NMPFamsDB

NMPFamsDB

NMPFamsDB

A database of Novel Metagenome Protein Families

A database of Novel Metagenome Protein Clusters

A database of Novel Metagenome Protein Clusters
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Metagenome / Metatranscriptome Family F075045

Metagenome / Metatranscriptome Family F075045

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Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F075045
Family Type Metagenome / Metatranscriptome
Number of Sequences 119
Average Sequence Length 202 residues
Representative Sequence GDHFNATFSGHMYDGAHFPDGTNHGTASMMIDHHSASTTSGRYTGSGDAGTFNMIPSPMWTRPTSLGTVAGVYTRTTSNGYAMTMTIGANGQLAGSDSRGCVINGTVDIPDPTHNLHRIDATVTSCGSLDGHYQGMGTLLDADAMRDWMTAMHPLEHGGHSHGGMMGGPHGMGHNTVPTGQRNLFMFSMVNGQNAIMDALAR
Number of Associated Samples 58
Number of Associated Scaffolds 119

Quality Assessment
Transcriptomic Evidence Yes
Most common taxonomic group Bacteria
% of genes with valid RBS motifs 5.56 %
% of genes near scaffold ends (potentially truncated) 79.83 %
% of genes from short scaffolds (< 2000 bps) 84.87 %
Associated GOLD sequencing projects 53
AlphaFold2 3D model prediction Yes
3D model pTM-score0.57

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 Bacteria (57.143 % of family members)
NCBI Taxonomy ID 2
Taxonomy All Organisms → cellular organisms → Bacteria

Most Common Ecosystem
GOLD Ecosystem Environmental → Terrestrial → Soil → Wetlands → Unclassified → Soil
(47.059 % of family members)
Environment Ontology (ENVO) Unclassified
(49.580 % of family members)
Earth Microbiome Project Ontology (EMPO) Unclassified
(58.824 % of family members)



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Multiple Sequence Alignments

Select alignment to view:      


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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: 9.57%    β-sheet: 35.65%    Coil/Unstructured: 54.78%
Feature Viewer
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Predicted 3D Structure

Structure Viewer
Per-residue confidence (pLDDT):
  0-50   51-70   71-90   91-100  
pTM-score: 0.57
Powered by PDBe Molstar

Low Quality Model:

This family has a low confidence model (pTM < 0.7) and has not been screened against SCOPe or PDB.


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Gene Neighborhood

Neighboring Pfam domains

Pfam IDName % Frequency in 119 Family Scaffolds
PF07732Cu-oxidase_3 17.65
PF00581Rhodanese 1.68
PF02913FAD-oxidase_C 1.68
PF00903Glyoxalase 1.68
PF07690MFS_1 0.84
PF13442Cytochrome_CBB3 0.84
PF00155Aminotran_1_2 0.84
PF13411MerR_1 0.84

Neighboring Clusters of Orthologous Genes (COGs)

COG IDNameFunctional Category % Frequency in 119 Family Scaffolds
COG2132Multicopper oxidase with three cupredoxin domains (includes cell division protein FtsP and spore coat protein CotA)Cell cycle control, cell division, chromosome partitioning [D] 17.65
COG0277FAD/FMN-containing lactate dehydrogenase/glycolate oxidaseEnergy production and conversion [C] 1.68


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Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
All OrganismsrootAll Organisms57.14 %
UnclassifiedrootN/A42.86 %

Visualization
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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
3300003858|Ga0031656_10014820Not Available3263Open in IMG/M
3300003858|Ga0031656_10093537All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria1106Open in IMG/M
3300004026|Ga0055443_10163817All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli677Open in IMG/M
3300004481|Ga0069718_15187515All Organisms → cellular organisms → Bacteria → Proteobacteria829Open in IMG/M
3300006039|Ga0073915_10030012All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Steroidobacteraceae → Povalibacter → Povalibacter uvarum930Open in IMG/M
3300006224|Ga0079037_100203357Not Available1779Open in IMG/M
3300006224|Ga0079037_102120160Not Available562Open in IMG/M
3300007177|Ga0102978_1321225All Organisms → cellular organisms → Bacteria → Proteobacteria1163Open in IMG/M
3300009075|Ga0105090_10765396Not Available586Open in IMG/M
3300009091|Ga0102851_10263498All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Steroidobacteraceae → Povalibacter → Povalibacter uvarum1661Open in IMG/M
3300009091|Ga0102851_10346211All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Steroidobacteraceae → Povalibacter → Povalibacter uvarum1474Open in IMG/M
3300009091|Ga0102851_10415305Not Available1359Open in IMG/M
3300009091|Ga0102851_11660787All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Steroidobacteraceae → Povalibacter → Povalibacter uvarum717Open in IMG/M
3300009095|Ga0079224_101668843All Organisms → cellular organisms → Bacteria → Proteobacteria904Open in IMG/M
3300009111|Ga0115026_10346761All Organisms → cellular organisms → Bacteria → Proteobacteria1057Open in IMG/M
3300009111|Ga0115026_10536083Not Available877Open in IMG/M
3300009131|Ga0115027_10111561All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Steroidobacteraceae → Povalibacter → Povalibacter uvarum1597Open in IMG/M
3300009131|Ga0115027_10998415All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Steroidobacteraceae → Povalibacter → Povalibacter uvarum655Open in IMG/M
3300009131|Ga0115027_11867149Not Available505Open in IMG/M
3300009167|Ga0113563_10761374All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → unclassified Betaproteobacteria → Betaproteobacteria bacterium1092Open in IMG/M
3300009167|Ga0113563_11551213All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Steroidobacteraceae → Povalibacter → Povalibacter uvarum782Open in IMG/M
3300009167|Ga0113563_12085657Not Available679Open in IMG/M
3300009167|Ga0113563_12175634All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli665Open in IMG/M
3300009179|Ga0115028_10064940All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Steroidobacteraceae → Povalibacter → Povalibacter uvarum1917Open in IMG/M
3300009179|Ga0115028_10217849Not Available1222Open in IMG/M
3300009179|Ga0115028_10372770All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Steroidobacteraceae → Povalibacter → Povalibacter uvarum991Open in IMG/M
3300009179|Ga0115028_11101150Not Available646Open in IMG/M
3300009509|Ga0123573_11327892Not Available670Open in IMG/M
3300009868|Ga0130016_10772615All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Chromatiales → Ectothiorhodospiraceae → Thioalkalivibrio → unclassified Thioalkalivibrio → Thioalkalivibrio sp. AKL8576Open in IMG/M
3300010144|Ga0115593_1275030All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Steroidobacteraceae → Povalibacter → Povalibacter uvarum526Open in IMG/M
3300010429|Ga0116241_10294103All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria1305Open in IMG/M
3300013769|Ga0119887_1000615All Organisms → cellular organisms → Bacteria → Proteobacteria16080Open in IMG/M
3300013769|Ga0119887_1185571Not Available578Open in IMG/M
3300013833|Ga0119880_1000648All Organisms → cellular organisms → Bacteria → Proteobacteria18124Open in IMG/M
3300013833|Ga0119880_1062514Not Available989Open in IMG/M
3300014055|Ga0119878_1114627Not Available716Open in IMG/M
3300014259|Ga0075311_1047977Not Available826Open in IMG/M
3300014884|Ga0180104_1092466All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli854Open in IMG/M
3300015259|Ga0180085_1114241Not Available800Open in IMG/M
3300021331|Ga0210347_1348930All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Steroidobacteraceae → Povalibacter → Povalibacter uvarum563Open in IMG/M
3300022204|Ga0224496_10406938Not Available549Open in IMG/M
3300027871|Ga0209397_10148226Not Available1040Open in IMG/M
3300027871|Ga0209397_10507667Not Available599Open in IMG/M
3300027890|Ga0209496_10437374All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Chromatiales → Chromatiales incertae sedis → Thiohalobacter685Open in IMG/M
3300027890|Ga0209496_10444137All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Chromatiales → Chromatiales incertae sedis → Thiohalobacter680Open in IMG/M
3300027890|Ga0209496_10613584All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Steroidobacteraceae → Povalibacter → Povalibacter uvarum589Open in IMG/M
3300027897|Ga0209254_10896456All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Chromatiales → Chromatiaceae → Candidatus Tenderia → Candidatus Tenderia electrophaga590Open in IMG/M
3300027899|Ga0209668_10689203Not Available685Open in IMG/M
3300031577|Ga0316602_10065488All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Chromatiales → Chromatiales incertae sedis → Thiohalobacter → Thiohalobacter thiocyanaticus605Open in IMG/M
3300031834|Ga0315290_10719800Not Available859Open in IMG/M
3300031873|Ga0315297_10764774Not Available807Open in IMG/M
3300032092|Ga0315905_11182843Not Available626Open in IMG/M
3300032092|Ga0315905_11522822Not Available524Open in IMG/M
3300032143|Ga0315292_10017792All Organisms → cellular organisms → Bacteria → Proteobacteria4779Open in IMG/M
3300032177|Ga0315276_11896218Not Available611Open in IMG/M
3300032177|Ga0315276_12021240All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Steroidobacteraceae → Povalibacter → Povalibacter uvarum588Open in IMG/M
3300033406|Ga0316604_10104986All Organisms → cellular organisms → Bacteria1487Open in IMG/M
3300033406|Ga0316604_10254026All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Steroidobacteraceae → Povalibacter → Povalibacter uvarum954Open in IMG/M
3300033406|Ga0316604_10515055All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Chromatiales → Chromatiales incertae sedis → Thiohalobacter → Thiohalobacter thiocyanaticus658Open in IMG/M
3300033408|Ga0316605_10343027All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Steroidobacteraceae → Povalibacter → Povalibacter uvarum1327Open in IMG/M
3300033408|Ga0316605_11323255All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Steroidobacteraceae → Povalibacter → Povalibacter uvarum697Open in IMG/M
3300033408|Ga0316605_11661389Not Available621Open in IMG/M
3300033413|Ga0316603_10509674All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Steroidobacteraceae → Povalibacter → Povalibacter uvarum1105Open in IMG/M
3300033413|Ga0316603_10562249Not Available1054Open in IMG/M
3300033413|Ga0316603_11321135Not Available683Open in IMG/M
3300033414|Ga0316619_11573750Not Available591Open in IMG/M
3300033416|Ga0316622_100107633All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Steroidobacteraceae → Povalibacter → Povalibacter uvarum2813Open in IMG/M
3300033416|Ga0316622_100475477All Organisms → cellular organisms → Bacteria → Proteobacteria1419Open in IMG/M
3300033416|Ga0316622_100867705All Organisms → cellular organisms → Bacteria → Proteobacteria1050Open in IMG/M
3300033416|Ga0316622_100959125All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Steroidobacteraceae → Povalibacter → Povalibacter uvarum997Open in IMG/M
3300033416|Ga0316622_101101029Not Available928Open in IMG/M
3300033416|Ga0316622_102347717All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Steroidobacteraceae → Povalibacter → Povalibacter uvarum616Open in IMG/M
3300033416|Ga0316622_102821242Not Available556Open in IMG/M
3300033418|Ga0316625_100932228All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Solimonas → Solimonas flava764Open in IMG/M
3300033418|Ga0316625_102290243All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Steroidobacteraceae → Povalibacter → Povalibacter uvarum540Open in IMG/M
3300033419|Ga0316601_100099836All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Steroidobacteraceae → Povalibacter → Povalibacter uvarum2342Open in IMG/M
3300033419|Ga0316601_101228733All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Pseudomonadales → Marinobacteraceae → Marinobacter → Marinobacter pelagius752Open in IMG/M
3300033419|Ga0316601_101645233All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Pseudomonadales → Marinobacteraceae → Marinobacter → Marinobacter nanhaiticus647Open in IMG/M
3300033419|Ga0316601_101685343All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Chromatiales → Chromatiales incertae sedis → Thiohalobacter → Thiohalobacter thiocyanaticus639Open in IMG/M
3300033419|Ga0316601_102337514Not Available538Open in IMG/M
3300033434|Ga0316613_10352828All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Steroidobacteraceae → Povalibacter → Povalibacter uvarum982Open in IMG/M
3300033434|Ga0316613_10639409All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Chromatiales → Chromatiales incertae sedis → Thiohalobacter → Thiohalobacter thiocyanaticus727Open in IMG/M
3300033434|Ga0316613_11055227Not Available559Open in IMG/M
3300033481|Ga0316600_10466300Not Available873Open in IMG/M
3300033481|Ga0316600_10610408All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Sinobacteraceae → Nevskia → Nevskia soli763Open in IMG/M
3300033481|Ga0316600_11096514All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Chromatiales → Chromatiales incertae sedis → Thiohalobacter → Thiohalobacter thiocyanaticus564Open in IMG/M
3300033481|Ga0316600_11244560All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Chromatiales → Chromatiales incertae sedis → Thiohalobacter → Thiohalobacter thiocyanaticus528Open in IMG/M
3300033482|Ga0316627_102279060Not Available567Open in IMG/M
3300033482|Ga0316627_102470762All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Chromatiales → Chromatiales incertae sedis → Thiohalobacter → Thiohalobacter thiocyanaticus547Open in IMG/M
3300033483|Ga0316629_10110495All Organisms → cellular organisms → Bacteria1578Open in IMG/M
3300033485|Ga0316626_11431023All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Steroidobacteraceae → Povalibacter → Povalibacter uvarum621Open in IMG/M
3300033488|Ga0316621_10553782Not Available812Open in IMG/M
3300033488|Ga0316621_10692422All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Steroidobacteraceae → Povalibacter → Povalibacter uvarum735Open in IMG/M
3300033488|Ga0316621_10975175All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Steroidobacteraceae → Povalibacter → Povalibacter uvarum630Open in IMG/M
3300033488|Ga0316621_11016457All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Steroidobacteraceae → Povalibacter → Povalibacter uvarum618Open in IMG/M
3300033513|Ga0316628_100256411All Organisms → cellular organisms → Bacteria → Proteobacteria2146Open in IMG/M
3300033521|Ga0316616_100331867All Organisms → cellular organisms → Bacteria1637Open in IMG/M
3300033521|Ga0316616_103401675All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Steroidobacteraceae → Povalibacter → Povalibacter uvarum599Open in IMG/M
3300033521|Ga0316616_104689891All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Steroidobacteraceae → Povalibacter → Povalibacter uvarum514Open in IMG/M
3300033557|Ga0316617_100452056Not Available1151Open in IMG/M
3300033557|Ga0316617_100900876All Organisms → cellular organisms → Bacteria → Proteobacteria856Open in IMG/M
3300033557|Ga0316617_101169100Not Available762Open in IMG/M
3300033557|Ga0316617_101475159All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Nevskiales → Steroidobacteraceae → Povalibacter → Povalibacter uvarum685Open in IMG/M
3300034056|Ga0373893_051660Not Available565Open in IMG/M
3300034075|Ga0373895_023585All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Pseudomonadales → Marinobacteraceae → Marinobacter → Marinobacter nanhaiticus851Open in IMG/M
3300034080|Ga0373897_013412All Organisms → cellular organisms → Bacteria → Proteobacteria1381Open in IMG/M
3300034192|Ga0373896_023748Not Available620Open in IMG/M
3300034420|Ga0373918_0041811All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → unclassified Betaproteobacteria → Betaproteobacteria bacterium1104Open in IMG/M



