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 F092366

Metagenome / Metatranscriptome Family F092366

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


Overview

Basic Information
Family ID F092366
Family Type Metagenome / Metatranscriptome
Number of Sequences 107
Average Sequence Length 173 residues
Representative Sequence MKAIYVLFVALLFLIPITFNNSQASLLSGSSLINEKVNTHIQIYALNLSLPQAWGIYGYYNYSINNKNYSISISNLTDNYYLNLNISYEISLSVNTTLYYNITLYAYKLQDYIALNHLNYKGKLNLLTTQSEYNLTLNASAIQFENVNNFYYFWNQYGYKVIGSILIIGLFLFFISRLRRMR
Number of Associated Samples 28
Number of Associated Scaffolds 107

Quality Assessment
Transcriptomic Evidence Yes
Most common taxonomic group Unclassified
% of genes with valid RBS motifs 69.16 %
% of genes near scaffold ends (potentially truncated) 40.19 %
% of genes from short scaffolds (< 2000 bps) 65.42 %
Associated GOLD sequencing projects 15
AlphaFold2 3D model prediction Yes
3D model pTM-score0.48

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 (91.589 % 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
(81.308 % of family members)
Environment Ontology (ENVO) Unclassified
(99.065 % of family members)
Earth Microbiome Project Ontology (EMPO) Free-living → Non-saline → Surface (non-saline)
(81.308 % of family members)



 ⦗Top⦘

Multiple Sequence Alignments

Select alignment to view:      


 ⦗Top⦘

Structure & Topology

Predicted Secondary Structure and Topology

Predicted Topology & Secondary Structure
Classification: Transmembrane (alpha-helical) Signal Peptide: Yes Secondary Structure distribution: α-helix: 26.67%    β-sheet: 36.19%    Coil/Unstructured: 37.14%
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: 0.48
Powered by PDBe Molstar

Low Quality Model:

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


 ⦗Top⦘

Gene Neighborhood

Neighboring Pfam domains

Pfam IDName % Frequency in 107 Family Scaffolds
PF05050Methyltransf_21 1.87
PF01402RHH_1 1.87
PF03175DNA_pol_B_2 1.87
PF00534Glycos_transf_1 0.93



 ⦗Top⦘

Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
UnclassifiedrootN/A91.59 %
All OrganismsrootAll Organisms8.41 %

Visualization
Powered by ApexCharts

Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
3300000340|EchG_transB_7880CDRAFT_1003432Not Available2862Open in IMG/M
3300000340|EchG_transB_7880CDRAFT_1003674Not Available2705Open in IMG/M
3300000340|EchG_transB_7880CDRAFT_1015424Not Available694Open in IMG/M
3300000346|BeoS_FeMat_6568CDRAFT_1004885Not Available1943Open in IMG/M
3300001340|JGI20133J14441_1034473Not Available1216Open in IMG/M
3300001684|JGI20128J18817_1013941Not Available1499Open in IMG/M
3300001684|JGI20128J18817_1054042Not Available546Open in IMG/M
3300005859|Ga0080003_1001561All Organisms → cellular organisms → Archaea11881Open in IMG/M
3300005861|Ga0080006_1145644All Organisms → cellular organisms → Bacteria3680Open in IMG/M
3300005861|Ga0080006_1169031All Organisms → cellular organisms → Archaea → Euryarchaeota → unclassified Euryarchaeota → Euryarchaeota archaeon5856Open in IMG/M
3300005861|Ga0080006_1228402All Organisms → cellular organisms → Archaea → Euryarchaeota → Methanomada group → Methanococci → Methanococcales → Methanococcaceae → Methanothermococcus → Methanothermococcus okinawensis519Open in IMG/M
3300005964|Ga0081529_111509Not Available545Open in IMG/M
3300005964|Ga0081529_124817Not Available2135Open in IMG/M
3300005964|Ga0081529_129849Not Available5329Open in IMG/M
3300006179|Ga0079043_1007227Not Available1202Open in IMG/M
3300006179|Ga0079043_1014484Not Available708Open in IMG/M
3300006179|Ga0079043_1017473Not Available615Open in IMG/M
3300006179|Ga0079043_1020077Not Available557Open in IMG/M
3300006179|Ga0079043_1021869Not Available526Open in IMG/M
3300006180|Ga0079045_1001674Not Available2468Open in IMG/M
3300006180|Ga0079045_1003030All Organisms → cellular organisms → Bacteria1654Open in IMG/M
3300006180|Ga0079045_1003315Not Available1549Open in IMG/M
3300006180|Ga0079045_1006648Not Available985Open in IMG/M
3300006180|Ga0079045_1007273Not Available931Open in IMG/M
3300006180|Ga0079045_1007274Not Available931Open in IMG/M
3300006180|Ga0079045_1007324Not Available928Open in IMG/M
3300006180|Ga0079045_1008588Not Available836Open in IMG/M
3300006180|Ga0079045_1008955Not Available814Open in IMG/M
3300006180|Ga0079045_1010242Not Available749Open in IMG/M
3300006180|Ga0079045_1014795Not Available603Open in IMG/M
3300006180|Ga0079045_1015277Not Available591Open in IMG/M
3300006180|Ga0079045_1019596Not Available513Open in IMG/M
3300006855|Ga0079044_1006399Not Available1662Open in IMG/M
3300006855|Ga0079044_1025575Not Available621Open in IMG/M
3300006857|Ga0079041_1003265All Organisms → cellular organisms → Bacteria2793Open in IMG/M
3300006857|Ga0079041_1026124Not Available691Open in IMG/M
3300006859|Ga0079046_1005442Not Available2443Open in IMG/M
3300006859|Ga0079046_1012297Not Available1427Open in IMG/M
3300006859|Ga0079046_1036615Not Available664Open in IMG/M
3300006859|Ga0079046_1042207Not Available603Open in IMG/M
3300006859|Ga0079046_1052851Not Available520Open in IMG/M
3300007811|Ga0105111_1001436Not Available2646Open in IMG/M
3300007811|Ga0105111_1006583Not Available1041Open in IMG/M
3300007816|Ga0105112_1000728Not Available2147Open in IMG/M
3300007816|Ga0105112_1001572Not Available1542Open in IMG/M
3300007816|Ga0105112_1007119Not Available771Open in IMG/M
3300007816|Ga0105112_1008764Not Available692Open in IMG/M
3300013008|Ga0167616_1008131Not Available1942Open in IMG/M
3300013008|Ga0167616_1016230Not Available1192Open in IMG/M
3300013008|Ga0167616_1023246Not Available923Open in IMG/M
3300013008|Ga0167616_1030785Not Available757Open in IMG/M
3300013008|Ga0167616_1031229Not Available750Open in IMG/M
3300013008|Ga0167616_1035021Not Available692Open in IMG/M
3300013009|Ga0167615_1011966Not Available1542Open in IMG/M
3300013009|Ga0167615_1024659Not Available1002Open in IMG/M
3300013009|Ga0167615_1027914Not Available928Open in IMG/M
3300013009|Ga0167615_1064167Not Available564Open in IMG/M
3300013009|Ga0167615_1076010Not Available511Open in IMG/M
3300017696|Ga0187310_16140Not Available6763Open in IMG/M
3300025462|Ga0209120_1005595Not Available3327Open in IMG/M
3300025462|Ga0209120_1019217Not Available1339Open in IMG/M
3300025462|Ga0209120_1036511Not Available846Open in IMG/M
3300025503|Ga0209012_1023767Not Available2069Open in IMG/M
3300025503|Ga0209012_1095122Not Available593Open in IMG/M
3300026623|Ga0208661_107958Not Available960Open in IMG/M
3300026623|Ga0208661_109485Not Available823Open in IMG/M
3300026627|Ga0208548_101738Not Available5830Open in IMG/M
3300026627|Ga0208548_102744Not Available3889Open in IMG/M
3300026627|Ga0208548_103261Not Available3333Open in IMG/M
3300026627|Ga0208548_103603All Organisms → cellular organisms → Archaea3026Open in IMG/M
3300026627|Ga0208548_103681Not Available2969Open in IMG/M
3300026627|Ga0208548_105835Not Available1906Open in IMG/M
3300026627|Ga0208548_107008Not Available1614Open in IMG/M
3300026627|Ga0208548_110413Not Available1092Open in IMG/M
3300026627|Ga0208548_110588Not Available1073Open in IMG/M
3300026762|Ga0208559_105656Not Available1102Open in IMG/M
3300026768|Ga0208447_101143Not Available3264Open in IMG/M
3300026768|Ga0208447_101192Not Available3186Open in IMG/M
3300026877|Ga0208314_109725Not Available1549Open in IMG/M
3300026877|Ga0208314_110201Not Available1486Open in IMG/M
3300026877|Ga0208314_114167Not Available1129Open in IMG/M
3300026877|Ga0208314_117097Not Available967Open in IMG/M
3300026906|Ga0208683_103203Not Available4279Open in IMG/M
3300026906|Ga0208683_105355Not Available2790Open in IMG/M
3300026906|Ga0208683_112358Not Available1341Open in IMG/M
3300026906|Ga0208683_122919Not Available770Open in IMG/M
3300026906|Ga0208683_123243Not Available759Open in IMG/M
3300026906|Ga0208683_136052Not Available500Open in IMG/M
3300027931|Ga0208312_100110Not Available7135Open in IMG/M
3300027931|Ga0208312_100301Not Available4893Open in IMG/M
3300027931|Ga0208312_100837Not Available2993Open in IMG/M
3300027931|Ga0208312_100858Not Available2959Open in IMG/M
3300027931|Ga0208312_107505Not Available759Open in IMG/M
3300027931|Ga0208312_109626Not Available626Open in IMG/M
3300027931|Ga0208312_112453Not Available505Open in IMG/M
3300027932|Ga0208429_100264Not Available8033Open in IMG/M
3300027932|Ga0208429_100435Not Available6313Open in IMG/M
3300027932|Ga0208429_101246Not Available3370Open in IMG/M
3300027932|Ga0208429_101871All Organisms → cellular organisms → Archaea2599Open in IMG/M
3300027932|Ga0208429_102136Not Available2393Open in IMG/M
3300027932|Ga0208429_102633Not Available2098Open in IMG/M
3300027932|Ga0208429_108065Not Available935Open in IMG/M
3300027932|Ga0208429_118132Not Available523Open in IMG/M
3300027933|Ga0208549_102836Not Available4629Open in IMG/M
3300027933|Ga0208549_105793Not Available2570Open in IMG/M
3300027933|Ga0208549_105833All Organisms → cellular organisms → Bacteria → Elusimicrobia → unclassified Elusimicrobiota → Elusimicrobia bacterium GWA2_38_72558Open in IMG/M
3300027933|Ga0208549_114137Not Available1204Open in IMG/M



