NMPFamsDB

NMPFamsDB

NMPFamsDB

A database of Novel Metagenome Protein Families

A database of Novel Metagenome Protein Clusters

A database of Novel Metagenome Protein Clusters
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Metagenome / Metatranscriptome Family F030742

Metagenome / Metatranscriptome Family F030742

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Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F030742
Family Type Metagenome / Metatranscriptome
Number of Sequences 184
Average Sequence Length 181 residues
Representative Sequence MKNFLIAVSVMVAGVATAQEAPSVGNTYVELGTTFENETTLAIGTGVGSGAVSAFGELSGSTDGNFQARAYTNAEFGKFVFTPGLNYGWGADGGDLVGFGENNEWGNVTGDLEVSVNPGIVGGEYAFVNTGVGIDGWSLQWDGGEVGAGYKLDLADNVYLDGRVSWGYDDQFEGTDRSITAGFGLKF
Number of Associated Samples 103
Number of Associated Scaffolds 184

Quality Assessment
Transcriptomic Evidence Yes
Most common taxonomic group Unclassified
% of genes with valid RBS motifs 67.76 %
% of genes near scaffold ends (potentially truncated) 46.74 %
% of genes from short scaffolds (< 2000 bps) 72.28 %
Associated GOLD sequencing projects 72
AlphaFold2 3D model prediction No

Note: High quality evidence is represented by blue. Low quality evidence is represented by red.
Hidden Markov Model
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Most Common Taxonomy
Group Unclassified (57.609 % of family members)
NCBI Taxonomy ID N/A
Taxonomy N/A

Most Common Ecosystem
GOLD Ecosystem Environmental → Aquatic → Marine → Coastal → Unclassified → Aqueous
(61.413 % of family members)
Environment Ontology (ENVO) Unclassified
(87.500 % of family members)
Earth Microbiome Project Ontology (EMPO) Free-living → Saline → Water (saline)
(92.391 % of family members)


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Multiple Sequence Alignments

Select alignment to view:      

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Structure & Topology

Predicted Secondary Structure and Topology

Predicted Topology & Secondary Structure
Classification: Globular Signal Peptide: Yes Secondary Structure distribution: α-helix: 0.00%    β-sheet: 53.48%    Coil/Unstructured: 46.52%
Feature Viewer
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Gene Neighborhood

Neighboring Pfam domains

Pfam IDName % Frequency in 184 Family Scaffolds
PF13539Peptidase_M15_4 15.76
PF11753DUF3310 5.43
PF13550Phage-tail_3 2.72
PF16778Phage_tail_APC 2.17
PF02511Thy1 2.17
PF02562PhoH 1.09
PF02796HTH_7 0.54
PF00583Acetyltransf_1 0.54
PF13385Laminin_G_3 0.54
PF00476DNA_pol_A 0.54
PF027395_3_exonuc_N 0.54
PF01844HNH 0.54
PF00462Glutaredoxin 0.54

Neighboring Clusters of Orthologous Genes (COGs)

COG IDNameFunctional Category % Frequency in 184 Family Scaffolds
COG1351Thymidylate synthase ThyX, FAD-dependent familyNucleotide transport and metabolism [F] 2.17
COG1702Phosphate starvation-inducible protein PhoH, predicted ATPaseSignal transduction mechanisms [T] 1.09
COG1875Predicted ribonuclease YlaK, contains NYN-type RNase and PhoH-family ATPase domainsGeneral function prediction only [R] 1.09
COG02585'-3' exonuclease Xni/ExoIX (flap endonuclease)Replication, recombination and repair [L] 0.54
COG0749DNA polymerase I, 3'-5' exonuclease and polymerase domainsReplication, recombination and repair [L] 0.54

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Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
UnclassifiedrootN/A57.61 %
All OrganismsrootAll Organisms42.39 %

Visualization
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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
3300000101|DelMOSum2010_c10059837All Organisms → Viruses → Predicted Viral1840Open in IMG/M
3300000101|DelMOSum2010_c10156882Not Available825Open in IMG/M
3300000115|DelMOSum2011_c10020476All Organisms → Viruses → Predicted Viral3154Open in IMG/M
3300000116|DelMOSpr2010_c10011780All Organisms → Viruses → Predicted Viral4500Open in IMG/M
3300000116|DelMOSpr2010_c10024318All Organisms → Viruses → Predicted Viral2904Open in IMG/M
3300000117|DelMOWin2010_c10014294All Organisms → Viruses → Predicted Viral4366Open in IMG/M
3300000117|DelMOWin2010_c10016770All Organisms → Viruses → Predicted Viral3935Open in IMG/M
3300004097|Ga0055584_101359126Not Available739Open in IMG/M
3300004829|Ga0068515_116608Not Available921Open in IMG/M
3300005057|Ga0068511_1059176Not Available641Open in IMG/M
3300006025|Ga0075474_10009029All Organisms → Viruses → Predicted Viral3858Open in IMG/M
3300006025|Ga0075474_10044136Not Available1525Open in IMG/M
3300006025|Ga0075474_10101930Not Available926Open in IMG/M
3300006025|Ga0075474_10122956All Organisms → cellular organisms → Archaea → Euryarchaeota → Stenosarchaea group → Halobacteria → Haloferacales → Haloferacaceae → Haloferax → Haloferax mediterranei827Open in IMG/M
3300006026|Ga0075478_10270177Not Available506Open in IMG/M
3300006026|Ga0075478_10274531Not Available501Open in IMG/M
3300006027|Ga0075462_10000219Not Available16906Open in IMG/M
3300006027|Ga0075462_10020086All Organisms → Viruses → Predicted Viral2155Open in IMG/M
3300006027|Ga0075462_10130288Not Available773Open in IMG/M
3300006027|Ga0075462_10139258Not Available744Open in IMG/M
3300006027|Ga0075462_10156665Not Available694Open in IMG/M
3300006637|Ga0075461_10150246All Organisms → cellular organisms → Archaea → Euryarchaeota → Stenosarchaea group → Halobacteria → Haloferacales → Haloferacaceae → Haloferax → Haloferax mediterranei714Open in IMG/M
3300006752|Ga0098048_1021031All Organisms → Viruses → Predicted Viral2186Open in IMG/M
3300006752|Ga0098048_1082657Not Available980Open in IMG/M
3300006752|Ga0098048_1099778Not Available879Open in IMG/M
3300006752|Ga0098048_1168370All Organisms → cellular organisms → Archaea → Euryarchaeota → Stenosarchaea group → Halobacteria → Haloferacales → Haloferacaceae → Haloferax → Haloferax mediterranei651Open in IMG/M
3300006793|Ga0098055_1079553All Organisms → Viruses → Predicted Viral1291Open in IMG/M
3300006793|Ga0098055_1262847All Organisms → cellular organisms → Archaea → Euryarchaeota → Stenosarchaea group → Halobacteria → Haloferacales → Haloferacaceae → Haloferax → Haloferax mediterranei648Open in IMG/M
3300006802|Ga0070749_10248048All Organisms → Viruses → Predicted Viral1009Open in IMG/M
3300006802|Ga0070749_10255126Not Available992Open in IMG/M
3300006802|Ga0070749_10398838Not Available759Open in IMG/M
3300006810|Ga0070754_10212702Not Available896Open in IMG/M
3300006810|Ga0070754_10316732Not Available696Open in IMG/M
3300006810|Ga0070754_10402973Not Available598Open in IMG/M
3300006810|Ga0070754_10414208Not Available588Open in IMG/M
3300006810|Ga0070754_10426085Not Available578Open in IMG/M
3300006867|Ga0075476_10112762All Organisms → Viruses → Predicted Viral1038Open in IMG/M
3300006868|Ga0075481_10062832All Organisms → Viruses → Predicted Viral1410Open in IMG/M
3300006868|Ga0075481_10238196Not Available643Open in IMG/M
3300006868|Ga0075481_10334534Not Available524Open in IMG/M
3300006868|Ga0075481_10360335Not Available501Open in IMG/M
3300006869|Ga0075477_10111462All Organisms → Viruses → Predicted Viral1164Open in IMG/M
3300006869|Ga0075477_10436019Not Available506Open in IMG/M
3300006870|Ga0075479_10040573All Organisms → Viruses → Predicted Viral2002Open in IMG/M
3300006870|Ga0075479_10170550Not Available882Open in IMG/M
3300006870|Ga0075479_10341508Not Available583Open in IMG/M
3300006874|Ga0075475_10259891Not Available726Open in IMG/M
3300006874|Ga0075475_10357245Not Available594Open in IMG/M
3300006916|Ga0070750_10034813All Organisms → Viruses → Predicted Viral2490Open in IMG/M
3300006916|Ga0070750_10363096Not Available609Open in IMG/M
3300006919|Ga0070746_10156446All Organisms → Viruses → Predicted Viral1107Open in IMG/M
3300006919|Ga0070746_10240195Not Available849Open in IMG/M
3300006919|Ga0070746_10424620Not Available593Open in IMG/M
3300006922|Ga0098045_1052675All Organisms → Viruses → Predicted Viral1006Open in IMG/M
3300006990|Ga0098046_1039449All Organisms → Viruses → Predicted Viral1130Open in IMG/M
3300007234|Ga0075460_10108816Not Available991Open in IMG/M
3300007234|Ga0075460_10127465Not Available899Open in IMG/M
3300007234|Ga0075460_10165621Not Available765Open in IMG/M
3300007344|Ga0070745_1273061Not Available607Open in IMG/M
3300007344|Ga0070745_1341294Not Available527Open in IMG/M
3300007345|Ga0070752_1067211All Organisms → Viruses → Predicted Viral1596Open in IMG/M
3300007346|Ga0070753_1017324All Organisms → Viruses → Predicted Viral3256Open in IMG/M
3300007346|Ga0070753_1097325All Organisms → Viruses → Predicted Viral1152Open in IMG/M
3300007346|Ga0070753_1259385Not Available629Open in IMG/M
3300007346|Ga0070753_1319386Not Available552Open in IMG/M
3300007346|Ga0070753_1323696Not Available547Open in IMG/M
3300007346|Ga0070753_1364545Not Available507Open in IMG/M
3300007539|Ga0099849_1000166Not Available28324Open in IMG/M
3300007539|Ga0099849_1018931All Organisms → Viruses → Predicted Viral3001Open in IMG/M
3300007640|Ga0070751_1112240All Organisms → Viruses → Predicted Viral1118Open in IMG/M
3300007640|Ga0070751_1230629Not Available709Open in IMG/M
3300007640|Ga0070751_1244367Not Available683Open in IMG/M
3300007640|Ga0070751_1268018Not Available644Open in IMG/M
3300007640|Ga0070751_1381050Not Available511Open in IMG/M
3300008012|Ga0075480_10048959All Organisms → Viruses → Predicted Viral2484Open in IMG/M
3300008012|Ga0075480_10099575All Organisms → Viruses → Predicted Viral1630Open in IMG/M
3300008012|Ga0075480_10508371Not Available579Open in IMG/M
3300008012|Ga0075480_10512812Not Available576Open in IMG/M
3300009496|Ga0115570_10212946Not Available868Open in IMG/M
3300009505|Ga0115564_10025237All Organisms → Viruses → Predicted Viral3889Open in IMG/M
3300009507|Ga0115572_10346087Not Available837Open in IMG/M
3300009543|Ga0115099_10499106Not Available779Open in IMG/M
3300009599|Ga0115103_1284409Not Available669Open in IMG/M
3300010149|Ga0098049_1072547All Organisms → Viruses → Predicted Viral1087Open in IMG/M
3300010149|Ga0098049_1229199Not Available566Open in IMG/M
3300010150|Ga0098056_1010170All Organisms → Viruses → Predicted Viral3456Open in IMG/M
3300010296|Ga0129348_1096243All Organisms → Viruses → Predicted Viral1045Open in IMG/M
3300013010|Ga0129327_10015303Not Available4122Open in IMG/M
3300017719|Ga0181390_1074694Not Available947Open in IMG/M
3300017743|Ga0181402_1000033Not Available43823Open in IMG/M
3300017751|Ga0187219_1081963Not Available1006Open in IMG/M
3300017753|Ga0181407_1041248All Organisms → Viruses → Predicted Viral1222Open in IMG/M
3300017764|Ga0181385_1020979All Organisms → Viruses → Predicted Viral2090Open in IMG/M
3300017771|Ga0181425_1218776Not Available594Open in IMG/M
3300017782|Ga0181380_1006749All Organisms → Viruses → Predicted Viral4578Open in IMG/M
3300017951|Ga0181577_10156345All Organisms → Viruses → Predicted Viral1548Open in IMG/M
3300017951|Ga0181577_10198085All Organisms → Viruses → Predicted Viral1343Open in IMG/M
3300017951|Ga0181577_10421521Not Available846Open in IMG/M
3300017987|Ga0180431_10192727All Organisms → Viruses → Predicted Viral1563Open in IMG/M
3300018080|Ga0180433_10663992Not Available777Open in IMG/M
3300018420|Ga0181563_10160798Not Available1403Open in IMG/M
3300018421|Ga0181592_10305975All Organisms → Viruses → Predicted Viral1149Open in IMG/M
3300019751|Ga0194029_1015537Not Available1129Open in IMG/M
3300019756|Ga0194023_1007330All Organisms → Viruses → Predicted Viral2212Open in IMG/M
3300019765|Ga0194024_1028587All Organisms → Viruses → Predicted Viral1206Open in IMG/M
3300020166|Ga0206128_1076110All Organisms → Viruses → Predicted Viral1525Open in IMG/M
3300020187|Ga0206130_10105076All Organisms → Viruses → Predicted Viral1640Open in IMG/M
3300020595|Ga0206126_10006476Not Available10343Open in IMG/M
3300021335|Ga0213867_1003460Not Available6858Open in IMG/M
3300021335|Ga0213867_1023068All Organisms → Viruses → Predicted Viral2520Open in IMG/M
3300021335|Ga0213867_1046239All Organisms → Viruses → Predicted Viral1678Open in IMG/M
3300021364|Ga0213859_10059180Not Available1821Open in IMG/M
3300021364|Ga0213859_10068826All Organisms → Viruses → Predicted Viral1683Open in IMG/M
3300021373|Ga0213865_10000156Not Available44927Open in IMG/M
3300021373|Ga0213865_10002880Not Available10725Open in IMG/M
3300021373|Ga0213865_10015779All Organisms → Viruses → Predicted Viral4295Open in IMG/M
3300021379|Ga0213864_10573330Not Available560Open in IMG/M
3300021425|Ga0213866_10043844All Organisms → Viruses → Predicted Viral2560Open in IMG/M
3300021425|Ga0213866_10234149Not Available941Open in IMG/M
3300022050|Ga0196883_1003035All Organisms → Viruses → Predicted Viral1906Open in IMG/M
3300022057|Ga0212025_1065722Not Available626Open in IMG/M
3300022065|Ga0212024_1087984Not Available553Open in IMG/M
3300022068|Ga0212021_1065111Not Available746Open in IMG/M
3300022069|Ga0212026_1030821Not Available786Open in IMG/M
3300022071|Ga0212028_1027917Not Available1018Open in IMG/M
3300022071|Ga0212028_1098444Not Available544Open in IMG/M
3300022158|Ga0196897_1022813Not Available763Open in IMG/M
3300022158|Ga0196897_1036595Not Available587Open in IMG/M
3300022167|Ga0212020_1011169All Organisms → Viruses → Predicted Viral1343Open in IMG/M
3300022183|Ga0196891_1001265Not Available5606Open in IMG/M
3300022183|Ga0196891_1098155Not Available515Open in IMG/M
3300022187|Ga0196899_1003140All Organisms → cellular organisms → Bacteria7542Open in IMG/M
3300022187|Ga0196899_1013515All Organisms → Viruses → Predicted Viral3160Open in IMG/M
3300022187|Ga0196899_1028689All Organisms → Viruses → Predicted Viral1970Open in IMG/M
3300022187|Ga0196899_1096221Not Available883Open in IMG/M
3300022187|Ga0196899_1102157Not Available848Open in IMG/M
(restricted) 3300024059|Ga0255040_10051151All Organisms → Viruses → Predicted Viral1525Open in IMG/M
(restricted) 3300024062|Ga0255039_10024242All Organisms → Viruses → Predicted Viral2176Open in IMG/M
(restricted) 3300024517|Ga0255049_10058145All Organisms → Viruses → Predicted Viral1751Open in IMG/M
(restricted) 3300024518|Ga0255048_10009350Not Available5235Open in IMG/M
3300025070|Ga0208667_1003455All Organisms → Viruses → Predicted Viral4785Open in IMG/M
3300025083|Ga0208791_1069742Not Available583Open in IMG/M
3300025084|Ga0208298_1048521Not Available837Open in IMG/M
3300025084|Ga0208298_1065308Not Available691Open in IMG/M
3300025085|Ga0208792_1008348All Organisms → Viruses → Predicted Viral2437Open in IMG/M
3300025098|Ga0208434_1061829Not Available795Open in IMG/M
3300025543|Ga0208303_1004523All Organisms → Viruses → Predicted Viral4864Open in IMG/M
3300025610|Ga0208149_1036108All Organisms → Viruses → Predicted Viral1332Open in IMG/M
3300025610|Ga0208149_1078527Not Available815Open in IMG/M
3300025630|Ga0208004_1031738All Organisms → Viruses → Predicted Viral1540Open in IMG/M
3300025653|Ga0208428_1042630All Organisms → Viruses → Predicted Viral1403Open in IMG/M
3300025671|Ga0208898_1012895All Organisms → Viruses → Predicted Viral4047Open in IMG/M
3300025671|Ga0208898_1014448All Organisms → Viruses → Predicted Viral3751Open in IMG/M
3300025671|Ga0208898_1048697All Organisms → Viruses → Predicted Viral1556Open in IMG/M
3300025671|Ga0208898_1060929All Organisms → Viruses → Predicted Viral1308Open in IMG/M
3300025671|Ga0208898_1132876Not Available699Open in IMG/M
3300025674|Ga0208162_1000251Not Available31443Open in IMG/M
3300025674|Ga0208162_1020153All Organisms → Viruses → Predicted Viral2585Open in IMG/M
3300025751|Ga0208150_1000134Not Available29728Open in IMG/M
3300025751|Ga0208150_1142773Not Available763Open in IMG/M
3300025751|Ga0208150_1167780Not Available690Open in IMG/M
3300025759|Ga0208899_1005610Not Available7640Open in IMG/M
3300025769|Ga0208767_1071207All Organisms → Viruses → Predicted Viral1505Open in IMG/M
3300025769|Ga0208767_1125174Not Available979Open in IMG/M
3300025769|Ga0208767_1245833Not Available563Open in IMG/M
3300025771|Ga0208427_1248000Not Available548Open in IMG/M
3300025803|Ga0208425_1012883All Organisms → Viruses → Predicted Viral2295Open in IMG/M
3300025810|Ga0208543_1098849Not Available697Open in IMG/M
3300025828|Ga0208547_1013135All Organisms → Viruses → Predicted Viral3581Open in IMG/M
3300025840|Ga0208917_1234654Not Available595Open in IMG/M
3300025853|Ga0208645_1040883All Organisms → Viruses → Predicted Viral2295Open in IMG/M
3300025853|Ga0208645_1067042All Organisms → Viruses → Predicted Viral1623Open in IMG/M
3300025853|Ga0208645_1143885Not Available916Open in IMG/M
3300025886|Ga0209632_10069829All Organisms → Viruses → Predicted Viral2154Open in IMG/M
3300025889|Ga0208644_1188411Not Available907Open in IMG/M
3300025889|Ga0208644_1199314Not Available871Open in IMG/M
3300028599|Ga0265309_10068863All Organisms → Viruses → Predicted Viral2023Open in IMG/M
3300034374|Ga0348335_064832Not Available1314Open in IMG/M
3300034374|Ga0348335_190461Not Available509Open in IMG/M
3300034375|Ga0348336_042580All Organisms → Viruses → Predicted Viral1967Open in IMG/M
3300034375|Ga0348336_143837Not Available721Open in IMG/M
3300034418|Ga0348337_004536All Organisms → cellular organisms → Bacteria9405Open in IMG/M

