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 F049587

Metagenome Family F049587

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Overview Alignments Structure & Topology Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F049587
Family Type Metagenome
Number of Sequences 146
Average Sequence Length 196 residues
Representative Sequence RSSRVEVPAFYDSRGYPLVNTAGDLYEGLGRPVRTRTVNVTHNATSIPNYIFSLSDTLNAAAVTILGTSYPALTCKLTDVNCPDEPVRDKAGSLYYPVTYNVEINPYGWHILLPNKGPNQLIYQTRTSATADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDQNGQATPVVSLTGASI
Number of Associated Samples 61
Number of Associated Scaffolds 146

Quality Assessment
Transcriptomic Evidence No
Most common taxonomic group Unclassified
% of genes with valid RBS motifs 3.88 %
% of genes near scaffold ends (potentially truncated) 71.92 %
% of genes from short scaffolds (< 2000 bps) 70.55 %
Associated GOLD sequencing projects 36
AlphaFold2 3D model prediction No

Note: High quality evidence is represented by blue. Low quality evidence is represented by red.
Hidden Markov Model
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Most Common Taxonomy
Group Unclassified (99.315 % of family members)
NCBI Taxonomy ID N/A
Taxonomy N/A

Most Common Ecosystem
GOLD Ecosystem Environmental → Aquatic → Marine → Coastal → Unclassified → Aqueous
(86.986 % of family members)
Environment Ontology (ENVO) Unclassified
(89.041 % of family members)
Earth Microbiome Project Ontology (EMPO) Free-living → Saline → Water (saline)
(93.151 % 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: 2.66%    β-sheet: 34.57%    Coil/Unstructured: 62.77%
Feature Viewer
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Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
UnclassifiedrootN/A99.32 %
All OrganismsrootAll Organisms0.68 %

Visualization
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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
3300000117|DelMOWin2010_c10184850Not Available654Open in IMG/M
3300006025|Ga0075474_10176381All Organisms → cellular organisms → Archaea → Euryarchaeota → Stenosarchaea group → Halobacteria → Haloferacales → Halorubraceae → Halorubrum → Halorubrum tebenquichense663Open in IMG/M
3300006025|Ga0075474_10218851Not Available580Open in IMG/M
3300006026|Ga0075478_10181174Not Available648Open in IMG/M
3300006026|Ga0075478_10192718Not Available624Open in IMG/M
3300006027|Ga0075462_10169495Not Available663Open in IMG/M
3300006637|Ga0075461_10132752Not Available769Open in IMG/M
3300006637|Ga0075461_10156498Not Available696Open in IMG/M
3300006637|Ga0075461_10189172Not Available619Open in IMG/M
3300006637|Ga0075461_10193734Not Available610Open in IMG/M
3300006637|Ga0075461_10195828Not Available606Open in IMG/M
3300006802|Ga0070749_10381143Not Available780Open in IMG/M
3300006802|Ga0070749_10519868Not Available647Open in IMG/M
3300006802|Ga0070749_10543680Not Available630Open in IMG/M
3300006802|Ga0070749_10687184Not Available548Open in IMG/M
3300006802|Ga0070749_10693973Not Available544Open in IMG/M
3300006802|Ga0070749_10760880Not Available515Open in IMG/M
3300006802|Ga0070749_10762349Not Available515Open in IMG/M
3300006802|Ga0070749_10799042Not Available501Open in IMG/M
3300006810|Ga0070754_10404569Not Available597Open in IMG/M
3300006810|Ga0070754_10408908Not Available593Open in IMG/M
3300006810|Ga0070754_10445907Not Available562Open in IMG/M
3300006869|Ga0075477_10431827Not Available509Open in IMG/M
3300006916|Ga0070750_10334806Not Available641Open in IMG/M
3300006916|Ga0070750_10402499Not Available571Open in IMG/M
3300006916|Ga0070750_10427489Not Available550Open in IMG/M
3300006916|Ga0070750_10451371Not Available531Open in IMG/M
3300006916|Ga0070750_10485826Not Available507Open in IMG/M
3300006919|Ga0070746_10386588Not Available629Open in IMG/M
3300006919|Ga0070746_10450302Not Available571Open in IMG/M
3300007234|Ga0075460_10233529Not Available617Open in IMG/M
3300007234|Ga0075460_10274328Not Available557Open in IMG/M
3300007234|Ga0075460_10318797Not Available507Open in IMG/M
3300007236|Ga0075463_10189072Not Available663Open in IMG/M
3300007236|Ga0075463_10235761Not Available588Open in IMG/M
3300007236|Ga0075463_10271498Not Available544Open in IMG/M
3300007344|Ga0070745_1198392Not Available742Open in IMG/M
3300007344|Ga0070745_1266508Not Available616Open in IMG/M
3300007345|Ga0070752_1332841Not Available573Open in IMG/M
3300007345|Ga0070752_1334638Not Available571Open in IMG/M
3300007345|Ga0070752_1386929Not Available519Open in IMG/M
3300007345|Ga0070752_1395124Not Available511Open in IMG/M
3300007346|Ga0070753_1265604Not Available619Open in IMG/M
3300007346|Ga0070753_1285660Not Available592Open in IMG/M
3300007346|Ga0070753_1317827Not Available554Open in IMG/M
3300007539|Ga0099849_1311284Not Available566Open in IMG/M
3300007541|Ga0099848_1193282Not Available733Open in IMG/M
3300007640|Ga0070751_1199862Not Available778Open in IMG/M
3300007640|Ga0070751_1245014Not Available682Open in IMG/M
3300007640|Ga0070751_1343085Not Available549Open in IMG/M
3300007960|Ga0099850_1397105Not Available511Open in IMG/M
3300009124|Ga0118687_10241374Not Available668Open in IMG/M
3300009492|Ga0127412_10040419Not Available560Open in IMG/M
3300010297|Ga0129345_1211907Not Available684Open in IMG/M
3300010318|Ga0136656_1292189Not Available531Open in IMG/M
3300017951|Ga0181577_10712063Not Available610Open in IMG/M
3300017967|Ga0181590_10587690Not Available763Open in IMG/M
3300017967|Ga0181590_11023977Not Available537Open in IMG/M
3300018421|Ga0181592_11064769Not Available518Open in IMG/M
3300018424|Ga0181591_10909854Not Available603Open in IMG/M
3300019753|Ga0194010_1083824Not Available575Open in IMG/M
3300022050|Ga0196883_1032565Not Available634Open in IMG/M
3300022057|Ga0212025_1044465Not Available764Open in IMG/M
3300022068|Ga0212021_1123476Not Available530Open in IMG/M
3300022069|Ga0212026_1059575Not Available578Open in IMG/M