 ⦗Top⦘

Environmental Properties

Associated Habitat Types

Select Environment Taxonomy Level:
HabitatTaxonomyDistribution
Hot SpringEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Unclassified → Hot Spring81.31%
Hypersaline MatEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Acidic → Hypersaline Mat5.61%
Hot SpringEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Hypersaline → Microbial Mats → Hot Spring5.61%
Ferrous Microbial Mat And AquaticEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Unclassified → Unclassified → Ferrous Microbial Mat And Aquatic5.61%
FreshwaterEnvironmental → Aquatic → Freshwater → Lotic → Unclassified → Freshwater0.93%
Hotspring SedimentEnvironmental → Aquatic → Thermal Springs → Hot (42-90C) → Sediment → Hotspring Sediment0.93%

Visualization
Powered by ApexCharts



Associated Samples

Taxon OIDSample NameHabitat TypeIMG/M Link
3300000340Ferrous microbial mat and aquatic microbial communities from Echinus Geyser, Yellowstone National Park, USA - transect B T=78-80 CEnvironmentalOpen in IMG/M
3300000346Ferric oxide microbial mat communities from Beowulf Spring, Yellowstone National Park, USA - T=65-68EnvironmentalOpen in IMG/M
3300001340Ferric oxide microbial mat and aquatic microbial communities from Rainbow Spring, Yellowstone National Park, USA - RS3BEnvironmentalOpen in IMG/M
3300001684Hot spring microbial communities from Joseph's Coat, Yellowstone National Park, USA - JC2_EEnvironmentalOpen in IMG/M
3300005859Hot spring microbial communities from Joseph's Coat, Yellowstone National Park, USA - JC2_E (SPADES assembly)EnvironmentalOpen in IMG/M
3300005861Ferric oxide microbial mat and aquatic microbial communities from Rainbow Spring, Yellowstone National Park, USA - RS3B (SPADES assembly)EnvironmentalOpen in IMG/M
3300005964Ferrous microbial mat and aquatic microbial communities from Echinus Geyser, Yellowstone National Park, USA - transect B T=78-80 CEnvironmentalOpen in IMG/M
3300006179Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - ECH_C virus_MetaGEnvironmentalOpen in IMG/M
3300006180Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - BED_virus_MetaGEnvironmentalOpen in IMG/M
3300006855Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - ECH_C host_MetaGEnvironmentalOpen in IMG/M
3300006857Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - ECH_B host_MetaGEnvironmentalOpen in IMG/M
3300006859Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - BED_host_MetaGEnvironmentalOpen in IMG/M
3300007811Extremophilic microbial mat communities from Yellowstone National Park, USA - BED_Slide_host_7_15EnvironmentalOpen in IMG/M
3300007816Extremophilic microbial mat communities from Yellowstone National Park, USA - BED_Mat_virus_9_15EnvironmentalOpen in IMG/M
3300013008Extremophilic microbial mat communities from Yellowstone National Park, USA - OSPB_Mat_host_9_15 (v2)EnvironmentalOpen in IMG/M
3300013009Extremophilic microbial mat communities from Yellowstone National Park, USA - BED_Mat_host_9_15 (v2)EnvironmentalOpen in IMG/M
3300017696Hotspring sediment microbial communities from Obsidian Pool, Yellowstone National Park, Wyoming, USA ? Obsidian 6. Combined Assembly of Gp0212723, Gp0212724EnvironmentalOpen in IMG/M
3300025462Hot spring microbial communities from Joseph's Coat, Yellowstone National Park, USA - JC2_E (SPAdes)EnvironmentalOpen in IMG/M
3300025503Ferric oxide microbial mat and aquatic microbial communities from Rainbow Spring, Yellowstone National Park, USA - RS3B (SPAdes)EnvironmentalOpen in IMG/M
3300026623Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - ECH_C virus_MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300026627Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - ECH_C host_MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300026762Extremophilic microbial mat communities from Yellowstone National Park, USA - BED_Mat_host_6_15 (SPAdes)EnvironmentalOpen in IMG/M
3300026768Extremophilic microbial mat communities from Yellowstone National Park, USA - BED_Slide_host_7_15 (SPAdes)EnvironmentalOpen in IMG/M
3300026877Extremophilic microbial mat communities from Yellowstone National Park, USA - OSPB_Mat_host_9_15 (SPAdes)EnvironmentalOpen in IMG/M
3300026906Extremophilic microbial mat communities from Yellowstone National Park, USA - BED_Mat_host_9_15 (SPAdes)EnvironmentalOpen in IMG/M
3300027931Extremophilic microbial mat communities from Yellowstone National Park, USA - BED_Mat_virus_9_15 (SPAdes)EnvironmentalOpen in IMG/M
3300027932Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - BED_virus_MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300027933Hot spring microbial mat communities from Yellowstone National Park, Wyoming, USA - BED_host_MetaG (SPAdes)EnvironmentalOpen in IMG/M