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Environmental Properties

Associated Habitat Types

Select Environment Taxonomy Level:
HabitatTaxonomyDistribution
SoilEnvironmental → Terrestrial → Soil → Wetlands → Unclassified → Soil47.06%
WetlandEnvironmental → Aquatic → Freshwater → Sediment → Unclassified → Wetland12.61%
Freshwater WetlandsEnvironmental → Aquatic → Freshwater → Wetlands → Unclassified → Freshwater Wetlands10.92%
SedimentEnvironmental → Aquatic → Freshwater → Lake → Sediment → Sediment4.20%
Sewage Treatment PlantEngineered → Wastewater → Industrial Wastewater → Unclassified → Unclassified → Sewage Treatment Plant4.20%
Sediment SlurryEngineered → Bioremediation → Metal → Unclassified → Unclassified → Sediment Slurry4.20%
Freshwater Lake SedimentEnvironmental → Aquatic → Freshwater → Lentic → Sediment → Freshwater Lake Sediment3.36%
FreshwaterEnvironmental → Aquatic → Freshwater → Unclassified → Unclassified → Freshwater1.68%
SoilEnvironmental → Aquatic → Sediment → Unclassified → Unclassified → Soil1.68%
SedimentEnvironmental → Aquatic → Freshwater → Sediment → Unclassified → Sediment0.84%
Freshwater SedimentEnvironmental → Aquatic → Freshwater → Sediment → Unclassified → Freshwater Sediment0.84%
Freshwater LakeEnvironmental → Aquatic → Freshwater → Lake → Unclassified → Freshwater Lake0.84%
EstuarineEnvironmental → Aquatic → Marine → Intertidal Zone → Estuary → Estuarine0.84%
Natural And Restored WetlandsEnvironmental → Aquatic → Marine → Wetlands → Unclassified → Natural And Restored Wetlands0.84%
SedimentEnvironmental → Aquatic → Marine → Sediment → Unclassified → Sediment0.84%
Mangrove SedimentEnvironmental → Aquatic → Sediment → Unclassified → Unclassified → Mangrove Sediment0.84%
Agricultural SoilEnvironmental → Terrestrial → Soil → Unclassified → Unclassified → Agricultural Soil0.84%
Natural And Restored WetlandsEnvironmental → Terrestrial → Soil → Wetlands → Unclassified → Natural And Restored Wetlands0.84%
SandEnvironmental → Terrestrial → Soil → Sand → Unclassified → Sand0.84%
WastewaterEngineered → Wastewater → Activated Sludge → Unclassified → Unclassified → Wastewater0.84%
Anaerobic Digestor SludgeEngineered → Wastewater → Anaerobic Digestor → Unclassified → Unclassified → Anaerobic Digestor Sludge0.84%

Visualization
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Associated Samples

