NMPFamsDB

NMPFamsDB

NMPFamsDB

A database of Novel Metagenome Protein Families

A database of Novel Metagenome Protein Clusters

A database of Novel Metagenome Protein Clusters
x
This website uses cookies to improve user experience. By using NMPFamDB you consent to all cookies in accordance with our privacy policy. OK
Metagenome / Metatranscriptome Family F043237

Metagenome / Metatranscriptome Family F043237

Go to section:
Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
Select file to download:
   Download


Overview

Basic Information
Family ID F043237
Family Type Metagenome / Metatranscriptome
Number of Sequences 156
Average Sequence Length 196 residues
Representative Sequence MDLEKTARYIAQLSRHGYKYAIIGKLVRYDRELVKRLEYDGFVFYLCRLPSKKEVVSYCLPRTEGPFKVYCLSSKPLEFPNAPLKLHYDEKSQRLRLLAQKSFINDCLNAIEKASEVKYPSPKLYIAQVNKALRQLYSVLAHTYNDKERLFAIKRKVKHWVVEALKSQYGLKPKDAMLDYSRYVLKFSDVLRKKKSFRNL
Number of Associated Samples 67
Number of Associated Scaffolds 154

Quality Assessment
Transcriptomic Evidence Yes
Most common taxonomic group Unclassified
% of genes with valid RBS motifs 75.48 %
% of genes near scaffold ends (potentially truncated) 44.87 %
% of genes from short scaffolds (< 2000 bps) 61.54 %
Associated GOLD sequencing projects 51
AlphaFold2 3D model prediction Yes
3D model pTM-score0.78

Note: High quality evidence is represented by blue. Low quality evidence is represented by red.
Hidden Markov Model
Powered by Skylign

Most Common Taxonomy
Group Unclassified (63.462 % of family members)
NCBI Taxonomy ID N/A
Taxonomy N/A

Most Common Ecosystem
GOLD Ecosystem Environmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Hot Spring Phototrophic Mat
(14.744 % of family members)
Environment Ontology (ENVO) Unclassified
(55.769 % of family members)
Earth Microbiome Project Ontology (EMPO) Free-living → Saline → Water (saline)
(37.179 % of family members)



 ⦗Top⦘

Multiple Sequence Alignments

Select alignment to view:      


 ⦗Top⦘

Structure & Topology

Predicted Secondary Structure and Topology

Predicted Topology & Secondary Structure
Classification: Globular Signal Peptide: No Secondary Structure distribution: α-helix: 46.49%    β-sheet: 18.42%    Coil/Unstructured: 35.09%
Feature Viewer
Powered by Feature Viewer

Predicted 3D Structure

Structure Viewer
Per-residue confidence (pLDDT):
  0-50   51-70   71-90   91-100  
pTM-score: 0.78
Powered by PDBe Molstar

Structural matches with SCOPe domains

SCOP familySCOP domainRepresentative PDBTM-score
e.8.1.8: Splicing factor Prp8 RT domaind4i43b44i430.68041
e.8.1.4: RNA-dependent RNA-polymerased3tyqa_3tyq0.5673
e.8.1.4: RNA-dependent RNA-polymerased1muka_1muk0.54991
e.8.1.9: Influenza virus PB1d5d9ab_5d9a0.54567
e.8.1.9: Influenza virus PB1d4wsbb_4wsb0.54331


 ⦗Top⦘

Gene Neighborhood

Neighboring Pfam domains

Pfam IDName % Frequency in 154 Family Scaffolds
PF16793RepB_primase 11.04
PF00929RNase_T 5.84
PF05732RepL 3.25
PF01978TrmB 2.60
PF03104DNA_pol_B_exo1 0.65
PF01724DUF29 0.65
PF01863YgjP-like 0.65
PF12161HsdM_N 0.65
PF10145PhageMin_Tail 0.65
PF06048DUF927 0.65

Neighboring Clusters of Orthologous Genes (COGs)

COG IDNameFunctional Category % Frequency in 154 Family Scaffolds
COG0417DNA polymerase B elongation subunitReplication, recombination and repair [L] 0.65
COG1451UTP pyrophosphatase, metal-dependent hydrolase familyGeneral function prediction only [R] 0.65
COG5519Predicted ATPase domain of Cch-like helicases, DUF927 familyGeneral function prediction only [R] 0.65


 ⦗Top⦘

Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
UnclassifiedrootN/A63.46 %
All OrganismsrootAll Organisms36.54 %

Visualization
Powered by ApexCharts

Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
2009439000|bisonPool14jan08_C10523All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber4079Open in IMG/M
2009439003|bisonPool05dec07_C5403Not Available1479Open in IMG/M
2009439003|bisonPool05dec07_C574All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber4389Open in IMG/M
2009439003|bisonPool05dec07_C6035Not Available1157Open in IMG/M
3300000345|OctSS_8084CDRAFT_1007325All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber1341Open in IMG/M
3300000345|OctSS_8084CDRAFT_1013262Not Available863Open in IMG/M
3300000398|CisS_allDRAFT_1001506All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber4216Open in IMG/M
3300001093|SHO09A_101520Not Available1430Open in IMG/M
3300001093|SHO09A_104562Not Available780Open in IMG/M
3300001337|JGI20131J14367_1021604Not Available648Open in IMG/M
3300001337|JGI20131J14367_1026143Not Available578Open in IMG/M
3300001339|JGI20132J14458_1017757Not Available1049Open in IMG/M
3300001339|JGI20132J14458_1017986All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber1040Open in IMG/M
3300001339|JGI20132J14458_1021152Not Available931Open in IMG/M
3300001339|JGI20132J14458_1027962Not Available774Open in IMG/M
3300001339|JGI20132J14458_1040338Not Available605Open in IMG/M
3300002493|JGI24185J35167_1007471All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber3932Open in IMG/M
3300002510|JGI24186J35511_1026805Not Available970Open in IMG/M
3300002510|JGI24186J35511_1034121Not Available783Open in IMG/M
3300003598|JGI26465J51735_1006157All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber2286Open in IMG/M
3300003603|JGI26466J51736_1004656All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber3055Open in IMG/M
3300003603|JGI26466J51736_1006765Not Available1964Open in IMG/M
3300003604|JGI26464J51801_1004542All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber2820Open in IMG/M
3300003605|JGI26463J51803_1002904All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber5232Open in IMG/M
3300003688|Ga0061020_1039446Not Available1222Open in IMG/M
3300003688|Ga0061020_1059806Not Available876Open in IMG/M
3300005225|Ga0073353_1000437All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber5404Open in IMG/M
3300005225|Ga0073353_1038504Not Available634Open in IMG/M
3300005225|Ga0073353_1065923Not Available780Open in IMG/M
3300005225|Ga0073353_1083266Not Available640Open in IMG/M
3300005225|Ga0073353_1095088All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber3383Open in IMG/M
3300005452|Ga0068706_1021522Not Available1428Open in IMG/M
3300005452|Ga0068706_1044805Not Available832Open in IMG/M
3300005453|Ga0068705_10070075All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber1027Open in IMG/M
3300005852|Ga0079998_115906All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber10441Open in IMG/M
3300005852|Ga0079998_115906All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber10441Open in IMG/M
3300005853|Ga0079997_104853Not Available663Open in IMG/M
3300005854|Ga0080008_129185All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber2544Open in IMG/M
3300005854|Ga0080008_135066Not Available3719Open in IMG/M
3300005854|Ga0080008_145472All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber3762Open in IMG/M
3300005854|Ga0080008_163008All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber4056Open in IMG/M
3300005855|Ga0079992_137280All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber5138Open in IMG/M
3300005855|Ga0079992_145771Not Available620Open in IMG/M
3300005856|Ga0080005_124740All Organisms → cellular organisms → Bacteria10066Open in IMG/M
3300005857|Ga0080007_1042994Not Available953Open in IMG/M
3300005857|Ga0080007_1064526All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber2783Open in IMG/M
3300005857|Ga0080007_1066998All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber9877Open in IMG/M
3300005857|Ga0080007_1085019Not Available3281Open in IMG/M
3300005857|Ga0080007_1086114All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber11870Open in IMG/M
3300005857|Ga0080007_1086114All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber11870Open in IMG/M
3300005858|Ga0079995_1078617Not Available1850Open in IMG/M
3300005958|Ga0081473_132548All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber2124Open in IMG/M
3300005963|Ga0081519_102631All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber2215Open in IMG/M
3300005966|Ga0081478_150552Not Available1306Open in IMG/M
3300006065|Ga0081425_143755All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber3790Open in IMG/M
3300006065|Ga0081425_148040Not Available1847Open in IMG/M
3300006065|Ga0081425_155984Not Available1198Open in IMG/M
3300006065|Ga0081425_162961All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber3188Open in IMG/M
3300007193|Ga0099834_1067093Not Available685Open in IMG/M
3300007195|Ga0099831_1140415Not Available515Open in IMG/M
3300007203|Ga0099832_1085882Not Available838Open in IMG/M
3300007203|Ga0099832_1142215Not Available640Open in IMG/M
3300017562|Ga0186926_11546All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Hydrogenothermaceae → Sulfurihydrogenibium → Sulfurihydrogenibium yellowstonense9084Open in IMG/M
3300017562|Ga0186926_15636All Organisms → cellular organisms → Bacteria5494Open in IMG/M
3300019289|Ga0187840_10009903Not Available1292Open in IMG/M
3300019289|Ga0187840_10021490Not Available888Open in IMG/M
3300019289|Ga0187840_10035544Not Available703Open in IMG/M
3300020224|Ga0187841_107894Not Available861Open in IMG/M
3300021851|Ga0187838_1104296Not Available788Open in IMG/M
3300021851|Ga0187838_1108477All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber770Open in IMG/M
3300021854|Ga0187839_1109831Not Available719Open in IMG/M
3300021854|Ga0187839_1128528All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber1629Open in IMG/M
3300025349|Ga0209670_102973All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber5250Open in IMG/M
3300025350|Ga0209778_101616All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae10111Open in IMG/M
3300025350|Ga0209778_113917Not Available809Open in IMG/M
3300025360|Ga0209739_108258All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber2047Open in IMG/M
3300025374|Ga0209740_1002896Not Available2994Open in IMG/M
3300025374|Ga0209740_1003650Not Available2648Open in IMG/M
3300025374|Ga0209740_1018093Not Available1040Open in IMG/M
3300025374|Ga0209740_1039919Not Available616Open in IMG/M
3300025440|Ga0209741_1001299All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber6678Open in IMG/M
3300025440|Ga0209741_1005464All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber2982Open in IMG/M
3300025440|Ga0209741_1007826All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber2390Open in IMG/M
3300025440|Ga0209741_1007906Not Available2374Open in IMG/M
3300025440|Ga0209741_1009267All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber2138Open in IMG/M
3300025440|Ga0209741_1025000Not Available1106Open in IMG/M
3300025440|Ga0209741_1034443Not Available889Open in IMG/M
3300025440|Ga0209741_1046402Not Available721Open in IMG/M
3300025440|Ga0209741_1053657Not Available650Open in IMG/M
3300025440|Ga0209741_1064416Not Available565Open in IMG/M
3300025440|Ga0209741_1075333Not Available501Open in IMG/M
3300026237|Ga0209750_1007935Not Available2734Open in IMG/M
3300026237|Ga0209750_1012798Not Available1976Open in IMG/M
3300026237|Ga0209750_1037592Not Available931Open in IMG/M
3300026509|Ga0209809_1046393All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber1369Open in IMG/M
3300026509|Ga0209809_1152247Not Available516Open in IMG/M
3300026509|Ga0209809_1153146Not Available513Open in IMG/M
3300027279|Ga0209691_1010938Not Available2824Open in IMG/M
3300027279|Ga0209691_1022871All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber1486Open in IMG/M
3300027279|Ga0209691_1088865Not Available508Open in IMG/M
3300028675|Ga0272445_1007102All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber5456Open in IMG/M
3300028675|Ga0272445_1010930All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber3877Open in IMG/M
3300028675|Ga0272445_1011425All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber3745Open in IMG/M
3300028675|Ga0272445_1012072All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber3581Open in IMG/M
3300028675|Ga0272445_1026599Not Available1910Open in IMG/M
3300028761|Ga0272447_1004736All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber5548Open in IMG/M
3300031245|Ga0308395_1006550All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber5139Open in IMG/M
3300031245|Ga0308395_1136080Not Available536Open in IMG/M
3300031508|Ga0308394_1018965All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber2043Open in IMG/M
3300031512|Ga0308397_1007498All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber3991Open in IMG/M
3300031512|Ga0308397_1100179Not Available622Open in IMG/M
3300031514|Ga0308390_1037505Not Available1358Open in IMG/M
3300031515|Ga0308396_1008511All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber3428Open in IMG/M
3300031516|Ga0308398_1025089Not Available1706Open in IMG/M
3300031516|Ga0308398_1064282Not Available867Open in IMG/M
3300031516|Ga0308398_1111959Not Available585Open in IMG/M
3300031518|Ga0308389_1038791Not Available1409Open in IMG/M
3300031568|Ga0308393_1127835Not Available528Open in IMG/M
3300031830|Ga0308409_1008123All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber3509Open in IMG/M
3300031830|Ga0308409_1008555Not Available3385Open in IMG/M
3300031830|Ga0308409_1098922Not Available649Open in IMG/M
3300031865|Ga0308408_1074190Not Available786Open in IMG/M
3300031865|Ga0308408_1133638Not Available532Open in IMG/M
3300031875|Ga0308405_1029074Not Available1707Open in IMG/M
3300031875|Ga0308405_1103998Not Available687Open in IMG/M
3300032034|Ga0308407_1020616Not Available1736Open in IMG/M
3300032057|Ga0308421_1033677Not Available1558Open in IMG/M
3300033431|Ga0326761_1001363All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber5530Open in IMG/M
3300033431|Ga0326761_1049593Not Available807Open in IMG/M
3300033431|Ga0326761_1058726Not Available726Open in IMG/M
3300033431|Ga0326761_1103278Not Available507Open in IMG/M
3300033484|Ga0326763_1007336All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber2527Open in IMG/M
3300033484|Ga0326763_1048007Not Available626Open in IMG/M
3300033490|Ga0326760_1007859All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber3342Open in IMG/M
3300033490|Ga0326760_1010478All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber2748Open in IMG/M
3300033490|Ga0326760_1013632Not Available2281Open in IMG/M
3300033490|Ga0326760_1030186Not Available1240Open in IMG/M
3300033490|Ga0326760_1058516Not Available710Open in IMG/M
3300033491|Ga0326762_1008956Not Available1602Open in IMG/M
3300033491|Ga0326762_1013394Not Available1086Open in IMG/M
3300033491|Ga0326762_1013803Not Available1057Open in IMG/M
3300033491|Ga0326762_1015587Not Available947Open in IMG/M
3300033491|Ga0326762_1027500Not Available573Open in IMG/M
3300033886|Ga0308413_002598All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber9102Open in IMG/M
3300033886|Ga0308413_008769All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber4197Open in IMG/M
3300033893|Ga0326768_032697Not Available808Open in IMG/M
3300033894|Ga0326769_033667Not Available872Open in IMG/M
3300034696|Ga0370516_049244Not Available1480Open in IMG/M
3300034696|Ga0370516_050530Not Available1457Open in IMG/M
3300034696|Ga0370516_096606Not Available964Open in IMG/M
3300034696|Ga0370516_156049Not Available702Open in IMG/M
3300034696|Ga0370516_157184Not Available698Open in IMG/M
3300034696|Ga0370516_157687Not Available697Open in IMG/M
3300034696|Ga0370516_203425Not Available589Open in IMG/M
3300034696|Ga0370516_250721Not Available513Open in IMG/M



