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 Family F091955

Metagenome Family F091955

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


Overview

Basic Information
Family ID F091955
Family Type Metagenome
Number of Sequences 107
Average Sequence Length 242 residues
Representative Sequence KELIQLAESIGALAKLPDTTRELIQAQHNVINTQSARIQNLENRLVGIMSKDDVKSITVSVMEQFLKDLKPQSDQDEYTFLIDHANPDKSLEEAIRKGQELQQPFWEEGEERFQKEFGNSPSGKGWYGSTHMPVITLLFSGSEYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLRVESIFGWNPCVGHPIGIYTEPATELPNGMIVRPFEQEIRDSMIVAHNNCVPVYLAQNPD
Number of Associated Samples 49
Number of Associated Scaffolds 107

Quality Assessment
Transcriptomic Evidence No
Most common taxonomic group Unclassified
% of genes with valid RBS motifs 14.95 %
% of genes near scaffold ends (potentially truncated) 99.07 %
% of genes from short scaffolds (< 2000 bps) 86.92 %
Associated GOLD sequencing projects 27
AlphaFold2 3D model prediction No

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 (81.308 % of family members)
NCBI Taxonomy ID N/A
Taxonomy N/A

Most Common Ecosystem
GOLD Ecosystem Environmental → Aquatic → Marine → Coastal → Unclassified → Aqueous
(97.196 % of family members)
Environment Ontology (ENVO) Unclassified
(100.000 % of family members)
Earth Microbiome Project Ontology (EMPO) Free-living → Saline → Water (saline)
(95.327 % 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: 39.92%    β-sheet: 18.91%    Coil/Unstructured: 41.18%
Feature Viewer
Powered by Feature Viewer


 ⦗Top⦘

Gene Neighborhood

Neighboring Pfam domains

Pfam IDName % Frequency in 107 Family Scaffolds
PF08299Bac_DnaA_C 9.35
PF00436SSB 7.48
PF12728HTH_17 0.93
PF00308Bac_DnaA 0.93

Neighboring Clusters of Orthologous Genes (COGs)

COG IDNameFunctional Category % Frequency in 107 Family Scaffolds
COG0593Chromosomal replication initiation ATPase DnaAReplication, recombination and repair [L] 10.28
COG0629Single-stranded DNA-binding proteinReplication, recombination and repair [L] 7.48
COG2965Primosomal replication protein NReplication, recombination and repair [L] 7.48
COG1484DNA replication protein DnaCReplication, recombination and repair [L] 0.93


 ⦗Top⦘

Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
UnclassifiedrootN/A81.31 %
All OrganismsrootAll Organisms18.69 %

Visualization
Powered by ApexCharts

Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
3300000116|DelMOSpr2010_c10239847Not Available558Open in IMG/M
3300001963|GOS2229_1035414Not Available1669Open in IMG/M
3300006025|Ga0075474_10008704All Organisms → cellular organisms → Bacteria → Proteobacteria3938Open in IMG/M
3300006026|Ga0075478_10002476All Organisms → cellular organisms → Bacteria6693Open in IMG/M
3300006026|Ga0075478_10144418Not Available744Open in IMG/M
3300006637|Ga0075461_10175405Not Available649Open in IMG/M
3300006802|Ga0070749_10217243All Organisms → Viruses → Predicted Viral1091Open in IMG/M
3300006802|Ga0070749_10288847Not Available922Open in IMG/M
3300006802|Ga0070749_10524171Not Available644Open in IMG/M
3300006802|Ga0070749_10577869Not Available607Open in IMG/M
3300006802|Ga0070749_10653802Not Available564Open in IMG/M
3300006810|Ga0070754_10044745All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales2373Open in IMG/M
3300006810|Ga0070754_10251808Not Available806Open in IMG/M
3300006810|Ga0070754_10349536All Organisms → cellular organisms → Bacteria → Proteobacteria → delta/epsilon subdivisions → Epsilonproteobacteria → Campylobacterales → Campylobacteraceae → Campylobacter → Campylobacter jejuni654Open in IMG/M
3300006810|Ga0070754_10519167Not Available511Open in IMG/M
3300006867|Ga0075476_10033385All Organisms → Viruses → Predicted Viral2148Open in IMG/M
3300006867|Ga0075476_10269478Not Available603Open in IMG/M
3300006867|Ga0075476_10278215Not Available591Open in IMG/M
3300006868|Ga0075481_10001028All Organisms → cellular organisms → Bacteria10766Open in IMG/M
3300006868|Ga0075481_10183766Not Available752Open in IMG/M
3300006868|Ga0075481_10204877Not Available704Open in IMG/M
3300006869|Ga0075477_10164496Not Available921Open in IMG/M
3300006870|Ga0075479_10228669Not Available741Open in IMG/M
3300006874|Ga0075475_10009466All Organisms → cellular organisms → Bacteria4932Open in IMG/M
3300006874|Ga0075475_10185080Not Available898Open in IMG/M
3300006916|Ga0070750_10156055All Organisms → Viruses → Predicted Viral1030Open in IMG/M
3300006916|Ga0070750_10199208Not Available887Open in IMG/M
3300006916|Ga0070750_10210033Not Available858Open in IMG/M
3300006916|Ga0070750_10330830Not Available646Open in IMG/M
3300006916|Ga0070750_10395710Not Available577Open in IMG/M
3300006916|Ga0070750_10423564Not Available553Open in IMG/M
3300006919|Ga0070746_10083209All Organisms → Viruses → Predicted Viral1616Open in IMG/M
3300006919|Ga0070746_10294513Not Available747Open in IMG/M
3300006919|Ga0070746_10312450Not Available719Open in IMG/M
3300006919|Ga0070746_10516068Not Available523Open in IMG/M
3300006919|Ga0070746_10545207All Organisms → cellular organisms → Bacteria → Proteobacteria → delta/epsilon subdivisions → Epsilonproteobacteria → Campylobacterales → Campylobacteraceae → Campylobacter → Campylobacter jejuni503Open in IMG/M
3300007234|Ga0075460_10151675Not Available807Open in IMG/M
3300007234|Ga0075460_10153245Not Available803Open in IMG/M
3300007236|Ga0075463_10147531Not Available759Open in IMG/M
3300007236|Ga0075463_10247934Not Available572Open in IMG/M
3300007344|Ga0070745_1034457All Organisms → Viruses → Predicted Viral2154Open in IMG/M
3300007344|Ga0070745_1090338All Organisms → Viruses → Predicted Viral1208Open in IMG/M
3300007344|Ga0070745_1130799Not Available962Open in IMG/M
3300007344|Ga0070745_1139368Not Available925Open in IMG/M
3300007344|Ga0070745_1161842Not Available843Open in IMG/M
3300007344|Ga0070745_1198177Not Available742Open in IMG/M
3300007344|Ga0070745_1211055Not Available714Open in IMG/M
3300007344|Ga0070745_1288751Not Available586Open in IMG/M
3300007345|Ga0070752_1114066Not Available1143Open in IMG/M
3300007345|Ga0070752_1219497Not Available750Open in IMG/M
3300007345|Ga0070752_1278900Not Available642Open in IMG/M
3300007346|Ga0070753_1033575All Organisms → Viruses → Predicted Viral2183Open in IMG/M
3300007346|Ga0070753_1146378Not Available897Open in IMG/M
3300007346|Ga0070753_1266226Not Available619Open in IMG/M
3300007538|Ga0099851_1040447Not Available1848Open in IMG/M
3300007541|Ga0099848_1072741Not Available1350Open in IMG/M
3300007541|Ga0099848_1158459Not Available834Open in IMG/M
3300007542|Ga0099846_1120810Not Available956Open in IMG/M
3300007640|Ga0070751_1038273All Organisms → Viruses → Predicted Viral2160Open in IMG/M
3300007640|Ga0070751_1136774Not Available988Open in IMG/M
3300007640|Ga0070751_1184475Not Available818Open in IMG/M
3300007640|Ga0070751_1265728Not Available647Open in IMG/M
3300007960|Ga0099850_1178916Not Available842Open in IMG/M
3300008012|Ga0075480_10085658Not Available1787Open in IMG/M
3300008012|Ga0075480_10284034Not Available845Open in IMG/M
3300010368|Ga0129324_10079711Not Available1441Open in IMG/M
3300022057|Ga0212025_1051029Not Available713Open in IMG/M
3300022057|Ga0212025_1086468Not Available538Open in IMG/M
3300022065|Ga0212024_1037214Not Available838Open in IMG/M
3300022065|Ga0212024_1066207Not Available640Open in IMG/M
3300022067|Ga0196895_1023255Not Available695Open in IMG/M
3300022068|Ga0212021_1056138Not Available802Open in IMG/M
3300022069|Ga0212026_1032726Not Available766Open in IMG/M
3300022071|Ga0212028_1047550Not Available799Open in IMG/M
3300022071|Ga0212028_1093353Not Available560Open in IMG/M
3300022159|Ga0196893_1006855Not Available971Open in IMG/M
3300022168|Ga0212027_1014764Not Available1072Open in IMG/M
3300022168|Ga0212027_1022911Not Available846Open in IMG/M
3300022176|Ga0212031_1005391Not Available1623Open in IMG/M
3300022183|Ga0196891_1039710Not Available871Open in IMG/M
3300022183|Ga0196891_1063466Not Available662Open in IMG/M
3300022187|Ga0196899_1000193All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → Phycisphaerae → unclassified Phycisphaerae → Phycisphaerae bacterium31950Open in IMG/M
3300022187|Ga0196899_1080192Not Available1000Open in IMG/M
3300022187|Ga0196899_1186455Not Available556Open in IMG/M
3300025610|Ga0208149_1093117Not Available730Open in IMG/M
3300025671|Ga0208898_1117664Not Available773Open in IMG/M
3300025671|Ga0208898_1137509Not Available679Open in IMG/M
3300025751|Ga0208150_1007173All Organisms → cellular organisms → Bacteria → Proteobacteria4095Open in IMG/M
3300025759|Ga0208899_1130814Not Available887Open in IMG/M
3300025803|Ga0208425_1089153Not Available729Open in IMG/M
3300025810|Ga0208543_1023725Not Available1553Open in IMG/M
3300025815|Ga0208785_1007574All Organisms → cellular organisms → Bacteria → Proteobacteria4078Open in IMG/M
3300025840|Ga0208917_1159998Not Available776Open in IMG/M
3300025853|Ga0208645_1135961Not Available956Open in IMG/M
3300025853|Ga0208645_1179369Not Available772Open in IMG/M
3300025853|Ga0208645_1182729Not Available761Open in IMG/M
3300025853|Ga0208645_1207900Not Available687Open in IMG/M
3300025853|Ga0208645_1289405Not Available521Open in IMG/M
3300025889|Ga0208644_1152732All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Hyphomicrobiales1056Open in IMG/M
3300025889|Ga0208644_1244886Not Available745Open in IMG/M
3300025889|Ga0208644_1320103Not Available607Open in IMG/M
3300034375|Ga0348336_023702All Organisms → Viruses → Predicted Viral3081Open in IMG/M
3300034375|Ga0348336_125705Not Available810Open in IMG/M
3300034418|Ga0348337_119681Not Available810Open in IMG/M
3300034418|Ga0348337_125155Not Available779Open in IMG/M
3300034418|Ga0348337_155005Not Available640Open in IMG/M