Taxon OIDSample NameHabitat TypeIMG/M Link
3300003858Freshwater lake sediment microbial communities from the University of Notre Dame, USA, for methane emissions studies - DIP11 DIEnvironmentalOpen in IMG/M
3300004026Wetland microbial communities from San Francisco Bay, California, USA, that impact long-term carbon sequestration - China_Bullhead_CordC_D2EnvironmentalOpen in IMG/M
3300004481Combined Assembly of Gp0112041, Gp0112042, Gp0112043EnvironmentalOpen in IMG/M
3300006039Groundwater microbial communities from the Columbia River, Washington, USA, for microbe roles in carbon and contaminant biogeochemistry - GW-RW metaG T2_30-Apr-14EnvironmentalOpen in IMG/M
3300006224Freshwater wetland microbial communities from Ohio, USA, analyzing the effect of biotic and abiotic controls - Mud 3 Core 4 Depth 4 metaGEnvironmentalOpen in IMG/M
3300007177Combined Assembly of cyanobacterial bloom in Marina Bay water reservoir, Singapore (Diel cycle-Surface and Bottom layers) 16 sequencing projectsEnvironmentalOpen in IMG/M
3300009075Freshwater sediment microbial communities from Prairie Pothole Lake near Jamestown, North Dakota, USA - PPLs Lake P7 Core (1) Depth 1-3cm March2015EnvironmentalOpen in IMG/M
3300009091Freshwater wetland microbial communities from Ohio, USA, analyzing the effect of biotic and abiotic controls - Mud 3 Core 4 Depth 3 metaG (Illumina Assembly)EnvironmentalOpen in IMG/M
3300009095Agricultural soil microbial communities from Utah to study Nitrogen management - Steer compost 2015EnvironmentalOpen in IMG/M
3300009111Wetland microbial communities from Old Woman Creek Reserve in Ohio, USA - Mud_0915_D1EnvironmentalOpen in IMG/M
3300009131Wetland microbial communities from Old Woman Creek Reserve in Ohio, USA - Open_0915_D1EnvironmentalOpen in IMG/M
3300009167Freshwater wetland microbial communities from Ohio, USA, analyzing the effect of biotic and abiotic controls - Mud 3 Core 4 Depth 3 metaG - Illumina Assembly (version 2)EnvironmentalOpen in IMG/M
3300009179Wetland microbial communities from Old Woman Creek Reserve in Ohio, USA - Plant_0915_D1EnvironmentalOpen in IMG/M
3300009509Mangrove sediment microbial communities from Mai Po Nature Reserve Marshes in Hong Kong, China - Maipo_11EnvironmentalOpen in IMG/M
3300009868Activated sludge microbial diversity in wastewater treatment plant from Tai Wan - Bali plant Bali plantEngineeredOpen in IMG/M
3300010144Wetland microbial communities from Old Woman Creek Reserve in Ohio, USA - Plant_11_14_C (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300010429AD_USRAcaEngineeredOpen in IMG/M
3300013769Sewage treatment plant microbial communities from Vermont, USA - Sand_BEngineeredOpen in IMG/M
3300013833Sewage treatment plant microbial communities from Vermont, USA - CLO_WEngineeredOpen in IMG/M
3300014055Sewage treatment plant microbial communities from Vermont, USA - ANOX_WEngineeredOpen in IMG/M
3300014259Natural and restored wetland microbial communities from the San Francisco Bay, California, USA, that impact long-term carbon sequestration - MayberryNE_CattailB_D1EnvironmentalOpen in IMG/M
3300014884Soil microbial communities from meander-bound floodplain in the East River, Colorado, USA - East River metaG ERMLT730_16_1DaEnvironmentalOpen in IMG/M
3300015259Soil microbial communities from meander-bound floodplain in the East River, Colorado, USA - East River metaG ERMLT730_16_10DEnvironmentalOpen in IMG/M
3300021331Metatranscriptome of estuarine sediment microbial communities from the Columbia River estuary, Washington, United States ? S.456 (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300022204Sediment microbial communities from San Francisco Bay, California, United States - SF_Jul11_sed_USGS_8_1EnvironmentalOpen in IMG/M
3300024056Freshwater wetland microbial communities from Ohio, USA, analyzing the effect of biotic and abiotic controls - Mud 3 Core 4 Depth 3 metaG (PacBio error correction)EnvironmentalOpen in IMG/M
3300027871Wetland microbial communities from Old Woman Creek Reserve in Ohio, USA - Open_0915_D1 (SPAdes)EnvironmentalOpen in IMG/M
3300027890Wetland microbial communities from Old Woman Creek Reserve in Ohio, USA - Plant_0915_D1 (SPAdes)EnvironmentalOpen in IMG/M
3300027897Freshwater lake sediment microbial communities from the University of Notre Dame, USA, for methane emissions studies - DIP11 DI (SPAdes)EnvironmentalOpen in IMG/M
3300027899Freshwater lake sediment microbial communities from the University of Notre Dame, USA, for methane emissions studies - PLP11 PL (SPAdes)EnvironmentalOpen in IMG/M
3300031577Wetland soil microbial communities from Old Woman Creek delta, Ohio, United States - OWC_soil_day10_CTEnvironmentalOpen in IMG/M
3300031834Sediment microbial communities from Yellowstone Lake, YNP, Wyoming, USA - YL17G12_0EnvironmentalOpen in IMG/M
3300031873Sediment microbial communities from Yellowstone Lake, YNP, Wyoming, USA - YL17G15_0EnvironmentalOpen in IMG/M
3300032092Freshwater fungal communities from buoy surface, Lake Erie, Ohio, United States - Buoy 4 MA121EnvironmentalOpen in IMG/M
3300032143Sediment microbial communities from Yellowstone Lake, YNP, Wyoming, USA - YL17G13_0EnvironmentalOpen in IMG/M
3300032177Sediment microbial communities from Yellowstone Lake, YNP, Wyoming, USA - YL17G05_0EnvironmentalOpen in IMG/M
3300033406Wetland soil microbial communities from Old Woman Creek delta, Ohio, United States - OWC_soil_day20_CTEnvironmentalOpen in IMG/M
3300033408Wetland soil microbial communities from Old Woman Creek delta, Ohio, United States - OWC_soil_day20_noCTEnvironmentalOpen in IMG/M
3300033413Wetland soil microbial communities from Old Woman Creek delta, Ohio, United States - OWC_soil_day10_noCTEnvironmentalOpen in IMG/M
3300033414Wetland soil microbial communities from Old Woman Creek delta, Ohio, United States - OWC_Aug_M1_C1_D4_BEnvironmentalOpen in IMG/M
3300033416Wetland soil microbial communities from Old Woman Creek delta, Ohio, United States - OWC_Aug_OW2_C1_D5_CEnvironmentalOpen in IMG/M
3300033418Wetland soil microbial communities from Old Woman Creek delta, Ohio, United States - OWC_Aug_T1_C1_D1_AEnvironmentalOpen in IMG/M
3300033419Wetland soil microbial communities from Old Woman Creek delta, Ohio, United States - OWC_soil_day5_noCTEnvironmentalOpen in IMG/M
3300033434Wetland soil microbial communities from Old Woman Creek delta, Ohio, United States - OWC_soil_day10_CT_bEnvironmentalOpen in IMG/M
3300033481Wetland soil microbial communities from Old Woman Creek delta, Ohio, United States - OWC_soil_day5_CTEnvironmentalOpen in IMG/M
3300033482Wetland soil microbial communities from Old Woman Creek delta, Ohio, United States - OWC_Aug_M2_C1_D1_CEnvironmentalOpen in IMG/M
3300033483Wetland soil microbial communities from Old Woman Creek delta, Ohio, United States - OWC_May_M1_C1_D1_AEnvironmentalOpen in IMG/M
3300033485Wetland soil microbial communities from Old Woman Creek delta, Ohio, United States - OWC_Aug_T1_C1_D5_AEnvironmentalOpen in IMG/M
3300033487Wetland soil microbial communities from Old Woman Creek delta, Ohio, United States - OWC_May_M1_C1_D6_AEnvironmentalOpen in IMG/M
3300033488Wetland soil microbial communities from Old Woman Creek delta, Ohio, United States - OWC_Aug_OW2_C1_D1_CEnvironmentalOpen in IMG/M
3300033513Wetland soil microbial communities from Old Woman Creek delta, Ohio, United States - OWC_Aug_M2_C1_D5_CEnvironmentalOpen in IMG/M
3300033521Wetland soil microbial communities from Old Woman Creek delta, Ohio, United States - OWC_Aug_M1_C1_D1_BEnvironmentalOpen in IMG/M
3300033557Wetland soil microbial communities from Old Woman Creek delta, Ohio, United States - OWC_Aug_M1_C1_D2_BEnvironmentalOpen in IMG/M
3300034056Uranium-contaminated sediment microbial communities from bioreactor in Oak Ridge, Tennessee, United States - A3A4.3EngineeredOpen in IMG/M
3300034075Uranium-contaminated sediment microbial communities from bioreactor in Oak Ridge, Tennessee, United States - A4A4.2EngineeredOpen in IMG/M
3300034080Uranium-contaminated sediment microbial communities from bioreactor in Oak Ridge, Tennessee, United States - A5A4.1EngineeredOpen in IMG/M
3300034192Uranium-contaminated sediment microbial communities from bioreactor in Oak Ridge, Tennessee, United States - A4A4.3EngineeredOpen in IMG/M
3300034420Uranium-contaminated sediment microbial communities from bioreactor in Oak Ridge, Tennessee, United States - A1A4.1EngineeredOpen in IMG/M

Geographical Distribution
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Family Sequences