 ⦗Top⦘

Environmental Properties

Associated Habitat Types

Select Environment Taxonomy Level:
HabitatTaxonomyDistribution
Hot Spring Phototrophic MatEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Hot Spring Phototrophic Mat14.74%
Hot Spring And Microbial Mat StreamerEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Hot Spring And Microbial Mat Streamer14.10%
Hot Spring SedimentEnvironmental → Aquatic → Thermal Springs → Sediment → Unclassified → Hot Spring Sediment7.05%
Hot SpringEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Hypersaline → Microbial Mats → Hot Spring6.41%
Anoxygenic And ChlorotrophicEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Anoxygenic And Chlorotrophic5.77%
HotspringEnvironmental → Aquatic → Thermal Springs → Near-Boiling (>90C) → Alkaline → Hotspring5.77%
FreshwaterEnvironmental → Aquatic → Freshwater → Lotic → Unclassified → Freshwater5.13%
Anoxygenic And Chlorotrophic Microbial MatEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Anoxygenic And Chlorotrophic Microbial Mat5.13%
Hot Spring WaterEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Hot Spring Water5.13%
Thermal SpringEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Thermal Spring4.49%
Hot Spring WaterEnvironmental → Aquatic → Thermal Springs → Unclassified → Unclassified → Hot Spring Water4.49%
SedimentEnvironmental → Aquatic → Freshwater → Lake → Sediment → Sediment3.21%
Hot SpringEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Hot Spring3.21%
SedimentEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Sediment → Sediment3.21%
Hot SpringEnvironmental → Aquatic → Thermal Springs → Unclassified → Unclassified → Hot Spring3.21%
Hot Spring Microbial MatEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Hot Spring Microbial Mat2.56%
Hot Spring SedimentEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Sediment → Hot Spring Sediment2.56%
Hot Spring And Microbial MatEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Hot Spring And Microbial Mat1.92%
Hypoxic/Sulfidic AquaticEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Alkaline → Unclassified → Hypoxic/Sulfidic Aquatic1.28%
Microbial MatEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Sediment → Microbial Mat0.64%

Visualization
Powered by ApexCharts



Associated Samples

Taxon OIDSample NameHabitat TypeIMG/M Link
20094390002_050719SEnvironmentalOpen in IMG/M
20094390031_050719NEnvironmentalOpen in IMG/M
3300000345Hot spring and microbial mat streamer communities from Octopus Spring Streamers, Yellowstone National Park, USA - T=80-84EnvironmentalOpen in IMG/M
3300000398Hypoxic/sulfidic aquatic microbial communities from Cistern Spring, Yellowstone National Park, USAEnvironmentalOpen in IMG/M
330000109307SHO09AEnvironmentalOpen in IMG/M
3300001337Hot spring microbial streamer communities from Conch Spring, Yellowstone National Park, USA - CON_CEnvironmentalOpen in IMG/M
3300001339Hot spring and microbial mat streamer communities from Octopus Spring Streamers, Yellowstone National Park, USA - OCT_BEnvironmentalOpen in IMG/M
3300002493Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP Bryant MS undermat 2012EnvironmentalOpen in IMG/M
3300002510Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP Bryant MS upper layer 2012EnvironmentalOpen in IMG/M
3300003598Thermal spring microbial communities from Yellowstone National Park, Wyoming, USA - Perpetual Spouter B (PS_B) MetaGEnvironmentalOpen in IMG/M
3300003603Archaeal communities from Yellowstone National Park, Wyoming, USA - Perpetual Spouter C (PS_C) MetaGEnvironmentalOpen in IMG/M
3300003604Thermal spring microbial communities from Yellowstone National Park, Wyoming, USA - Perpetual Spouter A (PS_A) MetaGEnvironmentalOpen in IMG/M
3300003605Freshwater microbial communities from Yellowstone National Park, Wyoming, USA - Fairy Falls C (FF_Mn_C)EnvironmentalOpen in IMG/M
3300003688Coassembly of YNP Bryant MS undermat 2012 and YNP Bryant MS upper layer 2012EnvironmentalOpen in IMG/M
3300005225Hotspring Microbial Communities from Lower Geyser Basin, Spring Unknown 43 (Mound Spring), Yellowstone National Park, Wyoming, USA ? Sample 3, bulk metagenomes as controls for mini-metagenomic methodsEnvironmentalOpen in IMG/M
3300005452Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS-B MetaGEnvironmentalOpen in IMG/M
3300005453Anoxygenic and chlorotrophic microbial mat microbial communities from Yellowstone National Park, USA - YNP MS-T MetaGEnvironmentalOpen in IMG/M
3300005852Thermal spring microbial communities from Yellowstone National Park, Wyoming, USA - Perpetual Spouter B (PS_B) MetaG (SPADES assembly)EnvironmentalOpen in IMG/M
3300005853Archaeal communities from Yellowstone National Park, Wyoming, USA - Perpetual Spouter C (PS_C) MetaG (SPADES assembly)EnvironmentalOpen in IMG/M
3300005854Hot spring microbial streamer communities from Conch Spring, Yellowstone National Park, USA - CON_C (SPADES assembly)EnvironmentalOpen in IMG/M
3300005855Freshwater microbial communities from Yellowstone National Park, Wyoming, USA - Fairy Falls B (FF_Mn_B) MetaG (SPADES assembly)EnvironmentalOpen in IMG/M
3300005856Hot spring sediment microbial communities from Joseph's Coat, Yellowstone National Park, USA - JC3_ASED (SPADES assembly)EnvironmentalOpen in IMG/M
3300005857Hot spring and microbial mat streamer communities from Octopus Spring Streamers, Yellowstone National Park, USA - OCT_B (SPADES assembly)EnvironmentalOpen in IMG/M
3300005858Freshwater microbial communities from Yellowstone National Park, Wyoming, USA - Fairy Falls C (FF_Mn_C) (SPADES assembly)EnvironmentalOpen in IMG/M
3300005958Hypoxic/sulfidic aquatic microbial communities from Cistern Spring, Yellowstone National Park, USAEnvironmentalOpen in IMG/M
3300005963Hot spring microbial streamer communities from Conch Spring, Yellowstone National Park, USA - C T=80-84EnvironmentalOpen in IMG/M
3300005966Hot spring and microbial mat streamer communities from Octopus Spring Streamers, Yellowstone National Park, USA - T=80-84EnvironmentalOpen in IMG/M
3300006065Hotspring Microbial Communities from Lower Geyser Basin, Spring Unknown 43 (Mound Spring), Yellowstone National Park, Wyoming, USA ? Sample 3, Mini-MetagenomicsEnvironmentalOpen in IMG/M
3300007193Hot spring microbial communities from Yellowstone National Park, Wyoming, USA - OCT_C_2 metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300007195Hot spring microbial communities from Yellowstone National Park, Wyoming, USA - OCT_B_1 metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300007203Hot spring microbial communities from Yellowstone National Park, Wyoming, USA - OCT_B_2 metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300017562Hotspring sediment microbial communities from Obsidian Pool, Yellowstone National Park, Wyoming, USA ? Obsidian 3. Combined Assembly of Gp0212718, Gp0212717EnvironmentalOpen in IMG/M
3300019289Extremophilic microbial mat communities from Yellowstone National Park, Wyoming, USA - OCT_B_HostDNAEnvironmentalOpen in IMG/M
3300020224Extremophilic microbial mat communities from Yellowstone National Park, Wyoming, USA - OCT_B_ViralDNAEnvironmentalOpen in IMG/M
3300021851Metatranscriptome of extremophilic microbial mat communities from Yellowstone National Park, Wyoming, USA - CONBC_RNA (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300021854Metatranscriptome of extremophilic microbial mat communities from Yellowstone National Park, Wyoming, USA - OCTB_RNA (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300025349Thermal spring microbial communities from Yellowstone National Park, Wyoming, USA - Perpetual Spouter B (PS_B) MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300025350Archaeal communities from Yellowstone National Park, Wyoming, USA - Perpetual Spouter C (PS_C) MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300025360Hot spring sediment microbial communities from Joseph's Coat, Yellowstone National Park, USA - JC3_ASED (SPAdes)EnvironmentalOpen in IMG/M
3300025374Hot spring microbial streamer communities from Conch Spring, Yellowstone National Park, USA - CON_C (SPAdes)EnvironmentalOpen in IMG/M
3300025440Hot spring and microbial mat streamer communities from Octopus Spring Streamers, Yellowstone National Park, USA - OCT_B (SPAdes)EnvironmentalOpen 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
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
3300028675Hot spring sediment microbial communities from Yellowstone National Park, WY, United States - YNP-CB-003-1EnvironmentalOpen in IMG/M
3300028761Hot spring microbial mat communities from Yellowstone National Park, WY, United States - YNP-CB-013-3EnvironmentalOpen 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
3300031512Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20051001_T8EnvironmentalOpen 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
3300031516Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20051001_T9EnvironmentalOpen in IMG/M
3300031518Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20040719_148EnvironmentalOpen in IMG/M
3300031568Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20050630_ee2EnvironmentalOpen in IMG/M
3300031830Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20060912_MSe4EnvironmentalOpen in IMG/M
3300031865Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20060912_MSe3EnvironmentalOpen in IMG/M
3300031875Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20060912_MS13EnvironmentalOpen in IMG/M
3300032034Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20060911_MSe2EnvironmentalOpen in IMG/M
3300032057Hot spring phototrophic mat microbial communities from Mushroom Spring, Yellowstone National Park, Wyoming, United States - 20090730_MS60EnvironmentalOpen in IMG/M
3300033431Hot spring water microbial communities from Geyser Creek Basin, Yellowstone National Park, WY, United States - GCR.EP_PEnvironmentalOpen in IMG/M
3300033484Hot spring water microbial communities from Norris Geyser Basin, Yellowstone National Park, WY, United States - NOR.PS_PEnvironmentalOpen in IMG/M
3300033490Hot spring sediment microbial communities from Geyser Creek Basin, Yellowstone National Park, WY, United States - GCR.EP_SEnvironmentalOpen in IMG/M
3300033491Hot spring sediment microbial communities from Norris Geyser Basin, Yellowstone National Park, WY, United States - NOR.PS_SEnvironmentalOpen in IMG/M
3300033886Hot spring phototrophic mat microbial communities from Octopus Spring, Yellowstone National Park, Wyoming, United States - 20090729_t10cdEnvironmentalOpen in IMG/M
3300033893Hot spring sediment microbial communities from Norris-Mammoth Corridor, Yellowstone National Park, WY, United States - NMC.RSW_SEnvironmentalOpen in IMG/M
3300033894Hot spring water microbial communities from Norris-Mammoth Corridor, Yellowstone National Park, WY, United States - NMC.RSW_PEnvironmentalOpen in IMG/M
3300034696Hot spring water microbial communities from Yellowstone National Park, WY, United States - YNP_Buffalopool_103118EnvironmentalOpen in IMG/M