Note: Some of these datasets are restricted, as per the data usage policy of the Joint Genome Institute (JGI). Utilizing any of their features below requires obtaining a license from the datasets' corresponding author(s).


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Environmental Properties

Associated Habitat Types

Select Environment Taxonomy Level:
HabitatTaxonomyDistribution
AqueousEnvironmental → Aquatic → Marine → Coastal → Unclassified → Aqueous61.41%
MarineEnvironmental → Aquatic → Marine → Oceanic → Unclassified → Marine9.24%
SeawaterEnvironmental → Aquatic → Marine → Coastal → Unclassified → Seawater5.98%
SeawaterEnvironmental → Aquatic → Marine → Strait → Unclassified → Seawater4.89%
MarineEnvironmental → Aquatic → Marine → Neritic Zone → Unclassified → Marine3.80%
Salt MarshEnvironmental → Aquatic → Marine → Intertidal Zone → Salt Marsh → Salt Marsh2.72%
FreshwaterEnvironmental → Aquatic → Freshwater → River → Unclassified → Freshwater1.63%
Pelagic MarineEnvironmental → Aquatic → Marine → Pelagic → Unclassified → Pelagic Marine1.63%
SeawaterEnvironmental → Aquatic → Marine → Pelagic → Unclassified → Seawater1.63%
SeawaterEnvironmental → Aquatic → Marine → Inlet → Unclassified → Seawater1.09%
Freshwater To Marine Saline GradientEnvironmental → Aquatic → Marine → Coastal → Unclassified → Freshwater To Marine Saline Gradient1.09%
MarineEnvironmental → Aquatic → Marine → Unclassified → Unclassified → Marine1.09%
Pelagic MarineEnvironmental → Aquatic → Marine → Neritic Zone → Unclassified → Pelagic Marine1.09%
Hypersaline Lake SedimentEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Hypersaline → Sediment → Hypersaline Lake Sediment1.09%
Marine WaterEnvironmental → Aquatic → Marine → Oceanic → Unclassified → Marine Water0.54%
Marine WaterEnvironmental → Aquatic → Marine → Neritic Zone → Unclassified → Marine Water0.54%
SedimentEnvironmental → Aquatic → Marine → Subtidal Zone → Sediment → Sediment0.54%

Visualization
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Associated Samples

Note: Some of these datasets are restricted, as per the data usage policy of the Joint Genome Institute (JGI). Utilizing any of their features below requires obtaining a license from the datasets' corresponding author(s).

Taxon OIDSample NameHabitat TypeIMG/M Link
3300000101Marine microbial communities from Delaware Coast, sample from Delaware MO Early Summer May 2010EnvironmentalOpen in IMG/M
3300000115Marine microbial communities from Delaware Coast, sample from Delaware MO Summer July 2011EnvironmentalOpen in IMG/M
3300000116Marine microbial communities from Delaware Coast, sample from Delaware MO Spring March 2010EnvironmentalOpen in IMG/M
3300000117Marine microbial communities from Delaware Coast, sample from Delaware MO Winter December 2010EnvironmentalOpen in IMG/M
3300004097Pelagic marine sediment microbial communities from the LTER site Helgoland, North Sea, for post-phytoplankton bloom and carbon turnover studies - OSD3 (Helgoland) metaGEnvironmentalOpen in IMG/M
3300004829Marine water microbial communities from the Pohang Bay, Korea with extracellular vesicles - Pohang-EVsEnvironmentalOpen in IMG/M
3300005057Marine water microbial communities from the East Sea, Korea with extracellular vesicles - East-Sea-0.2umEnvironmentalOpen 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
3300006027Aqueous 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
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
3300006752Marine viral communities from the Subarctic Pacific Ocean - 13_ETSP_OMZ_AT15268 metaGEnvironmentalOpen in IMG/M
3300006793Marine viral communities from the Subarctic Pacific Ocean - 17_ETSP_OMZ_AT15314 metaGEnvironmentalOpen 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
3300006922Marine viral communities from the Subarctic Pacific Ocean - 11_ETSP_OMZ_AT15265 metaGEnvironmentalOpen in IMG/M
3300006990Marine viral communities from the Subarctic Pacific Ocean - 11B_ETSP_OMZ_AT15265_CsCl metaGEnvironmentalOpen 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
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
3300007539Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1M 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
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
3300009496Pelagic marine microbial communities from North Sea - COGITO_mtgs_120524EnvironmentalOpen in IMG/M
3300009505Pelagic marine microbial communities from North Sea - COGITO_mtgs_110523EnvironmentalOpen in IMG/M
3300009507Pelagic marine microbial communities from North Sea - COGITO_mtgs_120607EnvironmentalOpen in IMG/M
3300009543Marine eukaryotic communities from Pacific Ocean to study complex ecological interactions - MBTS_20Mar14_M2_3um Metatranscriptome (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300009599Marine eukaryotic communities from Pacific Ocean to study complex ecological interactions - MBTS_5May14_M1_3um Metatranscriptome (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300010149Marine viral communities from the Subarctic Pacific Ocean - 13B_ETSP_OMZ_AT15268_CsCl metaGEnvironmentalOpen in IMG/M
3300010150Marine viral communities from the Subarctic Pacific Ocean - 17B_ETSP_OMZ_AT15314_CsCl metaGEnvironmentalOpen in IMG/M
3300010296Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_27_0.8_DNAEnvironmentalOpen in IMG/M
3300013010Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Spr_31_0.8_DNAEnvironmentalOpen in IMG/M
3300017719Marine viral communities from the oligotrophic San Pedro Time Series (SPOT) site, San Pedro Channel, CA, USA ? 13 SPOT_SRF_2010-07-21EnvironmentalOpen in IMG/M
3300017743Marine viral communities from the oligotrophic San Pedro Time Series (SPOT) site, San Pedro Channel, CA, USA ? 25 SPOT_SRF_2011-08-17EnvironmentalOpen in IMG/M
3300017751Marine viral communities from the oligotrophic San Pedro Time Series (SPOT) site, San Pedro Channel, CA, USA ? 13 SPOT_SRF_2010-07-21 (version 2)EnvironmentalOpen in IMG/M
3300017753Marine viral communities from the oligotrophic San Pedro Time Series (SPOT) site, San Pedro Channel, CA, USA ? 30 SPOT_SRF_2012-01-26EnvironmentalOpen in IMG/M
3300017764Marine viral communities from the oligotrophic San Pedro Time Series (SPOT) site, San Pedro Channel, CA, USA ? 8 SPOT_SRF_2010-02-11EnvironmentalOpen in IMG/M
3300017771Marine viral communities from the oligotrophic San Pedro Time Series (SPOT) site, San Pedro Channel, CA, USA ? 48 SPOT_SRF_2013-11-13EnvironmentalOpen in IMG/M
3300017782Marine viral communities from the oligotrophic San Pedro Time Series (SPOT) site, San Pedro Channel, CA, USA ? 3 SPOT_SRF_2009-08-19EnvironmentalOpen in IMG/M
3300017951Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 101413BT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300017987Hypersaline lake sediment archaeal communities from the Salton Sea, California, USA - SS_1_MS_1 metaGEnvironmentalOpen in IMG/M
3300018080Hypersaline lake sediment archaeal communities from the Salton Sea, California, USA - SS_1_D_1 metaGEnvironmentalOpen in IMG/M
3300018420Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 011512CT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300018421Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071412BT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300019751Freshwater microbial communities from the Broadkill River, Lewes, Delaware, United States ? IW18Oct16_MGEnvironmentalOpen in IMG/M
3300019756Freshwater microbial communities from the Broadkill River, Lewes, Delaware, United States ? IW6Sep16_MGEnvironmentalOpen in IMG/M
3300019765Freshwater microbial communities from the Broadkill River, Lewes, Delaware, United States ? IW13Sep16_MGEnvironmentalOpen in IMG/M
3300020166Pelagic subsurface seawater microbial communities from Kabeltonne, Helgoland, North Sea - Helgoland_Spring_Bloom_20160426_1EnvironmentalOpen in IMG/M
3300020187Pelagic subsurface seawater microbial communities from Kabeltonne, Helgoland, North Sea - Helgoland_Spring_Bloom_20160512_1EnvironmentalOpen in IMG/M
3300020595Pelagic subsurface seawater microbial communities from Kabeltonne, Helgoland, North Sea - Helgoland_Spring_Bloom_20160412_1EnvironmentalOpen in IMG/M
3300021335Coastal seawater microbial communities near Pivers Island, North Carolina, United States - PICO540EnvironmentalOpen in IMG/M
3300021364Coastal seawater microbial communities near Pivers Island, North Carolina, United States - PICO304EnvironmentalOpen in IMG/M
3300021373Coastal seawater microbial communities near Pivers Island, North Carolina, United States - PICO282EnvironmentalOpen in IMG/M
3300021379Coastal seawater microbial communities near Pivers Island, North Carolina, United States - PICO247EnvironmentalOpen in IMG/M
3300021425Coastal seawater microbial communities near Pivers Island, North Carolina, United States - PICO284EnvironmentalOpen in IMG/M
3300022050Aqueous 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 (v3)EnvironmentalOpen 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
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
3300022158Aqueous 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 (v3)EnvironmentalOpen in IMG/M
3300022167Aqueous 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 (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
3300024059 (restricted)Seawater microbial communities from Strait of Georgia, British Columbia, Canada - BC1_12_2EnvironmentalOpen in IMG/M
3300024062 (restricted)Seawater microbial communities from Strait of Georgia, British Columbia, Canada - BC1_12_1EnvironmentalOpen in IMG/M
3300024517 (restricted)Seawater microbial communities from Jervis Inlet, British Columbia, Canada - JV7_2_3EnvironmentalOpen in IMG/M
3300024518 (restricted)Seawater microbial communities from Jervis Inlet, British Columbia, Canada - JV7_2_2EnvironmentalOpen in IMG/M
3300025070Marine viral communities from the Subarctic Pacific Ocean - 11B_ETSP_OMZ_AT15265_CsCl metaG (SPAdes)EnvironmentalOpen in IMG/M
3300025083Marine viral communities from the Subarctic Pacific Ocean - 11_ETSP_OMZ_AT15265 metaG (SPAdes)EnvironmentalOpen in IMG/M
3300025084Marine viral communities from the Subarctic Pacific Ocean - 14B_ETSP_OMZ_AT15311_CsCl metaG (SPAdes)EnvironmentalOpen in IMG/M
3300025085Marine viral communities from the Subarctic Pacific Ocean - 14_ETSP_OMZ_AT15311 metaG (SPAdes)EnvironmentalOpen in IMG/M
3300025098Marine viral communities from the Subarctic Pacific Ocean - 13_ETSP_OMZ_AT15268 metaG (SPAdes)EnvironmentalOpen in IMG/M
3300025543Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1504_2 Viral MetaG (SPAdes)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
3300025630Aqueous 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_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025653Aqueous 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_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
3300025674Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1M Viral MetaG (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
3300025769Aqueous 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 (SPAdes)EnvironmentalOpen in IMG/M
3300025771Aqueous 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_DNA (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
3300025828Aqueous 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_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
3300025886Pelagic Microbial community sample from North Sea - COGITO 998_met_10 (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
3300028599Marine sediment microbial communities from subtidal zone of North Sea - Hel_20160524 (Illumina Assembly)EnvironmentalOpen in IMG/M
3300034374Aqueous 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 (v4)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
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Family Sequences

