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 F055827

Metagenome / Metatranscriptome Family F055827

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Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F055827
Family Type Metagenome / Metatranscriptome
Number of Sequences 138
Average Sequence Length 103 residues
Representative Sequence MKLKDWLRDARGKQPPDEVYVDAAAVPAEPEGPYRARLAAATHTAAPEGIDVSEREVVTGQLQLIYRTRCTCGHQWDALQFQRMSICPQCGRAVLVEAPKPSAE
Number of Associated Samples 56
Number of Associated Scaffolds 138

Quality Assessment
Transcriptomic Evidence Yes
Most common taxonomic group Unclassified
% of genes with valid RBS motifs 0.00 %
% of genes near scaffold ends (potentially truncated) 0.00 %
% of genes from short scaffolds (< 2000 bps) 0.00 %
Associated GOLD sequencing projects 45
AlphaFold2 3D model prediction Yes
3D model pTM-score0.36

Note: High quality evidence is represented by blue. Low quality evidence is represented by red.
Hidden Markov Model
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Most Common Taxonomy
Group Unclassified (100.000 % of family members)
NCBI Taxonomy ID N/A
Taxonomy N/A

Most Common Ecosystem
GOLD Ecosystem Environmental → Terrestrial → Soil → Wetlands → Unclassified → Soil
(36.232 % of family members)
Environment Ontology (ENVO) Unclassified
(36.957 % of family members)
Earth Microbiome Project Ontology (EMPO) Unclassified
(37.681 % of family members)


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Multiple Sequence Alignments

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Structure & Topology

Predicted Secondary Structure and Topology

Predicted Topology & Secondary Structure
Classification: Globular Signal Peptide: No Secondary Structure distribution: α-helix: 12.12%    β-sheet: 10.61%    Coil/Unstructured: 77.27%
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: 0.36
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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 138 Family Scaffolds
PF02801Ketoacyl-synt_C 8.70
PF01464SLT 5.07
PF10604Polyketide_cyc2 3.62
PF07885Ion_trans_2 2.90
PF14534DUF4440 2.90
PF00370FGGY_N 2.90
PF09335SNARE_assoc 2.17
PF13619KTSC 1.45
PF10881DUF2726 1.45
PF14718SLT_L 1.45
PF00459Inositol_P 1.45
PF09957VapB_antitoxin 0.72
PF00929RNase_T 0.72
PF06224HTH_42 0.72
PF13602ADH_zinc_N_2 0.72
PF00892EamA 0.72
PF17171GST_C_6 0.72
PF10412TrwB_AAD_bind 0.72
PF03389MobA_MobL 0.72
PF13997YqjK 0.72
PF00378ECH_1 0.72
PF07731Cu-oxidase_2 0.72
PF01894UPF0047 0.72
PF13795HupE_UreJ_2 0.72
PF02518HATPase_c 0.72
PF00753Lactamase_B 0.72
PF03880DbpA 0.72
PF00171Aldedh 0.72

Neighboring Clusters of Orthologous Genes (COGs)

COG IDNameFunctional Category % Frequency in 138 Family Scaffolds
COG0398Uncharacterized membrane protein YdjX, related to fungal oxalate transporter, TVP38/TMEM64 familyFunction unknown [S] 2.17
COG0513Superfamily II DNA and RNA helicaseReplication, recombination and repair [L] 2.17
COG0586Membrane integrity protein DedA, putative transporter, DedA/Tvp38 familyCell wall/membrane/envelope biogenesis [M] 2.17
COG1238Uncharacterized membrane protein YqaA, VTT domainFunction unknown [S] 2.17
COG0014Gamma-glutamyl phosphate reductaseAmino acid transport and metabolism [E] 0.72
COG0432Thiamin phosphate synthase YjbQ, UPF0047 familyCoenzyme transport and metabolism [H] 0.72
COG0507ATPase/5’-3’ helicase helicase subunit RecD of the DNA repair enzyme RecBCD (exonuclease V)Replication, recombination and repair [L] 0.72
COG1012Acyl-CoA reductase or other NAD-dependent aldehyde dehydrogenaseLipid transport and metabolism [I] 0.72
COG2132Multicopper oxidase with three cupredoxin domains (includes cell division protein FtsP and spore coat protein CotA)Cell cycle control, cell division, chromosome partitioning [D] 0.72
COG3214DNA glycosylase YcaQ, repair of DNA interstrand crosslinksReplication, recombination and repair [L] 0.72
COG4230Delta 1-pyrroline-5-carboxylate dehydrogenaseAmino acid transport and metabolism [E] 0.72

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Phylogeny

NCBI Taxonomy

NameRankTaxonomyDistribution
UnclassifiedrootN/A100.00 %

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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link


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Environmental Properties

Associated Habitat Types

Select Environment Taxonomy Level:
HabitatTaxonomyDistribution
SoilEnvironmental → Terrestrial → Soil → Wetlands → Unclassified → Soil36.23%
Freshwater SedimentEnvironmental → Aquatic → Freshwater → Sediment → Unclassified → Freshwater Sediment24.64%
Freshwater WetlandsEnvironmental → Aquatic → Freshwater → Wetlands → Unclassified → Freshwater Wetlands11.59%
WetlandEnvironmental → Aquatic → Freshwater → Sediment → Unclassified → Wetland9.42%
Natural And Restored WetlandsEnvironmental → Aquatic → Marine → Wetlands → Unclassified → Natural And Restored Wetlands6.52%
Freshwater Lake SedimentEnvironmental → Aquatic → Freshwater → Lentic → Sediment → Freshwater Lake Sediment5.80%
SedimentEnvironmental → Aquatic → Freshwater → Lake → Sediment → Sediment1.45%
SedimentEnvironmental → Aquatic → Freshwater → Wetlands → Sediment → Sediment1.45%
EstuarineEnvironmental → Aquatic → Marine → Intertidal Zone → Estuary → Estuarine1.45%
GroundwaterEnvironmental → Aquatic → Freshwater → Groundwater → Unclassified → Groundwater0.72%
Natural And Restored WetlandsEnvironmental → Terrestrial → Soil → Wetlands → Unclassified → Natural And Restored Wetlands0.72%

Visualization
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Associated Samples