3300022158|Ga0196897_1032469Not Available628Open in IMG/M
3300022167|Ga0212020_1069921Not Available592Open in IMG/M
3300022168|Ga0212027_1045121Not Available561Open in IMG/M
3300022176|Ga0212031_1092722Not Available516Open in IMG/M
3300022187|Ga0196899_1131814Not Available710Open in IMG/M
3300022206|Ga0224499_10228312Not Available633Open in IMG/M
3300025610|Ga0208149_1086395Not Available767Open in IMG/M
3300025610|Ga0208149_1122221Not Available611Open in IMG/M
3300025630|Ga0208004_1128543Not Available571Open in IMG/M
3300025653|Ga0208428_1188409Not Available534Open in IMG/M
3300025671|Ga0208898_1115112Not Available788Open in IMG/M
3300025671|Ga0208898_1156111Not Available609Open in IMG/M
3300025671|Ga0208898_1172425Not Available557Open in IMG/M
3300025759|Ga0208899_1220271Not Available587Open in IMG/M
3300025769|Ga0208767_1208843Not Available648Open in IMG/M
3300025769|Ga0208767_1224030Not Available611Open in IMG/M
3300025769|Ga0208767_1244900Not Available565Open in IMG/M
3300025803|Ga0208425_1098338Not Available684Open in IMG/M
3300025803|Ga0208425_1140934Not Available540Open in IMG/M
3300025810|Ga0208543_1103916Not Available676Open in IMG/M
3300025810|Ga0208543_1124867Not Available608Open in IMG/M
3300025818|Ga0208542_1137340Not Available674Open in IMG/M
3300025828|Ga0208547_1211519Not Available517Open in IMG/M
3300025840|Ga0208917_1210043Not Available644Open in IMG/M
3300025840|Ga0208917_1233877Not Available597Open in IMG/M
3300025853|Ga0208645_1224669Not Available645Open in IMG/M
3300025853|Ga0208645_1255273Not Available580Open in IMG/M
3300025889|Ga0208644_1307255Not Available627Open in IMG/M
3300025889|Ga0208644_1327602Not Available595Open in IMG/M
3300025889|Ga0208644_1338878Not Available579Open in IMG/M
3300025889|Ga0208644_1339480Not Available578Open in IMG/M
3300025889|Ga0208644_1344501Not Available571Open in IMG/M
3300025889|Ga0208644_1346070Not Available569Open in IMG/M
3300025889|Ga0208644_1375552Not Available532Open in IMG/M
3300034375|Ga0348336_144288Not Available719Open in IMG/M
3300034375|Ga0348336_167651Not Available629Open in IMG/M
3300034375|Ga0348336_203111Not Available526Open in IMG/M
3300034418|Ga0348337_182092Not Available547Open in IMG/M



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Environmental Properties

Associated Habitat Types

Select Environment Taxonomy Level:
HabitatTaxonomyDistribution
AqueousEnvironmental → Aquatic → Marine → Coastal → Unclassified → Aqueous86.99%
Salt MarshEnvironmental → Aquatic → Marine → Intertidal Zone → Salt Marsh → Salt Marsh6.16%
Freshwater To Marine Saline GradientEnvironmental → Aquatic → Marine → Coastal → Unclassified → Freshwater To Marine Saline Gradient1.37%
Estuarine WaterEnvironmental → Aquatic → Marine → Unclassified → Unclassified → Estuarine Water1.37%
SedimentEnvironmental → Aquatic → Freshwater → Sediment → Unclassified → Sediment0.68%
MarineEnvironmental → Aquatic → Marine → Intertidal Zone → Unclassified → Marine0.68%
MarineEnvironmental → Aquatic → Marine → Neritic Zone → Unclassified → Marine0.68%
SedimentEnvironmental → Aquatic → Marine → Sediment → Unclassified → Sediment0.68%
SedimentEnvironmental → Aquatic → Sediment → Unclassified → Unclassified → Sediment0.68%
Methane SeepEnvironmental → Aquatic → Sediment → Unclassified → Unclassified → Methane Seep0.68%

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
3300001934Estuary microbial communities from Chesapeake Bay, Maryland, USA - MOVE858EnvironmentalOpen 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
3300006868Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_29_N_>0.8_DNAEnvironmentalOpen in IMG/M
3300006869Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_N_>0.8_DNAEnvironmentalOpen in IMG/M
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
3300007541Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1S 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
3300009124Marine sediment microbial communities from methane seeps within Hudson Canyon, US Atlantic Margin - Hudson Canyon PC-16 72 cmbsfEnvironmentalOpen in IMG/M
3300009492Marine sediment microbial communities from Chincoteague Deepwater methane seep, US Atlantic Margin - Chincoteague Seep MUC-5 6-8 cmbsfEnvironmentalOpen in IMG/M
3300010297Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_20_0.8_DNAEnvironmentalOpen in IMG/M
3300010318Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_15_0.8_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
3300017967Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071411BT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300018421Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071412BT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300018424Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071412AT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300019753Sediment microbial communities from the Broadkill River, Lewes, Delaware, United States ? FLC_6-7_MGEnvironmentalOpen in IMG/M
3300021958Estuarine water microbial communities from San Francisco Bay, California, United States - C33_27DEnvironmentalOpen in IMG/M
3300022050Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_4 (v3)EnvironmentalOpen in IMG/M
3300022057Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_28 (v2)EnvironmentalOpen in IMG/M
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
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
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
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
3300022206Sediment microbial communities from San Francisco Bay, California, United States - SF_Jul11_sed_USGS_24EnvironmentalOpen in IMG/M
3300022934Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 101413BT metaGEnvironmentalOpen in IMG/M
3300023116Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071412BT 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
