Metagenome Family F099215

Overview

Basic Information

• Family ID: F099215
• Family Type: Metagenome
• Number of Sequences: 103
• Average Sequence Length: 239 residues
• Representative Sequence: VAYIPLSNYKYDSGPHQIQSGPVSEGYIVLSSGILDVGADLGVVTPGPATSGVYSTTAWREVPPAISGYWTDFEENHYDPSGVLSVYNGYRPLSVTTIANAKVQTSLGPEFGVRDAGKYTYFGGAAPDNQNYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTANRAEWRYNPPVYCKTYTETVRSTAPGLMSSTLRYIYRGGASRYVSNYGSIYYQGSESVRNLVRTFSPSVNSSNQKSI
• Number of Associated Samples: 85
• Number of Associated Scaffolds: 103

Quality Assessment

• Transcriptomic Evidence: No
• Most common taxonomic group: Bacteria
• % of genes with valid RBS motifs: 16.50 %
• % of genes near scaffold ends (potentially truncated): 47.57 %
• % of genes from short scaffolds (< 2000 bps): 55.34 %
• Associated GOLD sequencing projects: 67
• AlphaFold2 3D model prediction: No

Note: High quality evidence is represented by blue. Low quality evidence is represented by red.

Most Common Taxonomy

• Group: Bacteria (94.175 % of family members)
• NCBI Taxonomy ID: 2
• Taxonomy: All Organisms → cellular organisms → Bacteria

Most Common Ecosystem

• GOLD Ecosystem: Environmental → Aquatic → Marine → Coastal → Unclassified → Aqueous (43.689 % of family members)
• Environment Ontology (ENVO): Unclassified (53.398 % of family members)
• Earth Microbiome Project Ontology (EMPO): Free-living → Saline → Water (saline) (53.398 % of family members)

Structure & Topology

Predicted Secondary Structure and Topology

Predicted Topology & Secondary Structure

• Classification: Globular
• Signal Peptide: No
• Secondary Structure distribution:
  α-helix: 0.00%
  β-sheet: 40.96%
  Coil/Unstructured: 59.04%

Gene Neighborhood

Neighboring Pfam domains

Pfam ID	Name	% Frequency in 103 Family Scaffolds
PF03161	LAGLIDADG_2	7.77
PF04724	Glyco_transf_17	6.80
PF03692	CxxCxxCC	1.94
PF00210	Ferritin	1.94
PF00383	dCMP_cyt_deam_1	1.94
PF08279	HTH_11	0.97
PF11753	DUF3310	0.97
PF05050	Methyltransf_21	0.97
PF00847	AP2	0.97
PF00534	Glycos_transf_1	0.97
PF12836	HHH_3	0.97
PF02945	Endonuclease_7	0.97

Phylogeny

NCBI Taxonomy

Level 1

Name	Rank	Taxonomy	Distribution
All Organisms	root	All Organisms	95.15 %
Unclassified	root	N/A	4.85 %

Level 2

Name	Rank	Taxonomy	Distribution
cellular organisms	root	All Organisms → cellular organisms	94.17 %
Unclassified	root	N/A	4.85 %
Viruses	superkingdom	All Organisms → Viruses	0.97 %

Level 3

Name	Rank	Taxonomy	Distribution
Bacteria	superkingdom	All Organisms → cellular organisms → Bacteria	94.17 %
Unclassified	root	N/A	4.85 %
Predicted Viral	clade	All Organisms → Viruses → Predicted Viral	0.97 %