Note: Some of these sequences are restricted, as per the data usage policy of the Joint Genome Institute (JGI). Utilizing any of their features below requires obtaining a license from the datasets' corresponding author(s).

Protein ID Sample Taxon ID Habitat Sequence
DelMOSum2010_1005983713300000101MarineMKNLLIAVSVMVAGVATAQEAPMSVGNTYVELGTTFEDQTTLSVGTGVGSGALSAYGELSGSTDGNFQARAYTDAEFGKFVITPGINYGWGEDGGDLVGFGDNNEWGDVTGDLEVALQPGIIGGEYVFANTGVGVDGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFEGTDRRITAGFGLKF*
DelMOSum2010_1015688213300000101MarineMKNLLIAVSVMVAGVATAQEAPTSVGNTYVELGTTFEDQTTLTVGTGVGSGALSAYGELSGSTDGNFQARAYTDVEFGKFVITPGINYGWGEGGGDLVGFGDNNEWGDVTGDLEVALQPGIIGGEYVFANTGVGIDGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFESTDRRITAGFGLKF*
DelMOSum2011_1002047663300000115MarineMKNLLIAVSVMVAGVATAQEAPMSVGNTYVELGTTFEDQTTLSVGTGVGSGALSAYGELSGSTDGNFQARAYTNAEFGKFVITPGINYGWGEGGGDLVGFGDNNEWGDVTGDLEVALQPGIIGGEYVFANTGVGVDGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFEGTDRRITAGFGLKF*
DelMOSpr2010_1001178013300000116MarineMNRIVVMIASLFVAGVAVAQDAPVSVGNTYVELGTTFENETILSVGTGVGSGAVSAYGELSGSTDGNFQARAYTDAEFGAFKITPGLNYHWGADGGDLVGFGENNEWGDVTADLEVSVNPGIVGGEYAFANTSVGLDGWSLDWNGGDFGVGYKLDLAXXVYVDGRVSWSYDDQFESGDRRFIAGFGLKF*
DelMOSpr2010_1002431843300000116MarineMKNLLIAVSVMVAGVATAQEAPMSVGNTYVELGTTFEDQTTLSVGTGVGSGALSAYGELSGSTDGNFQARAYTDVEFGKFVITPGINYGWGEDGGDLVGFGDNNEWGDVTGDLEVALQPGIIGGEYVFANTGVGVDGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFEGTDRRITAGFGLKF*
DelMOWin2010_1001429463300000117MarineMKNFLIAVSVMVAGVATAQEAPSVGNTYVELGTTFENETTLAIGTGVGSGAVSAFGELSGSTDGNFQARAYTNAEFGKFVFTPGLNYGWGADGGDLVGFGENNEWGNVTGDLEVSVNPGIVGGEYAFVNTGVGIDGWSLQWDGGEVGAGYKLDLADNVYLDGRVSWGYDDQFEGTDRSITAGFGLKF*
DelMOWin2010_1001677023300000117MarineMNRIVVMIASLFVAGVAVAQDAPVSVGNTYVELGTTFENETILSVGTGVGSGAVSAYGELSGSTDGNFQARAYTDAEFGAFKITPGLNYHWGADGGDLVGFGENNEWGDVTADLEVSVNPGIVGGEYAFANTSVGLDGWSLDWNGGDFGVGYKLDLAENVYVDGRVSWSYDDQFESGDRRFIAGFGLKF*
Ga0055584_10135912613300004097Pelagic MarineMNRIMVVIASLFVAGVAVAQDSPVTVGNTYVELGTTFENETLLSIGTGVGAGAVSAYGELSGSTDGNFQARAYTDAEFGSFKITPGLNYHWGADGGDLVGFGENNEWGDVTGDLEVSIHPGLVGGEYVFANTAVGLDGWSLDWAGGEVGAGYKLDLAENVYLDGRVSWSYDDQFESGDRRFVAGFGLKF*
Ga0068515_11660823300004829Marine WaterMKQFLISGIVSVALFSAAVAQVGAVYTESPSNTYLEVGTGLEDETVLSLGTGVSAGAMSAFTELSGTTGSNFKAKTYLETKLGRFRVSPGLSYSWGGDGGDIIGLGDGNEWGDLSTNLEVSVHPEIVGGEYAFANTETGLNNWSLDWLGSQVGAGYKLNLAENVYFDGRVVWSYDDKFEGGQRRIVGGIGLRF*
Ga0068511_105917613300005057Marine WaterMKQFLISGIVSVALFSAAVAQVGAVYTESPSNTYLEVGTGLEDETVLSLGTGVSAGAMSAFTELSGTTGSNFKAKTYLETKLGRFRVSPGLSYSWGGDGGDIIGLGDGNEWGDLSTNLEVSVHPEIVGGEYAFANTETGLNNWSLDWLGSQVGAGYKLNLAENVYFDGRVVWSYDDKFEG
Ga0075474_1000902963300006025AqueousMKQFLTSGIIAVALAGVAVAQVDQVYTASPQNTYVEIGTTFEDETIIALGTGVSGGGVSAFAELSGTTDSNFKARAYTEADLGKFKITPGLNYSWGDSGGDIIGFGDGNEWGDVSADLELSVHPMIVGGEYAFVNTEVGFDGWSLDWQGGEVGAGYKLNLAENVYFDGRVSWSYDDQFEGGQRRILAGIGLRF*
Ga0075474_1004413623300006025AqueousMKQFLTSGIIAIALSGVAAAQVDQVYTASPQNTYVEIGTTFEDETMIALGTGVNAGAVSAFAELSGTTDSNFKARAYTEADLGKFKITPGINYTWGASGGDIIGFGDGNEWGDVSADLELSIHPMIIGGEYAFVNTEVGFDGWSLDWQGGEVGAGYKLDLAENVYFDGRVSWSYDDQFEGGQRRILAGIGLRF*
Ga0075474_1010193023300006025AqueousMKNFLIAVSVMVASVATAQEAPSVGNTYVELGTTFENETTLAIGTGVGSGALAAFGELSGSTDGNFQARVYTNTEFGKFVITPGLNYGWGADGGDLVGFGENNEWGNVTGDLEVSVNPGIVGGEYAFVNTGVGIDGWSLQWDGGEVGAGYKLDLADNVYLDGRVSWGYDDQFEGTDRSITAGFGLKF*
Ga0075474_1012295613300006025AqueousMKNLLIAVSVMVAGVATAQEAPTPVGNTYVELGTTFEDQTTLSVGTGVGSGALSAYGELSGSTDGNFQVRAYTDVEFGKFVITPGINYGWGEDGGDLVGFGDNNEWGDVTGDLEVALQPGIIGGEYVFANTGVGVDGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFESTDRRITAGFGLKF*
Ga0075478_1027017713300006026AqueousTLAIGTGVGSGALAAFGELSGSTDGNFQARVYTNSEFGKFVFTPGLNYGWGADGGDLVGFGENNEWGDVTGDLEVSVNPGIVGGEYAFVNTGVGIDGWSLQWDGGEVGAGYKLDLADNVYLDGRVSWGYDDQFEGTDRSITAGFGLKF*
Ga0075478_1027453113300006026AqueousAQEAPSVGNTYVELGTTFENETTLAIGTGVGSGAVSAFGELSGSTDGNFQARAYTNAEFGKFVFTPGLNYGWGADGGDLVGFGENNEWGNVTGDLEVSVNPGIVGGEYAFVNTGVGIDGWSLQWDGGEVGAGYKLDLADNVYLDGRVSWGYDDQFEGTDRSITAGF
Ga0075462_10000219123300006027AqueousMKHFLTSGIIAIALSGVAAAQVDQVYTASPQNTYVEIGTTFEDETMIALGTGVNAGAVSAFAELSGTTDSNFKARAYTEADLGKFKITPGINYTWGASGGDIIGLGDGNEWGDVSADLELSIHPQIVGGEYAFVNTEVGFDGWSLDWQGGEVGAGYKLDLAENVYFDGRVSWSYDDQFEGGQRRFLAGIGLRF*
Ga0075462_1002008643300006027AqueousMKNLLIAVSVMVAGVATAQEAPTPVGNTYVELGTTFEGQTTLSVGTGVGSGALSAYGELSGSTDGNFQVRAYTDVEFGKFVITPGINYGWGEDGGDLVGFGDNNEWGDVTGDLEVALQPGIIGGEYVFANTGVGADGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFESTDRRITAGFGLKF*
Ga0075462_1013028823300006027AqueousENETTLAIGTGVGSGALAAFGELSGSTDGNFQARAYTNTEFGKFVFTPGLNYGWGADGGDLVGFGENNEWGNVTGDLEVSVNPGIVGGEYAFVNTGVGIDGWSLQWDGGEVGAGYKLDLADNVYLDGRVSWGYDDQFEGTDRSITAGFGLKF*
Ga0075462_1013925823300006027AqueousMDRIMVVIASLFVAGTAVAQDAPVSVGNTYVELGTTFENETLVAIGTGVGAGAVSAYGELSGSTDGNFQARAYTDAEFGSFKITPGLNYHWGADGGDLVGFGENNEWGDITGDLEVSVHPGLVGGEYVFANTAVGLDGWSLDWAGGEVGAGYKLDLAENVYVDGRVSWSYDDQFESGDRRFIAGFGLKF*
Ga0075462_1015666513300006027AqueousMKNFLIAVSVLVAGVATAQDAPVTMTDTYVEIGTTFEDETIIALGTGVGAGAVSAYAELSGTTNSEFKARAYTDAKLGKFEITPGLNYTWGESGGDLIGFGEGNEWGDVTADMEVSVHPGLIGGEYAFANTSVGFDGWSLDWDGGEVGAGYKLDIADNVYLDARMSWSYDDQF
Ga0075461_1015024613300006637AqueousMKNLLIAVSVMVAGVATAQEAPTPVGNTYVELGTTFEDQTTLSVGTGVGSGALSAYGELSGSTDGNFQVRAYTDVEFGKFVITPGINYGWGEDGGDLVGFGDNNEWGDVTGDLEVALQPGIIGGEYVFANTGVGADGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFESTDRRITAGFGLKF*
Ga0098048_102103123300006752MarineMKNLLIAVSVMAAGAATAQEAPMSVGNTYVELGTNFEEETTLTVGTGVGSGALSAYGELSGSTDGNFQARAYTDVEFGKFVLTPGLNYGWGEDGGDLVGFGDNNEWGDVTGDLEVALQPGIIGGEYVFANTGVGVDGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFEGTDRRITAGFGLKF*
Ga0098048_108265723300006752MarineMKNLLIAVSVMVAGVATAQEAPMSVGNTYVELGTTFEDQTTLTVGTGVGSGALSAFGELSGSTDGTFQARAYTNAEFGKFVITPGINYGWGEDGGDLVGFGENNEWGDVTGDLEVALQPGIIGGEYVFANTGVGVDGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFESTERRITAGFGLKF*
Ga0098048_109977813300006752MarineMKNFLIAVFIMVAGMATAQEVPSVGNTYVELGTTFENETTLAIGTGVGSGALAAFGELSGSTDDNFQARVYTDSEFGKFVITPGLNYGWGADGGDLVGFGENNEWGDITGDLEVSVSPGIVGGEYAFANTGVGIDGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFESTDRNITAGFGLKF*
Ga0098048_116837013300006752MarineMKNLLIAVSVMVAGVATAQEAPTSVGNTYVELGTTFEDQTTLTVGTGVGSGALSAYGELSGSTDGNFQVRAYTDVEFGKFVITPGINYGWGEDGGDLVGFGDNNEWGDVTGDLEVALQPGIIGGEYVFANTGVGVDGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYD
Ga0098055_107955333300006793MarineMKNLLIAVSVMVAGVATAQEAPTSVGNTYVELGTTFEDQTTLTVGTGVGSGALSAYGELSGSTGGNFQARAYTDAEFGKFVITPGLNYGWGEDGGDLVGFGDNNEWGDVTGDLEVALQPGIIGGEYVFANTGVGVDGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFEGTDRRITAGFGLKF*
Ga0098055_126284713300006793MarineMKNLLIAVSVMVAGVATAQEAPMSVGNTYVELGTTFEDQTTLTVGTGVGSGALSAFGELSGSTDGTFQARAYTNAEFGKFVITPGINYGWGEDGGDLVGFGENNEWGDVTGDLEVALQPGIIGGEYVFANTGVGVDGWSLEWDGGEVGAGYKL
Ga0070749_1024804823300006802AqueousMKNFLIAVSVLVAGVATAQDAPVTMTDTYVEIGTTFEDETIIALGTGVGAGAVSAYAELSGTTNSEFKARAYTDAKLGKFEITPGLNYTWGESGGDLIGFGEGNEWGDVTADMEVSVHPGLIGGEYAFANTSVGFDGWSLDWDGGEVGAGYKLDIADNVYLDARMSWSYDDQFEGGDRRIVAGIGLKF*