 ⦗Top⦘

Environmental Properties

Associated Habitat Types

Select Environment Taxonomy Level:
HabitatTaxonomyDistribution
AqueousEnvironmental → Aquatic → Marine → Coastal → Unclassified → Aqueous97.20%
Freshwater To Marine Saline GradientEnvironmental → Aquatic → Marine → Coastal → Unclassified → Freshwater To Marine Saline Gradient0.93%
MarineEnvironmental → Aquatic → Marine → Intertidal Zone → Unclassified → Marine0.93%
MarineEnvironmental → Aquatic → Marine → Neritic Zone → Unclassified → Marine0.93%

Visualization
Powered by ApexCharts



Associated Samples

Taxon OIDSample NameHabitat TypeIMG/M Link
3300000116Marine microbial communities from Delaware Coast, sample from Delaware MO Spring March 2010EnvironmentalOpen in IMG/M
3300001963Marine microbial communities from Nags Head, North Carolina, USA - GS013EnvironmentalOpen in IMG/M
3300006025Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_D_<0.8_DNAEnvironmentalOpen in IMG/M
3300006026Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_29_D_<0.8_DNAEnvironmentalOpen in IMG/M
3300006637Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_15_>0.8_DNAEnvironmentalOpen in IMG/M
3300006802Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_18EnvironmentalOpen in IMG/M
3300006810Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Sep_01EnvironmentalOpen in IMG/M
3300006867Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_N_<0.8_DNAEnvironmentalOpen in IMG/M
3300006868Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_29_N_>0.8_DNAEnvironmentalOpen in IMG/M
3300006869Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_N_>0.8_DNAEnvironmentalOpen in IMG/M
3300006870Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_29_D_>0.8_DNAEnvironmentalOpen in IMG/M
3300006874Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_D_>0.8_DNAEnvironmentalOpen in IMG/M
3300006916Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_24EnvironmentalOpen in IMG/M
3300006919Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_21EnvironmentalOpen in IMG/M
3300007234Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_15_<0.8_DNAEnvironmentalOpen in IMG/M
3300007236Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_30_>0.8_DNAEnvironmentalOpen in IMG/M
3300007344Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_4EnvironmentalOpen in IMG/M
3300007345Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_30EnvironmentalOpen in IMG/M
3300007346Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_31EnvironmentalOpen in IMG/M
3300007538Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_2 Viral MetaGEnvironmentalOpen in IMG/M
3300007541Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1S Viral MetaGEnvironmentalOpen in IMG/M
3300007542Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1504_1 Viral MetaGEnvironmentalOpen in IMG/M
3300007640Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_28EnvironmentalOpen in IMG/M
3300007960Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1D Viral MetaGEnvironmentalOpen in IMG/M
3300008012Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_29_N_<0.8_DNAEnvironmentalOpen in IMG/M
3300010368Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Spr_15_0.2_DNAEnvironmentalOpen in IMG/M
3300022057Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_28 (v2)EnvironmentalOpen in IMG/M
3300022065Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_24 (v2)EnvironmentalOpen in IMG/M
3300022067Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_30 (v3)EnvironmentalOpen in IMG/M
3300022068Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_21 (v2)EnvironmentalOpen in IMG/M
3300022069Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_30 (v2)EnvironmentalOpen in IMG/M
3300022071Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Sep_01 (v2)EnvironmentalOpen in IMG/M
3300022159Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_28 (v3)EnvironmentalOpen in IMG/M
3300022168Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_31 (v2)EnvironmentalOpen in IMG/M
3300022176Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1S Viral MetaG (v2)EnvironmentalOpen in IMG/M
3300022183Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_24 (v3)EnvironmentalOpen in IMG/M
3300022187Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Sep_01 (v3)EnvironmentalOpen in IMG/M
3300025610Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_29_D_<0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025671Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_4 (SPAdes)EnvironmentalOpen in IMG/M
3300025751Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_29_D_>0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025759Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_24 (SPAdes)EnvironmentalOpen in IMG/M
3300025803Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_30_<0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025810Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_30_>0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025815Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_D_<0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025840Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_D_>0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025853Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Sep_01 (SPAdes)EnvironmentalOpen in IMG/M
3300025889Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_18 (SPAdes)EnvironmentalOpen in IMG/M
3300034375Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_30 (v4)EnvironmentalOpen in IMG/M
3300034418Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_28 (v4)EnvironmentalOpen in IMG/M

