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 F068995

Metagenome Family F068995

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Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F068995
Family Type Metagenome
Number of Sequences 124
Average Sequence Length 187 residues
Representative Sequence MKAEKKTEFVKAIHPSQPEWEYYLPKEDKALIKKLSKKPIFPKLCERPCTSVITLFPKDTVEGNTGKGYHMINIDGYRMINAYVISDPLNSTNQRGFTLELSFSLNNFVYGVGVIGETSYFFNFDSYFEPGTVSHKLQRCETNDLTTTGGLPLIGGVDLTHILRIPVMGPYVRASVFNEDGTARKAEVKAYLST
Number of Associated Samples 94
Number of Associated Scaffolds 124

Quality Assessment
Transcriptomic Evidence No
Most common taxonomic group Bacteria
% of genes with valid RBS motifs 64.23 %
% of genes near scaffold ends (potentially truncated) 48.39 %
% of genes from short scaffolds (< 2000 bps) 76.61 %
Associated GOLD sequencing projects 81
AlphaFold2 3D model prediction Yes
3D model pTM-score0.28

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 (99.194 % of family members)
NCBI Taxonomy ID 2
Taxonomy All Organisms → cellular organisms → Bacteria

Most Common Ecosystem
GOLD Ecosystem Environmental → Terrestrial → Soil → Wetlands → Unclassified → Soil
(19.355 % of family members)
Environment Ontology (ENVO) Unclassified
(34.677 % of family members)
Earth Microbiome Project Ontology (EMPO) Unclassified
(29.032 % 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: 4.95%    β-sheet: 26.58%    Coil/Unstructured: 68.47%
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: 0.28
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 124 Family Scaffolds
PF02597ThiS 2.42
PF00975Thioesterase 1.61
PF14690zf-ISL3 0.81
PF00873ACR_tran 0.81
PF03308MeaB 0.81
PF00583Acetyltransf_1 0.81
PF09912DUF2141 0.81
PF05226CHASE2 0.81
PF13180PDZ_2 0.81
PF09107SelB-wing_3 0.81
PF00765Autoind_synth 0.81
PF13534Fer4_17 0.81
PF02566OsmC 0.81
PF00589Phage_integrase 0.81
PF02142MGS 0.81
PF03190Thioredox_DsbH 0.81
PF10881DUF2726 0.81
PF01212Beta_elim_lyase 0.81
PF02600DsbB 0.81
PF07883Cupin_2 0.81
PF00881Nitroreductase 0.81
PF02861Clp_N 0.81
PF07690MFS_1 0.81
PF00657Lipase_GDSL 0.81
PF08447PAS_3 0.81
PF13924Lipocalin_5 0.81
PF13407Peripla_BP_4 0.81
PF08808RES 0.81

Neighboring Clusters of Orthologous Genes (COGs)

COG IDNameFunctional Category % Frequency in 124 Family Scaffolds
COG1977Molybdopterin synthase sulfur carrier subunit MoaDCoenzyme transport and metabolism [H] 2.42
COG2104Sulfur carrier protein ThiS (thiamine biosynthesis)Coenzyme transport and metabolism [H] 2.42
COG1167DNA-binding transcriptional regulator, MocR family, contains an aminotransferase domainTranscription [K] 1.61
COG3916N-acyl-homoserine lactone synthase LasI (autoinducer biosynthesis)Signal transduction mechanisms [T] 1.61
COG0542ATP-dependent Clp protease, ATP-binding subunit ClpAPosttranslational modification, protein turnover, chaperones [O] 0.81
COG0626Cystathionine beta-lyase/cystathionine gamma-synthaseAmino acid transport and metabolism [E] 0.81
COG1003Glycine cleavage system protein P (pyridoxal-binding), C-terminal domainAmino acid transport and metabolism [E] 0.81
COG1104Cysteine desulfurase/Cysteine sulfinate desulfinase IscS or related enzyme, NifS familyAmino acid transport and metabolism [E] 0.81
COG1331Uncharacterized conserved protein YyaL, SSP411 family, contains thoiredoxin and six-hairpin glycosidase-like domainsGeneral function prediction only [R] 0.81
COG1495Disulfide bond formation protein DsbBPosttranslational modification, protein turnover, chaperones [O] 0.81
COG1764Organic hydroperoxide reductase OsmC/OhrADefense mechanisms [V] 0.81
COG1765Uncharacterized OsmC-related proteinGeneral function prediction only [R] 0.81
COG1921Seryl-tRNA(Sec) selenium transferaseTranslation, ribosomal structure and biogenesis [J] 0.81
COG1982Arginine/lysine/ornithine decarboxylaseAmino acid transport and metabolism [E] 0.81
COG2008Threonine aldolaseAmino acid transport and metabolism [E] 0.81
COG2873O-acetylhomoserine/O-acetylserine sulfhydrylase, pyridoxal phosphate-dependentAmino acid transport and metabolism [E] 0.81
COG3033TryptophanaseAmino acid transport and metabolism [E] 0.81
COG4252Extracytoplasmic sensor domain CHASE2 (specificity unknown)Signal transduction mechanisms [T] 0.81
COG4992Acetylornithine/succinyldiaminopimelate/putrescine aminotransferaseAmino acid transport and metabolism [E] 0.81
COG5654Predicted toxin component of a toxin-antitoxin system, contains RES domainDefense mechanisms [V] 0.81
COG0075Archaeal aspartate aminotransferase or a related aminotransferase, includes purine catabolism protein PucGAmino acid transport and metabolism [E] 0.81
COG0076Glutamate or tyrosine decarboxylase or a related PLP-dependent proteinAmino acid transport and metabolism [E] 0.81
COG0112Glycine/serine hydroxymethyltransferaseAmino acid transport and metabolism [E] 0.81
COG01567-keto-8-aminopelargonate synthetase or related enzymeCoenzyme transport and metabolism [H] 0.81
COG0399dTDP-4-amino-4,6-dideoxygalactose transaminaseCell wall/membrane/envelope biogenesis [M] 0.81
COG0436Aspartate/methionine/tyrosine aminotransferaseAmino acid transport and metabolism [E] 0.81
COG0520Selenocysteine lyase/Cysteine desulfuraseAmino acid transport and metabolism [E] 0.81

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Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
All OrganismsrootAll Organisms99.19 %
UnclassifiedrootN/A0.81 %