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
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
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
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
DelMOWin2010_1018485013300000117MarineTAIETREDDTYSSQRTKGGMRSSRVEVPAFYDSRGYPLVNTAGDLYEGLGRPVRTRTVNVTHNATSIPNYIFSLSDTLNAAAVTILGTSYPPLTCKLTDVNCPDEPSRDKAGDLYYPVTYNIEINPYGWHILLPNKGPNQLIYQTRTSSTAGWEDDTKANYDSKTPATDRRIIKRPIESEEQQHLGGEIWLDENGQATTVVSLTGTSIGTANMTAGSG
GOS2267_10294223300001934MarineSATPDETLHNVWTVEARYSSKQETRENAAYASQRTKGGMRSSSVEVPAFFDTYGYPLVNTAGDAYEGLGRKVRTRTVNVTHNATSIPNYIFNLSDTLNAAAVTILGTSYPAKTCKLTDVNCPDEPVSDKDGDLYYPVTYNIEINPIGWHILLPNKGPNQLIYQTRTGASADWSDDTKANYDSKSPTSDRRIVKRPIE
Ga0075474_1017638113300006025AqueousEDQAYGSQRTKGGVRSSSVEVPAFFDARGYPLVNTAGDLYEGLGRKVRTRTFNVTHNATSIPNYILNLSDTINAAAVTILGTSYPALTCKMTDVNCPDEPVRDNAGDLYYPVTYLIEMNPIGWHILLPNRGPNQLIFQTRTSGTALWSDVAKSAYDAEGDSNLKRVVKRPIESEEQQNLGGEIWLDKNGQAQAVTTLTATSVGTGTIAAGGTSITMNTGSL
Ga0075474_1021885113300006025AqueousRTRTVSVTHNATSIPDYIFALSDTLNAAAVTILGTSYPALTCKLTDVNCPDEPSRDKAGDLYYPVTYNIEINPTGWHILLPNKGPNQLIYQTRTSSTADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLNQNGQATPVISLTGASIGTANMYAGITTITMASGTLPETPGLLIRVEGAGLKGR
Ga0075478_1018117413300006026AqueousAYASQRTKGGMRSSRVEVPAFYDSRGYPLVNTAGDLYEGLGRPVRTRTVNVTHNTTSIPDYIFSLADTLNAAAVTILGTSYPALTCKLTDVNCPDEPVRDKAGSLYYPVTYNVEINPYGWHILLPNKGPNQLIYQTRTSATADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDENGQATTVVSLTGTSIGTANMTAGSGAITMVS
Ga0075478_1019271813300006026AqueousGGMRSSRVEVPAFYDSRGYPLVNTAGDLYEGLGRPVRTRTVNVTHNATSIPNYIFSLSDTLNDAAVTILGTSYPALTCKLTDVNCPDEPVRDKAGSLYYPVTYNVEINPYGWHILLPNKGPNQLIYQTRTSATADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDENGQATTVVSLTGTSIGTANMTAGSGAITMVSG
Ga0075478_1021233513300006026AqueousTQDDEVLTFWLVSVRYKTNITTRENAAYASQRTKGGMRSSKIERPAFFDARGYPLVNTAGDMYEGLGRPVRTRTVSVTHNATSIPNYIFSLSDTLNAAAVTILGTSYPALTCKLTDVNCPDEPSRDKDGDLYYPVSYNIEINPTGWHILLPNKGPNQLIYQTRTGSTADWQDDTKTNYDNKTPTTDRRIVKRPIE
Ga0075462_1016949513300006027AqueousIETREDDAYASQRTKGGMRSSRVEVPAFYDSRGYPLVNTAGDLYEGLSKPVRTRTVNVTHNATSVPNYIFNLSDTINAAAVTILGTSYPALTCKMTDVNMPDEPVRDKAGDLYYPITYDIEINPVGWSILLPNKGPNELVYQTRTSATADWEDDTKANYDSKTPTTDRRIVKRPIESEEQQNLGGEIWLDENGEATPVVSLTGSSIGTANTTAGSTTLTM
Ga0075461_1013275213300006637AqueousAVSRSLSHDDTVLTLWYLEVRYSTAIETREDDTYASQRTKGGMRSSRVEVPAFYDSRGYPLVNTAGDLYEGLGRPVRTRTVNVTHNATSIPNYIFSLSDTLNAAAVTILGTSYPALTCKLTDVNCPDEPVRDKAGSLYYPVTYNVEINPYGWHILLPNKGPNQLIYQTRTGSTADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDENGQATTVVSLTGTSIGTANMTAGSGAITMVSGTLPETVGA
Ga0075461_1015649813300006637AqueousVLTVWRLEVRYSTAIETREDDAYASQRTKGGMRSSRVEVPAFYDSRGYPLVNTAGDLYEGLSKPVRTRTVNVTHNATSVPNYIFNLSDTINAAAVTILGTSYPALTCKMTDVNMPDEPVRDKAGDLYYPITYDIEINPVGWSILLPNKGPNELVYQTRTSATADWEDDTKANYDSKTPTTDRRIVKRPIESEEQQNLGGEIWLDENGEATPVVSLTGSSIGTANTTAGSTT
Ga0075461_1018917213300006637AqueousSTAIETREDDAYASQRTKGGMRSSRVEVPAFYDSRGYPLVNTAGDLYEGLSRPVSTRTVPVTHNATSLPNYIFELADTLNAAAVTILGISFPALTCKLTDVNFPDEPVRDKAGDLYYPVTYNIEINPTGWHILLPNKGANELVYQTRTSATANWEDDTKANYDSKTPTTDRRIVKRPIESEEQQNLGGEIWLDENGEATPVVSLTG
Ga0075461_1019373413300006637AqueousIETREDDAYASQRTKGGMRSSRVEVPAFYDSRGYPLVNTAGDLYEGLSKPVRTRTVNVTHNATSVPNYIFNLSDTINAAAVTILGTSYPALTCKMTDVNMPDEPVRDKAGDLYYPITYDIEINPVGWSILLPNKGPNELVYQTRTSATADWEDDTKANYDSKTPTTDRRIVKRPIESEEQQNLGGEIWLDENGEATPVVSLTG
Ga0075461_1019582813300006637AqueousNTAGDLYEGLGRPVRTRTVNVTHNATSIPNYIFSLSDTLNDAAVTILGTSYPALTCKLTDVNCPDEPVRDKAGSLYYPVTYNVEINPYGWHILLPNKGPNQLIYQTRTSATADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDENGQATTVVSLTGTSIGTANMTAGSGAITMVSGTLPETVGALVRVEGAG
Ga0070749_1038114313300006802AqueousAIALEIDATQDDEVLTFWLVSVRYKTNITTRENAAYASQRTKGGMRSSRIERPAFFDARGYPLVNTAGDMYEGLGRPVRTRTVSVTHNATSIPNYIFSLSDTLNAAAVTILGTSYPALTCKLTDVNCPDEPSRDKAGDLYYPVSYNIEINPTGWHILLPNKGPNQLIYQTRTSSTADWQDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDQNGQATPVVSLTGASIGTANMYAGITTITMASGTLPETPGLL
Ga0070749_1051801113300006802AqueousKSAAIALEIDATQDDEVLTFWLVSVRYKTNITTRENAAYASQRTKGGMRSSKIERPAFFDARGYPLVNTAGDMYEGLGRPVRTRTVSVTHNATSIPDYIFALSDTLNAAAVTILGTSYPALTCKLTDVNCPDEPSRDKAGDLYYPVTYNIEINPTGWHILLPNKGPNQLIYQTRTSSTADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGG
Ga0070749_1051986813300006802AqueousYSTAIETREDDAYASQRTKGGMRSSRVEVPAFYDSRGYPLVNTAGDLYEGLSRPVSTRTVPVTHNATSLPNYIFELADTLNAAAVTILGISFPALTCKLTDVNFPDEPVRDKAGDLYYPVTYNIEINPTGWHILLPNKGANELVYQTRTSATANWEDDTKANYDSKTPTTDRRIVKRPIESEEQQNLGGEIWLDENGQATTVVSLTGTSIGTANM
Ga0070749_1054368013300006802AqueousQRTKGGMRSSSVEVPAFFDTRGYPLVNTAGDVYEGLGRKVRTRTVNVTHNATSIPNYIFNLSDTLNAAAVTILGTTYPAKTCKLTDVNCPDEPVSDKNGDLYYPVTYNIEINPIGWHILLPNKGPNQLIYQTRTGASADWSDDTKANYDSKSPTSDRRIIKRPIESEEQQNLGGEIWLDENGQAVTVTTLTATSIGTANMTAGSGAITM
Ga0070749_1062863113300006802AqueousLEIDATQDDEVLTFWLVSVRYKTNITTRENAAYASQRTKGGMRSSRIERPAFFDARGYPLVNTAGDMYEGLGRPVRTRTVNVTHNATSIPDYIFNLSDTINAAAVTILGTTYPALSCKLTDVNCPDEPSRDKDGDLYYPVSYNIEINPTGWHILLPNKGPNQLIYQTRTSSTAKWQDDTKTNYDNKTPTTDR
Ga0070749_1065955413300006802AqueousTVWHLNCRYSTAIETREDQAYGSQRTKGGVRSSSVEVPAFFDARGYPLVNTAGDLYEGLGRKVRTRTFNVTHNATSIPDYILNLSDTINAAAVTILGTSYPALTCKMTDVNCPDEPVRDNAGDLYYPVTYSIEMNPIGWHILLPNRGPNQLIYQTRTSGTAAWSDVAKSAYDAEGDSNLKRVVKRP
Ga0070749_1068718413300006802AqueousTHNATSIPNYIFSLSDTLNDAAVTILGTSYPALTCKLTDVNCPDEPVRDKAGSLYYPVTYNVEINPYGWHILLPNKGPNQLIYQTRTSATADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDENGQATTVVSLTGTSIGTANMTAGSGAITMVSGTLPETVGALVRVEGAGL
Ga0070749_1069397313300006802AqueousRTRTVNVTHNATSIPNYIFSLSDTLNDAAVTILGTSYPALTCKLTDVNCPDEPVRDKAGSLYYPVTYNVEINPYGWHILLPNKGPNQLIYQTRTSSTADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDENGQATTVVSLTGTSIGTANMTAGSGAITMVSGTLPETVGA
Ga0070749_1076018313300006802AqueousAIETREDQAYGSQRTKGGVRSSSIEVPAFFDARGYPLVNTAGDLYEGLGRKVRTRTFNVTHNATSIPDYILNLSDTINAAAVTILGASYPALTCKMTDVNCPDEPVRDNAGDLYYPVTYSIEMNPIGWHILLPNKGPNQLIYQTRASSTADWSDDTKANYDSKSPTSDRRI
Ga0070749_1076088013300006802AqueousGLGRPVRTRTVNVTHNTTSIPDYIFSLADTLNAAAVTILGISYPALTCKLTDVNCPDEPVRDKAGSLYYPVTYNVEINPYGWHILLPNKGPNQLIYQTRTSATADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDENGQATTVVSLTGTSIGTANMTAGSG