Protein ID Sample Taxon ID Habitat Sequence
Ga0031656_1001482043300003858Freshwater Lake SedimentGTNHGTTSMIVDQHSTTVTNGRYSGSGDAGTFNMSLSPMWDRAASIGTVAGVYTRSTSNGYTMTMTMSANGQLTGSDSRGCLINGEVGVPDAMHNLYRVNATVTSCGSLDGTYSGMGALLDADAMQDWMTAMHPLEHGGHSHGGPMMGGSPMMGRNTVPTGQRNLFMFSMVNANNAIMDALAR*
Ga0031656_1009353723300003858Freshwater Lake SedimentVWSGQVPMTGDHFNATFSGHMYDGAHFPDGTNHGTASMAIDHHSASTTSGRYTGSGDAGTFDMVPSPMWIRPSSLGTVAGVYTRTTSNGYAMTMTIGANGQVTASDTRGCLINGTVSILDPTHNMHRIDATVTSCGSLDGHYLGMGTLLDADAMRDWMTAMHPLEHGGHSHGGMMGGSHGMGHNTVPTGQTTCSCFRW*
Ga0055443_1016381713300004026Natural And Restored WetlandsASVVALTGTDGHSVWMTTDGRVWSGQVPMTGDHFNATFSGHMYEGDHFPDGTNHGTASMMIDHHSASTTSGRYTGSGDEGTFDMVPSPMWTRPTSLGTVAGVYTRTTSNGYTMTMTIGANGQLTGSDSRGCVVNGTVDIPDPTHNMHRIDATVTSCGSLDGHYQGMGTLLDADAMRDWMTAMHPLEHGGHSHGGSMMGGSPMMGRNTVPTGQHNLFMFSMVNGQN
Ga0069718_1518751523300004481SedimentHMYDGVHFPDGTNHGTTSMMVEHHSTTVTSGRYSGSGDAGTFNMSLSPMWDRPASIGTVAGVYTRSTSNGYTMTMTLSVNGQLSASDSRGCLINGSVGVPDATHNMYSLNATVTSCGSLDGAYSGMGALLDADAMQDWMTSMHPLEHGGHSHGGSMMGGSPMMGRNTVPTGERNLFMFSLVNDHNAMMDALAR*
Ga0073915_1003001223300006039SandATFSGHMHDGVHFPDGTNHGTASMMIDRHSTSTTSGRYTGSGDTGTFNMSLSPMWDRPASLGTVAGVYTRSTSNGYTMTMTVSANGQVTANDSRGCLVNGTVGVPDAAHNLYRMNATVTSCGSLDGAYQGMGTLLDADAMQDWMTAMHPLEHGGHSHGGSMMGGSSMMGRNTVPTGQRNLFMFSMANDRNAIMDALAR*
Ga0079037_10020335723300006224Freshwater WetlandsVWSGQVPMTGDHFNATFSGHMYEGAHFPDGTNHGTASMMIDHHSASTTSGRYSGSGDAGTFNMIPSPMWIRPTSLGTVAGVYTRTTSNGYTMTMTIGANGQLIGSDSRGCVINGTVDIPDATRNMHRIDATVTSCGSLDGHYQGMGTLLDADAMTDWMTAMHPLEHGGHSHGGMMGGSHGMGQNTVPTGQHNLFMFSMVNGQNAIMDALAR*
Ga0079037_10212016013300006224Freshwater WetlandsDGHSVWMTTDGRVWSGEVPPHGDHFDATFTGHMYEGERFPDGTNHGVTTMGVNHHTASVTAGQYAGCGDAGAFDMTLSPMWDRHASLGTVAGTFTRSTSSGYSMTITIGANGQLMGNDSRGCVINGSVNVPDASHNMYGIDATVTSCGSLDGHYQGMGALLDAAAMQDWMSAMHPLEHGGHTHGGYM
Ga0102978_132122513300007177Freshwater LakePGAMSGRYSGSGDAGTFNMSLSPMWDRPASIGTVAGVYTRTTSNGYTMTMTLDANGQLHASDSRGCMFNGTVSVPDSTHNLYRIDATVTSCASLDGTYQGMGTLLDADAMRDWMTAMHPLEHGGDSHGGPMMGGSPGMGHNTLPSGQRNLFMFSMVNASNAMMDAVAR*
Ga0105090_1076539613300009075Freshwater SedimentTFSGHMYEGAHFPDGTNHGTASMMIDHHSAGTTSGRYTGSGDAGTFNMILSPMWIRPTSLGTVAGVYTRSTSNGYTMTMTIGANGQLAGSDSRGCVINGTVDIPDPTRNMHRIDATVTSCGSLDGHYQGMGTLLDADAMRDWMTAMH*
Ga0102851_1026349823300009091Freshwater WetlandsMTTDGRVWSGQVPMTGDHFNATFSGHMYDGAHFPDGTNHGTASMMIDHHSASTTSGRYTGSGDAGTFNMIPSPMWTRPASLGTVAGVYTRTTSNGYAMTMTIGANGQLAGSDSRGCVINGTVDIPDPTHNLHRIDATVTSCGSLDGHYQGMGTLLDADAMRDWMTAMHPLEHGGHSHGGMMGGPHGMGHNTVPTGQRNLFMFSMVNGQNAIMDALAR*
Ga0102851_1034621123300009091Freshwater WetlandsMTGDHFIATFSGHMYEGAHFPDGTNHGTASMMIDRHSASTTSGRYTGSGDAGTFDMVPSPMWTRPTSLGTVAGVYTRTTSNGYTMTMTIGANGQITGSDSRGCVINGTVDIPDPTHNMHRIDATVTSCGSLNGHYQGMGTLLDADAMRDWMTAMHPLEHGGHSHGGSMMGGSPMMGRNTVSTGQRNLFMFSMVNGQNAIMDALAR*
Ga0102851_1041530513300009091Freshwater WetlandsMATDGRVWSGQVPMTGDHFNATFSGHMYEGAHFPDGTNHGTASMMIDHHSASTTSGRYSGSGDAGTFNMIPSPMWIRPTSLGTVAGVYTRTTSNGYTMTMTIGANGQLIGSDSRGCVINGTVDIPDATRNMHRIDATVTSCGSLDGHYQGMGTLLDADAMTDWMTAMHP
Ga0102851_1166078713300009091Freshwater WetlandsTFSGHMYEGAHFPDGTNHGTASMMIDRHSASTTSGRYTGSGDAGTFDMIPSPMWTRPTSLGTVAGVYTRTTSNGYTMTMTIGANGQLAGSDSRGCVINGTVNIPDPTHNMHRIDATVTSCGSLDGHYQGMGTLLDADAMTDWMTAMHPLEHGGHSQGGMMGGSHGMGHNTVPTGQNNLFMFSMVNGQNAIMDALAR*
Ga0079224_10166884313300009095Agricultural SoilMATDGRVWGGRMPMSGASFDATFAGHMYDGAHFPDGTNHGTATMMVDHHAPGAMSGRYSGSGDAGTFNMSLSPMWDRPASIGTVAGVYTRTTSNGYTMTMTLDANGQLHASDSRGCLFNGTVSVPDATHNMYRINASVTSCGSLDGTYQGMGALLDADAMRDWMTAMHPLEHGGHSHGGPMMGGSPGMGHNTVPSGQRNLFMFSMVNANNAIMDALAR*
Ga0115026_1034676123300009111WetlandGQTASVVALTGPDGQSVWMATDGRVWGGQLPMSGTRFDATFAGHMYDGAHFPDGTNHGPASMTVDDHAQGTMSGRYSGSGDTGTFNMSLSPMWDRPASIGTVAGVYTRTTSNGYTMTMTLDANGQLHGSDSRGCLFNGTVNIPDATHNMYRINASVTSCGSLDGTYQGMGALLDADAMRDWMTAMHPLEHGGHSHGGPMMGGSPGMGHNTVPSGQRNLFMFSMVGANSAIMDALAR*
Ga0115026_1053608323300009111WetlandVWMTTDGRVWGGQVPMAGDRFDTTFSGHMYDGLHFPDGTNHGTTSMMVDHHSANVTSGRYAGNGDAGTFNMSLSPMWDRPASIGAVAGVYTRSTSNGYTMTMTMSANGQLTGSDSRGCLINGSVAVPDATHNMYRIDATVTSCGLLDGTYSGMGALLDADAMQDWMTAMHPLEHGGHSHGGSMMGGSPMMGHNTVPTGQHNLFMFSMVNANNAIMDALAR*
Ga0115027_1011156123300009131WetlandMYEGAHFPDGTNHGTASMVIDHHSASTTSGRYTGSGDAGTFDMVPSPMWIRPSSLGTVAGVYTRTTSNGYTMTMTIGANGQLAGSDSRGCVINGTVNIPDPTHNMHRIDATVTSCGSLDGHYQGMGTLLDADAMTDWMTAMHPLEHGGHSHGGMMGGSHGMGHNTVPTGQNNLFMFSMVNGQNAIMDALAR*
Ga0115027_1099841513300009131WetlandFPDGTNHSTASMVIDHHSVGTTSGRYTGSGDTGTFNMIPSPMWTRPTSLATVAGVYTRTTSNGYTMTMAIAANGQLTGSDSRGCVINGTVDIPDPTHNMHRIDATVTSCGSLDGHYQGMGTLLDADAMTDWMTAMHPLEHGGHSHGGMMGGPHGMGHNTVPTGQRNLFMFSMVNGQNAIMDALAR*
Ga0115027_1186714913300009131WetlandFDTTFSGHMYEGDHFPDGTNHGTTSMMIDRHSTTVTNGRYSGSGDAGTFNMGRSPMWDRAASIETVAGVYTRSTSNGYTMTMTMSTNGQLTAGDSRGCLVNGTVSVPDATHNMYRISATVTSCGSLDGTYSGMGALLDADAMQDWMTAIHPLEHGGHSHGGSLMGGSP
Ga0113563_1003726743300009167Freshwater WetlandsVWKGTITSTTTGHSAAVVALTGSDGYSAWMTADGRVWSGHIPVTGDHFDAAFSGHMYEGDHFPDGTNHGTTSMMIDHHSASTTSGRYTGSGDSGTFDMSPSPMWDRSAALGTVAGVYTRSTSNGYAMTMTVGANGQITASDSRGCLLNGTVTVPDAMRNMYRMDASVTSCGSLDGHYQGMGTLLDADAMQDWMTAMHPLEHGGHSHGGSMMGGAPMMGRNTVPTGRQNLFMFSIVSGRTAIMDALAR*
Ga0113563_1039111533300009167Freshwater WetlandsGTSKGTIVSTTTAGTAAVVVMTGHDGHSVWMTTDGRVWSGELPPHGDRFDATFTGHMYEGERFPDGTNHGVTTMGVSHHTAHATAGQYAGCGDAGAFDMTLSPMWDRHASLGTVAGTFTRSTSSGYSMTMTIGANGQLMGSDSRGCVINGSVHVPDASHNMYGIDATVTSCGSLDGHYQGMGTLLDASAMQDWMSAMHPLEHGGHSHGGYMMGGSPMMGHNTVPGGQNNLFMFSMANGQNGMMDALAR*
Ga0113563_1076137423300009167Freshwater WetlandsMYEGAHFPDGTNHGTASMMIDRHSASTTSGRYTGSGDAGTFDMVPSPMWTRPTSLGTVAGVYTRTTSNGYTMTMTIGANGQITGSDSRGCVINGTVDVPDPTRNMHRIEATVTSCGSLDGHYQGMGTLLDADAMTDWMTAMHPLEHGGHSHGGSMMGGSPMMGHNTVPTGQHNLFMFSMVNGQNAIMDALAR*
Ga0113563_1155121313300009167Freshwater WetlandsGHMYEGAHFPDGTNHGTASMMIDRHSASTTSGRYTGSGDAGTFDMIPSPMWTRPTSLGTVAGVYTRTTSNGYTMTMTIGANGQLAGSDSRGCVINGTVNIPDPTHNMHRIDATVTSCGSLDGHYQGMGTLLDADAMTDWMTAMHPLEHGGHSHGGMMGGSHGMGHNTVPTGQNNLFMFSMVNGQNAIMDALAR*