Visualization
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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
2013515000|YNP6_FUBG731_b1All Organisms → cellular organisms → Bacteria836Open in IMG/M
3300000094|WSSedA1TDRAFT_c025747All Organisms → cellular organisms → Bacteria702Open in IMG/M
3300000310|WSSedA1Ba2DRAFT_1027274All Organisms → cellular organisms → Bacteria672Open in IMG/M
3300000310|WSSedA1Ba2DRAFT_1041412All Organisms → cellular organisms → Bacteria543Open in IMG/M
3300001281|JGI20213J14113_1048740All Organisms → cellular organisms → Bacteria572Open in IMG/M
3300002961|JGI11641J44799_10008408All Organisms → cellular organisms → Bacteria3115Open in IMG/M
3300002961|JGI11641J44799_10022525All Organisms → cellular organisms → Bacteria1882Open in IMG/M
3300003432|JGI20214J51088_10035727All Organisms → cellular organisms → Bacteria3434Open in IMG/M
3300003432|JGI20214J51088_10101552All Organisms → cellular organisms → Bacteria → Proteobacteria → delta/epsilon subdivisions → Deltaproteobacteria → Desulfobacterales → Desulfobacteraceae2026Open in IMG/M
3300003432|JGI20214J51088_10417127All Organisms → cellular organisms → Bacteria892Open in IMG/M
3300003541|JGI20214J51650_10211741All Organisms → cellular organisms → Bacteria1338Open in IMG/M
3300003541|JGI20214J51650_10223838All Organisms → cellular organisms → Bacteria1299Open in IMG/M
3300003541|JGI20214J51650_10359619All Organisms → cellular organisms → Bacteria1013Open in IMG/M
3300003890|Ga0063162_1019931All Organisms → cellular organisms → Bacteria4126Open in IMG/M
3300003892|Ga0063012_10034480All Organisms → cellular organisms → Bacteria619Open in IMG/M
3300004011|Ga0055460_10021435All Organisms → cellular organisms → Bacteria1463Open in IMG/M
3300004011|Ga0055460_10226528All Organisms → cellular organisms → Bacteria589Open in IMG/M
3300004049|Ga0055493_10045974All Organisms → cellular organisms → Bacteria813Open in IMG/M
3300004067|Ga0055485_10008496All Organisms → cellular organisms → Bacteria1697Open in IMG/M
3300004155|Ga0066600_10013744All Organisms → cellular organisms → Bacteria → Proteobacteria → delta/epsilon subdivisions → Deltaproteobacteria → Desulfobacterales → Desulfobacteraceae → unclassified Desulfobacteraceae → Desulfobacteraceae bacterium SEEP-SAG92464Open in IMG/M
3300005217|Ga0069005_10252904All Organisms → cellular organisms → Bacteria512Open in IMG/M
3300005578|Ga0068854_101981117All Organisms → cellular organisms → Bacteria536Open in IMG/M
3300005613|Ga0074649_1082310All Organisms → cellular organisms → Bacteria1228Open in IMG/M
3300005824|Ga0074474_1153997All Organisms → cellular organisms → Bacteria1198Open in IMG/M
3300005828|Ga0074475_10523912All Organisms → cellular organisms → Bacteria788Open in IMG/M
3300005830|Ga0074473_10952550All Organisms → cellular organisms → Bacteria1129Open in IMG/M
3300005832|Ga0074469_10336266All Organisms → cellular organisms → Bacteria1115Open in IMG/M
3300006224|Ga0079037_100691352All Organisms → cellular organisms → Bacteria995Open in IMG/M
3300006865|Ga0073934_10000696All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales92873Open in IMG/M
3300006930|Ga0079303_10064472All Organisms → cellular organisms → Bacteria1323Open in IMG/M
3300006930|Ga0079303_10351045All Organisms → cellular organisms → Bacteria618Open in IMG/M
3300007072|Ga0073932_1020482All Organisms → cellular organisms → Bacteria → Proteobacteria → delta/epsilon subdivisions → Deltaproteobacteria → Desulfobacterales → Desulfobacteraceae4538Open in IMG/M
3300007265|Ga0099794_10020486All Organisms → cellular organisms → Bacteria2994Open in IMG/M
3300008469|Ga0115369_10010789All Organisms → cellular organisms → Bacteria3844Open in IMG/M
3300009038|Ga0099829_10256590All Organisms → cellular organisms → Bacteria1427Open in IMG/M
3300009091|Ga0102851_10943336All Organisms → cellular organisms → Bacteria934Open in IMG/M
3300009091|Ga0102851_11078115All Organisms → cellular organisms → Bacteria878Open in IMG/M
3300009091|Ga0102851_11156263All Organisms → cellular organisms → Bacteria850Open in IMG/M
3300009111|Ga0115026_10165968All Organisms → cellular organisms → Bacteria → Proteobacteria → delta/epsilon subdivisions → Deltaproteobacteria → Desulfobacterales → Desulfobacteraceae → unclassified Desulfobacteraceae → Desulfobacteraceae bacterium SEEP-SAG91440Open in IMG/M
3300009111|Ga0115026_11058950All Organisms → cellular organisms → Bacteria652Open in IMG/M
3300009131|Ga0115027_10197572All Organisms → cellular organisms → Bacteria1278Open in IMG/M
3300009131|Ga0115027_10311013All Organisms → cellular organisms → Bacteria1064Open in IMG/M
3300009131|Ga0115027_11280157All Organisms → cellular organisms → Bacteria591Open in IMG/M
3300009165|Ga0105102_10817345All Organisms → cellular organisms → Bacteria532Open in IMG/M
3300009167|Ga0113563_10244547All Organisms → cellular organisms → Bacteria1820Open in IMG/M
3300009167|Ga0113563_10648294All Organisms → cellular organisms → Bacteria → Proteobacteria → delta/epsilon subdivisions → Deltaproteobacteria1177Open in IMG/M
3300009179|Ga0115028_10086531All Organisms → cellular organisms → Bacteria → Proteobacteria → delta/epsilon subdivisions → Deltaproteobacteria → Desulfobacterales → Desulfobacteraceae → unclassified Desulfobacteraceae → Desulfobacteraceae bacterium SEEP-SAG91729Open in IMG/M
3300009506|Ga0118657_10234025All Organisms → cellular organisms → Bacteria → Proteobacteria2525Open in IMG/M
3300009506|Ga0118657_10778118All Organisms → cellular organisms → Bacteria1196Open in IMG/M
3300009509|Ga0123573_11148015All Organisms → cellular organisms → Bacteria724Open in IMG/M
3300010289|Ga0129299_1024267All Organisms → cellular organisms → Bacteria → Proteobacteria → delta/epsilon subdivisions → Deltaproteobacteria → Desulfobacterales → Desulfobacteraceae3011Open in IMG/M
3300010413|Ga0136851_10848890All Organisms → cellular organisms → Bacteria893Open in IMG/M
3300010938|Ga0137716_10198727All Organisms → cellular organisms → Bacteria1222Open in IMG/M
3300011340|Ga0151652_10434702All Organisms → cellular organisms → Bacteria658Open in IMG/M
3300011340|Ga0151652_10515281All Organisms → cellular organisms → Bacteria1147Open in IMG/M
3300014298|Ga0075341_1041096All Organisms → cellular organisms → Bacteria747Open in IMG/M
3300014305|Ga0075349_1060816All Organisms → cellular organisms → Bacteria785Open in IMG/M
3300014313|Ga0075347_1011340All Organisms → cellular organisms → Bacteria1539Open in IMG/M
3300014319|Ga0075348_1035505All Organisms → cellular organisms → Bacteria1103Open in IMG/M
3300015250|Ga0180072_1052573All Organisms → cellular organisms → Bacteria686Open in IMG/M
3300015374|Ga0132255_105745772All Organisms → cellular organisms → Bacteria525Open in IMG/M
3300017987|Ga0180431_10405934All Organisms → cellular organisms → Bacteria968Open in IMG/M
3300017989|Ga0180432_10674067All Organisms → cellular organisms → Bacteria729Open in IMG/M
3300021512|Ga0190303_1072166All Organisms → cellular organisms → Bacteria942Open in IMG/M
3300022548|Ga0212092_1105227All Organisms → cellular organisms → Bacteria → Proteobacteria → delta/epsilon subdivisions → Deltaproteobacteria → Desulfobacterales → Desulfobacteraceae1172Open in IMG/M
3300022554|Ga0212093_1000628All Organisms → cellular organisms → Bacteria → Proteobacteria → delta/epsilon subdivisions → Deltaproteobacteria123364Open in IMG/M
3300025310|Ga0209172_10000582All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales97910Open in IMG/M
3300025562|Ga0210099_1064866All Organisms → cellular organisms → Bacteria721Open in IMG/M
3300025948|Ga0210088_1000182All Organisms → cellular organisms → Bacteria12399Open in IMG/M
3300026477|Ga0256807_1000781All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria3028Open in IMG/M
3300027671|Ga0209588_1019385All Organisms → cellular organisms → Bacteria2122Open in IMG/M
3300027715|Ga0208665_10056258All Organisms → cellular organisms → Bacteria1157Open in IMG/M
3300027715|Ga0208665_10185808All Organisms → cellular organisms → Bacteria653Open in IMG/M
3300027822|Ga0209633_10518216All Organisms → cellular organisms → Bacteria529Open in IMG/M
3300027841|Ga0209262_10009170All Organisms → cellular organisms → Bacteria → Proteobacteria → delta/epsilon subdivisions → Deltaproteobacteria4019Open in IMG/M
3300027846|Ga0209180_10317431All Organisms → cellular organisms → Bacteria891Open in IMG/M
3300027871|Ga0209397_10151304All Organisms → cellular organisms → Bacteria1031Open in IMG/M
3300027871|Ga0209397_10542354All Organisms → cellular organisms → Bacteria580Open in IMG/M
3300027871|Ga0209397_10575516All Organisms → cellular organisms → Bacteria562Open in IMG/M
3300027885|Ga0209450_10049954All Organisms → cellular organisms → Bacteria → Proteobacteria → delta/epsilon subdivisions → Deltaproteobacteria2581Open in IMG/M
3300027887|Ga0208980_10030181All Organisms → cellular organisms → Bacteria3157Open in IMG/M
3300027890|Ga0209496_10007434All Organisms → cellular organisms → Bacteria → Proteobacteria → delta/epsilon subdivisions → Deltaproteobacteria → unclassified Deltaproteobacteria → Deltaproteobacteria bacterium2819Open in IMG/M
3300027897|Ga0209254_10428297All Organisms → cellular organisms → Bacteria974Open in IMG/M
3300027900|Ga0209253_10003623All Organisms → cellular organisms → Bacteria13536Open in IMG/M
3300027902|Ga0209048_10638428All Organisms → cellular organisms → Bacteria706Open in IMG/M
3300028599|Ga0265309_10409149All Organisms → cellular organisms → Bacteria890Open in IMG/M
3300028735|Ga0272446_1000406All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria68443Open in IMG/M
3300028920|Ga0272441_10029901All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Cytophagia → Cytophagales6712Open in IMG/M
3300030606|Ga0299906_10985397All Organisms → cellular organisms → Bacteria617Open in IMG/M
3300031537|Ga0307419_10202977All Organisms → cellular organisms → Bacteria729Open in IMG/M
3300031733|Ga0316577_10177045All Organisms → cellular organisms → Bacteria1204Open in IMG/M
3300031965|Ga0326597_11497065All Organisms → cellular organisms → Bacteria648Open in IMG/M
3300032133|Ga0316583_10229134All Organisms → cellular organisms → Bacteria644Open in IMG/M
3300032253|Ga0316206_1000187All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria117363Open in IMG/M
3300032253|Ga0316206_1000846All Organisms → cellular organisms → Bacteria → Proteobacteria33345Open in IMG/M
3300032253|Ga0316206_1002654All Organisms → cellular organisms → Bacteria11549Open in IMG/M
3300032893|Ga0335069_11371536All Organisms → cellular organisms → Bacteria766Open in IMG/M
3300033406|Ga0316604_10352864All Organisms → cellular organisms → Bacteria805Open in IMG/M
3300033406|Ga0316604_10581080All Organisms → cellular organisms → Bacteria616Open in IMG/M
3300033407|Ga0214472_10323584All Organisms → cellular organisms → Bacteria1462Open in IMG/M
3300033408|Ga0316605_10317238All Organisms → cellular organisms → Bacteria1374Open in IMG/M
3300033414|Ga0316619_10355805All Organisms → cellular organisms → Bacteria1142Open in IMG/M
3300033414|Ga0316619_11140124All Organisms → cellular organisms → Bacteria686Open in IMG/M
3300033417|Ga0214471_10753099All Organisms → cellular organisms → Bacteria762Open in IMG/M
3300033418|Ga0316625_100205102All Organisms → cellular organisms → Bacteria → Proteobacteria → delta/epsilon subdivisions → Deltaproteobacteria1298Open in IMG/M
3300033418|Ga0316625_100439860All Organisms → cellular organisms → Bacteria → Proteobacteria → delta/epsilon subdivisions → Deltaproteobacteria1002Open in IMG/M
3300033419|Ga0316601_100059658All Organisms → cellular organisms → Bacteria2875Open in IMG/M
3300033419|Ga0316601_100703614All Organisms → cellular organisms → Bacteria992Open in IMG/M
3300033419|Ga0316601_100743031All Organisms → cellular organisms → Bacteria966Open in IMG/M
3300033419|Ga0316601_102217569All Organisms → cellular organisms → Bacteria553Open in IMG/M
3300033434|Ga0316613_10715537All Organisms → cellular organisms → Bacteria686Open in IMG/M
3300033481|Ga0316600_10301531All Organisms → cellular organisms → Bacteria1078Open in IMG/M
3300033482|Ga0316627_101040856All Organisms → cellular organisms → Bacteria797Open in IMG/M
3300033482|Ga0316627_101674240All Organisms → cellular organisms → Bacteria650Open in IMG/M
3300033483|Ga0316629_10620052All Organisms → cellular organisms → Bacteria807Open in IMG/M
3300033485|Ga0316626_11125402All Organisms → cellular organisms → Bacteria700Open in IMG/M
3300033488|Ga0316621_10148158All Organisms → cellular organisms → Bacteria1401Open in IMG/M
3300033488|Ga0316621_10268330All Organisms → cellular organisms → Bacteria → Proteobacteria → delta/epsilon subdivisions → Deltaproteobacteria1105Open in IMG/M
3300033513|Ga0316628_104112175All Organisms → cellular organisms → Bacteria519Open in IMG/M
3300033521|Ga0316616_102249355All Organisms → cellular organisms → Bacteria727Open in IMG/M
3300033557|Ga0316617_100841737All Organisms → cellular organisms → Bacteria882Open in IMG/M
3300033557|Ga0316617_102101509All Organisms → cellular organisms → Bacteria581Open in IMG/M
3300034169|Ga0370480_0000539All Organisms → cellular organisms → Bacteria → Proteobacteria → delta/epsilon subdivisions → Deltaproteobacteria16075Open in IMG/M


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Environmental Properties

Associated Habitat Types

Select Environment Taxonomy Level:
HabitatTaxonomyDistribution
SoilEnvironmental → Terrestrial → Soil → Wetlands → Unclassified → Soil19.35%
WetlandEnvironmental → Aquatic → Marine → Wetlands → Sediment → Wetland10.48%
WetlandEnvironmental → Aquatic → Freshwater → Sediment → Unclassified → Wetland8.06%
Freshwater WetlandsEnvironmental → Aquatic → Freshwater → Wetlands → Unclassified → Freshwater Wetlands4.84%
Natural And Restored WetlandsEnvironmental → Aquatic → Marine → Wetlands → Unclassified → Natural And Restored Wetlands4.84%
Natural And Restored WetlandsEnvironmental → Terrestrial → Soil → Wetlands → Unclassified → Natural And Restored Wetlands4.03%
Freshwater Lake SedimentEnvironmental → Aquatic → Freshwater → Lentic → Sediment → Freshwater Lake Sediment3.23%
Hot Spring SedimentEnvironmental → Aquatic → Thermal Springs → Sediment → Unclassified → Hot Spring Sediment3.23%
Sediment (Intertidal)Environmental → Aquatic → Sediment → Unclassified → Unclassified → Sediment (Intertidal)3.23%
Vadose Zone SoilEnvironmental → Terrestrial → Soil → Unclassified → Unclassified → Vadose Zone Soil3.23%
Deep SubsurfaceEnvironmental → Terrestrial → Deep Subsurface → Unclassified → Unclassified → Deep Subsurface3.23%
Microbial MatEnvironmental → Aquatic → Marine → Coastal → Sediment → Microbial Mat2.42%
WetlandEnvironmental → Aquatic → Freshwater → Wetlands → Sediment → Wetland1.61%
FreshwaterEnvironmental → Aquatic → Freshwater → Pond → Sediment → Freshwater1.61%
Mangrove SedimentEnvironmental → Aquatic → Marine → Wetlands → Sediment → Mangrove Sediment1.61%
Hot Spring Microbial MatEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Microbial Mats → Hot Spring Microbial Mat1.61%
Hypersaline Lake SedimentEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Hypersaline → Sediment → Hypersaline Lake Sediment1.61%
Mangrove SedimentEnvironmental → Aquatic → Sediment → Unclassified → Unclassified → Mangrove Sediment1.61%
SoilEnvironmental → Terrestrial → Soil → Unclassified → Unclassified → Soil1.61%
SoilEnvironmental → Terrestrial → Soil → Unclassified → Uranium Contaminated → Soil1.61%
RhizosphereHost-Associated → Plants → Rhizosphere → Unclassified → Unclassified → Rhizosphere1.61%
Freshwater SedimentEnvironmental → Aquatic → Freshwater → Sediment → Unclassified → Freshwater Sediment0.81%
SedimentEnvironmental → Aquatic → Freshwater → Lake → Sediment → Sediment0.81%
SedimentEnvironmental → Aquatic → Freshwater → Wetlands → Sediment → Sediment0.81%
Salt MarshEnvironmental → Aquatic → Marine → Intertidal Zone → Salt Marsh → Salt Marsh0.81%
Marine SedimentEnvironmental → Aquatic → Marine → Wetlands → Sediment → Marine Sediment0.81%
Hydrothermal Vent SedimentEnvironmental → Aquatic → Marine → Hydrothermal Vents → Sediment → Hydrothermal Vent Sediment0.81%
Marine SedimentEnvironmental → Aquatic → Marine → Hydrothermal Vents → Sediment → Marine Sediment0.81%
MarineEnvironmental → Aquatic → Marine → Oil Seeps → Unclassified → Marine0.81%
SedimentEnvironmental → Aquatic → Marine → Subtidal Zone → Sediment → Sediment0.81%
Hot SpringEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Hot Spring0.81%
Hot Spring SedimentsEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Hot Spring Sediments0.81%
Hot Spring SedimentEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Hot Spring Sediment0.81%
Microbial MatEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Sediment → Microbial Mat0.81%
Hot Spring Fe-Si SedimentEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Neutral → Hot Spring Fe-Si Sediment0.81%
Saline Water And SedimentEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Saline → Sediment → Saline Water And Sediment0.81%
SoilEnvironmental → Aquatic → Sediment → Unclassified → Unclassified → Soil0.81%
Untreated Peat SoilEnvironmental → Terrestrial → Soil → Wetlands → Unclassified → Untreated Peat Soil0.81%
Arabidopsis RhizosphereHost-Associated → Plants → Rhizoplane → Unclassified → Unclassified → Arabidopsis Rhizosphere0.81%
Corn RhizosphereHost-Associated → Plants → Rhizoplane → Epiphytes → Unclassified → Corn Rhizosphere0.81%