Associated Scaffolds

Scaffold	Taxonomy	Length
3300000116|DelMOSpr2010_c10004002	All Organisms → cellular organisms → Bacteria	8301
3300001934|GOS2267_105029	All Organisms → Viruses → Predicted Viral	1831
3300002835|B570J40625_100128636	All Organisms → cellular organisms → Bacteria	2979
3300004112|Ga0065166_10026501	All Organisms → cellular organisms → Bacteria	1763
3300005527|Ga0068876_10057724	All Organisms → cellular organisms → Bacteria	2356
3300005581|Ga0049081_10120835	All Organisms → cellular organisms → Bacteria	969
3300005805|Ga0079957_1103926	Not Available	1541
3300006025|Ga0075474_10002919	All Organisms → cellular organisms → Bacteria	7150
3300006026|Ga0075478_10057284	All Organisms → cellular organisms → Bacteria	1272
3300006026|Ga0075478_10107178	All Organisms → cellular organisms → Bacteria	889
3300006027|Ga0075462_10077042	All Organisms → cellular organisms → Bacteria	1047
3300006637|Ga0075461_10046376	All Organisms → cellular organisms → Bacteria	1414
3300006802|Ga0070749_10000444	All Organisms → cellular organisms → Bacteria	28135
3300006802|Ga0070749_10482869	All Organisms → cellular organisms → Bacteria	676
3300006810|Ga0070754_10027648	All Organisms → cellular organisms → Bacteria	3210
3300006916|Ga0070750_10027878	All Organisms → cellular organisms → Bacteria	2821
3300006919|Ga0070746_10158597	All Organisms → cellular organisms → Bacteria	1098
3300007216|Ga0103961_1097169	Not Available	2492
3300007234|Ga0075460_10099600	All Organisms → cellular organisms → Bacteria	1046
3300007344|Ga0070745_1222814	All Organisms → cellular organisms → Bacteria	690
3300007345|Ga0070752_1106210	All Organisms → cellular organisms → Bacteria	1196
3300007345|Ga0070752_1168196	All Organisms → cellular organisms → Bacteria	891
3300007363|Ga0075458_10003620	All Organisms → cellular organisms → Bacteria	5035
3300007538|Ga0099851_1038747	All Organisms → cellular organisms → Bacteria	1891
3300007538|Ga0099851_1196260	All Organisms → cellular organisms → Bacteria	736
3300007541|Ga0099848_1137894	All Organisms → cellular organisms → Bacteria	910
3300007541|Ga0099848_1143271	All Organisms → cellular organisms → Bacteria	889
3300007541|Ga0099848_1171139	All Organisms → cellular organisms → Bacteria	793
3300007542|Ga0099846_1047488	All Organisms → cellular organisms → Bacteria	1633
3300007734|Ga0104986_1708	All Organisms → cellular organisms → Bacteria	25044
3300007960|Ga0099850_1168559	All Organisms → cellular organisms → Bacteria	874
3300007960|Ga0099850_1178153	All Organisms → cellular organisms → Bacteria	845
3300007960|Ga0099850_1237816	All Organisms → cellular organisms → Bacteria	705
3300008012|Ga0075480_10059235	All Organisms → cellular organisms → Bacteria	2222
3300008267|Ga0114364_1135411	All Organisms → cellular organisms → Bacteria	706
3300009009|Ga0105105_10013866	All Organisms → cellular organisms → Bacteria	3287
3300009009|Ga0105105_10378741	All Organisms → cellular organisms → Bacteria	784
3300009149|Ga0114918_10023727	All Organisms → cellular organisms → Bacteria	4529
3300009165|Ga0105102_10052211	Not Available	1801
3300009466|Ga0126448_1000211	All Organisms → cellular organisms → Bacteria	18594
3300009474|Ga0127390_1000047	All Organisms → cellular organisms → Bacteria	29501
3300009684|Ga0114958_10222966	All Organisms → cellular organisms → Bacteria	937
3300010297|Ga0129345_1154217	All Organisms → cellular organisms → Bacteria	829
3300010299|Ga0129342_1005173	All Organisms → cellular organisms → Bacteria	5700
3300010354|Ga0129333_10000267	All Organisms → cellular organisms → Bacteria	39199
3300010354|Ga0129333_10014323	All Organisms → cellular organisms → Bacteria	7540
3300010354|Ga0129333_10014422	All Organisms → cellular organisms → Bacteria	7514
3300010354|Ga0129333_10064455	All Organisms → cellular organisms → Bacteria	3411
3300010354|Ga0129333_10588034	All Organisms → cellular organisms → Bacteria	967
3300010370|Ga0129336_10100668	All Organisms → cellular organisms → Bacteria	1693
3300010370|Ga0129336_10177283	All Organisms → cellular organisms → Bacteria	1222
3300010389|Ga0136549_10211722	All Organisms → cellular organisms → Bacteria	838
3300017754|Ga0181344_1002032	All Organisms → cellular organisms → Bacteria	7270
3300019784|Ga0181359_1067240	All Organisms → cellular organisms → Bacteria	1362
3300020179|Ga0194134_10013060	All Organisms → cellular organisms → Bacteria	6151
3300020183|Ga0194115_10240642	All Organisms → cellular organisms → Bacteria	863
3300020498|Ga0208050_1004364	All Organisms → cellular organisms → Bacteria	1767
3300021091|Ga0194133_10001627	All Organisms → cellular organisms → Bacteria	38057
3300021963|Ga0222712_10050296	Not Available	3118
3300021964|Ga0222719_10072221	All Organisms → cellular organisms → Bacteria	2578
3300022065|Ga0212024_1000967	All Organisms → cellular organisms → Bacteria	2716
3300022065|Ga0212024_1046513	All Organisms → cellular organisms → Bacteria	757
3300022071|Ga0212028_1050301	All Organisms → cellular organisms → Bacteria	777
3300022179|Ga0181353_1016258	All Organisms → cellular organisms → Bacteria	1930
3300022183|Ga0196891_1011110	All Organisms → cellular organisms → Bacteria	1778
3300022187|Ga0196899_1003468	All Organisms → cellular organisms → Bacteria	7083
3300022187|Ga0196899_1024083	All Organisms → cellular organisms → Bacteria	2198
3300022198|Ga0196905_1012428	All Organisms → cellular organisms → Bacteria	2783
3300022200|Ga0196901_1205243	Not Available	631
3300024262|Ga0210003_1167961	All Organisms → cellular organisms → Bacteria	925
3300025630|Ga0208004_1001025	All Organisms → cellular organisms → Bacteria	10895
3300025630|Ga0208004_1013383	All Organisms → cellular organisms → Bacteria	2690
3300025646|Ga0208161_1106709	All Organisms → cellular organisms → Bacteria	762
3300025674|Ga0208162_1009918	All Organisms → cellular organisms → Bacteria	4059
3300025687|Ga0208019_1011725	All Organisms → cellular organisms → Bacteria	3697
3300025769|Ga0208767_1113386	All Organisms → cellular organisms → Bacteria	1056
3300025815|Ga0208785_1011203	All Organisms → cellular organisms → Bacteria	3205
3300025818|Ga0208542_1001734	All Organisms → cellular organisms → Bacteria	8976
3300025853|Ga0208645_1160310	All Organisms → cellular organisms → Bacteria	844
3300027712|Ga0209499_1141644	All Organisms → cellular organisms → Bacteria	883
3300027762|Ga0209288_10001083	All Organisms → cellular organisms → Bacteria	8184
3300027816|Ga0209990_10121247	All Organisms → cellular organisms → Bacteria	1256
3300029930|Ga0119944_1015432	All Organisms → cellular organisms → Bacteria	1088
3300031539|Ga0307380_10330010	All Organisms → cellular organisms → Bacteria	1401
3300031565|Ga0307379_11135367	All Organisms → cellular organisms → Bacteria	653
3300031578|Ga0307376_10057069	All Organisms → cellular organisms → Bacteria	2824
3300031707|Ga0315291_10009800	All Organisms → cellular organisms → Bacteria	11746
3300031784|Ga0315899_10929673	All Organisms → cellular organisms → Bacteria	781
3300031951|Ga0315904_10669839	All Organisms → cellular organisms → Bacteria	878
3300031963|Ga0315901_10481670	All Organisms → cellular organisms → Bacteria	972
3300031997|Ga0315278_10447662	All Organisms → cellular organisms → Bacteria	1332
3300032093|Ga0315902_10192154	All Organisms → cellular organisms → Bacteria	2062
3300032116|Ga0315903_10148476	All Organisms → cellular organisms → Bacteria	2157
3300032397|Ga0315287_10071058	All Organisms → cellular organisms → Bacteria	3885
3300033816|Ga0334980_0004676	All Organisms → cellular organisms → Bacteria	6148
3300034071|Ga0335028_0137438	All Organisms → cellular organisms → Bacteria	1567
3300034072|Ga0310127_126199	All Organisms → cellular organisms → Bacteria	1051
3300034106|Ga0335036_0003520	All Organisms → cellular organisms → Bacteria	13443
3300034106|Ga0335036_0171130	All Organisms → cellular organisms → Bacteria	1529
3300034200|Ga0335065_0005868	All Organisms → cellular organisms → Bacteria	8730
3300034374|Ga0348335_001006	All Organisms → cellular organisms → Bacteria	21931
3300034375|Ga0348336_041444	All Organisms → cellular organisms → Bacteria	2008
3300034418|Ga0348337_124625	All Organisms → cellular organisms → Bacteria	782