Geographical Distribution
Zoom:     Powered by OpenStreetMap



 ⦗Top⦘

Family Sequences

Protein ID Sample Taxon ID Habitat Sequence
BISONS_273782009439000Hot SpringMELERTARYIAQLSSRGYKYAVVGKLARYDKKLVKRLEYEGFVFYLCRFQTKKEVVEYCLERVEGTFRVYCLSAKPLEFPNAPLKLHYDEKTGRLRLLAQRSFINECLRVIERASSLKYPNHKLYTIKVNEALRNLYSILAYTYNDRERLRAIKRKVKHLFVSALKENYGIEPKKAMEEYRRFVVKFSDVLRKKQRANSSTS
BISONN_186132009439003Hot SpringMDLEKTAKYIAQLSARGYKYAIIGQLSGYNRKLVKRLEYDGFVFYLCRLQTKKEVIAYCLERTDKPFKVYCLSSKPLEFPNAPLKLHYDEKTQRLRLLCQKSFISDCLNAIEKASEVKYPSPKLYIAQVNKALRQLYSVLAYTYNDRERVRAIRRKVKHWVVEALKRQYGLKPKDA
BISONN_19432009439003Hot SpringMELERTARYIAQLSSRGYKYAVVGKLARYDKKLVKRLEYEGFVFYLCRFQTKKEVVEYCLERAEGTFRVYCLSAKPLEFPNAPLKLHYDEKTGRLRLLAQRSFINECLRVIERASSLKYPNHKLYTIKVNEALRNLYSILAYTYNDRERLRAIKRKVKHLFVSALKENYGIEPKKAMEEYRRFVVKFSDVLRKKQRANSSTS
BISONN_207522009439003Hot SpringQFPSRPLPKKIQEETMDLEKTAKYIAQLSRHGYRYAIIGKLVRYDREKVKRLEYDGFVFYLCRLPSKKEVIAYCLPRSEGLFRVYCLSSKPLEFPNAPLKLHYDEKTQRLRLLCQKSFINDCLNAIEKASEVKYPSPKLYIAQVNKVLRQLYEILAYTYNDRERVRAIKRKVKHWVVEALESQYGLKPKDAMIDYSRYVLKFSDVLKRKRQKATKE
OctSS_8084CDRAFT_100732523300000345Hot Spring And Microbial MatMELERTARYIAQLSSRGYKYAVVGKLARYDKKIVKKLEYEGFVFYLCRFQTKKEVVEYCLERAEGTFRVYCLASKPLEFPNAPLKLHYDEKTKRLRLLAQRSFINECLKVIERASSLKYPNHKLYTAKVNEALRNLYSILAYTYNDRERLRAIKRKVKHLFVEALKKNYGIEPKKAMEDYRRFVVKFSDVLKKKQRANSSTS*
OctSS_8084CDRAFT_101326213300000345Hot Spring And Microbial MatMDLEKTARYIAQLSRHGYKYAIVGKLVRYDREKVKRIEFQGFVFYLCRLPSKKEVVSYCLPRSEGPFRVYCLSSKPLEFPNAPLKLYYDEKTQRLRLLAQRSFINDCLNAIEKASEVKYPSPKLYLAHINRVLHQLYAILAHTYNDKERLRAIKRKVKHWVVEALKNQYGLRPKDAMTDYHRYVLKFSDVLRKKRQKAHKR*
CisS_allDRAFT_100150623300000398Hypoxic/Sulfidic AquaticMDLEKTARYIAQLSRHGYKYAVLGELSNYNRELVKRIDLEGFVFYLCRLQTKKEVISYCLQKTDKPFKVYCLSSKPLEIPHMPLKLHYDEKTGRLRLLAQKSFINACLNAIEKASEVKYPSPKLYIAQVNKALRQLYSVLAHTYNDKERLRAIKRKVKHWVVEALKNQYGLKPKDAMLDYSRYVLKFSDVLRKKKSASVASATEGGRGRG*
SHO09A_10152023300001093Thermal SpringMDLEKTARYIAQLSRHGYRYAIVGKLVRYDREKVKRLEYDGFVFYLCRLPSKKEIVSYCLSRSEGPFRVYCLSSKPLEFPNAPLKLHYDEKSQRLRLLAQKSFINDCLNAIEKASSLTYPSPKLFTGHVNKILRQLFEVLAWTYNDRERVRAIRKKVKHMVVEALKSQYGLKPKDAMLDYARYVLKFSDVLRKKRQATKG*
SHO09A_10456223300001093Thermal SpringKNSPEESGMELERTARYIAQLSSRGYKYAVVGRLTRYDKKIVKKLEYEGFVFYLCRFQTKKEVVEYCLERAEGTFRVYCLASKPLEFPNAPLKLHYDEKTKRLRLLAKRSFINECLKVIERASSLKYPNHKLYTAKVNEALRNLYSILAYTYNDKERIRAIKRKVKHLFVSALKENYGIEPKKAMEDYRRFVVKFSDVLKKKQRANSSTS*
JGI20131J14367_102160413300001337Hot SpringMDLEKTSRYIAQLSRHGYKYAILGELSNYNREFVKRIDLEGFVFYLCRLPSKREVIAYCLQKTDKPFKVYCLSSKPLEIPHMPLKLHYDEKTGRLRLLAQKSFISDCLNAIERASSLTYPSPKLYIARVNQILRQLYSVLAYTYNDKERVRAIRRKVKHMVVEALKRHGLKPKDAMLDYARYIVKFSDVLRKKRSKKSKS*
JGI20131J14367_102614313300001337Hot SpringLERTARYIAQLSGRGYKYAVVGKLSRYDKKLVKRLEYEGFVFYLCRFQTKKEVVEYCLERAEGTFRVYCLSAKPLEFPNAPLKLHYDEKTKRLRLLAQRSFINECLRVIERASSLKYPNHKLYTIKVNEALRNLYSILAYTYNDKERLRAIKRKVKHLFVSALKENYGIEPKKAMEEYRRFVVKFSDVLKKK
JGI20132J14458_101775713300001339Hot Spring And Microbial Mat StreamerMDLEKTAKYIAQLSARGYKYAIIGQLSGYNRKLVKKLEYDGFVFYLCRLQTKKEVIAYCLERAQGTFKVYCLSSKPLEFPNAPLKLHYDEKSQRLRLLAQKSFISDCLNAIERASSLTYPSPKLYIAAVNKALRQLYSVLAYTYNDRERVRAIRKKVKHWVIEA
JGI20132J14458_101798613300001339Hot Spring And Microbial Mat StreamerMDLEKTARYIAQLSRHGYKYAIVGKLARYNKKIVKKLEYEGFVFYLCRFQTKKEVVEYCLERAEGTFRVYCLASKPLEFPNAPLKLHYDEKTKRLRLLAQRSFINECLKVIERASSLKYPNHKLYTAKVNEALRNLYSILAYTYNDRERLRAIKRKVKHLFVEALKKNYGIEPKKAMEDYRRFVVKFSDVLKKKQRANPSTS*
JGI20132J14458_102115223300001339Hot Spring And Microbial Mat StreamerMDLERTSRYIAQLSRHGYKYAILGELSNYNRELVKRIDLEGFVFYLCRLPSKREVIAYCLKKTDKPFKVYCLASKPLEXPHMPLKLHYDEKTRRLRLLAQKSFINDCLNAIEKASEVKYPSPKLYLAHINRVLSQLYAILAYTYNDRERVRAIRKKVKHWVVEALKRHGLKPKDAMTDYHRYVLKFSDVLRKK
JGI20132J14458_102796213300001339Hot Spring And Microbial Mat StreamerDREKVKRIEFQGFVFYLCRLPSKKEVVSYCLPRVEGPFRVYCLSSKPLEFPNAPLKLYYDEKTQRLRLLAQRSFINDCLNAIEKASEVKYPSPKLYLAHINRVLHQLYAILAHTYNDKERLRAIKRKVKHWVVEALKNQYGLKPKDAMTDYHRYVLKFSDVLRKKRQKAHKR*
JGI20132J14458_104033813300001339Hot Spring And Microbial Mat StreamerMDLXKTAXYIAQLSRHGYKYAIVGKLVRYDREKVKRIEFQGFVFYLCRLPSKKEIVSYCLPRSEGPFRVYCLSSKPLEFPNAPLKLHYDEKTQRLRLLAQRSFINDCLNAIERASSLTYPSPKLYIAAVNKALRQLYSVLAYTYNDRERVRAIRKKVKHWVIEAL
JGI24185J35167_100747113300002493Anoxygenic And Chlorotrophic Microbial MatMDLEKTAKYIAQLSGRGYKYAIIGNLSGYNRKLVKRLEYDGFVFYLCRLQTKKEIVSYCLERTDKPFKVYCLSSKPLEFPNAPLKLYYDEKTQRLRLLCQKSFINDCLNAIERASSLTYPSPKLYLAQVNKALRQLYSVLAYTYNDKERVKAIKRKVKHWVVEALKRHGLKPKDAMTDYSRYIVKFSDVLRKKRQNPRSRTTRQTSESKP*
JGI24186J35511_102680513300002510Anoxygenic And Chlorotrophic Microbial MatMDLEKTAKYIAQLSRHGYKYAIIGKLDRYDREKVKRLEYDGFVFYLCRLSSKKEIVSYCLPRSEGPFRVYCLSSKPLEFPNSPLKLWYDEKNQRLRLLCQRSFINDCLNAIEKASEVKYPSPKLYTGHVNKLLRQLFEVLAWTYNDKERVRAIKRKVKHWVIETLKSQYGLKPKDAMTDYSRYIVKFSDVLRKKRQNPRSRTTRQTSESKP*
JGI24186J35511_103412113300002510Anoxygenic And Chlorotrophic Microbial MatMDLEKTAKYIAQLSGRGYKYAIIGNLSGYNRKLVKRLEYDGFVFYLCRLQTKKEIVSYCLERTDKPFKVYCLSSKPLEFPNAPLKLYYDEKTQRLRLLCQKSFINDCLNAIERASSLTYPSPKLYLAQVNKALRQLYSVLAYTYNDKERVKAIKRKVKHWVVEALKRHGLKPKDAMTDYSRYIVKFSDVLRKKRQNPRSRTTR
JGI26465J51735_100615713300003598Thermal SpringMDLEKTARYIAQLSRHGYKYAVLGELSNYNRELVKRIDLEGFVFYLCRLQTKKEVISYCLQKADKPFKVYCLSSKPLEIPHMPLKLHYDEKTGRLRLLAQKSFINACLNAIEKASEVKYPSPKLYIAQVNKALRQLYSVLAHTYNDKERLRAIKRKVKHWVVEALKSQYGLKPKDAMLDYSRYVLKFSDVLRKKKSASVASAT
JGI26466J51736_100465613300003603Hot SpringMDLEKTARYIAQLSRHGYKYAVLGELSNYNRELVKRIDLEGFVFYLCRLQTKKEVISYCLQKADKPFKVYCLSSKPLEIPHMPLKLHYDEKTGRLRLLAQKSFINACLNAIEKASEVKYPSPKLYIAQVNKALRQLYSVLAHTYNDKERLRAIKRKVKHWVVEALKSQYGLKPKDAMLDYSRYVLKFSDVLRKKKSASVASATEGGRGRG*
JGI26466J51736_100676523300003603Hot SpringMELGRTARYIAQLSGRGYKYAVVGKLARYDKKLVKRLEYEGFVFYLCRFQTKKEVVEYCLERAEGTFRVYCLASKPLEFPNAPLKLHYDEKTKRLRLLAQRSFINECLKVVERASSLKYPNHKLYTAKLNEALRNLYQILAYTYNDRERLRAIKRKVKHLFVSALKENYGIEPKRAMLDYKNYVVKFSDFLKKKQRGPLNSSTSCPKKLKL*
JGI26464J51801_100454243300003604Thermal SpringMDLEKTAKYIAQLSRHGYKYAVIGELLRYDKELVKRLEYDGFVFYLCRLPSKKEVVSYCLPRTEGPFKVYCLSSKPLEFPNAPLKLHYDEKSQRLRLLAQKSFINDCLNAIEKASEVKYPSPKLYLAHVNKLLRQLYSVLAHTYNDKERLSAIKRKVKHWVIEALKSQYGLKPKDAMLDYSRYVLKFSDVLRKKKSASVASATEGGRGRG*
JGI26463J51803_100290423300003605FreshwaterMDLEKTAKYIAQLSGRGYKYAIIGNLSGYNRKLVKRLEYDGFVFYLCRLQTKKEVIAYCLEKAQGTFKVYCLSSKPLEFPNAPLKLHYDEKTQRLRLLCQKSFINACLNAIEKASEVKYPSPKLYTGHVNKLLRQLFEVLAWTYNDRERVKAIKRKVKHMVIEALKNQYGLKPKDAMLDYARYIVKFSDVLKRKRQSPDFRTAR*
Ga0061020_103944613300003688Anoxygenic And Chlorotrophic Microbial MatMDLEKTAKYIAQLSGRGYKYAIIGNLSGYNRKLVKRLEYDXFVFYLCRLQTKKEIVSYCLERTDKPFKVYCLSSKPLEFPNAPLKLXYDEKTQRLRLLCQKSFINDCLNAIERASSLTYPSPKLYLAQVNKALRQLYSVLAYTYNDKERVKAIKRKVKHWVVEALKRHGLKPKDAMTDYSRYIVKFSDVLRKKRQNPRSRTTRQTSESKP*