Visualization
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Associated Samples

Taxon OIDSample NameHabitat TypeIMG/M Link
2013515000Hot spring microbial communities from Yellowstone National Park, Wyoming, USA - YNP6 White Creek Site 3EnvironmentalOpen in IMG/M
3300000094Wetland microbial communities from Twitchell Island in the Sacramento Delta, sample from surface sediment Feb2011 Site A1 TuleEnvironmentalOpen in IMG/M
3300000310Wetland microbial communities from Twitchell Island in the Sacramento Delta, sample from surface sediment Feb2011 Site A1 BulkEnvironmentalOpen in IMG/M
3300001281Wetland microbial communities from Twitchell Island in the Sacramento Delta, sample from surface sediment Aug2011 Site A1 BulkEnvironmentalOpen in IMG/M
3300002961Wetland microbial communities from Twitchell Island in the Sacramento Delta, sample from surface sediment Feb2011 Site A1 BulkEnvironmentalOpen in IMG/M
3300003432Wetland sediment microbial communities from Twitchell Island in the Sacramento Delta, sample from surface sediment Aug2011 Site B2 BulkEnvironmentalOpen in IMG/M
3300003541Wetland sediment microbial communities from Twitchell Island in the Sacramento Delta, sample from surface sediment Aug2011 Site B2 BulkEnvironmentalOpen in IMG/M
3300003890Hot spring sediment microbial communities from Chocolate Pots, Yellowstone National Park, Wyoming that are Fe(III) reducing - Chocolate Pots Core 3, 1cmEnvironmentalOpen in IMG/M
3300003892Hot spring sediment microbial communities from Chocolate Pots, Yellowstone National Park, Wyoming that are Fe(III) reducing - CP Core 2, 1cmEnvironmentalOpen in IMG/M
3300004011Wetland microbial communities from San Francisco Bay, California, USA, that impact long-term carbon sequestration - Joice_ThreeSqA_D2EnvironmentalOpen in IMG/M
3300004049Wetland microbial communities from San Francisco Bay, California, USA, that impact long-term carbon sequestration - RushSE_CattailNLC_D2EnvironmentalOpen in IMG/M
3300004067Wetland microbial communities from San Francisco Bay, California, USA, that impact long-term carbon sequestration - RushMan_ThreeSqA_D2EnvironmentalOpen in IMG/M
3300004155Freshwater pond sediment microbial communities from the University of Edinburgh, under environmental carbon perturbations - Low cellulose week 11EnvironmentalOpen in IMG/M
3300005217Wetland microbial communities from the San Francisco Bay, California, USA, that impact long-term carbon sequestration - WestPond_CattailC_D2EnvironmentalOpen in IMG/M
3300005578Corn rhizosphere microbial communities from Kellogg Biological Station, Michigan, USA - KBS Corn C4-2Host-AssociatedOpen in IMG/M
3300005613Saline sediment microbial communities from Etoliko Lagoon, Greece - sedimentEnvironmentalOpen in IMG/M
3300005824Microbial communities from Baker Bay sediment, Columbia River estuary, Washington - S.180_BBCEnvironmentalOpen in IMG/M
3300005828Microbial communities from Baker Bay sediment, Columbia River estuary, Washington - S.182_BBIEnvironmentalOpen in IMG/M
3300005830Microbial communities from Youngs Bay mouth sediment, Columbia River estuary, Oregon - S.178_YBMEnvironmentalOpen in IMG/M
3300005832Microbial communities from Baker Bay sediment, Columbia River estuary, Washington - S.41_BBBEnvironmentalOpen 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
3300006865Hot spring sediment bacterial and archeal communities from British Columbia, Canada, to study Microbial Dark Matter (Phase II) - Larsen N4 metaGEnvironmentalOpen in IMG/M
3300006930Deep subsurface shale carbon reservoir microbial communities from Ohio, USA - Methanogen_OWCEnvironmentalOpen in IMG/M
3300007072Hot spring sediment bacterial and archeal communities from British Columbia, Canada, to study Microbial Dark Matter (Phase II) - Dewar Creek DC9 2012 metaGEnvironmentalOpen in IMG/M
3300007265Vadose zone soil microbial communities from the Eel River Critical Zone Observatory, Northern California, USA - Rivendell_Oct2014_Saprolite_2_DNA_Rhizosphere_1EnvironmentalOpen in IMG/M
3300008469Marine sediment microbial communities from shallow-sea hydrothermal vent, Milos, Greece - WM1EnvironmentalOpen in IMG/M
3300009038Vadose zone soil microbial communities from the Eel River Critical Zone Observatory, Northern California, USA - CZOApr15con2H2.8 metaGEnvironmentalOpen 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
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
3300009165Freshwater sediment microbial communities from Prairie Pothole Lake near Jamestown, North Dakota, USA - PPLs Lake P7 Core (6) Depth 1-3cm September2015EnvironmentalOpen 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
3300009506Mangrove sediment microbial communities from Mai Po Nature Reserve Marshes in Hong Kong, China - Maipo_8EnvironmentalOpen in IMG/M
3300009509Mangrove sediment microbial communities from Mai Po Nature Reserve Marshes in Hong Kong, China - Maipo_11EnvironmentalOpen in IMG/M
3300010289Hot spring microbial mat communities from California, USA to study Microbial Dark Matter (Phase II) - Cone Pool mat layer C metaGEnvironmentalOpen in IMG/M
3300010413Mangrove sediment microbial communities from Mai Po Nature Reserve Marshes in Hong Kong, China - Maipo_9EnvironmentalOpen in IMG/M
3300010938Sediment microbial community from Chocolate Pots hot springs, Yellowstone National Park, Wyoming, USA. Combined Assembly of Gp0156111, Gp0156114, Gp0156117EnvironmentalOpen in IMG/M
3300011340Combined Assembly of Wetland MetatranscriptomesEnvironmentalOpen in IMG/M
3300014298Natural and restored wetland microbial communities from the San Francisco Bay, California, USA, that impact long-term carbon sequestration - RushMan_ThreeSqB_D1EnvironmentalOpen in IMG/M
3300014305Natural and restored wetland microbial communities from the San Francisco Bay, California, USA, that impact long-term carbon sequestration - RushSE_TuleB_D1EnvironmentalOpen in IMG/M
3300014313Natural and restored wetland microbial communities from the San Francisco Bay, California, USA, that impact long-term carbon sequestration - RushSE_CattailNLC_D1EnvironmentalOpen in IMG/M
3300014319Natural and restored wetland microbial communities from the San Francisco Bay, California, USA, that impact long-term carbon sequestration - RushSE_TuleA_D1EnvironmentalOpen in IMG/M
3300015250Soil microbial communities from meander-bound floodplain in the East River, Colorado, USA - East River metaG ERMLT293B_16_10DEnvironmentalOpen in IMG/M
3300015374Col-0 rhizosphere combined assemblyHost-AssociatedOpen in IMG/M
3300017987Hypersaline lake sediment archaeal communities from the Salton Sea, California, USA - SS_1_MS_1 metaGEnvironmentalOpen in IMG/M
3300017989Hypersaline lake sediment archaeal communities from the Salton Sea, California, USA - SS_1_MS_2 metaGEnvironmentalOpen in IMG/M
3300021512Hydrothermal vent sediment bacterial communities from Southern Trench, Guaymas Basin, Mexico - 4870-07-0-1_MGEnvironmentalOpen in IMG/M
3300022548Cone Pool_combined assemblyEnvironmentalOpen in IMG/M
3300022554Dewar_combined assemblyEnvironmentalOpen in IMG/M
3300025310Hot spring sediment bacterial and archeal communities from British Columbia, Canada, to study Microbial Dark Matter (Phase II) - Larsen N4 metaG (SPAdes)EnvironmentalOpen in IMG/M
3300025562Wetland microbial communities from San Francisco Bay, California, USA, that impact long-term carbon sequestration - Joice_ThreeSqA_D2 (SPAdes)EnvironmentalOpen in IMG/M
3300025948Wetland microbial communities from San Francisco Bay, California, USA, that impact long-term carbon sequestration - RushMan_CattailNLC_D2 (SPAdes)EnvironmentalOpen in IMG/M
3300026477Sediment microbial communities from tidal freshwater marsh on Altamaha River, Georgia, United States - 10-16 PR5EnvironmentalOpen in IMG/M
3300027671Vadose zone soil microbial communities from the Eel River Critical Zone Observatory, Northern California, USA - Rivendell_Oct2014_Saprolite_2_DNA_Rhizosphere_1 (SPAdes)EnvironmentalOpen in IMG/M
3300027715Deep subsurface shale carbon reservoir microbial communities from Ohio, USA - Methanogen_OWC (SPAdes)EnvironmentalOpen in IMG/M
3300027822Oil polluted marine microbial communities from Coal Oil Point, Santa Barbara, California, USA - Sample 1 (SPAdes)EnvironmentalOpen in IMG/M
3300027841Freshwater pond sediment microbial communities from the University of Edinburgh, under environmental carbon perturbations - Low cellulose week 11 (SPAdes)EnvironmentalOpen in IMG/M
3300027846Vadose zone soil microbial communities from the Eel River Critical Zone Observatory, Northern California, USA - CZOApr15con2H2.8 metaG (SPAdes)EnvironmentalOpen in IMG/M
3300027871Wetland microbial communities from Old Woman Creek Reserve in Ohio, USA - Open_0915_D1 (SPAdes)EnvironmentalOpen in IMG/M
3300027885Freshwater lake sediment microbial communities from the University of Notre Dame, USA, for methane emissions studies - LWP11 LW (SPAdes)EnvironmentalOpen in IMG/M
3300027887Wetland microbial communities from Twitchell Island in the Sacramento Delta, sample from surface sediment Aug2011 Site A1 BulkEnvironmentalOpen 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
3300027900Freshwater lake sediment microbial communities from the University of Notre Dame, USA, for methane emissions studies - BRP12 BR (SPAdes)EnvironmentalOpen in IMG/M
3300027902Freshwater lake sediment microbial communities from the University of Notre Dame, USA, for methane emissions studies - CRP12 CR (SPAdes)EnvironmentalOpen in IMG/M
3300028599Marine sediment microbial communities from subtidal zone of North Sea - Hel_20160524 (Illumina Assembly)EnvironmentalOpen in IMG/M
3300028735Hot spring microbial mat communities from Yellowstone National Park, WY, United States - YNP-CB-006-1EnvironmentalOpen in IMG/M
3300028920Marine sediment archaeal communities from Little Sippewissett salt marsh, Falmouth, MA, United States - SSM-Prop-6NEnvironmentalOpen in IMG/M
3300030606Soil microbial communities from uranium-contaminated site in the Upper Colorado River Basin, Wyoming, United States - RVT145D125EnvironmentalOpen in IMG/M
3300031537Salt marsh sediment microbial communities from the Plum Island Ecosystem LTER, Massachusetts, United States - WE1602-30EnvironmentalOpen in IMG/M
3300031733Rhizosphere microbial communities from salt marsh grasses in Alabama, United States - S5-7_050615r2r1Host-AssociatedOpen in IMG/M
3300031965Soil microbial communities from uranium-contaminated site in the Upper Colorado River Basin, Wyoming, United States - RVT100D185EnvironmentalOpen in IMG/M
3300032133Rhizosphere microbial communities from salt marsh grasses in Alabama, United States - J_170502JBrBrAHost-AssociatedOpen in IMG/M
3300032173Sediment microbial communities from Yellowstone Lake, YNP, Wyoming, USA - C1_topEnvironmentalOpen in IMG/M
3300032253Microbial mat bacterial communities from mineral coupon in-situ incubated in ocean water Damariscotta River, Maine, United States - 6-month pyriteEnvironmentalOpen in IMG/M
3300032893Soil microbial communities from Loxahatchee National Wildlife Refuge, Florida, United States - Lox_Sample_1.1EnvironmentalOpen in IMG/M
3300033406Wetland soil microbial communities from Old Woman Creek delta, Ohio, United States - OWC_soil_day20_CTEnvironmentalOpen in IMG/M
3300033407Soil microbial communities from uranium-contaminated site in the Upper Colorado River Basin, Wyoming, United States - RVT140D175EnvironmentalOpen in IMG/M
3300033408Wetland soil microbial communities from Old Woman Creek delta, Ohio, United States - OWC_soil_day20_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
3300033417Soil microbial communities from uranium-contaminated site in the Upper Colorado River Basin, Wyoming, United States - RVT142D155EnvironmentalOpen 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
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
3300034169Peat soil microbial communities from wetlands in Alaska, United States - Frozen_pond_02D_15EnvironmentalOpen in IMG/M