Environmental Properties

Associated Habitat Types

Ecosystem

Habitat	Taxonomy	Distribution
Environmental	Environmental	100.00%

Class

Habitat	Taxonomy	Distribution
Aquatic	Environmental → Aquatic	96.12%
Terrestrial	Environmental → Terrestrial	3.88%

Category

Habitat	Taxonomy	Distribution
Marine	Environmental → Aquatic → Marine	58.25%
Freshwater	Environmental → Aquatic → Freshwater	34.95%
Soil	Environmental → Terrestrial → Soil	2.91%
Unclassified	Environmental → Aquatic → Unclassified	1.94%
Sediment	Environmental → Aquatic → Sediment	0.97%
Deep Subsurface	Environmental → Terrestrial → Deep Subsurface	0.97%

Type

Habitat	Taxonomy	Distribution
Coastal	Environmental → Aquatic → Marine → Coastal	52.43%
Lake	Environmental → Aquatic → Freshwater → Lake	16.50%
Lentic	Environmental → Aquatic → Freshwater → Lentic	8.74%
Unclassified	Environmental → Aquatic → Freshwater → Unclassified	4.85%
Sediment	Environmental → Aquatic → Freshwater → Sediment	3.88%
Clay	Environmental → Terrestrial → Soil → Clay	2.91%
Oceanic	Environmental → Aquatic → Marine → Oceanic	1.94%
Unclassified	Environmental → Aquatic → Marine → Unclassified	1.94%
Unclassified	Environmental → Aquatic → Unclassified → Unclassified	1.94%
Drinking Water	Environmental → Aquatic → Freshwater → Drinking Water	0.97%
Intertidal Zone	Environmental → Aquatic → Marine → Intertidal Zone	0.97%
Neritic Zone	Environmental → Aquatic → Marine → Neritic Zone	0.97%
Unclassified	Environmental → Aquatic → Sediment → Unclassified	0.97%
Unclassified	Environmental → Terrestrial → Deep Subsurface → Unclassified	0.97%

Subtype

Habitat	Taxonomy	Distribution
Unclassified	Environmental → Aquatic → Marine → Coastal → Unclassified	52.43%
Unclassified	Environmental → Aquatic → Freshwater → Lake → Unclassified	13.59%
Unclassified	Environmental → Aquatic → Freshwater → Lentic → Unclassified	6.80%
Unclassified	Environmental → Aquatic → Freshwater → Unclassified → Unclassified	4.85%
Unclassified	Environmental → Aquatic → Freshwater → Sediment → Unclassified	3.88%
Sediment	Environmental → Aquatic → Freshwater → Lake → Sediment	2.91%
Unclassified	Environmental → Terrestrial → Soil → Clay → Unclassified	2.91%
Epilimnion	Environmental → Aquatic → Freshwater → Lentic → Epilimnion	1.94%
Sediment	Environmental → Aquatic → Marine → Oceanic → Sediment	1.94%
Unclassified	Environmental → Aquatic → Marine → Unclassified → Unclassified	1.94%
Unclassified	Environmental → Aquatic → Unclassified → Unclassified → Unclassified	1.94%
Unclassified	Environmental → Aquatic → Freshwater → Drinking Water → Unclassified	0.97%
Unclassified	Environmental → Aquatic → Marine → Intertidal Zone → Unclassified	0.97%
Unclassified	Environmental → Aquatic → Marine → Neritic Zone → Unclassified	0.97%
Unclassified	Environmental → Aquatic → Sediment → Unclassified → Unclassified	0.97%
Unclassified	Environmental → Terrestrial → Deep Subsurface → Unclassified → Unclassified	0.97%

Habitat

Habitat	Taxonomy	Distribution
Aqueous	Environmental → Aquatic → Marine → Coastal → Unclassified → Aqueous	43.69%
Freshwater To Marine Saline Gradient	Environmental → Aquatic → Marine → Coastal → Unclassified → Freshwater To Marine Saline Gradient	8.74%
Freshwater Lake	Environmental → Aquatic → Freshwater → Lentic → Unclassified → Freshwater Lake	5.83%
Freshwater	Environmental → Aquatic → Freshwater → Lake → Unclassified → Freshwater	4.85%
Freshwater	Environmental → Aquatic → Freshwater → Unclassified → Unclassified → Freshwater	4.85%
Freshwater Sediment	Environmental → Aquatic → Freshwater → Sediment → Unclassified → Freshwater Sediment	3.88%
Freshwater Lake	Environmental → Aquatic → Freshwater → Lake → Unclassified → Freshwater Lake	3.88%
Sediment	Environmental → Aquatic → Freshwater → Lake → Sediment → Sediment	2.91%
Soil	Environmental → Terrestrial → Soil → Clay → Unclassified → Soil	2.91%
Freshwater	Environmental → Aquatic → Freshwater → Lentic → Epilimnion → Freshwater	1.94%
Freshwater Lake	Environmental → Aquatic → Freshwater → Lake → Unclassified → Freshwater Lake	1.94%
Deep Subsurface	Environmental → Aquatic → Marine → Oceanic → Sediment → Deep Subsurface	1.94%
Estuarine Water	Environmental → Aquatic → Marine → Unclassified → Unclassified → Estuarine Water	1.94%
Meromictic Pond	Environmental → Aquatic → Unclassified → Unclassified → Unclassified → Meromictic Pond	1.94%
Freshwater Lentic	Environmental → Aquatic → Freshwater → Lentic → Unclassified → Freshwater Lentic	0.97%
Freshwater, Plankton	Environmental → Aquatic → Freshwater → Lake → Unclassified → Freshwater, Plankton	0.97%
Freshwater	Environmental → Aquatic → Freshwater → Lake → Unclassified → Freshwater	0.97%
Lake	Environmental → Aquatic → Freshwater → Lake → Unclassified → Lake	0.97%
Aquatic	Environmental → Aquatic → Freshwater → Drinking Water → Unclassified → Aquatic	0.97%
Marine	Environmental → Aquatic → Marine → Intertidal Zone → Unclassified → Marine	0.97%
Marine	Environmental → Aquatic → Marine → Neritic Zone → Unclassified → Marine	0.97%
Marine Methane Seep Sediment	Environmental → Aquatic → Sediment → Unclassified → Unclassified → Marine Methane Seep Sediment	0.97%
Fracking Water	Environmental → Terrestrial → Deep Subsurface → Unclassified → Unclassified → Fracking Water	0.97%