Taxon OIDSample NameHabitat TypeIMG/M Link
3300003861Freshwater lake sediment microbial communities from the University of Notre Dame, USA, for methane emissions studies - CRP12 CREnvironmentalOpen in IMG/M
3300004050Wetland microbial communities from San Francisco Bay, California, USA, that impact long-term carbon sequestration - RushSE_CattailNLA_D2EnvironmentalOpen in IMG/M
3300004051Wetland microbial communities from San Francisco Bay, California, USA, that impact long-term carbon sequestration - RushSE_CattailNLB_D2EnvironmentalOpen in IMG/M
3300004057Wetland microbial communities from San Francisco Bay, California, USA, that impact long-term carbon sequestration - RushSE_TuleC_D2EnvironmentalOpen in IMG/M
3300004071Wetland microbial communities from San Francisco Bay, California, USA, that impact long-term carbon sequestration - RushMan_ThreeSqB_D2EnvironmentalOpen 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
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
3300009078Freshwater sediment microbial communities from Prairie Pothole Lake near Jamestown, North Dakota, USA - PPLs Lake P8 Core (1) Depth 10-12cm September2015EnvironmentalOpen in IMG/M
3300009081Freshwater sediment microbial communities from Prairie Pothole Lake near Jamestown, North Dakota, USA - PPLs Lake P7 Core (1) Depth 19-21cm May2015EnvironmentalOpen in IMG/M
3300009082Freshwater sediment microbial communities from Prairie Pothole Lake near Jamestown, North Dakota, USA - PPLs Lake P8 Core (1) Depth 1-3cm May2015EnvironmentalOpen 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
3300009153Freshwater sediment microbial communities from Prairie Pothole Lake near Jamestown, North Dakota, USA - PPLs Lake P8 Core (3) Depth 10-12cm March2015EnvironmentalOpen 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
3300009169Freshwater sediment microbial communities from Prairie Pothole Lake near Jamestown, North Dakota, USA - PPLs Lake P7 Core (1) Depth 10-12cm May2015EnvironmentalOpen in IMG/M
3300009179Wetland microbial communities from Old Woman Creek Reserve in Ohio, USA - Plant_0915_D1EnvironmentalOpen in IMG/M
3300009430Groundwater microbial communities from Big Spring, Nevada to study Microbial Dark Matter (Phase II) - Ash Meadows Big SpringEnvironmentalOpen 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
3300021337Metatranscriptome of estuarine sediment microbial communities from the Columbia River estuary, Washington, United States ? S.425 (Metagenome Metatranscriptome)EnvironmentalOpen 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
3300025950Wetland microbial communities from San Francisco Bay, California, USA, that impact long-term carbon sequestration - RushSE_CattailNLB_D2 (SPAdes)EnvironmentalOpen in IMG/M
3300025958Wetland microbial communities from San Francisco Bay, California, USA, that impact long-term carbon sequestration - RushSE_TuleB_D2 (SPAdes)EnvironmentalOpen in IMG/M
3300026476Sediment microbial communities from tidal freshwater marsh on Altamaha River, Georgia, United States - 10-16 PR6EnvironmentalOpen in IMG/M
3300026501Sediment microbial communities from tidal freshwater marsh on Altamaha River, Georgia, United States - 10-16 PR4EnvironmentalOpen in IMG/M
3300027683Freshwater sediment microbial communities from Prairie Pothole Lake near Jamestown, North Dakota, USA - PPLs Lake P7 Core (1) Depth 1-3cm May2015 (SPAdes)EnvironmentalOpen in IMG/M
3300027713Freshwater sediment microbial communities from Prairie Pothole Lake near Jamestown, North Dakota, USA - PPLs Lake P8 Core (3) Depth 10-12cm March2015 (SPAdes)EnvironmentalOpen in IMG/M
3300027721Freshwater sediment microbial communities from Prairie Pothole Lake near Jamestown, North Dakota, USA - PPLs Lake P7 Core (1) Depth 10-12cm May2015 (SPAdes)EnvironmentalOpen in IMG/M
3300027871Wetland microbial communities from Old Woman Creek Reserve in Ohio, USA - Open_0915_D1 (SPAdes)EnvironmentalOpen in IMG/M
3300027877Wetland microbial communities from Old Woman Creek Reserve in Ohio, USA - Mud_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
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
3300027902Freshwater lake sediment microbial communities from the University of Notre Dame, USA, for methane emissions studies - CRP12 CR (SPAdes)EnvironmentalOpen in IMG/M
3300027956Freshwater sediment microbial communities from Prairie Pothole Lake near Jamestown, North Dakota, USA - PPLs Lake P7 Core (1) Depth 19-21cm May2015 (SPAdes)EnvironmentalOpen in IMG/M
3300027972Freshwater sediment microbial communities from Prairie Pothole Lake near Jamestown, North Dakota, USA - PPLs Lake P7 Core (6) Depth 10-12cm September2015 (SPAdes)EnvironmentalOpen in IMG/M
3300027975Freshwater sediment microbial communities from Prairie Pothole Lake near Jamestown, North Dakota, USA - PPLs Lake P7 Core (1) Depth 1-3cm March2015 (SPAdes)EnvironmentalOpen in IMG/M
3300028420Metatranscriptome of estuarine sediment microbial communities from the Columbia River estuary, Washington, United States ? S.641 (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300031873Sediment microbial communities from Yellowstone Lake, YNP, Wyoming, USA - YL17G15_0EnvironmentalOpen in IMG/M
3300032143Sediment microbial communities from Yellowstone Lake, YNP, Wyoming, USA - YL17G13_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
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

Geographical Distribution
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Family Sequences

