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 F084273

Metagenome / Metatranscriptome Family F084273

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Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F084273
Family Type Metagenome / Metatranscriptome
Number of Sequences 112
Average Sequence Length 221 residues
Representative Sequence LKSVIRAVALAAVLLLAAGVADAAAVDKNILACGQNVGRLILANPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAAPNTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKNYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYF
Number of Associated Samples 81
Number of Associated Scaffolds 108

Quality Assessment
Transcriptomic Evidence Yes
Most common taxonomic group Bacteria
% of genes with valid RBS motifs 75.89 %
% of genes near scaffold ends (potentially truncated) 65.18 %
% of genes from short scaffolds (< 2000 bps) 73.21 %
Associated GOLD sequencing projects 67
AlphaFold2 3D model prediction No

Note: High quality evidence is represented by blue. Low quality evidence is represented by red.
Hidden Markov Model
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Most Common Taxonomy
Group Bacteria (100.000 % of family members)
NCBI Taxonomy ID 2
Taxonomy All Organisms → cellular organisms → Bacteria

Most Common Ecosystem
GOLD Ecosystem Environmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Anoxygenic And Chlorotrophic Microbial Mat
(47.321 % of family members)
Environment Ontology (ENVO) Unclassified
(92.857 % of family members)
Earth Microbiome Project Ontology (EMPO) Free-living → Non-saline → Water (non-saline)
(58.929 % 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: Yes Secondary Structure distribution: α-helix: 18.06%    β-sheet: 31.94%    Coil/Unstructured: 50.00%
Feature Viewer
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Gene Neighborhood

Neighboring Pfam domains

Pfam IDName % Frequency in 108 Family Scaffolds
PF13192Thioredoxin_3 5.56
PF08859DGC 3.70
PF02683DsbD 1.85
PF02333Phytase 0.93
PF13088BNR_2 0.93
PF14607GxDLY 0.93
PF13561adh_short_C2 0.93
PF00285Citrate_synt 0.93
PF08534Redoxin 0.93
PF14489QueF 0.93
PF13378MR_MLE_C 0.93
PF02579Nitro_FeMo-Co 0.93
PF01022HTH_5 0.93
PF00085Thioredoxin 0.93
PF00578AhpC-TSA 0.93
PF13435Cytochrome_C554 0.93
PF06452CBM9_1 0.93

Neighboring Clusters of Orthologous Genes (COGs)

COG IDNameFunctional Category % Frequency in 108 Family Scaffolds
COG4273Uncharacterized conserved protein, contains metal-binding DGC domainFunction unknown [S] 3.70
COG0372Citrate synthaseEnergy production and conversion [C] 0.93
COG42473-phytase (myo-inositol-hexaphosphate 3-phosphohydrolase)Lipid transport and metabolism [I] 0.93


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Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
All OrganismsrootAll Organisms100.00 %
UnclassifiedrootN/A0.00 %