Geographical Distribution
Zoom:     Powered by OpenStreetMap



 ⦗Top⦘

Family Sequences

Protein ID Sample Taxon ID Habitat Sequence
EchG_transB_7880CDRAFT_100343263300000340Ferrous Microbial Mat And AquaticMKAIYILFIALLLLIPLSFHNSQASLINERVNTHIQIYALNLTLPETWGIYGYYNYSINNKNYSILISNITDNYYLNLNISYEILISNNTILYYNISLFAYKLQDYIALNHLNFKGKLNLTTTQLEYNLTLNATAIQFENINNFYYFWDNY
EchG_transB_7880CDRAFT_100367443300000340Ferrous Microbial Mat And AquaticMKAIYVLFIVLLFLIPMTFNNSQASVINEKINTHIEIXALNLTLPETWGIYGYYNYSLNGKNYSIPISNITDNYFINLNISYDISVLNNTTLYYNISLFAYKLQDYKALNSLSFKGKLNVSITQKEYNITLNASAIQFENINNFYYFWNTYSYKVIGTIIIIGLFLFFITRLRRMR*
EchG_transB_7880CDRAFT_101542423300000340Ferrous Microbial Mat And AquaticMNNKIIVIGIIFVLLFTGNFSLNNSHASLINEKINTHIQIYALNLSLPQVWGIYGYYNYSINNKNYSISISNLTDNYYINLNISYEISLSINTTLYYNISLYAYKLQDYIALNHLNFKGKLNLTTTQLEYNLSLNATAIQFENVNNFYYFWNQYGYKVIGSVIIIGLFLFFISRLRRLR*
BeoS_FeMat_6568CDRAFT_100488533300000346FreshwaterMKAIYVLFVALLFLIPITFNNSQASLLSGSSLINEKVNTHIQIYALNLSLPQAWGIYGYYNYSINNKSYSISISNLTDDYYLNLNISYEISLSVNTTLYYNITLYAYKLQDYIALNHLNYKGKINITTTELEYNLSLNASAIQFENINNFYYFWSEYGYKIIGSIIIIGLFLFFISRLRRMR*
JGI20133J14441_103447333300001340Hypersaline MatMKAIYILVIISLLMISSGLENSQASLINTNSLINEKINIHTQIYALNLTLPQVWGIYGFYNYSIDGKNYSISISNLTDSYYINLNISYNISISVNSTLYYNLSLYAYKLQDYISLNFINFKGELNISILQKEYNLTFNSSSIHFENVNNFYYFWKTYGYKIIGSVIIIGLFLFFITRLRRMK*
JGI20128J18817_101394143300001684Hot SpringMRVIYILIIVLIIMISFQNGQGSLISNSLINEKINVHTQIYALNLSLPEVWGVYGFYNYSLXGKNYSINISNITXSYYLNLNISYQILVLXNSTIYYNLTLFPYKLQDYIALNSLSYKGKFNVSIEQKEYNLTLNASAIKFENINNFYYFWNAYGYKVIGSVLIIGLFLFFISRLRRVR*
JGI20128J18817_105404213300001684Hot SpringPPNGVMPYVSFGSIIKIPIENAKINIHTQIYALNISLPSSWGVYGYFNYSFYGKNYTINISNITDEYVIDLNMSYRILIYNXTTLYYNLTLYAYKLQXYIALNSVNLKGKXNMTTAQSNYNLTLNSSTIKFENVDNFYYFWNTYGYKIIGSILIISLFLFFISRLRRVR*
Ga0080003_1001561203300005859Hot SpringMKAIYVLFIVLLLLIPITFLNSQASLINEKINIHTQIYALNISLPSVWGVYGYYNYSLNGKNYSISISNISSNYYINLNISYEISINNNTTLYYTMTLYSYKLQDYKALNYIIYKGKINITVSQKEYNITLNDSVIQFQNINNLYYFWNTYGYKIIGTIIIIGLFLFFISRLRRVR*
Ga0080006_114564483300005861Hypersaline MatMKIAYVLIIISLLIFSTTLENSHASLINTNSLINEKINIHTQIYALNLSLPVVWGIYGFYNYSFNGQNHSISISNLTDNYYINLNISYEILILNNTTLYYNISLFAYKLQDYIVLNHLNYEGKLNLSVLQREYNISLNASSIQFKNINNFYYFWNAYGYKIIGSVIIIGLFLFFITRLRRMK*
Ga0080006_116903123300005861Hypersaline MatMKAIYILVIISLLMISSGLENSQASLINTNSLINEKINIHTQIYALNLTLPQVWGIYGFYNYSIDGKNYSISISNLTDSYYINLNISYNISISVNSTLYYNLSLYAYKLQDYISLNFINFKGELNISILQKEYNLTFNSSSIHFENINNFYYFWNAYGYKIIGSVIIIGLFLFFIIRLRRMR*
Ga0080006_122840213300005861Hypersaline MatVYVLIIISLLMFSITLENSHASLINTSSLINEKINIHTQIYALNISLPSTWGIYGYYNYSLYGKNYSIYISNITDNYYINLNISYKISISNNSTLYYNMTLYSYKLQDYKALNYITYKGKINITILQKEYNITLNDSAIQFQNINNFYYFWNTYGYKIIGSILIIGLFL*
Ga0081529_11150913300005964Ferrous Microbial Mat And AquaticLLLLIPLSFHNSQASLINEKINTHIQIYALNLSLPSVWGIYGYYNYSINNKNYSIPISNLTDNYYLDLNISYEISISLNSTLYYNITLYAYKLQDYIALNHLNFKGKLNLTTTQLEYNLSLNATAIQFENVNNFYYFWNQYGYKVIGSVIIIGLFLFFISRLRRLR*
Ga0081529_12481733300005964Ferrous Microbial Mat And AquaticMKAIYILFIALLLLIPLSFHNSQASLINERVNTHIQIYALNLTLPETWGIYGYYNYSINNKNYSILISNITDNYYLNLNISYEILISNNTILYYNISLFAYKLQDYIALNHLNFKGKLNLTTTQLEYNLTLNATAIQFENINNFYYFWDNYGYKVIGSIIIIGLFLFFISRLRRLR*
Ga0081529_12984953300005964Ferrous Microbial Mat And AquaticMKAIYVLFIVLLFLIPMTFNNSQASVINEKINTHIEIYALNLTLPETWGIYGYYNYSLNGKNYSIPISNITDNYFINLNISYDISVLNNTTLYYNISLFAYKLQDYKALNSLSFKGKLNVSITQKEYNITLNASAIQFENINNFYYFWNTYSYKVIGTIIIIGLFLFFITRLRRMR*
Ga0079043_100722713300006179Hot SpringMKAIYILFIALLFLIPVSFHNSQASLINERVNTHIQIYALNLSLPAVWGVYGYYNYSINNKNYSISISNLTDNYYLNLNISYEISISLNSTLYYNISLYAYKLQDYIALNHIYYKGKLNVTTTELEYNLTLNATAIQFENINNFYYFWDNYGYKVIGSIIIIGLFLFFISRLRRLR
Ga0079043_101448423300006179Hot SpringPPNGVMPSVTFGSLSPITKISKIEEINIHAKIYALNLSLPEEWGVYGFLNYTIYGNNYSISISNLTNNYYLNLSISYNFSVTNNTTLQYNLSLYAYKLQDYIAINHLNYRGRLNIMTTQKEYNITLNDSIIKFENINNFYYFWDNYGYKVIGSIIIIGLFLFFISRLRRMR*