Associated Samples

Taxon OID	Sample Name	Habitat Type
3300000116	Marine microbial communities from Delaware Coast, sample from Delaware MO Spring March 2010	Environmental
3300001934	Estuary microbial communities from Chesapeake Bay, Maryland, USA - MOVE858	Environmental
3300002835	Freshwater microbial communities from Lake Mendota, WI - (Lake Mendota Combined Ray assembly, ASSEMBLY_DATE=20140605)	Environmental
3300004112	Freshwater lake microbial communities from Lake Michigan, USA - Su13.BD.MLB.SD (version 2)	Environmental
3300005527	Freshwater lake microbial communities from Lake Erie, under a cyanobacterial bloom - NOAA_Erie_Diel5S_2200h metaG	Environmental
3300005581	Freshwater lentic microbial communities from great Laurentian Lakes, MI, USA - Great Lakes metaG ER78MSRF	Environmental
3300005805	Microbial and algae communities from Cheney Reservoir in Wichita, Kansas, USA	Environmental
3300006025	Aqueous 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	Environmental
3300006026	Aqueous 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	Environmental
3300006027	Aqueous 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	Environmental
3300006637	Aqueous 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	Environmental
3300006802	Aqueous 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	Environmental
3300006810	Aqueous 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	Environmental
3300006916	Aqueous 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	Environmental
3300006919	Aqueous 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	Environmental
3300007216	Combined Assembly of cyanobacterial bloom in Punggol water reservoir, Singapore (Diel cycle-Surface and Bottom layer) 16 sequencing projects	Environmental
3300007234	Aqueous 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	Environmental
3300007344	Aqueous 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	Environmental
3300007345	Aqueous 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	Environmental
3300007363	Aqueous 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_0.3_<0.8_DNA	Environmental
3300007538	Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_2 Viral MetaG	Environmental
3300007541	Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1S Viral MetaG	Environmental
3300007542	Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1504_1 Viral MetaG	Environmental
3300007734	Freshwater viral communities from Lake Soyang, Gangwon-do, South Korea - SYL_2015Jan	Environmental
3300007960	Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1D Viral MetaG	Environmental
3300008012	Aqueous 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	Environmental
3300008267	Freshwater microbial communities from Harmful Algal Blooms in Lake Erie, Western Basin, USA - Station WLE12, sample HABS-E2014-0024-100-LTR	Environmental
3300009009	Freshwater sediment microbial communities from Prairie Pothole Lake near Jamestown, North Dakota, USA - PPLs Lake P8 Core (1) Depth 1-3cm September2015	Environmental
3300009149	Deep subsurface microbial communities from Baltic Sea to uncover new lineages of life (NeLLi) - Landsort_02402 metaG	Environmental
3300009165	Freshwater sediment microbial communities from Prairie Pothole Lake near Jamestown, North Dakota, USA - PPLs Lake P7 Core (6) Depth 1-3cm September2015	Environmental
3300009466	Aquatic microbial communities from different depth of meromictic Siders Pond, Falmouth, Massachusetts; Cast 1, 2m depth; DNA IDBA-UD	Environmental
3300009474	Aquatic microbial communities from different depth of meromictic Siders Pond, Falmouth, Massachusetts; Cast 1, 3m depth; DNA IDBA-UD	Environmental
3300009684	Freshwater microbial communities from Lake Croche, Canada to study carbon cycling - C_130208_EF_MetaG	Environmental
3300010297	Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_20_0.8_DNA	Environmental
3300010299	Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_15_0.2_DNA	Environmental
3300010354	Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_0.6_0.8_DNA	Environmental
3300010370	Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_0.6_0.2_DNA	Environmental
3300010389	Marine sediment microbial communities from methane seeps within Baltimore Canyon, US Atlantic Margin - Baltimore Canyon MUC-11 12-14 cmbsf	Environmental
3300017754	Freshwater viral communities from Lake Michigan, USA - Su13.VD.MLB.D.D	Environmental
3300019784	Freshwater viral communities from Lake Michigan, USA - Fa13.VD.MM15.S.D	Environmental
3300020179	Freshwater microbial communities from Lake Tanganyika, Tanzania - TA2015056 Kigoma Offshore 0m	Environmental
3300020183	Freshwater microbial communities from Lake Tanganyika, Tanzania - TA2015002 Mahale S4 surface	Environmental
3300020498	Freshwater microbial communities from Lake Mendota, WI - 13JUN2010 deep hole epilimnion (SPAdes)	Environmental
3300021091	Freshwater microbial communities from Lake Tanganyika, Tanzania - TA2015055 Kigoma Offshore 40m	Environmental
3300021963	Estuarine water microbial communities from San Francisco Bay, California, United States - C33_657D	Environmental
3300021964	Estuarine water microbial communities from San Francisco Bay, California, United States - C33_34D	Environmental
3300022065	Aqueous 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)	Environmental
3300022071	Aqueous 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)	Environmental
3300022179	Freshwater viral communities from Lake Michigan, USA - Fa13.VD.MLB.D.N	Environmental
3300022183	Aqueous 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)	Environmental
3300022187	Aqueous 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)	Environmental
3300022198	Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1S Viral MetaG (v3)	Environmental
3300022200	Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1504_1 Viral MetaG (v3)	Environmental
3300024262	Deep subsurface microbial communities from Baltic Sea to uncover new lineages of life (NeLLi) - Landsort_02402 metaG (SPAdes)	Environmental
3300025630	Aqueous 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)	Environmental
3300025646	Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1S Viral MetaG (SPAdes)	Environmental
3300025674	Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1M Viral MetaG (SPAdes)	Environmental
3300025687	Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1D Viral MetaG (SPAdes)	Environmental
3300025769	Aqueous 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)	Environmental
3300025815	Aqueous 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)	Environmental
3300025818	Aqueous 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)	Environmental
3300025853	Aqueous 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)	Environmental
3300027712	Freshwater microbial communities from Lake Croche, Canada to study carbon cycling - C_130208_EF_MetaG (SPAdes)	Environmental
3300027762	Freshwater sediment microbial communities from Prairie Pothole Lake near Jamestown, North Dakota, USA - PPLs Lake P8 Core (1) Depth 1-3cm September2015 (SPAdes)	Environmental
3300027816	Freshwater lake microbial communities from Lake Erie, under a cyanobacterial bloom - NOAA_Erie_Diel5S_2200h metaG (SPAdes)	Environmental
3300029930	Aquatic microbial communities from drinking water treatment plant in Pearl River Delta area, China - influent_20120727	Environmental
3300031539	Soil microbial communities from Risofladan, Vaasa, Finland - UN-3	Environmental
3300031565	Soil microbial communities from Risofladan, Vaasa, Finland - UN-2	Environmental
3300031578	Soil microbial communities from Risofladan, Vaasa, Finland - TR-2	Environmental
3300031707	Sediment microbial communities from Yellowstone Lake, YNP, Wyoming, USA - YL17G12_20	Environmental
3300031784	Freshwater fungal communities from buoy surface, Lake Erie, Ohio, United States - Buoy 4 MA112	Environmental
3300031951	Freshwater fungal communities from buoy surface, Lake Erie, Ohio, United States - Buoy 12 MA120	Environmental
3300031963	Freshwater fungal communities from buoy surface, Lake Erie, Ohio, United States - Buoy 2 MA116	Environmental
3300031997	Sediment microbial communities from Yellowstone Lake, YNP, Wyoming, USA - YL17G06_0	Environmental
3300032093	Freshwater fungal communities from buoy surface, Lake Erie, Ohio, United States - Buoy 12 MA117	Environmental
3300032116	Freshwater fungal communities from buoy surface, Lake Erie, Ohio, United States - Buoy 2 MA119	Environmental
3300032397	Sediment microbial communities from Yellowstone Lake, YNP, Wyoming, USA - YL17G11_0	Environmental
3300033816	Freshwater microbial communities from Lake Mendota, Madison, Wisconsin, United States - TYMEFLIES-ME16Sep2004-rr0005	Environmental
3300034071	Freshwater microbial communities from Lake Mendota, Madison, Wisconsin, United States - TYMEFLIES-ME17Oct2008D10-rr0110	Environmental
3300034072	Fracking water microbial communities from deep shales in Oklahoma, United States - MC-3-A	Environmental
3300034106	Freshwater microbial communities from Lake Mendota, Madison, Wisconsin, United States - TYMEFLIES-ME23Aug2013-rr0131	Environmental
3300034200	Freshwater microbial communities from Lake Mendota, Madison, Wisconsin, United States - TYMEFLIES-ME18Jul2013-rr0190	Environmental
3300034374	Aqueous 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)	Environmental
3300034375	Aqueous 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)	Environmental
3300034418	Aqueous 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)	Environmental