Geographical Distribution
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Family Sequences

Protein ID Sample Taxon ID Habitat Sequence
YNP6_2458302013515000Hot SpringMTKGEGCERQAVCRVAYVRNARSTYHVSESDKRTVAALAKAPRFLRGCDRPCTKTMTLLPRSQIQGHTGIGYQMINVDGYRWVNAYVISDALNSTNQRGFTLEISFSLQPFVYGVGVVGEARYFFNFDAFYDPGAGSHKLIRVETSDLTSTGGLPHIGGVDLTHILRVPVMGPYLRASVFNEDTVARHATVEAYLTT
WSSedA1TDRAFT_02574713300000094WetlandMKAEKKTEFVKAIHPSQPEWEYYLPKEDKALIKKLSKKPIFPKLCERPCTSVITLFPKDTVEGNTGKGYHMINIDGYRMINAYVISDPLNSTNQRGFTLELSFSLNNFVYGVGVIGETSYFFNFDSYFEPGTVSHKLQRCETNDLTTTGGLPLIGGVDLTHILRIPVMGPYVRAS
WSSedA1Ba2DRAFT_102727413300000310WetlandVHQGKPTIERRIGMKAEKKIKFVKAIHPSQPEWEYYLPKEDKALIKKLSKKPIFPKLCDRPCTSIITLFPKDTVGGHTGKGYYMINIDGYRMINAYVISDPLNSTNQRGFTLELSFALNDFVYGVGVVGETSYFFNFDSYFEPGTVSHKLQRCETNDLSTTGGLPLIGGVDLTHILRIPVMGPYVRASVFNEDGIAKKAEVKAYLTT*
WSSedA1Ba2DRAFT_104141213300000310WetlandEFVKAIHPSQPEWEYYLPKEDKALIKKLSKKPIFPKLCERPCTSVITLFPKDTVEGNTGKGYHMINIDGYRMINAYVISDPLNSTNQRGFTLELSFSLNNFVYGVGVIGETSYFFNFDSYFEPGTVSHKLQRCETNDLTTTGGLPLIGGVDLTHILRIPVMGPYVRASVFNEDGTARKAE
JGI20213J14113_104874013300001281WetlandPKEDKALIKKLSKKPIFPKLCDRPCTSIITLFPKDTVGGHTGKGYYMINIDGYRMINAYVISDPLNSTNQRGFTLELSFALNDFVYGVGVVGETSYFFNXDSYFEPGTVSHKLQRCETNDLSTTGGLPLIGGVDLTHILRIPVMGPYVRASVFNEDGIAKKAEVKAYLTT*
JGI11641J44799_1000840853300002961WetlandMKAEKKTEFVKAIHPSQPEWEYYLPKEDKALIKKLSKKPIFPKLCERPCTSVITLFPKDTVEGNTGKGYHMINIDGYRMINAYVISDPLNSTNQRGFTLELSFSLNNFVYGVGVIGETSYFFNFDSYFEPGTVSHKLQRCETNDLTTTGGLPLIGGVDLTHILRIPVMGPYVRASVFNEDGTARKAEVKAYLST*
JGI11641J44799_1002252523300002961WetlandMKAEKKIKFVKAIHPSQPEWEYYLPKEDKALIKKLSKKPIFPKLCDRPCTSIITLFPKDTVGGHTGKGYYMVNIDGYRMINAYVISDPLNSTNQRGFTLELSFALNDFVYGVGVVGETSYFFNFDSYFEPGTVSHKLQRCETNDLSTTGGLPLIGGVDLTHILRIPVMGPYVRASVFNEDGIAKKAEVKAYLTT*
JGI20214J51088_1003572733300003432WetlandMKSEKKIKFIKAIHPSQPEWEYYLPKEDKALIKKFSKKPIFPKLCDRPCTSIITLFPKDTVGGHTGKGYYMINIDGYRMIDAYVISDPLSSTNQRGFTLELTFALNDFVYGVGVVGETSYFFNFDSYFEPGTVSHKLQRCETNDLSTTGGLPMIGGVDLTHILRIPVMGPYVRASIFNEDGIAKKAEVKAYLTT*
JGI20214J51088_1010155233300003432WetlandMKKTKQLKFVKATHPSRPEWDYYLPKENKALIKKLSKKPLFPKICERPCTSTITLFPKDTIQGHTGKGYYMINVDGYRMINAYVISDPLNSTNQRGFTLELSFSLYDFVYGVGVIGETSHFFNFDSYFDPGSVSHKLQRCETNDLTTTGGLPWIGGIDLAHILRVPVMGPYVRASVFNEDGTSRKAEVKAYLST*
JGI20214J51088_1041712723300003432WetlandMKSEKKIKFIKAIHPSQPEWEYYLPKEDKALIKKLSKKPIFPKLCDRPCTSIITLFPKDTVGGHTGKGYYMINIDGYRMINAYVISDPLSSTNQRGFTLELSFALNDFVYGVGVVGETSYFFNFDSYFEPGTVSHKLQRCETNDLSTTGGLPMIGGV
JGI20214J51650_1021174123300003541WetlandMKSEKKIKFIKAIHPSQPEWEYYLPKEDKALIKKLSKKPIFPKLCDRPCTSIITLFPKDTVGGHTGKGYYMINIDGYRMINAYVISDPLSSTNQRGFTLELSFALNDFVYGVGVVGETSYFFNFDSYFEPGTVSHKLQRCETNDLSTTGGLPMIGGVDLTHILRIPVMGAYVRASVFNEDGVAKKAEVKAYLTT*
JGI20214J51650_1022383823300003541WetlandMKSEKKIKFIKAIHPSQPEWEYYLPKEDKALIKKLSKKPIFPKLCDRPCTSIITLFPKDTVGGHTGKGYYMINIDGYRMINAYVISDPLSSTNQRGFTLELSFALNDFVYGVGVVGETSYFFNFDSYFEPGTVSHKLQRCETNDLSTTGGLPMIGGVDLTHILRIPVMGPYVRASVFNEDGVAKKAEVKAYLTT*
JGI20214J51650_1035961913300003541WetlandMKAEKKIKFVKAIHPSQPEWEYYLPKEDKALIKKLSKKPIFPKLCDRPCTSIITLFPKDTVGGHTGKGYYMVNIDGYRMINAYVISDPLNSTNQRGFTLELSFALNDFVYGVGVVGETSYFFNXDSYFEPGTVSHKLQRCETNDLSTTGGLPLIGGVDLTHILRIPVMGPYVRASVFNEDGIAKKAEVKAYLTT*
Ga0063162_101993123300003890Hot Spring SedimentsMAKRIPPAAVKLTKAVHPARPDWTYHVLEPDKRTVAALAKAPRFLRGCDRPCTKTMTLLPRSQIQGHTGIGYQMINVDGYRWVNAYVISDALNSTNQRGFTLEISFSLHPFVYGVGVVGEARYFFNFDAFYDPGAGSHKLIRVETSDLTSTGGLPHIGGVDLTHILRVPVMGPYLRASVFNEDTVARHATVEAYLTT*
Ga0063012_1003448013300003892Hot Spring SedimentQAVCRVAYVRNARSTYHVSESDKRTVAALAKAPRFLRGCDRPCTKTMTLLPRSQIQGHTGIGYQMINVDGYRWVNAYVISDALNSTNQRGFTLEISFSLHPFVYGVGVVGEARYFFNFDAFYDPGAGSHKLIRVETSDLTSTGGLPHIGGVDLTHILRVPVMGPYLRASVFNEDTVARHATVEAYLTT*
Ga0055460_1002143523300004011Natural And Restored WetlandsMKAEKKIKYVKAIHPSQPEWEYYLPKEDKALIKKLSKKPIFPKLCERPCTSIITLFPKDTIQGNTGKGYHMINIDGYRMINAYVISDALNSTNQRGFTLELSFALNDFVYGVGVVGETSYFFNFDSYFDAGTLSHKLQRCETNDLTTTGGLPMLGGVDLTHILRVPVMGPYVRASVFNEDGTARKAEVKAYLST*
Ga0055460_1022652813300004011Natural And Restored WetlandsMQKKKQLQFVKADHPSRPEWEYYLPKEDKALIKKLSKKPLFPKICERPCTTTITLFPQDTIQGHTGKGYHMINVDGYRVINAYVISDPLNSTNQRGFTLELSFSVNDFVYGVGGIGETSHFFNFDNFFDPGSVSHKLQHCETNDLTTTGGLPWIGGTDLTHILRVPVMGPYVRASVFNEDGT
Ga0055493_1004597413300004049Natural And Restored WetlandsMKAEKKLEFVKAIHPSQPEWEYYLPKEDKALIKKLSKKPLFPKLCDRPCTSIITLFPKDTVDGHTGKGYHMVNIDGYRVINAFVISDPLNSTNQRGFTLELSFALNDFVYGVGVVGETSYFFNFDSYFEPGTVSHKLQRSETNDLTTAGESPLIGAIDLAHILRVPVMGPFVRASVFNEDGTARK
Ga0055485_1000849623300004067Natural And Restored WetlandsMKAEKKIKYVKAIHPSQPEWEYYLPKEDKALIKKLSKKPIFPKLCERPCTSIITLFPKDTIQGNTGKGYHMINIDGYRMINAYVISDALNSTNQRGFTLELSFALNDFVYGVGVVGETSYFFNFDSYFDAGTLSHKLQRCETNYLTTTGGLPMLGGVDLTHILRVPVMGPYVRASVFNEDGTARKAEVKAYLST*
Ga0066600_1001374433300004155FreshwaterMKAGKKLEFVKAIHPSQPEWEYYLPKEDKALIKKLSKKPIFPKLCERPCTSIITLFPKDTVDGHTGKGYHMINISGYRVINAYVISDPLNSTNQRGFTLELSFALNDFVYGVGVIGETSYFFNFDSYFDPGTLSHKLQRCETNDLTTAGGLPLIGGIDLTHILRIPVMGPYVRASVFNEDGTARKAEVKAYLST*
Ga0069005_1025290413300005217Natural And Restored WetlandsRRIGMKSEKKIKFIKAIHPSQPEWEYYLPKEDKALIKKLSKKPIFPKLCDRPCTSIITLFPKDTVGGHTGKGYYMINIDGYRMINAYVISDSLSSTNQRGFTLELSFALNDFVYGVGVVGETSYFFNFDSYFEPGTVSHKLQRCETNDLSTTGGLPLIGGVDLTHILRIP
Ga0068854_10198111713300005578Corn RhizosphereKATIDELLQRPIFDQVCDKACTKIISLLPKTNVAGHTGVGFQMINIDGYRTISAYVISDRLNSTTQRGFTLELSFSLNPFVLGVGVVGETSFFFNFDSYFEPGTLTHRTARCETSDLTTVGGLPWIGGVDLTHILRAPVMGPYVRASVFNQDATARNVEVSAYLST*
Ga0074649_108231013300005613Saline Water And SedimentMAKKKSEKGYIKAVHKARPDWDYYLPKENKKLIAKLATKPIFPKTCERPCTKVITLFPEDTVNGHCGKGYHMINIDGYRIINAYVISDALNSTTQRGFTLELSFSLNDFVYGVGVIGETSHFFNFDSYFNPGNSSHRTLRCETNDLTTTGGLPWIGGTDLTHILRVPVMGPYVRASAFNEGNTPRKVEVKAYLST*
Ga0074474_115399723300005824Sediment (Intertidal)MAEKVSEKSYVKSIHTARPDWDYFLPKEDKKLISELGKKPVFPKSCERPCTTVVTLFPEDTVNGHSGKGYHMINIDGYRTINAYVTSDALNSTTQRGFTLELSFALNDFVYGVGVIGETSHFFNFESYFDPGQASHRTLRCETSDLTTTGGLPWIGGTDLTHILRVPVMGPFVRASVFNEDGTARKVEVKAYLST*