Ga0079043_101747313300006179Hot SpringMKAIYILFIALLLLIPLSFHNSQASLINERVNTHIQIYALNLTLPETWGIYGYYNYSINNKNYSILISNITDNYYLNLNISYEISISLNSTLYYNISLFAYKLQDYIALNHIYYKGKLNLTTTQLEYNLSLNATAIQFENVNNFYYFWNQYGY
Ga0079043_102007723300006179Hot SpringLNERINTHIQIYALNLSLPQVWGIYGYYNYSINNKNYSISISNLTDNYYINLNISYEISLSINTTLYYNITLYAYKLQDYIALNHLNFKGKLNVTTTELEYNLTLNDSAIQFENINNFYYFWDNYGYKVIGSIIIIGLFLFFISKIRRLR*
Ga0079043_102186913300006179Hot SpringAYPPNGVMPSVTFGSLSPITKISKIEEINIHAKIYALNLSLPEEWGVYGFLNYTIYGNNYSIPVSNLTNNYYLNLSIRYNFSVTNNTTLQYNLSLYAYKLQDYIAINHLNYRGRLNVITTQKEYNITLNDSIIKFENINNFYYFWDNYGYKVIGSVIIIGLFLFFISRLRRMR*
Ga0079045_100167413300006180Hot SpringMKAIYVLFVVLLFLIPITFNNSQASLLSSSSLINEKINTHIEIYALNLTLPNAWGIYGYYNYSINNKNYSIQISNITDNYYLDLNISYEISISFNSTLYYNISLFAYKLQDYIALNHINYKGKINVLITQSEYNITLNASAIQFENVNNFYYFWNQYGYKVIGSIIIIGLFLFFISRLRRMR*
Ga0079045_100303033300006180Hot SpringMKAIYVLFIALLFLIPVTFNNSQASLINERINTHIEIYALNLTLPEAWGIYGYYNYSLNGKNYSIPISNITDNYFIDLNISYEISVLNNTTLYYNISLFAYKLQDYKALNSLFFKGKLNVSTTQKEYNITLNASAIQFENINNFYYFWNTYSYKIIGTIIIIGLFLFFITRLRRMR*
Ga0079045_100331513300006180Hot SpringMKTIYVLFIALLFLIPMSFNNSQALLINEKVNTHIEIYALNLTLPEAWGIYGYYNYSLNGKNYSIQVSNITDNYYLNLNISYEISVFSNTTLYYNISLFAYKLQDYKALNSLYYKGKFNISTTQKEYNITLNASAIQFENINNFYYFWNTYSYKIIGTIIIIGLFLFFI
Ga0079045_100664823300006180Hot SpringMKAIHVLFIVLLFLIPMTFHNSQASVINEKINTHIEIYALNLTLPETWGIYGYYNYSLNGKNYSISISNITDNYFIDLNISYEISVLNNTTLYYNISLFAYKLQDYKALNSLFFKGKFNISTMQKEYNITLNASSIQFENINNFYYFWNTYSYKIIGTIIIIALFLFFISRLRRMR*
Ga0079045_100727333300006180Hot SpringMKIIYVLFIALLLLIPFSFHNSQASLLSGSSLINEKVNTHIQIYALNLSLPQVWGIYGYYNYSLNGKNYSISISNITDNYYLNLNITYKISISLNSTLYYNITLYAYKLQDYIALNHLNYKGKLNVTTTESEYNLTLNASAIQFENVNNFYYFWNQYGYKIIGSIIIIGLFLFFISRLRRMR*
Ga0079045_100727433300006180Hot SpringMRIIYVLFISLLFLIPMTFNNSQATLIDEKINTHIEIYALNLTLPETWGIYGYYNYSLNGKNYSIQVSNITDNYYLNLNISYEISVSSNTTLYYNISLFAYKLQDYIALNHINYKGKLNISTTEKEYNITLNASAIQFENINNFYYFWSEYGYKIIGSIIIIG
Ga0079045_100732423300006180Hot SpringMKAIYVLFIVLLLLIPLEFHDSQASLLSSSSLVNEKINTHIQIYALNLTLPEVWGIYGYYNYSINNKNYSIQISNITDNYFLNLNISYEISISLNSTLYYNITLYAYKLQNYIALNHINYKGKLNVLITQSEYNLTLNASAIQFENINNFYYFWNEYGYKIIGSVIIIGLFLFFITRLRRMR*
Ga0079045_100858813300006180Hot SpringMKIIYILFIGLLFLIPITFHNSQASLLSGSSLINEKINTHIQIYALNLTLPNAWGVYGYYNYSINNKNYSIQISNITDNYFLNLNISYEISISLNSTLYYNITLYAYKLQDYIAMNHINYKGKLNVLTTQSEYNLTLNASAIQFENVNNFYYFWNEYGYKIIGSVIIIGLFLFFITRLRR
Ga0079045_100895523300006180Hot SpringMKTIYILFITLLLLIPISIFNSQASLLSSSSLVNERINTHIQIYALNLTLPSVWGVYGYYNYSINNKNYSISISNLSDNYFLNLNISYEISLSINTTLYYNITLYAYKLQDYIALNHLNYKGKINITTIQSEYNLTLNASAIQFENVNNFYYFWNEYGYKLIGSILIIGLFLFFISRLRRMR*
Ga0079045_101024223300006180Hot SpringEEMNIHARIYALNLSLPQEWGIYGFFNYSIYGKNYSISISNLTNNYYLNLSINYNFSIFNNTTLFYNLSLYAYKLQDYIAINHLNYKGKLNVTTIQKEYNITLNDSIIKFENVNNFYYFWNQYGYKVIGSILIIGLFLFFISRLRRMR*
Ga0079045_101479513300006180Hot SpringMKAIYVLFIVLLLLIPLEFYDSQASLLSGSSLINERVNTHIQIYALNLTLPGVWGVYGYYNYSINNKNYSIQISNITDNYFLNLNISYEISISLNSTLYYNITLYAYKLQNYIALNHLNYKGKLNVLTTQSEYNLTLNASAIQFENVNDFYYFWNEYGYKIIGSVIIIGLFLFFITRLRRMR*
Ga0079045_101527713300006180Hot SpringGSSLINEKVNTHIQIYALNLSLPQAWGIYGYYNYSINNKNYSISISNLTDNYYLNLNISYEISLSVNTTLYYNITLYAYKLQDYIALNHLNYKGKLNLLTTQSEYNLTLNASAIQFENVNNFYYFWNQYGYKVIGSILIIGLFLFFISRLRRMR*
Ga0079045_101959613300006180Hot SpringMKAIYVLFIVLLLLILLEFHDSQASLLSSSSLVNERINTHIQIYALNLTLPSVWGVYGYYNYSINNKNYSISILNLTDIYFLNLNISYEISLSINTTLYYNITLYAYKLQDYIALNHLNYKGKINITTTQSEYNLTLNASAIQFENV
Ga0079044_100639913300006855Hot SpringHIEIYALNLTLPETWGIYGYYNYSLNGKNYSIPISNITDNYFINLNISYDISVLNNTTLYYNISLFAYKLQDYKALNSLSFKGKLNVSITQKEYNITLNASAIQFENINNFYYFWNTYSYKVIGTIIIIGLFLFFITRLRRMR*
Ga0079044_102557513300006855Hot SpringYPPNGVMPSVTFGSLSPITKISKIEEINIHAKIYALNLSLPEEWGVYGFLNYTIYGNNYSISISNLTNNYYLNLSISYNFSVTNNTTLQYNLSLYAYKLQDYIAINHLNYRGRLNIMTTQKEYNITLNDSIIKFENINNFYYFWDNYGYKVIGSIIIIGLFLFFISRLRRMR*
Ga0079041_100326533300006857Hot SpringMKAIYVLFIVLLFLIPMTFNNSQASVINEKINTHIEIYALNLTLPETWGIYGYYNYSLNGKNYSIPISNITDNYFINLNISYDISVLNNTTLYYNISLFAYKLQDYKVLNSLSFKGKLNVSITQKEYNITLNASAIQFENINNFYYFWNTYSYKVIGTIIIIGLFLFFITRLRRMR*
