EnvironmentalOpen in IMG/M
3300026125Water microbial communities from South San Francisco under conditions of wetland restoration - Salt Pond MetaG R2A_C_H2O_MG (SPAdes)EnvironmentalOpen in IMG/M
3300026183Salt pond water microbial communities from South San Francisco under conditions of wetland restoration - Salt Pond MetaG SF2_B_H2O_MG (SPAdes)EnvironmentalOpen in IMG/M
3300026187Salt pond water microbial communities from South San Francisco under conditions of wetland restoration - Salt Pond MetaG SF2_C_H2O_MG (SPAdes)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
Zoom:     Powered by OpenStreetMap



 ⦗Top⦘

Family Sequences

Protein ID Sample Taxon ID Habitat Sequence
DelMOSpr2010_1006765913300000116MarineTLNKTMTLKIPSVAKITIRGNEYKYGYAYCGPRMKTLDIYDNPFGTDNMFSPNHPNVQSGTVGNDSTVASYISTMKMVNWADHRIIGTNSTLDGTGVQIQDYNNDNLKTYLSYPTEISISY*
DelMOWin2010_1012302523300000117MarineGVDPDFTDSTSEHFTPNTRDLTLTRKMKISFPSIAKITIRGDEYKYGYAYSGPRMKTLDIYNNPFGTDNMFSPNHPNIQSGTVGADSTVASYIQDMKLLNWGEHRIIGTNSTINGTGVQIQDYSNDNLKTYLSYPTEISISY*
DelMOWin2010_1017976413300000117MarineTPNTRDLTLTKKYKISIPSITKIDIRGDEYKYGYAYCGPRMKTLDIYNNPFGTNNMFSPNHPNIQSGTVGADSTVASYIQGMKLLNWGEHRIIGTNSTINGTGVQIQDYSNDNLKTYLSYPTEISISY*
JGI11705J14877_1003317713300001419Saline Water And SedimentFDDSTSEHFTPNTRDLTLTRKMKISFPSIAKITIRGDEYKYGYAYCGPRMKSLNIYDNPFGTDNMFSGNHPNVQIGTVGNDSTVASYISTMKMINWADHRIIGTNSTIDGTGVQIRDYNNNNLKTYVTYPTEISTSY*
Ga0074648_106581423300005512Saline Water And SedimentTRDLTLTRKMKISFPSIAKITIRGDEYKYGYAYSGPRMKSLNIYDNPFGTNNMFSGNHPNVQIGTVGNDSTVASYISTMKMINWADHRIIGTNSTIDGTGVQIRDYNNNNLKTYVTYPTEISTSY*
Ga0075503_100520823300006400AqueousDSTSEHFTPNTRDLTLNQVITLKIPSIAKINIRGNEYKFGYAYCGPRMKSLNIYDNPFGTDNMFSPNHPNVQVGTVGNDSTVASYISTMKMINWADHRIIGTNSTIDGTGVQIRDYNNNNLKTYIAYPTEISTSY*
Ga0075514_195650423300006403AqueousEHFTPNTRDLTLNQVVTIKIPSIAKINIRGNEYKFGYAYCGPRMKSLNIYDNPFGTDNMFSPNHPNVQVGTVGNDSTAASYISTMKMINWADHRIIGTNSTIDGTGVQIRDYNNNNLKTYIAYPTEISTSY*
Ga0075461_1011154613300006637AqueousVDPDFTDSTSEHFTPNTRDLTLTRKMKISFPSIAKITIRGDEYKYGYAYSGPRMKTLDIYNNPFGTDNMFSPNHPNIQSGTVGADSTVASYIQDMKLLNWGEHRIIGTNSTINGTGVQIQDYGNDNLKTYLSYPTEISISY*
Ga0075477_1007667223300006869AqueousPSIAKINIRGDEYKFGYAYCGPRMKSLNIYDNPFGTDNMFSPNHPNVQVGTVGNDSTVASYISTMKMINWADHRIIGTNSTIDGTGVQIRDYNNNNLKTYVAYPTEISTSY*