Protein ID Sample Taxon ID Habitat Sequence
Ga0031654_1006737113300003861Freshwater Lake SedimentVKNWFRNERGTPPEEVYVDSAQVPEEPEGPYRARMALATQGPATAEGIDVSEREVVTGVLQVVYQVSCPCGHRWQSAQFQRMSLCPKCSRAVLLEPPTLPTV*
Ga0031654_1022859313300003861Freshwater Lake SedimentPPEEVYVHLADAPAEPEGPYRARLAAATHQPGVEGIDVSERDVVRGELQVLYRTRCPCSHQWDTVHFHRMSICPKCGCAVLVNAPRLPSE*
Ga0055491_1002847633300004050Natural And Restored WetlandsLKDLLRGVAGKQPADETYFDSASVPAEPEGPYRARLEQATHHAAAPAGIDVAEREVVTGVLQVLYRTSCPCGHQWDSEQFQRIGICAKCGRAVLVETPTLP*
Ga0055491_1014372413300004050Natural And Restored WetlandsMKLKDLLRDVRGKKPTDEVYVDGAQLPAEPEGPYRARMAEAKHHPAPRGIDVSEPEVVTGQLQLLYRIHCPCGHQWDTTDFQRVSLCAKCDRAVLVELPQLPVE*
Ga0055492_1005349523300004051Natural And Restored WetlandsRDVRGKKPTDEVYVDGAQLPAEPEGPYRARMAEAKHHPAPRGIDVSEPEVVTGQLQLLYRIHCPCGHQWDTTDFQRVSLCAKCDRAVLVELPQLPVE*
Ga0055492_1015490713300004051Natural And Restored WetlandsGKQPAHETYVDSASVPAAPEGPYRARLEQATHHAAAPAGIDVAEREVVTGALQVLYRTSCPCGHQWDSEQFQRIGICAKCGRAVLVEKPTLP*
Ga0055496_1016958513300004057Natural And Restored WetlandsFDSASVPAEPEGPYRARLEQATHHAAAPAGIDVAEREVVTGVLQVLYRTNCPCGHQWDSEQFQRIGICAKCGRAVLVETPTLP*
Ga0055486_1010296923300004071Natural And Restored WetlandsPPMKLKDLLRDVRGKKPTDEVYVDGAQLPAEPEGPYRARMAEAKHHPAPRGIDVSEPEVVTGQLQLLYRIHCPCGHQWDTTDFQRVSLCAKCDRAVLVELPQLPVE*
Ga0079037_10031997523300006224Freshwater WetlandsMSGMKLKDLLRGVAGKQPDHETYFDSASVPAEPEGPYRARMEHAAHHSAAPAGIDVAEREVVTGVLQVLYRTHCPCGHQWDSEQFQRIVICSKCGRAVLVEKPTLP*
Ga0079037_10042858523300006224Freshwater WetlandsMKLKDWLRDARGKQPPEEVYVDAAAVPAEPEGPYRARLAAATHTAAPGGIDVSEREVVTGQLQLIYRIRCTCGHQWDALQFQRMSICPKCGRAVLVEAPKPSAG*
Ga0079037_10052478023300006224Freshwater WetlandsMKLKDWLREVRGKRPPEEVYVHFAEAPVEPEGPYRARMAVATHKPAPEGIDVSEREVVPGELQVLYRTRCTCGHQWETLDFQRMSICPNCGRAVLVDPPKLPSE*
Ga0079037_10098172423300006224Freshwater WetlandsMKIKDWLRDVRGKEQREETYVDPADVPPVPEGPYRARLAVATHTPTPQGIDVREREVVAGELQLLYRTHCPCGHQWDALQFQRLSLCPQCGRAVLVEEPKPPPE*
Ga0079037_10137741623300006224Freshwater WetlandsMDFRKWIPEVGRVKQPENLYVDGAAVPDEPEGPYRARMAAAAHRPPAEGIDVTEREVVAGRLQLVYRTRCPCGHQWDALEFQRLTLCPKCARAVLLEPPTLTAQ*
Ga0079037_10193460413300006224Freshwater WetlandsMSGMKLKDLLRGVAGKQPDQESYFDSASVPAEPEGPYRARMEHAAHHSAAPAGIDVAEREVVTGALQVLYRTSCPCGHQWDSEQFQRIVICSKCGRAVLVEKPTLP*
Ga0105090_1000947923300009075Freshwater SedimentMSGMKLKDLLRGVAGKQPAQETYFDSASVPAEPEGPYRARMEHAAHQSAAPAGIDVAEREVVTGMLQVLYRTNCPCGHQWDSEEFQRMGICSKCGRAVLVEMPALP*
Ga0105090_1010748113300009075Freshwater SedimentMDLKKWIHDVGRMKPPEEVYVDGAEVPDEPEGPYRARMTAAADRPAAEGIDVSEREVVTGRLQLVYRTRCPCGHQWDALDFQRLSLCPKCSRAVLVEPPTPAAQ*
Ga0105090_1015900013300009075Freshwater SedimentMDLKKWIPEVARTKQPEDVYVDGATLPVEPEGPYRARMAVAPHRPPAEGIDVTEREVVAGRLQLVYRTRCPCGHQWDALDFQRLTLCPKCARAVLLEPPTLTAQ*
Ga0105090_1020905923300009075Freshwater SedimentMKLKDWIRDVRGKRPTEEVYVDFAEAPAEPEGPYRARMAVAAHQRAPDGIDVNEREVVTGQVLVLYRMCCPCGHRWDALDFQRMSLCAKCGRAVLVDLPKLPSD*
Ga0105090_1021604023300009075Freshwater SedimentMKLKDWLRDVRGKRPTEEVYVDFAEVPTEPEGPYRARMTVAAHQRAPEGIDVNEREVVTGEVQLLYRMSCPCGHRWDALDFQRMSLCAKCGRAVIVDPPKRPSE*
Ga0105090_1022403713300009075Freshwater SedimentMDLKKWFPDVGRMSQPKQMYVDGAEVPDEPEGPYRARMTAAANRPAAEGIDVGEREIVTGRLQLVYRTRCPCGHQWDALDFQRLSLCPKCSRAVLVVAPTLITQ*
Ga0105090_1024196513300009075Freshwater SedimentMDLKKWIPDVGRMKQPKEMYVDGAEVPDEPEGPYRARMTAAAHRSAAEGIDVSEREIVAGRLQLVYRTRCPCGHQWDALDFQRLSLCPKCSRAVLVVAPTLTAQ*
Ga0105090_1052628823300009075Freshwater SedimentLKDLLRDVRGKQPPDEVYVDSAAVPAEPEGPYRARLAEASHLAAPEGIDVSEREVVTGQLQLIYRIRCTCGHHWDALQFQRMSICPQCGRAVLVDPPKLPVE*