Visualization
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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
3300002491|JGI24187J35170_1001615All Organisms → cellular organisms → Bacteria9961Open in IMG/M
3300002492|JGI24188J35168_1000179All Organisms → cellular organisms → Bacteria34434Open in IMG/M
3300002493|JGI24185J35167_1005439All Organisms → cellular organisms → Bacteria → Terrabacteria group → Firmicutes → Clostridia → Eubacteriales → Peptococcaceae4945Open in IMG/M
3300003688|Ga0061020_1005644All Organisms → cellular organisms → Bacteria → Terrabacteria group → Firmicutes → Clostridia → Eubacteriales → Peptococcaceae4945Open in IMG/M
3300005246|Ga0068638_173262All Organisms → cellular organisms → Bacteria928Open in IMG/M
3300005248|Ga0068636_1110794All Organisms → cellular organisms → Bacteria764Open in IMG/M
3300005250|Ga0068635_1169111All Organisms → cellular organisms → Bacteria779Open in IMG/M
3300005390|Ga0068657_110250All Organisms → cellular organisms → Bacteria672Open in IMG/M
3300005409|Ga0068651_1025732All Organisms → cellular organisms → Bacteria954Open in IMG/M
3300005413|Ga0068633_1116524All Organisms → cellular organisms → Bacteria882Open in IMG/M
3300005414|Ga0068646_1127377All Organisms → cellular organisms → Bacteria775Open in IMG/M
3300005453|Ga0068705_10101534All Organisms → cellular organisms → Bacteria770Open in IMG/M
3300005453|Ga0068705_10116653All Organisms → cellular organisms → Bacteria693Open in IMG/M
3300005480|Ga0068661_150586All Organisms → cellular organisms → Bacteria2037Open in IMG/M
3300005486|Ga0068660_107075All Organisms → cellular organisms → Bacteria2585Open in IMG/M
3300005489|Ga0068677_161270All Organisms → cellular organisms → Bacteria1496Open in IMG/M
3300005490|Ga0068662_101371All Organisms → cellular organisms → Bacteria1492Open in IMG/M
3300005495|Ga0068666_1040632All Organisms → cellular organisms → Bacteria874Open in IMG/M
3300005499|Ga0068667_1033062All Organisms → cellular organisms → Bacteria897Open in IMG/M
3300005638|Ga0068669_1183070All Organisms → cellular organisms → Bacteria698Open in IMG/M
3300005839|Ga0068707_1005830All Organisms → cellular organisms → Bacteria8378Open in IMG/M
3300006363|Ga0068659_1038988All Organisms → cellular organisms → Bacteria704Open in IMG/M
3300006363|Ga0068659_1050717All Organisms → cellular organisms → Bacteria612Open in IMG/M
3300006363|Ga0068659_1051542All Organisms → cellular organisms → Bacteria515Open in IMG/M
3300006380|Ga0068664_1102712All Organisms → cellular organisms → Bacteria → Terrabacteria group → Cyanobacteria/Melainabacteria group → Cyanobacteria → Oscillatoriophycideae → Chroococcales → Geminocystaceae → Cyanobacterium → Cyanobacterium stanieri606Open in IMG/M
3300006380|Ga0068664_1104247All Organisms → cellular organisms → Bacteria508Open in IMG/M
3300006380|Ga0068664_1130960All Organisms → cellular organisms → Bacteria611Open in IMG/M
3300006380|Ga0068664_1154305All Organisms → cellular organisms → Bacteria619Open in IMG/M
3300006380|Ga0068664_1252385All Organisms → cellular organisms → Bacteria564Open in IMG/M
3300006848|Ga0101768_1014717All Organisms → cellular organisms → Bacteria1196Open in IMG/M
3300006849|Ga0102029_1288082All Organisms → cellular organisms → Bacteria1649Open in IMG/M
3300007072|Ga0073932_1004606All Organisms → cellular organisms → Bacteria16086Open in IMG/M
3300009761|Ga0116168_1095884All Organisms → cellular organisms → Bacteria803Open in IMG/M
3300010169|Ga0124929_135908All Organisms → cellular organisms → Bacteria2149Open in IMG/M
3300010171|Ga0124935_108947All Organisms → cellular organisms → Bacteria2034Open in IMG/M
3300010176|Ga0124933_108117All Organisms → cellular organisms → Bacteria851Open in IMG/M
3300010178|Ga0124934_1104130All Organisms → cellular organisms → Bacteria520Open in IMG/M
3300010179|Ga0124936_1010643All Organisms → cellular organisms → Bacteria2577Open in IMG/M
3300010181|Ga0124926_1048380All Organisms → cellular organisms → Bacteria756Open in IMG/M
3300010181|Ga0124926_1063696All Organisms → cellular organisms → Bacteria1059Open in IMG/M
3300010183|Ga0124919_1065735All Organisms → cellular organisms → Bacteria763Open in IMG/M
3300010184|Ga0124920_1137085All Organisms → cellular organisms → Bacteria1559Open in IMG/M
3300010187|Ga0124918_1175105All Organisms → cellular organisms → Bacteria876Open in IMG/M
3300010193|Ga0124924_1250161All Organisms → cellular organisms → Bacteria1712Open in IMG/M
3300010195|Ga0124911_1212610All Organisms → cellular organisms → Bacteria756Open in IMG/M
3300010196|Ga0124923_1269969All Organisms → cellular organisms → Bacteria1605Open in IMG/M
3300010197|Ga0124922_1112618All Organisms → cellular organisms → Bacteria774Open in IMG/M
3300010246|Ga0124932_131286All Organisms → cellular organisms → Bacteria894Open in IMG/M
3300010246|Ga0124932_186149All Organisms → cellular organisms → Bacteria510Open in IMG/M
3300010251|Ga0124940_1116249All Organisms → cellular organisms → Bacteria594Open in IMG/M
3300010254|Ga0124938_1026199All Organisms → cellular organisms → Bacteria570Open in IMG/M
3300010254|Ga0124938_1073451All Organisms → cellular organisms → Bacteria753Open in IMG/M
3300010255|Ga0124910_1170097All Organisms → cellular organisms → Bacteria1220Open in IMG/M
3300010257|Ga0124913_1111932All Organisms → cellular organisms → Bacteria565Open in IMG/M
3300010257|Ga0124913_1267769All Organisms → cellular organisms → Bacteria924Open in IMG/M
3300010327|Ga0116246_10168626All Organisms → cellular organisms → Bacteria933Open in IMG/M
3300011965|Ga0119875_110243All Organisms → cellular organisms → Bacteria940Open in IMG/M
3300019235|Ga0179952_1290725All Organisms → cellular organisms → Bacteria536Open in IMG/M
3300022554|Ga0212093_1011872All Organisms → cellular organisms → Bacteria8123Open in IMG/M
3300026237|Ga0209750_1048777All Organisms → cellular organisms → Bacteria783Open in IMG/M
3300026278|Ga0209018_1000048All Organisms → cellular organisms → Bacteria105550Open in IMG/M
3300026293|Ga0209227_1000261All Organisms → cellular organisms → Bacteria46054Open in IMG/M
3300026509|Ga0209809_1000562All Organisms → cellular organisms → Bacteria33968Open in IMG/M
3300026509|Ga0209809_1079429All Organisms → cellular organisms → Bacteria891Open in IMG/M
3300026509|Ga0209809_1087264All Organisms → cellular organisms → Bacteria826Open in IMG/M
3300027279|Ga0209691_1003204All Organisms → cellular organisms → Bacteria7793Open in IMG/M
3300031245|Ga0308395_1008659All Organisms → cellular organisms → Bacteria4210Open in IMG/M
3300031508|Ga0308394_1085984All Organisms → cellular organisms → Bacteria657Open in IMG/M
3300031509|Ga0308399_1037329All Organisms → cellular organisms → Bacteria1124Open in IMG/M
3300031512|Ga0308397_1044612All Organisms → cellular organisms → Bacteria1110Open in IMG/M
3300031513|Ga0308412_1000015All Organisms → cellular organisms → Bacteria97431Open in IMG/M
3300031513|Ga0308412_1000015All Organisms → cellular organisms → Bacteria97431Open in IMG/M
3300031514|Ga0308390_1000022All Organisms → cellular organisms → Bacteria134495Open in IMG/M
3300031514|Ga0308390_1000022All Organisms → cellular organisms → Bacteria134495Open in IMG/M
3300031514|Ga0308390_1076763All Organisms → cellular organisms → Bacteria765Open in IMG/M
3300031515|Ga0308396_1117724All Organisms → cellular organisms → Bacteria522Open in IMG/M
3300031517|Ga0308392_1001927All Organisms → cellular organisms → Bacteria8069Open in IMG/M
3300031518|Ga0308389_1000117All Organisms → cellular organisms → Bacteria59079Open in IMG/M
3300031518|Ga0308389_1000117All Organisms → cellular organisms → Bacteria59079Open in IMG/M
3300031518|Ga0308389_1077766All Organisms → cellular organisms → Bacteria799Open in IMG/M
3300031518|Ga0308389_1136473All Organisms → cellular organisms → Bacteria517Open in IMG/M
3300031567|Ga0308391_1062022All Organisms → cellular organisms → Bacteria814Open in IMG/M
3300031568|Ga0308393_1024359All Organisms → cellular organisms → Bacteria1594Open in IMG/M
3300031776|Ga0308415_1092644All Organisms → cellular organisms → Bacteria621Open in IMG/M
3300031812|Ga0308411_10012719All Organisms → cellular organisms → Bacteria5038Open in IMG/M
3300031812|Ga0308411_10080947All Organisms → cellular organisms → Bacteria1309Open in IMG/M
3300031812|Ga0308411_10123371All Organisms → cellular organisms → Bacteria954Open in IMG/M
3300031812|Ga0308411_10186271All Organisms → cellular organisms → Bacteria710Open in IMG/M
3300031830|Ga0308409_1001098All Organisms → cellular organisms → Bacteria13220Open in IMG/M
3300031830|Ga0308409_1052824All Organisms → cellular organisms → Bacteria1003Open in IMG/M
3300031878|Ga0308404_1059246All Organisms → cellular organisms → Bacteria767Open in IMG/M
3300031878|Ga0308404_1096647All Organisms → cellular organisms → Bacteria575Open in IMG/M
3300031950|Ga0308417_1147747All Organisms → cellular organisms → Bacteria776Open in IMG/M
3300031950|Ga0308417_1235827All Organisms → cellular organisms → Bacteria556Open in IMG/M
3300031966|Ga0308420_1080195All Organisms → cellular organisms → Bacteria1093Open in IMG/M
3300032034|Ga0308407_1040040All Organisms → cellular organisms → Bacteria1108Open in IMG/M
3300032056|Ga0308310_1055965All Organisms → cellular organisms → Bacteria1084Open in IMG/M
3300032057|Ga0308421_1054297All Organisms → cellular organisms → Bacteria1102Open in IMG/M
3300032058|Ga0308419_1056906All Organisms → cellular organisms → Bacteria1320Open in IMG/M
3300032058|Ga0308419_1105735All Organisms → cellular organisms → Bacteria798Open in IMG/M
3300032058|Ga0308419_1109792All Organisms → cellular organisms → Bacteria775Open in IMG/M
3300032058|Ga0308419_1188816All Organisms → cellular organisms → Bacteria511Open in IMG/M
3300032356|Ga0308414_1002507All Organisms → cellular organisms → Bacteria11954Open in IMG/M
3300032356|Ga0308414_1002507All Organisms → cellular organisms → Bacteria11954Open in IMG/M
3300033886|Ga0308413_078527All Organisms → cellular organisms → Bacteria862Open in IMG/M
3300033886|Ga0308413_098173All Organisms → cellular organisms → Bacteria735Open in IMG/M
3300034449|Ga0372963_04136All Organisms → cellular organisms → Bacteria1504Open in IMG/M
3300034521|Ga0310137_000016All Organisms → cellular organisms → Bacteria330265Open in IMG/M
3300034647|Ga0372968_004477All Organisms → cellular organisms → Bacteria2494Open in IMG/M
3300034648|Ga0372970_015959All Organisms → cellular organisms → Bacteria1324Open in IMG/M
3300034648|Ga0372970_055830All Organisms → cellular organisms → Bacteria547Open in IMG/M
3300034650|Ga0372973_035717All Organisms → cellular organisms → Bacteria736Open in IMG/M



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Environmental Properties

Associated Habitat Types

Select Environment Taxonomy Level:
HabitatTaxonomyDistribution
Anoxygenic And Chlorotrophic Microbial MatEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Anoxygenic And Chlorotrophic Microbial Mat47.32%
Hot Spring Phototrophic MatEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Hot Spring Phototrophic Mat40.18%
Anoxygenic And ChlorotrophicEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Anoxygenic And Chlorotrophic6.25%
Anaerobic Digestor SludgeEngineered → Wastewater → Anaerobic Digestor → Unclassified → Unclassified → Anaerobic Digestor Sludge2.68%
Hot Spring SedimentEnvironmental → Aquatic → Thermal Springs → Sediment → Unclassified → Hot Spring Sediment1.79%
Fracking WaterEnvironmental → Terrestrial → Deep Subsurface → Unclassified → Unclassified → Fracking Water0.89%
Anaerobic Thermophilic Cellulolytic SludgeEngineered → Wastewater → Anaerobic Digestor → Unclassified → Unclassified → Anaerobic Thermophilic Cellulolytic Sludge0.89%