Ga0075477_1020706713300006869AqueousTRDLTLTRKMKISFPSIAKITIRGDEYKYGYAYSGPRMKTLDIYNNPFGTDNMFSPNHPNIQSGTVGADSTVASYIQDMKLLNWGEHRIIGTNSTINGTGVQIQDYGNDNLKTYLSYPTEISISY*
Ga0075479_1005944023300006870AqueousYKYGYAYSGPRMKTLDIYDNPFGTDNMFSPNHPNIQSGTVGADSTVASYIQGMKLLNWGEHRIIGTNSTINGTEVQIQDYSNDNLKTYLSYPTEISISY*
Ga0075479_1018504813300006870AqueousRATPQLGVDPDFDDSTSEHFTPNTRDVTLKRYYTIKINSGYDDLYAISLRGNDYIRGYTYGGPRMKSLNVYDNPFGTDNMFSGNHPNVQVGTVGNDSTVASYISTMKLVNWADHRIIGTNSTIDGTGVQIRDYDNDNLKTYIAYPTEISTSY*
Ga0070746_1011963513300006919AqueousKINSGYDDLYAISLRGNDYIRGYTYGGPRMKSLNVYDNPFGTDNMFSGNHPNVQVGTVGNDSTVASYISTMKLVNWADHRIIGTNSTIDGTGVQIRDYDNDNLKTYIAYPTEISTSY*
Ga0070745_113981323300007344AqueousGTTLRANPELGVDPDFTDSTSEHFTPNTRDLTLTRKMKISFPSIAKITIRGDEYKYGYAYSGPRMKTLDIYNNPFGTDNMFSPNHPNIQSGTVGADSTVASYIQDMKLLNWGEHRIIGTNSTINGTGVQIQDYGNDNLKTYLSYPTEISISY*
Ga0070752_123469113300007345AqueousGVDPDFTDSTSEHFTPNTRDLTLTRKMKISFPSIAKITIRGDEYKYGYAYSGPRMKTLDIYNNPFGTDNMFSPNHPNIQSGTVGADSTVASYIQDMKLLNWGEHRIIGTNSTINGTGVQIQDYGNDNLKTYLSYPTEISISY*
Ga0070753_116371323300007346AqueousDFDDSTSEHFTPNTRDLTLTKKYKVSFPSIMKIDIRGDEYKYGYAYCGPRMKSLNIYDNPFGTDNMFSGNHPNVQVGTVGNDSTVASYISTMKLVNWADHRIIGTNSTIDGTGVQIRDYDNDNLKTYIAYPTEISTSY*
Ga0099851_124996213300007538AqueousNPELGVDPDFTDSTITPLNKNTRDLTLTRKMKISFPSIAKITVRGTEYKFGYAYCGPRMRTLNIYNNPFGTDNMFSPNHPSVQTGTYTATGGGTTKLLSPMKMVNWADHTIIGLNNTLNGTGVQIQDYDNDNLKTYISYPTEITASVPGISYDRTDITYDDTGFTFDETY*
Ga0099849_115282313300007539AqueousPTTRDLTLTRRYQVSFPAIVRQIVRGTEYKFGYAYCGPRMKTLNIYNNPFGTDNMFNSNHPSVQTGTYTATGGGTTKLLSPMKMVNWADHTIIGLNNTLNGTGVQIQDYDNDNLKTYISYPTEITASIPGISYDRTDITYDNTGFTFDETF*
Ga0099849_116876813300007539AqueousQVITLKIPSIAKINIRGDEYKFGYAYCGPRMKSLNIYDNPFGTDNMFSGNHPNVQVGTVGNDSTVASYISTMKLVNWADHRIIGTNSTIDGTGVQIRDYDNDNLKTYIAYPTEISTSY*
Ga0099847_103202923300007540AqueousFTPNTRDLTLTRKMKISFPSIAKITIRGDEYKYGYAYSGPRMKTLDIYNNPFGTDNMFSPNHPNIQSGTVGADSTVASYIQDMKLLNWGEHRIIGTNSTINGTGVQIQDYGNDNLKTYLSYPTEISISY*
Ga0099848_100876463300007541AqueousDGTSLNANPELGLDPLFDTSTTDFFTPNTRDLTLTRKMKISFPSIAKITVRGTEYNFGYAYCGPRMKTLNIYNNPFGTDNMFSPNHPSVQTGAYTATGGGFQKLLSPMKMVNWADHTIIGLNNSLNGTGVQIQDYDNDNLKTYISYPTEITASVPGISYDRTDITYDNTGFTFDETF*
Ga0099846_116973513300007542AqueousANPELGLDPLFDTSTTDFFTPNTRDLTLTRKMKISFPSIAKITVRGTEYNFGYAYCGPRMKTLNIYNNPFGTDNMFSPNHPSVQTGAYTATGGGFQKLLSPMKMVNWADHTIIGLNNSLNGTGVQIQDYDNDNLKTYISYPTEITASVPGISYDRTDITYDNTGFTFDETF*