Geographical Distribution
Zoom:     Powered by OpenStreetMap



 ⦗Top⦘

Family Sequences

Protein ID Sample Taxon ID Habitat Sequence
DelMOSpr2010_1023984713300000116MarineIQNLENRLIGIMSKDDVKSITVGVMEQFLKDLKPQSDQDEYTFLIDHVNPDKSLDEAIRKGQELQQPFWEEGEEKFQKEFGNSPSGKGWYGSTHMPVITLLFSGSEYCFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLKVESIFGWNPCVGHPIGIYTEPATELLSGMIVRPFEQDIRDCMI
GOS2229_103541413300001963MarinePSNLERKTMNELIKLAESIGELAKLPDTTKELIQAQHNVINTQSARIQNLENRLVGIMSKDDVKSITVSVMEQFLKDLKPQSDQDEYKFLIDHANPDKSLEESIRKGQELQQPFWEEGEEIFTAEFGDSPSGKGWYGSTHMPVITLLFSGNEYRFHNTIRIPGRFQMKSVTRWGPAIRTLGDGDKVLKVESIFGWNPCVGHPIGIYTEPATELPSGMIVRPFEQEIRDCMIVAHNNSVPVYLAQNPDRLQIVNNNIQSHQGSNI
Ga0075474_1000870413300006025AqueousMIIGLLEAFTLMNEEKVFLNYETQHRKTMKELIQLAESIGELAKLPETTQELIQAQHNVINTQSARIQNLENRLNGLPSSDEVSGKIREIMVPALNEFLKEFKESTKIDDHMLLIDPENPDDSLEKAIKLGQEIQEPFWEEGEERFQKEFGNSPSGPGWYGSTHMPVITLLFSGSQYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLKVESIFGWNPCVGHPIGIYTEPATELPSGMIVRPF
Ga0075478_1000247613300006026AqueousMIIGLLEAFTLMNEEKVFLNYETQHRKTMKELIQLAESIGELAKLPETTQELIQAQHNVINTQSARIQNLENRLNGLPSSDEVSGKIREIMVPALNEFLKEFKESTKIDDHMLLIDPENPDDSLEKAIKLGQEIQEPFWEEGEERFQKEFGNSPSGPGWYGSTHMPVITLLFSGSQYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLKVESIFGWNPCVGHPIGIYTEPATELPSGMIVRPFEQDIRDCMIVAHNNSVPVYLAQNPDRLQIVNNNIQAHQGSNIGIFHGPHIDADWMPKSARSGD
Ga0075478_1014441813300006026AqueousNVINTQSARIQNLENRLVGIMSNDDVKSITVSVMEQFLKDLKPQSDQDEYTFLIDHVNPDKSLDEAIRKGQELQQPFWEEGEEKFQREFGNSPSGPGWYGSTHMPVITLLFSGSEYRFHDTIRIPGRFQMKSVTRWGPAIRTLGDGDKVLKVESIFGWNPCVGHPIGIYTEPATELSSGMIVRPFEQDIRDCMIVAHNNCVPVYLAQNPDRLQIVNNNIQAHQGSNIGIFHGPHIDADWMPKSARSGD
Ga0075461_1017540513300006637AqueousLIQLAESIGELAKLPETTQELIQAQHNVINTQSARIQNLENRLNGLPSSDEVSGKIREIMVPALNEFLKEFKESTKIDDHMLLIDPENPDDSLEKAIKLGQEIQEPFWEEGEERFQKEFGNSPSGPGWYGSTHMPVITLLFSGSQYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLKVESIFGWNPCVGHPIGIYTEPATELPSGMIVRPF
Ga0070749_1021724313300006802AqueousMNELIKLAESIGELAKLPDTTKELIQAQHNVINTQSARIQNLENRLIGIMSKNDVKSITVSVMEKFIKDLKPQSDQDQYTFLIDHANPDKSLEESIRKGQEIQQTFWEEGEEKFQSEFGNSPSGKGWYGSTHMPVITLLFSGSEYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGEKVLRVESIFGWNPCVGHPIGVYTEPATELPNGMIVRPFEQ
Ga0070749_1028884713300006802AqueousINTQSARIQNLENRLVGIMSNDDVKSITVSVMEQFLKDLKPQSDQDEYTFLIDHVNPDKSLDEAIRKGQELQQPFWEEGEEKFQREFGNSPSGPGWYGSTHMPVITLLFSGSEYRFHDTIRIPGRFQMKSVTRWGPAIRTLGDGDKVLKVESIFGWNPCVGHPIGIYTEPATELSSGMIVRPFEQDIRDCMIVAHNNCVPVYLAQNPDRLQIINNNIQAHQGSNIGIFHGPHIDADWMPKSARSGDDVYLGDSTISHNQIEGPHRMEHNGSRKQAGIFYSGQAVQTCFNRFFGYSQCIYSHGGRSR
Ga0070749_1052417113300006802AqueousHNVINTQSARIQNLENRLVGIMSKDDVKSITVSVMEKFLKDMKPQSDQDQYTFLIDHANPDKSLEEAIRKGQELQQPFWEEGEEKFQSEFGNSPSGKGWYGSTHMPVITLLFSGSEYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLKVDSIFGWNPCVGHPIGIYTEPATKLPNGMIVRPFEQDIRDNMIVAQNNCVPVYLAQNPDRLQ
Ga0070749_1057786913300006802AqueousLAKLPDTTKELIQAQHNVINTQSARIQNLENRLVGIMSKDDVKSITVSVMEQFLKDLKPQSDQDEYTFLIDHANPDKSLEEAIRKGQEIQQPFWEGGEEKFQKEFGNSPSGKGWYGSTHMPVITLLFSGSEYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLKVDSIFGWNPCVGHPIGIYTEPATKLPNGMIVRPFE
Ga0070749_1065380213300006802AqueousMKELIQLAESIGALAKLPETTRELIQAQHNVINTQSARIQNLENRLIGIMSKDDVKSITVGVMEQFLKDLKPQSDQDEYTFLIDHVNPDKSLDEAIRKGQELQQPFWEEGEEKFQKEFGNSPSGKGCYGSTHMPVITLLFSGSEYCFHNTIRIPGRFQMRSVTRW
Ga0070754_1004474553300006810AqueousMNEEKVFLNYETQHRKTMKELIQLAESIGELAKLPETTQELIQAQHNVINTQSARIQNLENRLNGLPSSDEVSGKIREIMVPALNEFLKEFKESTKIDDHMLLIDPENPDDSLEKAIKLGQEIQEPFWEEGEERFQKEFGNSPSGPGWYGSTHMPVITLLFSGSQYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLKVESIFGWNPCVGHPIGIYTEPATELPSGMIVRPFEQDIRDCMIVAHNNSVPVYLAQNPDRLQIVNNNIQAHQGSNIGIFHGPHIDADWMPKSARSGDD
Ga0070754_1025180813300006810AqueousLIQLAESIGALAKLPDTTRELIQAQHNVINTQSARIQNLENRLIGIMSKNDVESITVSVMEQFLKDLKPKSDQDEYTFLIDHVNPDESLERAIRLGQEIQQPFWEEGEEKFQKEFGNSPSGKGWYGSTYMPVITLLFSGSEYRFHDTIRIPGRFQLRSVTRWGPAIRTIGDGDKVLRVESIFGWNPCVGHPIGVYTEPATELPNGMIVRPFEQDIRDCMIVAHNNCVPVYLAQNPDRLQIVNNNIQAHQGSNIGIFHGPHIDADWMPK
Ga0070754_1034953613300006810AqueousMNELIKLAESIGELAKLPDTTKELIQAQHNVINTQSARIQNLENRLIGIMSKNDVKSITVSVMEKFIKDLKPQSDQDQYTFLIDHANPDKSLEESIRKGQEIQQTFWEEGEEKFQSEFGNSPSGKGWYGSTHMPVITLLFSGSEYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLRVESIFGWNPCVGHPIGIYTEPATELSS
Ga0070754_1051916713300006810AqueousALAKLPDTTRELIQAQHNTLNTQSARIQNLENRLNGLPSSDEVSGKVREIMVPELSEFLKEFKKEFKPDEFTFLIDPQDPDKSLEEAIKKGQEIQQPFWEEGEARFQSEFGDSPSGQGWYGSTHMPVITLLFSGSEYRFHNTVRIPGRFQMKSVTRWGPAIRTLGDGDK
Ga0075476_1003338513300006867AqueousMIIGLLEAFTLMNEEKVFLNYETQHRKTMKELIQLAESIGELAKLPETTQELIQAQHNVINTQSARIQNLENRLNGLPSSDEVSGKIREIMVPALNEFLKEFKESTKIDDHMLLIDPENPDDSLEKAIKLGQEIQEPFWEEGEERFQKEFGNSPSGPGWYGSTHMPVITLLFSGSQYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLKVESIFGWNPCVGHPIGIYTEPATE
Ga0075476_1026947813300006867AqueousLIQLAESIGELAKLPDTTRELIQAQHNTLNTQSARIQNLENRLVGIMSNDDVKSITVSVMEQFLKDLKPQSDQDEYTFLIDHVNPDKSLDEAIRKGQEIQQTFWEEGEARFQSEFGNSPSGKGWYGSTHMPVITLQFSGSEYRFHNTIRLPGRFQMKSVTRWGPAIRTLGDGDKVLKVESIFGWNPCVGHPIGIYTEPATE
Ga0075476_1027821513300006867AqueousMKELIQLAESIGALAKLPDTTRELIQAQHNVINTQSARIQNLENRLVGIMSKDDVKSITVSVMEQFLKDMKPQSDQDEYTFLIDHANPDKTLEEAIRKGQEIQRPFWEEGEEKFAAEFGDSPSGPGWYGSTHMPVITLLFSGSEYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLRVESIFGWNPCVGHPIG
Ga0075481_1000102813300006868AqueousMIIGLLEAFTLMNEEKVFLNYETQHRKTMKELIQLAESIGELAKLPETTQELIQAQHNVINTQSARIQNLENRLNGLPSSDEVSGKIREIMVPALNEFLKEFKESTKIDDHMLLIDPENPDDSLEKAIKLGQEIQEPFWEEGEERFQKEFGNSPSGPGWYGSTHMPVITLLFSGSQYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLKVESIFGWNPCVGHPIGIYTEPATELPSGMIVRPFEQDIRDCMIVAHNNSVPVYLAQNPDRLQIVNNNIQAHQGSNIGIFHGPHIDADWMPKSARSG
Ga0075481_1018376613300006868AqueousNVINTQSARIQNLENRLVGIMSNDDVKSITVSVMEQFLKDLKPQSDQDEYTFLIDHVNPDKSLDEAIRKGQELQQPFWEEGEEKFQREFGNSPSGPGWYGSTHMPVITLLFSGSEYRFHDTIRIPGRFQMKSVTRWGPAIRTLGDGDKVLKVESIFGWNPCVGHPIGIYTEPATELSSGMIVRPFEQDIRDCMIVAHNNCVPVYLAQNPDRLQIVNNNIQAHQGSNIGIFHGPHIDADWMPKSARSGDDV
Ga0075481_1020487713300006868AqueousNVINTQSARIQNLENRLVGIMSNDDVKSITVSVMEQFLKDMKPQSDEDEYTFLIDHANPDKSLEEAIRKGQELQQPFWEEGEERFQKEFGNSPSGKGWYGSTHMPVITLLFSGSEYRFHNTIRVPGRFQMRSVTRWGPAIRTLGDGDKVLRVESIFGWNPCVGHPIGIYTEPATELPSGMIVRPFEQDIRDNMIVAHNNCVPVYLAQNPDRLQIVNNNIQAHQGSNIGIFHGPH
Ga0075477_1016449613300006869AqueousIGLLEAFTLMNEEKVFLNYETQHRKTMKELIQLAESIGELAKLPETTQELIQAQHNVINTQSARIQNLENRLNGLPSSDEVSGKIREIMVPALNEFLKEFKESTKIDDHMLLIDPENPDDSLEKAIKLGQEIQEPFWEEGEERFQKEFGNSPSGPGWYGSTHMPVITLLFSGSQYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLKVESIFGWNPCVGHPIGIYTEPATELPSGMIVRPFEQDIRDCMIVAHNNSVPVYLAQNPDRLQIVNNNIQAHQGSNIGIFHGPHIDADWMPKSARSGD
Ga0075479_1022866913300006870AqueousNVINTQSARIQNLENRLVGIMSNDDVKSITVSVMEQFLKDLKPQSDQDEYTFLIDHVNPDKSLDEAIRKGQELQQPFWEEGEEKFQREFGNSPSGPGWYGSTHMPVITLLFSGSEYRFHDTIRIPGRFQMKSVTRWGPAIRTLGDGDKVLKVESIFGWNPCVGHPIGIYTEPATELSSGMIVRPFEQDIRDCMIVAHNNCVPVYLAQNPDRLQIVNNNIQAHQGSNIGIFHGPHIDADWMPKSARSG
Ga0075475_1000946613300006874AqueousMIIGLLEAFTLMNEEKVFLNYETQHRKTMKELIQLAESIGELAKLPETTQELIQAQHNVINTQSARIQNLENRLNGLPSSDEVSGKIREIMVPALNEFLKEFKESTKIDDHMLLIDPENPDDSLEKAIKLGQEIQEPFWEEGEERFQKEFGNSPSGPGWYGSTHMPVITLLFSGSQYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLKVESIFGWNPCVGHPIGIYTEPATELPSGMIVRPFEQDIRDCMIVAHNNSVPVYLAQNPDRLQIVNNNIQAHQGSNIGIFHGPHIDADWMPKS
Ga0075475_1018508013300006874AqueousNLENRLVGIMSNDDVKSITVSVMEQFLKDMKPQSDEDEYTFLIDHANPDKSLEEAIRKGQELQQPFWEEGEEIFTAEFGDSPSGKGWYGSTHMPVITLLFSGSEYCFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLKVESIFGWNPCVGHPIGIYTEPATELTNGMIVRPFEQEIRDSMIVAHNNCVPVYLAQNPDRLQIINNNIQSHQGSNIGIFHGPHIDADWMPKSARSGDDVYLGDSTINHNQIEGPHRMEHNGSRKQAGIFFSGQAVQTCFNRFFGYSQCIYSHGGRSRVS
Ga0070750_1015605523300006916AqueousMNELIKLAESIGELAKLPDTTKELIQAQHNVINTQSARIQNLENRLIGIMSKNDVKSITVSVMEKFIKDLKPQSDQDQYTFLIDHANPDKSLEESIRKGQEIQQTFWEEGEEKFQSEFGNSPSGKGWYGSTHMPVITLLFSGSEYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLRVESIFGWNPCVGHPIGIYTEPATELPNGMIVRPFEQDIRDNMIVAQNNCVPV
Ga0070750_1019920813300006916AqueousQHNVINTQSARIQNLENRLVGIMSKEDVKSITVSVIEQFIKDMKPQSDQDEYTFMIDHANPDKSLEEAIRKGQELQQPFWEEGEEKFTAEFGDSPSGPGWYGSTHMPVITLLFSGSEYRFHNTIRIPGRFQMKSVTRWGPAIRTLGDGDKVLKVDSIFGWNPCVGHPIGIYTEPATELPSGMIVRPFEQEIRDSMIVAHNNCVPVYLAQNPDRLQIINNNIQAHQGSNIGIFHGPHIDADWMPKAARSGDDVYLGDATINHNQIEGPHRMEHNRSRKQAGIFYSGQAVQTCFNRF
Ga0070750_1021003313300006916AqueousLIGIMSKDDVKSITVGVMEQFLKDLKPQSDQDEYTFLIDHVNPDKSLDEAIRKGQELQQPFWEEGEEKFQREFGNSPSGPGWYGSTHMPVITLLFSGSEYRFHDTIRIPGRFQMKSVTRWGPAIRTLGDGDKVLKVESIFGWNPCVGHPIGIYTEPATELSSGMIVRPFEQDIRDCMIVAHNNCVPVYLAQNPDRLQIVNNNIQAHQGSNIGIFHGPHIDADWMPKSARSGDDVYLGDSTISYNQIEGPHRMEHNGSRKQAGIFFSGQAVQTCFNRFFGYSQCIY
Ga0070750_1033083013300006916AqueousNVINTQSARIQNLENRLVGIMSKDDVKSITVSVMEQFLKDLKPQSDQDEYTFLIDHANPDKSLEEAIRKGQELQQPFWEEGEEKFQSEFGNSPSGKGWYGSTHMPVITLLFSGSEYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLKVDSIFGWNPCVGHPIGIYTEPATKLPNGMIVRPFEQDIRDNMIVAQNNCVPVYLAQNPDRLQIV
Ga0070750_1039571013300006916AqueousMKELIQLAESIGALAKLPETTRELIQAQHNVINTQSARIQNLENRLIGIMSKDDVKSITVGVMEQFLKDLKPQSDQDEYTFLIDHVNPDKSLDEAIRKGQELQQPFWEEGEEKFQKEFGNSPSGKGWYGSTHMPVITLLFSGSEYCFHNTIRIPGRFQMRSVTRWGPAIR
Ga0070750_1042356413300006916AqueousDTTRELIQAQHNTLNTQSARIQNLENRLNGLPSSDEVSGKIREIMVPALNEFLKEFKESTKIDDHMLLIDPENPDDSLEKAIKLGQEIQEPFWEEGEERFQKEFGNSPSGPGWYGSTHMPVITLLFSGSQYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLKVESIFGWNPCVGHPIGI
Ga0070746_1008320953300006919AqueousMNELIKLAESIGELAKLPDTTKELIQAQHNVINTQSARIQNLENRLIGIMSKNDVKSITVSVMEKFIKDLKPQSDQDQYTFLIDHANPDKSLEESIRKGQEIQQTFWEEGEEKFQSEFGNSPSGKGWYGSTHMPVITLLFSGSEYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLRVESIFGWNPCVGHPIGIYTEPATELPNGMIVRPFEQDIRDNMIVAQNNCVPVYLAQNPD
Ga0070746_1029451313300006919AqueousMKELIQLAESIGALAKLPETTRELIQAQHNVINTQSARIQNLENRLIGIMSKDDVKSITVGVMEQFLKDLKPQSDQDEYTFLIDHVNPDKSLDEAIRKGQELQQPFWEEGEEKFQREFGNSPSGPGWYGSTHMPVITLLFSGSEYRFHDTIRIPGRFQMKSVTRWGPAIRTLGDGDKVLKVESIFGWNPCVGHPIGIYTEPATELSSGMIVRPFEQDIRDCMIVAH
Ga0070746_1031245013300006919AqueousLENRLVGIMSKDDVKSITVSVMEQFLKDMKPQSDQDEYTFLIDHANPDKSLEEAIRKGQEIQRPFWEEGEEKFAAEFGDSPSGPGWYGSTHMPVITLLFSGSEYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLRVESIFGWNPCVGHPIGIYTEPATELLSGMIVRPFEQDIRDCMIVAHNNCVPVYLAQNPDRLQIVNNNIQAHQGSNIGIFHGPHIDADWMPKSARSGDDVY
Ga0070746_1051606813300006919AqueousAKLPDTTRELIQAQHNVINTQSARIQNLENRLVGIMSKDDVKSITVSVMEQFLKDLKPQSDQDEYTFLIDHANPDKSLEEAIRKGQELQQPFWEEGEERFQKEFGNSPSGKGWYGSTHMPVITLLFSGSEYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLRVESIFGWN
Ga0070746_1054520713300006919AqueousERKTMNELIKLAESIGELAKLPDTTKELIQAQHNVINTQSARIQNLENRMIGIMSKDDVKSITVSVMEKFLKDMKSQSDQDEYTFLIDHANPDKSLEEVIRKGQELQQPFWEEGEEKFQSQFGDSPSGKGWYGSTHMPVITLLFSGSEYRFHNTIRIPGRFQMRSVT