Visualization
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Associated Samples

Taxon OIDSample NameHabitat TypeIMG/M Link
3300002491Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP Bryant BLVA 2012EnvironmentalOpen in IMG/M
3300002492Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP Bryant NP 2012EnvironmentalOpen in IMG/M
3300002493Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP Bryant MS undermat 2012EnvironmentalOpen in IMG/M
3300003688Coassembly of YNP Bryant MS undermat 2012 and YNP Bryant MS upper layer 2012EnvironmentalOpen in IMG/M
3300005246Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_2300_T MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005248Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1900_T MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005250Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1800_T MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005390Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_2300_B MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005409Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1300_B MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005413Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1500_T MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005414Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1300(2)_T MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005453Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS-T MetaGEnvironmentalOpen in IMG/M
3300005480Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_0800_B MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005486Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_0700_B MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005489Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP NP_1800 MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005490Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_0900_B MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005495Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1400(2)_B MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005499Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1500(2)_B MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005638Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1700(2)_B MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300005839Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP NP MetaGEnvironmentalOpen in IMG/M
3300006363Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_0600_B MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300006380Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1200_B MetaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300006848Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1500(2)_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300006849Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1600(2)_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen 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
3300009761Active sludge microbial communities of municipal wastewater-treating anaerobic digesters from Canada - AD_UKC129_MetaGEngineeredOpen in IMG/M
3300010169Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1800_B MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010171Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_0800_B MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010176Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_0300_B MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010178Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_0700_B MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010179Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_0900_B MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010181Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1300_B MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010183Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_0700_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010184Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_0800_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010187Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_0600_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010193Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1300(2)_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010195Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1500_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010196Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1200_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010197Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1000_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010246Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_2300_B MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010251Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1600(2)_B MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010254Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1400(2)_B MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010255Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1300_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010257Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS_1800_T MetaT (Metagenome Metatranscriptome) (version 2)EnvironmentalOpen in IMG/M
3300010327AD_CNMVcaEngineeredOpen in IMG/M
3300011965Anaerobic sludge microbial communities from wastewater treatment plant in Hong Kong, China - Thermophilic cellulolytic sludgeEngineeredOpen in IMG/M
3300019235Active sludge microbial communities of municipal wastewater-treating anaerobic digesters from Japan ? AD_JPNMR1_MetaT (Metagenome Metatranscriptome)EngineeredOpen in IMG/M
3300022554Dewar_combined assemblyEnvironmentalOpen in IMG/M
3300026237Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP Bryant MS upper layer 2012 (SPAdes)EnvironmentalOpen in IMG/M
3300026278Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP Bryant BLVA 2012 (SPAdes)EnvironmentalOpen in IMG/M
3300026293Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP Bryant NP 2012 (SPAdes)EnvironmentalOpen in IMG/M
3300026509Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS-T MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300027279Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS-B MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300031245Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20050930_P4EnvironmentalOpen in IMG/M
3300031508Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20050701_me2EnvironmentalOpen in IMG/M
3300031509Hot spring phototrophic mat microbial communities from Octopus Spring, Yellowstone National Park, Wyoming, United States - 20060914_OS12-60EnvironmentalOpen in IMG/M
3300031512Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20051001_T8EnvironmentalOpen in IMG/M
3300031513Hot spring phototrophic mat microbial communities from Octopus Spring, Yellowstone National Park, Wyoming, United States - 20070728_OST1-BottomLayerEnvironmentalOpen in IMG/M
3300031514Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20040719_149EnvironmentalOpen in IMG/M
3300031515Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20050930_Pe2EnvironmentalOpen in IMG/M
3300031517Hot spring phototrophic mat microbial communities from Octopus Spring, Yellowstone National Park, Wyoming, United States - 20050624_m2EnvironmentalOpen in IMG/M
3300031518Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20040719_148EnvironmentalOpen in IMG/M
3300031567Hot spring phototrophic mat microbial communities from Octopus Spring, Yellowstone National Park, Wyoming, United States - 20050623_t1EnvironmentalOpen in IMG/M
3300031568Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20050630_ee2EnvironmentalOpen in IMG/M
3300031776Hot spring phototrophic mat microbial communities from Octopus Spring, Yellowstone National Park, Wyoming, United States - 20090730_OS55EnvironmentalOpen in IMG/M
3300031812Hot spring phototrophic mat microbial communities from Octopus Spring, Yellowstone National Park, Wyoming, United States - 20070728_OST2-BottomLayerEnvironmentalOpen in IMG/M
3300031830Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20060912_MSe4EnvironmentalOpen in IMG/M
3300031878Hot spring phototrophic mat microbial communities from Octopus Spring, Yellowstone National Park, Wyoming, United States - 20060914_OS-M4EnvironmentalOpen in IMG/M
3300031950Hot spring phototrophic mat microbial communities from Octopus Spring, Yellowstone National Park, Wyoming, United States - 20090730_OS65EnvironmentalOpen in IMG/M
3300031966Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20090730_MS55EnvironmentalOpen in IMG/M
3300032034Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20060911_MSe2EnvironmentalOpen in IMG/M
3300032056Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20090730_MS65EnvironmentalOpen in IMG/M
3300032057Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20090730_MS60EnvironmentalOpen in IMG/M
3300032058Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20090730_MS50EnvironmentalOpen in IMG/M
3300032356Hot spring phototrophic mat microbial communities from Octopus Spring, Yellowstone National Park, Wyoming, United States - 20090730_OS50EnvironmentalOpen in IMG/M
3300033886Hot spring phototrophic mat microbial communities from Octopus Spring, Yellowstone National Park, Wyoming, United States - 20090729_t10cdEnvironmentalOpen in IMG/M
3300034449Metatranscriptome of hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20050630_2000_MSt2 (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300034521Fracking water microbial communities from deep shales in Oklahoma, United States - M2-7-2EnvironmentalOpen in IMG/M
3300034647Metatranscriptome of hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20050701_0600_MSt7 (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300034648Metatranscriptome of hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20050701_1000_MSt9 (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300034650Metatranscriptome of hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20050701_1600_MSt12 (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M

Geographical Distribution
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Family Sequences