Family Sequences

Protein ID	Sample Taxon ID	Habitat	Sequence
DelMOSpr2010_1000400211	3300000116	Marine	VAYIPLSNYKYDSGPHQIQSGPVSEGYIVLSSGILDVGADLGVVTPGPATSGVYSTTAWREVPPAISGYWTDFEENHYDPSGVLSVYNGYRPLSVTTVANAKVQTSLGPEFGVRDAGKYTYFGGAAPDNQNYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTANRAEWRYNPPVYCKTYTETVRSTAPGLMSSTLRYIYRGGASRYVSNYGSIYYQGSESVRNLVRTFSPSVNSSNQKSI*
GOS2267_1050291	3300001934	Marine	DSGFHRVQSGPNHEGYIVVSSGIQDTGADLGIITAGPPNSGSWYLTTAWREVPQAVSGYWTDYENKDYLPSGSLSSYTGYRPLSVTTIANAKVVTSTGPEYGLRNEGKYTYYNGVAPTDQNYSPYNTPEANSAADGKTGGGVTHRNYEGTLLTNSLGSQGTANRSEWVYNPPVYCKTYTETIRSGAPGLMSTALRYIYRGKSTRYAYNYGSVYGQNPESVRTMVRTFSPGVNSSNQKSV*
B570J40625_1001286365	3300002835	Freshwater	VVYTPLSNYRYDHGPHRIQTGPNHEGFIVVSSGIQDIGADLGVITAGPPNSGSWYLTTGWRTVPQAVSGYWVDYENQDYLPSGSLSSYTGYRGLFTTTIANAKVVTSTGPNYGLRDDGKYTYFQGTAPSDQAYTPYNTPDGNTAAEGSTGGGVTHRNYEGGLLTNSLGSQGTANRAEWVYNPPVYCQTFTETVRSQAPGLMSSALRYVYRGKSSRYASNYGSIYHQLPESVRMTIRTFSPTVNSSNQKSI*
Ga0065166_100265011	3300004112	Freshwater Lake	VGYIPLSNYKYATGLHRIQSGPVSEGFIVLSSGIQDIGADLGIVAPGPMTSGVYSTTAWRSVPPAVSGYWTDFQDSDYQASGVLSVYNGYRALSVTTIANAKVQTSLGPEFGIRDAGKYTYFGGSAPDNQDYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTANRAEWVYNPPVYCKTYTETIRSTAPGLMSAALRYIYRGGAARYVSNYGSIYLQGSEGVRNLVRTFSPSVNSSNQKSI*
Ga0068876_100577243	3300005527	Freshwater Lake	VGYIPLSNYKYATGLHRIQSGPVSEGFIVLSSGIQDIGADLGIVAPGPMTSGVYSTTAWRSVPPAVSGYWTDFQDSDYQASGVLSVYNGYRALSVTTIANAKVQTSLGPEFGIRDAGKYTYFGGSAPDNQDYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTANRAEWVYNPPVYCKTYTETVRSTAPGLMSAALRYIYRGGAARYVSNYGSIYLQGSEGVRNLVRTFSPSVNSSNQKSI*
Ga0049081_101208352	3300005581	Freshwater Lentic	VGYIPLSNYKYDTGLHRLQSGPVSEGYIVVSSGIVDTGADLGIVTPGPMTSGVYSTTAWRAVPPAVSGYWTDFQDSDYQASGVLSVYNGYRALSVTTIANAKVQTSLGPEFGVRDAGKYTYFGGSAPDNQNYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTANRAEWVYNPPVYCKTYTETVRSTAPGLMSATLRYIYRGGAARYVSNYGSIYLQGSESVRNLVRTFSSSVNSSNQKSI*
Ga0079957_11039262	3300005805	Lake	VVYAPLSNYKYDDGYHRIQSGPVHPTYIVVSSGIQDTGADYGIVTAGPPNSGLYTTTAWRQVPQAVSGYWVDYENNDYLPSGSLSAYTGYRSLYTTTIANAKVVTSTGPEFGIRNAGTYRYYNGIAPSNQAYTPYDTPASNTSAEGRTGGGVTHRSYEGSLLINVLGSQGTADRSQWRYQPPVYCQTFTETVRSETPGLMSTALRFVYRGKSTRYAYNYGSVYYQAPEGVRSMVRIYSPTVNSSNQKSI*
Ga0075474_100029192	3300006025	Aqueous	VAYIPLSNYKYDSGPHQIQSGPVSEGYIVLSSGILDVGADLGVVTPGPATSGVYSTTAWRAVPPAVSGYWTDFTENNYDPSGVLSVYNGYRPLSVTTIANAKVQTSLGPEFGVRDAGKYTYFGGAAPDNQNYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTSNRAEWVYNPPVYCKTYTETVRSTAPGLMSSTLRYIYRGGASRYVSNYGSIYYQGSESVRNLVRTFSSSVNSSNQKST*
Ga0075478_100572841	3300006026	Aqueous	GYIVVSSGIVDTGADVGIVTPGPMTSGVYSTTAWREVPPAISGYWTDFQDSDYQASGVLSVYNGYRALSVTAIANAKVQTSLGPEFGVRDAGKYTYFGGAAPDNQDYTPYNTPEGNTAAEGKTGGGVTHGRYEGGLLTNSLGSQGTANRSEWVYNPPVYCKTYTETVRSSVPGLMSSALRYIYRGGATRYVSNYGSIYLQGSESVRNLVRTFSPSVNSSNQKSF*
Ga0075478_101071782	3300006026	Aqueous	VAYIPLSNYKYDSGPHRIQSGPISEGYIVLSSGILDVGADLGVVTAGPATSGVYSTTAWRAVPPAVSGYWTDFTENNYDPSGVLSVYNGYRPLSVTTIANAKVQTSLGPEFGVRDAGKYTYFGGAAPDNQNYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTSNRAEWVYNPPVYCKTYTETVRSTAPGLMSSTLRYIYRGGASRYVSNYGSIYYQGSESVRNLV