Ga0061020_105980613300003688Anoxygenic And Chlorotrophic Microbial MatMELERTARYIAQLSSRGYKYAIVGKLARYDKKIVKRLEYEGFVFYLCRFQTKKEVVEYCLERAEGTFRVYCLTSKPLEFPNAPLKLHYDEKTKRLRLLAQRSFINECLKVIERASSLKYPNHQLYTIKVNEALRNLYRILAYTYNDKERLRAIKRKVKHLFVSALKENYGIEPKKAMGEYRRFVVKFSDVLRKKQRANSSTS*
Ga0073353_100043733300005225HotspringMDLEKTAKYIAQLSARGYKYAIIGQLSGYNRKLVKRLEYNGFVFYLCRLQTKKEVIAYCLERAQGTFKVYCLSSKPLEFPNAPLKLWYDEKGQRLRLLAQRSFINACLNAIERASSLTYPSPKLYIAQVNKALRQLYEILAYTYNDKERVRAIRRKVKHWVVEALKSQYGLKPKDAMLDYSRYVLKFSDVLRKKKTQKSASASSDAEGGRIGG*
Ga0073353_103850413300005225HotspringLEYDGFVFYLCRLQTKKEVIAYCLERAQGTFKVYCLSSKPLEFPNAPLKLHYDEKSQRLRLLAQRSFINDCLNAIEKASSLTYPSPKLYIAQVNKALRQLYAILAYTYNDKERLKAIKKKVKHWVVEALKSQYGLKPKDAMTDYHRYVLKFSDVLRKKVKKNLKP*
Ga0073353_106592313300005225HotspringKRLEYDGFVFYLCRLQTKKEVIAYCLERAQGTFKVYCLSSKPLEFPNAPLKLHYDEKSQRLRLLAQRSFINDCLNAIEKASSLTYPSPKLYIAQVNKALRQLYSVLAYTYNDRERLKAIKKKVKHWVVEALKRHGVKPKDAMLDYSRYVLKFSDVLKKKRQSPSPRTAH*
Ga0073353_108326613300005225HotspringAQLSRHGYKYAVLGELSNYNRELVKKIDLEGFVFYLCRLPSKKEVITYCLQKTDKPFKVYCLSSKPLEIPHMPLKLHYDEKTGRLRLLAQKSFINACLNAIEKASEVKYPSPKLFTGHINRILRQLFEVLAYTYNDRERLRAIKRKVKHLFVSALKENYGIEPKKAMEEYRRFVVKFSDVLKRKQRANSSTS*
Ga0073353_109508833300005225HotspringMELERTARYIAQLSSRGYKYAVVGKLARYDKKLVKRLEYEGFVFYLCRFQTKKEVVEYCLERTEGTFRVYCLSAKPLEFPNAPLKLHYDEKTKRLRLLAQRSFINECLRVIERASNLKYPNHKLYTIKVNEALRNLYSILAYTYNDRERLRAIKRKVKHLFVSALKENYGIEPKKAMEDYRRFVVKFSDVLKRKQRANSSTS*
Ga0068706_102152213300005452Anoxygenic And ChlorotrophicMELERTARYIAQLSSRGYKYAIVGKLARYDKKIVKRLEYEGFVFYLCRFQTKKEVVEYCLERAEGTFRVYCLTSKPLEFPNAPLKLHYDEKTKRLRLLAQRSFINECLKVIERASSLKYPNHQLYTIKVNEALRNLYRILAYTYNDRERLRAIKRKVKHLFVSALKENYGIEPKKAMEEYRRF
Ga0068706_104480513300005452Anoxygenic And ChlorotrophicMDLEKTSRYIAQLSRHGYKYAILGELSNYNRELVKRIDLEGFVFYLCRLPSKKEVVSYCLQKTDKPFKVYCLSSKPLEFPNAPLKLHYDEKSQRLRLLCQKSFINDCLNAIEKASEVKYPSPKLYTGHVNKLLRQLFEVLAWTYNDKGRVRAIKRKVKHWVIETLKSQYGLKPKDAMTDYRSYIVKFSDVLRKKRQN
Ga0068705_1007007513300005453Anoxygenic And ChlorotrophicHPKKKPKEESGMELERTARYIAQLSSRGYKYAIVGKLARYDKKIVKRLEYEGFVFYLCRFQTKKEVVEYCLERAEGTFRVYCLTSKPLEFPNAPLKLHYDEKTKRLRLLAQRSFINECLKVIERASSLKYPNHQLYTIKVNEALRNLYRILAYTYNDRERLRAIKRKVKHLFVSALKENYGIEPKKAMEEYRRFVVKFSNVLKRKQRANSSTS*
Ga0079998_115906103300005852Thermal SpringMDLEKTARYIAQLSRHGYKYAIIGKLVRYDRELVKRLEYDGFVFYLCRLPSKKEVVSYCLPRTEGPFKVYCLSSKPLEFPNAPLKLHYDEKSQRLRLLAQKSFINDCLNAIEKASEVKYPSPKLYIAQVKKLLRQLYGILAYTYNDRERLSAIKRKVKHWVVEALKNQYGLKPK
Ga0079998_11590663300005852Thermal SpringMDLEKTARYIAQLSRHGYKYAVLGELSNYNRELVKRIDLEGFVFYLCRLQTKKEVISYCLQKADKPFKVYCLSSKPLEIPHMPLKLHYDEKTGRLRLLAQKSFINACLNAIEKASEVKYPSPKLYIAQVNKALRQLYGILAYTYNDRERLSAIKRKVKHWVVEALKNQYGLKPKDAMLDYSRYVLKFSDVLRKKKSASVASATEGGRGRG*
Ga0079997_10485323300005853Hot SpringLEYDGFVFYLCRLPSKKEVVSYCLPRTEGAFKVYCLSSKPLEFPNAPLKLHYDEKSQRLRLLAQKSFINNCLNAIEKASSLTYPSPKLYTGHVNKLLRQLYGILAYTYNDRERLSAIKRKVKHWVVEALKSQYGLKPKDAMLDYSRYVLKFSDVLRKKKSVFRNL*
Ga0080008_12918513300005854Hot SpringMDLERLSRYIAQLSGRGYKYAIIGQLSGYNRKLVKRVEFQGFVFYLCRLPSKKEIVSYCLPRSEGPFRVYCLSSKPLEFPNAPLKLHYDEKSQRLRLLCQKSFINDCLNAIEKASEVKYPSPKLYIARVNQILRQLYSVLAYTYNDRERVRAIKRKVKHMVVEALKRHGLKPKDAMLDYHRYVLKFSDVLRKKKTQKSLPRRR*
Ga0080008_13506653300005854Hot SpringEFVKRIDLEGFVFYLCRLPSKREVIAYCLQKTDKPFKVYCLSSKPLEIPHMPLKLHYDEKSQRLRLLAQKSFINDCLNAIERASSLTYPSPKLYLNQVNKALHQLYSVLAYTYNDKERVRAIRRKVKHMVVEALKRHGLKPKDAMLDYHRYVLKFSDVLRKKRKATKT*
Ga0080008_14547253300005854Hot SpringEFVKRIDLEGFVFYLCRLSSKREVIAYCLQKTDKPFKVYCLSSKPLEIPHMPLKLHYDEKTGRLRLLAQKSFISDCLNAIERASSLTYPSPKLYIARVNQILRQLYSVLAYTYNDRERVRAIKRKVKHWVVEALKRHGLKPKDAMLDYARYIVKFSDVLRKKKSKKS*
Ga0080008_16300853300005854Hot SpringMDLEKTAKYIAQLSARGYKYAIIGQLSGYNRKLVKRLEYDGFVFYLCRLQTKREVIAYCLERTDKPFKVYCLSSKPLEFPNAPLKLHYDEKTQRLRLLAQKSFINDCLNAIERASSLTYPSPKLYLNQVNKALRQLYSVLAHTYNDRERVKAIRKKVKHWVVEALKRHGLKPKDAMLEYNHNVLKFSDVLKKKRQSPSPRTASQTSGTDP*
Ga0079992_13728043300005855FreshwaterMPLLAICLAIRLEYDGFVFYLCRLQTKKEVIAYCLEKAQGTFKVYCLSSKPLEFPNAPLKLHYDEKTQRLRLLCQKSFINACLNAIEKASEVKYPSPKLYTGHVNKLLRQLFEVLAWTYNDRERVKAIKRKVKHMVIEALKNQYGLKPKDAMLDYARYIVKFSDVLKRKRQSPDFRTAR*
Ga0079992_14577113300005855FreshwaterNQPAKLSSQSQPSRSQFGAVSGLFEFVSLLPPLKNSPEESGMELERTARYIAQLSSRGYKYAVVGKLARYDKKLVKRLEYEGFVFYLCRFQTKKEVVEYCLERAEGTFRVYCLASKPLEFPNAPLKLHYDEKTKRLRLLAQRSFINECLKVIERASSLKYPNHKLYTAKVNEALRNLYSILAYTYNDRERLRAIKRKVKHLFVSAL
Ga0080005_12474063300005856Hot Spring SedimentMEELERTARYIAQLSGRGYKYAVVGRLTRYDKKLVKRLEYEGFVFYLCRFQTKKEVVGYCLERAEGTFRVYCLASKPLEFPNAPLKLHYDEKSQRLRLLAQRSFINECLEVIERASSLRYPSHKLYTVKVNEVLRNLYSILASTYNDKERIRAIKRKVKHLFVEALKENYGIEPKKAMEEYRRFVLKFSDVLKKKAKNSSTS*
Ga0080007_104299423300005857Hot Spring And Microbial Mat StreamerMDLEKTARYIAQLSRHGYKYAIVGKLVRYDREKVKRIEFQGFVFYLCRLPSKKEVVSYCLPRAEGPFRVYCLSSKPLEFPNAPLKLHYDEKSQRLRLLAQRSFINDCLNAIERASSLTYPSPKLYIAQVNKALRQLYEILAYTYNDKERVRAIRRKVKHMVVEALKRHGLKPKDAMTDYHRYVLKFSDVLRKKKQKAPKA*
Ga0080007_106452633300005857Hot Spring And Microbial Mat StreamerMELEKTARYIAQLSSRGYKYAVVGKLARYDKKIVKKLEYEGFVFYLCRFQTKKEVVEYCLERAEGTFRVYCLASKPLEFPNAPLKLHYDEKTKRLRLLAQRSFINECLKVIERASSLKYPNHKLYTAKVNEALRNLYSILAYTYNDRERLRAIKRKVKHLFVEALKKNYGIEPKKAMEDYRRFVVKFSDVLKKKQRANPSTSLA*
Ga0080007_106699853300005857Hot Spring And Microbial Mat StreamerMDLERTSRYIAQLSRHGYKYAILGELSNYNRELVKRIDLEGFVFYLCRLPSKREVIAYCLKKTDKPFKVYCLASKPLEIPHMPLKLHYDEKIQRLRLLAQKSFINDCLNAIERASSLTYPSPKLYIAAVNKALRQLYSVLAYTYNDRERVRAIRKKVKHWVVETLKKQYGLKPKDAMTDYHRYVLKFSDVLRKKRQKAHKR*
Ga0080007_108501923300005857Hot Spring And Microbial Mat StreamerMDLEKTAKYIAQLSARGYKYAIIGNLSGYNRKLVKKLEYDGFVFYLCRLQTKKEVIAYCLERAQGTFKVYCLSSKPLEFPNAPLKLHYDEKSQRLRLLAQKSFISDCLNAIERASSLTYPSPKLYIAQVNKALRQLYEILAYTYNDKERVRAIKKKVKHWVIEALKRHGLKPKDAMTDYHRYVLKFSDVLKKKRKATKA*
Ga0080007_1086114103300005857Hot Spring And Microbial Mat StreamerMDLERTSRYIAQLSRHGYKYAILGELSNYNRELVKKIDLEGFVFYLCRLPSKREVIAYCLKKTDKPFKVYCLASKPLEIPHMPLKLHYDEKTRRLRLLAQKSFINDCLNAIEKASEVKYPSPKLYLAHINRVLSQLYAILAYTYNDRERVRAIRKKVKHWVVEALKRHGLKPKDAMTDYHRYVLKFSDVLRKKKQKAPKR*
Ga0080007_1086114143300005857Hot Spring And Microbial Mat StreamerMDLEKTARYIAQLSRHGYKYAILGELSNYNRELVKRIDLEGFVFYLCRLPSKREVVAYCLKKTDKPFKVYCLASKPLEIPHMPLKLHYDEKTKRLRLLAQKSFINDCLNAIEKASEVKYPSPKLYLAHINRVLNQLYAILAHTYNDKERLRAIKRKVKHWVVEALKNQYGLKPKDAMIDYSRYVLKFSDVLKKKRKAPKA*
Ga0079995_107861713300005858FreshwaterMDLEKTSRYIAQLSRHGYKYAILGELSNYNRELVKRIDLEGFVFYLCRLPSKREVISYCLQKTDKPFKVYCLSSKPLEIPHMPLKLHYDEKNKRLRLLAQRAFISDCLNAVERASSLTYPSPKLYLAQVNKALRQLYSVLAYTYNDKERVRAIRRKVKHWVVETLKNKYGLKPKDAMIDYGRYIVKFSDVLRKKKSKKSKS*
Ga0081473_13254823300005958Hypoxic/Sulfidic AquaticMDLEKTARYIAQLSRHGYKYAIIGKLVRYDRELVKKLEYEGFVFYLCRLQTKKEVVSYCLPRTEKPFKVYCLSSKPLEFPNAPLKLHYDEKSQRLRLLAQKSFINDCLNAIERASSLTYPSPKLYTAQVNKVLRQLYSVLAYTYNDKERLSAIRRKVKYMVVEALKSQYDIKPKDAMLDYSRYVLKFSNVLKVKKSSRKTKRQESQKP*