Ga0105106_1045115223300009078Freshwater SedimentMKLKDLLRDVRGKQPPDEVYVDSAAVPAEPEGPYRARLAEASHLAAPEGIDVSEREVVTGQLQLIYRIRCTCGHHWDALQFQRMSICPQCGRAVLVDPPKLPVE*
Ga0105098_1003739913300009081Freshwater SedimentMKLKDWLRDVRGKRPTEEVYVDFAEVPTEPEGPYRARMTVAAHQRAPEGIDVNEREVVTGEVQLLYRMSCPCGHRWDALDFQRMSLCAKCGRAVIVDPPKRPCE*
Ga0105098_1017542923300009081Freshwater SedimentMKFKDWLRDPRGNSPPDEVYVDSDAVPAEPEGPYRARLEAAAHTATPEGIAVSEREVVNGQLQLIYRTRCTCGHQWDALQFQRMSLCPQCGRAVLVAVPELPAR*
Ga0105099_1030956123300009082Freshwater SedimentMDLKKWIPDVGRMKQPKQMYVAGAEVPDEPEGPYRARMTAAAHRPAAEGTDVGEREIVTGRLQLVYRTRCPCGHQWDALDFQRLSLCPKCSRAVLVVAPTLTTQ*
Ga0102851_1068423623300009091Freshwater WetlandsMKLKDWLRDARGKQPPEEVYVDAAAVPAEPEGPYRARLAAATHTAAPGGIDVSEREVVTGQLQLIYRIRCTCGHQWDELQFQRMSICPQCGRAVLVEAPKPSAG*
Ga0102851_1075033913300009091Freshwater WetlandsETYFDSASVPAEPEGPYRARMEHAAHHSAAPSGIDVGEREVVTGVLQVLYRTSCPCGHQWDSEQFQRIGICAKCGRAVLVEKPTLP*
Ga0102851_1175115413300009091Freshwater WetlandsMSGMKLKDLLRGVAGKQPAHETYFDSASVPAEPEGPYRARMEHAVHHSAAPAGIDVAEREVVTGVLQVLYRTHCPCGHQWDSEQFQRIVICSKCGRAVLVEKPTLP*
Ga0102851_1337142023300009091Freshwater WetlandsMKLKDWLRDPRGKSPPDEVYVDAAEVPAEPEGPYRARLEAATHTATPEGIAVSEREVVNGQLQLVYRTRCTCGHQWDALQFQRMSLCPQCGRAVLVAVPELPAR*
Ga0115026_1075496413300009111WetlandMSGMKLKDLLRGVAGKQPDQESYFDSASVPAEPEGPYRARMEHAAHHSAAPAGIDVAEREVVTGALQVLYRTSCPCGHQWDSEQFQRI
Ga0115026_1097384723300009111WetlandMKLKDWLRDPRGNSPPDEVYVDAAEVPAEPEGPYRARLEAATHTATPEGIAVSEREVVHGQLQLIYRTRCTCGHQWDAPQFQRMSLCPQCGRAVLVAVPELPAR*
Ga0115027_1006336723300009131WetlandMKLKDLLRGVAGKQPAHETYFDSASVPAEPEGPYRARMEHAAHQSAAPAGIDVAEREVVTGMLQVLYRTNCPCGHQWDSEEFQRMGICSKCGRAVLVEMPALP*
Ga0115027_1025557323300009131WetlandMKLKDWLRDPRGKSPPDEVYVDAAEVPAEPEGPYRARLEAATHTATPEGIAVSEREVVNGQLQLIYRTRCTCGHQWDAPQFQRMSICPQCGRAVLVEAPKPSAG*
Ga0115027_1053569613300009131WetlandMDFRKWIPEVGRAKQPENLYVDGAAVPDEPEGPYRARMAAAAHRPPAEGIDVTEREVVAGRLQLVYRTRCPCGHQWDALEFQRLTLCPKCARAVLLEPPTLTAQ*
Ga0115027_1054410323300009131WetlandMSGMKLKDLLRGVAGKQPDQESYFDSASVPAEPEGPYRARMEHAAHHSAAPAGIDVAEREVVTGALQVLYRTSCPCGHQWDSEQFQRIGICTKCGRAVLVEKPTLP*
Ga0105094_1005858433300009153Freshwater SedimentMKIKDWLRDARGKPPPEEVYVDAAEVPAEPEGPYRARLEAATHTAAPEGIDVSEREVVNGRLQLIYRTRCTCGHQWDAPQFQRMSICPQCGRAVLVAAPELPAG*
Ga0105102_1052723213300009165Freshwater SedimentMDLKKWIHDVGRMKPPEEVYVDGAEVPDEPEGPYRARMTAAADRPAAEGIDVSEREVVTGRLQLVYRTRCPCGHQWDALDFQRLSLCPKCSRAVLVATPTPAAK*
Ga0113563_1013120223300009167Freshwater WetlandsMSGMKLKDLLRGVAGKQPAHETYFDSASVPAEPEGPYRARMEHAAHQSAAPAGIDVAEREVVTGMLQVLYRTNCPCGHQWDSEEFQRMGICSKCGRAVLVEMPALP*
Ga0113563_1133970113300009167Freshwater WetlandsMKLKAWLRDVRGKRPQEEVYVHFAEAPVEPEGPYRARMAVATHKPAPEGIDVSEREVVPGELQVLYRTRCTCGHQWETLDFQRMSICPNCGRAVLVDPPKLPSE*
Ga0113563_1247844613300009167Freshwater WetlandsMKLKDWLRDARGKQPPEEVYVDAAAVPAEPEGPYRARLAAATHTAAPGGIDVSEREVVTGQLQLIYRTRCTCGHQWDALQFQRMSICPQCGRAVLVEAPKPSAG*
Ga0113563_1353670413300009167Freshwater WetlandsMSGMKLKDLLRGVAGKQPDQESYFDSASVPAEPEGPYRARMEHAAHHSAAPAGIDVAEREVVTGALQVLYRTSCPCGHQWDSEQFQRIGICAK
Ga0113563_1358448313300009167Freshwater WetlandsKLKDWLRDARGKQPPEEVYVDAAAVPAEPEGPYRARLAAATHTAAPGGIDVSEREVVTGQLQLIYRIRCTCGHQWDALQFQRMSICPQCGRAVLVEAPKPSAG*
Ga0105097_1000868553300009169Freshwater SedimentMDLKKWIHDVGRMKPPEEIYVDGAEVPDEPEGPYRARMTAAADRPAAEGIDVSEREVVTGRLQLVYRTRCPCGHQWDALDFQRLSLCPKCSRAVLVEPPTPAAQ*