Ga0074475_1052391213300005828Sediment (Intertidal)MAEKVSEKSYVKSIHTARPDWDYFLPKEDKKLISELGKKPVFPKSCERPCTTVVTLFPEDTVNGHSGKGYHMINIDGYRTINAYVTSDALNSTTQRGFTLELSFALNDFVYGVGVIGETSHFFNFESYFDPGQASHRTLRCETSDLTTTGGLPWIGGTDLTHILRVPVMGPFVRASVF
Ga0074473_1095255023300005830Sediment (Intertidal)MAKKKSEKGFIKAVHKSRPEWDYFLPEENKQLIRKLSKKPIFPKACDRPCTKVITLFPENTVNGHSGKGYYMINIDGYRTINAYVISDPILSSTHRGFSLELSFSLNDFVYGVGVIGETSAFFNFDTYFDPGNWDHRTVRCETSDQTTMGWLPWYGGTDLTHILRVPVMGPYVRASVFNEDDIPRKAEVKAYLST*
Ga0074469_1033626623300005832Sediment (Intertidal)MKKTPKAKHKLVEAMHPRRPDWKYYLPKEDRALIKKLAKRPIFPKICDRPCTTVMTLFPKDTINGHTGKGYHMINIDGYRIINAYVISDALNSSLQRGFTLELSFSLNDFVPGVGVLGETSNFYNFDNYFNPGTLSQRTLRCETSDLTTIGGLPWIGGT
Ga0079037_10069135213300006224Freshwater WetlandsMKAEKKLEFVKAIHPSQPEWEYYLPKEDKALIKKLSKKPLFPKLCDRPCTSIITLFPKDTVDGHTGKGYHMINIDGYRVINAYVISDPLNSTNQRGFTLELSFALNDFVYGVGVVGETSYFFNFDSYFEPGTVSHKLQRCETNDLTTAGGLPLIGGIDLAHILRVPVMGPYVRASVFNEDGTARKAEVKAYLST*
Ga0073934_10000696783300006865Hot Spring SedimentMAKKPAAPAVKLTQAVHPARPDWTYHVLEPDKRTVAALAKAPRFLRGCDRPCTKTMTLLPRTQIQGHTGIGYQMINVDGYRWVNAYVISDALTSTNQRGFTLEISFSLHPFVYGVGVVGEARYFFNFDTFYDPGAGSHRLIRVETSDLTSTGGLPHIGGVDLTHILRVPVMGPYLRASVFNEDTVARHAAVEAYLTT*
Ga0079303_1006447213300006930Deep SubsurfaceMKAEKKTKFIKAIHPSQPEWEYYLPKEDKALNKKLSKKPIFPKLCDRPCTSVITLFPKDTVGGHTGKGYYMINIDGYRMINAYVISDPLSSTNQRGFTLELSFSLNDFVYGVGVVGETSYFFNFDNYFEPGTVSHKLQRCETNDLSTTGGLPLIGGVDLTHILRIPVMGPYVRASVFNEDGIAKKAEVKAYLTT*
Ga0079303_1035104523300006930Deep SubsurfaceKALIKKLSKKPIFPKLCERPCTSVITLFPKDTVEGNTGKGYHMINIDGYRMINAYVISDPLNSTNQRGFTLELSFSLNNFVYGVGVIGETSYFFNFDSYFEPGTVSHKLQRCETNDLTTTGGLPLIGGVDLTHILRIPVMGPYVRASVFNEDGTARKAEVKAYLST*
Ga0073932_102048253300007072Hot Spring SedimentMPQAKKPPKIEFVKTTHPARPDWPYFLPKENKALMRKLAKKPIFPRLCERPCTAVTTLFPRRQVEGHTGYGYHMINVDGYRTINAYVISDPLNSTNLRGFTLELSFSLYDFVYGVGVVGETSYFFNFESYFDPGTLTHRLQCCQTSDLSAGGGLPWIGGRDLAHILRAPVMGPYVRASVFNEDRTTRGVEVVAYLST*
Ga0099794_1002048633300007265Vadose Zone SoilMAKAKAATQPKLIESRHPTREGAKYLLIEPDRQTQNRLLKPFLFPRTCDRPCTRVITLLPKTTVNPQTGIGYQMTNIDGFRTINAYVICDPLNSTSQRGFTLELSFSVNPFVLGVGVVGEARYSFNFESYYDPSNVKHGTVHCETNDLTSTGGLPHIGGVDLTHILRAPVIGPYVRASVFNEGSTPRGVEVRAYLIT*
Ga0115369_1001078923300008469Marine SedimentMMAKRKSTKGYIRTAHPARSDWEYYLPKENKALITKLAKKPRFPKYCDRPCTKTLTLFPEDTVNGHTGKGYHMINIDGYRMINAYVVSDALNSTTQRGFTLELSFSLNDFVPGQGVLGETSHFFNFDSYFDPGNSYHNTIRCETNDLSTTGGLPWIGGTDLTHILRVPVMGPYVRASVFNEDGTARKVEVRAYLST*
Ga0099829_1025659013300009038Vadose Zone SoilMAKERKTKEQLVKAVHPGRPDWTYYVLEPDARIVANLAKRPRLAKTCCPPCTAIMTFLPKTSIAGRTGVGYQMINVDGYSWINAYVVSDRLTSTTQRGFTLELSFSLNPFVLGVGVVGESSFFFNFDNYYDPGASSHRTICCETSDLTSTGGLPRIGGVDLTHILRVPVMGPYVRASAFNEDNTTRSAEVKAYLTT*
Ga0102851_1094333623300009091Freshwater WetlandsMKAEKKTEFVKAIHPSQPEWEYYLPKEDKALIKKLSKKPIFPKLCERPCTSVITLFPKDTVEGNTGKGYHMINIDGYRMINAYVISDPLNSTNQRGFTLELSFSLNNFVYGVGVIGETSYFFNFDSYFEPGTVSHKLQRCETNDSITTGGLPLIVGVDVTHILRIPVMGPYVRASVFNEDGTARKAEVKAYLST*
Ga0102851_1107811523300009091Freshwater WetlandsPKEDKALIKKLSKKPIFPKLCERPCTSIITLFPKDTIQGNTGKGYHMINIDGYRMINAYVISDPLNSTNQRGFTLELSFALNDFVYGVGVVGETSYFFNFDSYFDPGTLSHKLQRCETNDLTTTGGLPMLGGVDLTHILRVPVMGPYVRASVFNEDGTARKAEVKAYLST*
Ga0102851_1115626313300009091Freshwater WetlandsMTPIIERKTDMKAEKKLEFVKAIHPSQPEWEYYLPKEDKALIKKLSKKPLFPKLCDRPCTSIITLFPKDTVDGHTGKGYHMINIDGYRVINAYVISDPLNSTNQRGFTLELSFALNDFVYGVGVVGETSYFFNFDSYFEPGTVSHKLQRCETNDLTTAGGLPLIGGIDLAHILRVPVMGPYVRASVFNEDGTARKAEVKAYLST*
Ga0115026_1016596813300009111WetlandMKAEKKLEFVKAIHPSQPEWEYYLPKEDKALIKKLSKKPLFPKLCDRPCTSIITLFPKDTVDGHTGKGYHMVNIDGYRVINAYVISDPLNSTNQRGFTLELSFALNDFVYGVGVVGETSYFFNFDSYFEPGTVSHKLQRCETNDLTTVGGLPLIGGIDLAHILRVPVMGPYVRASVFN
Ga0115026_1105895013300009111WetlandMKAEKKTKFIKAIHPSQPEWEYYLPKEDKALNKKLSKKPIFPKLCDRPCTSVITLFPKDTVGGHTGKGYYMINIDGYRMINAYVISDPLSSTNQRGFTLELSFSLNDFVYGVGVVGETSYFFNFDNYFEPGTVSHKLQRCETNDLSTTGGLPLIGGVDLTHILRIPVMGPYVR
Ga0115027_1019757213300009131WetlandMTPTKERKTDMKAEKKLEFVKAIHPSQPEWEYYLPKEDKALIKKLSKKPLFPKLCDRPCTSIITLFPKDTVDGHTGKGYHMVNIDGYRVINAYVISDPLNSTNQRGFTLELSFALNDFVYGVGVVGETSYFFNFDSYFEPGTVSHKLQRCETNDLTTAGGLPLIGGIDLAHILRVPVMGPYVRASVFNEDGTARKAEVKAYLST*
Ga0115027_1031101313300009131WetlandMKAEKKTEFVKAIHPSQPEWEYYLPKEDKALIKKLSKKPIFPKLCERPCTSVITLFPKDTVEGNTGKGYHMINIDGYRMINAYVISDPLNSTNQRGFTLELSFSLNNFVYGVGVIGETSYFFNFDSYFEPGTVSHKLQRCETNDLTTTGGLPLIGGVDLTHILRIPVMGPYVRANVFNEDGTARKAEVKAYLST*
Ga0115027_1128015713300009131WetlandMKAEKKTKYVKAIHPSQPEWEYYLPKEDRALIKKLSKKPIFPKLCARPCTSIITLFPKDTIQGNTGKGYHMINIDGYRMINAYVISEPLNSTNQRGFTLELSFALNDFVYGVGVVGETSYFFNFDSYFEPGTLSHKLQRCETNDLTTTGGLPMLGGVDLTHILRVPVMGP
Ga0105102_1081734513300009165Freshwater SedimentKPAVGMTPNIERKTNMKAEKKLEFVKAIHPSQPEWEYYLPKEDKALIKKLSKKPLLPKLCDRPCTSIITLFPKDTVDGHTGKGYHMVNIDGYRVINAYVISDPLNSTNQRGFTLELSFALNDFVYGVGVVGETSYFFNFDSYFEPGTVSHKLQRCETNDLTTAGGLPLIGGIDLAH
Ga0113563_1024454733300009167Freshwater WetlandsVGMTPNIERKTDMKAEKKLEFVKAIHPSQPEWEYYLPKEDKALIKKLSKKPLFPKLCDRPCTSIITLFPKDTVDGHTGKGYHMINIDGYRVINAYVISDPLNSTNQRGFTLELSFALNDFVYGVGVVGETSYFFNFDSYFEPGTVSHKLQRCETNDLTTAGGLPLIGGIDLAHILRVPVMGPYVRASVFNEDGTARKAEVKAYLST*
Ga0113563_1064829423300009167Freshwater WetlandsMKAEKKIKYVKAIHPSQPEWEYYLPKEDKALIKKLSKKPIFPKLCERPCTSIITLFPKDTIQGNTGKGYHMINIDGYRMINAYVISEPLNSTNQRGFTLELSFALNDFVYGVGVVGETSYFFNFDSYFDPGTVSHKLQRCETNDLTTTGVLPMLGGVDLTHILRVPVMGPYVRASVFNEDGTARKAEVKAYLST*
Ga0115028_1008653123300009179WetlandMTPTKERKTDMKAEKKLEFVKAIHPSQPEWEYYLPKEDKALIKKLSKKPLFPKLCDRPCTSIITLFPKDTVDGHTGKGYHMVNIDGYRVINAYVISDPLNSTNQRGFTLELSFALNDFVYGVGVVGETSYFFNFDSYFDPGTLSHKLQRCETNDLTTAGGLPLIGGIDLTHILRIPVMGPYVRASVFNEDGTARKAEVKAYLST*
Ga0118657_1023402523300009506Mangrove SedimentMQKKKQIQFVKADHPSRPEWDYYLPKEDKALIRKLSKKPLFPKTCERPCTKIITLFPQDTIQGHTGKGYHMINVDGYRVINAYVISDPLNSTNQRGFTLELSFSLNDFVSGVGVIGETSHFFNFENYFDPGSISHKLQRCETSDLTTTGGLPWIGGTDLTHILRVPVMGPYIRASVFNEDGTSRKAEVKAYLST*
Ga0118657_1077811823300009506Mangrove SedimentMQKKKQLQFVKADHPSRPEWDYYLPKEDKALIKKLSKKPLFPKICERPCTTIITLFPQDTIQGHTGKGYHMINVDGYRVINAYVISDPLNSTNQRGFTLELSFSLNDFVSGVGVIGETSYFFNFENYFDPGSISHKLQRCETNDLTTTGGLPWIGGTDLTHILRVPVMGPYVRASVFNEDGTSRKAEVKAYLST*