Ga0075460_1015167513300007234AqueousKDMKPQSDQDEYTFLIDHANPDKSLEEAIRKGQELQQPSWEEGEEKFQKEFGNSPSGKGWYGSTHMPVITLLFSGSEYRFHNTIRIPGRFQMKSVTRWGPAIRTLGDGDKVLKVESIFGWNPCVGHPIGVYTEPATELPSGMIVRPFEQEIRDSMIVAHNNCVPVYLAQNPDRLQIINNNIQAHQGSNIGIFHGPHIEADWMPKSARSGDDVYLGDATINHNQFEGPHRMEHNGSRKQAGIFYSGQAVQTCFNRFFGYSQCIYSHGGRS
Ga0075460_1015324513300007234AqueousPETTQELIQAQHNVINTQSARIQNLENRLNGLPSSDEVSGKIREIMVPALNEFLKEFKESTKIDDHMLLIDPENPDDSLEKAIKLGQEIQEPFWEEGEERFQKEFGNSPSGPGWYGSTHMPVITLLFSGSQYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLKVESIFGWNPCVGHPIGIYTEPATELPSGMIVRPFEQDIRDCMIVAHNNSVPVYLAQNPDRLQIVNNNIQAHQGSNIGIFHGPHIDADWMPKSARSGDDVY
Ga0075463_1014753113300007236AqueousMNELIKLAESIGELAKLPDTTKELIQAQHNVINTQSARIQNLENRLVGIMSKDDVKSITVSVMEQFLKDMKPQSDQDEYTFLIDHANPDKSLEEAIRKGQELQQPFWEEGEEIFTAEFGDSPSGKGWYGSTHMPVITLLFSGSEYCFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLKVESIF
Ga0075463_1024793413300007236AqueousNVINTQSARIQNLENRLVGIMSKDDVKSITVSVMEQFLKDLKPQSDQDEYTFLIDHANPDKSLEEAIRKGQELQQPFWEEGEEKFQSEFGNSPSGKGWYGSTHMPVITLLFSGSEYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLKVESIFGWNPCVGHPIGIYTEPATKLLSGMIVRPFEQEIR
Ga0070745_103445763300007344AqueousMNEEKVFLNYETQHRKTMKELIQLAESIGELAKLPETTQELIQAQHNVINTQSARIQNLENRLNGLPSSDEVSGKIREIMVPALNEFLKEFKESTKIDDHMLLIDPENPDDSLEKAIKLGQEIQEPFWEEGEERFQKEFGNSPSGPGWYGSTHMPVITLLFSGSQYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLKVESIFGWNPCVGHPIGIYTEPATEL
Ga0070745_109033813300007344AqueousMKELIQLAESIGELAKLPETTRELIQAQHNVINTHSARIQNLENRLIGIMSKDDVKSITVGVMEQFLKDLKPQSDQDEYTFLIDHVNPDKSLDEAIRKGQELQQPFWEEGEEKFQKEFGNSPSGKGWYGSTHMPVITLLFSGSEYCFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLKVESIFGWNPCVGHPIGIYTEPATKLLSGMIVRPFEQEIRDCMIVAQNNCVPVYLAQNPDRLQIVNNNIQAHQGSNIGIFHGPHIDADWMPKSARSGDDVYL
Ga0070745_113079913300007344AqueousMKELIQLAESIGELAKLPDTTRELIQAQHNVINTQSARIQNLENRLIGIMSKDDVKSITVSVMEKFIKDLKPQSDQDEYTFMIDHANPDKSLEEAIRKGQKIQQTFWEEGEEKFQSEFGKSPSGKGWYGSTHMPVITLLFSGSEYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLRVESIFGWNPCVGHPIGVYTEPATELPNGMIVRPFEQEIRDSMIVAHNNCVPVYLAQNPDRLQIINNNIQAHQGSNIGIFHGPHIEADWMPKSARSGDDVYLGDATINHNQFEGPHRME
Ga0070745_113936813300007344AqueousFFNKMSQFGILGFVRRMLEKNRIKTMKELIQLAESIGELAKLPETTQELIQDQHNVINTQSARIQNLENRLIGIMSKDDVKSITVSVMEQFLKDMKPQSDQDEYTFLIDHANPDKSLEEAIRKGQEIQRPFWEEGEEKFAAEFGDSPSGPGWYGSTHMPVITLLFSGSEYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLRVESIFGWNPCVGHPIGIYTEPATELLSGMIVRPFEQDIRDCMIVAHNNCVPVYLAQNPDRLQIVNNNIQAHQGSNIGIFHGPHIDADWMPKSARSGDDVYLGD
Ga0070745_116184213300007344AqueousMSKDDVKSITVSVMEQFLKDMKPQSDQDEYTFLIDHANPDKSLEEAIRKGQELQQPFWEEGEEIFTAEFGDSPSGKGWYGSTHMPVITLLFSGSEYCFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLKVESIFGWNPCVGHPIGIYTEPATELTNGMIVRPFEQEIRDSMIVAHNNCVPVYLAQNPDRLQIVNNNIQSHQGSNIGIFHGPHIEADWMPKSARSGDDVYLGDSTISHNQIEGPHRMEHNGSRKQA
Ga0070745_119817713300007344AqueousQAQHNVINTQSARIQNLENRLIGIMSKNDVESITVSVMEQFLKDLKPKSDQDEYTFLIDHVNHDESLERAIRLGQEIQQPFWEEGEEKFQKEFGNSPSGKGWYGSTYMPVITLLFSGSEYRFHDTIRIPGRFQLRSVTRWGPAIRTIGDGDKVLRVESIFGWNPCVGHPIGVYTEPATELPNGMIVRPFEQDIRDCMIVAHNNCVPVYLAQNPDRLQIVNNNIQAHQGSNIGIFHGPHIDADWMPKS
Ga0070745_121105513300007344AqueousKELIQLAESIGALAKLPDTTRELIQAQHNVINTQSARIQNLENRLVGIMSKDDVKSITVSVMEQFLKDLKPQSDQDEYTFLIDHANPDKSLEEAIRKGQELQQPFWEEGEERFQKEFGNSPSGKGWYGSTHMPVITLLFSGSEYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLRVESIFGWNPCVGHPIGIYTEPATELPNGMIVRPFEQEIRDSMIVAHNNCVPVYLAQNPD
Ga0070745_128875113300007344AqueousRKTMNELIKLAESIGELAKLPDTTKELNRALNNVINTQSARIQNLENRLPSIMTRDDVKSITVSVMEKFLKDMKPQSDQDEYTFLIDHANPDKSLEEAIRKGQEIQQPFWEGGEEKFQKEFGNSPSGKGWYGSTHMPVITLLFSGSEYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLKVESIFGWNPCVG
Ga0070752_111406623300007345AqueousMLEKNRIKTMKELIQLAESIGELAKLPETTQELIQDQHNVINTQSARIQNLENRLIGIMSKDDVKSITVSVMEQFLKDMKPQSDQDEYTFLIDHANPDKSLEEAIRKGQEIQRPFWEEGEEKFAAEFGDSPSGPGWYGSTHMPVITLLFSGSEYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLRVESIFGWNPCVGHPIGIYTEPATELLSGMIVRPFEQDIRDCMIVAHNNCVPVYLAQNPDRLQIVNNNIQAHQGSNIGIFHGPHIDADWMPKSARSGD
Ga0070752_121949713300007345AqueousMSNDDVKSITVSVMEQFLKDLKPQSDQDEYTFLIDHVNPDKSLDEAIRKGQELQQPFWEEGEEKFQREFGNSPSGPGWYGSTHMPVITLLFSGSEYRFHDTIRIPGRFQMKSVTRWGPAIRTLGDGDKVLKVESIFGWNPCVGHPIGIYTEPATELSSGMIVRPFEQDIRDCMIVAHNNCVPVYLAQNPDRLQIVNNNIQAHQGSNIGIFHGPHIDADWMPKSARSGDD
Ga0070752_127890013300007345AqueousIGALAKLPDTTRELIQAQHNVINTQSARIQNLENRLIGIMSKNDVESITVSVMEQFLKDLKPKSDQDEYTFLIDHVNPDESLERAIRLGQEIQQPFWEEGEEKFQKEFGNSPSGKGWYGSTYMPVITLLFSGSEYRFHDTIRIPGRFQLRSVTRWGPAIRTIGDGDKVLRVESIFGWNPCVVHPIGVYTEPATELPNGMIVRPFEQDIRDCMI
Ga0070753_103357563300007346AqueousMNEEKVFLNYETQHRKTMKELIQLAESIGELAKLPETTQELIQAQHNVINTQSARIQNLENRLNGLPSSDEVSGKIREIMVPALNEFLKEFKESTKIDDHMLLIDPENPDDSLEKAIKLGQEIQEPFWEEGEERFQKEFGNSPSGPGWYGSTHMPVITLLFSGSQYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLKVESIFGWNPCVGHPIGIYTEPATELPSGMIVRPF
Ga0070753_114637813300007346AqueousSQFGILGFVRRMLEKNRIKTMKELIQLAESIGALAKLPETTQELIQDQHNVINTQSARIQNLENRLIGIMSKDDVKSITVSVMEQFLKDMKPQSDQDEYTFLIDHANPDKSLEEAIRKGQEIQRPFWEEGEEKFAAEFGDSPSGPGWYGSTHMPVITLLFSGSEYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLRVESIFGWNPCVGHPIGIYTEPATELLSGMIVRPFEQDIRDCMIVAHNNCVPVYLAQNPDRLQIVNNNIQAHQGSNIGIFHGPHIDADWMPKSARSGDDV
Ga0070753_126622613300007346AqueousAQHNVINTQSARIQNLENRLIGIMSKNDVESITVSVMEQFLKDLKPKSDQDEYTFLIDHVNPDESLERAIRLGQEIQQPFWEEGEEKFQKEFGNSPSGKGWYGSTYMPVITLLFSGSEYRFHDTIRIPGRFQLRSVTRWGPAIRTIGDGDKVLRVESIFGWNPCVGHPIGVYTEPATELPNGMIVRPFEQDIRDCMIVAHNNCVPV