Ga0105097_1009008223300009169Freshwater SedimentMDLKKWFPDVGRMSQPKEMYVDGAEVPDEPEGPYRARMTAAANRPAAEGIDVGEREIVTGRLQLVYRTRCPCGHQWDALDFQRLSLCPKCSRAVLVVAPTLTAQ*
Ga0105097_1010625723300009169Freshwater SedimentMKLKDLLRGVAGKQPAQETYFDSASVPAEPEGPYRARMEHAAHQSAAPAGIDVAEREVVTGMLQVLYRTNCPCGHQWDSEEFQRMGICSKCGRAVLVEMPALP*
Ga0105097_1082160713300009169Freshwater SedimentMKIKDWLRDARGKPPPEEVYVDAAAVPAEPEGPYRARLEAATHTAAPEGIDVSEREVVNGRLQLIDRTRCTCGHQWDAPQFQRMSICPQCGR
Ga0115028_1014879213300009179WetlandMKLKDWLRDPRGKSPPDEVYVDAAEVPAEPEGPYRARLEAATHTATPEGIAVSEREVVNGQLQLIYRTRCTCGHQWDALQFQRMSLCPQCGRAVLVAVPELPAR*
Ga0115028_1020515313300009179WetlandMSGMKLKDLLRGVAGKQPDQESYFDSASVPAEPEGPYRARMEHAAHHSAAPAGIDVAEREVVTGALQVLYRTSCPCGHQWDSEQFQRIGICAKCGRAVLVEKPTLP*
Ga0114938_138214523300009430GroundwaterMKLKEWIRDARGKPSADEVYVDAAEVPPEPEGPYRARMVAGSRVATPEGIDVSEREVVAGHVQLIYRIRCACGHEWDSAEFQRMSLCAHCGRAVLVEAPASPAG*
Ga0075348_104683723300014319Natural And Restored WetlandsMSGMKLKDLLRGVAGKQPADETYFDSASVPAEPEGPYRARLEQATHHAAAPAGIDVAEREVVTGVLQVLYRTSCPCGHQWDSEQFQRIGICAKCGRAVLVETPTLP*
Ga0210341_121462523300021337EstuarineMKLKDLLRDVRGKKPTDEVYVDGAQLPAEPEGPYRARMAEAKHHPAPRGIDVSEPEVVTGQLQLLYRIHCPCGHQWDTTDFQRVSLCAKCDRAVLVELPQLPVE
Ga0124853_124172623300024056Freshwater WetlandsMKLKDWLRDARGKQPPDEVYVDAAAVPAEPEGPYRARLAAATHTAAPEGIDVSEREVVTGQLQLIYRTRCTCGHQWDALQFQRMSICPQCGRAVLVEAPKPSAE
Ga0210134_102624723300025950Natural And Restored WetlandsLRDVRGKKPTDEVYVDGAQLPAEPEGPYRARMAEAKHHPAPRGIDVSEPEVVTGQLQLLYRIHCPCGHQWDTTDFQRVSLCAKCDRAVLVELPQLPVE
Ga0210134_102810913300025950Natural And Restored WetlandsGKQPAHETYVDSASVPAAPEGPYRARLEQATHHAAAPAGIDVAEREVVTGALQVLYRTSCPCGHQWDSEQFQRIGICAKCGRAVLVEKPTLP
Ga0210069_104932213300025958Natural And Restored WetlandsPTDEVYVDGAQLPAEPEGPYRARMAEAKHHPAPRGIDVSEPEVVTGQLQLLYRIHCPCGHQWDTTDFQRVSLCAKCDRAVLVELPQLPVE
Ga0256808_106379913300026476SedimentMKLKDLLSDVRGKKPPEEVYVDAADLPAEPEGPYRARIAEAQHHPATPGIDVSEREVVTGRLQLLYRIHCPCGHQWDTLDFQPVTLCPHCDRAVLVDSPQLPTE
Ga0256806_104942923300026501SedimentMKLKDLLTDVRGKKPPEEVYVDAADLPAEPEGPYRARIAEAQHHPATPGIDVSEREVVTGRLQLLYRIHCPCGHQWDTLDFQPVTLCPQCDRAVLIDAPQLPTQ
Ga0209392_100117813300027683Freshwater SedimentMDLKKWIHDVGRMKPPEEVYVDGAEVPDEPEGPYRARMTAAADRPAAEGIDVSEREVVTGRLQLVYRTRCPCGHQWDALDFQRLSLCPKCSRAVLVEPPTPAAQ
Ga0209392_110905223300027683Freshwater SedimentMKLKDLLRDVRGKQPPDEVYVDSAAVPAEPEGPYRARLAEASHLAAPEGIDVSEREVVTGQLQLIYRIRCTCGHHWDALQFQRMSICPQCGRAVLVDPPKLPVE
Ga0209392_110977623300027683Freshwater SedimentMKLKDWLRDVRGKRPTEEVYVDFAEVPTEPEGPYRARMTVAAHQRAPEGIDVNEREVVTGEVQLLYRMSCPCGHRWDALDFQRMSLCAKCGRAVIVDPPKRPSE
Ga0209286_130752323300027713Freshwater SedimentPEEVYVDAAAVPAEPEGPYRARLEAATHTAAPEGIDVSEREVVNGRLQLIYRTRCTCGHQWDAPQFQRMSICPQCGRAVLVAAPELPAG
Ga0209492_100421553300027721Freshwater SedimentMDLKKWIHDVGRMKPPEEIYVDGAEVPDEPEGPYRARMTAAADRPAAEGIDVSEREVVTGRLQLVYRTRCPCGHQWDALDFQRLSLCPKCSRAVLVEPPTPAAQ
Ga0209492_126299713300027721Freshwater SedimentMDLKKWFPDVGRMSQPKEMYVDGAEVPDEPEGPYRARMTAAANRPAAEGIDVGEREIVTGRLQLVYRTRCPCGHQWDALDFQRLSLCPKCSRAVLVVAPTLTTQ
Ga0209492_130916823300027721Freshwater SedimentVPDGRLPMKIKDWLRDARGKPPPEEVYVDAAAVPAEPEGPYRARLEAATHTAAPEGIDVSEREVVNGRLQLIYRTRCTCGHQWDAPQFQRMSICP
Ga0209492_131851923300027721Freshwater SedimentMSGMKLKDLLRGVAGKQPAQETYFDSASVPAEPEGPYRARMEHAAHQSAAPAGIDVAEREVVTGMLQVLYRTNCPCGHQWDSEEFQRMGICSKCGRAVLVEMPALP
Ga0209397_1001812343300027871WetlandMSGMKLKDLLRGVAGKQPDQESYFDSASVPAEPEGPYRARMEHAAHHSAAPAGIDVAEREVVTGALQVLYRTSCPCGHQWDSEQFQRIGICAKCGRAVLVEKPTLP