Ga0075462_100770421	3300006027	Aqueous	VAYIPLSNYKYDSGPHRIQSGPISEGYIVLSSGILDVGADLGVVTAGPATSGVYSTTAWRAVPPAVSGYWTDFTENNYDPSGVLSVYNGYRPLSVTTIANAKVQTSLGPEFGVRDAGKYTYFGGAAPDNQNYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTSNRAEWVYNPPVYCKTYTETVRSTAPGLMSSTLRYIYRGGASRYVSNYGSIYYQGSESVRNLVRTFSSSVNSSNQKSI*
Ga0075461_100463762	3300006637	Aqueous	VAYIPLSNYKYDSGPHRIQSGPISEGYIVLSSGILDVGADLGVVTAGPATSGVYSTTAWRAVPPAVSGYWTDFTENNYDPSGVLSVYNGYRPLSVTTIANAKIQTSLGPEFGVRDAGKYTYFGGAAPDNQNYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTSNRAEWVYNPPVYCKTYTETVRSTAPGLMSSTLRYIYRGGASRYVSNYGSIYYQGSESVRNLVRTFSSSVNSSNQKST*
Ga0070749_1000044453	3300006802	Aqueous	VGYIPLSNYKYDTGLHRLQSGPISEGYIVVSSGIVDTGADVGIVTPGPMTSGVYSTTAWREVPPAISGYWTDFQDSDYQASGVLSVYNGYRALSVTAIANAKVQTSLGPEFGVRDAGKYTYFGGAAPDNQDYTPYNTPEGNTAAEGKTGGGVTHGRYEGGLLTNSLGSQGTANRSEWVYNPPVYCKTYTETVRSSVPGLMSSALRYIYRGGATRYVSNYGSIYLQGSESVRNLVRTFSPSVNSSNQKSF*
Ga0070749_104828691	3300006802	Aqueous	SEGYIVLSSGILDVGADLGVVTAGPATSGVYSTTAWRAVPPAVSGYWTDFTENNYDPSGVLSVYNGYRPLSVTTIANAKVQTSLGPEFGVRDAGKYTYFGGAAPDNQNYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTSNRAEWVYNPPVYCKTYTETVRSTAPGLMSSTLRYIYRGGASRYVSNYGSIYYQGSESVRNLVRTFSSSVNSSNQKS
Ga0070754_100276484	3300006810	Aqueous	VAYIPLSNYKYDSGPHRIQSGPISEGYIVLSSGILDVGADLGVVTAGPATSGVYSTTAWRAVPPAVSGYWTDFTENNYDPSGVLSVYNGYRPLSVTTIANAKIQTSLGPEFGVRDAGKYTYFGGAAPDNQNYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTSNRAEWVYNPPVYCKTYTETVRSTAPGLMSSTLRYIYRGGASRYVSNYGSIYYQGSESVRNLVRTFSSSVNSSNQKSS*
Ga0070750_100278781	3300006916	Aqueous	YDSGPHQIQSGPVSEGYIVLSSGILDVGADLGVVTPGPATSGVYSTTAWREVPPAISGYWTDFEENHYDPSGVLSVYNGYRPLSVTTVANAKVQTSLGPEFGVRDAGKYTYFGGAAPDNQNYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTANRAEWRYNPPVYCKTYTETVRSTAPGLMSSTLRYIYRGGASRYVSNYGSIYYQGSESVRNLVRTFSPSVNSSNQKSI*
Ga0070746_101585971	3300006919	Aqueous	VAYIPLSNYKYDSGPHRIQSGPISEGYIVLSSGILDVGADLGVVTAGPATSGVYSTTAWRAVPPAVSGYWTDFTENNYDPSGVLSVYNGYRPLSVTTIANAKVQTSLGPEFGVRDAGKYTYFGGAAPDNQNYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTSNRAEWVYNPPVYCKTYTETVRSTAPGLMSSTLRYIYRGG
Ga0103961_10971694	3300007216	Freshwater Lake	VVYTPLSNYKYDRGFHRIQSGPNHEGFIVVSSGIQDIGADLGVIVPGPPNSGSWYSTDQWRQVPQAVSGYWTDYENKDYLPSGSLSSYNGYRPLSVTTIANAKVVTSTGPEYGLRNEGIYTYYRGVAPTDQNYNPYNTPNDNSAAQGFTGGGVTHRSYEGTLLTNSLGSQGTANRSEWVYNPPVYCQTYTETIRSGAPGLMSSALRYVYRGKSTRYAYNYGSVYMQGSESVRNMVRVFSPTVNSSNQKTI*
Ga0075460_100996001	3300007234	Aqueous	VAYIPLSNYKYDSGPHRIQSGPISEGYIVLSSGILDVGADLGVVTAGPATSGVYSTTAWRAVPPAVSGYWTDFTENNYDPSGVLSVYNGYRPLSVTTIANAKVQTSLGPEFGVRDAGKYTYFGGAAPDNQNYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTSNRAEWVYNPPVYCKTYTETVRSTAPGLMSSTLRYIYRGGASRYVSNYGSIYYQGSESVRNLVRT