Ga0113563_1208565713300009167Freshwater WetlandsQLPMAGDHFNATFSGHMYDGVHFPDGTNHGTTSMMVDHHSANVTSGRYAGNGDAGTFNMSLSPMWDRPASIGTVAGVYTRSTSNGYTMTMTMSANGQLTASDSRGCLINGSVGVPDATHNMYRINATVTSCGSLDGTYSGMGALLDADAMQDWMADMHPLEHGGHSHGGSMMGGSPMMGHNTVPTGQRNMFMFSVVDDHITNMDALAR*
Ga0113563_1217563413300009167Freshwater WetlandsTTFSGHMYDGVQFPDGTNHGKTSMMIDHHSATATSGRYSGSGDAGTFDMSQSPMWDRPASIGTVAGVYTRSTSNGYTMTMTMSANGQLTGSDSRGCLINGSVAVPDATHNMYRIDATVTSCGSLDGTYSGMGALLDADAMQDWMTAMHPLEHGGHSHGDSMMGGSPMMGHNTVPTGQHNLFMFSMVNTNNAIMDALAR*
Ga0115028_1006494033300009179WetlandMTTDGRVWSGQVPMTGDHFNATFNGHMYEGDHFPDGTNHGTASMMIDHHSASTTSGRYTGSGDAGTFNMIPSPMWIRPTTLGTVAGVYTRTTSNGYTMTMTIGANGQLTGSDSRGCVLNGTVDIPDPTHNMHRIDATVTSCGSLDGHYQGMGTLLDADAMTDWMTAMHPLEHGGHSHGGSMMGGSPMMGHNTVPTGQQNLFMFSMVNSQNAIMDALAR*
Ga0115028_1021784923300009179WetlandMAGDHFNATFSGHMYDGVHFPDGTNHGTTSMMVDHHSANVTSGRYAGNGDAGTFNMSLSPMWDRPASIGAVAGVYTRSTSNGYTMTMTMSANGQLTGSDSRGCLINGSVAVPDATHNMYRIDATVTSCGLLDGTYSGMGALLDADAMQDWMTAMHPLEHGGHSHGDSMMGGSPMMGHNTVPTGQHNLFMFSMVNANNAIMDALAR*
Ga0115028_1037277013300009179WetlandTFSGHMYEGAHFPDGTNHGTASMMIDRHSASTTSGRYTGSGDAGTFDMVPSPMWTRPTSLGTVAGVYTRTTSNGYTMTMTIGANGQITGSDSRGCVINGTVDIPDPTHNMHRIDATVTSCGSLNGHYQGMGTLLDADAMRDWMTAMHPLEHGGHSHGGSMMGGSPMMGRNTVSTGQRNLFMFSMVNGQNAIMDALAR*
Ga0115028_1110115013300009179WetlandGDHFDTTFSGHMYEGVHFPDGTNHGTTSMMIDHHATTVTSGRYSGNGDAGTFNIDLSPMWDRPASIGTVAGVYTRSTSNGYTMTMTMSANGQLTASDSRGCLINGSVGVPDATHNMYSLNATVTSCGSLDGTYGGLGTLLDADAMQDWMTAMHPLEHGGHSHGGSMMGGSPMMGRNTVPTGERNLFMFSLVNDHNAMMDALAR*
Ga0123573_1132789223300009509Mangrove SedimentMATDGRVWGGQLPMSGARFDATFSGHMYDGAHFPDGTNHGPASMTVDHHAQGNMSGRVSGGGDTGTFNLGLSPMWDRPASIGTVAGVYTRTTSNGYTMTMSLDANGQLHASDSRGCLFNGTLSVPDATHNLYRINASVTSCGSLDGTYQGMGA
Ga0130016_1077261513300009868WastewaterMHEGLHFPDGTSHGLASMEFERHSTTGTSGRHSGCGDQGSFNMSHSPMWDRPAALATVAGVYTRSTSSGYTMTMAIGANGQFTANDSRGCVINGTIGVPDATHNMYGMDATVSSCGSLDGHYQGMGTLLDADAMQDWMTAMHPLEHGGHSHGGSHMGGHNTVPSGHHNLFMFSMVNGQGAIMDAMAR*
Ga0115593_127503013300010144WetlandVVALTGSDGHSVWMTTDGRVWSGQVPMTGDHFNATFSGHMYEGAHFPDGTNHGTASMVIDHHSASTTSGRYTGSGDAGTFDMIPSPMWTRPTSLGTVAGVYTRTTSNGYTMTMTIGANGQLAGSDSRGCVINGTVNIPDPTHNMHRIDATVTSCGSLDGHYQGMGTLLDADAMTD
Ga0116241_1029410323300010429Anaerobic Digestor SludgeVALTGLDGHSVWMTTDGRVWGGQVPMVGDHFDTTFSGHMYDGVHFPDGTNHGTTSMMVEHHSTTVTSGRYSGSGDAGTFNMSLSPMWDRPASIGTIAGVYTRSTSNGYTMTMTMSANGQLTASDSRGCLINGAVGVPDATHNLYRIDVTVTSCGSLDGTYSGMGALLDADAMTDWMTAMHPLEHGGHSHGGSMMGGSPMMGHNTVPTGQRNLFMFSMVNDHNAIMDALTR*
Ga0119887_100061563300013769Sewage Treatment PlantMNGDHFNATFSGHMYEGDHFPDGTNHGTTSMMIDHHSTSTTSGRYTGSGDAGTFNMSLSPMWNRPASLGSVAGVYTRTTSNGYTMTMTVGANGQIMASDSRGCLINGTVTVPDATHNMYGMAATVTSCGSLNGHYQGMGTLLDADAMTDWMIAMHPLEHGGHSRGGSMMGGSPMMGRNTVPTGQHNLFMFSMANGQNAIMDALAR*
Ga0119887_118557113300013769Sewage Treatment PlantVALTGLDGHSVWMTTDGRVWGGQVPMAGDHFDTTFSGHMYDGVHFPDGTNHGTTSMMVDHHSTNVTSGRYSGSGDAGTFNMSLSPMWDRPXXXPASIGTVAGVYTRSTSNGYTMTMTMSANGQLTASDSRGCVINGSVGVPDATHNLYRIDATVTSCGSLDGTYSGMGALLDADAMQDWMTAMHPLEHGGHS
Ga0119880_1000648143300013833Sewage Treatment PlantMWTGQVPMNGDHFNATFSGHMYEGDHFPDGTNHGTTSMMIDHHSTSTTSGRYTGSGDAGTFNMSLSPMWNRPASLGSVAGVYTRTTSNGYTMTMTVGANGQIMASDSRGCLINGTVTVPDATHNMYGMAATVTSCGSLNGHYQGMGTLLDADAMTDWMIAMHPLEHGGHSRGGSMMGGSPMMGRNTVPTGQHNLFMFSMANGQNAIMDALAR*
Ga0119880_106251423300013833Sewage Treatment PlantHGTTSMMVDHHSTNVTSGRYSGSGDAGTFNMSLSPMWDRPASIGTVAGVYTRSTSNGYTMTMTMSANGQLTASDSRGCVINGSVGVPDATHNLYRIDATVTSCGSLDGTYSGMGALLDADAMQDWMTAMHPLEHGGHSHGGSMMGGSPMMGRNTVPTGQRNLFMFSLVNSQNAMMDALAR
Ga0119878_111462723300014055Sewage Treatment PlantVHFPDGTNHGTTSMMVDHHSTNVTSGRYSGSGDAGTFNMSLSPMWDRPASIGTVAGVYTRSTSNGYTMTMTMSANGQLTASDSRGCVINGSVGVPDATHNLYRIDATVTSCGSLDGTYSGMGALLDADAMQDWMTAMHPLEHGGHSHGGSMMGGSPMMGRNTVPTGQRNLFMFSLVNSQNAMMDALAR*
Ga0075311_104797713300014259Natural And Restored WetlandsQSAAVVALTGSDGHSVWMTSDGRVWSGQVPMSGDHFNAAFSGHLYEGDHFPDGTNHGTTSMMVDHHSTSTTSGRYTGSGDAGTFNMIPSPMWNRSAALATVAGVYTRSTSNGYTMTMTVGANGQLIATDSRGCLVNGTVSVPDATHNLYRMDATVTSCGSLDGRYQGMGTLLDADAMTDWMTAMHPLEHGGHSHGGSMMGGSPMMGRNTVPNGQHNLFMFSMVNGQNAIMDALAR*
Ga0180104_109246613300014884SoilKGTIASTTTGQTAAVIALTGANGQSVWMTTDGRVWSGELPHSGATFSATFAGHMYDGTHFPDGTNHGTWSFMVDHHATTATDGRFTGSGDAGTFHLDMNPMWNRPASLGEVAGVYTRSTSTGYTMTMTVSSNGQLSASDSRGCVFGGTVSVPDATHNMYRIDATVSSCGALDGAYAGFGTLVDADAMRDWMTAMHPLEQGGHSHGGGMTGGGSPMMGHNTVPAGQRNLFMFSIWNDHEAIMDALAR*
Ga0180085_111424113300015259SoilVALTGLDGHSVWMTTDGRVWGGQVPTVGDHFDSTFSGHMYDGVQFPDGTNHGTTSMMIDHHSATVTDGRYSGSGDAGTFTMSLSPMWDRPASIGTVAGVYTRSTSNGYTMTMTIGANGQMSGSDSRGCVFTGTVAVPDPTHNLYGIDATVSSCGTLDGSYRGMGTLLDADAMVDWMSAMHPLEHGGHSHGGSMMVGSPMMGGHNTVPTGQHNLFMFSI
Ga0210347_134893013300021331EstuarineIASTTTGQSASVVALTGTDGHSVWMTTDGRVWSGQVPMTGDHFNATFSGHMYEGDHFPDGTNHGTASMMIDHHSASTTSGRYTGSGDEGTFDMVPSPMWTRPTSLGTVAGVYTRTTSNGYTMTMTIGANGQLTGSDSRGCVVNGTVDIPDPTHNMHRIDATVTSCGSLDGHYQGMGTLLDADAMRDW
Ga0224496_1040693813300022204SedimentMNHGPATMTVDHHVQCTMSGRYTGNGDTGTFNLSLSPMWDRPASIGTVAGVYTRTTSNGYAMTMTLSANGRLHASDSRGCLVNGSVSVPDTTHDLYRIDATVTSCGSLDGIYQGMGTLLDADAMRDWMTAMHPLEHGGHSHGGPMMGGSPGMGYNTVPSGQRNLFMFSMVNASSAMMDAVAR
Ga0124853_106483513300024056Freshwater WetlandsHPASVWKGSIVSTTTGQTASVVALTGPDGQSVWMATDGRVWGGQLPMSGTRFDATFAGHMYDGAHFPDGTNHGPASMTVDDHAQGTMSGRYSGSGDTGTFNMSLSPMWDRPASIGTVAGVYTRTTSNGYTMTMTLDANGQLHGSDSRGCLFNGTVNIPDATHNMYRINASVTSCGSLDGTYQGMGALLDADAMRDWMTAMHPLEHGGHSHGGPMMGGSPGMGHNTVPSGQRNLFMFSMVGANSAIMDALAR
Ga0209397_1014822623300027871WetlandPAPVRVLRIHEIFFGHKSDFFQGLAPNQHETSRYGVHFPDGTNHGAASMMIDHHSTGTTSGRYSGSGDAGTFNMSLSPMWERAASLGAAAGVYTRSTSNGYAMTMTVGANGQITASDSRGCLLNGTVTVPDAMRNMYRMDASVTSCGSLDGHYQGMGTLLDADAMQDWMTAMHPLEHGGHSHGGSMMGGAPMMGRNTVPTGRQNLFMFSIVSGRTAIMDALAR
Ga0209397_1050766713300027871WetlandTSSVVALTGLDGHSVWMTTDGRVWGGQVPMAGDRFDTTFSGHMYDGLHFPDGTNHGTTSMMVDHHSATVTNGRYAGNGDAGTFNMSLSPMWDRPASIGAVAGVYTRSTSNGYTMTMTMSANGQLSASDSRGCLINGSAAVPDATHNMYRIDATVTSCGSLDGTYSGMGALLDADAMQDWMNAMHPLEHGGHSHGGSMMG
Ga0209496_1043737413300027890WetlandNHGTVSMMIDHHSASTTSGRYTGSGDAGTFNMIPSPMWIRPTTLGTVAGVYTRTTSNGYTMTMTIGANGQLTGSDSRGCVLNGTVDIPDPTHNMHRIDATVTSCGSLDGHYQGMGTLLDADAMTDWMTAMHPLEHGGHSHGGSMMGGSPMMGHNTVPTGQQNLFMFSMVNSQNAIMDALA