Ga0209397_1006954223300027871WetlandVKIKDWIRDVRGKQPPEEVYVDAAEVPTEPEGPYRARMAEATRRAVPQGIDVSEREVVAGEVQVLYRTRCPCGHQWDAVEFQRLSLCQNCGRAVLVEAPKLPSE
Ga0209397_1014402323300027871WetlandMKLKDWLRDARGKQPPEEVYVDAAAVPAEPEGPYRARLAAATHTAAPGGIDVSEREVVTGQLQLIYRIRCTCGHQWDALQFQRMSICPQCGRAVLVEAPKPSAG
Ga0209293_1008951613300027877WetlandMSGMKLKDLLRGVAGKQPDQESYFDSASVPAEPEGPYRARMEHAAHHSAAPAGIDVAEREVVTGALQVLYRTSCPCGHQWDSEQFQRIGICAKCGRAVLVEK
Ga0209450_1002851613300027885Freshwater Lake SedimentMKFNDWLHEARGKKPPDEVYVDAATLPKEPEGPYRARLATAIHPTAPRGIEVSEREVVTGQLQLLFRIRCTCGHQWDALQFQRMNICPQCGRAVLVEAPQLSLA
Ga0209496_1064936023300027890WetlandMSGMKLKDLLRGVAGKQPDQESYFDSASVPAEPEGPYRARMEHAAHHSAAPAGIDVAEREVVTGALQVLYRTSCPCGHQWDSEQFQRIVICSKCGRAVLVEKPTLP
Ga0209254_1003173483300027897Freshwater Lake SedimentMDLKKWIPDLGRMKQPKEMYVDGAEVPDEPEGPYRARMTAAAHRPAAAGIDVGEREVVTGRLQLVYRTRCPCGHQWDALDFQRLSICPKCSRAVLVVAPMLTTQ
Ga0209254_1005177543300027897Freshwater Lake SedimentMDLKKWIPEVGRTKQRVDVYVDGAAVPDEPDGPYRARMTGAAHRPPAEGIDVTEREVVVGRLQLVYRTSCPCGHQWDALDFQRLTLCPKCARAVLLEPPTLTAQ
Ga0209254_1080829823300027897Freshwater Lake SedimentMKLKDLLSDVRGKKPPEEIYFDAAQLPAEPEGPYRARIAEAQYHAAPPGIDVSEREVVTGRLQLLYRIHCPCGHQWDATDFQRVSLCSNCDRAVLVDMPRLPAE
Ga0209048_10000801153300027902Freshwater Lake SedimentVKNWFRNERGTPPEEVYVDSAQVPEEPEGPYRARMALATQGPATAEGIDVSEREVVTGVLQVVYQVSCPCGHRWQSAQFQRMSLCPKCSRAVLLEPPTLPTV
Ga0209048_1003609263300027902Freshwater Lake SedimentMKLKDWLRDMRGKRPPEEVYVHLADAPAEPEGPYRARLAAATHQPGVEGIDVSERDVVRGELQVLYRTRCPCSHQWDTVHFHRMSICPKCGCAVLVNAPRLPSE
Ga0209820_113935913300027956Freshwater SedimentWLRDPRGNSPPDEVYVDSDAVPAEPEGPYRARLEAAAHTATPEGIAVSEREVVNGQLQLIYRTRCTCGHQWDALQFQRMSLCPQCGRAVLVAVPELPAR
Ga0209820_114308223300027956Freshwater SedimentMKLKDWLRDVRGKRPTEEVYVDFAEVPTEPEGPYRARMTVAAHQRAPEGIDVNEREVVTGEVQLLYRMSCPCGHRWDALDFQRMSLCAKCGRAVIVDPPKRPCE
Ga0209079_1029661113300027972Freshwater SedimentDVGRTKPPEEVYVDGAEVPDEPEGPYRARMTAAADRPAAEGIDVSEREVVTGRLQLVYRTRCPCGHQWDALDFQRLSLCPKCSRAVLVEPPTPAAQ
Ga0209391_1006249923300027975Freshwater SedimentMSGMKLKDLLRGVAGKQPAQETYFDSASVPAEPEGPYRARMEHAAHQSAAPAGIDVAEREVVTGMLQVLYRTNCPCGHQWDSEEFQRMGICSKCGRAVLVEMPAVP
Ga0209391_1006492013300027975Freshwater SedimentMDLKKWFPDVGRMSQPKEMYVDGAEVPDEPEGPYRARMTAAANRPAAEGIDVGEREIVTGRLQLVYRTRCPCGHQWDALDFQRLSLCPKCSRAVLVVAPTLITQ
Ga0209391_1007246813300027975Freshwater SedimentMDLKKWIPDVGRMKQPKEMYVDGAEVPDEPEGPYRARMTAAAHRSAAEGIDVSEREIVAGRLQLVYRTRCPCGHQWDALDFQRLSLCPKCSRAVLVVAPTLTAQ
Ga0209391_1009895933300027975Freshwater SedimentMKLKDWLRDARGKPPPEEVYVDAAAVPAEPEGPYRARLEAATHTAAPEGIDVSEREVVNGRLQLIYRTRCTCGHQWDAPQFQRMSICPQCGRAVLVAAPELPAG
Ga0209391_1018144813300027975Freshwater SedimentMDLKKWIPEVARTKQPEDVYVDGATLPVEPEGPYRARMAVAPHRPPAEGIDVTEREVVAGRLQLVYRTRCPCGHQWDALDFQRLTLCPKCARAVLLEPPTLTAQ
Ga0210366_1024973413300028420EstuarineMKLKDLLRDVRGKKPTDEVYVDGAQLPAEPEGPYRARMAEAKHHPAPRGIDVSEPEVVTGQLQLLYRIHCPCGHQWDTTDFQRVSLCAKCDRA
Ga0315297_1013722713300031873SedimentWLHEVRGKRPQEEVYVDFAELPAEPEGPYRARMAVATHQPAQKGIDVTERETVPGELQVVYRTRCPCGHQWETLHFQRMRVCPKCGRAVLVDAPKVPSE
Ga0315292_1026178233300032143SedimentMKLKDWLRNARGKRPPEEVYVHLADAPAEPEGPYRARLAEATHQPAVVGIDVSEREVVRGELQVLYRTHCPCAHQWDTVHFHRMSICPKCGCAVLVNVPKL
Ga0316604_1055446623300033406SoilMKLKDWLRDPRGKSPPDEVYVDAAEVPAEPEGPYRARLEAATHTATPEGIAVSEREVVNGQLQLIYRTRCTCGHQWDALQFQRMSLCPQCGRAV
Ga0316604_1084271523300033406SoilMSGMKLKDLLRGVAGKQPAHETYFDSASVPAEPEGPYRARMEHAAHQSAAPAGIDVAEREVVTGMLQVLYRTNCPCGHQWDSEEFQRMGICSKCGRAVLVEMPALP