Ga0070749_1076234913300006802AqueousRTRTFNVTHNATSIPDYILNLSDTINAAAVTILGTSYPALTCKMTDVNCPDEPVRDNAGDLYYPVTYLIEMNPIGWHILLPNRGPNQLIFQTRGNTSLPWADATKAQYDAEGDSNLKRVIKRPIESEEQQNLGGEIWLDENGQAVPVTTLTTTSVGTANITAGLDEITMVT
Ga0070749_1079904213300006802AqueousGDLYEGLGRPVRTRTVNVTHNATSIPNYIFSLSDTLNAAAVTILGTSYPALTCKLTDVNCPDEPVRDKAGSLYYPVTYNVEINPYGWHILLPNKGPNQLIYQTRTSATADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDENGQATTVVSLTGTSI
Ga0070754_1038205013300006810AqueousKSAAIALEIDATQDDEVLTFWLVSVRYKTNITTRENAAYASQRTKGGMRSSRIERPAFFDARGYPLVNTAGDLYEGLSKPVRTRTVNVTHNATNVPNYIFNLSDTINAAAVTILGTSYPALTCKLTDVNCPDEPSRDKDGDLYYPVSYNIEINPTGWHILLPNKGPNQLIYQTRTSSTAKWQDDTKTNYDNKTPTTDRRIVKRPIE
Ga0070754_1040456913300006810AqueousRSSRVEVPAFYDSRGYPLVNTAGDLYEGLGRPVRTRTVNVTHNATSIPNYIFSLSDTLNAAAVTILGTSYPALTCKLTDVNCPDEPVRDKAGSLYYPVTYNVEINPYGWHILLPNKGPNQLIYQTRTSSTADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDENGQATTVVSLTGTSIGTANMTAGSG
Ga0070754_1040890813300006810AqueousYASQRTKGGMRSSRVEVPAFYDSRGYPLVNTAGDLYEGLSKPVRTRTVNVTHNATSVPNYIFNLSDTINAAAVTILGTSYPALTCKMTDVNMPDEPVRDKAGDLYYPITYDIEINPVGWSILLPNKGPNELVYQTRTSATADWEDDTKANYDSKTPTTDRRIVKRPIESEEQQNLGGEIWLDENGEATPVVSLTGSS
Ga0070754_1043316113300006810AqueousYKTNITTRENAAYASQRTKGGMRSSRIERPAFFDARGYPLVNTAGDMYEGLSKPVRTRTVNVTHNATNVPNYIFNLSDTINAAAVTILGTSYPALTCKLTDVNCPDEPSRDKDGDLYYPVSYNIEINPTGWHILLPNKGPNQLIYQTRTSSTADWQDDTKTNYDNKTPTTDRRIVKRPIESEEQQNLGGE
Ga0070754_1044590713300006810AqueousLEVRYSTAIETREDDTYASQRTKGGMRSSRVEVPAFYDSRGYPMVNTAGDLYEGLSKPVRTRTVNVTHNATSVPNYIFNLSDTINAAAVTILGTSYPALTCKMTDVNMPDEPVRDKAGDLYYPITYDIEINPVGWSILLPNKGPNELVYQTRTSATADWEDDTKANYDSKTPTTDRRIVKRPIESEE
Ga0070754_1049257313300006810AqueousAAYASQRTKGGMRSSRIERPAFFDARGYPLVNTAGDMYEGLGRPVRTRTVSVTHNATSIPNYIFSLSDTLNAAAVTILGTSYPALSCKLTDVNCPDEPSRDKAGDLYYPVTYNIEINPTGWHILLPNKGPNQLIYQTRTSSTADWQDDTKTNYDNKTPTTDRRIVKRPIESEEQQ
Ga0075476_1029499913300006867AqueousVDQDLNQDDSVLTVWHLNCRYSTAIETREDQAYGSQRTKGGVRSSSVEVPAFFDARGYPLVNTAGDLYEGLGRKVRTRTFNVTHNATSIPNYILNLSDTINAAAVTILGVSYPALTCKLTDVNCPDEPVRDNAGDLYYPVTYNIEMNPIGWHLLLPNKGPNQLIYQTRTGASADWSDDTKANYDSKSPT
Ga0075476_1034954313300006867AqueousTAIETREDDTYASQRTKGGMRSSRVEVPAFYDSRGYPLVNTAGDLYEGLGRPVRTRTVNVTHNATSIPNYIFSLSDTLNDAAVTILGTSYPALTCKLTDVNCPDEPVRDKAGSLYYPVTYNVEINPYGWHILLPNKGPNQLIYQTRTSSTADWEDDTKANYDSKTPTTDR
Ga0075481_1025519013300006868AqueousSGLPSQGDSHPEKSAAIALEIDATQDDEVLTFWLVSVRYKTNITTRENAAYASQRTKGGMRSSRIERPAFFDARGYPLVNTAGDMYEGLGRPVRTRTVSVTHNATSIPDYIFALSDTLNAAAVTILGTSYPALTCKLTDVNCPDEPSRDKAGDLYYPVTYNIEINPTGWHILLPNKGPNQLIYQTRTSSTADWEDDTKANYDSKT
Ga0075477_1043182713300006869AqueousLSKPVRTRTVNVTHNATNVPNYIFNLSDTINAAAVTILGTSYPALTCKLTDVNCPDEPSRDKDGDLYYPVSYNIEINPTGWHILLPNKGPNQLIYQTRTSSTAKWQDDTKTNYDNKTPTTDRRIVKRPIESEEQQNLGGEIWLDQNGQATPVISLTGASIGTANMYAGI
Ga0070750_1033480613300006916AqueousTAIETREDDAYASQRTKGGMRSSRVEVPAFYDSRGYPLVNTAGDLYEGLSRPVSTRTVPVTHNATSLPNYIFELADTLNAAAVTILGISFPALTCKLTDVNFPDEPVRDKAGDLYYPVTYNIEINPTGWHILLPNKGANELVYQTRTSATANWEDDTKANYDSKTPTTDRRIVKRPIESEEQQNLGGEIWLDENGQATTVVSLTGTSIGTANM
Ga0070750_1040249913300006916AqueousLYEGLGRPVRTRTVNVTHNATSIPNYIFSLSDTLNDAAVTILGTSYPALTCKLTDVNCPDEPVRDKAGSLYYPVTYNVEINPYGWHILLPNKGPNQLIYQTRTSSTADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDENGQATTVVSLTGTSIGTANMTAGSGAITMVSGTLPETVGAL
Ga0070750_1042748913300006916AqueousVTHNATSIPNYIFSLSDTLNDAAVTILGTSYPALTCKLTDVNCPDEPVRDKAGSLYYPVTYNVEINPYGWHILLPNKGPNQLIYQTRTSATADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDENGQATTVVSLTGTSIGTANMTAGSGAITMVSGTLPETVGALVRVEGAGL
Ga0070750_1042907713300006916AqueousKGGVRSSSIEVPAFFDSRGYPLVNTAGDLYEGLGRKVRTRTFNVTHNATSIPDYILNLSDTINAAAVTILGTSYPALTCKMTDVNCPDEPVRDNAGDLYYPVTYSIEMNPIGWHILLPNKGPNQLIYQTRASSTADWSDDTKANYDSKSPTSDRRIVKRPIESEEQQNLGGEIWLDKNGQAQA
Ga0070750_1045137113300006916AqueousNTAGDLYEGLGRPVRTRTVNVTHNATSIPNYIFSLSDTLNAAAVTILGTSYPALTCKLTDVNCPDEPVRDKAGSLYYPVTYNVEINPYGWHILLPNKGPNQLIYQTRTSATADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDENGQATTVVSLTGTSIGTANMTA
Ga0070750_1048582613300006916AqueousGLGRPVRTRTVNVTHNTTSIPDYIFSLADTLNAAAVTILGISYPALTCKLTDVNCPDEPVRDKAGSLYYPVTYNVEINPYGWHILLPNKGPNQLIYQTRTSATADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDENGQATTVVSLTGTSIGTANMTA
Ga0070746_1038658813300006919AqueousYSTAIETREDDAYASQRTKGGMRSSRVEVPAFYDSRGYPLVNTAGDLYEGLSRPVSTRTVPVTHNATSLPNYIFELADTLNAAAVTILGISFPALTCKLTDVNFPDEPVRDKAGDLYYPVTYNIEINPTGWHILLPNKGANELVYQTRTSATANWEDDTKANYDSKTPTTDRRIVKRPIESEEQQNLGGEIWLDENGQATTVVSLTGTS
Ga0070746_1045030213300006919AqueousLYEGLGRPVRTRTVNVTHNATSIPNYIFSLSDTLNDAAVTILGTSYPALTCKLTDVNCPDEPVRDKAGSLYYPVTYNVEINPYGWHRLLPNKGPNQLIYQTRTSSTADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDENGQATTVVSLTGTSIGTANMTAGSGAITMVSGTLPETVGAL
Ga0075460_1023352913300007234AqueousSTAIETREDDAYASQRTKGGMRSSRVEVPAFYDSRGYPLVNTAGDLYEGLSRPVSTRTVPVTHNATSLPNYIFELADTLNAAAVTILGISFPALTCKLTDVNFPDEPVRDKAGDLYYPVTYNIEINPTGWHILLPNKGANELVYQTRTSATANWEDDTKANYDSKTPTTDRRIVKRPIESEEQQNLGGEIWLDENGEATPVVSLT
Ga0075460_1027432813300007234AqueousHNATSIPNYIFSLSDTLNDAAVTILGTSYPALTCKLTDVNCPDEPVRDKAGSLYYPVTYNVEINPYGWHILLPNKGPNQLIYQTRTSATADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDENGQATTVVSLTGTSIGTANMTAGSGAITMVSGTLPETVGALVRVEGAGLKGAV
Ga0075460_1031879713300007234AqueousDTINAAAVTILGTSYPALTCKLTDVNCPDEPVRDNAGDLYYPVAYSIEMNPIGWHILLPNRGPNQLIYQTRTGASADWSDVTKATYDAEGDSNLKRVIKRPIESEEQQTLGGEIWLDKNGQAQAVTTLTATSVGTGTIAAGGTSITMNTGSLPETPGALIRIAGAGLK
Ga0075463_1018907213300007236AqueousDTYASQRTKGGMRSSRVEVPAFYDSRGYPLVNTAGDLYEGLGRPVRTRTVNVTHNTTSIPDYIFSLADTLNAAAVTILGTSYPALTCKLTDVNCPDEPVRDKAGSLYYPVTYNVEINPYGWHILLPNKGPNQLIYQTRTSATADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDENGQATTVVSLTGTSIGTANMTAGSGAITMVSGTLPE
Ga0075463_1023576113300007236AqueousMYEGLSKPVRTRTVNVTHNATNVPNYIFNLSDTINAAAVTILGTSYPALTCKLTDVNCPDEPSRDKDGDLYYPVSYNIEINPTGWHILLPNKGPNQLIYQTRTSSTADWQDDTKTNYDNKTPTTDRRIVKRPIESEEQQNLGGEIWLDEDGQ