Ga0070749_1025512613300006802AqueousMNRIMVMIASLFVAGVAVAQDAPVSVGNTYVELGTTFENETILSVGTGVGSGAVSAYGELSGSTDGNFQARAYTDAEFGAFKITPGLNYHWGADGGDLVGFGENNEWGDVTADLEVSVNPGIVGGEYAFANTSVGLDGWSLDWNGGDFGVGYKLDLAENVYVDGRVSWSYDDQFESGDRRFIAGFGLKF*
Ga0070749_1039883813300006802AqueousAVAQDAPVSVGNTYVELGTTFENETILSVGTGVGSGAVSAYGELSGSTDGNFQARAYTDAEFGAFKITPGLNYHWGADGGDLVGFGENNEWGDVTADLEVSVNPGIVGGEYAFANTSVGLDGWSLDWNGGDFGVGYKLDLAENVYVDGRVSWSYDDQFESGDRRFIAGFGLKF*
Ga0070754_1021270223300006810AqueousMKNFLIAVFTMVAGVATAQEAPSVGNTYVELGTTFENETTLAIGTGVGSGALAAFGELSGSTDGNFQARVYTDSEFGKFVITPGLNYGWGADGGDLVGFGENNEWGDVTGDLEVSVNPGIVGGEYAFANTGVGIDGWSLQWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFEGTDRNITAGFGLKF*
Ga0070754_1031673213300006810AqueousMKNFLIAVSVMVASMATAQEAPSVGNTYVELGTTFENETTLAIGTGVGSGALAAFGELSGSTDGNFQARVYTNSEFGKFVFTPGLNYGWGADGGDLVGFGENNEWGDVTGDLEVSVNPGIVGGEYAFVNTGVGIDGWSLQWDGGEVGAGYKLDLADNVYLDGRVSWGYDDQFEGTDRSITAGFGLKF*
Ga0070754_1040297313300006810AqueousENETTLAIGTGVGSGALAAFGELSGSTDGNFQARVYTDSEFGKFVITPGLNYGWGADGGDLVGFGENNEWGDITGDLEVSVHPGIVGGEYAFANTGVGIDGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFEGTDRNITAGFGLKF*
Ga0070754_1041420813300006810AqueousMKQFLTSGIIAIALSGVAAAQVDQVYTASPQNTYLEIGTTFEDETIIALGTGVAAGAVSAFAELSGTTDSNFKARAYTEADLGKFKVTPGLNYNWGADGGDIIGLGDGNEWGEVTADLELSIHPQIVGGEYAFANTEVGFDGWSLDWRGGEVGAGYKLDLAENVYFDGRVSWSYDDQFEGGQRRILA
Ga0070754_1042608513300006810AqueousMKNFLIAVSVMVAGVATAQEAPSVGNTYVELGTTFENETTLAIGTGVGSGALAAFGELSGSTDGNFQARVYTDSEFGKFVITPGLNYGWGADGGDLVGFGENNEWGDITGDLEVSVNPGIIGGEYAFANTGVGIDGWSLEWDGGEVGAGYKLDLADNVYLDGRVSWGYDDQFEGTDRSIT
Ga0075476_1011276223300006867AqueousMNRIVVMIASLFVAGVAVAQDAPISVGNTYVELGTTFENETILSVGTGVGSGAVSAYGELSGSTDGNFQARAYTDAEFGAFKITPGLNYHWGADGGDLVGFGENNEWGDVTADLEVSVNPGIVGGEYAFANTSVGLDGWSLDWNGGDFGVGYKLDLAENVYVDGRVSWSYDDQFESGDRRFIAGFGLKF*
Ga0075481_1006283213300006868AqueousPVGNTYVELGTTFEDQTTLSVGTGVGSGALSAYGELSGSTDGNFQVRAYTDVEFGKFVITPGINYGWGEDGGDLVGFGDNNEWGDVTGDLEVALQPGIIGGEYVFANTGVGADGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFESTDRRITAGFGLKF*
Ga0075481_1023819613300006868AqueousMNRIVVMIASLFVAGVAVAQDAPISVGNTYVELGTTFENETILSVGTGVGSGAVSAYGELSGSTDGNFQARAYTDAEFGAFKITPGLNYHWGADGGDLVGFGENNEWGDVTADLEVSVNPGIVGGEYAFANTSVGLDGWSLDWNGGDFGVGYKLDLA
Ga0075481_1033453413300006868AqueousGTTFENETTLAIGTGVGSGALAAFGELSGSTDGNFQARVYTNSEFGKFVFTPGLNYGWGADGGDLVGFGENNEWGNVTGDLEVSVNPGIVGGEYAFVNTGVGIDGWSLQWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFEGTDRSITAGFGLKF*
Ga0075481_1036033513300006868AqueousNFLIAVSVMVAGVATAQEAPSVGNTYVELGTTFENETTLAIGTGVGSGALAAFGELSGSTDGNFQARAYTNTEFGKFVITPGLNYGWGADGGDLVGFGENNVWGDVTGDLEVSVNPGIVGGEYAFVNTGVGIDGWSLQWDGGEVGAGYKLDLADNVYLDGRVSWGY
Ga0075477_1011146233300006869AqueousMKQFLTSGIIAIALSGVAAAQVDQVYTASPQNTYVEIGTTFEDETMIALGTGVNAGAVSAFAELSGTTDSNFKARAYTEADLGKFKITPGLNYTWGASGGDIIGLGDGNEWGDVSADLELSIHPMIIGGEYAFVNTEVGFDGWSLDWQGGEVGAGYKLDLAENVYFDG
Ga0075477_1043601913300006869AqueousATAQEAPSVGNTYVELGTTFENETTLAIGTGVGSGAVSAFGELSGSTDGNFQARAYTNAEFGKFVFTPGLNYGWGADGGDLVGFGENNEWGNVTGDLEVSVNPGIVGGEYAFVNTGVGIDGWSLQWDGGEVGAGYKLDLADNVYLDGRVSWGYDDQFEGTDRSITAGF
Ga0075479_1004057353300006870AqueousMKNLLIAVSVMVAGVATAQEAPTPVGNTYVELGTTFEDQTTLSVGTGVGSGALSAYGELSGSTDGNFQVRAYTDVEFGKFVITPGINYGWGEDGGDLVGFGDNNEWGDVTGDLEVALQPGIIGGEYVFANTGVGVDGWSLEWDGGEVGAGYKLDLAENVYLDGRV
Ga0075479_1017055013300006870AqueousMKQFLTSGIIAIALSGVAAAQVDQVYTASPQNTYVEIGTTFEDETMIALGTGVNAGAVSAFAELSGTTDNNFKARAYTEADLGKFKITPGINYTWGASGGDIIGLGDGNEWGDVSADLELSIHPMIIGGEYAFVNTEVGFDGWSLDWQGGEVGAGYKLDLAENVYFDGRVSWSYDDQFEGGQRRILAGIGLRF*
Ga0075479_1034150813300006870AqueousMKNFLIAVSVMVAGVATAQEAPSVGNTYVELGTTFENETTLAIGTGVGSGALAAFGELSGSTDGNFQARVYTDSEFGKFVITPGLNYGWGADGGDLVGFGENNEWGDITGDLEVSVNPGIIGGEYAFANTGVGIDGWSLEWDGGEVGAGYKLDLADNVYLDGRVSWGYDDQFEGTDRSITAGF
Ga0075475_1025989113300006874AqueousMKNFLIAVSVMVAGVATAQEAPSVGNTYVELGTTFENETTLAIGTGVGSGALAAFGELSGSTDGNFQARAYTNTEFGKFVFTPGLNYGWGADGGDLVGFGENNEWGNVTGDLEVSVNPGIVGGEYAFVNTGVGIDGWSLQWDGGEVGAGYKLDLADNVYLDGRVSWGYDDQFEGTDRSIT
Ga0075475_1035724513300006874AqueousMKNFLIAVFTMVAGVATAQEAPSVGNTYVELGTTFENETTLAIGTGVGSGALAAFGELSGSTDGNFQARVYTDSEFGKFVITPGLNYGWGADGGDLVGFGENNEWGDVTGDLEVSVNPGIVGGEYAFANTGVGIDGWSLQWDGGEVGAGYKLDLAENVYLDGRV
Ga0070750_1003481353300006916AqueousMKNFLIAFSVMVAGVAVAQDAPVTVGNTYVELGTTFENETTVAIGTGVGSGAVSAYGELSGSTDGNFQARAYTDAEFSKFVITPGVNYRWGADGGDLVGFGDNNEWGDVTADLEVAFRPGIIGGEYAFANTGVGLVGWSFEWDGGEVGAGYKLDIAENVYLDGRITWGYDEQFEGTSRNFVAGFGLKF*
Ga0070750_1025725623300006916AqueousDETIIALGTGVGAGAVSAYAELSGTTNSEFKARAYTDAKLGKFEITPGLNYTWGESGGDLIGFGEGNEWGDVTADMEVSVHPGLIGGEYAFANTSVGFDGWSLDWDGGEVGAGYKLDIADNVYLDARMSWSYDDQFEGGDRRIVAGIGLKF*
Ga0070750_1027344223300006916AqueousDETIIALGTGVGAGAVSAYAELSGTTNSEFKARAYTDAKLGKFEITPGLNYTWGESGGDLIGFGEGNEWGDVTADMEVSVHPGLIGGEYAFANTSVGFDGWSLDWDGGEVGAGYKLDIADNVYLDARMSWAYDDQFEGGDRRIVAGIGLKF*
Ga0070750_1036309613300006916AqueousTGLWGALEQKGASAPTLILSPNNNNEDNMNRIMVMIASLFVAGVAVAQDAPVSVGNTYVELGTTFENETILSVGTGVGSGAVSAYGELSGSTDGNFQARAYTDAEFGAFKITPGLNYHWGADGGDLVGFGENNEWGDVTADLEVSVNPGIVGGEYAFANTSVGLDGWSLDWNGGDFGVGYKLDLAENVYVDGRVSWSYDDQF
Ga0070746_1015644613300006919AqueousMKNFLIAFSVMVAGVAVAQDAPVTVGNTYVELGTTFENETTVAIGTGVGSGAVSAYGELSGSTDGNFQARAYTDAEFSKFVITPGVNYRWGADGGDLVGFGDNNEWGDVTADLEVAFRPGIIGGEYAFANTGVGIDGWSFEWDGGEVGAGYKLDIAENVYLDGRITWGYDEQFEGTSRNFVAGFGLKF*
Ga0070746_1024019523300006919AqueousLEQKGASAPTLILSPNNNNEDNMNRIMVMIASLFVAGVAVAQDAPVSVGNTYVELGTTFENETILSVGTGVGSGAVSAYGELSGSTDGNFQARAYTDAEFGAFKITPGLNYHWGADGGDLVGFGENNEWGDVTADLEVSVNPGIVGGEYAFANTSVGLDGWSLDWNGGDFGVGYKLDLAENVYVDGRVSWSYDDQFESGDRRFIAGFGLKF*
Ga0070746_1042462013300006919AqueousSAPTLILSPNNNNEDNMNRIMVMIASLFVAGVAVAQDAPVNVGNTYVELGTTFENETILSVGTGVGSGAVSAYGELSGSTDGNFQARAYTDAEFGAFKITPGLNYHWGADGGDLVGFGENNEWGDVTADLEVSVNPGIVGGEYAFANTSVGLDGWSLDWNGGDFGVGYKLDLAENVYVDGRVSWSYDDQFESGDRRF
Ga0098045_105267523300006922MarineMKNLLIAVSVMAAGAATAQEAPMSVGNTYVELGTNFEEETTLTVGTGVGSGALSAYGELSGSTDGNFQARAYTDVEFGKFVLTPGLNYGWGEDGGDLVGFGDNNEWGDVTGDLEVALQPGIIGGEYVFANTGVGVDGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFESTERRITAGFGLKF*
Ga0098046_103944923300006990MarineMKNLLIAVSVMVAGVATAQEAPMSVGNTYVELGTTFEDQTTLTVGTGVGSGALSAFGELSGSTDGTFQARAYTNAEFGKFVITPGINYGWGEDGGDLVGFGENNEWGDVTGDLEVALQPGIIGGEYVFANTGVGVDGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFEGTDRRITAGFGLKF*
Ga0075460_1010881613300007234AqueousMKNFLIAVSIMVASMATAQEAPSVGNTYVELGTTFENETTLAIGTGVGSGALAAFGELSGSTDGNFQARAYTDAEFGAFKITPGLNYHWGADGGDLVGFGENNEWGDVTADLEVSVNPGIVGGEYAFANTSVGLDGWSLDWNGGDFGVGYKLDLAENVYVDGRVSWSYDDQFESGDRRFIAGFGLKF*
Ga0075460_1012746513300007234AqueousASMATAQEAPSVGNTYVELGTTFENETTLAIGTGVGSGAVSAFGELSGSTDGNFQARAYTNAEFGKFVFTPGLNYGWGADGGDLVGFGENNEWGNVTGDLEVSVNPGIVGGEYAFVNTGVGIDGWSLQWDGGEVGAGYKLDLADNVYLDGRVSWGYDDQFEGTDRSITAGFGLKF*
Ga0075460_1016562113300007234AqueousLGTTFENETFMAIGTGVGSGAVSAYGELSGSTDGNFQARAYTDAEFSKFVITPGLNYRWGADGGDLIGFGDNNEWGEVTADLEVAFRPGIIGGEYAFANTGVGIDGWSFEWDGGEVGAGYKLDIAENVYLDGRITWGYDEQFEGTSRNFVAGFGLKF*
Ga0070745_127306113300007344AqueousMKQFLTSGIIAIALSGVAAAQVDQVYTASPQNTYLEIGTTFEDETMIALGTGVNAGAVSAFAELSGTTDSNFKARAYTEADLGKFKITPGLNYNWGADGGDIIGLGDGNEWGEVTADLELSIHPQIVGGEYAFANTEVGFDGWSLDWRGGEVGAGYKLDLAENVYFDGRVSWSYDDQFEGGQRRILAGIGLRF*