Ga0099851_104044713300007538AqueousMNELIKLAESIGELAKLPDTTKELIQAQHNVINTQSARIQNLENRLVGIMSKDDVKSITVSVMEKFIKDLKPQSDQDQYTFMIDHTNPDKSLEEAIRKGQEIQQTFWEEGEEKFQSEFGNSPSGKGWYGSTHMPVITLLFSGSEYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLKVDSIFGWNPCVGHPIGIYTEPATELLSGMIVRPFEQEIRECMIVAHNNCVPVYLAQNPDRLQIINNNIQSHQGSNIGIFHGPHIDADWMPKSARSGDDVYLGDATINHNQIEGPHR
Ga0099851_121195813300007538AqueousVMERFLKDLKPQCSQDKYTFLIDPADPDKSLEEAIRKGQEIQQTFWEEGETRFQSEFGNSPSGKGWYGSTHMPVITLLFSGSEYRFHDTIRIPGRFQMKSVTRWGPAIRTLGDGDKVLKVESIFGWNPCVGHPIGIYTEPATELSSGMIVRPFEQDIRDCMIVAHNNSVPVYLAQNPDRLQIVNNNIQSHQGSNIGIFHGPHIDADWMPKSARSGDDVYLGDSTISYNQIEGP
Ga0099848_107274113300007541AqueousMKELIQLAESIGELAKLPETTKELIQAQHNVINTQSARIQNLENRLVGIMSKNDVKSITVSVMEQFLKDLKPQSDQDEYKFLIDHANPDKSLEEAIRKGQELQQSFWEEGEEKFQSEFGNSPSGKGWYGSTHMPVITLLFSGSEYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLKVDSIFGYNPCVGHPIGVYTEPATELPNGMIVRPFEQDIRDNMIVAQNNCVPVYLAQNPDRLQIINNNIQSHQGSNIGIFHGPHIDADWMPKSARSGDDVYLGDATINHNQIE
Ga0099848_115845913300007541AqueousELIKLAESIGELAKLPDTTKELIQAQHNVINTQSARIQNLENRLVGIMSKDDVKSITVSVMEKFIKDLKPQSDQDQYTFMIDHTNPDKSLEEAIRKGQEIQQTFWEEGEEKFQSEFGNSPSGKGWYGSTHMPVITLLFSGSEYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLKVDSIFGWNPCVGHPIGIYTEPATELLSGMIVRPFEQEIRECMIVAHNNCVPVYLAQNPDRLQIINNNIQSHQGSNIGIFHGPHIDADWMPKSARSGDDV
Ga0099846_112081013300007542AqueousMNELIKLAESIGELAKLPETTKELIQAQHNVINTQSARIQNLENRLVGIISKDDVKSITVSVMEQFLKDLKPQSDQDEYKFLIDHANPDKSLEEAIRKGQELQQSFWEEGEEKFQSEFGNSPSGKGWYGSTHMPVITLLFSGSEYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLKVDSIFGYNPCVGHPIGVYTEPATELPNGMIVRPFEQDIRDNMIVAQNNCVPVYLAQNPDRLQIINNNIQSHQGSNIGIFHGPHIDADWMPKSARSGDDVYLGDATINHNQI
Ga0070751_103827363300007640AqueousMNEEKVFLNYETQHRKTMKELIQLAESIGELAKLPETTQELIQAQHNVINTQSARIQNLENRLNGLPSSDEVSGKIREIMVPALNEFLKEFKESTKIDDHMLLIDPENPDDSLEKAIKLGQEIQEPFWEEGEERFQKEFGNSPSGPGWYGSTHMPVITLLFSGSQYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLKVESIFGWNPCVGHPIGIYTEPATELPS
Ga0070751_113677413300007640AqueousVFFNKMSQFGILGFVRRMLEKNRIKTMKELIQLAESIGELAKLPETTQELIQDQHNVINTQSARIQNLENRLIGIMSKDDVKSITVSVMEQFLKDMKPQSDQDEYTFLIDHANPDKSLEEAIRKGQEIQRPFWEEGEEKFAAEFGDSPSGPGWYGSTHMPVITLLFSGSEYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLRVESIFGWNPCVGHPIGIYTEPATELLSGMIVRPFEQDIRDCMIVAHNNCVPVYLAQNPDRLQIVNNNIQAHQGSNIGIFHGPHIDADWMPKSARSGDDVYLGDSTSNHNQIEGPHRMEHNGSR
Ga0070751_118447513300007640AqueousRIKTMKELIQLAESIGALAKLPDTTRELIQAQHNVINTQSARIQNLENRLIGIMSKNDVESITVSVMEQFLKDLKPKSDQDEYTFLIDHVNPDESLERAIRLGQEIQQPFWEEGEEKFQKEFGNSPSGKGWYGSTYMPVITLLFSGSEYRFHDTIRIPGRFQLRSVTRWGPAIRTIGDGDKVLRVESIFGWNPCVGHPIGVYTEPATELPNGMIVRPFEQDIRDCMIVAHNNCVPVYLAQNPDRLQIVNNNIQAHQGSNIGIFHGPHIEIHW
Ga0070751_126572813300007640AqueousMKELIKLAESIGALAKLPETTRELIQAQHNVINTQSARIQNLENRLNGLPSSDEVSGKVREIMVPALSEFLKEFKKEFKPDEFTFLIDPQDPDKSLEEAIKKGQEIQQPFWEEGEARFQSEFGDSPSGQGWYGSTHMPVITLLFSGSEYRFHNTVRIPGRFQMKSVTRWGPAIRTLGDGDKVLKVESIFGWNPCVGHP
Ga0099850_117891613300007960AqueousMKNMNELIQLAESIGALAKLPDTTRELIQAQHNVINTQSARIQNLENRLVGIMSNDDVKSITVSVMEQFLKDIKPQSDQDEYTFLIDHANPDKSLEEAIRKGQELQQPFWEEGEERFQREFGNSPSGPGWYGSTHMPVITLLFSGSEYRFHDTIRIPGRFQ
Ga0075480_1008565853300008012AqueousMKELIKLAEEFSALAKLPDTTRELIQAQHNTLNTQSARIQNLENRLNGLPSSDEVSGKVREIMVPALSEFLKEFKKEFKPDEFTFLIDPQDPDKSLEEAIKKGQEIQQPFWEEGEARFQSEFGDSPSGQGWYGSTHMPVITLLFSGSEYRFHNTVRIPGRFQMKSVTRWGPAIRTLGDGDKVLKVESIFGW
Ga0075480_1028403413300008012AqueousRMIGIMSKDDVKSITVSVMEKFLKDMKPQSDQDQYTFLIDHANPDKSLEEAIRKGQELQQPFWEEGEEIFTAEFGDSPSGKGWYGSTHMPVITLLFSGSEYCFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLKVESIFGWNPCVGHPIGIYTEPATELTNGMIVRPFEQEIRDSMIVAHNNCVPVYLAQNPDRLQIVNNNIQSHQGSNIGIFHGPHIEADWMPKSARSGDDVYLGDSTISHNQIEGPHRMEHNRSRKQAGIFFSGQAVQTCFNRFFGY
Ga0129324_1007971113300010368Freshwater To Marine Saline GradientMNELIKLAESIGELAKLPETTKELIQAQHNVINTQSARIQNLENRLNGLPSSDEVSGKVREIMVPALSEYLKEFKEATKIDDHMLLIDPENPDDSLEKAIKHGQEIQQPFWEEGEEKFQKEFGNSPSGPGWYGSTHMPVITLLFSGSEYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLRVESIFGWNPCVGHPIGIYTEPATELPSGMIVRPFEQEIRDCMIVAHNNSVPVYLAQNPDRLQIVNNNI
Ga0212025_105102913300022057AqueousTESIGALAKLPDTTRELIQAQHNVINTQSARIQNLENRLVGIMSNDDVKSITVSVMEQFLKDMKPQSDEDEYTFLIDHANPDKSLEEAIRKGQELQQPFWEEGEERFQKEFGNSPSGKGWYGSTHMPVITLLFSGSEYRFHNTIRVPGRFQMRSVTRWGPAIRTLGDGDKVLRVESIFGWNPCVGHPIGIYTEPATELPSGMIVRPFEQDIRDNMIVAHNNCVPVYLAQNPDRLQIV
Ga0212025_108646813300022057AqueousRIQNLENRLNGLPSSDEVSGKIREIMVPALNEFLKEFKESTKIDDHMLLIDPENPDDSLEKAIKLGQEIQEPFWEEGEERFQKEFGNSPSGPGWYGSTHMPVITLLFSGSQYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLKVESIFGWNPCVGHPIGIYTEPATELPSGMIV
Ga0212024_103721413300022065AqueousVITQIAKRLTVFFNKMSQFGILGFVRRMLEKNRIKTMKELIQLAESIGELAKLPDTTKELIQAQHNVINTQSARIQNLENRIVGIMSKDDVKSITVSVMEQFLKDMKPQSDEDEYTFLIDHANPDKSLEEAIRKGQELQQPFWEEGEERFQKEFGNSPSGKGWYGSTHMPVITLLFSGSEYRFHNTIRVPGRFQMRSVTRWGPAIRTLGDGDKVLRVESIFGWNPCVGHPIGIYTEPATKLPNGMIVRPFEQ
Ga0212024_106620713300022065AqueousMNELIKLAESIGELAKLPDTTKELIQAQHNVINTQSARIQNLENRLVGIMSKDDVKSITVSVMEQFLKDMKPQSDQDEYTFLIDHANPDKSLEEAIRKGQELQQPFWEEGEEIFTAEFGDSPSGKGWYGSTHMPVITLLFSGSEYCFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLKVESIFGWNPCVGHPIGIYTEPA