Ga0079041_102612413300006857Hot SpringKINTHIQIYALNLSLPSVWGIYGYYNYSINNKNYSIPISNLTDNYYLDLNISYEISISLNSTLYYNITLYAYKLQDYIALNHLNFKGKLNLTTTQLEYNLTLNASAIQFENINNFYYFWDNYGYKVIGSIIIIGLFLFFISRLRRLR*
Ga0079046_100544213300006859Hot SpringDSQASLLSSSSLVNEKINTHIQIYALNLTLPEVWGIYGYYNYSINNKNYSIQISNITDNYFLNLNISYEISISLNSTLYYNITLYAYKLQNYIALNHINYKGKLNVLITQSEYNLTLNASAIQFENINNFYYFWNEYGYKIIGSVIIIGLFLFFITRLRRMR*
Ga0079046_101229733300006859Hot SpringMKAIYVLFIVLLLLIPLEFYDSQASLLSSSSLVNERINAHIQIYALNLTLPSVWGVYGYYNYSINNRNYSISISNLTDNYFLNLNISYEISLSINTTLYYNITLYAYELQDYIALNHLNYKGKINITTTQSEYNLTLNASAIQFENVNNFYYFWNQYGYKIIGSIIIIGLFLFFISRLRRMR*
Ga0079046_103661513300006859Hot SpringLLFLIPITFNNSQASLLSGSSLINEKVNTHIQIYALNLSLPQAWGIYGYYNYSINNKNYSISISNLTDNYYLNLNISYEISLSVNTTLYYNITLYAYKLQDYIALNHLNYKGKLNLLTTQSEYNLTLNASAIQFENVNNFYYFWNQYGYKVIGSILIIGLFLFFISRLRRMR*
Ga0079046_104220713300006859Hot SpringMKAIYVLFVALSFLIPITFNNSQASLLSSSSLINEKINTHIEIYALNLTLPNAWGIYGYYNYSINNKNYSIQISNITDNYYLDLNISYEISISFNSTLYYNISLFAYKLQDYIALNHINYKGKINVLITQSEYNITLNASAIQFENVNNFYYFWNQYGYKVIGSIIIIGLFLFFI
Ga0079046_105285113300006859Hot SpringNTHIQIYALNLSLPQAWGIYGYYNYSINNKSYSISISNLTDDYYLNLNISYEISLSVNTTLYYNITLYAYKLQDYIALNHLNYKGKINITTTELEYNLSLNASAIQFENINNFYYFWSEYGYKIIGSIIIIGLFLFFISRLRRMR*
Ga0105111_100143643300007811Hot SpringMKTIYVLFIALLFLIPVTFNNSQASLINERINTHIEIYALNLTLPEAWGIYGYYNYSLNGKNYSIPISNITDNYFIDLNISYEISVLNNTTLYYNISLFAYKLQDYKALNSLFFKGKLNVSTTQKEYNITLNASAIQFENINNFYYFWNTYSYKIIGTIIIIGLFLFFITRLRRMR*
Ga0105111_100658323300007811Hot SpringMKAIYILFIALLLLIPLSFHNSQASLLSGSSLINEKINIHIEIYALNLTLPEVWGIYGYYNYSLNGKNYSIQISNLTDNYYINLNISYEISISLNSTLYYNISLFAYKLQDYIALNHINYKGKINVLTTQSEYNITLNASAFQFENINNFYYFWNTYSYKIIGTIIIIVLFLFFISRLRRMR*
Ga0105112_100072833300007816Hot SpringMKAIYVLFIALLFLIPVTFNNSQASLINERINTHIEIYALNLTLPETWGIYGYYNYSLNGKNYSISISNITDNYFIDLNISYEISVLNNTTLYYNISLFAYKLQDYKALNSLFFKGKFNISTMQKEYNITLNASSIQFENINNFYYFWNTYSYKIIGTIIIIALFLFFISRLRRMR*
Ga0105112_100157243300007816Hot SpringMKIAYVLFITLLLLIPIAFNNSQASLLSGSSLINEKINTHIEIYVLNLTLPNAWGVYGYYNYSINNKNYSIKISNITDNYYLDLNISYEISISLNSTLYYNISLFAYKLQDYIALNHINYKGKLNISITQKEYNITLNASAIQFENVNNFYYFWSEYGYKIIGSIIIIGLFLFFIS
Ga0105112_100711933300007816Hot SpringMKIIYILSIGLLFLIPITFHNSQASLLSGSSLINEKINTHIQIYALNLTLPNAWGVYGYYNYSINNKNYSIQISNITDNYFLNLNISYEISISLNSTLYYNITLYAYKLQDYIAMNHINYKGKLNVLTTQSEYNLTLNASAIQFENVNNFYYFWNEYG
Ga0105112_100876413300007816Hot SpringMKAIYVLFITLLFLIPVTFNNSQALLINEKVNTHIEIYALNLTLPEAWGIYGYYNYSLNGKNYSIQVSNITDNYYLNLNISYEISVFSNTTLYYNISLFAYKLQDYKALNSLYYKGKFNISTTQKEYNITLNASAIQFENVNNFYYFWNTYSYKIIGTIIIIGLFLFFISRLRRMR*
Ga0167616_100813143300013008Hot SpringMKIAYVLFITLLLLIPIAFNNSQASLLSGSSLINEKINTHIEIYVLNLTLPNAWGVYGYYNYSINNKNYSIKISNITDNYYLDLNISYEISISLNSTLYYNISLFAYKLQDYIALNHINYKGKLNISITQKEYNITLNASAIQFENVNNFYYFWSEYGYKIIGSIIIIGLFLFFISRLRRMR*
Ga0167616_101623013300013008Hot SpringMKMIYILFIGLLFLIPITFHNSQASLLSGSSLINEKINTHIQIYALNLTLPNAWGVYGYYNYSINNKNYSIQISNITDNYFLNLNISYEISISLNSTLYYNITLYAYKLQDYIAMNHINYKGKLNVLTIQSEYNLTLNASAIQFENVNNFYYFWNQYGYKIIGSIIIIGLF
Ga0167616_102324633300013008Hot SpringMKAIYVLFIVLLLLILLEFHDSQASLLSSSSLVNEKINTHIQIYALNLTLPEVWGIYGYYNYSINNKNYSIQISNITDNYFLNLNISYEISISLNSTLYYNITLYAYKLQNYIALNHLNYKGKLNVLTTQSEYNLTLNASAIQFENVNDFYYFWNEYGYKIIGSVIIIGLFLFFITRLRRMR*
Ga0167616_103078523300013008Hot SpringMKTIYILFIALLFLIPVTFNNSQASLINERINTHIEIYALNLTLPETWGIYGYYNYSLNGKNYSISISNITDNYFIDLNISYEISVLNNTTLYYNISLFAYKLQDYKALNSLFFKGKLNVSTTQKEYNITLNASAIQFENINNFYYFWNTYSYKIIGTIIIIGLFLFFITRLRRMR*
Ga0167616_103122913300013008Hot SpringTRAYPPNGVMPKVFFGSLSSITRISKLEEMNIHARIYALNLSLPQEWGVYGFFNYSIYGKNYSISILNLTNNYYLDLSINYSFSIFNNTTLSYNLSLFAYKLQDYIAINRLNYKGRLNVTTTQREYNITLNDSIIRFENVNNFYYFWNQYGYKVIGSILIIGLFLFFISRLRRMR*
Ga0167616_103502113300013008Hot SpringMKAIYVLFVALLFLIPITFNNSQASLLSGSSLINEKVNTHIQIYALNLSLPQAWGIYGYYNYSINNKNYSISISNLTDDYYLNLNISYEISLSVNTTLYYNITLYAYKLQDYIALNHLNYKGKINITTTELEYNLSLNASAIQFENINNFYYFWSEYGYKIIGSIIIIGLFLFFISRLRRMR*