Ga0099846_116977523300007542AqueousTPNTRDLTLNQVITLKIPSIAKINIRGDEYKFGYAYCGPRMKSLNIYDNPFGTDNMFSPNHPNVQVGTVGNDSTAASYISTMKMINWADHRIIGTNSTIDGTGVQIRDYNNNNLKTYIAYPTEISTSY*
Ga0099846_133632313300007542AqueousDDGTSLNANPELGLDPLFDTSTTDFFTPNTRDLTLTRKMKISFPSIAKITVRGTEYKFGYAYCGPRMRTLNIYNNPFGTDNMFSPNHPSVQTGTYTATGGGTTKLLSPMKMVNWADHTIIGLNNTLNGTGVQIQDYDNDNLKTYISYPTEITASVPGISYDRTDITYDNT
Ga0102948_107353223300007623WaterKISFPSIAKITIRGDEYKYGYAYCGPRMKTLDIYDNPFGTNNMFSPNHPNVQVGTVGNDSTAASYISTMKLVNWADHRIIGTNSTIDGTGVQIRDYDNDNLKTYIAYPTEISTSY*
Ga0070751_120027813300007640AqueousKYKVSFPSIMKIDIRGDEYKYGYAYCGPRMKSLNIYDNPFGTDNMFSGNHPNVQVGTVGNDSTVASYISTMKLVNWADHRIIGTNSTIDGTGVQIRDYDNDNLKTYIAYPTEISTSY*
Ga0102954_108156013300007778WaterNPELGVDPDFTDSTSEHFTPNTRDLTLTRKMKISFPSIAKITIRGDEYKYGYAYSGPRMKTLDIYNNPFGTDNMFSPNHPNIQSGTVGADSTVASYIQDMKLLNWGEHRIIGTNSTINGTGVQIQDYGNDNLKTYLSYPTEISISY*
Ga0099850_111376613300007960AqueousHFTPNTRDLTLTRKMKISFPSIAKITIRGDEYKYGYAYSGPRMKSLNIYDNPFGTNNMFSGNHPNVQIGTVGNDSTVASYISTMKMINWADHRIIGTNSTIDGTGVQIRDYNNNNLKTYVTYPTEISTSY*
Ga0099850_119710323300007960AqueousNAHLGVDPNFDDSTSEHFDPTTRDLTLTRRYQVSFPAIVRQTVRGTEYKFGYAYCGPRMKTLNIYENPFGVDNMFSGNHPNVQIGTVGNDSTVASYISTMKMENWATHTIIGTNSTLNGSGVQIQDYANSNLKTYLSYPTEISISY*
Ga0099850_135002713300007960AqueousPQLGVDPDFDDSTSEHFTPNTRDLTLNQVITLKIPSIAKINIRGDEYKFGYAYCGPRMKSLNIYDNPFGTNNMFSPNHPNVQVGTVGNDSTAASYISTMKMINWADHRIIGTNSTIDGTGVQIRDYNNNNLKTYVAYPTEISTSY*
Ga0075480_1055028513300008012AqueousDFFTPNTRDLTLTRKMKISFPSIAKITVRGTEYKFGYAYCGPRMKTLNIYDNPFGTDNMFSGNHPSVQTGTYTATGGGTTKLLSPMKMVNWADHTIIGLNNTLNGTGVQIQDYDNDNLKTYISYPTEITASVPGISYDRTDITYDNTGFTFDETF*
Ga0102960_132286013300009000Pond WaterPSIAKITIRGDEYKYGYAYSGPRMKTLDIYNNPFGTDNMFSPNHPNIQSGTVGADSTVASYIQDMKLLNWGEHRIIGTNSTINGTGVQIQDYGNDNLKTYLSYPTEISISY*
Ga0102963_115216013300009001Pond WaterLGVDPDFTDSTSEHFTPNTRDLTLNKTMTLKIPSIAKITIRGDEYKYGYAYCGPRMKTLDIYDNPFGTDNMFSPNHPNVQSGTVGNDSTVASYISTMKMVNWADHRIIGTNSTLDGTGVQIQDYNNDNLKTYLSYPTEISISY*
Ga0102963_117280513300009001Pond WaterTLTRKMKISFPSIAKITIRGDEYKYGYAYSGPRMKTLDIYDNPFGTDNMFSPNHPNIQSGTVGADSTVASYIQGMKLLNWGEHRIIGTNSTLDGTGVQIQDYNNDNLKTYLSYPTEISISY*
Ga0114980_1036062413300009152Freshwater LakeVSFPSIAKISIRGDESKYGYAYSGPRMRSLNIYNNPFGTNNMFSPNHPNIQNGTVGADSIVASYISGMKMVNWADHRIVGTNSNINGTGVQIQDYANNNLKTYLAYPTQISISY*