Ga0123573_1114801513300009509Mangrove SedimentMQKKKQLQFVKADHPSRPEWDYYLPKEDKALVKKLSKRPLFPKICERPCTTIITLFPQDTIQGHTGKGYYMINVDGYRVINAYVISDALNSTNQRGFTLELSFSLNDFVYGVGVIGETSYFFNFDNYFDPGSVSHKLQRCETNDLTTTGGLPWIGGTDLTHILRVPVMGPYVRASVFNE
Ga0129299_102426723300010289Hot Spring Microbial MatMPQAKKPPEIEFVKTTHPARPDWPYFLPKENKALMRKLAKKPIFPRLCERPCTAVTTLFPRRQVEGHTGYGYHMINVDGYRTINAYVISDPLNSTNLRGFTLELSFSLYDFVYGVGVVGETSYFFNFESYFDPGTLTHRLQCCQTSDLSAGGGLPWIGGRDLAHILRAPVMGPYVRASVFNEDRTTRGVEVVAYLST*
Ga0136851_1084889023300010413Mangrove SedimentMQKKKQLQFVKADHPSRPEWDYYLPKEDKALVKKLSKRPLFPKICERPCTTIITLFPQDTIQGHTGKGYYMINVDGYRVINAYVISDALNSTNQRGFTLELSFSLNDFVYGVGVIGETSYFFNFDNYFDPGSVSHKLQRCETNDLTTTGGLPWIGGIDLTHILRVPVMGPYVRASVFNEDGTSRKAEVKAYLST*
Ga0137716_1019872713300010938Hot Spring Fe-Si SedimentMTKGEGCERQAVCRVAYVRNARSTYHVSESDKRTVAALAKAPRFLRGCDRPCTKTMTLLPRSQIQGHTGIGYQMINVDGYRWVNAYVISDALNSTNQRGFTLEISFSLHPFVYGVGVVGEARYFFNFDAFYDPGAGSHKLIRVETSDLTSTGGLPHIGGVDLTHILRVPVMGPYLRASVFNEDTVARHATVEAYLTT*
Ga0151652_1043470213300011340WetlandRPISKKPTIERRIDMKKTKQLKFVKATHPSRPEWDYYLPKENKALIKKLSKKPLFPKICERPCTSTITLFPKDTIQGHTGKGYYMINVDGYRVINAYVISDPLNSTNQRGFTLELSFSLYDFVYGVGVIGETSHFFNFDSYFDPGSVSHKLQRCETNDLTTTGGLPWIGGIDLAHILRVPVMGPYVRASVFNEDGTSRKAEVKAYLST*
Ga0151652_1051528113300011340WetlandDKTLIKKLSKKPIFPKLCDRPCTSIITLFPKDTVGGHTGKGYYMINIDGYRMINAYVISDPLSSTNQRGFTLELSFALNDFVYGVGVVGETSYFFNFDSYFEPGTVSHKLQRCETNDLSTTGGLPMIGGVDLTHILRIPVMGPYVRASVFNEDGVAKKAEVKAYLTT*
Ga0075341_104109613300014298Natural And Restored WetlandsDMKAEKKIKYVKAIHPSQPEWEYYLPKEDKALIKKLSKKPIFPKLCERPCTSIITLFPKDTIQGNTGKGYHMINIDGYRMINAYVISDALNSTNQRGFTLELSFALNDFVYGVGVVGETSYFFNFDSYFDAGTLSHKLQRCETNDLTTTGGLPMLGGVDLTHILRVPVMGPYVRASVFNEDGTARKAEVKAYLST*
Ga0075349_106081613300014305Natural And Restored WetlandsTDMKAEKKLEFVKAIHPSQPEWEYYLPKEDKALIKKLSKKPLFPKLCDRPCTSIITLFPKDTVDGHTGKGYHMVNIDGYRVINAYVISDPLNSTNQRGFTLELSFALNNFVYGVGVVGETSYFFNFDSYFDPGTLSHKLQRCETNDLTTTGGLPMLGGVDLTHILRVPVMGPYVRASVFNEDGVARKAEVKAYLST*
Ga0075347_101134023300014313Natural And Restored WetlandsMKTEKKIKYVKAIHPSQPEWEYYLPKEDKALIKKLSKKPIFPKLCERPCTSIITLFPKDTIQGNTGKGYHMINIDGYRMINAYVISEPLNSTNQRGFTLELSFALNDFVYGVGVVGETSYFFNFDSYFDPGTLSHKLQRCETNDLTTTGGLPMLGGVDLTHILRVPVMGPYVRASVFNEDGTARKAEVKAYLST*
Ga0075348_103550523300014319Natural And Restored WetlandsDKALIKKLSKKPIFPKFCERPCTSIITLFPKDTIQGNTGKGYHMINIDGYRMINAYVISEPLNSTNQRGFTLELSFALNDFVYGVGVVGETSYFFNFDSYFDPGTLSHKLQRCETNDLTTTGGLPMLGGVDLTHILRVPVMGPYVRASVFNEDGTARKAEVKAYLST*
Ga0180072_105257313300015250SoilMKKTKQLKFVKATHPSRPEWDYYLPKENKALIKKLSKKPLFPKICERPCTSTITLFPKDTIQGHTGKGYYMINVDGYRVINAYVISDPLNSTNQRGFTLELSFSLYDFVYGVGVIGETSHFFNFDSYFDPGSVSHKLQRCETNDLTTTGGLPWIGGIDLAHILRVPVMGPYVRASV
Ga0132255_10574577213300015374Arabidopsis RhizosphereGALVKAIHPRRPDWEYQVMEGDQALLRKLAKPPLFKRGCAKACTTVMTLLPKMTIPGHEGRGYHMINIDGYRTINAYVISTALNSTAQRGFSLELSFSLNPFVSGVGVVGETLNFFNFDGYYDPSSLSHRTVTCATSDLNSLGSVPWIGGVDLAHILRVSVMGPYVRASAFNEDS
Ga0180431_1040593413300017987Hypersaline Lake SedimentVSREKVKVESFAKAVHPVRPDWEYYLPKEDKALIEELARRPIFPKLCERPCTTVITLFPKDTVNGHVGKGYHMINVDGYRIINAYVISDALSSTLERGFTLELSFSLNDFVYGVGVIGDTSFFYNFESYFNPGTLSQRTVRCETNDLTTTGYPPWIGG
Ga0180432_1067406713300017989Hypersaline Lake SedimentVSREKVKVESFAKAVHPVRPDWEYYLPKEDKALIEELARRPIFPKLCERPCTTVITLFPKDTVNGHVGKGYHMINVDGYRIINAYVISDALSSTLERGFTLELSFSLNDFVYGVGVIGDTSFFYNFESYFNPGTLSQRTVRCETNDLTTTGYPPWIGGTDLT
Ga0190303_107216623300021512Hydrothermal Vent SedimentMSKNKNEKGYTKIVHPSRPDEDYYLPNENKKLIKKLAKRPVFPKICERPCTKVITLFPKDTVSGHTGKGYHMVNINGYRTINAYVISDALNSTIQRGFTLELSFSLNPFVYGVGVIGETSYFFNFDSYFDSADSSHRTLRCETNDLTTTGGLPWIGGTDLTHILRVPVLGPYVRASVFNEDGVSRKVEVKAYLST
Ga0212092_110522723300022548Hot Spring Microbial MatMPQAKKPPEIEFVKTTHPARPDWPYFLPKENKALMRKLAKKPIFPRLCERPCTAVTTLFPRRQVEGHTGYGYHMINVDGYRTINAYVISDPLNSTNLRGFTLELSFSLYDFVYGVGVVGETSYFFNFESYFDPGTLTHRLQCCQTSDLSAGGGLPWIGGRDLAHILRAPVMGPYVRASVFNEDRTTRGVEVVAYLST
Ga0212093_1000628543300022554Hot Spring SedimentMPQAKKPPKIEFVKTTHPARPDWPYFLPKENKALMRKLAKKPIFPRLCERPCTAVTTLFPRRQVEGHTGYGYHMINVDGYRTINAYVISDPLNSTNLRGFTLELSFSLYDFVYGVGVVGETSYFFNFESYFDPGTLTHRLQCCQTSDLSAGGGLPWIGGRDLAHILRAPVMGPYVRASVFNEDRTTRGVEVVAYLST
Ga0209172_10000582943300025310Hot Spring SedimentMAKKPAAPAVKLTQAVHPARPDWTYHVLEPDKRTVAALAKAPRFLRGCDRPCTKTMTLLPRTQIQGHTGIGYQMINVDGYRWVNAYVISDALTSTNQRGFTLEISFSLHPFVYGVGVVGEARYFFNFDTFYDPGAGSHRLIRVETSDLTSTGGLPHIGGVDLTHILRVPVMGPYLRASVFNEDTVARHAAVEAYLTT
Ga0210099_106486613300025562Natural And Restored WetlandsKLSKKPIFPKLCERPCTSIITLFPKDTIQGNTGKGYHMINIDGYRMINAYVISDALNSTNQRGFTLELSFALNDFVYGVGVVGETSYFFNFDSYFDAGTLSHKLQRCETNDLTTTGGLPMLGGVDLTHILRVPVMGPYVRASVFNEDGTARKAEVKAYLST
Ga0210088_100018293300025948Natural And Restored WetlandsMKAEKKIKYVKAIHPSQPEWEYYLPKEDKALIKKLSKKPIFPKLCERPCTSIITLFPKDTIQGNTGKGYHMINIDGYRMINAYVISDALNSTNQRGFTLELSFALNDFVYGVGVVGETSYFFNFDSYFDAGTLSHKLQRCETNDLTTTGGLPMLGGVDLTHILRVPVMGPYVRASVFNEDGTARKAEVKAYLST
Ga0256807_100078113300026477SedimentVKAIHPSQPEWEYYLPKEDKALIKKLSKKPIFPRLCERPCTSIITLFPKDTIEGNTGKGYHMINIDGYRMINAYVISDPLNSTNQRGFTLELSFALNDFVYGVGVVGETSYFFNFDSYFEPATVSHKLQRCETNDLTTTGGLPMLGGVDLTHILRVPVMGPYVRASVFNEDGVARKAEVKAYLST
Ga0209588_101938523300027671Vadose Zone SoilMAKAKAAAQPKLIESRHPTREGAKYLLIEPDRQTQNRLLKPFLFPRTCDRPCTRVITLLPKTTVNPQTGIGYQMTNIDGFRTINAYVICDPLNSTSQRGFTLELSFSVNPFVLGVGVVGEARYSFNFESYYDPSNVKHGTVHCETNDLTSTGGLPHIGGVDLTHILRAPVIGPYVRASVFNEGSTPRGVEVRAYLIT
Ga0208665_1005625823300027715Deep SubsurfaceMKAEKKTKFIKAIHPSQPEWEYYLPKEDKALNKKLSKKPIFPKLCDRPCTSVITLFPKDTVGGHTGKGYYMINIDGYRMINAYVISDPLSSTNQRGFTLELSFSLNDFVYGVGVVGETSYFFNFDNYFEPGTVSHKLQRCETNDLSTTGGLPLIGGVDLTHILRIPVMGPYVRASVFNED
Ga0208665_1018580823300027715Deep SubsurfacePEWEYYLPKEDKALIKKLSKKPIFPKLCERPCTSVITLFPKDTVEGNTGKGYHIINIDGYRMINAYVISDPLNSTNQRGFTLELSFSLNNFVYGVGVIGETSYFFNFDSYFEPGTVSHKLQRCETNDLTTTGGLPLIGGVDLTHILRIPVMGPYVRASVFNEDGTARKAEVKAYLST