Ga0075463_1027149813300007236AqueousYEGLSKPVRTRTVNVTHNATSVPNYIFNLSDTINAAAVTILGTSYPALTCKMTDVNMPDEPVRDKAGDLYYPITYDIEINPVGWSILLPNKGPNELVYQTRTSATADWEDDTKANYDSKTPTTDRRIVKRPIESEEQQNLGGEIWLDENGEATPVVSLTGSSIGTANTTAGSTTLTMVTG
Ga0070745_119839213300007344AqueousAIALEIDATQDDEVLTFWLVSVRYKTNITTRENAAYASQRTKGGMRSSRIERPAFFDARGYPLVNTAGDLYEGLSKPVRTRTVNVTHNATNVPNYIFNLSDTINAAAVTILGTSYPALTCKLTDVNCPDEPSRDKDGDLYYPVSYNIEINPTGWHILLPNKGPNQLIYQTRTSSTAKWQDDTKTNYDNKTPTTDRRIVKRPIESEEQQNLGGEIWLDQNGQATPVISLTGASIGTANMYAGITTITM
Ga0070745_126650813300007344AqueousIETREDDAYASQRTKGGMRSSRVEVPAFYDSRGYPLVNTAGDLYEGLSKPVRTRTVNVTHNATSVPNYIFNLSDTINAAAVTILGTSYPALTCKMTDVNMPDEPVRDKAGDLYYPITYDIEINPVGWSILLPNKGPNELVYQTRTSATADWEDDTKANYDSKTPTTDRRIVKRPIESEEQQNLGGEIWLDENGEATPVVSLTGSS
Ga0070745_128904613300007344AqueousYKTNITTRENAAYASQRTKGGMRSSRIERPAFFDARGYPLVNTAGDMYEGLSKPVRTRTVNVTHNATNVPNYIFNLSDTINAAAVTILGTSYPALTCKLTDVNCPDEPSRDKDGDLYYPVSYNIEINPTGWHILLPNKGPNQLIYQTRTSSTADWQDDTKTNYDNKTPTTDRRIVKRPIESEEQQNLGGEIWLDE
Ga0070752_123939813300007345AqueousVLTFWLVSVRYKTNITTRENAAYASQRTKGGMRSSRIERPAFFDARGYPLVNTAGDMYEGLGRPVRTRTVSVTHNATSIPNYIFSLSDTLNDAAVTILGTSYPALTCKLTDVSCPDEPSRDKAGDLYYPVSYNIEINPTGWHILLPNKGPNQLIYQTRTSSTADWQDDTKTNYDNKTPTTDRRIVKRPIESEEQQNLGGEIWLDEDGQATPVVSLTGASIGTANMYAGITTITMAS
Ga0070752_131018613300007345AqueousSHPEKSAAIALEIDATQDDEVLTFWLVSVRYKTNITTRENAAYASQRTKGGMRSSRIDRPAFFDARGYPLVNTAGDLYEGLSKPVRTRTVNVTHNATNVPNYIFNLSDTINAAAVTILGTSYPALTCKLTDVNCPDEPSRDKDGDLYYPVSYNIEINPTGWHILLPNKGPNQLIYQTRTSSTAKWQDDTKTNYDNKTPT
Ga0070752_133284113300007345AqueousVNTAGDLYEGLGRPVRTRTVNVTHNTTSIPDYIFSLADTLNAAAVTILGTSYPALTCKLTDVNCPDEPVRDKAGSLYYPVTYNVEINPYGWHILLPNKGPNQLIYQTRTSATADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDENGQATTVVSLTGTSIGTANMTAGSGAITMVSGTLP
Ga0070752_133463813300007345AqueousMYEGLGRPVRTRTVSVTHNATSIPNYIFSLSDTLNAAAVTILGTSYPALTCKLTDVNCPDEPSRDKAGDLYYPVSYNIEINPTGWHILLPNKGPNQLIYQTRTSSTADWQDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDQNGQATPVVSLTGASIGTANMYAGITTITMASGTLPET
Ga0070752_134429413300007345AqueousSAAIALEIDATQDDEVLTFWLVSVRYKTNITTRENAAYASQRTKGGMRSSRIERPAFFDARGYPLVNTAGDMYEGLGRPVRTRTVSVTHNATSIPNYIFSLSDTLNAAAVTILGTSYPALSCKLTDVNCPDEPSRDKAGDLYYPVTYNIEINPTGWHILLPNKGPNQLIYQTRTSSTADWQDDTKT
Ga0070752_138692913300007345AqueousVTILGTSYPALTCKLTDVNCPDEPVRDKAGSLYYPVTYNVEINPYGWHILLPNKGPNQLIYQTRTSATADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDENGQATTVVSLTGTSIGTANMTAGSGAITMVSGTLPETVGALVRVEGAGLKGAVLASNILSV
Ga0070752_139512413300007345AqueousVPAFYDSRGYPLVNTAGDLYEGLSKPVRTRTVNVTHNATSVPNYIFNLSDTINAAAVTILGTSYPALTCKMTDVNMPDEPVRDKAGDLYYPITYDIEINPVGWSILLPNKGPNELVYQTRTSATADWEDDTKANYDSKTPTTDRRIVKRPIESEEQQNLGGEIWLDENGE
Ga0070753_126560413300007346AqueousAIETREDDAYASQRTKGGMRSSRVEVPAFYDSRGYPLVNTAGDLYEGLSKPVRTRTVNVTHNATSVPNYIFNLSDTINAAAVTILGTSYPALTCKMTDVNMPDEPVRDKAGDLYYPITYDIEINPVGWSILLPNKGPNELVYQTRTSATADWEDDTKANYDSKTPTTDRRIVKRPIESEEQQNLGGEIWLDENGEATPVVSLTGSS
Ga0070753_128566013300007346AqueousYSTAIETREDDTYSSQRTKGGMRSSRVEVPAFYDSRGYPLVNTAGDLYEGLGRPVRTRTVNVTHNTTSIPDYIFSLADTLNAAAVTILGISYPALTCKLTDVNCPDEPVRDKAGSLYYPVTYNVEINPYGWHILLPNKGPNQLIYQTRTSATADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDENG
Ga0070753_131111113300007346AqueousMYEGLGRPVRTRTVSVTHNATSIPDYIFALSDTLNAAAVTILGTSYPALTCKLTDVNCPDEPSRDKAGDLYYPVTYNIEINPTGWHILLPNKGPNQLIYQTRTSSTADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGG
Ga0070753_131782713300007346AqueousEGLGRPVRTRTVNVTHNATSIPNYIFSLSDTLNDAAVTILGTSYPALTCKLTDVNCPDEPVRDKAGSLYYPVTYNVEINPYGWHILLPNKGPNQLIYQTRTSATADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDENGQATTVVSLTGTSIGTANMTAGSGAITMVSGTLPET
Ga0070753_133160613300007346AqueousYKTNITTRENAAYASQRTKGGMRSSRIERPAFFDARGYPLVNTAGDMYEGLSKPVRTRTVNVTHNATNVPNYIFNLSDTINAAAVTILGTSYPALTCKLTDVNCPDEPSRDKAGDLYYPVSYNIEINPTGWHILLPNKGPNQLIYQTRTGSTADWQDDTKTNYDNKTPTTDRRIVKRPI
Ga0099849_131128413300007539AqueousRSSRVEVPAFYDSRGYPLVNTAGDLYEGLGRPVRTRTVNVTHNATSIPNYIFSLSDTLNAAAVTILGTSYPALTCKLTDVNCPDEPVRDKAGSLYYPVTYNVEINPYGWHILLPNKGPNQLIYQTRTSATADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDQNGQATPVVSLTGASI
Ga0099848_119328213300007541AqueousDLNQDDSVLTVWHLNCRYSTAIETREDQAYGSQRTKGGVRSSSIEVPAFFDSRGYPLVNTAGDLYEGLGRKVRTRTFNVTHNATSIPDYILNLSDTINAAAVTILGTSYPALTCKMTDVNCPDEPVRDNAGDLYYPVTYLIEMNPIGWHILLPNRGPNQLIFQTRTSGTALWSDVAKSAYDAEGDSNLKRVVKRPIESEEQQNLGGEIWLDKNGQAQAVTTLTATSVGTGTIAAGGTSITMNTG
Ga0099848_125986513300007541AqueousLVDRDLNQDDSVLTVWHLNCRYSTAIQTREDQAYGSQRTKGGVRSSSIEVPAFFDSRGYPLVNTAGDLYEGLGRKVRTRTFNVTHNATSIPDYILNLSDTINAAAVTILGTSYPALTCKLTDVNCPDEPVRDNAGDLYYPVTYSIEMNPIGWHILLPNRGPNQLICQTRTSGSAPWSDVTKAAYDAQGDSNLKRVTKRPIE
Ga0070751_119986213300007640AqueousDATQDDDVLTFWLISVRYKTNITTRENAAYASQRTKGGMRSSRIERPAFFDARGYPLVNTAGDMYEGLGRPVRTRTVSVTHNATSIPNYIFSLSDTLNDAAVTILGTSYPALTCKLTDVSCPDEPSRDKAGDLYYPVSYNIEINPTGWHILLPNKGPNQLIYQTRTSSTADWQDDTKTNYDNKTPTTDRRIVKRPIESEEQQNLGGEIWLDENGEATPVVSLTGASIGTANMYAGITTITMASGTLPETPGLLIRVEGA
Ga0070751_124501413300007640AqueousLYEGLGRPVRTRTVSVTHNATSIPNYIFSLSDTLNAAAVTILGTSYPALTCKLTDVNCPDEPSRDKDGDLYYPVSYNIEINPTGWHILLPNKGPNQLIYQTRTSATADWGDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLNQNGQATPVISLTGASIGTANMYAGITTITMASGTLP
Ga0070751_129829613300007640AqueousYKTNITTRENAAYASQRTKGGMRSSRIERPAFFDARGYPLVNTAGDMYEGLSKPVRTRTVNVTHNATNVPNYIFNLSDTINAAAVTILGTSYPALTCKLTDVNCPDEPSRDKAGDLYYPVSYNIEINPTGWHILLPNKGPNQLIYQTRTSSTAKWQDDTKTNYDNKTPTTDRRIVKRPIESEEQQNLGGEIWLDEDGQAT
Ga0070751_131054213300007640AqueousYKTNITTRENAAYASQRTKGGMRSSRIERPAFFDARGYPLVNTAGDMYEGLSKPVRTRTVNVTHNATNVPNYIFNLSDTINAAAVTILGTSYPALTCKLTDVNCPDEPSRDKDGDLYYPVSYNIEINPTGWHILLPNKGPNQLIYQTRTGSTADWQDDTKTNYDNKTPTTDRRIVKRPIESEEQQNLGGEIWLDE
Ga0070751_134308513300007640AqueousNTAGDLYEGLSKPVRTRTVNVTHNATNVPNYIFNLSDTINAAAVTILGTSYPALTCKLTDVNCPDEPSRDKDGDLYYPVSYNIEINPTGWHILLPNKGPNQLIYQTRTSSTAKWQDDTKTNYDNKTPTTDRRIVKRPIESEEQQNLGGEIWLDQNGQATPVISLTGASIGTANMYAGITTITM
Ga0099850_131811313300007960AqueousEIDATQDDEVLTFWLVSVRYKTNITTRENAAYASQRTKGGMRSSRIERPAFFDARGYPLVNTAGDMYEGLSKPVRTRTVNVTHNATSVPNYIFNLSDTINAAAVTILGTSYPALTCKLTDVNCPDEPSRDKAGDLYYPVSYNIEINPTGWHILLPNKGPNQLIYQTRTSSTADWQDDTKTNYDNKTPTTDRRIVK