Ga0127391_104905423300009450Meromictic PondPLFDTSTTDFFTPNTRDLTLVRKMTISFPSIAKIVIRGDEYKYGYAYCGPRMKTLNIYDNPFGTNNMFSPNHPNVQSGTVGSDSTVASYIQGMLLLNWADHTIIGTNSTINGTGVQIQDYENDNLKTYLSYPTEISISY*
Ga0129348_112743413300010296Freshwater To Marine Saline GradientDSTSEHFTPNTRDLTLTRKMKISFPSIAKITIRGDEYKYGYAYSGPRMKTLDIYDNPFGTDNMFSGNHPNIQSGTVGADSTVASYIQDMKLLNWGEHRIIGTNSTINGTGVQIQDYSNDNLKTYLSYPTEISISY*
Ga0129345_102767433300010297Freshwater To Marine Saline GradientNAHLGVDPNLDDSTSEHFDPTTRDLTLTRRYQVSFPAIVRQIVRGDEYKYGYAYCGPRMKTLNIYDNPFGVDNMFSPNHPNIQSGTVGNDSTVASYIQGMLLQDWADHKIIGTNSTINGTGVQIQDYDNDNLKTYLSYPTEISISY*
Ga0129333_1087186513300010354Freshwater To Marine Saline GradientRDLTLIRKMTISFPSIARITIRGDEYKYGYAYCGPRMKTLNIYDNPFGTDNMFSPNHPNIQSGTVGNDSTVASYIQGMLLQDWADHKIIGTNSTINGTGVQIQDYDNDNLKTYLSYPTEISISY*
Ga0129324_1042957213300010368Freshwater To Marine Saline GradientHFTPNTRDLTLNQVITLKIPSIAKINIRGDEYKFGYAYCGPRMKSLNIYDNPFGTNNMFSPNHPNVQVGTVGNDSTAASYISTMKMINWADHRIIGTNSTIDGTGVQIRDYNNNNLKTYVAYPTEISTSY*
Ga0129353_145476113300012525AqueousTTLRVTPQLGVDPDFDDSTSEHFTPNTRDLTLTRKMKISFPSIAKITIRGDEYKYGYAYSGPRMKTLDIYNNPFGTDNMFSPNHPNIQSGTVGADSTVASYIQDMKLLNWGEHRIIGTNSTINGTGVQIQDYGNDNLKTYLSYPTEISISY*
Ga0180120_1020158813300017697Freshwater To Marine Saline GradientLNANPKLGLDPLFDTSTTDFFTPNTRDLTLKRKMTISFPSIAKITIRGDEYKYGYAYCGPRMKTLNIYENPFGADNMFSGNHPNVQIGTVGNDSTVASYISTMKMENWADHRIIGTNSTLNGSEVQIQDYANNNLKTYLSYPTEISISY
Ga0180120_1020631323300017697Freshwater To Marine Saline GradientLTRKMKVSFPSIAKITIRGDEYKYGYAYCGPRMKSLNIYDNPFGTDNMFSPNHPNVQVGTVGNDSTVASYISTMKMINWADHRIIGTNSTIDGTGVQIRDYNNNNLKTYIAYPTEISTSY
Ga0181584_1038445823300017949Salt MarshPQLGVDPDFDDSTSEHFTPNTRDLTLNQVITLKIPSIAKINIRGDEYKFGYAYCGPRMKSLNIYDNPFGTDNMFSGNHQNVQVGTVGNDSTVASYISTMKMINWADHRIIGTNSTIDGTGVQIRDYNNNNLKTYVAYPTEISTSY
Ga0181581_1043073723300017962Salt MarshPDFTDSTSEHFTPNTRDLTLTRKMKISFPSIAKITIRGDEYKYGYAYSGPRMKTLDIYNNPFGTDNMFSPNHPNIQSGTVGADSTVASYIQDMKLLNWGEHRIIGTNSTINGTEVQIQDYGNDNLKTYLSYPTEISISY
Ga0181590_1056491923300017967Salt MarshRPQAFSTSTRPDLRTENEGSDASPLTPVDSIQEEFYSFDDSTSEHFTPNTRDLTLTRKYKVSFPSIMKIDIRGDEYNYGYAYCGPRMKSLNIYDNPFGTDNMFSGNHPNVQVGTVGNDSTVASYISTMKLVNWEDHRIIGTNSTIDGTGVQIRDYDNDNLKTYIAYPTEISTSY
Ga0181590_1069620423300017967Salt MarshRVNPQLGVDPDFDDSTSEHFTPNTRDLTLNQVITLKIPSIAKINIRGDEYKFGYAYCGPRMKSLNIYDNPFGTDNMFSGNHPNVQVGTVGNDSTAASYISTMKMINWADHRIIGTNSTIDGTGVQIRDYNNNNLKTYVAYPTEISTSY