Ga0209496_1044413713300027890WetlandTFSGHMYEGAHFPDGTNHGTASMMIDRHSASTTSGRYTGSGDAGTFDMVPSPMWTRPTSLGTVAGVYTRTTSNGYTMTMTIGANGQITGSDSRGCVINGTVDIPDPTHNMHRIDATVTSCGSLNGHYQGMGTLLDADAMRDWMTAMHPLEHGGHSHGGSMMGGSPMMGRNTVSTGQRNLFMFSMVNGQNAIMDALAR
Ga0209496_1061358413300027890WetlandGHMYEGAHFPDGTNHGTASMMIDRHSASTTSGRYTGSGDAGTFDMIPSPMWTRPTSLGTVAGVYTRTTSNGYTMTMTIGANGQLAGSDSRGCVINGTVNIPDPTHNMHRIDATVTSCGSLDGHYQGMGTLLDADAMTDWMTAMHPLEHGGHSHGGMMGGSHGMGHNTVPTGQNNLFMFSMVNGQNAIMDALAR
Ga0209254_1089645613300027897Freshwater Lake SedimentYDGVHFPDGTNHGTTSMMIDHHSTTATSGRYTGSGDAGTFNMSLSPMWDRPASIGTVAGVYTRTTSNGYTMTMTMSANGQLTASDSRGCLINGSVGVPDATHNMYSLNATVTSCGSLDGTYSGMGALLDADAMQDWMTSMHPLEHGGHSHGGSMMGGSPMMGHNTVPTGQRNLFMFSMVNDQNAIMDALAR
Ga0209668_1068920313300027899Freshwater Lake SedimentHFNSTFSGHMYEGVHFPDGTNHGTTSMMVDDHSATVTNGRYAGNGDAGTFNMSLSPMWDRPASIGTVAGVYTRSTSNGYTMTMTMSANGQLTASDSRGCLINGSVAVPDATHNMYRIDATVTSCGLLDGTYSGMGALLDADAMQDWMTAMHPLEHGGHSHGGSMMGGSPMMGHNTVPTGQHNLFMFSMVNANNAIMDALAR
Ga0316602_1006548813300031577SoilTNHGTASMMIDHHSASTTSGRYTGSGDAGTFNMIPSPMWIRPTTLGTVAGVYTRTTSNGYTMTMTIGANGQLTGSDSRGCVLNGTVDIPDPTHNMHRIDATVTSCGSLDGHYQGMGTLLDADAMTDWMTAMHPLEHGGHSHGGSMMGGSPMMGHNTVPTGQQNLFMFSMVNSQNAIMDALAR
Ga0315290_1071980013300031834SedimentFPDGTNHGTASMMIDHHSASITSGHYTGSGDAGTFNMNMSPMWERPASLGTVAGVYTRSTSSGYTMTMTIHADGQVTASDSRGCVINGTLVVPDVLHNMYGIDATASSCGSLDGHFQGMGTLVDADAMQDWMTAMHPLEHGGGHSHGGSMLGGPSMTGHNTVPTGQHNLFMFSLVNTRSAIMDALAR
Ga0315297_1076477423300031873SedimentMMIDHHSGSITSGHYTGSGDAGTFNMNMSPMWERPASLGTVAGVYTRSTSNGYTMTMTIHADGQVTASDSRGCVINGTLVVPDVLHNMYGIDATASSCGSLDGHFQGMGTLVDADTMQDWMTAMHPLEHGGGHSHGGSMLGGPSMTGHNTVPTGQHNLFMFSLVNTRSAIMDALAR
Ga0315905_1118284313300032092FreshwaterGHSVWMTTDGRVWGGQVPMAGGQFDTTFSGHMYDGVHFPDGTNHGATSMMIDHHSTTVTSGRYTGSGDAGTFNMSLSPMWDRPASIGTVAGVYTRSTSNGYTMTMTMSANGQLTASDSRGCLINGSVGVPDATHNMYRINATVTSCGSLDGTYSGMGALLDASGMQDWMTAMHPLEQGGHSHGGSMMGGSPMMGHNTVPTGQQNLFMF
Ga0315905_1152282213300032092FreshwaterSGQVPMTGDHFNATFSGHMYEGAHFPDGTNHGTASMMIDHHSAGTTSGRYSGSGDAGTFDMVPSPMWTRPTSLGTVAGVYTRTTSNGYTMTMTIGANGQLTGSDSRGCVINGTVDIPDTTHNMHRIDATVTSCGSLDGHYQGMGTLLDADAMRDWMTAMHPLEHGGHSHGGMMG
Ga0315292_1001779253300032143SedimentMTSTATGQTSSIVALTGHDGQSVWMTTDGRVWGGQLPMSGDHFNATLSGHMYDGVHFPDGTNHGTASMMIDHHSASITSGHYTGSGDAGTFNMNMSPMWERPASLGTVAGVYTRSTSNGYTMTMTIHADGQVTASDSRGCVINGTLVVPDVLHNMYGIDATASSCGSLDGHFQGMGTLVDADAMQDWMTAMHPLEHGGGHSHGGSMLGGPSMTGHNTVPTGQHNLFMFSLVNTRSAIMDALAR
Ga0315276_1189621813300032177SedimentTGQTSSIVALTGHDGQSVWMTTDGRVWGGQLPMSGDHFNATLSGHMYDGVHFPDGTNHGTASMMIDHHSASITSGHYTGSGDAGTFNMNMSPMWERPASLGTVAGVYTRSTSNGYTMTMTIHADGQVTASDSRGCVINGTLVVPDVLHNMYGIDATASSCGSLDGHFQGMGTLVDADAMQDWMTAMHPLEHGGGHSHGGSMLG
Ga0315276_1202124013300032177SedimentTTSGRYTGSGDTGTFNMSLSPMWDRPASLGTVAGVYTRSTSNGYTMTMTVSANGQVTANDSRGCLVNGTVGVPDAAHNMYRMNATVTSCGSLDGAYQGMGALLDADAMQDWMAAMHPLEHGGHSHGGSMMGGSSMMGRNSVPTGQRNLFMFSMANDRNAIMDALAR
Ga0316604_1010498613300033406SoilAGCGDAGAFDMTLSPMWDRHASLGTVAGTFTRSTSSGYSMTMTIGANGQLMGSDSRGCVINGSVHVPDASHNMYGIDATVTSCGSLDGHYQGMGTLLDASAMQDWMSAMHPLEHGGHSHGGYMMGGSPMMGHNTVPGGQNNLFMFSMANGQNGMMDALAR
Ga0316604_1025402613300033406SoilYEGAHFPDGTNHGTASMMIDRHSASTTSGRYTGSGDAGTFNMIPSPMWTRPTSLGTVAGVYTRTTSNGYTMTMTIGANGQLAGSDSRGCVINGTVNIPDPTHNMHRIDATVTSCGSLDGHYQGMGTLLDADAMTDWMTAMHPLEHGGHSHGGMMGGSHGMGHNTVPTGQNNLFMFSMVNGQNAIMDALAR
Ga0316604_1051505513300033406SoilWSGQVPMTGDHFDATFSGHMYEGAHFPDGTNHGTASMMVDHHSASTTSGRYAGSGDAGTFDMVPSPMWTRPTSLETVAGVYTRTTSNGYTMTMTIGANGQLTGSDSRGCVINGTVDVPDPTHNMHRIDATVTSCGALDGHYQGMGTLLDADAMRDWMTAMHPLEHGGSSHGGMMGGSHGTGHNTVPTGQSNLFMFSMVNGQHAIMDALAR
Ga0316605_1034302723300033408SoilSAPVVALTGADGHSVWMTTDGRVWSGQVPMTGDHFNATFSGHMYEGDHFPDGTNHGTASMMIDHHSASTTSGRYTGSGDAGTFNMIPSPMWTRPTSLGTVAGVYTRTTSNGYTMTMTIGANGQLAGSDSRGCVINGTVNIPDPTHNMHRIDATVTSCGSLDGHYQGMGTLLDADAMTDWMTAMHPLEHGGHSHGGMMGGSHGMGHNTVPTGQNNLFMFSMVNGQNAIMDALAR
Ga0316605_1132325513300033408SoilTTGQSASVVALTGSDGHSVWMTTDGRVWSGQVPMTGDHFNATFSGHMYEGAHFPDGTNHGAASMMIDHHSASTTSGRYTGSGDAGTFDMVPSPMWIRPTSLGTVAGVYTRTTSNGYTMTMTIGANGQLTGSDSRGCVINGTVDIPDPTHNMHRIDATVTSCGSLDGHYQGMGTLVDADAMTDWMTAMHPLEHGGHSHGGMMGGSHGMGQNTVPTGQHNLFMFSMVNGQNAI
Ga0316605_1166138913300033408SoilHSASTTSGRYSGSGDAGTFNMSLSPMWDRAATLGAAAGVYTRSTANGYAMTMTIHADGQLTASDSRGCVINGTVAVPDALHNLYGIDATVSSCGSLDGRYQGMGTLVDAEAMQDWMTAMHPLEHGGHTHGGSMMGGSSMMGGNTVPTGQRNLFMFSLVNAQGAIMDALAR
Ga0316603_1050967423300033413SoilGADGHSVWMTTDGRVWSGQVPMTGDHFNATFSGHMYEGDHFPDGTNHGTASMMIDHHSASTTSGRYTGSGDAGTFNMIPSPMWTRPTSLGTVAGVYTRTTSNGYTMTMTIGANGQLAGSDSRGCVINGTVNIPDPTHNMHRIDATVTSCGSLDGHYQGMGTLLDADAMTDWMTAMHPLEHGGHSHGGMMGGSHGMGHNTVPTGQNNLFMFSMVNGQNAIMDALAR
Ga0316603_1056224923300033413SoilSTIVALTGLDGHSVWMTTDGRVWGGQVPMSGDRFDTTFGGHMYDGVHFPDGTNHGTTSMMIDHHSANVTNGRYAGNGDAGTFNMSMSPMWDRPASIGTVAGVYTRSTSNGYTMTMTMSANGQLTASDSRGCLINGSVGVPDATHNMYRINATVTSCGSLDGTYIGMGALLDASAMQDWMTAMHPLEHGGHSHGGSMMGGSPMMGHNTVPTGQRNLFMFSMVNDHNAIMDALAR
Ga0316603_1077715613300033413SoilPTTYTTPGVWKGTISSTTTGQTSAVVALTGPDGHTVWMSTDGRTWHGQLPTHGEHFDATLTGHMADGDRFPDGTNHGPAVIGVDHHSASATRGRYAGNGDTGTFDMSMSGMWGRPAALATVAGVYTRTTSSGYAMTMSIDAHGQMTGSDTRGCVFSGAVTVPDPRHNLYRMDAQVSACGTLDGHYAGMGALLDASAMQDWMTAMHPLEHGGHSHGGPMMGGGHMGHNTVPTGSANLFMFCIVNDGNAVMDALAR
Ga0316603_1132113523300033413SoilMTTDGRVWSGQVPMNGDHFNATFSGHMYEGAHFPDGTNHGTASMVIDHHSVGTTSGRYTGSGDTGTFNMIPSPMWIRPTSLGTVAGVYTRTTSNGYAMTMTIGANGRLTGSDSRGCVINGTVDIPDPTRNMHRIDATVTSCGSLDGHYQGMGTLLDADAMTDWMTAMHPLE
Ga0316619_1157375013300033414SoilSIVSTTTGQASSVIALTGTDGHSAWMTTDGRVWSGRLPMTGDHFNAIFSGHMYDGVHFPDGTNHGTTSMMVDHHTGSATSGRYTGSGDTGTFSMSLSPMWDRPASLGTVAGVYTRSTSTGYTMTMTVSANGQVNASDSRGCLMSGTIGVPDAAHNMYRMNATVTSCGSLDGAYQGMGTLLDADAMQDWMTAMHPLE
Ga0316622_10010763323300033416SoilSAPVVALTGADGHSVWMTTDGRVWSGQVPMTGDHFNATFSGHMYEGAHFPDGTNHGTASMMIDRHSASTTSGRYTGSGDAGTFDMIPSPMWTRPTSLGTVAGVYTRTTSNGYTMTMTIGANGQLAGSDSRGCVINGTVNIPDPTHNMHRIDATVTSCGSLDGHYQGMGTLLDADAMTDWMTAMHPLEHGGHSHGGVMGGSHGMGHNTVPTGQNNLFMFSMVNGQNAIMDALAR