Protein ID Sample Taxon ID Habitat Sequence
JGI24187J35170_100161523300002491Anoxygenic And Chlorotrophic Microbial MatMRSVILSVTLAAVLLLAAGVADAAAVDKNIPACGRIVGRLILSNPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAGANTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKTYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLNQYFQNWTMSDACRNCLVPEPVFLQMGALLGMSGLGVVASRRRAGRRSS*
JGI24188J35168_100017913300002492Anoxygenic And Chlorotrophic Microbial MatMKSVIRAVALAAVLLLAAGVADAAAVDKNILACGQNVGRLILSDPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAGANIPYFDPGELDMTGDYDPFXWNTTLQGXXNNNYPQFWYKXYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLNQYFQNWTMSDACRNCLVPEPVFLQMGALLGMSGLGVVASRRRAGRRSS*
JGI24185J35167_100543993300002493Anoxygenic And Chlorotrophic Microbial MatLKSVIRAVALAAVLLLAAGVADAAAVDKNILACGQNVGRLILSNPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAAPNTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKNYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFQDWTMSDACRNCLVPEPVFLQMGALLGMSGLGVVASRRRAGRRSS*
Ga0061020_100564493300003688Anoxygenic And Chlorotrophic Microbial MatLKSVIRAVALAAVLLLAAGVADAAAVDKNILACGQNVGRLILSNPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAAPNTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKNYQFNGGQGITFYDQPKRLKSDAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFQDWTMSDACRNCLVPEPVFLQMGALLGMSGLGVVASRRRAGRRSS*
Ga0068638_17326213300005246Anoxygenic And Chlorotrophic Microbial MatLLALAAVLLLAAGVADAAAVDKNILACGQNVGRLILANPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAGANTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKTYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFQDWTMSDACQNCLVPEPVFLQMGALLGMSGLGVVASRRRAGRRSS*
Ga0068636_111079413300005248Anoxygenic And Chlorotrophic Microbial MatLKSVIRAVALAAVLLLAAGVADAAAVDKNILACGQNVGRLILANPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAAPNTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKNYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFP
Ga0068635_116911113300005250Anoxygenic And Chlorotrophic Microbial MatVDKNILACGQNVGRLILANPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAAPNTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKTYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFPDWTMSDACQNCLVPEPVFLQMGALLGMSGLGVVASRRRAGRRSS*
Ga0068657_11025023300005390Anoxygenic And Chlorotrophic Microbial MatLLALAAVLLLAAGLADAAGVDKNILACGHNVGRLILANPAVYDDGTSGGVTVQGSFSGNYPPLRNGIEIRWVQLISTSHPWLTNAAPNTPYFDPGELDPRGDYDPFYWNTTLKGKDNNDHLGLWYTFYQFNGGQGIDFEDQPKRPKSDAPVSWLAELNLVCWETGTKNFSVLWTGTYGFN
Ga0068651_102573213300005409Anoxygenic And Chlorotrophic Microbial MatLKSVIRAVALAAVLLLAAGVADAAAVDKNILACGQNVGRLILANPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAAPNTPYFDPGELDMTGDYDPFYWNTTLKGKDNNNYPQFWYKNYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYF
Ga0068633_111652413300005413Anoxygenic And Chlorotrophic Microbial MatLKSVIRAVALAAVLLLAAGLADAAGVDKNILACGQNVGRLILSNPAVYEGVHPVFGPLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAAPNTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKTYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTMNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFQDWTMS
Ga0068646_112737713300005414Anoxygenic And Chlorotrophic Microbial MatNVGRLILANPAVYDDGTSGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAAPNTPYFDPGELDMTGDYDPFYWNTTLKGKDNNNYPQFWYKNYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFPDWTMSDACQNCLVPEPVFLQMGALLGMSGLGVVASRRRAGRRSS*
Ga0068705_1010153413300005453Anoxygenic And ChlorotrophicLKSVIRAVALAAVLLLAAGVADAAAVNKNILACGQNVGRLILSDPAVYDYGVLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAAPNTPYFDPGELDMTGDYDPFYWNTTLKGKDNNNYPGYWYKNKQFNGGQGITFEDRASRCKTMAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVT
Ga0068705_1011665313300005453Anoxygenic And ChlorotrophicLAAVLLLAAGLADAAGVDKNILACGQNLGRLLLSDPAVYEEVHPDFGPRGGVTVLGGFAGNYPPLRNGIEIRWVQLVSTTHPASTNAGANTPYFDPGELDMTGDNDPFYWNTTLAGKNGEENHLWWYRNRQFNEGRGIYFLDRPLRRKASAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIDQNGNVTV
Ga0068661_15058633300005480Anoxygenic And Chlorotrophic Microbial MatLKSVIRAVALAAVLLLAAGVADAAAVDKNILACGQNVGRLILSNPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAGANTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKNYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFQDWTMSDACQNCLVPEPVFLQMGALLGMSGLGVVASRRRAGRRSS*
Ga0068660_10707523300005486Anoxygenic And Chlorotrophic Microbial MatLKSVIRAVALAAVLLLAAGVADAAAVDKNILACGQNVGRLILANPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAAPNTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKNYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFQDWTMSDACQNCLVPEPVFLQMGALLGMSGLGVVASRRRAGRRSS*
Ga0068677_16127023300005489Anoxygenic And Chlorotrophic Microbial MatMKSVIRAVALAAVLLLAAGVADAAAVDKNILACGQNVGRLILSDPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAGANIPYFDPGELDMTGDYDPFYWNTTLQGKNNNNYPQFWYKNYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLNQYFQNWTMSDACRNCLVPEPVFLQMGALLGMSGLGVVASRRRAGRRSS*
Ga0068662_10137123300005490Anoxygenic And Chlorotrophic Microbial MatLKSVIRAVALAAVLLLAAGVADAAAVDKNILACGQNVGRLILANPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAAPNTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKNYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFPDWTMSDACRNCLVPEPVFLQMGALLGMSGLGVVASRRRAGRRSS*
Ga0068666_104063223300005495Anoxygenic And Chlorotrophic Microbial MatLLALAAVLLLAAGLADAAGVDKNILACGHNVGRLILANPAVYDDGTSGGVTVQGSFSGNYPPLRNGIEIRWVQLISTSHPWLTNAAPNTPYFDPGELDPRGDYDPFYWNTTLKGKDNNDHLGLWYTFYQFNGGQGIDFEDQPKRPKSDAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIDQNGNVTVNGWNELANPAWLTQARLTQYFPDWTMSDACQNCLVPEPVFL
Ga0068667_103306213300005499Anoxygenic And Chlorotrophic Microbial MatLKSVIRAVALAAVLLLAAGVADAAAVDKNILACGQNVGRLILANPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAGANTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKTYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFPDWTMSDACRNCLVPEPVFLQMGALLGMSGLGVVASRRRAGRRSS*
Ga0068669_118307013300005638Anoxygenic And Chlorotrophic Microbial MatLLALAAVLLLAAGLADAAGVDKNILACGHNVGRLILANPAVYDDGTSGGVTVQGSFSGNYPPLRNGIEIRWVQLISTSHPWLTNAAPNTPYFDPGELDPRGDYDPFYWNTTLKGKDNNDHLGLWYTFYQFNGGQGIDFEDQPKRPKSDAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVT
Ga0068707_100583023300005839Anoxygenic And ChlorotrophicMKSVIRAVALAAVLLLAAGVADAAAVDKNILACGQNVGRLILSDPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAGANIPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKTYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLNQYFQNWTMSDACRNCLVPEPVFLQMGALLGMSGLGVVASRRRAGRRSS*