Ga0070745_12228141	3300007344	Aqueous	IQSGPVSEGYIVLSSGILDVGADLGVVTPGPATSGVYSTTAWREVPPAISGYWTDFEENHYDPSGVLSVYNGYRPLSVTTVANAKVQTSLGPEFGVRDAGKYTYFGGAAPDNQNYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTANRAEWRYNPPVYCKTYTETVRSTAPGLMSSTLRYIYRGGASRYVSNYGSIYYQGSESVRNLVRTFSPSVNSSNQ
Ga0070752_11062103	3300007345	Aqueous	VAYIPLSNYKYDSGPHQIQSGPVSEGYIVLSSGILDVGADLGVVTPGPATSGVYSTTAWREVPPAISGYWTDFEENHYDPSGVLSVYNGYRPLSVTTVANAKVQTSLGPEFGVRDAGKYTYFGGAAPDNQNYTPYNTPEGNTTAQGKTGGGVTHGRYEGGLLTNSLGSQGTANRAEWRYNPPVYCKTYTETVRSTAPGLMSSTLRYIYRGGASRYVSNYGSIYYQGSESVRNLVRTFSPSVNSSNQKSI*
Ga0070752_11681962	3300007345	Aqueous	VAYIPLSNYKYDSGPHRIQSGPVSEGYIVLSSGILDVGADLGVVTAGPATSGVYSTTAWRAVPPAVSGYWTDFTENNYDPSGVLSVYNGYRPLSVTTIANAKVQTSLGPEFGVRDAGKYTYFGGAAPDNQNYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTSNRAEWVYNPPVYCKTYTETVRSTAPGLMSSTLRYIYRGGASRYVSNYGSIYYQGSESVRNLV
Ga0075458_100036205	3300007363	Aqueous	VVYTPLSNYKYDTGFHRIQSGPNHEGYIVLSSGIQDTGADLGVIVPGPPNSGSWYLTDQWRQVPQAVSGYWTDYENTDYLPSGSLSSYNGYRPLSVTTIANAKVVTSTGPEYGLRNEGTYIYYRGVAPADQNYNPYNTPEANTAAQGKTGGGVTHRSYEGTLLTNTLGSQGTADRSEWEYNRPVYCRTYTETVRSGTPGLMSSSLRYVYRGRSTRYAYNYGSVYMQNSESVRNMVRTFSPTVNSSNQKSI*
Ga0099851_10387471	3300007538	Aqueous	VGYIPLSNYKYDTGLHRLQSGPISEGYIVVSSGIVDTGADLGIVTPGPMTSGVYSTTAWRSVPPAISGYWTDFQDSDYQASGVLGVYNGYRALSVTTIANAKVQTSIGPEFGVRDAGKYTYFGGSAPNNQDYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTANRSEWVYNPPVYCKTYTETVRSTAPGLMSAPLRYIYRGGATRYVSNYGSIYLQGSESVRNLVRTFSPSVNSSNQKSI*
Ga0099851_11962601	3300007538	Aqueous	LGIVTPGPMTSGVYSTTAWRAVPPAVSGYWTDFQDSDYQASGVLSVYNGYRGLSTETIANAKVQTSFGPEFGIRDAEKYTYFGGLAPDNQNYTPYNTPESNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTANRSEWVYNPPVYCKTYTETVRSTAPGLMSSALRYVYRGGATRYVSNYGSIYFQGSESVRNLVRTFSPSVNSSNQKSI*
Ga0099848_11378941	3300007541	Aqueous	VVYAPLSNYKYDDGYHRIQSGPVHPTYIVVSSGIQDTGADYGIVTAGPPNSGLYTTTAWRQVPQAVSGYWVDYENNDYLPSGSLSAYTGYRSLYTTTIANAKVVTSTGPEFGVRNAGTYRYYNGIAPSNQAYTPYDTPASNTSAEGRTGGGVTHRSYEGSLLINVLGSQGTADRSQWRYQPPVYCQTFTETVRSETPGLMSTALRFVYRGKSTRYAYNYGSVYYQAPEGVRSMVRVFSPTVNSSNQKSV*
Ga0099848_11432711	3300007541	Aqueous	VGYIPLSNYKYDTGLHRLQSGPVSEGYIVVSSGIVDTGADLGIVTPGPMTSGVYSTTAWRSVPPAVSGYWTDFQDSDYQASGVLGISNGYRALSFTTIANAKVQTSIGPEFGLRDSGKYTYFGGAAPDNQNYTPYNTPESNTSAQGRTGGGVTHGRYEGGLLTNSLGSQGTSNRSQWVYNPPVYCKTYTETVRSTVPGLMSTALRSVYRGGAARYVSNYGSVYLQNSESVRNLVRNFSSSVNSSNQKSI*
Ga0099848_11711391	3300007541	Aqueous	VVYTPLSNYKYDSGFHRVQSGPNHEGYIVVSSGIQDTGADLGIITAGPPNSGSWYLTTAWREVPQAVSGYWTDYENKDYLPSGSLSSYTGYRPLSVTTIANAKVVTSTGPEYGLRNEGKYTYYNGVAPTDQNYSPYNTPEANSAADGKTGGGVTHRNYEGTLLTNSLGSQGTANRSEWVYNPPVYCKTYTETIRSGAPGLMSTALRYIYR
Ga0099846_10474883	3300007542	Aqueous	VGYIPLSNYKYDTGLHRLQSGPISEGYIVVSSGIVDTGADLGIVTPGPMTSGVYSTTAWRSVPPAVSGYWTDFQDSDYQASGVLSISNGYRALNFTTIANAKVQTSIGPEFGLRDSGKYTYFGGASPDNQNYTPYNTPESNTSAQGRTGGGVTHGRYEGGLLTNSLGSQGTSNRSEWVYNPPVYCKTYTETVRSTVPGLMSTALRSVYRGGAARYVSNYGSVYLQNSESVRNLVRNFSSSVNSSNQKSI*
Ga0104986_17083	3300007734	Freshwater	VVYTPLSNYKYDTGFHRIQSGPNHEGYIVLSSGIQDIGADLGVIVPGPPNSGSWYLTDQWRQVPQAVSGYWIDYENKDYLPSGSLSSYNGYRPLSVTTIANAKVVTSTGPEYGIRNEGIYTYYRGVAPADQNYNPYNTPEANSAAQGKTGGGVTHRSYEGTLLTNSLGSQGTADRSEWTYNPPVYCRTYTETIRSGTPGLMSSALRYVYRGKSTRYAYNYGSVYMQGSESVRNMVRVFSPTVNSSNQKSI*