Ga0196895_102325513300022067AqueousPQHRKTMKELIQLAESIGELAKLPETTQELIQAQHNVINTQSARIQNLENRLNGLPSSDEVSGKIREIMVPALNEFLKEFKESTKIDDHMLLIDPENPDDSLEKAIKLGQEIQEPFWEEGEERFQKEFGNSPSGPGWYGSTHMPVITLLFSGSQYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLKVESIFGWNPCVGHPIGIYTEPATELPSGMIVRPFEQDIRDC
Ga0212021_105613813300022068AqueousMKELIQLAESIGALAKLPETTRELIQAQHNVINTQSARIQNLENRLIGIMSKDDVKSITVGVMEQFLKDLKPQSDQDEYTFLIDHVNPDKSLDEAIRKGQELQQPFWEEGEGKFLREFGNSPSGPGWYGSTHMPVITLLFSGSEYRFHDTIRIPGRFQIKSVTRWGPAIRTLGDGDKVLKVESIFGWNPCVGHPIGIYTEPATELSSGMIVRPFEQDIRDCMIVAHNNCVSVYLAQNPDRLQIINNNIQSHQGSNIGIF
Ga0212026_103272613300022069AqueousGTQSARIQNLENRLVGIMSKDDVKSITVSVMEKFLKDIKPQSDQDEYTFLIDHANPDKSLEEAIRKGQELQQSFWEEGEEIFTAEFGPSPAGKGWYGSTHMPVITLLFSGSEYRFHNTIRIPGRFQMKSVTRWGPAIRTLGDGDKVLRVESIFGWNPCVGHPIGIYTEPATELSSGMIVRPFEQEIRYSMIVAHNNSVPVYLAQNPDRLQIVNNNIQSHQGSNIGIFHGPHIDADWMPKSARSGDDVYLGDSTIN
Ga0212028_104755013300022071AqueousSARIQNLENRLVGIMSNDDVKSITVSVMEQFLKDLKPQSDQDEYTFLIDHVNPDKSLDEAIRKGQELQQPFWEEGEEKFQREFGNSPSGPGWYGSTHMPVITLLFSGSEYRFHDTIRIPGRFQMKSVTRWGPAIRTLGDGDKVLKVESIFGWNPCVGHPIGIYTEPATELSSGMIVRPFEQDIRDCMIVAHNNCVPVYLAQNPDRLQIVNNNIQAHQGSNIGIFHGPHIDADWMPKSARSGDDVYLGDSTINHNQFEGPHRMEHNG
Ga0212028_109335313300022071AqueousVPDTTRELIQAQHNVINTQSARIQNLENRLVGIMSNDDVKSITVSVMEQFLKDMKPQSDEDEYTFLIDHANPDKSLEEAIRKGQELQQPFWEEGEERFQKEFGNSPSGKGWYGSTHMPVITLLFSGSEYRFHNTIRVPGRFQMRSVTRWGPAIRTLGDGDKVLRVESIFGWNPCVGHPIGIYTEPA
Ga0196893_100685513300022159AqueousKRIKTMKELIQLAESIGALAKLPDTTRELIQAQHNVINTQSARIQNLENRLVGIMSNDDVKSITVSVMEQFLKDMKPQSDEDEYTFLIDHANPDKSLEEAIRKGQELQQPFWEEGEERFQKEFGNSPSGKGWYGSTHMPVITLLFSGSEYRFHNTIRVPGRFQMRSVTRWGPAIRTLGDGDKVLRVESIFGWNPCVGHPIGIYTEPATELPSGMIVRPFEQDIRDNMIVAHNNCVPVYLAQNPDRLQIVNNNIQAHQGSNIGIFHGPHIEIHWMPKAARPNDDVYLGDSTISYNQIEGPHRMEHNGSRKQAGIFYSGQAVQTW
Ga0212027_101476413300022168AqueousMKELIKLAESIGALAKLPDTTRELIQAQHNVINTQSARIQNLENRLVGIMSNDDVKSITVSVMEQFLKDMKPQSDEDEYTFLIDHANPDKSLEEAIRKGQELQQPFWEEGEERFQKEFGNSPSGKGWYGSTHMPVITLLFSGSEYRFHNTIRVPGRFQMRSVTRWGPAIRTLGDGDKVLRVESIFGWNPCVGHPIGIYTEPATELPSGMIVRPFEQDIRDNMIVAHNNCVPVYLAQNPDRLQIVNNNIQAHQGSNIGIFHGPHIEIHWMPKAARPNDDVYLGDSTISYNQIEGPHRMEHNGSRKQAGIFYSGQA
Ga0212027_102291113300022168AqueousEKFLKDIKPQSDQDEYTFLIDHANPDKSLEEAIRKGQELQQSFWEEGEEIFTAEFGPSPAGKGWYGSTHMPVITLLFSGSEYRFHNTIRIPGRFQMKSVTRWGPAIRTLGDGDKVLRVESIFGWNPCVGHPIGIYTEPATELSSGMIVRPFEQEIRYSMIVAHNNSVPVYLAQNPDRLQIVNNNIQSHQGSNIGIFHGPHIDADWMPKSARSGDDVYLGDSTINHNQIEGPHRMEHNGSRKQAGIFFSGQAVQTCFNRFFGYSQCIYSHGGRSRVSMGNQA
Ga0212031_100539133300022176AqueousMNELIKLAESIGELAKLPDTTKELIQAQHNVINTQSARIQNLENRLVGIMSKDDVKSITVSVMEKFIKDLKPQSDQDQYTFMIDHTNPDKSLEEAIRKGQEIQQTFWEEGEEKFQSEFGNSPSGKGWYGSTHMPVITLLFSGSEYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLKVDSIFGWNPCVGHPIGIYTEPATELLSGMIVRPFEQEIRECMIVAHNNCVPV
Ga0196891_103971013300022183AqueousMNELIKLAESIGELAKLPDTTKELIQAQHNVINTQSARIQNLENRLVGIMSKDDVKSITVSVMEQFLKDMKPQSDQDEYTFLIDHANPDKSLEEAIRKGQELQQPFWEEGEEKFAAEFGDSPSGPGWYGSTHMPVITLLFSGSEYRFHNTIRIPGRFQMKSVTRWGPAIRTLGDGDKVLKVDSIFGWNPCVGHPIGIYTEPATELPSGMIVRPFEQEIRDSMIVAHNNCVPVYLAQNPDRLQIINNNIQAHQ
Ga0196891_106346613300022183AqueousAESIGALAKLPETTRELIQAQHNVINTQSARIQNLENRLIGIMSKDDVKSITVGVMEQFLKDLKPQSDQDEYTFLIDHVNPDKSLDEAIRKGQELQQPFWEEGEEKFQKEFGNSPSGKGWYGSTHMPVITLLFSGSEYCFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLKVESIFGWNPCVGHPIGIYTEPATELTNGMIVRPFEQEIRDSMIVAHN
Ga0196899_100019313300022187AqueousMIIGLLEAFTLMNEEKVFLNYETQHRKTMKELIQLAESIGELAKLPETTQELIQAQHNVINTQSARIQNLENRLNGLPSSDEVSGKIREIMVPALNEFLKEFKESTKIDDHMLLIDPENPDDSLEKAIKLGQEIQEPFWEEGEERFQKEFGNSPSGPGWYGSTHMPVITLLFSGSQYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLKVESIFGWNPCVGHPIGIYTEPATELPSGMIVRPFEQDIRDCMIVAHNNSVPVYLAQNPDRLQIVNNNIQAHQGSNIGIFHGPHIDADWMPKSARS
Ga0196899_108019213300022187AqueousVITQIAKRLTVFFNKMSQFGILGFVRRMLEKNRIKTMKELIQLAESIGELAKLPDTTKELIQAQHNVINTQSARIQNLENRLVGIMSKDDVKSITVSVMEKFLKDMKPQSDQDQYTFLIDHANPDKSLEEAIRKGQELQQPFWEEGEEKFQSEFGNSPSGKGWYGSTHMPVITLLFSGSEYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLKVDSIFGWNPCVGHPIGIYTEPATKLPNGMIVRPFEQDIRDNMIVAQNNCVPVYLAQNPDRLQIVNNNIQAHQGSNIGIFHGPHIDADWMPKSARSGDDVYL
Ga0196899_118645513300022187AqueousKTMKELIQLAESIGALAKLPDTTKELIQAQHNVINTQSARIQNLENRLIGIMSKNDVKSITVSVMEKFIKDLKPQSDQDQYTFLIDHANPDKSLEESIRKGQEIQQTFWEEGEEKFQSEFGNSPSGKGWYGSTHMPVITLLFSGSEYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLRVES
Ga0208149_109311713300025610AqueousQHNVINTQSARIQNLENRLVGIMSNDDVKSITVSVMEQFLKDLKPQSDQDEYTFLIDHVNPDKSLDEAIRKGQELQQPFWEEGEEKFQREFGNSPSGPGWYGSTHMPVITLLFSGSEYRFHDTIRIPGRFQMKSVTRWGPAIRTLGDGDKVLKVESIFGWNPCVGHPIGIYTEPATELSSGMIVRPFEQDIRDCMIVAHNNCVPVYLAQNPDRLQIVNNNIQAHQGSNIGIFHGPHIDADWMP
Ga0208898_111766413300025671AqueousAESIGALAKLPDTTRELIQAQHNVINTQSARIQNLENRLVGIMSNDDVKSITVSVMEQFLKDMKPQSDEDEYTFLIDHANPDKSLEEAIRKGQELQQPFWEEGEERFQKEFGNSPSGKGWYGSTHMPVITLLFSGSEYRFHNTIRVPGRFQMRSVTRWGPAIRTLGDGDKVLRVESIFGWNPCVGHPIGIYTEPATELPSGMIVRPFEQDIRDNMIVAHNNCVPVYLAQNPDRLQIVNNNIQAHQGSNIGIFHGPHI
Ga0208898_113750913300025671AqueousVITQIAKRLTVFFNKMSQFGILGFVRRMLEKNRIKTMKELIQLAESIGELAKLPDTTKELIQAQHNVINTQSARIQNLENRLVGIMSKDDVKSITVSVMEQFLKDMKPQSDQDEYTFLIDHANPDKSLEEAIRKGQELQQPFWEEGEERFQSEFGNSPSGKGWYGSTHMPVITLLFSGSEYRFHNTIRIPGRFQMRSVTRWGPAIRTLGD
Ga0208150_1007173103300025751AqueousMIIGLLEAFTLMNEEKVFLNYETQHRKTMKELIQLAESIGELAKLPETTQELIQAQHNVINTQSARIQNLENRLNGLPSSDEVSGKIREIMVPALNEFLKEFKESTKIDDHMLLIDPENPDDSLEKAIKLGQEIQEPFWEEGEERFQKEFGNSPSGPGWYGSTHMPVITLLFSGSQYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLKVESIFGWNPCVGHPIGIYTEPATELPSGMIVRPFEQDIRDCMIVAHNNSVPVYLAQNPDRLQIVNNNIQAHQGSNIGIFHGPHIDADWMPKSARSGDDVYLGDSTIN