Ga0181569_1047803113300017986Salt MarshIKIPSIAKINIRGNEYKFGYAYCGPRMKSLNIYDNPFGTDNMFSGNHPNVQVGTVGNDSTAASYISTMKMINWADHRIIGTNSTIDGTGVQIRDYNNNNLKTYVAYPTEISTSY
Ga0181553_1024247513300018416Salt MarshTPQLGVDPDFDDSTSEHFTPNTRDLTLTRKMKVSFPSIVKITIRGDEYKYGYAYCGPRMKSLNIYDNPFGTDNMFSGNHPNVQIGTVGNDSTVASYISTMKMINWADHRIIGTNSTIDGTGVQIRDYNNNNLKTYVTYPTEISTSY
Ga0181567_1062259423300018418Salt MarshNQVVTIKIPSIAKINIRGNEYKFGYAYCGPRMKSLNIYDNPFGTDNMFSGNHPNVQVGTVGNDSTAASYISTMKMVNWADHRIIGTNSTLDGTGVQIQDYNNDNLKTYLSYPTEISISY
Ga0181592_1018911123300018421Salt MarshVDPDFTDSTSEHFTPNTRDLTLTRKMKISFPSIAKITIRGDEYKYGYAYSGPRMKTLDIYNNPFGTDNMFSPNHPNIQSGTVGADSTVASYIQDMKLLNWGEHRIIGTNSTINGTGVQIQDYGNDNLKTYLSYPTEISISY
Ga0181591_1047692513300018424Salt MarshIAKITIRGDEYKYGYAYSGPRMKTLDIYNNPFGTDNMFSPNHPNIQSGTVGADSTVASYIQDMKLLNWGEHRIIGTNSTINGTGVQIQDYGNDNLKTYLSYPTEISISY
Ga0182068_173399113300019280Salt MarshTSEHFTPNTRDLTLNQVVTLKIPSIAKINIRGDEYKFGYAYCGPRMKSLNIYDNPFGTDNMFSGNHPNVQVGTVGNDSTAASYISTMKMINWADHRIIGTNSTIDGTGVQIRDYNNNNLKTYVAYPTEISTSY
Ga0194029_105442523300019751FreshwaterIAKITIRGDEYKYGYAYCGPRMKSLNIYDNPFGTDNMFSGNHPNVQIGTVGNDSTVASYISTMKMINWADHRIIGTNSTIDGTGVQIRDYNNNNLKTYIAYPTEISTSY
Ga0194023_105208023300019756FreshwaterLRVNPELGVDPDFTDSTSEHFTPNTRDLTLTRKMKISFPSIAKITIRGDEYKYGYAYSGPRMKTLDIYNNPFGTDNMFSPNHPNIQSGTVGADSTVASYIQDMKLLNWGEHRIIGTNSTINGTGVQIQDYSNDNLKTYLSYPTEISISY
Ga0194024_104872813300019765FreshwaterNPELGVDPDFTDSTSEHFTPNTRDLTLTRKMKISFPSIAKITIRGDEYKYGYAYSGPRMKTLDIYNNPFGTDNMFSPNHPNIQSGTVGADSTVASYIQDMKLLNWGEHRIIGTNSTINGTGVQIQDYSNDNLKTYLSYPTEISISY
Ga0194022_105497213300019937FreshwaterTSEHFTPNTRDLTLTRKMKISFPSIAKITIRGDEYKYGYAYSGPRMKTLDIYNNPFGTDNMFSPNHPNIQSGTVGADSTVASYIQDMKLLNWGEHRIIGTNSTINGTKVQIQDYGNDNLKTYLSYPTEISISY
Ga0213858_1007783823300021356SeawaterRANPELGVDPDFDDSTSEHFTPNTRDLTLNQVMTIKIPSIAKITIRGDEYKYGYAYCGPRMKTLDIYDNPFGTDNMFSGNHPNIQTGTVGADSTAASYISTMKMINWADHRIIGTNSTIDGTGVQIQDYNNDNLKTYLSYPTEISISY
Ga0213859_1006779123300021364SeawaterSTSEHFTPNTRDLTLTKKYKISIPSITKIDIRGNEYKYGYAYCGPRMKTLDIHNNPFGTDNMFSPNHPNIQSGTVGADSTVASYIQGMKLLNWGEHRIIGTNSTINGTGVQIQDYSNDNLKTYLSYPTEISISY
Ga0213859_1036017613300021364SeawaterTTLRSNPELGVDPDFTDSTSEHFTPNTRDLTLNKTMTLKIPSFAKITIRGNEYKYGYAYCGPRMKTLDIYDNPFGTDNMFSPNHPNVQSGTVGNDSTVASYISTMKMVNWADHRIIGTNSTLDGTGVQIQDYNNDNLKTYLSYPTEISISY