Ga0316622_10047547713300033416SoilGERFPDGTNHGVTTMGVNHHTASVTAGQYAGCGDAGAFDMTLSPMWDRHASLGTVAGTFTRSTSSGYSMTMTIGANGQMTGSDSRGCVINGTVNVPDASHNMYGIDATVTSCGSLDGHYQGMGTLLDATAMQDWMRAMHPLEQGGHTHGGYMMGGSPMMGHNTVPGGQNNLFMFSMTNGQNGMMDALAR
Ga0316622_10086770513300033416SoilSGHMYDGVHFPDGTNHGTTSMMVDHHSANVTSGRYAGNGDAGTFNMSLSPMWDRPASIGAVAGVYTRSTSNGYTMTMTMSANGQLTGSDSRGCLINGSVAVPDATHNMYRIDATVTSCGLLDGTYSGMGALLDADAMQDWMTAMHPLEHGGHSHGDSMMGGSPMMGHNTVPTGQHNLFMFSMVNANNAIMDALAR
Ga0316622_10095912513300033416SoilTSQSASVVALTGADGHSVWMTTDGRVWSGQVPMTGDHFIAAFSGHMYEGAHFPDGTNHGTASMMIDHHSASTTSGRYVGSGDTGTFEMVPSPMWIRPTALGTVAGVYTRTTSNGYAMTMTIGANGQLFGSDSRGCVISGTVDIPDPTHNMHRIDATVTSCGSLDGHYQGMGTLLDADAMRDWMTAMHPLEHGGHSHGGSMMGGSPMMGHNTVPTGQHNLFMFSMVNDQNAIMDALAR
Ga0316622_10110102913300033416SoilTDGHSVWMTTDGRVWSGQVPMTGDHFNATFSGHMYEGAHFPDGTNHGTASMMIDHHSASTTSGRYSGSGDAGTFDMIPSPMWIRPTSLGTVAGVYTRTTSNGYTMTMTIGANGQLTGSDSRGCVINGTVDVPDATRNMHRIDATVTSCGSLDGHYQGMGTLLDADAMTDWMTAMHPLEHGGHSHGGSMMGGSPMMGHNTVPTGQQNLFMFSMVNGQNAIMDALAR
Ga0316622_10234771713300033416SoilQVPMTGDHFNATFSGHMYEGAHFPDGTNHGTASMVIDHHSASTTSGRYTGSGDAGTFDMVPSPMWIRPSSLGTVAGVYTRTTSSGYTMTMTIGANGQLNGSDSRGCVINGTVDIPDPIHNMHRIDATVTSCGSLDGHYQGMGTLLDADAMTDWMTAMHPLEHGGHSHGGSMMGGSPMMGHNTVPTGQHNLFMFSMVNGQNAIMDA
Ga0316622_10282124213300033416SoilAHATAGQYAGCGDAGAFDMTLSPMWDRHASLGTVAGTFTRSTSSGYSMTITIGANGQLMGNDSRGCVINGSVNVPDASHNMYGIDATVTSCGSLDGHYQGMGTLLDASAMQDWMSAMHPLEHGGHSHGGYMMGGSPMMGHNTVPGGQNNLFMFSMANGQNGMMDALAR
Ga0316625_10093222813300033418SoilALTGPDGHTVWMSTDGRTWHGQLPTHGEHFDATLTGHMADGDRFPDGTNHGPAVIGVDHHSASATRGRYAGNGDTGTFDMSMSGMWGRPAALATVAGVYTRTTSSGYAMTMSIDAHGQMNGSDTRGCVFSGAVTVPDPRHNLYRIDAQVSACGTLDGHYAGMGALLDASAMQDWMTAMHPLEHGGHSHGGPMMGGGHMGHNTVPTGSANLFMFCIVNDGNAVMDALAR
Ga0316625_10229024313300033418SoilDGRVWSGQVPMTGDHFNATFSGHMYDGAHFPDGTNHGTASMMIDHHSASTTSGRYTGSGDAGTFNMIPSPMWTRPTSLGTVAGVYTRTTSNGYAMTMTIGANGQLAGSDSRGCVINGTVDIPDPTHNLHRIDATVTSCGSLDGHYQGMGTLLDADAMRDWMTAMHPLEHGGHSHGGMMG
Ga0316601_10009983623300033419SoilITSTTTGQSASVVALTGSDGHSVWMTTDGRVWSGHVPMTGDHFNATFSGHMYEGDHFPDGTNHGTASMMIDHHSASTTSGRYTGSGDAGTFNMIPSPMWTRPTSLGTVAGVYTRTTSNGYTMTMTIGANGQLAGSDSRGCVINGTVNIPDPTHNMHRIDATVTSCGSLDGHYQGMGTLLDADAMTDWMTAMHPLEHGGHSHGGMMGGSHGMGHNTVPTGQNNLFMFSMVNGQNAIMDALA
Ga0316601_10117490013300033419SoilPPTTVAAATPGVWKGSIVSTTTGQTSAVVALTRMDGHSVWMTTDGRVWGGQVPLVGDHFDTTFSGHMYEGVHFPDGTNHGTTSMMVDHHSTTVTNGRYSGSGDAGTFNMGRSPMWDRAASIETVAGVYTRSTSNGYTMTMTMSTNGQLTAGDSRGCLVNGTVSVPDATHNMYRISATVTSCGSLDGTYGGLGTLLDADAMQDWMTAMHPLEHGGHTHRGPMMGGSPMVGRNTVPTGQHNLFMFSMVNANNAIMDAL
Ga0316601_10122873313300033419SoilATMTVDQHAQGTMSGRYSGNGDTGTFNLSLSPMWDRPASIGTVAGVYTRTTSNGYTMTMTLSANGQLHASDSRGCLFNGTVNVPDITHNLYRIAATVTSCGSLDGTYQGMGTLLDADAMRDWMTAMHPLEHGGHSHGGSMMGGSPGMGHNTVPSGQHNLFMFSMVNASNAMMDAVTR
Ga0316601_10164523313300033419SoilGHIYAGSHFPDGTNHGPTSMMVDHHSSSMTSGRYTGSGDTGTFVMSLSPMWSRPASLGTVAGVYTRSTSNGYTMTMTVSANGQLAGSDSRGCIFNGTVTVPDSHHNLYGIDANVTSCGSLDGHYQGTGALLDADAMRDWMAEMHPLEHGGHSHGGSMMGGSPMTGHNTVPGGQNNLFMFSMANGNNAIMDALSR
Ga0316601_10168534313300033419SoilTSGRYTGSGDAGTFDMVPSPMWTRPTSLGTVAGVYTRTTSNGYTMTMTIGANGQITGSDSRGCVINGTVDIPDPTHNMHRIDATVTSCGSLDGHYQGMGTLLDADAMRDWMTAMHPLEHGGHSHGGSMMGGSPMMGHNTVPTGQNNLFMFSMVNGQNAIMDALAR
Ga0316601_10233751413300033419SoilDHHSATATSGRYTGSGDAGTFSMSLSPMWDRPASLGTVAGVYTRSTSTGYTMTMTVSANGQLTASDSRGCLVSGTVNVPDAARNMYRISATVTSCGSLDGAYQGMGTLLDADAMQDWITAMHPLEHGGHSHGGTMMGGSSMMGRNTVPTGQRNLFMFSMANDHNAIMDALAR
Ga0316613_1035282813300033434SoilVWMTTDGRVWSGQVPMTGDHFNATFSGHMYEGDHFPDGTNHGVASMMIDRHSASTTSGRYTGSGDAGTFDMVPSPMWTRPTSLGTVAGVYTRTTSNGYTMTMTIGANGQITGSDSRGCVINGTVDIPDPTHNMHRIDATVTSCGSLDGHYQGMGTLLDADAMTDWMTAMHPLEHGGHSHGGMMGGSHGMGHNTVPTGQRNLFMFSMVNGQNAIMDALAR
Ga0316613_1046006213300033434SoilLSPDSATTPGAWKGSIVSTTTGQASSIVALTAGDGQSVWMTTDGRVWAGRVPLTGDHFDATFNGHMYDGVHFPDGTNHGIASMMIDHHSATATSGRYTGSGDAGTFSMSLSPMWDRPASLGTVAGVYTRSTSTGYTMTMTVSANGQLTASDSRGCLVSGTVNVPDAARNMYRISATVTSCGSLDGAYQGMGTLLDADAMQDWITAMHPLEHGGHSHGGTMMGGSSMMGRNTVPTGQRNLFMFSMANDHNAIMDALAR
Ga0316613_1061617513300033434SoilASTTPGVWKGSIVSTTTGQTSSVVALTGLDGHSVWMTTDGRVWGGQVPMAGDRFDTTFSGHMYDGLHFPDGTNHGTTSMMVDHHSATVTNGRYAGNGDAGTFNMSLSPMWDRPASIGAVAGVYTRSTSNGYTMTMTMSANGQLTGSDSRGCLINGSVAVPDATHNMYRIDATVTSCGSLDGTYSGMGALLDADAMQDWMNAMHPLEHGGHSHGGSMMGGSPMMGHNTVPTGQRNMFMFSMVNDHNA
Ga0316613_1063940913300033434SoilHSASTTSGRYTGSGDAGTFDMVPSPMWTRPTSLGTVAGVYTRTTSNGYTMTMTIGANGQITGSDSRGCVINGTVDVPDPTRNMHRIEATVTSCGSLDGHYQGMGTLLDADAMTDWMTAMHPLEHGGHSHGGSMMGGSPMMGHNTVPTGQHNLFMFSMVNGQNAIMDALAR
Ga0316613_1105522713300033434SoilFSGHMYDGVHFPDGTNHGTTSMMIDHHSTTATSGRYAGSGDAGTFNMSLSPMWDRPASIGTVAGVYTRSTSNGYTMTMTMSANGQLNASDSRGCLINGSVGVPDATHNMYRIDATVTSCGSLDGTYSGMGALLDADAMQDWMTAMHPLEQGGHSHGGSMMGGSPMMGHNTVPTGQRNLFMFSLVN
Ga0316600_1046630013300033481SoilTITSTTTVQSAPVVALTGADGHSVWMATDGRVWSGQVPMTGDHFNATFSGHMYEGAHFPDGTNHGTASMMIDHHSASTTSGRYSGSGDAGTFNMIPSPMWIRPTSLGTVAGVYTRTTSNGYTMTMTIGANGQLIGSDSRGCVINGTVDIPDATRNMHRIDATVTSCGSLDGHYQGMGTLLDADAMTDWMTAMHPLEHGGHSHGGMMGGSHGMGQNTVPTGQHNLFMFSMVNGQNAIMDALAR
Ga0316600_1061040813300033481SoilTSSVMALTGLDGHSVWMTTDGRVWGGQVPMAGDHFDTTFSGHMYDGVHFPDGTNHGTTSMMIDHHSTTATSGRYAGSGDAGTFNMSLSPMWDRPASIGTVAGVYTRSTSNGYTMTMTMSANGQLTGSDSRGCLINGSVAVPDATHNLYRIDATVTSCGSLDGTYSGMGALLDADAMQDWMSAMHPLEHGGHSHGGSMMGGSPMMGHNTVPTGQRNLFMFSMVNDHNAIMDALAR
Ga0316600_1109651413300033481SoilTNHGTASMMIDHHSASTTSGRYSGSGDAGTFNMIPSPMWSRPTSLGTVAGVYTRTTSNGYTMTMTIGANGQITGSDSRGCVINGTVDIPDPTHNMHRIDATVTSCGSLDGHYQGMGTLLDADAMTDWMTAMHPLEHGGHSHGGMMGGSHGMGHNTVPTGQRNLFMFSMVNGENAIMDALA
Ga0316600_1124456013300033481SoilSASTTSGRYTGSGDAGTFNMIPSPMWTRPTSLETVAGVYTRTTSNGYTMTMTIGANGQLTGSDSRGCVINGTVDIPDPTHNMHRIDATVTSCGSLDGHYQGMGTLLDADAMTDWMTAMHPLEHGGHSHGGSMMGGSPMMGHNTVPTGQNNLFLFSMVNGQHAIMDALAR
Ga0316600_1136157313300033481SoilTSTTTSQSASVVALTGTDGHSFWMTTDGRVWSGQVPMTGDHFNATFSGHMYEGAHFPDGTNHGTASMMIDRHSASTTSGRYVGSGDAGTFNMIPSPMWTRPTSLATVAGVYTRTTSNGYTMTMAIAANGQLTGSDSRGCVINGTVDIPDQTHNMHRIDATVTSCGSLD