Ga0081519_10263123300005963Hot SpringMELERTARYIAQLSSRGYKYAVVGKLARYDKKLVKRLEYEGFVFYLCRFQTKKEVVEYCLERAEGTFRVYCLSAKPLEFPNAPLKLHYDEKTKRLRLLAQRSFINECLRVIERASSLKYPNHKMYTIKVNEALRNLYSILAYTYNDRERLRAIKRKVKHLFVSALKENYGIEPKKAMEEYRRFVVKFSDVLKKKQRANSSTS*
Ga0081478_15055213300005966Hot Spring And Microbial MatMDLERTSRYIAQLSRHGYKYAILGELSNYNRELVKRIDLEGFVFYLCRLPSKREVIAYCLKKTDKPFKVYCLASKPLEIPHMPLKLHYDEKIQRLRLLAQKSFINDCLNAIERASSLTYPSPKLYIAAVNKALRQLYSVLAYTYNDRERVRAIRKKVKHWVIEALKRHGLKPKDAMTDYHRYVLKFSDVLRKKRQKAHKR*
Ga0081425_14375533300006065HotspringMLEKTAKYIAQLSAKGYKYAIIGQLSGYNRKLVKRLEYDGFVFYLCRLQTKKEVIAYCLERAQGTFKVYCLSSKPLEFPNAPLKLHYDEKSQRLRLLAQRSFINDCLNAIEKASEVKYPSPKLYIAQVNKALRQLYSVLAYTYNDRERLKAIKKKVKHWVVEALKRHGVKPKDAMLDYSRYVLKFSDVLKKKRQSPSPRTAH*
Ga0081425_14804023300006065HotspringMELERTARYIAQLSSRGYKYAVVGKLARYDKKLVKRLEYEGFVFYLCRFQTKKEVVEYCLERAEGTFRVYCLSAKPLEFPNAPLKLHYDEKTKRLRLLAQRSFINECLRVIERASSLKYPNHKLYTIKVNEALRNLYSILAYTYNDRERLRAIKRKVKHLFVSALKENYGIEPKKAMEDYRRFVVKFSDVLKRKQRANSSTS*
Ga0081425_15598423300006065HotspringMLEKTAKYIAQLSARGYKYAIIGQLSGYNRKLVKRLEYDGFVFYLCRLQTKKEVIAYCLERAQGTFKVYCLASKPLEFPNAPLKLWYDEKGQRLRLLAQRSFINDCLNAIEKASEVKYPSPKLYLAHVNKLLRQLYAILVHTYNDRERVRAIRRKVKHWVVEALKSQYGLKPKDAMADYGRYIVKFSDVLRKKVKKNLKP*
Ga0081425_16296143300006065HotspringMDLEKTAKYIAQLSRHGYKYAVLGDLSNYNRELVKKIDLKGFVFYLCRLPSKKEVIAYCLQKTDKPFKVYCLSSKPLEIPHMPLKLHYDEKTGRLRLLAQKSFINACLNAIEKASEVKYPSPKLFTGQINRILRQLFEVLAYTYNDRERVRAIRRKVKHWVVEALKSQYGLKPKDAMTDYHRYVLKFSDVLRKKVKKNLKP*
Ga0099834_106709313300007193FreshwaterTARYIAQLSSRGYKYAVVGKLARYDKKIVKKLEYEGFVFYLCRFQTKKEVVEYCLERAEGTFRVYCLASKPLEFPNAPLKLHYDEKTKRLRLLAQRSFINECLKVIERASSLKYPNHKLYTAKVNEALRNLYSILAYTYNDKERIRAIKRKVKHLFVEALKKNYGIEPKKAMEDYRRFVVKFSDVLKKKQRANSSTS*
Ga0099831_114041513300007195FreshwaterKKIVKKLEYEGFVFYLCRFQTKKEVVEYCLERAEGTFRVYCLASKPLEFPNAPLKLHYDEKTKRLRLLAQRSFINECLKVIERASSLKYPNHKLYTAKVNEALRNLYSILAYTYNDRERLRAIKRKVKHLFVEALKKNYGIEPKKAMEDYRRFVVKFSDVLKKKQRANSST
Ga0099832_108588213300007203FreshwaterMDLERTSRYIAQLSRHGYKYAILGKLSNYNRELVKRIDLEGFVFYLCRLPSKREVIAYCLKKTDKPFKVYCLASKPLEIPHMPLKLHYDEKIQRLRLLAQKSFINDCLNAIERASSLTYPSPKLYIAAVNKALRQLYSVLAYTYNDRERVRAIRKKVKHWVVETLKKQYGLKPKDAMTDYHRYVLKFSDVLRKKRQKA
Ga0099832_114221513300007203FreshwaterKKIVKKLEYEGFVFYLCRFQTKKEVVEYCLERAEGTFRVYCLASKPLEFPNAPLKLHYDEKTKRLRLLAQRSFINECLKVIERASSLKYPNHKLYTAKVNEALRNLYSILAYTYNDRERLRAIKRKVKHLFVEALKKNYGIEPKKAMEDYRRFVVKFSDVLKKKQRANPSTSLA*
Ga0186926_1154623300017562Hot Spring SedimentMELRRTARYIAQLSGHGYKYAVVGKLARYDKKLVKRLEYEGFVFYLCRFQTKKEVVEYCLERAEGTFRVYCLASKPLEFPNAPLKLWYDEKNQRLKLLARRSFINECLRVIERASSLKYPNHKLYTAKVNEALRNLYSILAYTYNDKERIQAIKRKVKHLFVEALKENYGIEPKKAMEDYRRFVLKFSDVLKRKQRTNSSTS
Ga0186926_1563613300017562Hot Spring SedimentMELRRTARYIAQLSGHGYKYAVVGKLARYDKKLVKRLEYEGFVFYLCRFQTKKEVVEYCLERAEGTFRVYCLASKPLEFPNAPLKLWYDEKNQRLKLLARRSFINECLRVIERASSLKYPNHKLYTAKVNEALRNLYSILAYTYNDKERIRAIKRKVKHLFVEALKENYGIEPKKAMEDYRRFVLKFSDVLKRKQRTNSSTS
Ga0187840_1000990323300019289Hot Spring Microbial MatGKLVRYDREKVKRIEFQGFVFYLCRLPSKKEIVSYCLPRSEGPFRVYCLSSKPLEFPNAPLKLHYDEKSQRLRLLAQRSFINDCLNAIERASSLTYPSPKLYLAAVNKALNQLYAILAYTYNDRERVRAIRKKVKHWVIEALKRHGLKPKDAMTDYHRYVLKFSDVLRKKKQKAPKA
Ga0187840_1002149013300019289Hot Spring Microbial MatMDLERTSRYIAQLSRHGYKYAILGELSNYNRELVKKIDLEGFVFYLCRLPSKREVIAYCLKKTDKPFKVYCLASKPLEIPHMPLKLHYDEKTRRLRLLAQKSFISDCLNAIERASSLTYPSPKLYIAAVNKALRQLYGVLAYTYNDRERVRAIRKKVKHWVVETLKKQYGLKPKDAMTDYHRY
Ga0187840_1003554413300019289Hot Spring Microbial MatMDLEKTARYIAQLSRHGYRYAILGKLVRYDREKVKKLEYEGFVFYLCRFRTKKEVIAYCLERTDKPFKVYCLSSKPLEFPNAPLKLHYDEKTQRLRLLAQKSFINDCLNAIEKASEVKYPSPKLYLVHINRVLSQLYAILAHTYNDKERLRAIKRKVKHWVVEALKNQ
Ga0187841_10789413300020224Hot Spring Microbial MatMDLERTSRYIAQLSRHGYKYAILGELSNYNRELVKRIDLEGFVFYLCRLPSKREVIAYCLKKTDKPFRVYCLASKPLEIPHMPLKLHYDEKTRRLRLLAQKSFISDCLNAIERASSLTYPSPKLYIAAVNKALRQLYSVLAYTYNDRERVRAIRKKVKHWVVETLKKQYGLKPKDAMTDYHRYVLKFSDVLRKKRQKAHKR
Ga0187838_110429613300021851SedimentMDLEKTSRYIAQLSRHGYKYAILGELSNYNREFVKKIDLEGFVFYLCRLSSKREVIAYCLQKTDKPFKVYCLSSKPLEIPHMPLKLHYDEKTGRLRLLAQKSFISDCLNAIERASSLTYPSPKLYIARVNQILRQLYSVLAYTYNDRERVRAIKRKVKHWVVEALKRHGLKPKDAMLDYARYIVKFSDVLRKKRSKKSKS
Ga0187838_110847723300021851SedimentVKRLEYEGFVFYLCRFQTKKEVVEYCLERAEGTFRVYCLSAKPLEFPNAPLKLHYDEKTKRLRLLAQRSFINECLRVIERASSLKYPNHKMYTIKVNEALRNLYRILAYTYNDKERLRAIKRKVKHLFVSALKENYGIEPKKAMEEYRRFVVKFSDALKRKQRANSSTS
Ga0187839_110983113300021854SedimentMDLERTSRYIAQLSRHGYKYAILGELSNYNRELVKRIDLEGFVFYLCRLPSKREVIAYCLKKTDKPFKVYCLASKPLEIPHMPLKLHYDEKIQRLRLLAQKSFINDCLNAIERASSLTYPSPKLYIAAVNKALRQLYSVLAYTYNDRERVRAIRKKVKHWVVETLKKQYGLKPKDAMTDYHRYVLKFSDVLRKKRQKAHKR
Ga0187839_112852813300021854SedimentMELERTARYIAQLSSRGYKYAVVGKLARYDKKIVKKLEYEGFVFYLCRFQTKKEVVEYCLERAEGTFRVYCLASKPLEFPNAPLKLHYDEKTKRLRLLAQRSFINECLKVIERASSLKYPNHKLYTAKVNEALRNLYSILAYTYNDRERLRAIKRKVKHLFVEALKKNYGIEPKKAMEDYRRFVVKFSDVLKKKQRANSSTS
Ga0187839_119983213300021854SedimentIDLEGFVFYLCRLPSKREVIAYCLKKTDKPFRVYCLASKPLEIPHMPLKLHYDEKTRRLRLLAQKSFINDCLNAIEKASEVKYPSPKLYLAHINRVLHQLYAILAHTYNDKERLRAIKRKVKHWVVEALKNQYGLKPKDAMIDYSRYVLKFSDVLKKKRKAPKA
Ga0209670_10297313300025349Thermal SpringMDLEKTARYIAQLSRHGYKYAVLGELSNYNRELVKRIDLEGFVFYLCRLQTKKEVISYCLQKADKPFKVYCLSSKPLEIPHMPLKLHYDEKTGRLRLLAQKSFINACLNAIEKASEVKYPSPKLYIAQVNKALRQLYSVLAHTYNDKERLRAIKRKVKHWVVEALKSQYGLKPKDAMLDYSRYVLKFSDVLRKKKSASVASATEGGRGRG
Ga0209778_10161663300025350Hot SpringMELGRTARYIAQLSGRGYKYAVVGKLARYDKKLVKRLEYEGFVFYLCRFQTKKEVVEYCLERAEGTFRVYCLASKPLEFPNAPLKLHYDEKTKRLRLLAQRSFINECLKVVERASSLKYPNHKLYTAKLNEALRNLYQILAYTYNDRERLRAIKRKVKHLFVSALKENYGIEPKRAMLDYKNYVVKFSDFLKKKQRGPLNSSTSCPKKLKL
Ga0209778_11391713300025350Hot SpringMDLEKTARYIAQLSRHGYKYAIIGKLVRYDRELVKRLEYDGFVFYLCRLPSKKEVVSYCLPRTEGAFKVYCLSSKPLEFPNAPLKLHYDEKSQRLRLLAQKSFINNCLNAIEKASSLTYPSPKLYTGHVNKLLRQLYGILAYTYNDRERLSAIKRKVKHWVVEALKSQYGLKPKDAMLDYSRYVLKFSDVLRKKKSVFRNL
Ga0209739_10825813300025360Hot Spring SedimentMEELERTARYIAQLSGRGYKYAVVGRLTRYDKKLVKRLEYEGFVFYLCRFQTKKEVVGYCLERAEGTFRVYCLASKPLEFPNAPLKLHYDEKSQRLRLLAQRSFINECLEVIERASSLRYPSHKLYTVKVNEVLRNLYSILASTYNDKERIRAIKRKVKHLFVEALKENYGIEPKKAMEEYRRFVLKFSDVLKKKAKNSSTS
Ga0209740_100289623300025374Hot SpringMDLEKTSRYIAQLSRHGYKYAILGELSNYNREFVKRIDLEGFVFYLCRLPSKREVIAYCLQKTDKPFKVYCLSSKPLEIPHMPLKLHYDEKTGRLRLLAQKSFISDCLNAIERASSLTYPSPKLYLNQVNKALHQLYSVLAYTYNDKERVRAIRRKVKHMVVEALKRHGLKPKDAMLDYHRYVLKFSDVLRKKRKATKT
Ga0209740_100365023300025374Hot SpringMDLEKTAKYIAQLSARGYKYAIIGQLSGYNRKLVKRLEYDGFVFYLCRLQTKREVIAYCLERTDKPFKVYCLSSKPLEFPNAPLKLHYDEKTQRLRLLAQKSFINDCLNAIERASSLTYPSPKLYLNQVNKALRQLYSVLAHTYNDRERVKAIRKKVKHWVVEALKRHGLKPKDAMLEYNHNVLKFSDVLKKKRQSPSPRTASQTSGTDP