Ga0213863_1025490123300021371SeawaterTDSTSEHFTPNTRDLTLTRKMKISFPSIAKITIRGDEYKYGYAYSGPRMKTLDIYNNPFGTDNMFSPNHPNIQSGTVGADSTVASYIQDMKLLNWGEHRIIGTNSTINGTGVQIQDYSNDNLKTYLSYPTEISISY
Ga0222717_1040939413300021957Estuarine WaterDSTSEHFTPNTRDLTLTRKMKISFPSIAKITIRGDEYKYGYAYCGPRMKTLDIYDNPFGTDNMFSPNHPNIQSGTVGADSTVASYIQGMKLLNWGEHRIIGTNSTINGTGVQIQDYNNDNLKTYLSYPTEISISY
Ga0222718_1057194223300021958Estuarine WaterDLTLTRKMKISFPSIAKITIRGDEYKYGYAYSGPRMKTLDIYDNPFGTDNMFSPNHPNIQSGTVGADSTVASYIQGMKLLNWGEHRIIGTNSTINGTGVQIQDYSNDNLKTYLSYPTEISISY
Ga0222718_1057947913300021958Estuarine WaterMKIDIRGDEYKYGYAYCGPRMKSLNIYNNPFGTNNMFSPNHPNVQVGTVGNDSTVASYISTMKMINWADHRIIGTNSTIDGTGVQIRDYNNDNLKTYIAYPTEISTSY
Ga0222715_1032660923300021960Estuarine WaterQTVRGSELKYGYAYCGPRMKSLNIYDNPFGTNNMFGGNHPNIQTSAVGADSVVASYIQPMQMVNWADHRLSMLNSTDYNGEVVQIDDYNNDTLKTYVAYPTEISISY
Ga0222714_1022959613300021961Estuarine WaterFPSIAKITIRGDEYKYGYAYSGPRMKTLDIYDNPFGTDNMFSPNHPNIQSGTVGADSTVASYIQGMKLLNWGEHRIIGTNSTINGTGVQIQDYSNDNLKTYLSYPTEISISY
Ga0222714_1024658513300021961Estuarine WaterTLRVNPELGVDPDFTDSTSEHFTPNTRDLTLTRKMKISFPSIAKITIRGDEYKYGYAYSGPRMKTLDIYNNPFGTDNMFSPNHPNIQSGTVGADSTVASYIQDMKLLNWGEHRIIGTNSTINGTGVQIQDYGNDNLKTYLSYPTEISISY
Ga0222714_1049055513300021961Estuarine WaterMTISFPSIAKIVIRGDEYKYGYAYCGPRMKTLNIYDNPFGTNNMFSPNHPNVQSGTVGNDSTVASYIQGMLLLNWADHTIIGTNSTINGTGVQIQDYENDNLKTYLSYPTEISISY
Ga0222719_1030757223300021964Estuarine WaterTDSTSEHFTPNTRDLTLTRKMKISFPSIAKITIRGNEYKYGYAYCGPRMKTLDIYNNPFGTDNMFSPNHPNIQSGTVGADSTVASYIQDMKLLNWGEHRIIGTNSTINGTGVQIQDYSNDNLKTYLSYPTEISISY
Ga0222719_1064291813300021964Estuarine WaterPSIAKITIRGDEYKYGYAYSGPRMKTLDIYDNPFGTDNMFSPNHPNIQSGTVGADSTVASYIQGMKLLNWGEHRIIGTNSTINGTGVQIQDYSNDNLKTYLSYPTEISISY
Ga0212031_106561223300022176AqueousYGYAYSGPRMKTLDIYNNPFGTDNMFSPNHPNIQSGTVGADSTVASYIQDMKLLNWGEHRIIGTNSTINGTGVQIQDYSNDNLKTYLSYPTEISISY
Ga0196899_111720013300022187AqueousTLNQVITLKIPSIAKINIRGDEYKFGYAYCGPRMKSLNIYDNPFGTDNMFSGNHPNVQVGTVGNDSTVASYISTMKLVNWADHRIIGTNSTIDGTGVQIRDYDNDNLKTYIAYPTEISTS
Ga0196905_112161623300022198AqueousNPELGVDPDFDDSTSEHFTPNTRDLTLTRKMKISFPSIAKITIRGDEYKYGYAYSGPRMKSLNIYDNPFGTNNMFSGNHPNVQIGTVGNDSTVASYISTMKMINWADHRIIGTNSTIDGTGVQIRDYNNNNLKTYVTYPTEISTSY
Ga0196901_103159133300022200AqueousLTLNQVITLKIPSIAKINIRGDEYKFGYAYCGPRMKSLNIYDNPFGTDNMFSPNHPNVQVGTVGNDSTAASYISTMKMINWADHRIIGTNSTIDGTGVQIRDYNNNNLKTYIAYPTEISTSY