Ga0167615_101196633300013009Hot SpringMKIIYVLFIALLLLIPFSFHNSQASLLSGSSLINEKVNTHIQIYALNLSLPQVWGIYGYYNYSLNGKNYSISISNITDNYYLNLNITYKISISLNSILYYNITLYAYKLQDYIALNHLNYKGKLNVTTTESEYNLTLNASAIQFENVNNFYYFWNQYGYKIIGSIIIIGLFLFFISRLRRMR*
Ga0167615_102465933300013009Hot SpringVIFGSLSSITRISKSEEMNIHTRIYALNLSLPQEWGIYGFFNYSIYGKNYSISISNLTNNYYLNLSINYSFSIFNNTTLSYNLSLFAYKLQDYIAINHLNYKGRLNVTTTQREYNLSLNDSIIKFENVNNFYYFWNQYGYRVIGSIIIIGLFLFFISRLRRMR*
Ga0167615_102791413300013009Hot SpringMKAIYVLFIALLFLIPVTFNNSQALLINEKVNTHIEIYALNLTLPEAWGIYGYYNYSLNGKNYSIQVSNITDNYYLNLNINYEISVFSNTTLYYNISLFAYKLQDYKALNSLYYKGKFNISTTQKEYNITLNASAIQFENINNFYYFWNTYSYKIIGTIIIIVLFLFFISRLRRMR*
Ga0167615_106416713300013009Hot SpringMKIAYVLFITLLLLIPIAFNNSQASLLSGSSLINEKINTHIEIYVLNLTLPNAWGVYGYYNYSINNKNYSIKISNITDNYYLDLNMSYEISISINSTLYYNISLFAYKLQDYIALNHINYKGKLNISITQKEYNITLNASAIQFENVNNFYYFWSEYGYKIIGSIIIIGLFLFFIS
Ga0167615_107601013300013009Hot SpringIGLLFLIPITFHNSQASLLSGSSLINEKINTHIQIYALNLTLPNAWGVYGYYNYSINNKNYSIQISNITDNYFLNLNISYEISISLNSTLYYNITLYAYKLQDYIAMNHINYKGKLNVLTTQSEYNLTLNASAIQFENVNNFYYFWNQYGYKIIGSIIIIGLFLFFISRL
Ga0187310_1614043300017696Hotspring SedimentMKGIYILIVILLLIVPASFQNSQANLINERINIHTQIYALNISLPSIWGIYGYYNYSYNGKNYSINISNITDNYYINLNISYDVSISNNTTLYYNLTLFAYKLEDYKALNSINYKGKINITTLQKEYNITLNQSAIQFENINNFYYFWNQYGYKVTGTIIIIGLFLFFISRLRRVR
Ga0209120_100559533300025462Hot SpringMKAIYVLFIVLLLLIPITFLNSQASLINEKINIHTQIYALNISLPSVWGVYGYYNYSLNGKNYSISISNISSNYYINLNISYEISINNNTTLYYTMTLYSYKLQDYKALNYIIYKGKINITVSQKEYNITLNDSVIQFQNINNLYYFWNTYGYKIIGTIIIIGLFLFFISRLRRVR
Ga0209120_101921723300025462Hot SpringMKAIYVLILTLLLIVPLTFENSQASLINEKINIHTQIYALNISLPSVWGVYGYYNYSLNNKNYSISISNISDNYYINLNISYEISISNNTTLYYNMTLYSYKLQDYKALNYITYKGKINITISQKEYNITLNDSAIQFQNINNLYYFWNTYGYKITGTIIIIGLFLFFISRLRRVR
Ga0209120_103651123300025462Hot SpringMKIVYIFIVVLLLFMPILLQNSQASLISTNSLVNERVNIHTQIYALNLSLPEIWGVYGYYNYSFNNKNYSISISNLTDRYYINLNISYEISIQANTTLYYNLSLFAYKLQDYISLNSISYKGKLNLSIIQSEYNITLNASSIHFENVNNFYYFWNAYGYKVIGSILIIGLFLFFISRLRRVR
Ga0209012_102376723300025503Hypersaline MatMKAIYILVIISLLMISSGLENSQASLINTNSLINEKINIHTQIYALNLTLPQVWGIYGFYNYSIDGKNYSISISNLTDSYYINLNISYNISISVNSTLYYNLSLYAYKLQDYISLNFINFKGELNISILQKEYNLTFNSSSIHFENINNFYYFWNAYGYKIIGSVIIIGLFLFFIIRLRRMR
Ga0209012_109512213300025503Hypersaline MatQDSDKMKIAYVLIIISLLIFSTTLENSHASLINTSSLINEKINIHTQIYALNLTLPQVWGIYGFYNYSIDGKNYSISISNLTDSYYINLNISYNISISVNSTLYYNLSLYAYKLQDYISLNFINFKGELNISILQKEYNLTFNSSSIHFENVNNFYYFWKTYGYKIIGSVIIIGLFLFFITRLRRMK
Ga0208661_10795833300026623Hot SpringMKAIYILFIALLFLIPVSFHNSQASLINERVNTHIQIYALNLSLPAVWGVYGYYNYSINNKNYSISISNLTDNYYLNLNISYEISISLNSTLYYNISLYAYKLQDYIALNHIYYKGKLNVTTTELEYNLTLNATAIQFENINNFYYFWDNYGYKVIGSIIIIGL
Ga0208661_10948523300026623Hot SpringMKAIYILFIALLLLISFSISNSQASLLSGSSLINEKINTHIQIYALNLSLPQVWGIYGYYNYSINNKNYSISISNLTDNYYLNLNISYEISISLNSSLYYNITLYAYKLQDYIALNHLNYRGKLNLTTTQVEYNLTLNATAIQFENINNFYFFWNQYGYKVIGSIIIIGLFL
Ga0208548_10173863300026627Hot SpringMKAIYVLFIVLLFLIPMTFNNSQASVINEKINTHIEIYALNLTLPETWGIYGYYNYSLNGKNYSIPISNITDNYFINLNISYDISVLNNTTLYYNISLFAYKLQDYKALNSLSFKGKLNVSITQKEYNITLNASAIQFENINNFYYFWNTYSYKVIGTIIIIGLFLFFITRLRRMR
Ga0208548_10274463300026627Hot SpringMKAIYILFIALLLLIPLSFHNSQASLLSGSSLNERINTHIQIYALNLSLPQVWGIYGYYNYSINNKNYSISISNLTDNYYLNLNISYEISISLNSTLYYNISLYAYKLQDYIALNHLNFKGKLNLTTTQLEYNLTLNATAIQFENINNFYYFWDNYGYKVIGSIIIIGLFLFFISRLRRL
Ga0208548_10326133300026627Hot SpringMKVIYILFIALLLLIPLSFHNSQASLINEKINTHIEIYALNLTLPETWGIYGYYNYSLNGKNYSIPISNITDSYYINLNISYEISISLNSTLYYNISLYAYKLQDYIALNHLNFKGKLNLTTTQLEYNLTLNATAIQFENINNFYYFWDNYGYKVIGTIIIIGLFLFFISRLRRMR
Ga0208548_10360363300026627Hot SpringMKAIYILFIALLLLIPLSFHNSQASLLSGSSLNERINTHIQIYALNLSLPQVWGIYGYYNYSINNKNYSISISNLTDNYYINLNISYEISLSINTTLYYNITLYAYKLQDYIALNHLNFKGKLNVTTTELEYNLTLNDSAIQFENINNFYYFWDNYGYKVIGSIIIIGLFLFFISKIRRL
Ga0208548_10368133300026627Hot SpringMNNKIIVIGIIFVLLFTGNFSLNNSHASLINEKINTHIQIYALNLTLPTAWGIYGYYNYSINNKNYSISISNITDNYYLNLNISYEISISNNTTLYYNISLFAYKLQDYIALNHIYYKGKLNITTSKLEYNLSLNASAIQFENVNNFYFFWNQYGYKVIGSIIIIGLFLFFISRLRRLR