Ga0209740_101809313300025374Hot SpringMELERTARYIAQLSSRGYKYAVVGKLARYDKKLVKRLEYEGFVFYLCRFQTKKEVVEYCLERAEGTFRVYCLSAKPLEFPNAPLKLHYDEKTKRLRLLAQRSFINECLRVIERASSLKYPNHKMYTIKVNEALRNLYSILAYTYNDKERLRAIKRKVKHLFVSALKENYGIEPKKAMEEYRRFVVKFSDVLKKKQRANSSTS
Ga0209740_103991913300025374Hot SpringMDLERTAKYIAQLSSRGYKYAIIGDLSGYNRKLVKRLEYDGFVFYLCRLQTKKEVIAYCLERTDKPFKVYCLSSKPLEFPNAPLKLWYDEKSQRLKLIAQKSFINDCLNAIERASSLTYPSPKLYLNQVNKALRQLYSVLAYTYNDKERVRAIRKKVKHWVV
Ga0209741_100129943300025440Hot Spring And Microbial Mat StreamerMDLEKTARYIAQLSRHGYKYAIVGKLVRYDREKVKRIEFQGFVFYLCRLPSKKEIVSYCLPRSEGPFRVYCLSSKPLEFPNAPLKLHYDEKTQRLRLLAQRSFINDCLNAIERASSLTYPSPKLYIAAVNKALRQLYSVLAYTYNDRERVRAIRKKVKHWVVETLKKQYGLKPKDAMTDYHRYVLKFSDVLRKKRQKAHKR
Ga0209741_100546433300025440Hot Spring And Microbial Mat StreamerMDLERTSRYIAQLSRHGYKYAILGELSNYNRELVKKIDLEGFVFYLCRLPSKREVIAYCLKKTDKPFKVYCLASKPLEIPHMPLKLHYDEKTRRLRLLAQKSFISDCLNAIERASSLTYPSPKLYIAAVNKALRQLYSVLAYTYNDRERVRAIRKKVKHWVIEALKRHGLKPKDAMTDYHRYVLKFSDVLRKKRQKAHKR
Ga0209741_100782613300025440Hot Spring And Microbial Mat StreamerKYIAQLSARGYKYAIIGQLSGYNRKLVKKLEYDGFVFYLCRLPSKREVIAYCLKKTDKPFKVYCLASKPLEIPHMPLKLHYDEKSQRLRLLAQKSFISDCLNAIERASSLTYPSPKLYIAQVNKALRQLYEILAYTYNDKERVRAIKKKVKHWVIEALKRHGLKPKDAMTDYHRYVLKFSDVLKKKRKATKA
Ga0209741_100790633300025440Hot Spring And Microbial Mat StreamerMDLEKTARYIAQLSRHGYKYAIVGKLVRYDREKVKRIEFQGFVFYLCRLPSKKEVVSYCLPRSEGPFRVYCLSSKPLEFPNAPLKLYYDEKTQRLRLLAQRSFINDCLNAIEKASEVKYPSPKLYLAHINRVLHQLYAILAHTYNDKERLRAIKRKVKHWVVEALKNQYGLKPKDAMTDYHRYVLKFSDVLRKKRQKAHKR
Ga0209741_100926723300025440Hot Spring And Microbial Mat StreamerMDLERTARYIAQLSSRGYKYAIVGKLARYDKKIVKRLEYEGFVFYLCRFQTKKEVVEYCLERAEGTFRVYCLASKPLEFPNAPLKLHYDEKTKRLRLLAQRSFINECLKVIERASSLKYPNHKLYTAKVNEALRNLYSILAYTYNDKERIRAIKRKVKHLFVEALKKNYGIEPKKAMEDYRRFVVKFSDVLKKKQRANSSTS
Ga0209741_102500013300025440Hot Spring And Microbial Mat StreamerMDLEKTAKYIAQLSARGYKYAIIGQLSGYNRKLVKKLEYDGFVFYLCRLQTKKEVIAYCLERAQGTFKVYCLSSKPLEFPNAPLKLHYDEKSQRLRLLAQKSFISDCLNAIERASSLTYPSPKLYIAAVNKALRQLYSVLAYTYNDRERLKAIKRKVKHWVIEALKNQYGLKPKDAMTDYGRYIVKFSDVLRKKKSKKS
Ga0209741_103444313300025440Hot Spring And Microbial Mat StreamerMELERTARYIAQLSSRGYKYAVVGKLARYDKKIVKKLEYEGFVFYLCRFQTKKEVVEYCLERAEGTFRVYCLASKPLEFPNAPLKLHYDEKTKRLRLLAQRSFINECLKVIERASSLKYPNHKLYTAKVNEALRNLYSILAYTYNDRERLRAIKRKVKHLFVEALKKNYGIEPKKAMEDYRRFVVKFSDVLKKKQRANSS
Ga0209741_104640213300025440Hot Spring And Microbial Mat StreamerRYIAQLSRHGYKYAIVGKLVRYDREKVKRIEFQGFVFYLCRLPSKKEVVSYCLPRSEGPFRVYCLSSKPLEFPNAPLKLHYDEKSQRLRLLAQRSFINDCLNAIERASSLTYPSPKLYIAAVNKALSQLYSVLAYTYNDRERVRAIRRKVKHWVIEALKRHGLKPKDAMTDYHRYVLKFSDVLRKKKQKAPKR
Ga0209741_105365713300025440Hot Spring And Microbial Mat StreamerSQREESAMDLERTSRYIAQLSRHGYKYAILGELSNYNRELVKRIDLEGFVFYLCRLPSKREVIAYCLKKTDKPFKVYCLASKPLEIPHMPLKLHYDEKIQRLRLLAQKSFINDCLNAIERASSLTYPSPKLYIAQVNKALSQLYSVLAYTYNDRERVRAIRKKVKHWVIEALKRHGLKPKDAMTDYHRYVLKFSDVLRKKRQKAHKR
Ga0209741_106441613300025440Hot Spring And Microbial Mat StreamerMDLEKTARYIAQLSRHGYKYAIVGKLVRYDREKVKRIEFQGFVFYLCRLPSKKEVVSYCLPRSEGPFRVYCLSSKPLEFPNAPLKLYYDEKTQRLRLLAQRSFINDCLNAIEKASEVKYPSPKLYLAHINRVLHQLYAILAHTYNDKERLRAIKRKVKHWV
Ga0209741_107533313300025440Hot Spring And Microbial Mat StreamerKRIEFQGFVFYLCRLPSKKEVVSYCLPRSEGPFRVYCLSSKPLEFPNAPLKLHYDEKSQRLRLLAQRSFISDCLNAIERASSLTYPSPKLYIAQVNKALRQLYEILAYTYNDKERVRAIRRKVKHMVVEALKRHGLKPKDAMTDYHRYVLKFSDVLRKKKQKAPKR
Ga0209750_100793523300026237Anoxygenic And Chlorotrophic Microbial MatMDLEKTAKYIAQLSRHGYKYAIIGKLDRYDREKVKRLEYDGFVFYLCRLSSKKEIVSYCLPRSEGPFRVYCLSSKPLEFPNSPLKLWYDEKNQRLRLLCQRSFINDCLNAIEKASEVKYPSPKLYTGHVNKLLRQLFEVLAWTYNDKERVRAIKRKVKHWVIETLKSQYGLKPKDAMTDYRSYIVKFSDVLRKKRQNPRSWTTRQTSESKP
Ga0209750_101279823300026237Anoxygenic And Chlorotrophic Microbial MatMDLEKTAKYIAQLSGRGYKYAIIGNLSGYNRKLVKRLEYDGFVFYLCRLQTKKEIVSYCLERTDKPFKVYCLSSKPLEFPNAPLKLYYDEKTQRLRLLCQKSFINDCLNAIERASSLTYPSPKLYLAQVNKALRQLYSVLAYTYNDKERVKAIKRKVKHWVVEALKRHGLKPKDAMTDYSRYIVKFSDVLRKKRQNPRSRTTRQTSESKP
Ga0209750_103759213300026237Anoxygenic And Chlorotrophic Microbial MatMELERTARYIAQLSSRGYKYAIVGKLARYDKKIVKRLEYEGFVFYLCRFQTKKEVVEYCLERAEGTFRVYCLTSKPLEFPNAPLKLHYDEKTKRLRLLAQRSFINECLKVIERASSLKYPNHQLYTIKVNEALRNLYRILAYTYNDKERLRAIKRKVKHLFVSALKENYGIEPKKAMGEYRRFVVKFSDVLRKKQRANSSTS
Ga0209809_104639323300026509Anoxygenic And ChlorotrophicMELERTARYIAQLSSRGYKYAIVGKLARYDKKIVKRLEYEGFVFYLCRFQTKKEVVEYCLERAEGTFRVYCLTSKPLEFPNAPLKLHYDEKTKRLRLLAQRSFINECLKVIERASSLKYPNHQLYTIKVNEALRNLYRILAYTYNDRERLRAIKRKVKHLFVSALKENYGIEPKKAMEEYRRFVVKFSNVLKRKQRANSSTS
Ga0209809_115224713300026509Anoxygenic And ChlorotrophicFVFYLCRLQTKKEIVSYCLERTDKPFKVYCLSSKPLEFPNAPLKLHYDEKSQRLRLLCQRSFINDCLNAIEKASEVKYPSPKLYTGHINKILRQLFEVLAWTYNDKERVRAIKRKVKHWVIETLKSQYGLKPKDAMTDYSRYIVKFSDVLRKKRQNPRSRTTRQTSESKP
Ga0209809_115314613300026509Anoxygenic And ChlorotrophicFVFYLCRLQTKKEIVSYCLERTDKPFKVYCLSSKPLEFPNAPLKLYYDEKTQRLRLLCQKSFINDCLNAIERASSLTYPSPKLYLAQVNKALRQLYSVLAYTYNDKERVKAIKRKVKHWVVEALKRHGLKPKDAMTDYSRYIVKFSDVLRKKRQNPRSRTTRQTSESKP
Ga0209691_101093853300027279Anoxygenic And ChlorotrophicMDLEKTAKYIAQLSRHGYKYAIIGKLDRYDREKVKRLEYDGFVFYLCRLSSKKEIVSYCLPRSEGPFRVYCLSSKPLEFPNAPLKLHYDEKSQRLRLLCQRSFINDCLNAIEKASEVKYPSPKLYTGHVNKLLRQLFEVLAWTYNDKERVRAIKRKVKHWVIETLKSQYGLKPKDAMTDYSRYIVKFSDVLRKKRQNPRSRTTRQTSESKP
Ga0209691_102287123300027279Anoxygenic And ChlorotrophicMELERTARYIAQLSSRGYKYAIVGKLARYDKKIVKRLEYEGFVFYLCRFQTKKEVVEYCLERAEGTFRVYCLTSKPLEFPNAPLKLHYDEKTKRLRLLAQRSFINECLKVIERASSLKYPNHQLYTIKVNEALRNLYRILAYTYNDRERLRAIKRKVKHLFVSALKENYGIEPKKAMEEYRRFVVKFSNVLNRKQRANSSTS
Ga0209691_108886513300027279Anoxygenic And ChlorotrophicDLEKTSRYIAQLSRHGYKYAILGELSNYNRELVKRIDLEGFVFYLCRLPSKKEVVSYCLQKTDKPFKVYCLSSKPLEFPNAPLKLHYDEKSQRLRLLCQKSFINDCLNAIEKASEVKYPSPKLYTGHVNKLLRQLFEVLAWTYNDKGRVRAIKRKVKHWVIETLKSQYG
Ga0272445_100710243300028675SedimentMDLEKTAKYIAQLSGRGYKYAIIGQLSGYNRKLVKRLEYDGFVFYLCRLQTKKEVVSYCLERTDKPFKVYCLSSKPLEFPNAPLKLHYDEKTQRLRLLCQKSFINDCLNAIEKASEVKYPSPKLYTGHVNKLLRQLFEVLAHTYNDKERLSAIKRKVKHMVVEALKSQYGLKPKDAMTDYHRYVLKFSDVLKRKRQSPDSRTARQTSGTKP
Ga0272445_101093023300028675SedimentMELERTARYIAQLSSRGYKYAVVGKLARYDKKLVKRLEYEGFVFYLCRFQTKKEVMEYCLERAEGTFRVYCLSAKPLEFPNAPLKLHYDEKTKRLRLLAQRSFINECLRVIERASSLKYPNHRLYTAKVNEALRNLYRILAYTYNDRERLRAIKKKVKHLFVSALKENYGIEPKKAMEDYRRFVVKFSDALKRKQRANSSTS
Ga0272445_101142513300028675SedimentMDLEKTAKYIAQLSARGYKYAIIGQLSGYNRKLVKKLEYDGFVFYLCRLQTKKEIVSYCLERTDKPFKVYCLSSKPLEFPNAPLKLWYDEKSQRLKLIAQKSFINACLNAIEKASSLTYPSPKLFTGHVNKLLRQLFEVLAHTYNDKERLSAIKRKVKHMVVEALKSQYGLKPKDAMTDYRRYVLKFSDVL
Ga0272445_101207223300028675SedimentMDLEKTAKYIAQLSARGYKYAIIGQLSGYNRKLVKKLEYDGFVFYLCRLQTKKEVIAYCLERTEGPFRVYCLSSKPLEFPNAPLKLHYDEKTQRLRLLCQKSFINACLNAIEKASSLTYPSPKLFTGHVNKLLRQLFEVLAHTYNDKERLTAIKRKVKHMVIEALKSQYGLKPKDAMTDYRRYVLKFSDVLKKKKSHALSSAARKGKDDKASS