Ga0068659_103898813300006363Anoxygenic And Chlorotrophic Microbial MatMRSVILSVTLAAVLLLAAGVADAAAVNKNILACGQNVGRLILSDPAVYDYGVLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAAPNTPYFDPGELDMTGDYDPFYWNTTLKGKDNNNYPGYWYKNKQFNGGQGITFEDRASRCKTMAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIDQNGNVT
Ga0068659_105071713300006363Anoxygenic And Chlorotrophic Microbial MatLLALAAVLLLAAGLADAAGVDKNILACGHNVGRLILANPAVYDDGTSGGVTVQGSFSGNYPPLRNGIEIRWVQLISTSHPWLTNAAPNTPYFDPGELDPRGDYDPFYWNTTLKGKDNNDHLGLWYTFYQFNGGQGIDFEDQPKRPKSDAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNG
Ga0068659_105154213300006363Anoxygenic And Chlorotrophic Microbial MatAAAVDKNILACGQNVGRLILSDPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAAPNTPYFDPGELDMTGDHDPFYWNTTLQGKDNDDHPDLWYKNYQFNGGQGIIFRDRPSRFKRDAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNV
Ga0068664_110271213300006380Anoxygenic And Chlorotrophic Microbial MatMRSVILSVTLAAVLLLAAGLADAAAVNKNILACGQNVGMLILANPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAAPNTPYFDPGELDMTGDYDPFYWNTALQGKDNNIYPQFWYKTYQFNGGQGITFYDQPKRLKSDAPVSWLA
Ga0068664_110424713300006380Anoxygenic And Chlorotrophic Microbial MatAVDKNILACGQNVGRLILSDPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAAPNTPYFDPGELDMTGDHDPFYWNTTLQGKDNDDHPDLWYKNYQFNGGQGIIFRDRPSRFKRDAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNV
Ga0068664_113096013300006380Anoxygenic And Chlorotrophic Microbial MatVDKNILACGQNVGRLILSDPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISDTHPQNTNAAPNTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKNLQFNGGQGITFEDQPKRRKSRAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFPDWTMSDACQNC
Ga0068664_115430523300006380Anoxygenic And Chlorotrophic Microbial MatLLALAAVLLLAAGVADAAAVDKNILACGQNIGRLVLSDPAVDDDGTRGGVSVEGSFSGNYPPLRNGIEIRWVQLISTSHPWHTNAAPNTPYFDPGELDPTGDYDPFYLNTTLQGKDNDDHPDLWYKTYQINGGQGIIFRDRSLRLKSWAPVSWLAELNLVCWETGTKNFSVLWTGTYG
Ga0068664_125238513300006380Anoxygenic And Chlorotrophic Microbial MatLLLAAGLADAAGVDKNILACGQNLGRLLLSDPAVYEEVHPDFGPRGGVTVLGGFAGNYPPLRNGIEIRWVQLVSTTHPASTNAGANTPYFDPGELDMTGDNDPFYWNTTLAGKNGEENHLWWYRNRQFNEGRGIYFLDRPLRRKASAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIDQNGNVTV
Ga0101768_101471713300006848Anoxygenic And Chlorotrophic Microbial MatLKSVIRAVALAAVLLLAAGVADAAAVDKNILACGQNVGRLILANPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAAPNTPYFDPGELDMTGDYDPFYWNTTLKGKDNNNYPQFWYKNYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFPDWTMSDACQNCLVPEPVFLQMGALLGMSGLGVVASRRRAGRRSS*
Ga0102029_128808213300006849Anoxygenic And Chlorotrophic Microbial MatLKSVIRAVALAAVLLLAAGVADAAAVDKNILACGQNVGRLILANPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAGANTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKTYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFPDWTMSDACQNCLVPEPVFLQMGALLGMSGLGVVASRRRAGRRSS*
Ga0073932_1004606123300007072Hot Spring SedimentVKSIIRLLVVAVLLLAAGGVDAAAIDKDILACGHNIGKLTLSDPVAYSTTTQGGVTVSGQFAGNYPPLRNGVEIRWVQLISTSHPLNTNAAPNTPYFDPGELDMTGDNDPFYWNTTLKAKDGNDYPQYYYVNYQINAGKGIKFFDEPKRSKADAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFPGWSMSDACKNCLVPEPVFMQMGALLGMSGLGTLAARRRARRRSG*
Ga0116168_109588413300009761Anaerobic Digestor SludgeNTVKSIIRLLVVAALLLAAGGVDAAAINKDILACGHNIGKLTLSDPVAYSTTTQGGVTVSGQFAGNYPPLRNGVEIRWVQLISTSHPLNTNAAANTPYFDPGELDMTGDNDPFYWNTTLKAKDGNDYPQYYYVNYQINAGKGIKFFDEPKRSKADAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFPGWSMSDACKNCLVPEPVFMQMGALLGMSGLGTLAARRRARRRSG*
Ga0124929_13590833300010169Anoxygenic And Chlorotrophic Microbial MatLKSVIRAVALAAVLLLAAGVADAAAVDKNILACGQNVGRLILSDPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTSHPWLTNAAPNTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKTYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFPDWTMSDACRNCLVPEPVFLQMGALLGMSGLGVVASRRRAGRRSS*
Ga0124935_10894743300010171Anoxygenic And Chlorotrophic Microbial MatDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAGANTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKNYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFQDWTMSDACQNCLVPEPVFLQMGALLGMSGLGVVASRRRAGRRSS*
Ga0124933_10811713300010176Anoxygenic And Chlorotrophic Microbial MatLKSVIRAVALAAVLLLAAGVADAAAVDKNILACGQNVGRLILANPAVYDDGTSGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAGANTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKTYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGW
Ga0124934_110413013300010178Anoxygenic And Chlorotrophic Microbial MatAAAVDKNILACGQNVGRLILSDPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAAPNTPYFDPGELDMTGDHDPFYWNTTLQGKDNDDHPDLWYKNYQFNGGQGIIFRDRPSRFKRDAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVT
Ga0124936_101064343300010179Anoxygenic And Chlorotrophic Microbial MatLAAVLLLAAGVADAAAVDKNILACGQNVGRLILANPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAAPNTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKNYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFPDWTMSDACRNCLVPEPVFLQMGALLGMSGLGVVASRRRAGRRSS*
Ga0124926_104838013300010181Anoxygenic And Chlorotrophic Microbial MatLLALAAVLLLAAGLADAAGVDKNILACGHNVGRLILANPAVYDDGTSGGVTVQGSFSGNYPPLRNGIEIRWVQLISTSHPWLTNAAPNTPYFDPGELDPRGDYDPFYWNTTLKGKDNNDHLGLWYTFYQFNGGQGIDFEDQPKRPKSDAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIDQNG
Ga0124926_106369613300010181Anoxygenic And Chlorotrophic Microbial MatLKSVIRAVALAAVLLLAAGVADAAAVDKNILACGQNVGRLILANPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAGANTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKTYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWT
Ga0124919_106573523300010183Anoxygenic And Chlorotrophic Microbial MatLKSVIRAVALAAVLLLAAGVADAAAVNKNILACGQNVGRLILSDPAVYDTGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAGANTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKTYQFNGGQGITFYDQPKRL
Ga0124920_113708513300010184Anoxygenic And Chlorotrophic Microbial MatLKSVIRAVALAALLLLAAGVADAAAVDKNILACGQNVGRLILANPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAGANTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKTYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFPDWTMSDACQNCLVPEPVFLQMGALLGMSGLGVVASRRRAGRRSS*
Ga0124918_117510513300010187Anoxygenic And Chlorotrophic Microbial MatLKSVIRAVALAAVLLLAAGVADAAAVDKNILACGQNVGRLILANPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTSHPWLTNAAPNTPYFDPGELDPRGDYDPFYWNTTLKGKDNNDYLGLWYTFYQFNGGQGIDFEDQPKRPKSDAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVT
Ga0124924_125016123300010193Anoxygenic And Chlorotrophic Microbial MatLKSVIRAVALAAVLLLAAGVADAAAVDKNILACGQNVGRLILANPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAAPNTPYFDPGELDMTGDYDPFYWNTTLKGKDNNNYPQFWYKNYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFQDWTMSDACQNCLVPEPVFLQMGALLGMSGLGVVASRRRAGRRSS*