Ga0208548_10583543300026627Hot SpringMKVIYILFIALLLLIPLSFHNSQASLINERVSTHIQIYALNLTLPTVWGVYGYYNYSINNKNYSISISNLTDNYYLNLNISYEILISFNSTLYYNISLYAYKLQDYIALNHLNFKGKLNLTTTQLEYNLTLNATAIQFENINNFYYFWDNYGYKVIGSIIIIGLFLFFISRLRRLR
Ga0208548_10700833300026627Hot SpringMNNKIIVIGIIFVLLFTVNFSLNNSHASLINEKINTHIQIYALNLSLPAVWGVYGYYNYSINNKNYSISISNITDNYYLNLNISYEISISNNTTLYYNISLFAYKLQDYIALNHLNFKGKLNLTTTQLEYNLSLNASAIQFENINNFYYFWNQYGYKIIGSVIIIGLFLFFISRLRRMR
Ga0208548_11041333300026627Hot SpringKIEEINIHAKIYALNLSLPEEWGVYGFLNYTIYGNNYSIPVSNLTNNYYLNLSIRYNFSVTNNTTLQYNLSLYAYKLQDYIAINHLNYRGRLNVITTQKEYNITLNDSIIKFENINNFYYFWDNYGYKVIGSVIIIGLFLFFISRLRRMR
Ga0208548_11058823300026627Hot SpringMKVIYVLVIALLLLIPVSFNNSQASLLSGSSLINEKINTRIQIYALNLTLPTVWGVYGYYNYSINNKNYSISVSNLTDNYYLNLNISYEISISLNSTLYYNISLYAYKLQDYIALNHLNFKGKLNLTTTQLEYNLTLNATAIQFENINNFYYFWDNYGYKVIGSIIIIGLFLFFISRLRRLR
Ga0208559_10565633300026762Hot SpringMKAIYVLFIALLFLIPVTFNNSQASLINERINTHIEIYALNLTLPEAWGIYGYYNYSLNGKNYSIPISNITDNYFIDLNISYEISVLNNTTLYYNISLFAYKLQDYKALNSLFFKGKLNVSTTQKEYNITLNASAIQFENINNFYYFWNTYSYKIIGTIIIIGLFLFFITRLRRMR
Ga0208447_10114363300026768Hot SpringMKAIYVLFVALLFLIPITFNNSQASLLSGSSLINEKVNTHIQIYALNLSLPQAWGIYGYYNYSINNKSYSISISNLTDDYYLNLNISYEISLSVNTTLYYNITLYAYKLQDYIALNHLNYKGKINITTTELEYNLSLNASAIQFENINNFYYFWSEYGYKIIGSIIIIGLFLFFISRLRRMR
Ga0208447_10119233300026768Hot SpringMKTIYVLFIALLFLIPVTFNNSQASLINERINTHIEIYALNLTLPEAWGIYGYYNYSLNGKNYSIPISNITDNYFIDLNISYEISVLNNTTLYYNISLFAYKLQDYKALNSLFFKGKLNVSTTQKEYNITLNASAIQFENINNFYYFWNTYSYKIIGTIIIIGLFLFFITRLRRMR
Ga0208314_10972523300026877Hot SpringMKIAYVLFITLLLLIPIAFNNSQASLLSGSSLINEKINTHIEIYVLNLTLPNAWGVYGYYNYSINNKNYSIKISNITDNYYLDLNISYEISISLNSTLYYNISLFAYKLQDYIALNHINYKGKLNISITQKEYNITLNASAIQFENVNNFYYFWSEYGYKIIGSIIIIGLFLFFISRLRRMR
Ga0208314_11020133300026877Hot SpringMKAIYVLFIVLLLLIPLEFYDSQASLLSSSSLVNERINAHIQIYALNLTLPSVWGVYGYYNYSINNRNYSISISNLTDNYFLNLNISYEISLSINTTLYYNITLYAYKLQDYIALNHLNYKGKINITTTQSEYNLTLNASAIQFENVNNFYYFWNQYGYKIIGSIIIIGLFLFFISRLRRMR
Ga0208314_11416733300026877Hot SpringMKAIYVLFIVLLLLILLEFHDSQASLLSSSSLVNEKINTHIQIYALNLTLPEVWGIYGYYNYSINNKNYSIQISNITDNYFLNLNISYEISISLNSTLYYNITLYAYKLQNYIALNHLNYKGKLNVLTTQSEYNLTLNASAIQFENVNNFYYFWNEYGYKIIGSVIIIGLFLFFITRLRRMR
Ga0208314_11709713300026877Hot SpringMKTIYILFIALLFLIPVTFNNSQASLINERINTHIEIYALNLTLPETWGIYGYYNYSLNGKNYSISISNITDNYFIDLNISYEISVLNNTTLYYNISLFAYKLQDYKALNSLFFKGKFNISTMQKEYNITLNASSIQFENINNFYYFWNTYSYKIIGTIIIIALFLFFISR
Ga0208683_10320343300026906Hot SpringMRMIYIIFIALLLLIPFSFHNSQASLLSGSSLINERVNTHIQIYALNLTLPGVWGVYGYYNYSINNKNYSIQISNITDNYFLNLNISYEISISLNSTLYYNITLYAYKLQNYIALNHLNYKGKLNVLTTQSEYNLTLNASAIQFENVNDFYYFWNEYGYKIIGSVIIIGLFLFFITRLRRMR
Ga0208683_10535543300026906Hot SpringMKAIYVLFIVLLLLIPLEFYDSQASLLSSSSLVNERINAHIQIYALNLTLPSVWGVYGYYNYSINNKNYSISISNLTDNYFLNLNISYEISLSINATLYYNITLYAYKLQDYIALNHLNYKGKINITTTQSEYNLTLNASAIQFENVNNFYYFWNQYGYKIIGSIIIIGLFLFFISRLRRMR
Ga0208683_11235813300026906Hot SpringMKAIYVLFIALLFLIPVTFNNSQASLINERINTHIEIYALNLTLPETWGIYGYYNYSLNGKNYSISISNITDNYFIDLNISYEISVLNNTTLYYNISLFAYKLQDYKALNSLFFKGKFNISTMQKEYNITLNASSIQFENINNFYYFWNTYSYKIIGTIIIIALFLFFISRLRRMR
Ga0208683_12291923300026906Hot SpringRAYPPNGVMPSVNFGSLTSITKISKSEEMNIHTKIYALNLSLPQEWGVYGFLNYTIYGKNYSIPISNLTNNYYLNLSISYSFSIYNNTTLSYNLSLFAYKLQDYIAINHLNYKGRLNVTINQKEYNITLNDSIIKFENVNNFYYFWNQYGYRVIGSIIIIGLFLFFISRLRRMR
Ga0208683_12324313300026906Hot SpringMKAIYVLFVALLFLIPITFNNSQASLLSGSSLINEKVNTHIQIYALNLSLPQAWGIYGYYNYSINNKSYSISISNLTDDYYLNINISYEISLSVNTTLYYNITLYAYKLQDYIALNHLNYKGKINITTTELEYNLSLNASAIQFENINNFYYFWSEYGYKIIGSIIIIGLFLFFISRLRRMR
Ga0208683_13605213300026906Hot SpringMKMIYILFIGLLFLIPITFHNSQASLLSGSSLINEKINTHIQIYALNLTLPNAWGVYGYYNYSINNKNYSIQISNITDNYFLNLNISYEISISLNSTLYYNITLYAYKLQDYIAMNHINYKGKLNVLTIQSEYNLTLNASAIQFENVN
Ga0208312_10011043300027931Hot SpringMKAIYVLFIVLLLLILLEFHDSQASLLSSSSLVNEKINTHIQIYALNLTLPEVWGIYGYYNYSINNKNYSIQISNITDNYFLNLNISYEISISLNSTLYYNITLYAYKLQNYIALNHLNYKGKLNVLTTQSEYNLTLNASAIQFENVNDFYYFWNEYGYKIIGSVIIIGLFLFFITRLRRMR