Ga0316605_1010652843300033408SoilMKLKDLLRDVRGKRPPEEVYVHFAEAPAEPEGPYRARMAVATHKPAPEGIDVSEREVVPGELQVLYRTRCTCGHQWETLDFQRMSICPNCGRAVLVDPPKLPSE
Ga0316605_1042199423300033408SoilMSGMKLKDLLRGVAGKQPDQESYFDSASVPAEPEGPYRARMEHAAHHSAAPAGIDVAEREVVTGALQVLYRTSCPCGHQWDSEQFQRIVICSK
Ga0316605_1086551923300033408SoilMLADGRLSMKLKDWLRDPRGNSPPDEVYVDAAEVPAEPEGPYRARLEAATHTATPEGIAVSEREVVNGQLQLIYRTRCTCGHQWDALQFQRMSLCPQCGRAVLVAVPELPAR
Ga0316605_1114113223300033408SoilAHETYFDSASVPAEPEGPYRARMEHAAHHSAAPSGIDVGEREVVTGALQVLYRTSCPCGHQWDSEQFQRIGICAKCGRAVLVEKPTLP
Ga0316605_1195671423300033408SoilMSGMKLKDLLRGVAGKQPDHETYFDSASVPAEPEGPYRARMEHAAHHSAAPAGIDVAEREVVTGVLQVLYRTHCPCGHQWDSEQFQRIVICSKCGRAVLVEKPTLP
Ga0316605_1208048913300033408SoilMDFRKWIPEVGRVKQPENLYVDGAAVPDEPEGPYRARMAAAAHRPPAEGIDVTEREVVAGRLQLVYRTRCPCGHQWDALEFQRLTLCPKCARAVLLEPPTLTAQ
Ga0316605_1224057023300033408SoilGKEQREETYVDPADVPPVPEGPYRARLAVATHTPTPQGIDVREREVVAGELQLLYRTHCPCGHQWDALQFQRLSLCPQCGRAVLVEEPKPPPE
Ga0316603_1014620433300033413SoilMKIKDWLRDVRGKEQREETYVDPADVPPVPEGPYRARLAVATHTPTPQGIDVREREVVAGELQLLYRTHCPCGHQWDALQFQRLSLCPQCGRAVLVEEPKPPPE
Ga0316603_1029934313300033413SoilQCPLRGESLPGRRLPMKLKDWLRDVRGKRPPEEVYVHFAEAPAEPEGPYRARMAVATHKPAPEGIDVSEREVVPGELQVLYRTRCTCGHQWETLDFQRMSICPNCGRAVLVDPPKLPSE
Ga0316603_1178473113300033413SoilASVPAEPEGPYRARMEHAAHHSAAPSGIDVGEREVVTGVLQVLYRTSCPCGHQWDSEQFQRIGICAKCGRAVLVEKPTLP
Ga0316619_1080474823300033414SoilQPTPETYFDSASVPAEPEGPYRARMEHAAHQSAAPAGIDVAEREVVTGMLQVLYRTNCPCGHQWDSEEFQRMGICSKCGRAVLVEMPALP
Ga0316619_1090618513300033414SoilASDSAGRTPRSSSSASTVDTYSREFPGPGAAASMSGMKLKDLLRGVAGKQSAHETYFDSASVPAEPEGPYRARMEHAAHHSAAPSGIDVGEREVVTGALQVLYRTSCPCGHQWDSEQFQRIGICAKCGRAVLVEKPTLP
Ga0316619_1162726813300033414SoilGRYDTVDWVGPTWMLADRRLSMKLKDWLRDPRGKSPPDEVYVDAAEVPAEPEGPYRARLEAATHTATPEGIAVSEREVVNGQLQLIYRTRCTCGHQWDALQFQRMSLCPQCGRAVLVAVPELPAR
Ga0316619_1185073723300033414SoilYSREFPGPGAAASMSGMKLKDLLRGVAGKQPDHETYFDSASVPAEPEGPYRARMEHAAHHSAAPAGIDVAEREVVTGVLQVLYRTHCPCGHQWDSEQFQRIVICSKCGRAVLVEKPTLP
Ga0316622_10001229453300033416SoilMSGMKLKDLLRGVAGKQPTPETYFDSASVPAEPEGPYRARMEHAAHQSAAPAGIDVAEREVVTGMLQVLYRTNCPCGHQWDSEEFQRMGICSKCGRAVLVEMPALP
Ga0316622_10015729013300033416SoilMKLKDWLREVRGKRSSGDVYVNFAEAPAEPEGPYRARMAAATHRPAPEGIDVSEREVVRGEVQLVYRIRCTCGHQWETLDFQRMSICPKCGCAVLVDPPKLPSE
Ga0316622_10041085823300033416SoilMSSMKLKDLLRGVAGKQPDHETYFDSASVPAEPEGPYRARMEHAAHHSAAPAGIDVAEREVVTGVLQVLYRTHCPCGHQWDSEQFQRIVICSKCGRAVLVEKPTLP
Ga0316622_10088817313300033416SoilMKLKDWIRDARGKRPAEETYVDFAAVPPEPEGPYRARMAVATHERAPAGIDVNEREIVAGELQLLYRTRCPCGHYWDAVHFERMSICPNCARAVLVDAPTVPPG
Ga0316622_10117926413300033416SoilMSGMKLKDLLRGVAGKQPAHETYFDSASVPAEPEGPYRARMEHAVHHSAAPAGIDVAEREVVTGVLQVLYRTHCPCGHQWDSEQFQRIVI
Ga0316622_10120731223300033416SoilMSGMKLKDLLRGVAGKQPDHETYFDSASVPAEPEGPYRARMEHATHHSAAPAGIDVAEREVVTGALQVLYRTSCPCGHQWDSEQFQRIGICTKCGRAVLVEKPTLP
Ga0316622_10221032223300033416SoilMSGMKLKDLLRGVAGKQPAHETYFDSASVPAEPEGPYRARMEHAAHHSAAPSGIDVGEREVVTGALQVLYRTSCPCGHQWDSEQFQRIGICAKCGRAVLVERPTLP
Ga0316622_10240588713300033416SoilRDVRGNRSPEEKYVDAADTPAEPEGPYRARMTAATHHPVPEGIDVREREVVAGQLELRYCTRCPCGHQWESAQFQRLSICPKCNRAVLVEAPSLPAG
Ga0316625_10025591423300033418SoilMKLKDWLRDPRGKSPPDEVYVDAAEVPAEPEGPYRARLEAATHTATPEGIAVSEREVVNGQLQLIYRTRCTCGHQWDALQFQRMSLCPQCGRAVLVAVPELPAR
Ga0316625_10232285623300033418SoilNDSRVGSLPDRRLPMKLKDWLRDARGKQPPEEVYVDAAAVPAEPEGPYRARLAAATHTAAPGGIDVSEREVVTGQLQLIYRIRCTCGHQWDALQFQRMSICPKCGRAVLVEAPKPSAG