Ga0196901_107676223300022200AqueousVNPELGIDPDFDDSTSEHFTPNTRDLTLTRKMKVSFPSIAKITIRGDEYKYGYAYCGPRMKSLNIYDNPFGTDNMFSGNHPNVQIGTVGNDSTVASYISTMKMINWADHRIIGTNSTIDGTGVQIRDYNNNNLKTYVTYPTEISTSY
Ga0196901_116030513300022200AqueousTLTRRYQVSFPAIVRQIVRGDEYKYGYAYCGPRMKTLNIYDNPFGVDNMFSPNHPNIQSGTVGNDSTVASYIQGMLLQDWADHKIIGTNSTINGTGVQIQDYDNDNLKTYLSYPTEISIS
Ga0255764_1021995023300023081Salt MarshLKIPSIAKINIRGDEYKFGYAYCGPRMKSLNIYDNPFGTDNMFSGNHQNVQVGTVGNDSTAASYISTMKMINWADHRIIGTNSTIDGTGVQIRDYNNNNLKTYVAYPTEISTSY
Ga0255751_1023588713300023116Salt MarshEHFTPNTRDLTLTRKMKISFPSIAKITIRGDEYKYGYAYSGPRMKTLDIYNNPFGTDNMFSPNHPNIQSGTVGADSTVASYIQDMKLLNWGEHRIIGTNSTINGTGVQIQDYGNDNLKTYLSYPTEISISY
Ga0208303_107204023300025543AqueousTLTRKMKISFPSIAKITIRGDEYKYGYAYSGPRMKTLDIYNNPFGTDNMFSPNHPNIQSGTVGADSTVASYIQDMKLLNWGEHRIIGTNSTINGTGVQIQDYGNDNLKTYLSYPTEISIS
Ga0208160_102722923300025647AqueousTSLRVNPQLGVDPDFDDSTSEHFTPNTRDLTLNQVITLKIPSIAKINIRGDEYKFGYAYCGPRMKSLNIYDNPFGTDNMFSPNHPNVQVGTVGNDSTVASYISTMKMINWADHRIIGTNSTIDGTGVQIRDYNNNNLKTYIAYPTEISTSY
Ga0208160_109740623300025647AqueousTLTRKMKISFPSIAKITIRGDEYKYGYAYSGPRMKTLDIYNNPFGTDNMFSPNHPNIQSGTVGADSTVASYIQDMKLLNWGEHRIIGTNSTINGTGVQIQDYSNDNLKTYLSYPTEISIS
Ga0208160_116401213300025647AqueousMKISFPSIAKITIRGDEYKYGYAYSGPRMKSLNIYDNPFGTNNMFSGNHPNVQIGTVGNDSTVASYISTMKMINWADHRIIGTNSTIDGTGVQIRDYNNNNLKTYVTYPTEISTSY
Ga0208795_103746423300025655AqueousTTLNANPQLGLDPLFDTSTTDFFTPNTRDLTLVRKMTLSFPSIAKIVIRGDEYKYGYAYCGPRMKTLNIYENPFGADNMFSGNHPNVQIGTVGNDSTVASYISTMKMENWADHRIIGTNSTLNGSGVQIQDYANNNLKTYLSYPTEISISY
Ga0208898_117831513300025671AqueousNIRGNEYKFGYAYCGPRMKSLNIYDNPFGTDNMFSGNHPNVQVGTVGNDSTAASYISTMKMINWADHRIIGTNSTIDGTGVQIRDYNNNNLKTYIAYPTEISTSY
Ga0208162_114194023300025674AqueousDPTTRDLTLTRRYQVSFPAIVRQIVRGTEYKFGYAYCGPRMKTLNIYNNPFGTDNMFNSNHPSVQTGTYTATGGGTTKLLSPMKMVNWANHTIIGLNNTLNGTGVQIQDYDNDNLKTYISYPTEITASIPGISYDRTDITYDNTGFTFDETF
Ga0208019_104392313300025687AqueousITLKIPSIAKINIRGDEYKFGYAYCGPRMKSLNIYDNPFGTDNMFSPNHPNVQVGTVGNDSTAASYISTMKMINWADHRIIGTNSTIDGTGVQIRDYNNNNLKTYIAYPTEISTSY
Ga0208019_114321913300025687AqueousNAHLGVDPNFDDSTSEHFDPTTRDLTLTRRYQVSFPAIVRQTVRGTEYKFGYAYCGPRMKTLNIYENPFGVDNMFSGNHPNVQIGTVGNDSTVASYISTMKMENWATHTIIGTNSTLNGSGVQIQDYANSNLKTYLSYPTEISISY
Ga0208150_113802923300025751AqueousSLRGNDYIRGYTYGGPRMKSLNVYDNPFGTDNMFSGNHPNVQVGTVGNDSTVASYISTMKLVNWADHRIIGTNSTIDGTGVQIRDYDNDNLKTYIAYPTEISTSY