Ga0099850_139710513300007960AqueousRTVSVTHNATSIPNYIFSLSDTLNAAAVTILGTSYPALTCKLTDVNCPDEPSRDKDGDLYYPVSYNIEINPTGWHILLPNKGPNQLIYQTRTSATADWGDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDQNGQATPVVSLTGASIGTANMYAGITTITMASG
Ga0118687_1024137413300009124SedimentMRSSRVEVPAFYDSRGYPLVNTAGDLYEGLGRPVRTRTVNVTHNATSIPNYIFSLSDTLNDAAVTILGTSYPALTCKLTDVNCPDEPVRDKAGSLYYPVTYNVEINPYGWHILLPNKGPNQLIYQTRTSATADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDENGQATTVVSLTGTSIGTANMTAGSGAITMVSGTLPETVGALVRVEGAG
Ga0127412_1004041913300009492Methane SeepRPVRTRTVNVTHNATSIPNYIFSLSDTLNDAAVTILGTSYPALTCKLTDVNCPDEPVRDKAGSLYYPVTYNVEINPYGWHILLPNKGPNQLIYQTRTSATADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDENGQATTVVSLTGTSIGTANMTAGSGAITMVSGTLPETVGALVR
Ga0129345_121190713300010297Freshwater To Marine Saline GradientLPAKGSSHPEKSSAIAVSQSLSQDDTVLTVWRLEVRYSTAIETREDDAYASQRTKGGMRSSRVEVPAFYDSRGYPLVNTAGDLYEGLSKPVRTRTVNVTHNATSVPNYIFNLSDTINAAAVTILGTSYPALTCKMTDVNMPDEPVRDNAGDLYYPITYDIEINPVGWSILLPNKGPNELVYQTRTSSTADWEDDTKANYDSKTPTTDRRIVKRPIESEEQQNLGGEI
Ga0136656_129218913300010318Freshwater To Marine Saline GradientAAAVTILGTSYPALTCKLTDVNCPDEPVRDKAGSLYYPVTYNVEINPYGWHILLPNKGPNQLIYQTRTSSTADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDENGQATTVVSLTGTSIGTANMTAGSGAITMVSGTLPETVGALVRVEGAGLKGAVLASNILSVA
Ga0181577_1071206313300017951Salt MarshAFYDSRGYPLVNTAGDLYEGLGRPVRTRTVNVTHNTTSIPDYIFSLADTLNAAAVTILGISYPALTCKLTDVNCPDEPVRDKAGSLYYPVTYNVEINPYGWHILLPNKGPNQLIYQTRTSATADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDENGQATTVVSLTGTSIGTANMTAGSGAITMVSGTLPETV
Ga0181577_1089516413300017951Salt MarshRENAAYASQRTKGGMRSSSVEVPAFFDTYGYPLVNTAGDAYEGLGRKVRTRTVNVTHNATSIPNYIFNLSDTLNAAAVTILGTSYPAKTCKLTDVNCPDEPVSDKDGDLYYPVTYNIEINPIGWHILLPNKGPNQLIYQTRTGASADWSDDTKANYDSKSPTSDRRIVKRPIESEE
Ga0181590_1058769013300017967Salt MarshDLNQDDSVRTVWHLNCRYSTAIETREDQAYGSQRTKGGVRSSSVEVPAFFDARGYPLVNTAGDLYEGLGRKVRTRTFNVTHNATSIPNYILNLSDTINAAAVTILGVSYPALTCKLTDVNCPDEPVRDNAGDLYYPVTYNIEMNPIGWHLLLPNKGPNQLIYQTRTGASADWSDDTKANYDSKSPTTDRRIIKRPIESEEQQNLGGEIWLDKNGQAQAVTTLTATSVGTGTIAAGGTSITMNTGSLPETPGALI
Ga0181590_1102397713300017967Salt MarshPAFFDARGYPLVNTAGDMYEGLGRPVRTRTVNVTHNATSIPNYIFSLSDTLNDAAVTILGTSYPALTCKLTDVNCPDEPVRDKAGSLYYPVTYNVEINPYGWHILLPNKGPNQLIYQTRTSATADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDENGQATTVVSLTG
Ga0181592_1106476913300018421Salt MarshRPVRTRTVNVTHNATSIPNYIFSLSDTLNDAAVTILGTSYPALTCKLTDVNCPDEPVRDKAGSLYYPVTYNVEINPYGWHILLPNKGPNQLIYQTRTSATADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDENGQATTVVSLTGTSIGTANMTAGSGAITM
Ga0181591_1088042513300018424Salt MarshPAKGSSHPEKSSAIAVSQSLSQDDTVLTLWRLEVRYSTAIETREDDTYASQRTKGGMRSSRVEVPAFYDSRGYPLVNTAGDLYEGLSKPVRTRTVNVTHNATSVPNYIFNLSDTINAAAVTILGTSYPALTCKMTDVNMPDEPVRDKAGDLYYPITYDIEINPVGWSILLPNKGPNELVYQTRTSATADWEDDTKANYDSKTPTT
Ga0181591_1090985413300018424Salt MarshPVRTRTVNVTHNATSIPNYIFSLSDTLNDAAVTILGTSYPALTCKLTDVNCPDEPVRDKAGSLYYPVTYNVEINPYGWHILLPNKGPNQLIYQTRTSATADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDENGQATTVVSLTGTSIGTANMTAGSGAITMVSGTLPETVGALVRVEGAGLKGAVLASNI
Ga0194010_108382413300019753SedimentTSIPNYIFSLSDTLNAAAVTILGTSYPALTCKLTDVNMPDEPSRDKAGDLFYPITYNIEINPVGWSILLPNKGPNELVYQTRTSATADWQDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDENGEATPVVSLTGASIGTANMYAGITTITMASGTLPETPGLLIRVEGAGLKGRYHETRLVSVA
Ga0222718_1049579613300021958Estuarine WaterITTRENAAYASQRTKGGMRSSRIERPAFFDARGYPLVNTAGDMYEGLGRPVRTRTVSVTHNATSIPNYIFSLSDTLNAAAVTILGTSYPALTCKLTDVNCPDEPSRDKAGDLYYPVSYNIEINPTGWHILLPNKGPNQLIYQTRTSSTADWQDDTKTNYDNKTPTTDRRIVKRPIESEEQQNLGGEIWLDEDGQAT
Ga0222718_1061870313300021958Estuarine WaterLWRLEVRYSTAIETREDDAYASQRTKGGMRSSRVEVPAFYDSRGYPLVNTAGDLYEGLSKPVRTRTVNVTHNATSVPNYIFNLSDTINAAAVTILGTSYPALTCKMTDVNMPDEPVRDKAGDLYYPITYDIEINPVGWSILLPNKGPNELVYQTRTSSTADWEDDTKA
Ga0196883_103256513300022050AqueousPYASQRTKGGMRSSRIERPAFFDARGYPLVNTAGDLYEGLSKPVRTRTVNVTHNATNVPNYIFNLSDTINAAAVTILGTSYPALTCKLTDVNCPDEPSRDKDGDLYYPVSYNIEINPTGWHILLPNKGPNQLIYQTRTSSTAKWQDDTKTNYDNKTPTTDRRIVKRPIESEEQQNLGGEIWLDQNGQATPVISLTGASIGTANMYAGITT
Ga0196883_103296713300022050AqueousFPAKGSSHPEKSAAIAVSRSLSHDDTVLTLWYLEVRYSTAIETREDDTYASQRTKGGMRSSRVEVPAFYDSRGYPMVNTAGDLYEGLSKPVRTRTVNVTHNATSVPNYIFNLSDTINAAAVTILGTSYPALTCKMTDVNMPDEPVRDKAGDLYYPITYDIEINPVGWSILLPNKGPNELVYQTRTSATADWEDDTKANYDSKTPTTDRR
Ga0212025_104446513300022057AqueousLVSVRYKTNITTRENAAYASQRTKGGMRSSRIERPAFFDARGYPLVNTAGDMYEGLGRPVRTRTVSVTHNATSIPDYIFALSDTLNAAAVTILGTSYPALTCKLTDVNCPDEPSRDKAGDLYYPVTYNIEINPTGWHILLPNKGPNQLIYQTRTSSTADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLNQNGQATPVISLTGASIGTANMYAGITTITMASGTLPETPGLLIRVEGAGLKGRYH
Ga0212021_108694813300022068AqueousLPSQGDSHPEKSAAIALEIDATQDDEVLTFWLISVRYKTNITTRENAAYASQRTKGGMRSSRIERPAFFDARGYPLVNTAGDMYEGLSKPVRTRTVNVTHNATNVPNYIFNLSDTINAAAVTILGTSYPALTCKLTDVNCPDEPSRDKDGDLYYPVSYNIEINPTGWHILLPNKGPNQLIYQTRTSSTADWQDDTKTNYDNKTPTTDRRIVKR
Ga0212021_112347613300022068AqueousPAFFDARGYPLVNTAGDLYEGLGRPVRTRTVSVTHNATSIPDYIFALSDTLNAAAVTILGTSYPALTCKLTDVNCPDEPSRDKAGDLYYPVTYNIEINPTGWHILLPNKGPNQLIYQTRTSSTADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDQNGQATPVISL
Ga0212021_113495713300022068AqueousDTRENAAYASQRTKGGMRSSRVEVPAFYDSRGYPLVNTAGDLYEGLGRPVRTRTVNVTHNATSIPNYIFSLSDTLNAAAVTILGTSYPALTCKLTDVNCPDEPSRDKDGDLYYPITYNIEINPVGWSILLPNKGPNELVYQTRTSSTADWEDDTKANYDSKTPTTDR
Ga0212026_105957513300022069AqueousKYDSRGYPLVNTAGDLYEGLGRPVRTRTVNVTHNATSIPNYIFSLSDTLNDAAVTILGTSYPALTCKLTDVNCPDEPVRDKAGSLYYPVTYNVEINPYGWHILLPNKGPNQLIYQTRTSSTADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDENGQATTVVSLTGTSIGTANMTAGSGAIT
Ga0196897_103246913300022158AqueousIAVSRSLSHDDTVLTLWYLEVRYSTAIETREDDTYASQRTKGGMRSSRVEVPAFYDSRGYPMVNTAGDLYEGLSKPVRTRTVNVTHNATSVPNYIFNLSDTINAAAVTILGTSYPALTCKMTDVNMPDEPVRDKAGDLYYPITYDIEINPVGWSILLPNKGPNELVYQTRTSATADWEDDTKANYDSKTPTTDRRIVKRPIESEEQQNL
Ga0212020_106992113300022167AqueousSSRIERPAFFDARGYPLVNTAGDMYEGLGRPVRTRTVSVTHNATSIPNYIFSLSDTLNAAAVTILGTSYPALTCKLTDVNCPDEPSRDKDGDLYYPVSYNIEINPTGWHILLPNKGPNQLIYQTRTSSTADWQDDTKTNYDNKTPTTDRRIVKRPIESEEQQNLGGEIWLDENGEATPVVSLTGASIGTANMYAGI