Ga0070745_134129413300007344AqueousYVELGTTFENETTLAIGNGVGSGALAAFGELSGSTDGNFQARVYTDSEFGKFVITPGLNYGWGADGGDLVGFGENNEWGDITGDLEVSVHPGIVGGEYAFANTGVGIDGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFEGTDRNITAGFGLKF*
Ga0070752_106721133300007345AqueousVMIASLFVAGVAVAQDAPISVGNTYVELGTTFENETILSVGTGVGSGAVSAYGELSGSTDGNFQARAYTDAEFGAFKITPGLNYHWGADGGDLVGFGENNEWGDVTADLEVSVNPGIVGGEYAFANTSVGLDGWSLDWNGGDFGVGYKLDLAENVYVDGRVSWSYDDQFESGDRRFIAGFGLKF*
Ga0070753_101732423300007346AqueousMKRILVSAISTLAIASPALAQDVASAPAMAPITVTNTYVEIGTTFEDETVVALGTGIGAGPVSAYAELSGSTTGDFKARAFTDAEFSKFRISPGLNYHWGKSGGDLVGFGEGNVWGDVTADMEVSINPGIVGGEYAFANSAVGFDGWSLDWAGGEVGAGYELDIAENVYLDARVSWGYDDQFQLGSRRVLASIGLKF*
Ga0070753_109732513300007346AqueousLEQKGASAPTLILSPNNNNEDNMNRIVVMIASLFVAGVAVAQDAPISVGNTYVELGTTFENETILSVGTGVGSGAVSAYGELSGSTDGNFQARAYTDAEFGAFKITPGLNYHWGADGGDLVGFGENNQWGDVTADLEVSVNPGIVGGEYAFANTSVGLDGWSLDWNGGDFGVGYKLDLAENVYVDGRVSWSYDDQFESGDRRFIAGFGLKF*
Ga0070753_125938513300007346AqueousMNRIMVMIASLFVAGVAVAQDAPISVGNTYVELGTTFENETILSVGTGVGSGAVSAYGELSGSTDGNFQARAYTNTEFGKFVITPGLNYGWGADGGDLVGFGENNEWGDVTADLEVSVNPGIVGGEYAFVNTGVGIDGWSLQWDGGEVGAGYKLDLADNV
Ga0070753_131938613300007346AqueousMKQFLTSGIIAIALSGVAAAQVDQVYTASPQNTYLEIGTTFEDETIIALGTGVAAGAVSAFAELSGTTDSNFKARAYTEADLGKFKITPGLNYNWGADGGDIIGLGDGNEWGEVTADLELSIHPQIVGGEYAFANTEVGFDGWSLDWRGGEVGAGYKLDLAENVYFDGRVSWSYD
Ga0070753_132369613300007346AqueousTLAIGTGVGSGALAAFGELSGSTDGNFQARVYTDSEFGKFVITPGLNYGWGADGGDLVGFGENNEWGDITGDLEVSVHPGIVGGEYAFANTGVGIDGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFEGTDRNITAGFGLKF*
Ga0070753_136454513300007346AqueousENETTLAIGTGVGSGALAAFGELSGSTDGNFQARVYTNSEFGKFVFTPGLNYGWGADGGDLVGFGENNEWGDVTGDLEVSVNPGIVGGEYAFVNTGVGIDGWSLQWDGGEVGAGYKLDLADNVYLDGRVSWGYDDQFEGTDRSITAGFGLKF*
Ga0099849_100016683300007539AqueousMKRYIVSFISTLFVSGAAVAQEAPVTVTNTYVEIGTTFEDETLIALGTGIGAGPVSAYAELSGTTNSEFQARAYTDAEFGKFKITPGLNYTWGESGGDLIGFGEGNEWGDVTADMEVSIHPNLIGGEYAFANTSVGFDGWSLDWDGGEVGAGYKLDIADNVYLDARMSWAYDDQFESGDRRIVAGIGLKF*
Ga0099849_101893113300007539AqueousMKNFLIAVSVMVASMATAQEAPSVGNTYVELGTTFENETTLAIGTGVGSGAVSAFGELSGSTDGNFQARAYTNAEFGKFVFTPGLNYGWGADGGDLVGFGENNEWGNVTGDLEVSVNPGIVGGEYAFVNTGVGIDGWSLQWDGGEVGAGYKLDLADNVYLDGRVSWGYDDQFEGTDRSITAGFGLKF*
Ga0070751_111224013300007640AqueousLEQKGASAPTLILSPNNNNEDNMNRIVVMIASLFVAGVAVAQDAPISVGNTYVELGTTFENETILSVGTGVGSGAVSAYGELSGSTDGNFQARAYTDAEFGAFKITPGLNYHWGADGGDLVGFGENNEWGDVTADLEVSVNPGIVGGEYAFANTSVGLDGWSLDWNGGDFGVGYKLDLAENVYVDGRVSWSYDDQFESGDRRFIAGFGLKF*
Ga0070751_123062913300007640AqueousMKNFLIAVSVMVAGVATAQEAPSVGNTYVELGTTFENETTLAIGTGVGSGALAAFGELSGSTDGNFQARVYTDSEFGKFVITPGLNYGWGADGGDLVGFGENNEWGDITGDLEVSVNPGIIGGEYAFANTGVGIDGWSLEWDGGEVGAGYKLDLADNVYLDGRVSWGYDDQFE
Ga0070751_124436713300007640AqueousMKNFLIAVFIMVASTATAQEAPSVGNTYVELGTTFENETTLAIGTGAGSGALAAFGELSGSTDGNFQARVYTNSEFGKFVITPGLNYGWGADGGDLVGFGENNVWGDVTGDLEVSVNPGIIGGEYAFANTGVGIDGWSLQWDGGEVGAGYKLDL
Ga0070751_126801813300007640AqueousEAPSVGNTYVELGTTFENETTLAIGTGVGSGALAAFGELSGSTDGNFQARVYTDSEFGKFVITPGLNYGWGADGGDLVGFGENNEWGDVTGDLEVSVNPGIVGGEYAFANTGVGIDGWSLQWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFEGTDRNITAGFGLKF*
Ga0070751_138105013300007640AqueousMKQFLTSGIIAIALSGVAAAQVDQVYTASPQNTYLEIGTTFEDETIIALGTGVAAGAVSAFAELSGTTDSNFKARAYTEADLGKFKITPGLNYNWGADGGDIIGLGDGNEWGEVTADLELSIHPQIVGGEYAFANTEVGFDGWSLDWRGGEVGAGYKLDLAENVYFDGR
Ga0075480_1004895943300008012AqueousVEQKGASAPTLILSPNNNNEDNMNRIVVMIASLFVAGVAVAQDAPISVGNTYVELGTTFENETILSVGTGVGSGAVSAYGELSGSTDGNFQARAYTDAEFGAFKITPGLNYHWGADGGDLVGFGENNEWGDVTADLEVSVNPGIVGGEYAFANTSVGLDGWSLDWNGGDFGVGYKLDLAENVYVDGRVSWSYDDQFESGDRRFIAGFGLKF*
Ga0075480_1009957513300008012AqueousKMKQFLTSGIIAIALSGVAAAQVDQVYTASPQNTYLEIGTTFEDETIIALGTGVAAGAVSAFAELSGTTDSNFKARAYTEADLGKFKITPGINYTWGASGGDIIGLGDGNEWGDVSADLELSIHPMIIGGEYAFVNTEVGFDGWSLDWQGGEVGAGYKLDLAENVYFDGRVSWSYDDQFEGGQRRILAGIGLRF*
Ga0075480_1050837113300008012AqueousMKNFLIAVSVMVASMATAQEAPSVGNTYVELGTTFENETTLAIGTGVGSGALAAFGELSGSTDGNFQARAYTNTEFGKFVITPGLNYGWGADGGDLVGFGENNVWGDVTGDLEVSVNPGIVGGEYAFVNTGVGIDGWSLQWDGGEVGAGYKLDLADNVYLDGRVSWGYDDQFEGTDRSITAGFG
Ga0075480_1051281213300008012AqueousGNTYVELGTTFENETTLAIGTGAGSGALAAFGELSGSTDGNFQARVYTNSEFGKFVITPGLNYGWGADGGDLVGFGENNVWGDVTGDLEVSVNPGIIGGEYAFANTGVGIDGWSLQWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFEGTDRNITAGFGLKF*
Ga0115570_1021294613300009496Pelagic MarineMKNLLIAVSVMVAGVATAQEAPTSVGNTYVELGTTFEDQTTLTVGTGVGSGALSAYGELSGSTDGNFQARAYTDVEFGKFVITPGINYGWGEDGGDLVGFGDNNEWGDVTGDLEVALQPGIIGGEYVFANTGVGVDGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFESTDRRITAGFGLKF*
Ga0115564_1002523713300009505Pelagic MarineMKNLLIAVSVMVAGVATAQEAPTSVGNTYVELGTTFEDQTTLTVGTGVGSGALSAYGELSGSTDGNFQARAYTDVEFGKFVITPGINYGWGEDGGDLVGFGDNNEWGDVTGDLEVALQPGIIGGEYVFANTGVGVDGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFEGTDRRITAGFGLKF*
Ga0115572_1034608723300009507Pelagic MarineEEYMKNLLIAVSVMVAGVATAQEAPTSVGNTYVELGTTFEDQTTLTVGTGVGSGALSAYWELSGSTDGNFQARAYTDVEFGKFVITPGINYGWGEDGGDLVGFGDNNEWGDVTGDLEVALQPGIIGGEYVFANTGVGVDGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFESTDRRITAGFGLKF*
Ga0115099_1049910613300009543MarineMKNLLIAVSVMVAGVATAQEAPMSVGNTYVELGTTFEDQTTLTVGTGVGSGALSAYGELSGSTDGTFQARAYTNAEFGKFVITPGLNYGWGEDGGDLVGFGENNEWGDVTGDLEVALQPGIIGGEYVFANTGVGVDGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFESTERRITAGFGLKF*
Ga0115103_128440913300009599MarineMKNLLIAVSVMVAGVATAQEAPMSVGNTYVELGTTFEDQTTLTVGTGVGSGALSAYGELSGSTDGTFQARAYTNAEFGKFVITPGLNYGWGEDGGDLVGFGENNEWGDVTGDLEVALQPGIIGGEYVFANTGVGVDGWSLEWDGGEVGAGYKLDLAEN
Ga0098049_107254723300010149MarineMKNLLIAVSVMVAGVATAQEAPTSVGNTYVELGTTFEDQTTLTVGTGVGSGALSAYGELSGSTGGNFQARAYTDAEFGKFVITPGLNYGWGEDGGDLVGFGDNNEWGDVTGDLEVALQPGIIGGEYVFANTGVGVDGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFESTDRRITAGFGLKF*
Ga0098049_122919913300010149MarineELGTNFEEETTLTVGTGVGSGALSAYGELSGSTDGNFQARAYTDVEFGKFVLTPGLNYGWGEDGGDLVGFGDNNEWGDVTGDLEVALQPGIIGGEYVFANTGVGVDGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFEGTDRRITAGFGLKF*
Ga0098056_101017013300010150MarineMKNLLIAVSVMAAGAATAQEAPMSVGNTYVELGTNFEEETTLTVGTGVGSGALSAYGELSGSTDGNFQARAYTDVEFGKFVLTPGLNYGWGEDGGDLVGFGDNNEWGDVTGDLEVALQPGIIGGEYVFANTGVGVDGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFESTDRRITAGFGLKF*
Ga0129348_109624323300010296Freshwater To Marine Saline GradientMATAQEAPSVGNTYVELGTTFENETTLAIGTGVGSGAVSAFGELSGSTDGNFQARAYTNAEFGKFVFTPGLNYGWGADGGDLVGFGENNEWGNVTGDLEVSVNPGIVGGEYAFVNTGVGIDGWSLQWDGGEVGAGYKLDLADNVYLDGRVSWGYDDQFEGTDRSITAGFGLKF*
Ga0129327_1001530353300013010Freshwater To Marine Saline GradientMKNLLIAVSVMVAGVATAQEAPTSVGNTYVELGTTFEDQTTLTVGTGVGSGALSAYGELSGSTDGNFQARAYTDVEFGKFVITPGINYGWGEGGGDLVGFGDNNEWGDVTGDLEVALQPGIIGGEYVFANTGVGVDGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFESTDRRITAGFGLKF*
Ga0181390_107469433300017719SeawaterTTLTVGTGVGSGALSAYGELSGSTDGNFQARAYTDVEFGKFVVTPGLNYGWGEDGGDLVGFGDNNEWGDVTGDLEVALKPGIIGGEYVFANTGVGVDGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFESGDRRFVAGFGLKF
Ga0181402_1000033193300017743SeawaterMKNLLIAVSVMAAGAATAQEAPMSVGNTYVELGTNFEEETTLTVGTGVGSGALSAYGELSGSTDGNFQARAYTDVEFGKFVVTPGLNYGWGEDGGDLVGFGDNNEWGDVTGDLEVALKPGIIGGEYVFANTGVGVDGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFESTERRITAGFGLKF
Ga0187219_108196313300017751SeawaterAQEAPMSVGNTYVELGTNFEEETTLTVGTGVGSGALSAYGELSGSTDGNFQARAYTDVEFGKFVVTPGLNYGWGEDGGDLVGFGDNNEWGDVTGDLEVALKPGIIGGEYVFANTGVGVDGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFESTERRITAGFGLKF
Ga0181407_104124833300017753SeawaterATAQEAPMSVGNTYVELGTTFEDQTTLTVGTGVGSGALSAYGELSGSTDGTFQARAYTDVEFGKFVITPGLNYGWGEGGGDLVGFGENNEWGDVTGDLEVALQPGIIGGEYVFANTGVGVDGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFEGTDRRITAGFGLKF
Ga0181385_102097953300017764SeawaterMKNLLIAVSVMAAGVAAAQEAPMSVGNTYVELGTTFEDQTTLTVGTGVGSGALSAYGELSGSTDGTFQARAYTDVEFGKFVITPGLNYGWGEGGGDLVGFGENNEWGDVTGDLEVALQPGIIGGEYVFANTGVGVDGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFEGTDRRITAGFGLKF
Ga0181425_121877613300017771SeawaterMKNLLIAVSVMAAGAATAQEAPMSVGNTYVELGTNFEEGTTLTVGTGVGSGALSAYGELSGSTDGNFQARAYTDVEFGKFVVTPGLNYGWGEDGGDLVGFGDNNEWGDVTGDLEVALKPGIIGGEYVFANTGVGVDGWSLEWDGGEVGAGYKLDLAENVYLDGR
Ga0181380_100674953300017782SeawaterMNRIMVVIASLFVAGAAVAQDSPVTVGNTYVELGTTFENETLLSIGTGVGAGAVSAYGELSGSTDGNFQARAYTDAEFGSFKITPGLNYHWGADGGDLVGFGENNEWGDVTGDLEVSIHPGLVGGEYVFANTAVGLDGWSLDWAGGEVGAGYKLDLAENVYLDGRVSWSYDDQFESGDRRFVAGFGLKF
Ga0181577_1015634523300017951Salt MarshMKQFLTSGIIAVALAGVAAAQVEEVYVESPSNTYLEIGTTFEDETIIALGTGVAAGAVSAFAELSGTTDSNFKARAYTEADLGKFKITPGLNYNWGADGGDIIGLGDGNEWGEVTADLELSIHPQIVGGEYAFANTEVGFDGWSLDWRGGEVGAGYKLDLAENVYLDGRVSWSYDDQFEGGQRRILAGIGLRF
Ga0181577_1019808523300017951Salt MarshMKQFLTSGIIAIALSGVAAAQVDQVYTASPQNTYVEIGTTFEDETMIALGTGVNAGAVSAFAELSGTTDSNFKARAYTEADLGKFKITPGINYTWGASGGDIIGLGDGNEWGDVSADLELSIHPQIVGGEYAFVNTEVGFDGWSLDWQGGEVGAGYKLDLAENVYFDGRVSWSYDDQFEGGQRRFLAGIGLRF
Ga0181577_1042152123300017951Salt MarshMKRILVSAISTLAIASPALAQDVASAPAMAPVTVTNTYVEIGTTFEDETVVALGTGIGAGPVSAYAELSGSTSGDFKARAFTDAEFSKFRISPGLNYHWGKSGGDLVGFGDENEWGDVTADMEVSINPGIVGGEYAFSNSAVGFVGWSLDWAGGEVGAGYQLDVAENVYLDARVSWGYDDQFQLGSRRVLASVGLKF
Ga0180431_1019272733300017987Hypersaline Lake SedimentMKNFLIAVSVMVASMATAQEAPSVGNTYVELGTTFENETTLAIGTGVGSGALAAFGELSGSTDGNFQARVYTNSEFGKFVFTPGLNYGWGADGGDLVGFGENNEWGDVTGDLEVSVNPGIVGGEYAFVNTGVGIDGWSLQWDGGEVGAGYKLDLADNVYLDGRVSWGYDDQFEGTDRSITAGFGLKF
Ga0180433_1066399223300018080Hypersaline Lake SedimentELGTTFENETTLAIGTGVGSGALAAFGELSGSTDGNFQARVYTNSEFGKFVFTPGLNYGWGADGGDLVGFGENNEWGGVTGDLEVSVNPGIVGGEYAFVNTGVGIDGWSLQWDGGEVGAGYKLDLADNVYLDGRVSWGYDDQFEGTDRSITAGFGLKF
Ga0181563_1016079823300018420Salt MarshMKRILVSAISTLAIASPALAQDVASAPAMAPVTVTNTYVEIGTTFEDETVVALGTGIGAGPVSAYAELSGSTSGDFKARAFTDAEFSKIRISPGLNYHWGKSGGDLVGFGEGNVWGDVTADMEVSINPGIVGGEYAFANSAVGFDGWSLDWAGGEVGAGYELDIAENVYLDARVSWGYDDQFQLGSRRVLASVGLKF
Ga0181592_1030597513300018421Salt MarshMKQFLTSGIIAIALSGVAAAQVDQVYTASPQNTYVEIGTTFEDETMIALGTGVNAGAVSAFAELSGTTDSNFKARAYTEADLGKFKITPGINYTWGASGGDIIGLGDGNEWGDVSADLELSIHPQIVGGEYAFVNTEVGFDGWSLDWQGGEVGAGYKLDLAENVYFDGRVSWSYDDQFEGGQRRILAGIGLRF
Ga0194029_101553733300019751FreshwaterMKQFLTSGIIAVALAGVAAAQVEQVYTASPQNTYVEIGTTFEDETMIALGTGVNAGAVSAFAELSGTTDSNFKARAYTEADLGKFKITPGINYTWGASGGDIIGLGDGNEWGDVSADLELSIHPQIVGGEYAFVNTEVGFDGWSLDWQGGEVGAGYKLDLAENVYFDGRVSWSYDDQFEGGQRRILAGIGLRF
Ga0194023_100733033300019756FreshwaterMKNFLIAVSVMVASVATAQEAPSVGNTYVELGTTFENETTLAIGTGVGSGALAAFGELSGSTDGNFQARVYTNSEFGKFVFTPGLNYGWGADGGDLVGFGENNEWGNVTGDLEVSVNPGIVGGEYAFVNTGVGIDGWSLQWDGGEVGAGYKLDLADNVYLDGRVSWGYDDQFEGTDRSITAGFGLKF
Ga0194024_102858723300019765FreshwaterMNRIMVMIASLFVAGVAVAQDAPVSVGNTYVELGTTFENETILSVGTGVGSGAVSAYGELSGSTDGNFQARAYTDAEFGAFKITPGLNYHWGADGGDLVGFGENNEWGDVTADLEVSVNPGIVGGEYAFANTSVGLDGWSLDWNGGDFGVGYKLDLAENVYVDGRVSWSYDDQFESGDRRFIAGFGLKF
Ga0206128_107611033300020166SeawaterMNRIMVVIASLFVAGVAVAQDSPVTVGNTYVELGTTFENETLLSIGTGVGAGAVSAYGELSGSTDGNFQARAYTDAEFGSFKITPGLNYHWGADGGDLVGFGENNEWGDVTGDLEVSIHPGLVGGEYVFANTAVGLDGWSLDWAGGEVGAGYKLDLAENVYLDGRVSWSYDDQFESGDRRFVAGFGLKF
Ga0206130_1010507643300020187SeawaterMKNLLIAVSVMVAGVATAQEAPTSVGNTYVELGTTFEDQTTLTVGTGVGSGALSAYGELSGSTDGNFQARAYTDVEFGKFVITPGINYGWGEDGGDLVGFGDNNEWGDVTGDLEVALQPGIIGGEYVFANTGVGVDGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFEGTDRRITAGFGLKF
Ga0206126_1000647683300020595SeawaterMKNLLIAVSVMAAGAATAQEAPMSVGNTYVELGTTFEDQTTLTVGTGVGSGALSAFGELSGSTDGNFQVRAYTNAEFGKFVITPGINYGWGEDGGDLVGFGDNNEWGDVTGDLEVALQPGIIGGEYVFANTGVGVDGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFEGTDRRITAGFGLKF
Ga0213867_1003460103300021335SeawaterMKNLLIAVSVMVAGVATAQEAPTPVGNTYVELGTTFEDQTTLSVGTGVGSGALSAYGELSGSTDGNFQVRAYTDVEFGKFVITPGINYGWGEDGGDLVGFGDNNEWGDVTGDLEVALQPGIIGGEYVFSNTGVGADGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFESTDRRITAGFGLKF
Ga0213867_102306863300021335SeawaterTTFENETTLAIGTGVGSGAVSAFGELSGSTDGNFQARAYTNAEFGKFVFTPGLNYGWGADGGDLVGFGENNEWGNVTGDLEVSVNPGIVGGEYAFVNTGVGIDGWSLQWDGGEVGAGYKLDLADNVYLDGRVSWGYDDQFEGTDRSITAGFGLKF
Ga0213867_104623933300021335SeawaterMKNFLIAVSVLVAGVATAQDAPVTMTDTYVEIGTTFEDETIIALGTGVGAGAVSAYAELSGTTNSEFKARAYTDAKLGKFEITPGLNYTWGESGGDLIGFGEGNEWGDVTADMEVSVHPGLIGGEYAFANTSVGFDGWSLDWDGGEVGAGYKLDIADNVYLDARMSWSYDDQFEGGDRRIVAGIGLKF
Ga0213859_1005918043300021364SeawaterMKRILVSAISTLAIASPALAQDVASAPAMAPVTVTNTYVEIGTTFEDETVVALGTGIGAGPVSAYAELSGSTSGDFKARAFTDAEFSKIRISPGLNYHWGKSGGDLVGFGDENEWGDVTADMEVSINPGIVGGEYAFANSAVGFDGWSLDWAGGEVGAGYQLDVADNVYLDARVSWGYDDQFQLGSRRVLASVGLKF
Ga0213859_1006882643300021364SeawaterMKRFLTSGIIAVALAGVAAAQVEEVYVERPSNTYLEIGTTFEEETIIALGTGVNAGAVSAFAELSGTTDSNFKARAYTEADLGKFKITPGLNYNWGADGGDIIGLGEGNEWGEVTADLELSIHPQIVGGEYAFANTEVGFDGWSLDWRGGEVGAGYKLDLAENVYLDGRVSWSYDDQFEGGQRRILAGIGLRF
Ga0213865_10000156483300021373SeawaterMKQVLTSGIIAVALAGVAAAQVEEVYTASPSNTYLEIGTTFEDETIIALGTGVAAGAVSAFAELSGTTDSNFKARAYTEADLGKFKITPGLNYNWGADGGDIIGLGDGNEWGEVTADLELSIHPQIVGGEYAFANTEVGFDGWSLDWRGGEVGAGYKLDLAENVYLDGRVSWSYDDQFEGGQRRILAGIGLRF
Ga0213865_10002880183300021373SeawaterMKRYIVSFISTLFVSGAAVAQEAPMTVTNTYVEIGTTFEDETLIALGTGIGAGPVSAYAELSGTTNSEFQARAYTDAEFGKFKITPGLNYTWGESGGDLIGFGEGNEWGDVTADMEVSIHPGLIGGEYAFANTSVGFDGWSLDWDGGEVGAGYKLDIADNVYLDARMSWAYDDQFESGDRRIVAGIGLKF
Ga0213865_1001577913300021373SeawaterMKNFLIAVSVLVAGVATAQEAPVTMTDTYVEIGTTFEDETVIALGTGIGAGAVSAYAELSGTTNSEFQARAYTDAEFGKFKITPGLNYTWGASGGDLVGFGEGNEWGDVTADLEVSIHPGLVGGEYAFANTSVGFDGWSLDWDGGEIGAGYKLDIADNVYLDGRVSWSYDDQFEGGDRRIVAGIGLKF
Ga0213864_1057333013300021379SeawaterTTLAIGTGVGSGALAAFGELSGSTDGNFQARVYTNSEFGKFVFTPGLNYGWGADGGDLVGFGENNEWGNVTGDLEVSVNPGIVGGEYAFANTGVGIDGWSLQWDGGEVGAGYKLDLADNVYLDGRVSWGYDDQFEGTDRSITAGFGLKF
Ga0213866_1004384453300021425SeawaterMKNFLIAVSVLVAGVATAQEAPVTMTDTYVEIGTTFEDETVIALGTGIGAGAVSAYAELSGTTNSDFQARAYTDAEFGKFKITPGLNYTWGASGGDLVGFGEGNEWGDVTADLEVSIHPGLVGGEYAFANTSVGFDGWSLDWDGGEIGAGYKLDIADNVYLDGRVSWSYDDQFEGGDRRIVAGIGLKF
Ga0213866_1023414913300021425SeawaterMKNLLIAVSVMVAGVATAQEAPTPVGNTYVELGTTFEDQTTLSVGTGVGSGALSAYGELSGSTDGNFQVRAYTDVEFGKFVITPGINYGWGEDGGDLVGFGDNNEWGDVTGDLEVALQPGIIGGEYVFANTGVGADGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFESTDRRITAGFGLKF
Ga0196883_100303553300022050AqueousAIALSGVAAAQVDQVYTASPQNTYLEIGTTFEDETIIALGTGVSGGGVAAFAELSGTTDSNFKARAYTEADLGKFKITPGLNYSWGDSGGDIIGFGDGNEWGDVSADLELSVHPMIVGGEYAFVNTEVGFDGWSLDWQGGEVGAGYKLNLAENVYFDGRVSWSYDDQFEGGQRRILAGIGLRF