Ga0272445_102659923300028675SedimentMDLEKTSRYIAQLSRHGYKYAILGELSNYNRELVKRIDLDGFVFYLCRLPSKREVISYCLQKTDKPFKVYCLSSKPLEIPHMPLKLHYDEKTGRLRLLAQKSFISDCLNAIERASSLIYPSPKLYLNQVNKVLRQLYSVLAYTYNDKERVHAIRKKVKHWVVEALKRHGLKPKDAMKDYQRDVLKFSDVLKKKRQSPSPRTAR
Ga0272447_100473623300028761Microbial MatMELERTARYIAQLSSRGYKYAVVGKLARYDKKIVKRLEYEGFVFYLCRFQTKKEVVEYCLERAEGTFRVYCLASKPLEFPNAPLKLHYDEKTKRLRLLTQRSFINECLNAIERASSLKYPNHKLYTAKVNEALRNLYRILAYTYNDKERLRAIKRKVKHLFVSALKENYGIEPKKAMEDYRRFVVKFSDALKRKQRANPSTS
Ga0308395_100655043300031245Hot Spring Phototrophic MatMDLEKTAKYIAQLSRHGYKYAIIGKLDRYDREKVKRLEYDGFVFYLCRLSSKKEIVSYCLPRSEGPFRVYCLSSKPLEFPNSPLKLWYDEKNQRLRLLCQRSFINDCLNAIEKTSEVKYPSPKLYTGHVNKLLRQLFEVLAWTYNDKERVRAIKRKVKHWVIETLKSQYELKPKDAMTDYSRYIVKFSDVLRKKRQNPRSRTTRQTSESKP
Ga0308395_113608013300031245Hot Spring Phototrophic MatLGELSNYNRELVKRIDLEGFVFYLCRLPSKKEVVSYCLQKTDKPFKVYCLSSKPLEFPNAPLKLHYDEKSQRLRLLCQKSFINDCLNAIEKASEVKYPSPKLYTGHINKILRQLFEVLAWTYNDKERVRAIKRKVKHWVIETLKSQYELKPKDAMTDYSRYIVKFSDVLRKKRQNPRS
Ga0308394_101896533300031508Hot Spring Phototrophic MatMELERTARYIAQLSSRGYKYAVVGKLARYDKKIVKRLEYEGFVFYLCRFQTKKEVVEYCLERAEGTFRVYCLASKPLEFPNAPLKLHYDEKTKRLRLLAQRSFINECLKVIERASSLKYPNHKLYTIKVNEALRNLYRILAYTYNDRERLRAIKRKVKHLFVSALKENYGIEPKKAMEEYRRFVVKFSNVLKRKQRANSSTS
Ga0308397_100749853300031512Hot Spring Phototrophic MatMDLEKTAKYIAQLSGRGYKYAIIGNLSGYNRKLVKRLEYDGFVFYLCRLQTKKEIVSYCLERTDKPFKVYCLSSKPLEFPNAPLKLYYDEKTQRLRLLCQKSFINDCLNAIERASSLTYPSPKLYLAQVNKALRQLYSVLAYTYNDKERVKAIKRKVKHWVVEALKRHGLKPKDAMTDYSRYIVKFSDVLRKKRQNPRSRTTRQTSES
Ga0308397_110017913300031512Hot Spring Phototrophic MatMDLEKTAKYIAQLSRHGYKYAIIGKLDRYDREKVKRLEYDGFVFYLCRLSSKKEIVSYCLPRSEGPFRVYCLSSKPLEFPNSPLKLWYDEKNQRLRLLCQRSFINDCLNAIEKTSEVKYPSPKLYTGHVNKLLRQLFEVLAWTYNDKERVRAIKRKVKHWVIETLKSQY
Ga0308390_103750523300031514Hot Spring Phototrophic MatMDLEKTSRYIAQLSRHGYKYAILGELSNYNRELVKRIDLEGFVFYLCRLPSKKEVISYCLQKTDKPFKVYCLSSKPLEFPNAPLKLHYDEKSQRLRLLCQRSFINDCLNAIEKASEVKYPSPKLYTGHINKILRQLFEVLAWTYNDKERVRAIKRKVKHWVIETLKSQYGLKPKDAMTDYSRYIVKFSDVLRKKRQNPRSRTTRQTSESKP
Ga0308396_100851123300031515Hot Spring Phototrophic MatMDLEKTSRYIAQLSRHGYKYAVLGELSNYNRELVKRIDLEGFVFYLCRLPSKKEVVSYCLQKTDKPFKVYCLSSKPLEFPNAPLKLHYDEKSQRLRLLCQKSFINDCLNAIEKASEVKYPSPKLYTGHINKILRQLFEVLAWTYNDKERVRAIKRKVKHWVIETLKSQYELKPKDAMTDYSRYIVKFSDVLRKKRQNPRSWTTRQTSESKP
Ga0308398_102508923300031516Hot Spring Phototrophic MatMDLEKTAKYIAQLSRHGYKYAIIGKLDRYDREKVKRLEYDGFVFYLCRLSSKKEIVSYCLPRSEGPFRVYCLSSKPLEFPNSPLKLWYDEKNQRLRLLCQRSFINDCLNAIEKTSEVKYPSPKLYTGHVNKLLRQLFEVLAWTYNDKERVRAIKRKVKHWVIETLKSQYGLKPKD
Ga0308398_106428213300031516Hot Spring Phototrophic MatMDLEKTSRYIAQLSRHGYKYAVLGELSNYNRELVKRIDLEGFVFYLCRLPSKKEVVSYCLQKTDKPFKVYCLSSKPLEFPNAPLKLHYDEKSQRLRLLCQKSFINDCLNAIERASSLTYPSPKLYLAQVNKALRQLYSVLAYTYNDKERVKAIKRKVKHWVVEALKRHGLKPKDAMTDYSRYIVKFSDVLRKKRQNPRSRTTRQTSESKP
Ga0308398_111195913300031516Hot Spring Phototrophic MatMDLEKTSRYIAQLSRHGYKYAILGELSNYNRELVKRIDLEGFVFYLCRLPSKKEVVSYCLQKTDKPFKVYCLSSKPLEFPNAPLKLHYDEKSQRLRLLCQKSFINDCLNAIEKASEVKYPSPKLYTGHINKILRQLFEVLAWTYNDKERVRAIKRKVKHWVIETLKSQYGLKPKD
Ga0308389_103879123300031518Hot Spring Phototrophic MatMDLEKTSRYIAQLSRHGYKYAILGELSNYNRELVKRIDLEGFVFYLCRLPSKKEVISYCLQKTDKPFKVYCLSSKPLEFPNAPLKLHYDEKSQRLRLLCQRSFINDCLNAIEKASEVKYPSPKLYTGHINKILRQLFEVLAWTYNDKERVRAIKRKVKHWVIETLKSQYELKPKDAMTDYSRYIVKFSDVLRKKRQNPRSWTTRQTSESKP
Ga0308393_112783513300031568Hot Spring Phototrophic MatEYDGFVFYLCRLQTKKEIVSYCLERTDKPFKVYCLSSKPLEFPNAPLKLYYDEKTQRLRLLCQKSFINDCLNAIERASSLTYPSPKLYLAQVNKALRQLYSVLAYTYNDKERVKAIKRKVKHWVVEALKRHGLKPKDAMTDYSRYIVKFSDVLRKKRQNPRSRTTRQTSESKP
Ga0308409_100812313300031830Hot Spring Phototrophic MatMDLEKTAKYIAQLSRHGYKYAIIGKLDRYDREKVKRLEYDGFVFYLCRLSSKKEIVSYCLPRSEGPFRVYCLSSKPLEFPNSPLKLWYDEKNQRLRLLCQRSFINDCLNAIEKASEVKYPSPKLYTGHVNKLLRQLFEVLAWTYNDKERVRAIKRKVKHWVIETLKSQYELKPKDAMTDYSRYIVKFSDVLRKKRQNPRSRTTRQTSESKP
Ga0308409_100855553300031830Hot Spring Phototrophic MatMDLEKTAKYIAQLSRHGYKYAIIGKLDRYDREKVKRLEYDGFVFYLCRLSSKKEIVSYCLPRSEGPFRVYCLSSKPLEFPNSPLKLWYDEKNQRLRLLCQRSFINDCLNAIEKASEVKYPSPKLYTGHVNKLLRQLFEVLAWTYNDKERVRAIKRKVKHWVIETLKSQYGLKPKDAMTDYSRYIVKFSDVLRKKKKTKPKPSD
Ga0308409_109892213300031830Hot Spring Phototrophic MatMDLEKTSRYIAQLSRHGYKYAILGELSNYNRELVKRIDLEGFVFYLCRLPSKKEVVSYCLQKTDKPFKVYCLSSKPLEFPNAPLKLHYDEKSQRLRLLCQKSFINDCLNAIEKASEVKYPSPKLYTGHINKILRQLFEVLAWTYNDKERVRAIKRKVKHRVIETLKSQYGL
Ga0308408_107419013300031865Hot Spring Phototrophic MatYGMDLEKTAKYIAQLSGRGYKYAIIGNLSGYNRKLVKRLEYDGFVFYLCRLQTKKEIVSYCLERTDKPFKVYCLSSKPLEFPNAPLKLYYDEKTQRLRLLCQKSFINDCLNAIERASSLTYPSPKLYLAQVNKALRQLYSVLAYTYNDKERVKAIKRKVKHWVVEALKRHGLKPKDAMTDYSRYIVKFSDVLRKKRQNPRSRTTRQTSESKP
Ga0308408_113363813300031865Hot Spring Phototrophic MatYGMDLEKTAKYIAQLSGRGYKYAIIGNLSGYNRKLVKRLEYDDFVFYLCRLQTKKEIVSYCLERTDKPFKVYCLSSKPLEFPNAPLKLHYDEKSQRLRLLCQRSFINDCLNAIEKASEVKYPSPKLYTGHINKILRQLFEVLAWTYNDKERVRAIKRKVKHWVIETLKSQYGLKPKD
Ga0308405_102907433300031875Hot Spring Phototrophic MatMDLEKTAKYIAQLSGRGYKYAIIGNLSGYNRKLVKRLEYDGFVFYLCRLQTKKEIVSYCLERTDKPFKVYCLSSKPLEFPNAPLKLYYDEKTQRLRLLCQKSFINDCLNAIERASSLTYPSPKLYLAQVNKALRQLYSVLAYTYNDKERVKAIKRKVKHWVVEALKRHGLKPKDAMTDYSRYIVKFSDVLRKKRQNPRSRTTRQT
Ga0308405_110399813300031875Hot Spring Phototrophic MatAKYIAQLSGRGYKYAIIGNLSGYNRKLVKRLEYDDFVFYLCRLQTKKEIVSYCLERTDKPFKVYCLSSKPLEFPNAPLKLHYDEKSQRLRLLCQRSFINDCLNAIEKASEVKYPSPKLYTGHINKILRQLFEVLAWTYNDKERVRAIKRKVKHWVIETLKSQYGLKPKDAMTDYRSYIVKFSDVLRKKRQNPRSWTTRQTSESKP
Ga0308407_102061623300032034Hot Spring Phototrophic MatMDLEKTAKYIAQLSGRGYKYAIIGNLSGYNRKLVKRLEYDGFVFYLCRLQTKKEIVSYCLERTDKPFKVYCLSSKPLEFPNAPLKLYYDEKTQRLRLLCQKSFINDCLNAIERASSLTYPSPKLYLAQVNKALRQLYSVLAYTYNDKERVKAIKRKVKHWVVEALKRHGLKPKDAMTDYSRYIVKFSDVLRKKRQNPRSRTTRQTS
Ga0308421_103367723300032057Hot Spring Phototrophic MatMDLEKTAKYIAQLSRHGYKYAIIGKLDRYDREKVKRLEYDGFVFYLCRLSSKKEIVSYCLPRSEGPFRVYCLSSKPLEFPNSPLKLWYDEKNQRLRLLCQRSFINDCLNAIEKASEVKYPSPKLYTGHVNKLLRQLFEVLAWTYNDKERVRAIKRKVKHWVIETLKS
Ga0326761_100136343300033431Hot Spring WaterMDLEKTARYIAQLSRHGYKYAIVGKLVRYDRELVKRLEYDGFVFYLCRLPSKKEVVSYCLPRTEKPFKVYCLSSKPLEFPNAPLKLHYDEKTGRLRLLAQKSFINDCLNAIQKASEVKYPSPKLYTAHVNKLLRQLYGILAYTYNDKERLSAIKRKVKHWVVEALKSQYGLKPKDAMLDYSRYVLKFSDVLRKKKSYPASSDAGRRVGG
Ga0326761_104959313300033431Hot Spring WaterMDLEKTARYIAQLSRHGYKYAILGELSNYNRELVKRIDLEGFVFYLCRLPSKREVISYCLQKTDKPFKVYCLSSKPLEIPHMPLKLHYDEKTGRLRLLAQKSFINACLNAIEKASEVKYPSPKLYIAQVNKALRQLYSVLAYTYNDKERLSAIKRKVKHWVIEALKSQYGLKPKDAMLDYSRYVLKFSDVLRKKRKKKSSSV
Ga0326761_105872613300033431Hot Spring WaterMDLEKTARYIAQLSRHGYKYAVIGELLRYDKELVKRLEYEGFVFYLCRLPSKKEVVSYCLPRTEKPFKVYCLSSKPLEFPNAPLKLHYDEKSQRLRLLAQKSFINDCLNAIERASSLTYPSPKLYIAQVNKVLRQLYSVLAYTYNDRERVRAIRRKVKHMVVEALKRHGLKPKDAMLDYSRYVLKFSDVLRKKRKKKSSSVASATEAGGVGG