Ga0212027_104512113300022168AqueousSGLPAKGSSHPEKSAAIAVSRSLSHDDTVLTLWYLEVRYSTAIETREDDTYASQRTKGGMRSSRVEVPAFYDSRGYPMVNTAGDLYEGLSKPVRTRTVNVTHNATSVPNYIFNLSDTINAAAVTILGTSYPALTCKMTDVNMPDEPVRDKAGDLYYPITYDIEINPVGWSILLPNKGPNELVYQTRT
Ga0212031_107889413300022176AqueousLTQGDAHAEITGALLRELSATPDETLHNVWTVEARYSSRQETRENAAYASQRTKGGMRSSSVEVPAFFDAYGYPLVNTAGDAYEGLGRKVRTRTVNVTHNATSIPDYIFNLSDTINAAAVTILGTSYPAKTCKLTDVNCPDEPVSDKDGDLYYPVTYNIEINPIGWHILLPNKGPNQLIYQTRTGA
Ga0212031_109272213300022176AqueousNTAGDAYEGLGRKVRTRTVNVTHNATSIPNYIFNLSDTLNAAAVTILGTSYPAKTCKLTDVNCPDEPVSDKDGDLYYPVTYNIEINPIGWHILLPNKGPNQLIYQTRTGASADWSDDTKANYDSKSPTSDRRIVKRPIESEEQQSLGGEIWLDEKGQAVTVTTLTATSIGTA
Ga0196899_113181413300022187AqueousKSAAIALEIDATQDDDVLTFWLISVRYKTNITTRENDAYASQRTKGGMRSSRVEVPAFYDSRGYPLVNTAGDLYEGLSKPVRTRTVNVTHNATSVPNYIFNLSDTINAAAVTILGTSYPALTCKMTDVNMPDEPVRDKAGDLYYPITYDIEINPVGWSILLPNKGPNELVYQTRTSSTADWEDDTKANYDSKTPTTDRRIVKRPIESEEQQNLGGEIWLDENGEATPVVSLTGSSI
Ga0224499_1022831213300022206SedimentYASQRTKGGMRSSRVEVPAFYDSRGYPMVNTAGDLYEGLSKPVRTRTVNVTHNATSVPNYIFNLSDTINAAAVTILGTSYPALTCKMTDVNMPDEPVRDKAGDLYYPITYDIEINPVGWSILLPNKGPNELVYQTRTSSTADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDENGEATPVVSLTGSSIGTANTTAGSTTL
Ga0255781_1038953013300022934Salt MarshITGALLRELSATPDETLHNVWTVEARYSSRQETRENAAYASQRTKGGMRSSSVEVPAFFDTYGYPLVNTAGDAYEGLGRKVRTRTVNVTHNATSIPNYIFNLSDTLNAAAVTILGTSYPAKTCKLTDVNCPDEPVSDKDGDLYYPVTYNIEINPIGWHILLPNKGPNQLIYQTRASSTADWSDDTKANYDSKSPTSDR
Ga0255751_1058504313300023116Salt MarshREDDAYASQRTKGGMRSSRVEVPAFYDSRGYPLVNTAGDLYEGLSKPVRTRTVNVTHNATSVPNYIFNLSDTINAAAVTILGTSYPALTCKMTDVNMPDEPVRDKAGDLYYPITYDIEINPVGWSILLPNKGPNELVYQTRTSATADWEDDTKANYDSKTPTTDRRIVK
Ga0208149_108639513300025610AqueousRYKTNITTRENAAYASQRTKGGMRSSRIERPAFFDARGYPLVNTAGDMYEGLSKPVRTRTVNVTHNATNVPNYIFNLSDTINAAAVTILGTSYPALTCKLTDVNCPDEPSRDKAGDLYYPVSYNIEINPTGWHILLPNKGPNQLIYQTRTSSTAKWQDDTKTNYDNKTPTTDRRIVKRPIESEEQQNLGGEIWLDEDGQATPVVSLTGASIGTANMYAGITTITMASGTLPETPGLLIRVEGAGLKGRYHETRLV
Ga0208149_112222113300025610AqueousSSRVEVPAFYDSRGYPLVNTAGDLYEGLGRPVRTRTVNVTHNTTSIPDYIFSLADTLNAAAVTILGTSYPALTCKLTDVNCPDEPVRDKAGSLYYPVTYNVEINPYGWHILLPNKGPNQLIYQTRTSATADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDENGQATTVVSLTGTSIGTANMTAGSGAITMVS
Ga0208004_112854313300025630AqueousAYASQRTKGGMRSSRVEVPAFYDSRGYPLVNTAGDLYEGLSKPVRTRTVNVTHNATSVPNYIFNLSDTINAAAVTILGTSYPALTCKMTDVNMPDEPVRDKAGDLYYPITYDIEINPVGWSILLPNKGPNELVYQTRTSATADWEDDTKANYDSKTPTTDRRIVKRPIESEEQQNLGGEIWLDENGEATP
Ga0208428_118840913300025653AqueousVWRLEVRYSTAIETREDDAYASQRTKGGMRSSRVEVPAFYDSRGYPLVNTAGDLYEGLSKPVRTRTVNVTHNATSVPNYIFNLSDTINAAAVTILGTSYPALTCKMTDVNMPDEPVRDKAGDLYYPITYDIEINPVGWSILLPNKGPNELVYQTRTSATADWEDDTKANYDSKTPTT
Ga0208795_115099013300025655AqueousSAILVERDLNQDDSVLTVWHLNCRYSTAIQTREDQAYGSQRTKGGVRSSSIEVPAFFDSRGYPLVNTAGDLYEGLGRKVRTRTFNVTHNATSIPDYILNLSDTINAAAVTILGTSYPALTCKLTDVNCPDEPVRDNAGDLYYPVTYSIEMNPIGWHILLPNRGPNQLIYQTRTGASADWSDDTKANYDSKSPT
Ga0208898_111511213300025671AqueousDATQDDEVLTFWLVSVRYKTNITTRENAAYASQRTKGGMRSSRIERPAFFDARGYPLVNTAGDMYEGLGRPVRTRTVSVTHNATSIPNYIFSLSDTLNAAAVTILGTSYPALTCKLTDVNCPDEPSRDKAGDLYYPVSYNIEINPTGWHILLPNKGPNQLIYQTRTSSTADWQDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDQNGQATPVVSLTGASIGTANMYAGITTITMASGTLPETPGLLIRVEGAGLK
Ga0208898_115611113300025671AqueousETREDDAYASQRTKGGMRSSRVEVPAFYDSRGYPLVNTAGDLYEGLSKPVRTRTVNVTHNATSVPNYIFNLSDTINAAAVTILGTSYPALTCKMTDVNMPDEPVRDKAGDLYYPITYDIEINPVGWSILLPNKGPNELVYQTRTSATADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDENGEATPVVSLTG
Ga0208898_117242513300025671AqueousPLVNTAGDLYEGLGRPVRTRTVSVTHNATSIPNYIFSLSDTLNAAAVTILGTSYPALTCKLTDVNCPDEPSRDKDGDLYYPVSYNIEINPTGWHILLPNKGPNQLIYQTRTSATADWGDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLNQNGQATPVISLTGASIGTANMYAGITTIT
Ga0208150_125381013300025751AqueousKGSSHPEKSSAIAVSQSLSQDDTVLTVWRLEVRYSTAIETREDDTYASQRTKGGMRSSRVEVPAFYDSRGYPLVNTAGDLYEGLGRPVRTRTVNVTHNATSIPNYIFSLSDTLNDAAVTILGTSYPALTCKLTDVNCPDEPVRDKAGSLYYPVTYNVEINPYGWHILLPNKGPNQL
Ga0208899_122027113300025759AqueousTAIETREDDAYASQRTKGGMRSSRVEVPAFYDSRGYPLVNTAGDLYEGLSRPVSTRTVPVTHNATSLPNYIFELADTLNAAAVTILGISFPALTCKLTDVNFPDEPVRDKAGDLYYPVTYNIEINPTGWHILLPNKGANELVYQTRTSATANWEDDTKANYDSKTPTTDRRIVKRPIESEEQQNLGGEIWLDENG
Ga0208767_120884313300025769AqueousENAAYASQRTKGGMRSSRIERPAFFDARGYPLVNTAGDMYEGLSKPVRTRTVNVTHNATSVPNYIFNLSDTINAAAVTILGTSYPALTCKLTDVNCPDEPSRDKDGDLYYPVSYNIEINPTGWHILLPNKGPNQLIYQTRTSSTAKWQDDTKTNYDNKTPTTDRRIVKRPIESEEQQNLGGEIWLDENGQATPVVSLTGASIGTANMYAGITTITM
Ga0208767_122403013300025769AqueousRGYPLVNTAGDLYEGLGRPVRTRTVNVTHNATSVPGYIFALSDTLNAAAVTILGTSYPALTCKMTDVNMPDEPVADKDGDLYYPITYNIEINPIGWHILLPNKGPNELIYQTRASSTADWSDDTKANYDSKLPTTDRRIIKRPIESEEQQNLGGEIWLDENGQATPVVSLTGTSVGTANTTAGSATLTMATGSLPETPGLLVR
Ga0208767_124490013300025769AqueousRTVNVTHNATSIPNYIFSLSDTLNDAAVTILGTSYPALTCKLTDVNCPDEPVRDKAGSLYYPVTYNVEINPYGWHILLPNKGPNQLIYQTRTSATADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDENGQATTVVSLTGTSIGTANMTAGSGAITMVSGTLPETVGALVRVEGAGL
Ga0208425_109833813300025803AqueousYLTVRYSTAIETREDDTYASQRTKGGMRSSRVEVPAFYDSRGYPMVNTAGDLYEGLSKPVRTRTVNVTHNATSVPNYIFNLSDTINAAAVTILGTSYPALTCKLTDVNMPDEPVRDKAGDLYYPITYDIEINPVGWSILLPNKGPNELVYQTRTSSTADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDENGEATPVVSLTGSSIGTANTTAGSTTL
Ga0208425_114093413300025803AqueousTVNVTHNATSIPNYIFSLSDTLNDAAVTILGTSYPALTCKLTDVNCPDEPVRDKAGSLYYPVTYNVEINPYGWHILLPNKGPNQLIYQTRTSATADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDENGQATTVVSLTGTSIGTANMTAGSGAITMVSGTLPETVGALV
Ga0208543_110391613300025810AqueousQRTKGGMRSSRVEVPAFYDSRGYPLVNTAGDLYEGLGRPVRTRTVNVTHNATSIPNYIFSLSDTLNDAAVTILGTSYPALTCKLTDVNCPDEPVRDKAGSLYYPVTYNVEINPYGWHILLPNKGPNQLIYQTRTSATADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDENGQATPVVSLTGTSIGTANMTAGSGAITMVSGTLPETVGALVRVE
Ga0208543_112486713300025810AqueousEDDAYASQRTKGGMRSSRVEVPAFYDSRGYPLVNTAGDLYEGLSKPVRTRTVNVTHNATSVPNYIFNLSDTINAAAVTILGTSYPALTCKMTDVNMPDEPVRDKAGDLYYPITYDIEINPVGWSILLPNKGPNELVYQTRTSATADWEDDTKANYDSKTPTTDRRIVKRPIESEEQQNLGGEIWLDENGEATPVVSLTGSSI