Ga0209633_1051821613300027822MarineMEKRKTKVSQLVKAVHPARPDWAYYLPKENKTLIGQLAKKPVFPKLCEKPCTTVTTLFPKDSVNGHTGKGYYMINVDGYRTINAYVISDSLNSTLQRGFTLELSFALNDFVYGVGVLGETSFFYNFDNYFNPGTASQPTLRCETSDLTTTGGLPWIGGTDLTHILRVPVM
Ga0209262_1000917033300027841FreshwaterMKAGKKLEFVKAIHPSQPEWEYYLPKEDKALIKKLSKKPIFPKLCERPCTSIITLFPKDTVDGHTGKGYHMINISGYRVINAYVISDPLNSTNQRGFTLELSFALNDFVYGVGVIGETSYFFNFDSYFDPGTLSHKLQRCETNDLTTAGGLPLIGGIDLTHILRIPVMGPYVRASVFNEDGTARKAEVKAYLST
Ga0209180_1031743113300027846Vadose Zone SoilMAKERKTKEQLVKAVHPGRPDWTYYVLEPDARIVANLAKRPRLAKTCCPPCTAIMTFLPKTSIAGRTGVGYQMINVDGYSWINAYVVSDRLTSTTQRGFTLELSFSLNPFVLGVGVVGESSFFFNFDNYYDPGASSHRTICCETSDLTSTGGLPRIGGVDLTHILRVPVMGPYVRASAFNEDNTTRSAEV
Ga0209397_1015130413300027871WetlandMKAEKKTEFVKAIHPSQPEWEYYLPKEDKALIKKLSKKPIFPKLCERPCTSVITLFPKDTVEGNTGKGYHMINIDGYRMINAYVISDPLNSTNQRGFTLELSFSLNNFVYGVGVIGETSYFFNFDSYFEPGTVSHKLQRCETNDLTTTGGLPLIGGVDLTHILRIPVMGPYVRASVFNEDGTARKAEVKAYLST
Ga0209397_1054235413300027871WetlandGRVTKPAVGMTPTKERKTDMKAEKKLEFVKAIHPSQPEWEYYLPKEDKALIKKLSKKPLFPKLCDRPCTSIITLFPKDTVDGHTGKGYHMVNIDGYRVINAYVISDPLNSTNQRGFTLELSFALNDFVYGVGVVGETSYFFNFDNYFEPGTVSHKLQRCETNDLTTAGGLPLIGGIDLAHILRVPVMGPYVRA
Ga0209397_1057551613300027871WetlandMKAEKKTKYVKAIHPSQPEWEYYLPKEDRALIKKLSKKPIFPKLCARPCTSIITLFPKDTIQGNTGKGYHMINIDGYRMINAYVISEPLNSTNQRGFTLELSFALNDFVYGVGVVGETSYFFNFDNYFDPGTLSHKLQRCETNDLTTTGGLPMIGGVDLTHILRIPVMGPYVRASVFN
Ga0209450_1004995433300027885Freshwater Lake SedimentMKAEKKLEFVKAIHPSQPEWEYYLPKEDKALIKKLSKKPIFPKLCERPCTSIITLFPKDTVEGHTGKGYHMINISGYRMINAYVISDPLNSTNQRGFTLELSFALNDFVYGVGVVGETSYFFNFDSYFDPGTLSHKLQRCETNDLTTAGGLPLIGGIDLTHILRVPVMGPYVRASVFNEDGTARKAEVKAYLST
Ga0208980_1003018153300027887WetlandMKAEKKIKFVKAIHPSQPEWEYYLPKEDKALIKKLSKKPIFPKLCDRPCTSIITLFPKDTVGGHTGKGYYMINIDGYRMINAYVISDPLNSTNQRGFTLELSFALNDFVYGVGVVGETSYFFNFDSYFEPGTVSHKLQRCETNDLSTTGGLPLIGGVDLTHILRIPVMGPYVRASVFNEDGIAKKAEVKAYLTT
Ga0209496_1000743433300027890WetlandMKAEKKTEFVKAIHPSQPEWEYYLPKEDKALIKKLSKKPIFPKLCERPCTSVITLFPKDTVEGNTGKGYHIINIDGYRMINAYVISDPLNSTNQRGFTLELSFSLNNFVYGVGVIGETSYFFNFDSYFEPGTVSHKLQRCETNDLTTTGGLPLIGGVDLTHILRIPVMGPYVRASVFNEDGTARKAEVKAYLST
Ga0209254_1042829713300027897Freshwater Lake SedimentMKAGKKLEFVKAIHPSQPEWEYYLPKEDKALIKKLSKKPIFPKLCERPCTSIITLFPKDTVDGHTGKGYHMINISGYRVINAYVISDPLNSTNHRGFTLELSFALNDFVYGVGVIGETSYFFNFDSYFDPGTLSHKLQRCETNDLTTAGGLPLIGGIDLTHILRSPVMGPYVRASVFNEDGTARKAEVKAYLST
Ga0209253_10003623113300027900Freshwater Lake SedimentMKAGKKLEFVKAIHPSQPEWEYYLPKEDKALIKKLSKKPIFPKLCERPCTSIITLFPKDTVDGHTGKGYHMINISGYRVINAYVISDPLNSTNQRGFTLELSFALNDFVYGVGVIGETSYFFNFDSYFEPGTVSHKLQRCETNDLTTTGGLPLIGGVDLTHILRIPVMGPYVRASVFNEDGTARKAEVKAYLST
Ga0209048_1063842813300027902Freshwater Lake SedimentMKKTKQLKFVKATHPSRPEWDYYLPKENKALIKKLSKKPLFPKICERPCTSTITLFPKDTIQGHTGKGYYMINVDGYRVINAYVISDPLTSTNQRGFTLELSFSLYDFVYGVGVIGETSHFFNFDSYFDPGSVSHKLQRCETNDLTTTGGLPWIGGVDLAHILRVPVMGPYVRASVFNEDGTSRKAEVMAYLST
Ga0265309_1040914913300028599SedimentMAKKTSQKGYIKAVHQTRPDWDYYLPKEDKKLIAKLAKKPLFPKACERPCTKVITLFPEDTVNGHSGKGYHMINIDGYRTINAYVISDALNSTNQRGFILELSFSLNDFVYGVGVIGETSHFFNFDNYFDPGNTSHRTLRCETNDLTTTGLPPWIG
Ga0272446_100040643300028735Microbial MatMAKRIPPAAVKLTKAVHPARPDSTYHVLEPDKRTVAALAKAPRFLRGCDRPCTKTMTLLPRSQIQGHTGIGYQMINVDGYRWVNAYVISDALNSTNQRGFTLEISFSLHPFVYGVGVVGEARYFFNFDAFYDPGAGSHKLIRVETSDLTSTGGLPHIGGVDLTHILRVPVMGPYLRASVFNEDTVARHATVEAYLTT
Ga0272441_1002990183300028920Marine SedimentMAKKKSEKGYIKAVHKARPDWEYYLPVENKKLIAKLATKPIFPKTCERPCTKVITLFPEDTVNGHCGKGYHMINIDGYRIINAYVISDALNSTTQRGFTLELSFSLNDFVYGVGVIGETSHFFNFDSYFNPGNSSHRTLRCETNDLTTTGGLPWIGGTDLTHILRVPVMGPYVRASAFNEGNTPRKVEVKAYLST
Ga0299906_1098539713300030606SoilTPTPGAIMAKQTKKGEPGLVKVVHPARPGWDYFLPKHDPAVANKLMRKHIFPRFCDRPCTKIMTLFPKKSVDGHTGYGYYMINVAGYRIINAYVISDPLNSTTQRGFTLELSFSLHDFVSGVGVIGETSYFYNFENFFNPGTLSQRTLRCETSDLTTAGGLPWIGGTDLTHILRVPVMGPYIRASVFNEDTVTRQAEVKAYLST
Ga0307419_1020297713300031537Salt MarshMADKENEKGYIKAVHNARPDWNYYLPKEDKKLIAELAKKPTLLKECERPCTNVITLFPKDTVNGHSGKGYHMINIDGYRTINAYVISDALNSSTQRGFTLELSFSINDFVYGVGVIGETSHFFNFDSYFDPGKSSHGTLRCETSDLTTTGGLPWIGGTDLTHILRIPVVGPYVRASVFNEDGTAHKVEVKAYLST
Ga0316577_1017704513300031733RhizosphereMAKTKVSKKYIKAVHKARPDWEYYLPVDDKKLISELAQKPIFPKLCERPCTTVMTLFPKDTVNGHCGKGYHMINIDGYRTINAYVISDALNSTSQRGFTLELGFSLNDFVYGVGVIGETSYFFNFDSYYDPGNWSHGTLRCETNDLTSNGVLPWIGG
Ga0326597_1149706513300031965SoilTKGGVIMAKQTKKGEPGLVKVVHPARPGWDYFLPKHDPAVATKLMRKHIFPRFCDRPCTKIMTLFPKKSVDGHTGYGYYMINVAGYRIINAYVISDPLNSTNQRGFTLELSFSLHDFVSGVGVIGETSYFYNFENFFNPGTLSQRTLRCETSDLTTAGGLPWIGGTDLTHILRVPVMGPYIRASVFNEDTVTRQAEVKAYLST
Ga0316583_1022913413300032133RhizosphereETSKATIDKLLKPPVFGKICDKACTKVISLLPKTSVAGHTGVGYQMINIDGYRTINAYVISDRLNSTTQRGFTLELSFSVNPFVYGVGVVGESSFFFNFDSYFEPGTLSHRTARCETSDLTTVGGLPRIGGVDLTHILRAPVMGPYVRASVFNEDGTARHVEVSAYLST
Ga0315268_1000172493300032173SedimentMTTKILEGGQNLVKQVHFSRPDWNYFLLEPGKEIIDGLLKPPIFEKTCDKACTRVIGLLPKTNVAGHTGVGYQMINIDGYRTINAYVISDRLNSTTQRGFTLELSFSINPFVYGVGVIGETSFFFNFDGYFEPGTLSHRTARCETSDLTTVGGLPRIGGVDLTHILRSPVMGPYVRASVFNEDGTARSAEVSAYLST
Ga0316206_10001871203300032253Microbial MatMNEYIKEVVMTKKDSTSYIKTTHKSRPDWNYYLPEENISLTETLAKKPIFPNACETPCTKIMTLFPQDIVNGHTGKGYHMLNIDGYRMINAYVISEALNSTTQRGFTLELSFSLNDFVYGVGVLGETSYFFNFDNCFNPGKSSHKTLRCETNDLTTTDGIPWIGGTDLTHILRVPVMGPYVRASVFNEDTTSRKVEVKVYLTT
Ga0316206_100084663300032253Microbial MatMEKRKTKVSQLVKAVHPARPDWAYYLPKENKTLISQLAKKPIFPKLCEKPCTTVTTLFPKDTVNGHTGKGYYMVNVDGYRTINAYVISDSLNSTLQRGFTLELSFALNDFVYGVGVLGETSFFYNFDSYFNPGTASQPTLRCETSDLSTTGGLPWIGGTDLTHILRVPVMGPYVRASVFNEDGTARQVEVKAYLST
Ga0316206_100265473300032253Microbial MatMTKKDSTSYIKTTHKSRPDWNYYLPEENISLIETLAKKPIFPNTCETPCTKIMTLFPQDSVNGHTGKGYHMLNIDGYRTINAYVISEALNSTTQRGFTLELSFSLNDFVYGVGVLGETSYFFNFDNCFNPGNFSHKALHCETNDLTTTNGIPWIGGTDLTHILRVPVMGPYVRASVFNEDATSRKVEVKVYLTT
Ga0335069_1137153613300032893SoilMPTVLDHPTEKQTTSFVKSEHPTRPGWEYLLPTEDKQIIEQLMKPHTIPPGYHRPFTQVTTLFPQDTVEGHTGKGYYMVNVDGFRAINAYVISDPLNSSTQRGFTLELSFALNDFVYGVGVVGESAFFFNFEEYFDPGNFSHKTIRCETSDLISTGGLPWIGGRDLTHILR
Ga0316604_1035286413300033406SoilMKAEKKLEFVKAIHPSQPEWEYYLPKEDKALIKKLSKKPLFPKLCDRPCTSIITLFPKDTVDGHTGKGYHMINIDGYRVINAYVISDPLNSTNQRGFTLELSFALNDFVYGVGVVGETSYFFNFDNYFEPGTLSHKLQRCETNDLTTAGGLPLIGGIDLAHILRVPVMGPYVRASVFNEDGTARKAEV