Ga0316627_10227906013300033482SoilGQSASVVALTGTDGHSVWMTTDGRVWSGQVPMNGDHFNATFSGHMYEGAHFPDGTNHGTASMVIDHHSVGTTSGRYTGSGDTGTFNMIPSPMWIRPTSLGTVAGVYTRTTSNGYAMTMTIGANGRLTGSDSRGCVINGTVDIPDPTRNMHRIDATVTSCGSLDGHYQGMGTLLDADAMTDWMTAMHPL
Ga0316627_10247076213300033482SoilSMMIDHHSASTTSGRYTGSGDAGTFDMVPSPMWTRPTSLGTVAGVYTRTTSNGYTMTMTIGANGQITGSDSRGCVINGTVDIPDPTHNMHRIDATVTSCGSLDGHYQGMGTLLDADAMRDWMTAMHPLEHGGHSHGGSMMGGSPMMGHNTVPTGQNNLFMFSMVNGQNAIMDALAR
Ga0316629_1011049533300033483SoilVSTTTGQASSVIALTGTDGHSAWMTTDGRVWSGRLPMTGDHFNAIFSGHMYDGVHFPDGTNHGTTSMMVDHHSGSATSGRYTGSGDTGTFNMNLNPMWDRPASLGTVAGVYTRSTSNGYTMTMTVSANGQVNASDSRGCLMSGTIGVPDAAHNMYRINATVTSCGSLDGAYQGMGTLLDADAMQDWMTAMHPLEHGGHSHGGPMMGGSHMMGRNTVPTGQRNLFMFSLVNDHNAIMDALA
Ga0316626_1050079713300033485SoilSGDAGTFDMIPSPMWTRPTSLGTVAGVYTRTTSNGYTMTMTIGANGQLAGSDSRGCVINGTVNIPDPTHNMHRIDATVTSCGSLDGHYQGMGTLLDADAMTDWMTAMHPLEHGGHSQGGMMGGSHGMGHNTVPTGQNNLFMFSMVNGQNAIMDALAR
Ga0316626_1143102313300033485SoilGDHFNATFSGHMYDGAHFPDGTNHGTASMMIDHHSASTTSGRYTGSGDAGTFNMIPSPMWTRPTSLGTVAGVYTRTTSNGYAMTMTIGANGQLAGSDSRGCVINGTVDIPDPTHNLHRIDATVTSCGSLDGHYQGMGTLLDADAMRDWMTAMHPLEHGGHSHGGMMGGPHGMGHNTVPTGQRNLFMFSMVNGQNAIMDALAR
Ga0316630_1093689913300033487SoilGVWKGSIVSTATGQTSSVVALTGLDGHSVWMTTDGRVWGGQVPMAGDHFDTVFSGHMYDGVHFPDGTNHGTTSMMFDHHSTTATRGRYAGNGDAGTFNMSLSPMWDRPASIGAVAGVYTRSTSNGYTMTMTMSANGQLTGSDSRGCLINGSVAVPDATHNMYRIDATVTSCGLLDGTYSGMGALLDADAMQDWMTAMHPLEHGGHSHGDSMMGGSPMMGHNTVPTGQHNLFMFSMVNANNAIMDALAR
Ga0316621_1055378213300033488SoilTDGYSVWMTTDGRVWSGQVPMNGDHFNATFSGHMYEGAHFPDGTNHGTASMMIDGHSASTTSGRYTGNGDAGTFNMIPSPMWTRPTSLATVAGVYTRTTSNGYTMTMAIAANGQLTGSDSRGCVINGTVDIPDPTRNMHRIDATVTSCGSLDGHYQGMGTLLDADAMTDWMTAMHPLEHGGHSHGGSMMGGSPMMGHNTVPTGQHNLFMFSMVNGQNAIMDALAR
Ga0316621_1069242213300033488SoilTTDGRVWSGHVPMTGEHFNATFSGHMYEGDHFPDGTNHGTASMMIDHHSASTTSGRYSGSGDAGTFNMIPSPMWSRPTSLGTVAGVYTRTTSNGYTMTMTIGANGQITGSDSRGCVINGTVDIPDPTHNMHRIDATVTSCGSLDGHYQGMGTLLDADAMTDWMTAMHPLEHGGHSHGGMMGGSHGMGHNTVPTGQRNLFMFSMVNGENAIMDALAR
Ga0316621_1097517513300033488SoilTTTGQSASVVALTRSDGHSVWMTTDGRVWSGQVPMTGDHFNATFSGHMYEGAHFPDGTNHGAASMMIDHHSASTTSGRYTGSGDAGTFDMVPSPMWIRPTSLGTVAGVYTRTTSNGYTMTMTIGANGQLTGSDSRGCVINGTVDIPDPTHNMHRIDATVTSCGSLDGHYQGMGTLLDADAMRDWMTAMHPLEHGGHSHGGMMGGSHGMG
Ga0316621_1101645713300033488SoilTASMMIDHHSASTTSGRYTGSGDAGTFNMIPSPMWTRPTSLETVAGVYTRTTSNGYTMTMTIGANGQLTGSDSRGCVINGTVDIPDPTHNMHRIDATVTSCGSLDGHYQGMGTLLDADAMTDWMTAMHPLEHGGHSHGGSMMGGSPMMGHNTVPTGQNNLFLFSMVNGQHAIMDALAR
Ga0316628_10025641123300033513SoilVSTTTGQTSSVVALTGLDGHSVWMTTDGRVWGGQVPMADDHFNATFSGHMYDGVHFPDGTNHGTTSMMVDHHSANVTSGRYAGNGDAGTFNMSLSPMWDRPASIGAVAGVYTRSTSNGYTMTMTMSANGQLTGSDSRGCLINGSVAVPDATHNMYRIDATVTSCGSLDGTYSGMGALLDADAMQDWMNAMHPLEHGGHSHGGSMMGGSPMMGHNTVPTGQHNLFMFSMVNANNAIMDALA
Ga0316616_10033186733300033521SoilFSGHMYDGVHFPDGTNHGTTSMMVDHHSGSATSGRYTGSGDTGTFNMNLNPMWDRPASLGTVAGVYTRSTSNGYTMTMTVSANGQVNASDSRGCLMSGTIGVPDAAHNMYRMNATVTSCGSLDGAYQGMGTLLDADAMQDWMTAMHPLEHGGHSHGGPMMGGSHMMGRNTVPTGQRNLFMFSLVNDHNAIMDALAR
Ga0316616_10340167513300033521SoilVWMTTDGRVWSGQVPMTGDHFNATFSGHMYEGDHFPDGTNHGIASMMIDHHSASTTSGRYTGSGDAGTFDMVPSPMWTRPTSLGTVAGVYTRTTSNGYTMTMTIGANGQITGSDSRGCVINGTVDIPDPTHNMHRIDATVTSCGSLDGHYQGMGTLLDADAMTDWMTAMHPLEHGGHSHGGSMMGGSPMMGHNTVPNGQ
Ga0316616_10468989113300033521SoilHFPDGTNHGTASMMIDRHSASTTSGRYTGSGDAGTFDMIPSPMWTRPASLGTVAGVYTRTTSNGYTMTMTIGANGQLAGSDSRGCVINGTVDIPDPTHNMHRIDATVTSCGSLDGHYQGMGTLLDADAMRDWMTAMHPLEHGGHSHGGMMGGPHGMGHNTVPTGQHNLFMF
Ga0316617_10045205623300033557SoilFDAAFSGHMYEGDHFPDGTNHGTTSMMIDHHSASTTSGRYTGSGDSGTFDMSPSPMWDRSAALGTVAGVYTRSTSNGYAMTMTVGANGQITASDSRGCLLNGMVTVPDAMRNMYRMDASVTSCGSLDGHYQGMGTLLDADAMQDWMTAMHPLEHGGHSHGGSMMGGAPMMGRNTVPTGRQNLFMFSIVSGRTAIMDALAR
Ga0316617_10090087613300033557SoilSMMIDRHSASTTSGRYTGSGDAGTFDMVPSPMWTRPTSLGTVAGVYTRTTSNGYTMTMTIGANGQITGSDSRGCVINGTVDVPDPTRNMHRIEATVTSCGSLDGHYQGMGTLLDADAMTDWMTAMHPLEHGGHSHGGSMMGGSPMMGHNTVPTGQHNLFMFSMVNGQNAIMDALAR
Ga0316617_10092995313300033557SoilTPGLWKGTITSTVTGQSAPVVALTGADGHSAWMTTDGRVWSGQVPMTGDHFNATFSGHMYEGARFPDGTNHGTASMMIDHHSAGTTSGRYSGSGDAGTFHMVPSPMGILPTSLATVAGVYTRTTSNGYTMTLTIGANGQLAGSDSRGCVVNGTVDVPDPTRNMHRIEATVTSCGSLDGHYQGMGTLLDADAMTDWMTAMHPLEHGGHSHGGMMGGPHGMGRNTVPTGQHNLFMFSMVNGQNAIMDALAR
Ga0316617_10116910013300033557SoilTTSMMVDHHSGSATSGRYTGSGDTGTFNMNLNPMWDRPASLGTVAGVYTRSTSNGYTMTMTVSANGQVNASDSRGCLMSGTIGVPDAAHNMYRMNATVTSCGSLDGAYQGMGTLLDADAMQDWMTAMHPLEHGGHSHGGPMMGGSHMMGRNTVPTGQRNLFMFSLVNDHNAIMDALAR
Ga0316617_10147515913300033557SoilGHMYDGAHFPDGTNHGTASMMIDHHSASTTSGRYTGSGDAGTFNMIPSPMWTRPTSLGTVAGVYTRTTSNGYAMTMTIGANGQLAGSDSRGCVINGTVDIPDPTHNLHRIDATVTSCGSLDGHYQGMGTLLDADAMRDWMTAMHPLEHGGHSHGGMMGGPHGMGHNTVPTGQRNLFMFSMVNGQNAIMDALAR
Ga0373893_051660_3_5543300034056Sediment SlurryMSSDGRVWSGQVPLTGDHFNAEFSGHMSEGDRFPDGTNHGTTSMMVDHHSTGSTSGRYTGSGDAGTFGMSLSPMWSRPASPGAVAGVYTRTTSGGYAMTMTIGADGQVTASDSRGCLINGSMTVPDATHNLYRMDATVASCGSLDGHYEGMGTLLDADAMQDWMTAMHPLEHGGHSHGGPMMGG
Ga0373895_023585_5_6913300034075Sediment SlurryLTGLDGHSVWMTTDGRVWGGQVPMVGDHFDTTFSGHMYDGVHFPDGTNHGTTSMMVEHHSTTVTSGRYSGSGDAGTFNMSLSPMWDRPASIGTVAGVYTRTTSNGYTMTMTLDANGQLHASDSRGCMFNGTVSVPDSTHNLYRIDATVTSCASLDGTYQGMGTLLDADAMRDWMTAMHPLEHGGHSHGGPMMGGSPGMGHNTLPSGQRNLFMFSMVNASNAMMDAVAR
Ga0373897_013412_682_13383300034080Sediment SlurryMTTDGRVWHGDVPLSGDHFDATFSGHLYEGVHFPDGTNHGTATMHVDHHSSAATDGRYSGHGDTGTFRMTLSPMWDRPASLGAIAGVYTRSTSSGYTITMTVAAGGQWTGSDSKGCLFNGTVSVPDPLHNLYHLDAQVSSCGSLDGHYQGTGTLLDADAMRDWMTTMHPLEQGGHSHGGSMMGGMHGAAHNTVPTGQGNLFMFSMFNERNAIMDALGR
Ga0373896_023748_2_5833300034192Sediment SlurryMTGDHFDTTLGGHMYDGVHFPDGTNHGTASMMVDHHSATATSGRYTGSGDAGTFNMSLSPMWDRSASIGTVAGVYTRSTSNGYTMTMTLSVNGQLTASDSRGCLINGSVGVPDATHNMYNLNATVTSCGSLDGTYSGMGALLDADAMQDWMTAMHPLEHGGHSHGGSTMGGSPMMGRNTVPTGERNLFMFSLVN
Ga0373918_0041811_2_6193300034420Sediment SlurryMTGDHFDTTLGGHMYDGVHFPDGTNHGTASMMVDHHSATATSGRYTGSGDAGTFNMSLSPMWDRSASIGTVAGVYTRSTSNGYTMTMTLSVNGQLTASDTRGCLINGSVGVPDATHNMYGLNATVTSCGSLDGSYSGMGALLDADAMQDWMTAMHPLEHGGHSHGGSMMGGSPMMGHNSVPTGQHNLFMFSLVNDHNAIMDALAR


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