Ga0208312_10030123300027931Hot SpringMRMIYILFITLLLLIPLSIFNSQASLLSSSSLVNERINTHIQIYALNLTLPSVWGVYGYYNYSINNKNYSIPISNLTDNYFLNLNISYEISLSINTTLYYNITLYAYKLQDYIALNHLNYKGKINITTTELEYNLSLNASAIQFENVNNFYYFWSEYGYKIIGSIIIIGLFLFFISRLRRMR
Ga0208312_10083743300027931Hot SpringMKAIYVLFIVLLLLIPLEFYDSQASLLSSSSLVNERINAHIQIYALNLTLPSVWGVYGYYNYSINNRNYSISISNLTDNYFLNLNISYEISLSINTTLYYNITLYAYELQDYIALNHLNYKGKINITTTQSEYNLTLNASAIQFENVNNFYYFWNQYGYKIIGSIIIIGLFLFFISRLRRMR
Ga0208312_10085813300027931Hot SpringMKAIYVLFVALLFLIPITFNNSQASLLSRSSLINEKVNIHIQIYALNLSLPQAWGIYGYYNYSINNKNYSISISNLTDNYYLNLNISYEISLSVNTTLYYNITLYAYKLQDYIALNHLNYKGKLNLLTTQSEYNLTLNASAIQFENVNNFYYFWNQYGYKVIGSILIIGLFLFFISRLRRMR
Ga0208312_10750513300027931Hot SpringMKAIYVLFVALLFLIPITFNNSQASLLSGSSLINEKVNTHIQIYALNLSLPQAWGIYGYYNYSINNKNYSISISNLTDDYYLNLNISYEISLSVNTTLYYNITLYAYKLQDYIALNHLNYKGKINITTTELEYNLSLNASAIQFENINNFYYFWSEYGYKIIGSIIIIGLFLFFISRLRRMR
Ga0208312_10962623300027931Hot SpringTRAYPPNGVMPKVFFGSLSSITRISKLEEMNIHARIYALNLSLPQEWGVYGFFNYSIYGKNYSISILNLTNNYYLDLSINYSFSIFNNTTLSYNLSLFAYKLQDYIAINRLNYKGRLNVTTTQREYNITLNDSIIRFENVNNFYYFWNQYGYKVIGSILIIGLFLFFISRLRRMR
Ga0208312_11245313300027931Hot SpringMPKVVLGSLSSITRISKSEEMNIHARIYALNLSLPQEWGVYGFFNYSIYGNNYSISISNLTNSYYLNLSINYSFSIFNNTTLSYNLSLFAYKLQDYVAINHLNYKGKLNITTIQKEYNITLNDSIIRFENVNNFYYFWNQYGYKVIGSILIIGLFLFFISRLRRMR
Ga0208429_10026443300027932Hot SpringMKAIYVLFIVLLLLIPLEFHDSQASLLSSSSLVNEKINTHIQIYALNLTLPEVWGIYGYYNYSINNKNYSIQISNITDNYFLNLNISYEISISLNSTLYYNITLYAYKLQNYIALNHINYKGKLNVLITQSEYNLTLNASAIQFENINNFYYFWNEYGYKIIGSVIIIGLFLFFITRLRRMR
Ga0208429_10043553300027932Hot SpringMKAIYVLFVALLFLIPITFNNSQASLLSGSSLINEKVNTHIQIYALNLSLPQAWGIYGYYNYSINNKNYSISISNLTDNYYLNLNISYEISLSVNTTLYYNITLYAYKLQDYIALNHLNYKGKLNLLTTQSEYNLTLNASAIQFENVNNFYYFWNQYGYKVIGSILIIGLFLFFISRLRRMR
Ga0208429_10124653300027932Hot SpringMKTIYVLFIALLFLIPMSFNNSQALLINEKVNTHIEIYALNLTLPEAWGIYGYYNYSLNGKNYSIQVSNITDNYYLNLNISYEISVFSNTTLYYNISLFAYKLQDYKALNSLYYKGKFNISTTQKEYNITLNASAIQFENINNFYYFWNTYSYKIIGTIIIIGLFLFFISRLRRVR
Ga0208429_10187113300027932Hot SpringMRIIYVLFISLLFLIPMTFNNSQATLIDEKINTHIEIYALNLTLPETWGIYGYYNYSLNGKNYSIQVSNITDNYYLNLNISYEISVSSNTTLYYNISLFAYKLQDYIALNHINYKGKLNISTTEKEYNITLNASAIQFENINNFYYFWSEYGYKIIGSIIIIC
Ga0208429_10213613300027932Hot SpringMKAIYVLFVALLFLIPITFNNSQASLLSSSSLINEKINTHIEIYALNLTLPNAWGIYGYYNYSINNKNYSIQISNITDNYYLDLNISYEISISFNSTLYYNISLFAYKLQDYIALNHINYKGKINVLITQSEYNITLNASAIQFENVNNFYYFWNQYGYKVIGSIIIIGLFLFFISRLRRMR
Ga0208429_10263323300027932Hot SpringMKTIYILFITLLLLIPISIFNSQASLLSSSSLVNERINTHIQIYALNLTLPSVWGVYGYYNYSINNKNYSISISNLSDNYFLNLNISYEISLSINTTLYYNITLYAYKLQDYIALNHLNYKGKINITTIQSEYNLTLNASAIQFENVNNFYYFWNEYGYKLIGSILIIGLFLFFISRLRRMR
Ga0208429_10806513300027932Hot SpringMKAIHVLFIVLLFLIPMTFHNSQASVINEKINTHIEIYALNLTLPETWGIYGYYNYSLNGKNYSISISNITDNYFIDLNISYEISVLNNTTLYYNISLFAYKLQDYKALNSLFFKGKFNISTMQKEYNITLNASSIQFENINNFYYFWNTYSYKIIGTIIIIALFLFFISRLRRMR
Ga0208429_11813213300027932Hot SpringLLSGSSLINEKVNTHIQIYALNLSLPQAWGIYGYYNYSINNKSYSISISNLTDDYYLNLNISYEISLSVNTTLYYNITLYAYKLQDYIALNHLNYKGKINITTTELEYNLSLNASAIQFENINNFYYFWSEYGYKIIGSIIIIGLFLFFISRLRRMR
Ga0208549_10283683300027933Hot SpringMKAIYVLFVVLLFLIPITFNNSQASLLSGSSLINEKVNTHIQIYALNLSLPQAWGIYGYYNYSINNKNYSISISNLTDNYYLNLNISYEISLSVNTTLYYNITLYAYKLQDYIALNHLNYKGKLNLLTTQSEYNLTLNASAIQFENVNNFYYFWNQYGYKVIGSILIIGLFLFFISRLRRMR
Ga0208549_10579313300027933Hot SpringVNIHIQIYALNLSLPQAWGIYGYYNYSINNKSYSISISNLTDDYYLNLNISYEISLSVNTTLYYNITLYAYKLQDYIALNHLNYKGKINITTTELEYNLSLNASAIQFENINNFYYFWSEYGYKIIGSIIIIGLFLFFISRLRRMR
Ga0208549_10583353300027933Hot SpringMKAIYVLFIVLLFLIPFSFNNSQASLLSGSSLINEKINTHIQIYVLNLTLPNAWGVYGYYNYSINNKNYSIKISNITDNYYLDLNISYEISISLNSTLYYNISLFAYKLQDYIALNHINYKGKLNISITQKEYNITLNASAIQFENVNNFYYFWSEYGYKIIGSIII
Ga0208549_11413713300027933Hot SpringNGVMPKVVFGSLSLITRISKSEEMNIHTRIYALNLSLPQEWGIYGFFNYSIYGKNYSISISNLTNNYYLNLSVNYSFSIFNNTTLSYNLSLYAYKLQDYIAINHLNYKGRLNVTTTQKEYNITLNDSIIKFENVNNFYYFWNQYGYKVIGSILIIGLFLFFISRLRRMR


 ⦗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.