Ga0316601_10060409213300033419SoilMDFRKWIPEVGRAKQPEDLYVDGAAVPDEPEGPYRARMAAAAHRPPAEGIDVTEREVVAGRLQLVYRTRCPCGHQWDALDFQRLTLCPKCARAVLLEPPTLTAQ
Ga0316601_10093184023300033419SoilNFQGRAPAVSMSGMKLKDLLRGVAGKQPAHETYFDSASVPAEPEGPYRARMEHAVHHSAAPAGIDVAEREVVTGVLQVLYRTHCPCGHQWDSEQFQRIVICSKCGRAVLVEKPTLP
Ga0316601_10170366913300033419SoilMSGMKLKDLLRGVAGKQPAHETYFDSASVPAEPEGPYRARMEHAAHHSAAPSGIDVGEREVVTGALQVLYRTSCPCGHQWDSEQFQRIGICAKCGRAVLVE
Ga0316613_1015851223300033434SoilMKLKDWLRDARGKQPPEEVYVDAAAVPAEPEGPYRARLAAATHTAAPGGIDVSEREVVTGQLQLIYRIRCTCGHQWDALEFQRMSICPQCGRAVLVEAPKPSAG
Ga0316613_1023937923300033434SoilMSGMKLKDLLRGVAGKQPAHETYFDSASVPAEPEGPYRARMEHAAHHSAAPSGIDVGEREVVTGALQVLYRTSCPCGHQWDSEQFQRIGICAKCGRAVLVEKPTLP
Ga0316613_1065680823300033434SoilMKLKDWLREVRGKRPPEEVYVHFAEAPVEPEGPYRARMAVATHKPAPEGIDVSEREVVPGELQVLYRTRCTCGHQWETLDFQRMSICPNCGRAVLVDPPKLPSE
Ga0316627_10004731513300033482SoilGPGAAASMSGMKLKDLLRGVAGKQPDHETYFDSASVPAEPEGPYRARMEHAAHHSAAPAGIDVAEREVVTGVLQVLYRTHCPCGHQWDSEQFQRIVICSKCGRAVLVEKPTLP
Ga0316627_10006344833300033482SoilVKIKDWIRDVRGKQPPEEVYVDAAEVPTEPEGPYRARMAEATRRAVPQGIDVSEREVVAGEVQVLYRTRCPCGHQWDAVEFQRLSLCQNCGRAVLVEAPKLLSE
Ga0316627_10022174713300033482SoilSDSAGRTPRWSSSASTVDTYSREFPGPDAAASMSGMKLKDLLRGVAGKQPDQESYFDSASVPAEPEGPYRARMEHAAHHSAAPAGIDVAEREVVTGALQVLYRTSCPCGHQWDSEQFQRIGICAKCGRAVLVEKPTLP
Ga0316627_10047699823300033482SoilMSGMKLKDLLRGVAGKQSAHETYFDSASVPAEPEGPYRARMEHAAHHSAAPSGIDVGEREVVTGALQVLYRTSCPCGHQWDSEQFQRIGICAKCGRAVLVEKPTLP
Ga0316627_10051320223300033482SoilMDFRKWIPEVGRAKQPENLYVDGAAVPDEPEGPYRARMAAAAHRPPAEGIDVTEREVVAGRLQLVYRTRCPCGHQWDALEFQRLTLCPKCARAVLLEPPTLTAQ
Ga0316627_10210053413300033482SoilGSLPDRRLPMKLKDWLRDARGKQPPEEVYVDAAAVPAEPEGPYRARLAAATHTAAPGGIDVSEREVVTGQLQLIYRIRCTCGHQWDALQFQRMSICPQCGRAVLVEAPKPSAG
Ga0316629_1070319723300033483SoilVKIKDWIRDVRGKQPPEEVYVDAAEVPTEPEGPYRARMAEATRRAVPQGIDVSEREVVAGEVQVLYRTRCPCGHQWDAVEFQRLSLCQNCGRAVLVEAPRLPSE
Ga0316629_1142658523300033483SoilMKLKDWLRDARGKQPPDEVYVDAAAVPAEPEGPYRARLAAATHTAAPGGIDVSEREVVTGQLQLIYRTRCTCGHQWDALQFQRMSICPQCGRAVLV
Ga0316626_1027408913300033485SoilVKIKDWIRDVRGKQPPEEVYVDAAEVPTEPEGPYRARMAEATRRAVPQGIDVSEREVVAGEVQVLYRTRCPCGHQWDAVEFQRLSLCQNCG
Ga0316626_1060709713300033485SoilRGKRSSGDVYVNFAEAPAEPEGPYRARMAAATHRPAPEGIDVSEREVVRGEVQLVYRIRCTCGHQWETLDFQRMSICPNCGRAVLVDPPKLPSE
Ga0316621_1026527323300033488SoilMDFRKWIPEVGRVKQPENLYVDGAAVPDEPEGPDRARMAAAAHRPPAEGIDVTEREVVAGRLQLVYRTRCPCGHQWDALEFQRLTLCPKCARAVLLEPPTLTAQ
Ga0316621_1032038413300033488SoilMSGMKLKDLLRGVAGKQSDHETYFDSASVPAEPEGPYRARMEHAAHHSAAPSGIDVGEREVVTGALQVLYRTSCPCGHQWDSEQFQRIGICAKCGRAVLVEKPTLP
Ga0316621_1120799013300033488SoilSGMKLKDLLRGVAGKQPAQETYFDSASVPAEPEGPYRARMEHAAHQSAAPAGIDVAEREVVTGMLQVLYRTNCPCGHQWDSEEFQRMGICSKCGRAVLVEMPALP
Ga0316628_10056983823300033513SoilMSGMKLKDLLRGVAGKQPDHETYFDSASVPAEPEGPYRARMEHAAHHSAAPAGIDVAEREVVTGALQVLYRTSCPCGHQWDSEQFQRIGICAKCGRAVLVEKPTLP
Ga0316628_10420614913300033513SoilMSGMKLKDLLRGVAGKQPAHETYFDSASVPAEPEGPYRARMEHAAHHSAAPSGIDVGEREVVTGALQVLYRTSCPCGHQWDSEQFQRIGICAKCGRA
Ga0316616_10161848313300033521SoilMDFRKWIPEVGRVKQPENLYVDGAAVPDEPEGPYRARMAAAAHRPPAEGIDVTEREVVAGRLQLVYRTRCPCGHQWDALDFQRLTLCPKCARAVLLEPPTLTAQ
Ga0316616_10397515723300033521SoilMSGMKLKDLLRGVAGKQPAHETYFDSASVPAEPEGPYRARMEHAVHHSAAPSGIDVGEREVVTGALQVLYRTSCPCGHQWDSEQFQRIGICAKCGRAVLVEKPTLP
Ga0316617_10160380513300033557SoilDRRLPMKLKDWLRDARGKQPPDEVYVDAAAVPAEPEGPYRARLAAATHTAAPGGIDVSEREVVTGQLQLIYRIRCTCGHQWDALQFQRMSICPQCGRAVLVEAPKPSAG

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