Ga0326761_110327813300033431Hot Spring WaterYIAQLSRHGYKYAVLGELSNYNRELVKRIDLEGFVFYLCRLPSKKEVIAYCLKKTDKPFKVYCLSSKPLEIPHMPLKLHYDEKSQRLRLLAQKSFINDCLNAIERASSLTYPSPKLYIAQVNKALRQLYSVLAYTYNDKERVRAIRRKVKHMVVEALKSQYGLKPKDA
Ga0326763_100733613300033484Hot Spring WaterMDLEKTARYIAQLSRHGYKYAIIGKLVRYDRELVKRLEYNGFVFYLCRLPSKKEVVSYCLPRTEGPFKVYCLSSKPLEFPNAPLKLHYDEKSQRLRLLAQKSFINACLNAIEKASEVKYPSPKLYIAQVNKALRQLYGILAYTYNDRERLSAIKRKVKHWVVEALKNQYGLKPKDAMLDYSRYVLKFSDVLRKKKSASVASATEGGRGRG
Ga0326763_104800713300033484Hot Spring WaterMDLEKTARYIAQLSRHGYKYAVLGELSNYNRELVKRIDLEGFVFYLCRLQTKKEVISYCLQKTDKPFKVYCLSSKPLEFPNAPLKLHYDEKSQRLRLLAQKSFINACLNAIERASSLTYPSPKLYTAQVNKVLRQLYSVLAHTYNDKERLRAIKRKVKHWVVEALKNQYGLKPKDAMLDYSRYVLKFSDVLRKKKSASVA
Ga0326760_100785923300033490Hot Spring SedimentMDLEKTARYIAQLSRHGYKYAVLGELSNYNRELVKRIDLEGFVFYLCRLPSKKEVISYCLQKTDKPFKVYCLSSKPLEIPHMPLKLHYDEKTGRLRLLAQKSFINACLNAIEKASEVKYPSPKLYIAQVNKALRQLYSVLAYTYNDKERVRAIRRKVKHMVVEALKSQYGLKPKDAMLDYSRYVLKFSDVLRKKRKKKSSSVASATEAGGVGG
Ga0326760_101047833300033490Hot Spring SedimentMDLEKTAKYIAQLSGRGYKYAIIGNLSGYNRKLVKRLEYEGFVFYLCRLQTKKEVIAYCLERAQGTFKVYCLSSKPLEFPNAPLKLHYDEKTGRLRLLAQKSFINDCLNAIQKASEVKYPSPKLYIAQVNKALRQLYSVLAYTYNDKERLRAIKRKVKHWVVEALKSQYGLKPKDAMTYYRRDVLKFSDVLRKKKSVFRNL
Ga0326760_101363233300033490Hot Spring SedimentMDLEKTARYIAQLSRHGYKYAVLGELSNYNRELVKRIDLEGFVFYLCRLPSKKEVIAYCLKKTDKPFKVYCLSSKPLEIPHMPLKLHYDEKTGRLRLLAQKSFINDCLNAIERASSLTYPSPKLYLAQVNKALRQLYSVLAYTYNDKERLSAIKRKVKHWVIEALKSQYGLKPKDAMLDYSRYVLKFSDVLRKKKSVFRNL
Ga0326760_103018613300033490Hot Spring SedimentYIAQLSRHGYKYAVLGELSNYNRELVKRIDLEGFVFYLCRLPSKKEVIAYCLKKTDKPFKVYCLSSKPLEIPHMPLKLHYDEKSQRLRLLAQKSFINDCLNAIERASSLTYPSPKLYIAQVNKALRQLYSVLAYTYNDKERVRAIRRKVKHMVVEALKSQYGLKPKDAMLDYSRYVLKFSDVLRKKKSVFRNL
Ga0326760_105851613300033490Hot Spring SedimentAMDLEKTARYIAQLSRHGYKYAVLGELSNYNRELVKRIDLEGFVFYLCRLPSKKEVISYCLQKTDKPFKVYCLSSKPLEIPHMPLKLHYDEKTGRLRLLAQKSFINACLNAIEKASEVKYPSPKLYIAQVNKALRQLYSVLAYTYNDKERVRAIRRKVKHMVVEALKSQYGLKPKDAMLDYSRYVLKFSDVLRKKKKSSSVASATEAGGVGG
Ga0326762_100895613300033491Hot Spring SedimentMDLEKTAKYIAQLSRHGYKYAVIGELLRYDKELVKRLEYDGFVFYLCRLPSKKEVVSYCLPRTEGPFKVYCLSSKPLEFPNAPLKLHYDEKSQRLRLLAQKSFINDCLNAIEKASEVKYPSPKLYIAQVNKALRQLYSVLAHTYNDKERLSAIKRKVKHWVVEALKNQYGLKPKDAMLDYSRYVL
Ga0326762_101339413300033491Hot Spring SedimentMDLEKTARYIAQLSRHGYKYAIIGKLVRYDRELVKRLEYDGFVFYLCRLPSKKEVVSYCLPRTEGPFKVYCLSSKPLEFPNAPLKLHYDEKSQRLRLLAQKSFINDCLNAIEKASEVKYPSPKLYIAQVNKALRQLYSVLAHTYNDKERLFAIKRKVKHWVVEALKSQYGLKPKDAMLDYSRYVLKFSDVLRKKKSFRNL
Ga0326762_101380313300033491Hot Spring SedimentMDLEKTARYIAQLSRHGYKYAIIGKLVRYDRELVKRLEYDGFVFYLCRLPSKKEVVSYCLPRTEGPFKVYCLSSKPLEFPNAPLKLHYDEKTGRLRLLAQKSFINACLNAIEKASEVKYPSPKLYLAHVNKLLRQLYSVLAHTYNDKERLSAIKRKVKHWVIEALKSQYRLKPKDAMLDYSRYVLKFSDVLRKKKSFRNL
Ga0326762_101558713300033491Hot Spring SedimentMDLEKTAKYIAQLSRHGYKYAVIGKLLRYDKELVKRLEYDGFVFYLCRLPSKKEVVSYCLPRTEGPFKVYCLSSKPLEFPNAPLKLHYDEKSQRLRLLAQKSFINDCLNAIEKASEVKYPSPKLYLAHVNKLLRQLYSVLAHTYNDKERLRAIKRKVKHWVVEALKNQYGLKPKDAMLDYSRYVLKFSDVLRKKKSASVASATESGRGRG
Ga0326762_102750013300033491Hot Spring SedimentYIAQLSRHGYKYAVIGKLLRYDKELVKRLEYDGFVFYLCRLPSKKEVVSYCLPRTEGPFKVYCLSSKPLEFPNAPLKLHYDEKSQRLRLLAQKSFINDCLNAIEKASEVKYPSPKLYLAHVNKLLRQLYSVLAHTYNDKERLSAIKRKVKHWVVEALKNQYGLKPKDAMLDYSRYVLKFSDVLRKKKSAS
Ga0308413_002598_4263_48983300033886Hot Spring Phototrophic MatMDLEKTAKYIAQLSKHGYKYAIIGKLDRYDREKVKRLEYDGFVFYLCRLQTKKEVIAYCLERTDKPFKVYCLSSKPLEFPNAPLKLHYDEKSQRLRLLCQRSFINDCLNAIEKASSLTYPSPKLYTAQVNKALRQLYEILAYTYNDKERVRAIKKKVKHWVIETLKSQYGLKPKDAMLDYSRYIVRFSDVLRKKRQSPRSRSACQTSGTKP
Ga0308413_008769_41_6733300033886Hot Spring Phototrophic MatMDLEKTAKYIAQLSARGYKYAIIGNLSGYNRKLVKKLEYDGFVFYLCRLQTKKEVIAYCLERTDKPFKVYCLSSKPLEFPNAPLKLHYDEKSQRLRLLCQRSFINDCLNAIEKASSLTYPSPKLYTAQVNKALRQLYSVLAYTYNDKERVKAIRRKVKHWVIEALKRHGLKPKDAMTDYSRYVLKFSDVLRKKRQSPRSRSACQTSGTKP
Ga0326768_032697_224_8083300033893Hot Spring SedimentMDLEKTAKYIAQLSRHGYKYAILGELLRYDKELVKKLEYDGFVFYLCRLPSKKDIVSYCLPRTDKPFKVYCLSSKPLEFPNAPLKLWYDEKSQRLKLIAQKSFISDCLNAIERASSLTYPSPKLYTGHINRILRQLFEILAWTYNDRERVRAIRRKVKHWVVEALKTQYGLKPKNAMTDYKRYVLKFSDVLRKKA
Ga0326769_033667_27_6353300033894Hot Spring WaterMELGRTARYIAQLSRHGYKYAILGELSNYNRELVKRLEYEGFVFYLCRLPSKKEVMSYCLPRAEGTFRVYCLSSKPLEFPNAPLKLHYDEKSQRLRLLAQKSFISDCLNAIEKASSLTYPSPKLYTGHVNKLLRQLYSVLAYTYNDRERVRAIRRKVKHWVVEALKNQYALKPKDAMTDYKRYVLKFSDVLRKKKLKKSHSS
Ga0370516_049244_872_14683300034696Hot Spring WaterMDLERTAKYIAQLSRHSYKYAVLGELSNYNREIVKRIDLEGFVFYLCRLPSKREVIAYCLKKTDKPFKVYCLSSKPLEIPHMPLKLHYDEKSQRLRLLAQKSFINTCLNAIEKASEVKYPSPKLYLAAVNKALHQLYEILAYTYNDKERLRAIKRKVKHWVVEALKSQYGLKPKDAMLDYSRYVLKFSDVLRKKRKAP
Ga0370516_050530_454_11163300034696Hot Spring WaterMDLERTSRYIAQLSRHGYKYAILGELSNYNREIVKRIDLEGFVFYLCRLPSKKEVIRYCLQKTDKPFKVYCLASKPLEIPHMPLKLHYDEKSQRLRLLAQKSFINDCLNAIERASSLTYPSPKLYLNQVNKALNQLYAILAYTYNDRERVRAIRRKVKHWVIEALKRHGLKPKDAMLDYSRYIVKFSDVLRKKKKKKSESQAEMECGLANADKASSGHKD
Ga0370516_096606_122_7243300034696Hot Spring WaterMDLEKTAKYIAQLSRHGYKYAIIGKLDRYDREKVKRLEYDGFVFYLCRLPSKKEIVSYCLPRSEGPFRVYCLSSKPLEFPNSPLKLWYDEKTQRLRLLCQRSFINDCLNAIEKASSLTYPSPKLYIAQVNKALRQLYSVLAYTYNDRERIRAIKRKVKHWVIEALKRHGLKPKDAMLDYSRYIVKFSDVLRKKKSKKSKS
Ga0370516_156049_1_5913300034696Hot Spring WaterMDLEKTAKYIAQLSRHGYKYAIIGKLDRYDREKVKRLEYDGFVFYLCRLQTKKEIVSYCLERTDKPFKVYCLSSKPLEFPNAPLKLHYDEKTQRLRLLCQKSFINNCLNAIEKASSLTYPSPKLFTGHVNKLLRQLFEVLAWTYNDKERVRAIKRKVKHWVIETLKSQYGLKPKDAMTDYSRYIVKFSDVLRKKRQK
Ga0370516_157184_25_6333300034696Hot Spring WaterMELERTARYIAQLSSRGYKYAVVGRLARYDKKIVKRLEYEGFVFYLCRFQTKKEVVEYCLERAEGTFRVYCLASKPLEFPNAPLKLHYDEKTKRLRLLAQRSFINECLKVIERVSSLKYPNHKLYTIKVNEALRNLYRILAYTYNDRERLRAIKRKVKHLFVSALKENYGIEPKKAMEDYRRFVVKFSDVLRKKQRANSSTS
Ga0370516_157687_3_6593300034696Hot Spring WaterMDLEKTAKYIAQLSARGYKYAIIGQLSGYNRKLVKKLEYDGFVFYLCRLPSKKEIVSYCLERTDKPFKVYCLSSKPLEFPNSPLKLWYDEKTQRLRLLCQKSFINNCLNAIEKASSLTYPSPKLYIAQVNKALRQLYSVLAYTYNDRERIRAIKRKVKHWVIEALKRHGLKPKDAMLDYSRYIVKFSDVLRKKKKKKSESQAEMECGLANADKASSGHK
Ga0370516_203425_75_5873300034696Hot Spring WaterMDLEKTAKYIAQLSRHGYKYAIIGKLDKYDREKVKRLEYDGFVFYLCRLQTKKEVIAYCLERAQGTFKVYCLSSKPLEFPNAPLKLHYDEKTQRLRLLAQRSFINDCLNAIERASSLTYPSPKLYIAQVNKALRQLYEILAYTYNDKERVRAIKKKVKHWVIEALKRHGLK
Ga0370516_250721_1_5133300034696Hot Spring WaterKYAVLGELSNYNRELVKRIDLEGFAFYLCRLPSKREVIAYCLRKTDKPFKVYCLASKPLEFPNAPLKLHYDEKTGRLRLLAQKSFISDCLNAIQKASEVKYPSPKLYLAHVNKLLRQLYDILAHTYNDRERLSAIRRKVKHWVVEALKTQYGLKPKDAMKDYQRDVLKFSD


 ⦗Top⦘


© Pavlopoulos Lab, Bioinformatics & Integrative Biology | B.S.R.C. "Alexander Fleming" | Privacy Notice
Make sure JavaScript is enabled in your browser settings to achieve functionality.