Ga0212025_106572213300022057AqueousMKNFLIAVSVMVASMATAQEAPSVGNTYVELGTTFENETTLAIGTGVGSGAVSAFGELSGSTDGNFQARAYTNAEFGKFVFTPGLNYGWGADGGDLVGFGENNEWGNVTGDLEVSVNPGIVGGEYAFVNTGVGIDGWSLQWDGGEVGAGYKLDLADNVYLDGRVSWGYDDQFEGTDRSIT
Ga0212024_108798413300022065AqueousMKNFLIAVSIMVASMATAQEAPSVGNTYVELGTTFENETTLAIGTGVGSGALAAFGELSGSTDGNFQARAYTNTEFGKFVFTPGLNYGWGADGGDLVGFGENNEWGNVTGDLEVSVNPGIVGGEYAFVNTGVGIDGWSLQWDGGEVGAGYKLDLADNVYLDGRV
Ga0212021_106511113300022068AqueousEFVAGVAVAQDAPVSVGNTYVELGTTFENETILSVGTGVGSGAVSAYGELSGSTDGNFQARAYTDAEFGAFKITPGLNYHWGADGGDLVGFGENNEWGDVTADLEVSVNPGIVGGEYAFANTSVGLDGWSLDWNGGDFGVGYKLDLAENVYVDGRVSWSYDDQFESGDRRFIAGFGLKF
Ga0212026_103082113300022069AqueousMKNFLIAVSVMVASVATAQEAPSVGNTYVELGTTFENETTLAIGTGVGSGALAAFGELSGSTDGNFQARVYTNTEFGKFVITPGLNYGWGADGGDLVGFGENNEWGNVTGDLEVSVNPGIVGGEYAFVNTGVGIDGWSLQWDGGEVGAGYKLDLADNVYLDGRVS
Ga0212028_102791713300022071AqueousMKQFLTSGIIAIALSGVAAAQVDQVYTASPQNTYVEIGTTFEDETMIALGTGVNAGAVSAFAELSGTTDSNFKARAYTEADLGKFKITPGINYTWGASGGDIIGLGDGNEWGDVSADLELSIHPMIIGGEYAFVNTEVGFDGWSLDWQGGEVGAGYKLDLAENVYFDGRVSWSYDDQFEGGQRRILAGIGLRF
Ga0212028_109844413300022071AqueousMKNFLIAVSVMVASVATAQEAPSVGNTYVELGTTFENETTLAIGTGVGSGALAAFGELSGSTDGNFQARVYTNTEFGKFVITPGLNYGWGADGGDLVGFGENNEWGNVTGDLEVSVNPGIVGGEYAFVNTGVGIDGWSLQWDGGEVGAGYKLDLADNVYLDGRVSWGYDDQFEGTDRSII
Ga0196897_102281323300022158AqueousLTGVAVAQVDQVYTASPQNTYVEIGTTFEDETIIALGTGVSGGGVSAFAELSGTTDSNFKARAYTEADLGKFKITPGLNYSWGDSGGDIIGFGDGNEWGDVSADLELSVHPMIVGGEYAFVNTEVGFDGWSLDWQGGEVGAGYKLNLAENVYFDGRVSWSYDDQFEGGQRRILAGIGLRF
Ga0196897_103659513300022158AqueousETTLAIGTGVGSGALAAFGELSGSTDGNFQARVYTDSEFGKFVITPGLNYGWGADGGDLVGFGENNEWGDVTGDLEVSVNPGIVGGEYAFANTGVGIDGWSLQWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFEGTDRNITAGFGLKF
Ga0212020_101116933300022167AqueousMKQFLTSGIIAIALSGVAAAQVDQVYTASPQNTYVEIGTTFEDETMIALGTGVNAGAVSAFAELSGTTDSNFKARAYTEADLGKFKITPGLNYTWGASGGDIIGLGDGNEWGDVSADLELSIHPMIIGGEYAFVNTEVGFDGWSLDWQGGEVGAGYKLDLAENVYFDGRVSWSYDDQFEGGQRRILAGIGLRF
Ga0196891_100126553300022183AqueousMKHFLTSGIIAIALSGVAAAQVDQVYTASPQNTYVEIGTTFEDETMIALGTGVNAGAVSAFAELSGTTDSNFKARAYTEADLGKFKITPGINYTWGASGGDIIGLGDGNEWGDVSADLELSIHPQIVGGEYAFVNTEVGFDGWSLDWQGGEVGAGYKLDLAENVYFDGRVSWSYDDQFEGGQRRFLAGIGLRF
Ga0196891_109815513300022183AqueousIAVSIMVASMATAQEAPSVGNTYVELGTTFENETTLAIGTGVGSGALAAFGELSGSTDGNFQARAYTNTEFGKFVFTPGLNYGWGADGGDLVGFGENNEWGNVTGDLEVSVNPGIVGGEYAFVNTGVGIDGWSLQWDGGEVGAGYKLDLADNVYLDGRVSWGYDDQFEGTD
Ga0196899_100314093300022187AqueousMKNFLIAVSVMVAGVATAQEAPSVGNTYVELGTTFENETTLAIGTGVGSGALAAFGELSGSTDGNFQARVYTDSEFGKFVITPGLNYGWGADGGDLVGFGENNEWGDITGDLEVSVNPGIIGGEYAFANTGVGIDGWSLEWDGGEVGAGYKLDLADNVYLDGRVSWGYDDQFEGTDRSITAGFGLKF
Ga0196899_101351513300022187AqueousMKNFLIAVSVMVASVATAQEAPSVGNTYVELGTTFENETTLAIGTGVGSGALAAFGELSGSTDGNFQARVYTNTEFGKFVITPGLNYGWGADGGDLVGFGENNEWGNVTGDLEVSVNPGIVGGEYAFVNTGVGIDGWSLQWDGGEVGAGYKLDLADNVYLDGRVSWGYDDQFEGTDRSITAGFGLKF
Ga0196899_102868933300022187AqueousMKQFLTSGIIAVALAGVAVAQVDQVYTASPQNTYVEIGTTFEDETIIALGTGVSGGGVSAFAELSGTTDSNFKARAYTEADLGKFKITPGLNYSWGDSGGDIIGFGDGNEWGDVSADLELSVHPMIVGGEYAFVNTEVGFDGWSLDWQGGEVGAGYKLNLAENVYFDGRVSWSYDDQFEGGQRRILAGIGLRF
Ga0196899_109622113300022187AqueousNETTLAIGTGVGSGALAAFGELSGSTDGNFQARVYTNSEFGKFVFTPGLNYGWGADGGDLVGFGENNEWGDVTGDLEVSVNPGIVGGEYAFVNTGVGIDGWSLQWDGGEVGAGYKLDLADNVYLDGRVSWGYDDQFEGTDRSITAGFGLKF
Ga0196899_110215713300022187AqueousEDNMNRIMVVIASLFVAGVAVAQDSPVTVGNTYVELGTTFENETLLSIGTGVGAGAVSAYGELSGSTDGNFQARAYTDAEFGSFKITPGLNYHWGADGGDLVGFGENNEWGDVTGDLEVSIHPGLVGGEYVFANTAVGLDGWSLDWAGGEVGAGYKLDLAENVYLDGRVSWSYDDQFESGDRRFVAGFGLKF
(restricted) Ga0255040_1005115133300024059SeawaterMKNLLIAVSVMVAGVATAQEAPMSVGNTYVELGTTFEDQTTLTVGTGVGSGALSAYGELSGSTDGTFQARAYTDVEFGKFVITPGLNYGWGEGGGDLVGFGENNEWGDVTGDLEVALQPGIIGGEYVFANTGVGADGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFEGTDRRITAGFGLKF
(restricted) Ga0255039_1002424243300024062SeawaterMKNLLIAVSVMVAGVATAQEAPMSVGNTYVELGTTFEDQTTLTVGTGVGSGALSAYGELSGSTDGTFQARAYTDVEFGKFVITPGLNYGWGEGGGDLVGFGENNEWGDVTGDLEVALQPGIIGGEYVFANTGVGVDGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFEGTDRRITAGFGLKF
(restricted) Ga0255049_1005814543300024517SeawaterMKNLLIAVSVMVAGVATAQEAPTSVGNTYVELGTTFEDQTTLTVGTGVGSGALSAYGELSGSTDGNFQARAYTDVEFGKFVITPGINYGWGEDGGDLVGFGENNEWGDVTGDLEVALQPGIIGGEYVFANTGVGVDGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFEGTDRRITAGFGLKF
(restricted) Ga0255048_1000935063300024518SeawaterMKNLLIAVSVMVAGVATAQEAPTSVGNTYVELGTTFEDQTTLTVGTGVGSGALSAYGELSGSTDGNFQVRAYTDVEFGKFVITPGINYGWGEDGGDLVGFGENNEWGDVTGDLEVALQPGIIGGEYVFANTGVGVDGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFEGTDRRITAGFGLKF
Ga0208667_100345523300025070MarineMKNLLIAVSVMVAGVATAQEAPTSVGNTYVELGTTFEDQTTLTVGTGVGSGALSAYGELSGSTGGNFQARAYTDAEFGKFVITPGLNYGWGEDGGDLVGFGDNNEWGDVTGDLEVALQPGIIGGEYVFANTGVGVDGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFEGTDRRITAGFGLKF
Ga0208791_106974213300025083MarineTTLTVGTGVGSGALSAYGELSGSTDGNFQARAYTDVEFGKFVVTPGLNYGWGEDGGDLVGFGENNEWGDVTGDLEVALQPGIIGGEYVFANTGVGVDGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFESTERRITAGFGLKF
Ga0208298_104852113300025084MarineMKNLLIAVSVMVAGVATAQEAPMSVGNTYVELGTTFEDQTTLTVGTGVGSGALSAFGELSGSTDGTFQARAYTNAEFGKFVITPGINYGWGEDGGDLVGFGENNEWGDVTGDLEVALQPGIIGGEYVFANTGVGVDGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFESTERRITAGFGLKF
Ga0208298_106530823300025084MarineMKNLLIAVSVMAAGAATAQEAPMSVGNTYVELGTNFEEETTLTVGTGVGSGALSAYGELSGSTDGNFQARAYTDVEFGKFVLTPGLNYGWGEDGGDLVGFGDNNEWGDVTGDLEVALQPGIIGGEYVFANTGVGVDGWSLEWDGGEVGAGYKLDL
Ga0208792_100834843300025085MarineMKNLLIAVSVMAAGAATAQEAPMSVGNTYVELGTNFEEETTLTVGTGVGSGALSAYGELSGSTDGNFQARAYTDVEFGKFVLTPGLNYGWGEDGGDLVGFGDNNEWGDVTGDLEVALQPGIIGGEYVFANTGVGVDGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFEGTDRRITAGFGLKF
Ga0208434_106182913300025098MarineMKNLLIAVSVMAAGAATAQEAPMSVGNTYVELGTNFEEETTLTVGTGVGSGALSAYGELSGSTDGNFQARAYTDVEFGKFVVTPGLNYGWGEDGGDLVGFGENNEWGDVTGDLEVALQPGIIGGEYVFANTGVGVDGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFESTERRITAGFGLKF
Ga0208303_100452383300025543AqueousMKNLLIAVSVMVAGVATAQEAPTSVGNTYVELGTTFEDQTTLTVGTGVGSGALSAYGELSGSTDGNFQARAYTDVEFGKFVITPGINYGWGEGGGDLVGFGDNNEWGDVTGDLEVALQPGIIGGEYVFANTGVGIDGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFESTDRRITAGFGLKF
Ga0208149_103610813300025610AqueousMKNFLIAVSVMVASVATAQEAPSVGNTYVELGTTFENETTLAIGTGVGSGALAAFGELSGSTDGNFQARVYTNSEFGKFVFTPGLNYGWGADGGDLVGFGENNEWGDVTGDLEVSVNPGIVGGEYAFVNTGVGIDGWSLQWDGGEVGAGYKLDLADNVYLDGRVSWGYDDQFEGTDRSITAGFGLKF
Ga0208149_107852713300025610AqueousMNRIMVVIASLFVAGVAVAQDSPVTVGNTYVELGTTFENETLLSIGTGVGAGAVSAYGELSGSTDGNFQARAYTDAEFGSFKITPGLNYHWGADGGDLVGFGENNEWGDVTGDLEVSIHPGLVGGEYVFANTAVGLDGWSLDWAGGEVGAGYKLDLAENVYLDGRVSWSYDDQFESGD
Ga0208004_103173843300025630AqueousVMVASMATAQEAPSVGNTYVELGTTFENETTLAIGTGVGSGALAAFGELSGSTDGNFQARVYTNSEFGKFVFTPGLNYGWGADGGDLVGFGENNEWGDVTGDLEVSVNPGIVGGEYAFVNTGVGIDGWSLQWDGGEVGAGYKLDLADNVYLDGRVSWGYDDQFEGTDRSITAGFGLKF
Ga0208428_104263033300025653AqueousMNRIVVMIASLFVAGVAVAQDAPISVGNTYVELGTTFENETILSVGTGVGSGAVSAYGELSGSTDGNFQARAYTDAEFGAFKITPGLNYHWGADGGDLVGFGENNEWGDVTADLEVSVNPGIVGGEYAFANTSVGLDGWSLDWNGGDFGVGYKLDLAENVYVDGRVSWSYDDQFESGDRRFIAGFGLKF