Ga0124911_121261013300010195Anoxygenic And Chlorotrophic Microbial MatLKSVIRAVALAAVLLLAAGVADAAAVDKNILACGQNVGRLILANPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAGANTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKTYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNF
Ga0124923_126996923300010196Anoxygenic And Chlorotrophic Microbial MatMRSVILSVTLAAVLLLAAGLADAADVDKNILACGQNVGRLILSDPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAAPNTPYFDPGELDMTGDYDPFYWNTTLKGKDNNNYPQFWYKNYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFPDWTMSDACRNCLVPEPVFLQMGALLGMSGLGVVASRRRAGRRSS*
Ga0124922_111261813300010197Anoxygenic And Chlorotrophic Microbial MatLKSVIRAVALAAVLLLAAGVADAAAVDKNILACGQNVGRLILANPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAAPNTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKNYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYF
Ga0124932_13128613300010246Anoxygenic And Chlorotrophic Microbial MatLLALAAVLLLAAGLADAAGVDKNILACGHNVGRLILANPAVYDDGTSGGVTVQGSFSGNYPPLRNGIEIRWVQLISTSHPWLTNAAPNTPYFDPGELDPRGDYDPFYWNTTLKGKDNNDYLGLWYTFYQFNGGQGIDFEDQPKRPKSDAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIDQNGNVTVNGWNELANPAWLTQARLTQYFQDWTMSD
Ga0124932_18614913300010246Anoxygenic And Chlorotrophic Microbial MatVDKNILACGQNVGRLILSDPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAAPNTPYFDPGELDMTGDHDPFYWNTTLQGKDNDDHPDLWYKNYQFNGGQGIIFRDRPSRFKRDAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVT
Ga0124940_111624913300010251Anoxygenic And Chlorotrophic Microbial MatGVDKNILACGHNVGRLILANPAVYDDGTSGGVTVQGSFSGNYPPLRNGIEIRWVQLISTSHPWLTNAAPNTPYFDPGELDPRGDYDPFYWNTTLKGKDNNDHLGLWYTFYQFNGGQGIDFEDQPKRPKSDAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIDQNGNVTVNGWNELANPAWLTQARLTQYFPDWTM
Ga0124938_102619913300010254Anoxygenic And Chlorotrophic Microbial MatRAVALAAVLLLAAGVADAAAVDKNILACGQNVGRLILSDPAVYDDGTLGGVTVQGSFYGNYPPLRNGIEIRWVQLISTTHPLNTNAGANTPYFDPGELTTWADYDPFYWNTTLKGKDNNSHPGYWYKNNQFNGGKGINFEDQPKRLKSDAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVT
Ga0124938_107345113300010254Anoxygenic And Chlorotrophic Microbial MatLLALAAVLLLAAGLADAAGVDKNILACGHNVGRLILANPAVYDDGTSGGVTVQGSFSGNYPPLRNGIEIRWVQLISTSHPWLTNAAPNTPYFDPGELDPRGDYDPFYWNTTLKGKDNNDHLGLWYTFYQFNGGQGIDFEDQPKRPKSDAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIDQNGNVTVNGWNELANPAWLTQARLTQYF
Ga0124910_117009723300010255Anoxygenic And Chlorotrophic Microbial MatTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAGANTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKTYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFPDWTMSDACRNCLVPEPVFLQMGALLGMSGLGVVASRRRAGRRSS*
Ga0124913_111193213300010257Anoxygenic And Chlorotrophic Microbial MatLLALAAVLLLAAGLADAAGVDKNILACGHNVGRLILANPAVYDDGTSGGVTVQGSFSGNYPPLRNGIEIRWVQLISTSHPWLTNAAPNTPYFDPGELDPRGDYDPFYWNTTLKGKDNNSHPGYWYKNNQFNGGKGINFEDQPKRLKSEA
Ga0124913_126776923300010257Anoxygenic And Chlorotrophic Microbial MatLKSVIRAVALAAVLLLAAGVADAAAVDKNILACGQNVGRLILANPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAAPNTPYFDPGELDMTGDHDPFYWNTTLQGKDNDDHPDLWYKNYQFNGGQGIIFRDRPSRFKRDAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIA
Ga0116246_1016862613300010327Anaerobic Digestor SludgeVKSIIRLLVVAALLLAAGGVDAAAINKDILACGHNIGKLTLSDPVAYSTTTQGGVTVSGQFAGNYPPLRNGVEIRWVQLISTSHPLNTNAAANTPYFDPGELDMTGDNDPFYWNTTLKAKDGNDYPQYYYVNYQINAGKGIKFFDEPKRSKADAPVCWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFPGWSMSDACKNCLVPEPVFMQMGALLGMSGLGTLAARRRARRRSG*
Ga0119875_11024313300011965Anaerobic Thermophilic Cellulolytic SludgeLLVVAALLLAAGGVDATAVDKDILACGHNVGRLTLSDPVAYSTTTQGGVTVSGQFAGNYPPLRNGVEIRWVQLISTSHPLNTNAGANTPYFDPGELDMTGDNDPFYWNTTLKAKDGNDYPQYYYVNYQINAGKGIKFFDEPKRNKAAAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNG
Ga0179952_129072513300019235Anaerobic Digestor SludgeVGRLTLSNPVAFDDGVRGGVTVSGQFAGNYPPLRNGVEIRWVQLISTSHPLNTNAAANTPYFDPGELDMTGDYDPFYWNTTLKGKDGNDYPQYYYKNYQINAGKGIKFFDEPKRFKTDAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQGGAVSVNGWNELANPAWLTQARLAQ
Ga0212093_101187233300022554Hot Spring SedimentVKSIIRLLVVAVLLLAAGGVDAAAIDKDILACGHNIGKLTLSDPVAYSTTTQGGVTVSGQFAGNYPPLRNGVEIRWVQLISTSHPLNTNAAPNTPYFDPGELDMTGDNDPFYWNTTLKAKDGNDYPQYYYVNYQINAGKGIKFFDEPKRSKADAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFPGWSMSDACKNCLVPEPVFMQMGALLGMSGLGTLAARRRARRRSG
Ga0209750_104877713300026237Anoxygenic And Chlorotrophic Microbial MatLKSVIRAVALAAVLLLAAGVADAAAVDKNILACGQNVGRLILSDPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAAPNTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKNYQFNGGQGITFYDQPKRPKSDAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFPDWTMSDA
Ga0209018_100004823300026278Anoxygenic And Chlorotrophic Microbial MatMRSVILSVTLAAVLLLAAGVADAAAVDKNIPACGRIVGRLILSNPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAGANTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKTYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLNQYFQNWTMSDACRNCLVPEPVFLQMGALLGMSGLGVVASRRRAGRRSS
Ga0209227_1000261523300026293Anoxygenic And Chlorotrophic Microbial MatMKSVIRAVALAAVLLLAAGVADAAAVDKNILACGQNVGRLILSDPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAGANIPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKTYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLNQYFQNWTMSDACRNCLVPEPVFLQMGALLGMSGLGVVASRRRAGRRSS
Ga0209809_1000562393300026509Anoxygenic And ChlorotrophicLKSVIRAVALAAVLLLAAGVADAAAVDKNILACGQNVGRLILANPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAGANTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKTYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFPDWTMSDACQNCLVPEPVFLQMGALLGMSGLGVVASRRRAGRRSS
Ga0209809_107942923300026509Anoxygenic And ChlorotrophicLLALAAVLLLAAGLADAAGVDKNILACGHNVGRLILANPAVYDDGTSGGVTVQGSFSGNYPPLRNGIEIRWVQLISTSHPWLTNAAPNTPYFDPGELDPRGDYDPFYWNTTLKGKDNNDHLGLWYTFYQFNGGQGIDFEDQPKRPKSDAPVSWLAELNLVCWETGTKNFSVLWTGTYGF
Ga0209809_108726413300026509Anoxygenic And ChlorotrophicMRSVILSVTLAAVLLLAAGLADAAAVNKNILACGQNVGMLILANPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAAPNTPYFDPGELDMTGDYDPFYWNTALQGKDNNIYPQFWYKTYQFNGGQGITFYDQPKRLKSDAPVSWLAELNLVCWETGTMNFSVLWTGTYGFNIAQNGNVIVNGWNELANPAWLTQATLTQYFPGWTMSDACQNCLVPEP
Ga0209691_1003204123300027279Anoxygenic And ChlorotrophicLKSVIRAVALAAVLLLAAGVADAAAVDKNILACGQNVGRLILANPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAGANTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKTYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFPDWTMSDACRNCLVPEPVFLQMGALLGMSGLGVVASRRRAGRRSS
Ga0308395_100865943300031245Hot Spring Phototrophic MatLKSVIRAVALAAVLLLAAGVADAAAVDKNILACGQNVGRLILANPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAGANTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKTYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFQDWTMSDACQNCLVPEPVFLQMGALLGMSGLGVVASRRRAGRRSS