Ga0208899_113081413300025759AqueousNVINTQSARIQNLENRLVGIMSNDDVKSITVSVMEQFLKDLKPQSDQDEYTFLIDHVNPDKSLDEAIRKGQELQQPFWEEGEEKFQREFGNSPSGPGWYGSTHMPVITLLFSGSEYRFHDTIRIPGRFQMKSVTRWGPAIRTLGDGDKVLKVESIFGWNPCVGHPIGIYTEPATELSSGMIVRPFEQDIRDCMIVAHNNCVPVYLAQNPDRLQIVNNNIQAHQGSNIGIFHGPHIDADWMPKSARSGDDVYLGDSTISYNQIEGPHRMEHNGSRKQAGIFFSGQAVQTCFNRFFG
Ga0208425_108915313300025803AqueousNVINTQSARIQNLENRIVGIMSKDDVKSITVSVMEQFLKDMKPQSDEDEYTFLIDHANPDKSLEEAIRKGQELQQPFWEEGEERFQKEFGNSPSGKGWYGSTHMPVITLLFSGSEYRFHNTIRVPGRFQMRSVTRWGPAIRTLGDGDKVLRVESIFGWNPCVGHPIGIYTEPATELPSGMIVRPFEQDIRDNMIVAHNNCVPVYLAQNPDRLQIVNNNIQAHQGSNIGIFHGPHIDADWMPK
Ga0208543_102372553300025810AqueousMKELIKLAESIGALAKLPDTTRELIQAQHNVINTQSARIQNLENRLVGIMSKDDVKSITVGVMEQFLKDLKPQSDQDEYTFLIDHVNPDKSLDEAIRKGQELQQPFWEEGEEKFQKEFGNSPSGKGWYGSTHMPVITLLFSGSEYCFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLRVESIFGWNPCVGHPI
Ga0208785_100757413300025815AqueousMIIGLLEAFTLMNEEKVFLNYETQHRKTMKELIQLAESIGELAKLPETTQELIQAQHNVINTQSARIQNLENRLNGLPSSDEVSGKIREIMVPALNEFLKEFKESTKIDDHMLLIDPENPDDSLEKAIKLGQEIQEPFWEEGEERFQKEFGNSPSGPGWYGSTHMPVITLLFSGSQYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLKVESIFGWNPCVGHPIGIYTEPATELPSGMIVRPFEQDIRDCMIVAHNNCVPVYLAQNPDRLQIVNNNIQAHQGSNIGIFHGPH
Ga0208917_115999813300025840AqueousRIQNLENRLVGIMSKDDVKSITVSVMEKFLKDIKPQSDQDEYTFLIDHANPDKSLEEAIRKGQELQQSFWEEGEEIFTAEFGPSPAGKGWYGSTHMPVITLLFSGSEYRFHNTIRIPGRFQMKSVTRWGPAIRTLGDGDKVLRVESIFGWNPCVGHPIGIYTEPATELSSGMIVRPFEQEIRYSMIVAHNNSVPVYLAQNPDRLQIVNNNIQSHQGSNIGIFHGPHIDADWMPKSARSGDDVYLGDATINHNQFEGPH
Ga0208645_113596113300025853AqueousMKELIQLAESIGELAKLPDTTRELIQAQHNVINTQSARIQNLENRMIGIMSKDDVKSITVSVMEKFLKDMKPQSDQDQYTFLIDHANPDKSLEEAIRKGQELQQPFWEEGEEKFAAEFGDSPSGSGWYGSTHMPAITLLFSGSEYRFHNTIRIPGRFQMKSVTRWGPAIRTLGDGDKVLKVDSIFGWNPCVGHPIGIYTEPATELPSGMIVRPFEQEIRDSMIVAHNNCVPVYLAQNPDRLQIVNNNIQAHQGSNIGIFHGPHIDA
Ga0208645_117936913300025853AqueousAESIGALAKLPDTTRELIQAQHNVINTQSARIQNLENRLVGIMSNDDVKSITVSVMEQFLKDMKPQSDEDEYTFLIDHANPDKSLEEAIRKGQELQQPFWEEGEERFQKEFGNSPSGKGWYGSTHMPVITLLFSGSEYRFHNTIRVPGRFQMRSVTRWGPAIRTLGDGDKVLRVESIFGWNPCVGHPIGIYTEPATELPSGMIVRPFEQDIRDNMIVAHNNCVPVYLAQNPDRLQIVNNNIQAHQGSNIGIFHGPH
Ga0208645_118272913300025853AqueousMKELIQLAESIGELAKLPETTKELIQAQHNVINTQSARIQNLENRLVGIMSKDDVKSITVSVMEQFLKDMKPQSDQDEYTFLIDHANPDKSLEEAIRKGQELQQPFWEEGEEIFTAEFGDSPSGKGWYGSTHMPVITLLFSGSEYCFHNTIRIPGRFQMRSVTRWGPAIRTLGDCDKVLKVDSIFGWNPCVGHPIGIYTEPATEL
Ga0208645_120790013300025853AqueousMNELIKLAESIGELAKLPDTTKELIQAQHNVINTQSARIQNLENRLIGIMSKNDVKSITVSVMEKFIKDLKPQSDQDQYTFLIDHANPDKSLEESIRKGQEIQQTFWEEGEEKFQSEFGNSPSGKGWYGSTHMPVITLLFSGSEYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLRVESIFGWNPCVGHPIGIYTEPATELPNGMIVRPFEQDIRDN
Ga0208645_128940513300025853AqueousEEFSALAKLPDTTRELIQAQHNTLNTQSARIQNLENRLNGLPSSDEVSGKVREIMVPALSEFLKEFKKEFKPDEFTFLIDPQDPDKSLEEAIKKGQEIQQPFWEEGEARFQSEFGDSPSGQGWYGSTHMPVITLLFSGSEYRFHNTVRIPGRFQMKSVTRWGPAIRTLGDGDK
Ga0208644_115273213300025889AqueousMNEEKVFLNYETQHRKTMKELIQLAESIGELAKLPETTQELIQAQHNVINTQSARIQNLENRLNGLPSSDEVSGKIREIMVPALNEFLKEFKESTKIDDHMLLIDPENPDDSLEKAIKLGQEIQEPFWEEGEERFQKEFGNSPSGPGWYGSTHMPVITLLFSGSQYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLKVESIFGWNPCVGHPIGIYTEPATELPSGMIVRPFEQDIRDCMIVAHNNSVPVYLAQNPDRLQIVNNN
Ga0208644_124488613300025889AqueousMSKDDVKSITVSVMEQFLKDMKPQSDQDQYTFLIDHANPDKSLEEAIRKGQELQQPFWEEGEEKFQSEFGNSPSGKGWYGSTHMPVITLLFSGSEYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLKVDSIFGWNPCVGHPIGIYTEPATKLPNGMIVRPFEQDIRDNMIVAQNNCVPVYLAQNPDRLQIVNNNIQAHQGSNIGIFHGPHIDADWMPKSARSGDDVYLGDSTISHN
Ga0208644_132010313300025889AqueousMKELIQLAESIGALAKLPETTRELIQAQHNVINTQSARIQNLENRLIGIMSKDDVKSITVGVMEQFLKDLKPQSDQDEYTFLIDHVNPDKSLDEAIRKGQELQQPFWEEGEEKFQKEFGNSPSGKGWYGSTHMPVITLLFSGSEYCFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLKVESIF
Ga0348336_023702_2596_30813300034375AqueousMKELIQLAESIGELAKLPETTKELIQAQHNVINTQSARIQNLENRLVGIMSKDDVKSITVSVMEQFLKDMKPQSDQDEYTFLIDHANPDKSLEEAIRKGQELQQPFWEEGEEIFTAEFGDSPSGKGWYGSTHMPVITLLFSGSEYCFHNTIRIPGRFQMRSV
Ga0348336_125705_2_7993300034375AqueousMLEKNRIKTMKELIQLAESIGELAKLPDTTRELIQAQHNVINTQSARIQNLENRLVGIMSKDDVKSITVSVMEKFLKDMKPQSDQDQYTFLIDHANPDKSLEEAIRKGQELQQPFWEEGEEKFAAEFGDSPSGSGWYGSTHMPAITLLFSGSEYRFHNTIRIPGRFQMKSVTRWGPAIRTLGDGDKVLKVDSIFGWNPCVGHPIGIYTEPATELPSGMIVRPFEQEIRDSMIVAHNNCVPVYLAQNPDRLQIVNNNIQAHQGSNIG
Ga0348337_119681_3_7733300034418AqueousMEKFLKDMKPQSDQDQYTFLIDHANPDKSLEEAIRKGQELQQPFWEEGEEKFQSEFGNSPSGKGWYGSTHMPVITLLFSGSEYRFHNTIRIPGRFQMRSVTRWGPAIRTLGDGDKVLKVDSIFGWNPCVGHPIGIYTEPATKLPNGMIVRPFEQDIRDNMIVAQNNCVPVYLAQNPDRLQIVNNNIQAHQGSNIGIFHGPHIDADWMPKSARSGDDVYLGDATINHNQFEGPHRMEHNGSRKQAGIFYSGQAVQTCF
Ga0348337_125155_3_7793300034418AqueousIQLAESIGALAKLPDTTRELIQAQHNVINTQSARIQNLENRLIGIMSKNDVESITVSVMEQFLKDLKPKSDQDEYTFLIDHVNPDESLERAIRLGQEIQQPFWEEGEEKFQKEFGNSPSGKGWYGSTYMPVITLLFSGSEYRFHDTIRIPGRFQLRSVTRWGPAIRTIGDGDKVLRVESIFGWNPCVGHPIGVYTEPATELPNGMIVRPFEQDIRDCMIVAHNNCVPVYLAQNPDRLQIVNNNIQAHQGSNIGIFHGPH
Ga0348337_155005_118_6393300034418AqueousMKELIQLAESIGELAKLPDTTRELIQAQHNVINTQSARIQNLENRLIGIMSKDDVKSITVSVMEKFIKDLKPQSDQDEYTFMIDHANPDKSLEEAIRKGQKIQQTFWEEGEEKFQSEFGKSPSGKGWYGSTHMPVITLLFSGSEYRFHNTIRIPGRFQMRSVTRWGPAIRTLGD


 ⦗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.