Ga0208150_126537613300025751AqueousFTPNTRDLTLNQVVTIKIPSIAKINIRGNEYKFGYAYCGPRMKSLNIYDNPFGTDNMFSPNHPNVQVGTVGNDSTAASYISTMKMINWADHRIIGTNSTIDGTGVQIRDYNNNNLKTYIAYPTEISTSY
Ga0208899_110558413300025759AqueousRANPELGVDPDFTDSTSEHFTPNTRDLTLTRKMKISFPSIAKITIRGDEYKYGYAYSGPRMKTLDIYNNPFGTDNMFSPNHPNIQSGTVGADSTVASYIQDMKLLNWGEHRIIGTNSTINGTGVQIQDYSNDNLKTYLSYPTEISISY
Ga0208899_110846723300025759AqueousYGYAYCGPRMKSLNIYDNPFGTDNMFSGNHPNVQVGTVGNDSTVASYISTMKLVNWADHRIIGTNSTIDGTGVQIRDYDNDNLKTYIAYPTEISTSY
Ga0208785_109835313300025815AqueousKITIRGDEYKYGYAYSGPRMKTLDIYNNPFGTDNMFSPNHPNIQSGTVGADSTVASYIQDMKLLNWGEHRIIGTNSTINGTGVQIQDYGNDNLKTYLSYPTEISISY
Ga0209534_1026432913300025880Pelagic MarineRDLTLTRKMKVSFPSIVKINIRDNEYKYGYAYSGPRMKSLNIYDNPFGTDNMFSGNHPNVQSGTVGADSTVASYISTMKMINWADHRIIGTNSTIDGTGVQIRDYNNSNLKTYITYPTEISISY
Ga0208644_132903313300025889AqueousKRIYKYGYAYCGPRMKTLNIYENPFGADNMFSGNHPNVQIGTVGNDSTVASYISTMKMENWADHRIIGTNSTLNGSGVQIQDYANNNLKTYLSYPTEISISY
Ga0208644_138020013300025889AqueousVDPDFDDSTSEHFTPNTRDLTLTRKMKISFPSIAKITIRGDEYKYGYAYSGPRMKSLNIYDNPFGTNNMFSGNHPNVQIGTVGNDSTVASYISTMKMINWADHRIIGTNSTIDGTGVQIRDYNNNNLKTYVTYPTEISTSY
Ga0209955_105281023300026123WaterAKITIRGNEYKYGYAYCGPRMKTLDIYDNPFGTDNMFSPNHPNVQSGTVGNDSTVASYISTMKMVNWADHRIIGTNSTLDGTGVQIQDYNNDNLKTYLSYPTEISISY
Ga0209962_101721923300026125WaterFPSIMKIDIRGDEYIYGYAYCGPRMKSLNIYNNPFGTNNMFSPNHPNVQVGTVGNDSTVASYISTMKLVNWADHRIIGTNSTIDGTGVQIRDYDNNNLKTYIAYPTEISTSY
Ga0209962_104164713300026125WaterLGVDPDFTDSTSEHFTPNTRDLTLTRKMKISFPSIAKITIRGDEYKYGYAYSGPRMKTLDIYNNPFGTDNMFSPNHPNIQSGTVGADSTVASYIQDMKLLNWGEHRIIGTNSTINGTGVQIQDYGNDNLKTYLSYPTEISISY
Ga0209932_101360313300026183Pond WaterNTRDVTLTKKYKVSFPSIMKIDIRGDEYKYGYAYCGPRMKSLNIYNNPFGTNNMFSGNHPNVQVGTVGNDSTVASYISTMKMINWADHRIIGTNSTIDGTGVQIRDYDNNNLKTYIAYPTEISTSY
Ga0209929_109315513300026187Pond WaterYKVSFPSIMKIDIRGDEYKYGYAYCGPRMKSLNIYNNPFGTDNMFSPNHPNVQVGTVGNDSTVASYISTMKLVNWADHRIIGTNSTIDGTGVQIRDYDNDNLKTYIAYPTEISTSY
Ga0348337_112695_431_8533300034418AqueousDPDFDDSTSEHFTPNTRDLTLNQVVTIKLPSVAKINIRGDEYKFGYAYCGPRMKSLNIYDNPFGTDNMFSPNHPNVQVGTVGNDSTVASYISTMKMINWADHRIIGTNSTIDGTGVQIRDYNNNNLKTYIAYPTEISTSY


 ⦗Top⦘


© Pavlopoulos Lab, Bioinformatics & Integrative Biology | B.S.R.C. "Alexander Fleming" | Privacy Notice
Make sure JavaScript is enabled in your browser settings to achieve functionality.