Ga0308394_108598413300031508Hot Spring Phototrophic MatDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAGANTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKTYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFQDWTMSDACQNCLVPEPVFLQMGALLGMSGLGVVASRRRAGRRSS
Ga0308399_103732923300031509Hot Spring Phototrophic MatNVGRLILSDPAVYEGFDPRRGPLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPRNTNAGANTPYFDPGELDPKGDYDPFYWNTTLQGKDNNNYPQFWYKNYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFPDWTMSDACRNCLVPEPVFLQMGALLGMSGLGVVASRRRAGRRSS
Ga0308397_104461213300031512Hot Spring Phototrophic MatLLALAAVLLLAAGLADAAGVDKNILACGHNVGRLILANPAVYDDGTSGGVTVQGSFSGNYPPLRNGIEIRWVQLISTSHPWLTNAAPNTPYFDPGELDPRGDYDPFYWNTTLKGKDNNDYLGLWYTFYQFNGGQGIDFEDQPKRPKSDAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVN
Ga0308412_1000015463300031513Hot Spring Phototrophic MatLKSVIRAVALAAVLLLAAGVADAAAVDKNILACGQNVGRLILANPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAAPNTPYFDPGELDMTGDYDPFYWNTTLKGKDNNNYPQFWYKNYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFPDWTMSDACRNCLVPEPVFLQMGALLGMSGLGVVASRRRAGRRSS
Ga0308412_1000015473300031513Hot Spring Phototrophic MatVLLLAAGLADAAGVDKNILACGQNVGRLILSNPAVYEGFDPRRGPLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPRNTNAGANTPYFDPGELDPKGDYDPFYWNTTLQGKDNNNYPQYWYKTYQFNGGQGITFYDQPRREKLDAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFQDWTMSDACQNCLVPEPVFLQMGALLGMSGLGVVASRRRAGRFGQ
Ga0308390_1000022523300031514Hot Spring Phototrophic MatLKSVIRAVALAAVLLLAAGVADAAAVDKNILACGQNVGRLILANPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAAPNTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKNYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFQDWTMSDACQNCLVPEPVFLQMGALLGMSGLGVVASRRRAGRRSS
Ga0308390_1000022533300031514Hot Spring Phototrophic MatLKSVIRAVALAAVLLLAAGVADAAAVDKNILACGQNVGRLILANPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAAPNTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKNYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFQDWTMSDACQNCLVPEPVFLQMGALLGMSGLGVVASRRRAGRFGQKSTT
Ga0308390_107676313300031514Hot Spring Phototrophic MatNVGMLILANPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAAPNTPYFDPGELDMTGDYDPFYWNTALQGKDNNIYPQFWYKTYQFNGGQGITFYDQPKRLKSDAPVSWLAELNLVCWETGTMNFSVLWTGTYGFNIAQNGNVIVNGWNELANPAWLTQATLTQYFPGWTMSDACQNCLVPEPVFLQMGALLGMSGLGVVASRRRAGRSGRHKTK
Ga0308396_111772413300031515Hot Spring Phototrophic MatAAVLLLAAGVADAAAVDKNILACGQNVGRLILANPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAGANTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKTYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGTY
Ga0308392_1001927123300031517Hot Spring Phototrophic MatLAAVLLLAAGVADAAAVDKNILACGQNVGRLILANPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAAPNTPYFDPGELDMTGDYDPFYWNTTLKGKDNNNYPQFWYKNYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFPDWTMSDACRNCLVPEPVFLQMGALLGMSGLGVVASRRRAGRRSS
Ga0308389_1000117563300031518Hot Spring Phototrophic MatLKSVIRAVALAAVLLLAAGVADAAAVDKNILACGQNVGRLILANPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAGANTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKTYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFQDWTMSDACQNCLVPEPVFLQMGALLGMSGLGVVASRRRAGRFGQKSTK
Ga0308389_1000117573300031518Hot Spring Phototrophic MatLKSVIRAVALAAVLLLAAGVADAAAVDKNILACGQNVGRLILANPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAGANTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKTYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFQDWTMSDACQNCLVPEPVFLQMGALLGMSGLGVVASRRR
Ga0308389_107776613300031518Hot Spring Phototrophic MatLKSVIRAVALAAVLLLAAGLADAAGVDKNILACGQNVGRLILSDPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISDTHPQNTNAAPNTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKNLQFNGGQGITFEDQPKRRKSRAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFQDWTMSDACQNCLVPEPVFLQM
Ga0308389_113647313300031518Hot Spring Phototrophic MatALRSIIRLLALAAVLLLAAGLADAAGVDKNILACGHNVGRLILANPAVYDDGTSGGVTVQGSFSGNYPPLRNGIEIRWVQLISTSHPWLTNAAPNTPYFDPGELDPRGDYDPFYWNTTLKGKDNNDHLGLWYTFYQFNGGQGIDFEDQPKRPKSDAPVSWLAELNLVCWET
Ga0308391_106202213300031567Hot Spring Phototrophic MatMRSVILSVTLAAVLLLAAGLADAAGVDKNILACGQNVGRLILSDPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAGAINPYFDPGELDMTGDYDPFYWNTTLKGKDNNNYPQFWYKNYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTK
Ga0308393_102435913300031568Hot Spring Phototrophic MatLKSVIRAVALAAVLLLAAGVADAAAVDKNILACGQNVGRLILANPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAAPNTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKNYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGT
Ga0308415_109264413300031776Hot Spring Phototrophic MatGRDLHMRSVILSVTLAAVLLLAAGLADAADVDKNILACGQNVGRLILSDPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAGANTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKTYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNEL
Ga0308411_1001271913300031812Hot Spring Phototrophic MatLKSVIRAVALAAVLLLAAGVADAAAVDKNILACGQNVGRLILANPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAAPNTPYFDPGELDMTGDYDPFYWNTTLKGKDNNNYPQFWYKNYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFQDWTMSDACQNCLVPEPVFLQMGALLGMSGLGVVASRRRAGRRSS
Ga0308411_1008094713300031812Hot Spring Phototrophic MatLKSVIRAVVLAAVLLLAAGLADAAGVDKNILACGQNVGRLILSNPAVYEGFDPRRGPLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPRNTNAGANTPYFDPGELDPKGDYDPFYWNTTLQGKDNNNYPQYWYKTYQFNGGQGITFYDQPRREKLDAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFQDWTMSDACQNCLVPEPVFLQMGALLGMSGLGVVASRRRAGRFGQ
Ga0308411_1012337113300031812Hot Spring Phototrophic MatLKSIIRLLALAAVLLLAAGLADAAGVDKNILACGQNVGRLILSNPAVYEGVHPVFGPLGGVTVQGSFSGNYPPLRNGIEIRWVQLISDTHPLDTNAAPNTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPGYWYKNLQFNGGQGITFYDQPRREKLDAPVSWLAELNLVCWETGTKNF
Ga0308411_1018627113300031812Hot Spring Phototrophic MatLLALAAVLLLAAGVADAAAVDKNILACGQNIGRLVLSDPAVDDDGTRGGVSVEGSFSGNYPPLRNGIEIRWVQLISTSHPWHTNAAPNTPYFDPGELDPTGDYDPFYLNTTLQGKDNDDHPDLWYKTYQINGGQGIIFRDRSLRLKSWAPVSWLAELNLVCWETGTKNFSVLWTGTYGYNIDQNGNVTVNGWNELANPAWLTQARLIQYFQDW
Ga0308409_100109873300031830Hot Spring Phototrophic MatLKSVIRAVALAALLLLAAGVADAAAVDKNILACGQNVGRLILANPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAGANTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKTYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFQDWTMSDACQNCLVPEPVFLQMGALLGMSGLGVVASRRRAGRRSS
Ga0308409_105282413300031830Hot Spring Phototrophic MatLLALAAVLLLAAGLADAAGVDKNILACGHNVGRLILANPAVYDDGTSGGVTVQGSFSGNYPPLRNGIEIRWVQLISTSHPWLTNAAPNTPYFDPGELDPRGDYDPFYWNTTLKGKDNNDYLGLWYTFYQFNGGQGIDFEDQPKRPKSDAPVSWLAELNLVCWETGTKNFSVLWTGTYGFN