Ga0208898_101289513300025671AqueousMKNLLIAVSVMVAGVATAQEAPTPVGNTYVELGTTFEDQTTLSVGTGVGSGALSAYGELSGSTDGNFQVRAYTDVEFGKFVITPGINYGWGEDGGDLVGFGDNNEWGDVTGDLEVALQPGIIGGEYVFANTGVGVDGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFESTDRR
Ga0208898_101444813300025671AqueousMKNFLIAVFTMVAGVATAQEAPSVGNTYVELGTTFENETTLAIGTGVGSGALAAFGELSGSTDGNFQARVYTDSEFGKFVITPGLNYGWGADGGDLVGFGENNEWGDVTGDLEVSVNPGIVGGEYAFANTGVGIDGWSLQWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFEGTDRNITAGFGLKF
Ga0208898_104869743300025671AqueousMKNFLIAVSVMVASMATAQEAPSVGNTYVELGTTFENETTLAIGTGVGSGAVSAFGELSGSTDGNFQARAYTNAEFGKFVFTPGLNYGWGADGGDLVGFGENNEWGNVTGDLEVSVNPGIVGGEYAFVNTGVGIDGWSLQWDGGEVGAGYKLDLADNVYLDGRVSWGYDDQFEGTDRSITAGFGLKF
Ga0208898_106092913300025671AqueousMKQFLTSGIIAIALSGVAAAQVDQVYTASPQNTYVEIGTTFEDETMIALGTGVNAGAVSAFAELSGTTDSNFKARAYTEADLGKFKITPGLNYTWGASGGDIIGLGDGNEWGDVSADLELSIHPMIIGGEYAFVNTEVGFDGWSLDWQGGEVGAGYKLDLAENVYFDGRVSWSYDDQFEGGQR
Ga0208898_113287613300025671AqueousAGVAVAQDSPVTVGNTYVELGTTFENETLLSIGTGVGAGAVSAYGELSGSTDGNFQARAYTDAEFGSFKITPGLNYHWGADGGDLVGFGENNEWGDVTGDLEVSIHPGLVGGEYVFANTAVGLDGWSLDWAGGEVGAGYKLDLAENVYLDGRVSWSYDDQFESGDRRFVAGFGLKF
Ga0208162_1000251383300025674AqueousMKRYIVSFISTLFVSGAAVAQEAPVTVTNTYVEIGTTFEDETLIALGTGIGAGPVSAYAELSGTTNSEFQARAYTDAEFGKFKITPGLNYTWGESGGDLIGFGEGNEWGDVTADMEVSIHPNLIGGEYAFANTSVGFDGWSLDWDGGEVGAGYKLDIADNVYLDARMSWAYDDQFESGDRRIVAGIGLKF
Ga0208162_102015313300025674AqueousNTYVELGTTFENETTLAIGTGVGSGAVSAFGELSGSTDGNFQARAYTNAEFGKFVFTPGLNYGWGADGGDLVGFGENNEWGNVTGDLEVSVNPGIVGGEYAFVNTGVGIDGWSLQWDGGEVGAGYKLDLADNVYLDGRVSWGYDDQFEGTDRSITAGFGLKF
Ga0208150_100013423300025751AqueousMKQFLTSGIIAIALSGVAAAQVDQVYTASPQNTYLEIGTTFEDETIIALGTGVSGGGVAAFAELSGTTDSNFKARAYTEADLGKFKITPGLNYSWGDSGGDIIGFGDGNEWGDVSADLELSVHPMIVGGEYAFVNTEVGFDGWSLDWQGGEVGAGYKLNLAENVYFDGRVSWSYDDQFEGGQRRILAGIGLRF
Ga0208150_114277313300025751AqueousTYVELGTTFENETTLAIGTGVGSGALAAFGELSGSTDGNFQARVYTNSEFGKFVFTPGLNYGWGADGGDLVGFGENNEWGNVTGDLEVSVNPGIVGGEYAFVNTGVGIDGWSLQWDGGEVGAGYKLDLADNVYLDGRVSWGYDDQFEGTDRSITAGFGLKF
Ga0208150_116778013300025751AqueousMKNFLIAVSVMVAGVATAQEAPSVGNTYVELGTTFENETTLAIGTGVGSGALAAFGELSGSTDGNFQARVYTDSEFGKFVITPGLNYGWGADGGDLVGFGENNEWGDITGDLEVSVNPGIIGGEYAFANTGVGIDGWSLEWDGGEVGAGYKLDLADNVYLDGRVSWGYDDQF
Ga0208899_100561053300025759AqueousMDRIMVVIASLFVAGTAVAQDAPVSVGNTYVELGTTFENETLVAIGTGVGAGAVSAYGELSGSTDGNFQARAYTDAEFGSFKITPGLNYHWGADGGDLVGFGENNEWGDITGDLEVSVHPGLVGGEYVFANTAVGLDGWSLDWAGGEVGAGYKLDLAENVYVDGRVSWSYDDQFESGDRRFIAGFGLKF
Ga0208767_107120713300025769AqueousNFLIAVSVMVAGVATAQEAPSVGNTYVELGTTFENETTLAIGTGVGSGALAAFGELSGSTDGNFQARAYTNTEFGKFVFTPGLNYGWGADGGDLVGFGENNEWGNVTGDLEVSVNPGIVGGEYAFVNTGVGIDGWSLQWDGGEVGAGYKLDLADNVYLDGRVSWGYDDQFEGTDRSITAGFGLKF
Ga0208767_112517413300025769AqueousMKNFLIAVSVMVASMATAQEAPSVGNTYVELGTTFENETTLAIGTGVGSGALAAFGELSGSTDGNFQARVYTNSEFGKFVFTPGLNYGWGADGGDLVGFGENNEWGNVTGDLEVSVNPGIVGGEYAFVNTGVGIDGWSLQWDGGEVGAGYKLDLADNVYLDGRVSWGYDDQFEGTDRSITAGFGLKF
Ga0208767_124583313300025769AqueousNFLIAVSVMVASMATAQEAPSVGNTYVELGTTFENETTLAIGTGVGSGAVSAFGELSGSTDGNFQARAYTNAEFGKFVFTPGLNYGWGADGGDLVGFGENNEWGNVTGDLEVSVNPGIVGGEYAFANTSVGIDGWSLQWDGGEVGAGYKLDLADNVYLDGRVSWGYDDQFEGTDRSITAGFGLKF
Ga0208427_124800013300025771AqueousETTLAIGTGVGSGALAAFGELSGSTDGNFQARVYTNSEFGKFVFTPGLNYGWGADGGDLVGFGENNEWGDVTGDLEVSVNPGIVGGEYAFVNTGVGIDGWSLQWDGGEVGAGYKLDLADNVYLDGRVSWGYDDQFEGTDRSITAGFGLKF
Ga0208425_101288313300025803AqueousMKNLLIAVSVMVAGVATAQEAPTPVGNTYVELGTTFEGQTTLSVGTGVGSGALSAYGELSGSTDGNFQVRAYTDVEFGKFVITPGINYGWGEDGGDLVGFGDNNEWGDVTGDLEVALQPGIIGGEYVFANTGVGADGWSLEWDGGEVGAGYKLDLAENVYL
Ga0208543_109884913300025810AqueousTFEDQTTLSVGTGVGSGALSAYGELSGSTDGNFQVRAYTDVEFGKFVITPGINYGWGEDGGDLVGFGDNNEWGDVTGDLEVALQPGIIGGEYVFANTGVGADGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFESTDRRITAGFGLKF
Ga0208547_101313553300025828AqueousMKNLLIAVSVMVAGVATAQEAPTPVGNTYVELGTTFEDQTTLSVGTGVGSGALSAYGELSGSTDGNFQVRAYTDVEFGKFVITPGINYGWGEDGGDLVGFGDNNEWGDVTGDLEVALQPGIIGGEYVFANTGVGVDGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFESTDRRITAGFGLKF
Ga0208917_123465413300025840AqueousMKNFLIAVFTMVAGVATAQEAPSVGNTYVELGTTFENETTLAIGTGVGSGALAAFGELSGSTDGNFQARVYTDSEFGKFVITPGLNYGWGADGGDLVGFGENNEWGDVTGDLEVSVNPGIVGGEYAFANTGVGIDGWSLQWDGGEVGAGYKLDLAENVYLDGRVS
Ga0208645_104088363300025853AqueousGLWGPWNRRELRLPPLFSLQIIKNEENMNRIMVVIASLFVAGVAVAQDSPVTVGNTYVELGTTFENETLLSIGTGVGAGAVSAYGELSGSTDGNFQARAYTDAEFGSFKITPGLNYHWGADGGDLVGFGENNEWGDVTGDLEVSIHPGLVGGEYVFANTAVGLDGWSLDWAGGEVGAGYKLDLAENVYLDGRVSWSYDDQFESGDRRFVAGFGLKF
Ga0208645_106704243300025853AqueousMKNFLIAVFIMVASTATAQEAPSVGNTYVELGTTFENETTLAIGTGAGSGALAAFGELSGSTDGNFQARVYTNSEFGKFVITPGLNYGWGADGGDLVGFGENNVWGDVTGDLEVSVNPGIIGGEYAFANTGVGIDGWSLQWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFEGT
Ga0208645_114388523300025853AqueousVGNTYVELGTTFENETTLAIGTGVGSGAVSAFGELSGSTDGNFQARAYTNAEFGKFVFTPGLNYGWGADGGDLVGFGENNEWGNVTGDLEVSVNPGIVGGEYAFVNTGVGIDGWSLQWDGGEVGAGYKLDLADNVYLDGRVSWGYDDQFEGTDRSITAGFGLKF
Ga0209632_1006982923300025886Pelagic MarineMKNLLIAVSVMVAGVATAQEAPTSVGNTYVELGTTFEDQTTLTVGTGVGSGALSAYGELSGSTDGNFQARAYTDVEFGKFVITPGINYGWGEDGGDLVGFGDNNEWGDVTGDLEVALQPGIIGGEYVFANTGVGVDGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFESTDRRITAGFGLKF
Ga0208644_118841123300025889AqueousFLIAVSVMVASMATAQEAPSVGNTYVELGTTFENETTLAIGTGVGSGALAAFGELSGSTDGNFQARVYTNSEFGKFVFTPGLNYGWGADGGDLVGFGENNEWGDVTGDLEVSVNPGIVGGEYAFVNTGVGIDGWSLQWDGGEVGAGYKLDLADNVYLDGRVSWGYDDQFEGTDRSITAGFGLKF
Ga0208644_119931413300025889AqueousGLWGALEQKGASAPTLILSPNNNNEDNMNRIMVMIASLFVAGVAVAQDAPVSVGNTYVELGTTFENETILSVGTGVGSGAVSAYGELSGSTDGNFQARAYTDAEFGAFKITPGLNYHWGADGGDLVGFGENNEWGDVTADLEVSVNPGIVGGEYAFANTSVGLDGWSLDWNGGDFGVGYKLDLAENVYVDGRVSWSYDDQFESGDRRFIAGFGLKF
Ga0265309_1006886313300028599SedimentMKNLLIAVSVMAAGAATAQEAPMSVGNTYVELGTTFEDQTTLTVGTGVGSGALSAFGELSGSTDGTFQARAYTNAEFGKFVITPGINYGWGEDGGDLVGFGDNNEWGDVTGDLEVALQPGIIGGEYVFANTGVGVDGWSLEWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFEGTDRRITAGFGLKF
Ga0348335_064832_296_8773300034374AqueousMKQFLTSGIIAIALSGVAAAQVDQVYTASPQNTYVEIGTTFEDETMIALGTGVNAGAVSAFAELSGTTDNNFKARAYTEADLGKFKITPGINYTWGASGGDIIGLGDGNEWGDVSADLELSIHPMIIGGEYAFVNTEVGFDGWSLDWQGGEVGAGYKLDLAENVYFDGRVSWSYDDQFEGGQRRILAGIGLRF
Ga0348335_190461_14_5083300034374AqueousMKNFLIAVSVMVASMATAQEAPSVGNTYVELGTTFENETTLAIGTGVGSGALAAFGELSGSTDGNFQARAYTNTEFGKFVITPGLNYGWGADGGDLVGFGENNVWGDVTGDLEVSVNPGIVGGEYAFVNTGVGIDGWSLQWDGGEVGAGYKLDLADNVYLDGRVS
Ga0348336_042580_39_6743300034375AqueousLEQKGASAPTLILSPNNNNEDNMNRIVVMIASLFVAGVAVAQDAPISVGNTYVELGTTFENETILSVGTGVGSGAVSAYGELSGSTDGNFQARAYTDAEFGAFKITPGLNYHWGADGGDLVGFGENNEWGDVTADLEVSVNPGIVGGEYAFANTSVGLDGWSLDWNGGDFGVGYKLDLAENVYVDGRVSWSYDDQFESGDRRFIAGFGLKF
Ga0348336_143837_2_5293300034375AqueousMKNFLIAVFTMVAGVATAQEAPSVGNTYVELGTTFENETTLAIGTGVGSGALAAFGELSGSTDGNFQARVYTDSEFGKFVITPGLNYGWGADGGDLVGFGENNEWGDVTGDLEVSVNPGIVGGEYAFANTGVGIDGWSLQWDGGEVGAGYKLDLAENVYLDGRVSWGYDDQFEGTD
Ga0348337_004536_826_14073300034418AqueousMKQFLTSGIIAIALSGVAAAQVDQVYTASPQNTYVEIGTTFEDETMIALGTGVNAGAVSAFAELSGTTDSNFKARAYTEADLGKFKITPGLNYTWGASGGDIIGLGDGNEWGDVSADLELSVHPMIVGGEYAFVNTEVGFDGWSLDWQGGEVGAGYKLDLAENVYFDGRVSWSYDDQFEGGQRRILAGIGLRF

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