Ga0316604_1058108013300033406SoilMKAEKKTEFVKAIHPSQPEWEYYLPKEDKALIKKLSKKPIFPKLCERPCTSVITLFPKDTVEGNTGKGYHMINIDGYRMINAYVISDPLNSTNQRGFTLELSFSLNNFVYGVGVIGETSYFFNFDSYFEPGTVSHKLQRCETNDLTTTGGLPLIGGVDLTHILRIPVMGPYVRASVFNEDGTARKAEVKA
Ga0214472_1032358423300033407SoilMAKQTKKGEPGLVKVVYPARPGWDYFLPKHDPAVAKKLMRKHIFPRFCDRPCSKIMTLFPKKSVDGHTGYGYYMINVAGYRIINAYVISDPLNSTNQRGFTLELSFSLHDFVSGVGVIGETSYFYNFENFFNPGTLSQRTLRCETSDLTTAGGLPWIGGTDLTHILRVPVMGPYIRASVFNEDTVTRQAEVKAYLST
Ga0316605_1031723823300033408SoilMKAEKKLEFVKAIHPSQPEWEYYLPKEDKALIKKLSKKPLFPKLCDRPCTSIITLFPKDTVDGHTGKGYHMVNIDGYRVINAYVISDPLNSTNQRGFTLELSFALNDFVYGVGVVGETSYFFNFDNYFEPGTLSHKLQRCETNDLTTAGGLPLIGGIDLAHILRVPVMGPYVRASVFNEDGTARKAEVKAYLST
Ga0316619_1035580523300033414SoilMKAEKKLEFVKAIHPSQPEWEYYLPKEDKALIKKLSKKPLFPKLCDRPCTSIITLFPKDTVDGHTGKGYHMVNIDGYRVINAYVISDPLNSTNQRGFTLELSFALNDFVYGVGVVGETSYFFNFDSYFEPGTVSHKLQRCETNDLTTVGGLPLIGGIDLAHILRVPVMGPYVRASVFNEDRTARKAEAKAY
Ga0316619_1114012423300033414SoilYVKAIHPSQPEWEYYLPKEDKALIKKLSKKPIFPKLCERPCTSIITLFPKDTIQGNTGKGYHMINIDGYRVINAYVISDPLNSTNQRGFTLELSFALNDFVYGVGVVGETSYFFNFDSYFDPGTLSHKLQRCETNDLTTTGGLPMLGGVDLTHILRVPVMGPYVRASVFNEDGTARKAEVKAYLST
Ga0214471_1075309913300033417SoilPKHDPAVANKLMRKHIFPRFCDRPCTKIMTLFPKKSVDGHTGYGYYMINVAGYRIINAYVISDPLNSTNQRGFTLELSFSLHDFVSGVGVIGETSYFYNFENFFNPGTLSQRTLRCETSDLTTAGGLPWIGGTDLTHILRVPVMGPYIRASVFNEDTVTRQAEVKAYLST
Ga0316625_10020510213300033418SoilMKAEKKTKFIKAIHPSQPEWEYYLPKEDKALNKKLSKKPIFPKLCDRPCTSVITLFPKDTVGGHTGKGYYMINIDGYRMINAYVISDPLSSTNQRGFTLELSFSLNDFVYGVGVVGETSYFFNFDNYFEPGTVSHKLQRCETNDLSTTGGLPLIGGVDLTHILRIPVMGPYVRASVFNEDGIAKKAEVKAYLTT
Ga0316625_10043986013300033418SoilKEDKALIKKLSKKPIFPKLCERPCTSVITLFPKDTVEGNTGKGYHMINIDGYRMINAYVISDPLNSTNQRGFTLELSFSLNNFVYGVGVIGETSYFFNFDSYFEPGTVSHKLQRCETNDLTTTGGLPLIGGVDLTHILRIPVMGPYVRASVFNEDGTARKAEVKAYLST
Ga0316601_10005965833300033419SoilMTPTKERKTDMKAEKKLEFVKAIHPSQPEWEYYLPKEDKALIKKLSKKPLFPKLCDRPCTSIITLFPKDTVDGHTGKGYHMINIDGYRVINAYVISDPLNSTNQRGFTLELSFALNDFVYGVGVVGETSYFFNFDNYFEPGTLSHKLQRCETNDLTTAGGLPLIGGIDLAHILRVPVMGPYVRASVFNEDGTARKAEVKAYLST
Ga0316601_10070361413300033419SoilMKAEKKIKYVKAIHPSQPEWEYYLPKEDKALIKKLSKKPIFPKLCERPCTSIITLFPKDTIQGNTGKGYHMINIDGYRMINAYVISEPLNSTNQRGFTLELSFALNDFVYGVGVVGETSYFFNFDSYFDPGTLSHKLQRCETNDLTTTGGLPMLGGVDLTHILRVPVMGPYVR
Ga0316601_10074303123300033419SoilMKAEKKIKYVKAIHPSQPEWEYYLPKEDRALIKKLSKKPIFPKLCARPCTSIITLFPKDTIQGNTGKGYHMINIDGYRMINAYVISEPLNSTNQRGFTLELSFALNDFVYGVGVVGETSYFFNFDSYFDPGTLSHKLQRCETNDLTTTGGLPMLGGVDLTHILRVPVMGPYVRASVFNEDGTARKAEVKAYLTT
Ga0316601_10221756913300033419SoilDKALNKKLSKKPIFPKLCDRPCTSIITLFPKDTVGGHTGKGYYMINIDGYRMINAYVISDPLSSTNQRGFTLELSFSLNDFVYGVGVVGETSYFFNFDNYFEPGTVSHKLQRCETNDLSTTGGLPLIGGVDLTHILRIPVMGPYVRASVFNEDGIAKKAEVKAYLTT
Ga0316613_1071553713300033434SoilLSKKPLFPKLCDRPCTSIITLFPKDTVDGHTGKGYHMINIDGYRVINAYVISDPLNSTNQRGFTLELSFALNDFVYGVGVVGETSYFFNFDSYFEPGTVSHKLQRCETNDLTTAGGLPLIGGIDLAHILRVPVMGPYVRASVFNEDGTARKAEVKAYLST
Ga0316600_1030153123300033481SoilMTPIIERKTDMKAEKKLEFVKAIHPSQPEWEYYLPKEDKALIKKLSKKPLFPKLCDRPCTSIITLFPKDTVDGHTGKGYHMVNIDGYRVINAYVISDPLNSTNQRGFTLELSFALNDFVYGVGVVGETSYFFNFDNYFEPGTLSHKLQRCETNDLTTAGGLPLIGGIDLAHILRVPVMGPYVRASVFNEDGTARKAEVKAYLST
Ga0316627_10104085623300033482SoilHPSQPEWEYYLPKEDRALIKKLSKKPIFPKLCARPCTSIITLFPKDTIQGNTGKGYHMINIDGYRMINAYVISEPLNSTNQRGFTLELSFALNDFVYGVGVVGETSYFFNFDSYFDPGTLSHKLQRCETNDLTTTGGLPMLGGVDLTHILRVPVMGPYVRASVFNEDGTARKAEVKAYLS
Ga0316627_10167424013300033482SoilLSKKPIFPKLCDRPCTSVITLFPKDTVGGHTGKGYYMINIDGYRMINAYVISDPLSSTNQRGFTLELSFSLNDFVYGVGVVGETSYFFNFDNYFEPGTVSHKLQRCETNDLSTTGGLPLIGGVDLTHILRIPVMGPYVRASVFNEDGIAKKAEVKAYLTT
Ga0316629_1062005223300033483SoilMKAEKKTKFIKAIHPSQPEWEYYLPKEDKALNKKLSKKPIFPKLCDRPCTSIITLFPKDTVGGHTGKGYYMINIDGYRMINAYVISDPLNSTNQRGFTLELSFALNDFVYGVGVVGETSYFFNFDSYFEPGTVSHKLQRCETNDLSTTGGLPLIGGVD
Ga0316626_1112540213300033485SoilMKAEKKLEFVKAIHPSQPEWEYYLPKEDKALIKKLSKKPLFPKLCDRPCTSIITLFPKDTVDGHTGKGYHMINIDGYRVINAYVISDPLNSTNQRGFTLELSFALNDFVYGVGVVGETSYFFNFDNYFEPGTLSHKLQRCETNDLTTAGGLPLIGGIDLAHILRVPVMGPYVRASVFNEDGTARKAEVKAYLST
Ga0316621_1014815833300033488SoilMKAEKKTKFIKAIHPSQPEWEYYLPKEDKALNKKLSKKPIFPKLCDRPCTSVITLFPKDTVGGHTGKGYYMINIDGYRMINAYVISDPLSSTNQRGFTLELSFALNDFVYGVGVVGETSYFFNFDSYFEPGTVSHKLQRCETNDLSTTGGLPLIGGVDLTHILRIPVMGPYVRASVFNEDGIAKKAEVKAYLTT
Ga0316621_1026833013300033488SoilEFVKAIHPSQPEWEYYLPKEDKALIKKLSKKPIFPKLCERLCTSVITLFPKDTVEGNTGKGYHMINIDGYRMINAYVISDPLNSTNQRGFTLELSFSLNNFVYGVGVIGETSYFFNFDSYFEPGTVSHKLQRCETNDLTTTGGLPLIGGVDLTHILRIPVMGPYVRASVFNEDGTARKAEVKAYLST
Ga0316628_10411217513300033513SoilIKKLSKKPIFPKLCERPCTSVITLFPKDTVEGNTGKGYHMINIDGYRMINAYVISDPLNSTNQRGFTLELSFSLNNFVYGVGVIGETSYFFNFDSYFEPGTVSHKLQRCETNDLTTTGGLPMLGGVDLTHILRVPVMGPYVRASVFNEDGTARKAEVKAYLST
Ga0316616_10224935513300033521SoilMKAEKKIKYVKAIHPSQPEWEYYLPKEDKALIKKLSKKPIFPKLCERPCTSIITLFPKDTIQGNTGKGYHMINIDGYRMINAYVISEPLNSTNQRGFTLELSFALNDFVYGVGVVGETSYFFNFDSYFDPGTLSHKLQRCETNDLTTTGGLPMLGGVDLTHILRVPVMGPYVRASVFNEYGTARKAEVKAYLST
Ga0316617_10084173713300033557SoilEFVKAIHPSQPEWEYYLPKEDKALIKKLSKKPIFPKLCERPCTSVITLFPKDTVEGNTGKGYHMINIDGYRMINAYVISDPLNSTNQRGFTLELSFSLNNFVYGVGVIGETSYFFNFDSYFEPGTVSHKLQRCETNDLTTTGGLPLIGGVDLTHILRIPVMGPYVRASVFNEDGTARKAEVKAYLST
Ga0316617_10210150913300033557SoilGRVAKPAVGMTPTKERKTDMKAEKKLEFVKAIHPSQPEWEYYLPKEDKALIKKLSKKPLFPKLCDRPCTSIITLFPKDTVDGHTGKGYHMVNIDGYRVINAYVISDPLNSTNQRGFTLELSFALNDFVYGVGVVGETSYFFNFDSYFEPGTVSHKLQRCETNDLTTAGGLPLIGGIDLAHILRVPVMGPYVRA
Ga0370480_0000539_6232_68163300034169Untreated Peat SoilMKAEKKIKFVKAIHPSQPEWEYYLPKEDKALIKKLSKKPIFPKLCDRPCTSIITLFPKDTVGGHTGKGYYMVNIDGYRMINAYVISDPLNSTNQRGFTLELSFALNDFVYGVGVVGETSYFFNFDSYFEPGTVSHKLQRCETNDLSTTGGLPLIGGVDLTHILRIPVMGPYVRASVFNEDGIAKKAEVKAYLTT

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Bioinformatics & Integrated Biology Lab
Institute for Fundamental Biomedical Research
Biomedical Sciences Research Center "Alexander Fleming"
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