Ga0308404_105924613300031878Hot Spring Phototrophic MatVLLLAAGLADAAGVDKNILACGHNVGRLILANPAVYDDGTSGGVTVQGSFSGNYPPLRNGIEIRWVQLISTSHPWLTNAAPNTPYFDPGELDPRGDYDPFYWNTTLKGKDNNDYLGLWYTFYQFNGGQGIDFEDQPKRPKSDAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFQDWTMSDACQNCLVPEPVFLQMGALLGMSGLGVVASRRRAGRRSS
Ga0308404_109664713300031878Hot Spring Phototrophic MatLKSVIRAVALAAVLLLAAGVADAAAVDKNILACGQNVGRLILANPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAGANTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKNYQFNGGQGITFYDQPKRLKSSA
Ga0308417_114774713300031950Hot Spring Phototrophic MatLKSVIRAVALAAVLLLAAGVADAAAVDKNILACGQNVGRLILANPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAAPNTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKSYQFNGGQGITFYDQPKRLKSDAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTV
Ga0308417_123582713300031950Hot Spring Phototrophic MatVDKNILACGQNVGRLILSNPAVYEGFDPRRGPLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPRNTNAGANTPYFDPGELDPKGDYDPFYWNTTLQGKDNNNYPQYWYKTYQFNGGQGITFYDQPRREKLDAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPA
Ga0308420_108019513300031966Hot Spring Phototrophic MatLKSVIRAVVLAAVLLLAAGLADAAGVDKNILACGQNVGRLILSNPAVYEGFDPRRGPLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPRNTNAGANTPYFDPGELDPKGDYDPFYWNTTLQGKDNNNYPQYWYKTYQFNGGQGITFYDQPRREKLDAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVN
Ga0308407_104004023300032034Hot Spring Phototrophic MatLLALAAVLLLAAGLADAAGVDKNILACGHNVGRLILANPAVYDDGTSGGVTVQGSFSGNYPPLRNGIEIRWVQLISTSHPWLTNAAPNTPYFDPGELDPRGDYDPFYWNTTLKGKDNNDYLGLWYTFYQFNGGQGIDFEDQPKRPKSDAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTV
Ga0308310_105596513300032056Hot Spring Phototrophic MatLKSVIRAVALAAVLLLAAGVADAAAVDKNILACGQNVGRLILANPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAAPNTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKNYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFQDWTMSDACQNCLVPEPVFLQMGALLGMSGLGVVASRRR
Ga0308421_105429713300032057Hot Spring Phototrophic MatLKSVIRAVALAAVLLLAAGLADAAGVDKNILACGQNVGRLILSDPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISDTHPQNTNAAPNTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKNLQFNGGQGITFEDQPKRRKSRAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFPDWTMSDACQNCLVPEPVFLQMGALLGMSGLGVVASRRRAGRFGRNGTK
Ga0308419_105690613300032058Hot Spring Phototrophic MatLKSVIRAVALAAVLLLAAGVADAAAVDKNILACGQNVGRLILSNPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAAPNTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQYWYKTYQFNGGQGITFYDQPRREKLDAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFQDWTMSDACQNCLVPEPVFLQMGALLGMSGLGVVASRRRAGRFGRNSTK
Ga0308419_110573513300032058Hot Spring Phototrophic MatLKSVIRAVALAAVLLLAAGVADAAAVDKNILACGQNLGRLLLSDPAVYEEVHPDFGPRGGVTVLGGFAGNYPPLRNGIEIRWVQLVSTTHPASTNAGANTPYFDPGELDMTGDNDPFYWNTTLAGKNGEENHLWWYRNRQFNEGRGIYFLDRPLRRKASAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIDQNGNVTVNG
Ga0308419_110979213300032058Hot Spring Phototrophic MatLKSVIRAVALAAVLLLAAGVADAAAVNKNILACGQNVGMLILANPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAAPNTPYFDPGELDMTGDYDPFYWNTALQGKDNNIYPQFWYKTYQFNGGQGITFYDQPKRLKSDAPVSWLAELNLVCWETGTMNFSVLWTGTYGFNIAQNGNVIVNGWNELANPAWLTQATLTQYFPGWTMSDACQNCLVPEPVFLQMGALLGMSGLGVV
Ga0308419_118881613300032058Hot Spring Phototrophic MatLLALAAVLLLAAGLADAAGVDKNILACGHNVGRLILANPAVYDDGTSGGVTVQGSFSGNYPPLRNGIEIRWVQLISTSHPWLTNAAPNTPYFDPGELDPRGDYDPFYWNTTLKGKDNNDHLGLWYTFYQFNGGQGIDFEDQPKRPKSDAPVSWLAELNLV
Ga0308414_100250743300032356Hot Spring Phototrophic MatLKSVIRAVALAAVLLLAAGVADAAAVDKNILACGQNVGRLILSNPAVYEGFDPRRGPLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPRNTNAGANTPYFDPGELDPKGDYDPFYWNTTLQGKDNNNYPQYWYKTYQFNGGQGITFYDQPRREKLDAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFPDWTMSDACQNCLVPEPVFLQMGALLGMSGLGVVASRRRAGRFGQKSTK
Ga0308414_100250753300032356Hot Spring Phototrophic MatLKSVIRAVALAAVLLLAAGVADAAAVDKNILACGQNVGRLILANPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAAPNTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKNYQFNGGQGITFYDQPKRLKSDAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFPDWTMSDACQNCLVPEPVFLQMGALLGMSGLGVVASRRRAGRRSS
Ga0308413_078527_263_8623300033886Hot Spring Phototrophic MatLKSVILSVTLAAVLLLAAGLADAAGVDKNILACGQNVGRLILSNPAVYEGFDPRRGPLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPRNTNAGANTPYCDPGELDPKGDYDPFYWNTTLQGKDNNNYPQYWYKTYQFNGGQGITFYDQPRREKLDAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTV
Ga0308413_098173_2_6493300033886Hot Spring Phototrophic MatLKSVIRAVALAAVLLLAAGLADAAGVDKNILACGQNVGRLILSDPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISDTHPQNTNAAPNTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKNLQFNGGQGITFEDQPKRRKSRAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYF
Ga0372963_04136_607_13923300034449Hot Spring Phototrophic MatLKSVIRAVALAAVLLLAAGVADAAAVDKNILACGQNVGRLILANPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAAPNTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKNYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFPDWTMSDACRNCLVPEPVFLQMGALLGMSGLGVVASRRRAGRRSS
Ga0310137_000016_106486_1072653300034521Fracking WaterVKSIIRLLVVAALLLAAGGVDAAAIDKDILACGHNIGKLTLSDPVAYSTTTQGGVTVSGQFAGNYPPLRNGVEIRWVQLISTSHPLNTNAAANTPYFDPGELDMTGDNDPFYWNTTLKAKDGNDYPQYYYVNYQINAGKGIKFFDEPKRSKADAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFPGWSMSDACKNCLVPEPVFMQMGALLGMSGLGTLAARRARRRSG
Ga0372968_004477_1860_24923300034647Hot Spring Phototrophic MatTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAAPNTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKNYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYFQDWTMSDACQNCLVPEPVFLQMGALLGMSGLGVVASRRRAGRRSS
Ga0372970_015959_741_13223300034648Hot Spring Phototrophic MatLKSVILSVTLAAVLLLAAGLADAAGVDKNILACGQNVGRLILANPAVYDDGTSGGVTVQGSFSGNYPPLRNGIEIRWVQLISTSHPWLTNAAPNTPYFDPGELDPRGDYDPFYWNTTLKGKDNNDYLGLWYTFYQFNGGQGIDFEDQPKRPKSDAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVT
Ga0372970_055830_3_5453300034648Hot Spring Phototrophic MatLLLAAGVADAAAVDKNILACGQNVGRLILANPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAAPNTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKNYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNV
Ga0372973_035717_88_7353300034650Hot Spring Phototrophic MatLKSVIRAVALAAVLLLAAGVADAAAVDKNILACGQNVGRLILANPAVYDDGTLGGVTVQGSFSGNYPPLRNGIEIRWVQLISTTHPLNTNAGANTPYFDPGELDMTGDYDPFYWNTTLQGKDNNNYPQFWYKTYQFNGGQGITFYDQPKRLKSSAPVSWLAELNLVCWETGTKNFSVLWTGTYGFNIAQNGNVTVNGWNELANPAWLTQARLTQYF


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