Ga0208542_113734013300025818AqueousLSQDDTVLTVWRLEVRYSTAIETREDDAYASQRTKGGMRSSRVEVPAFYDSRGYPLVNTAGDLYEGLSRPVSTRTVPVTHNATSLPNYIFELADTLNAAAVTILGISFPALTCKLTDVNFPDEPVRDKAGDLYYPVTYNIEINPTGWHILLPNKGANELVYQTRTSATANWEDDTKANYDSKTPTTDRRIVKRPIESEEQQNLGGEIWLDENGQATTVVSLTGT
Ga0208542_117559013300025818AqueousQSLSQDETVLTVWRLQVRYSTAIETREDDTYASQRTKGGMRSSRVEVPAFYDSRGYPLVNTAGDLYEGLGRPVRTRTVNVTHNATSIPNYIFSLSDTLNDAAVTILGTSYPALTCKLTDVNCPDEPVRDKAGSLYYPVTYNVEINPYGWHILLPNKGPNELVYQTRTSSTADWEDDTKANYDSKTPTTD
Ga0208547_116678813300025828AqueousQDDEVLTFWLVSVRYKTNITTRENAAYASQRTKGGMRSSRIERPAFFDARGYPLVNTAGDMYEGLGRPVRTRTVSVTHNATSIPNYIFSLSDTLNDAAVTILGTSYPALTCKLTDVSCPDEPSRDKAGDLYYPVSYNIEINPTGWHILLPNKGPNQLIYQTRTSSTADWQDDTKTNYDNKTPTTDRRIVKRPIESEEQQNLGGEI
Ga0208547_121151913300025828AqueousPVRTRTVNVTHNATSIPNYIFSLSDTLNDAAVTILGTSYPALTCKLTDVNCPDEPVRDKAGSLYYPVTYNVEINPYGWHILLPNKGPNQLIYQTRTSATADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDENGQATPVVSLTGTSIGTANMTAGSGAITMV
Ga0208917_121004313300025840AqueousQRTKGGMRSSRVEVPAFYDSRGYPLVNTAGDLYEGLGRPVRTRTVNVTHNATSIPNYIFSLSDTLNDAAVTILGTSYPALTCKLTDVNCPDEPVRDKAGSLYYPVTYNVEINPYGWHILLPNKGPNQLIYQTRTSSTADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDENGQATTVVSLTGTSIGTANMTAGSGAITMVSGTL
Ga0208917_123387713300025840AqueousIERPAFFDARGYPLVNTAGDMYEGLGRPVRTRTVSVTHNATSIPDYIFALSDTLNAAAVTILGTSYPALTCKLTDVNCPDEPSRDKAGDLYYPVTYNIEINPTGWHILLPNKGPNQLIYQTRTSSTADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDQNGQATPVISLTGASIGTANMYAGITTITMA
Ga0208917_129547713300025840AqueousRENAAYASQRTKGGMRSSRIDRPAFFDARGYPLVNTAGDMYEGLGRPVRTRTVSVTHNATSIPNYIFSLSDTLNAAAVTILGTSYPALTCKLTDVNCPDEPSRDKDGDLYYPVSYNIEINPTGWHILLPNKGPNQLIYQTRTSSTADWQDDTKTNYDNKTPTTDRRIV
Ga0208645_122466913300025853AqueousRPAFFDARGYPLVNTAGDMYEGLGRPVRTRTVSVTHNATSIPNYIFSLSDTLNAAAVTILGTSYPALTCKLTDVNCPDEPSRDKDGDLYYPVSYNIEINPTGWHILLPNKGPNQLIYQTRTSSTADWQDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDQNGQATPVVSLTGASIGTANMYAGITTITMASGTLPETPGLLIRVEGA
Ga0208645_125527313300025853AqueousIETREDDTYASQRTKGGMRSSRVEVPAFYDSRGYPLVNTAGDLYEGLGRPVRTRTVNVTHNATSIPNYIFSLSDTLNDAAVTILGTSYPALTCKLTDVNCPDEPVRDKAGSLYYPVTYNVEINPYGWHILLPNKGPNQLIYQTRTSATADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDENG
Ga0208645_127989013300025853AqueousKSSAIAVSQSLSQDETVLTVWRLQVRYSTAIETREDDTYASQRTKGGMRSSRVEVPAFYDSRGYPLVNTAGDLYEGLGRPVRTRTVNVTHNTTSIPDYIFSLADTLNAAAVTILGTSYPALTCKLTDVNCPDEPVRDKAGSLYYPVTYNVEINPYGWHILLPNKGPNQLIYQTRTSAT
Ga0208644_130725513300025889AqueousREDDAYASQRTKGGMRSSRVEVPAFYDSRGYPLVNTAGDLYEGLSRPVSTRTVPVTHNATSLPNYIFELADTLNAAAVTILGISFPALTCKLTDVNFPDEPVRDKAGDLYYPVTYNIEINPTGWHILLPNKGANELVYQTRTSATANWEDDTKANYDSKTPTTDRRIVKRPIESEEQQNLGGEIWLDENGQATTVVSLTGTSIGTANM
Ga0208644_132760213300025889AqueousYEGLGRPVRTRTVNVTHNTTSIPDYIFSLADTLNAAAVTILGTSYPALTCKLTDVNCPDEPVRDKAGSLYYPVTYNVEINPYGWHILLPNKGPNQLIYQTRTSATADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDENGQATTVVSLTGTSIGTANMTAGSGAITMVSGTLPETVGALVRVEGAGLK
Ga0208644_133887813300025889AqueousPVRTRTVNVTHNATSIPNYIFSLSDTLNDAAVTILGTSYPALTCKLTDVNCPDEPVRDKAGSLYYPVTYNVEINPYGWHILLPNKGPNQLIYQTRTSATADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDENGQATTVVSLTGTSIGTANMTAGSGAITMVSGTLPETVGALVRVEGAGLK
Ga0208644_133948013300025889AqueousMYEGLSKPVRTRTVNVTHNATSVPNYIFNLSDTINAAAVTILGTSYPALTCKLTDVNCPDEPSRDKDGDLYYPVSYNIEINPTGWHILLPNKGPNQLIYQTRTSSTAKWQDDTKTNYDNKTPTTDRRIVKRPIESEEQQNLGGEIWLDENGQATPVVS
Ga0208644_134450113300025889AqueousYEGLGRPVRTRTVNVTHNTTSIPDYIFSLADTLNAAAVTILGISYPALTCKLTDVNCPDEPVRDKAGSLYYPVTYNVEINPYGWHILLPNKGPNQLIYQTRTSATADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDENGQATTVVSLTGTSIGTANMTAGSGAITMVSGTLPETVGALV
Ga0208644_134503813300025889AqueousYSTAIETREDQAYGSQRTKGGVRSSSVEVPAFFDARGYPLVNTAGDLYEGLGRKVRTRTFNVTHNATSIPDYILNLSDTINAAAVTILGTSYPALTCKMTDVNCPDEPVRDNAGDLYYPVTYSIEMNPIGWHILLPNRGPNQLIYQTRTSGTAAWSDVAKSAYDAEGDSNLKRVVKRPIESEEQQNLGGE
Ga0208644_134607013300025889AqueousAGDLYEGLGRKVRTRTFNVTHNATSIPDYILNLSDTINAAAVTILGTSYPALTCKMTDVNCPDEPVRDNAGDLYYPVTYLIEMNPIGWHILLPNRGPNQLIFQTRGNTSLPWADATKAQYDAEGDSNLKRVIKRPIESEEQQNLGGEIWLDENGQAVPVTTLTTTSVGTANITAGLDEITMVTGSLPEK
Ga0208644_137555213300025889AqueousIFNLSDTINAAAVTILGTSYPALTCKLTDVNCPDEPSRDKDGDLYYPVSYNIEINPTGWHILLPNKGPNQLIYQTRTSSTAKWQDDTKTNYDNKTPTTDRRIVKRPIESEEQQNLGGEIWLDEDGQATPVVSLTGASIGTANMYAGITTITMASGTLPETPGLLIRVEGAGLKGRYH
Ga0348336_144288_2_6403300034375AqueousLEVRYSTAIETREDDTYASQRTKGGMRSSRVEVPAFYDSRGYPLVNTAGDLYEGLGRPVRTRTVNVTHNATSIPNYIFSLSDTLNAAAVTILGTSYPALTCKLTDVNCPDEPVRDKAGSLYYPVTYNVEINPYGWHILLPNKGPNQLIYQTRTSSTADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDENGQATTVVSLTGTS
Ga0348336_162245_2_6463300034375AqueousAAIALEIDATQDDEVLTFWLVSVRYKTNITTRENAAYASQRTKGGMRSSRIERPAFFDARGYPLVNTAGDMYEGLGRPVRTRTVSVTHNATSIPNYIFSLSDTLNDAAVTILGTSYPALTCKLTDVSCPDEPSRDKAGDLYYPVSYNIEINPTGWHILLPNKGPNQLIYQTRTSSTADWQDDTKTNYDNKTPTTDRRIVKRPIESEEQQNLGGEI
Ga0348336_167651_3_6233300034375AqueousVEVPAFYDSRGYPLVNTAGDLYEGLGRPVRTRTVNVTHNATSIPNYIFSLSDTLNDAAVTILGTSYPALTCKLTDVNCPDEPVRDKAGSLYYPVTYNVEINPYGWHILLPNKGPNQLIYQTRTSATADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDENGQATTVVSLTGTSIGTANMTAGSGAITMVSGTLPETV
Ga0348336_203111_1_4803300034375AqueousVTHNATSVPNYIFNLSDTINAAAVTILGTSYPALTCKMTDVNMPDEPVRDKAGDLYYPITYDIEINPVGWSILLPNKGPNELVYQTRTSATADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDENGEATPVVSLTGSSIGTANTTAGSTT
Ga0348337_165890_1_6003300034418AqueousHPEKSAAIALEIDATQDDEVLTFWLVSVRYKTNITTRENAAYASQRTKGGMRSSRIERPAFFDARGYPLVNTAGDMYEGLGRPVRTRTVSVTHNATSIPNYIFSLSDTLNAAAVTILGTSYPALTCKLTDVNCPDEPSRDKDGDLYYPVSYNIEINPTGWHILLPNKGPNQLIYQTRTSSTADWEDDTKTNYDSKTPTTD
Ga0348337_182092_2_5443300034418AqueousVNTAGDLYEGLSKPVRTRTVNVTHNATSVPNYIFNLSDTINAAAVTILGTSYPALTCKMTDVNMPDEPVRDKAGDLYYPITYDIEINPVGWSILLPNKGPNELVYQTRTSATADWEDDTKANYDSKTPTTDRRIIKRPIESEEQQNLGGEIWLDENGEATPVVSLTGSSIGTANTTAGST
Ga0348337_195656_3_3953300034418AqueousMYEGLGRPVRTRTVSVTHNATSIPNYIFSLSDTLNDAAVTILGTSYPALTCKLTDVSCPDEPSRDKAGDLYYPVSYNIEINPTGWHILLPNKGPNQLIYQTRTSSTADWQDDTKTNYDNKTPTTDRRIVKR


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