Ga0099850_11685592	3300007960	Aqueous	YDTGLHRLQSGPVSEGYIVVSSGIIDTGADLGIVTPGPMTSGVYSTTAWRAVPPAVSGYWTDFQDSDYQASGVLSVYNGYRGLSTETIANAKVQTSFGPEFGIRDAGKYTYFGGAAPDNQNYTPYNTPESNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTANRSEWVYNPPVYCKTYTETVRSTAPGLMSSALRYVYRGGATRYVSNYGSIYFQGSESVRNLVRTFSPSVNSSNQKSI*
Ga0099850_11781531	3300007960	Aqueous	ISEGYIVVSSGIVDTGADLGIVTPGPMTSGVYSTTAWRSVPPAISGYWTDFQDSDYQASGVLGVYNGYRALSVTTIANAKVQTSIGPEFGVRDAGKYTYFGGSAPNNQDYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTANRSEWVYNPPVYCKTYTETVRSTAPGLMSAPLRYIYRGGATRYVSNYGSIYLQGSESVRNLVRTFSPSVNSSNQKSI*
Ga0099850_12378161	3300007960	Aqueous	YDTGLHRLQSGPVSEGYIVVSSGIIDTGADLGIVTPGPMTSGVYSTTAWRSVPPAISGYWTDFQDSDYQASGVLGISNGYRALSFTTIANAKVQTSIGPEFGLRDSGKYTYFGGASPDNQNYTPYNTPESNTSAQGRTGGGVTHGRYEGGLLTNSLGSQGTSNRSEWVYNPPVYCKTYTETVRSTVPGLMSTALRSVYRGGAARYVSNYGSVYLQNSESVRNLVRNFSSSVNSS
Ga0075480_100592354	3300008012	Aqueous	VAYIPLSNYKYDSGPHRIQSGPVSEGYIVLSSGILDVGADLGVVTAGPATSGVYSTTAWRAVPPAVSGYWTDFTENNYDPSGVLSVYNGYRPLSVTTIANAKVQTSLGPEFGVRDAGKYTYFGGAAPDNQNYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTSNRAEWVYNPPVYCKTYTETVRSTAPGLMSSTLRYIYRGGASRYVSNYGSIYYQGSESVRNLVRTFSSSVNSSNQKSS*
Ga0114364_11354111	3300008267	Freshwater, Plankton	VAYIPLSNYKYDSGPHQIQSGPVSEGYIVLSSGILDTGADVGIVTPGPPTSGVYSTTAWREVPPAISGYWTDFEENYYDPSGVLSVYNGYRPLSVTTIANAKVQTSVGPEFGVRDAGKYTYFGGAAPDNQNYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTANRAEWRYNPPVYCKTYTETVRSTAPGLMSSALRYIYRGGASRY
Ga0105105_100138661	3300009009	Freshwater Sediment	VAPGPMTSGVYSTTAWRSVPPAVSGYWTDFQDSDYQASGVLSVYNGYRALSVTTIANAKVQTSLGPEFGIRDAGKYTYFGGAAPDNQNYTPYNTPEGNTAAQGQTGGGVTHGRYEGGLLTNSLGSQGTSNRSEWVYNPPVYCKTYTSTVRSTVPGLMSAALRYIYRGGAARYVSNYGSIYLQGSEGVRNLVRTFSPSVNSSNQKSI*
Ga0105105_103787411	3300009009	Freshwater Sediment	VVYAPLSNYKYDDGYHRIQSGPVHPTYIVVSSGIQDTGADYGTVTPGPPNSGLYTTTAWRQVPQAVSGYWVDYENNDYLPSGSLSAYTGYRSLYTTTIANAKVVTSTGPEFGIRNAGTYRYYNGIAPSNQAYTPYDTPASNTSAEGRTGGGVTHRSYEGSLLINVLGSQGTADRSQWRYQPPVYCQTFTETVRSETPGLMSTALRFVYRGKSTRYAYNYGSVYYQAP
Ga0114918_100237277	3300009149	Deep Subsurface	VAYIPLSNYEYDSGPHQIQSGPVSEGYIVLSSGILDVGADLGVVTPGPATSGVYSTTAWREVPPAISGYWTDFEENHYDPSGVLSVYNGYRPLSVTTVANAKVQTSLGPEFGVRDAGKYTYFGGAAPDNQNYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTANRAEWRYNPPVYCKTYTETVRSTAPGLMSSTLRYIYRGGASRYVSNYGSIYYQGSESVRNLVRTFSPSVNSSNQKSI*
Ga0105102_100522111	3300009165	Freshwater Sediment	VVYAPLSNYKYDDGYHRIQSGPVHPTYIVVSSGIQDTGADYGIITPGPPNSGLYTTTAWRQVPQAVSGYWVDYENNDYLPSGSLSAYTGYRSLYTTTIANAKVVTSTGPEFGIRNAGTYRYYNGIAPSNQAYTPYDTPASNTSAEGRTGGGVTHRSYEGSLLINVLGSQGTADRSQWRYQPPVYCQTFTETVRSETPGLMSTALRFVYRGKSTRYAYNYGSVYYQAPEGVRSMVRIYSPTVNSSNQKSI*
Ga0126448_100021110	3300009466	Meromictic Pond	VGYIPLSNYKYDTGLHRLQSGPISEGYIVVSSGIVDTGADLGIVTSGPMTSGVYSTTAWRAVPPAISGYWTDFQDSDYQASGVLGVYNGYRALSVTTIANAKVQTSIGPEFGLRDAGKYTYFGGAAPDNQNYTPYNTPESNTSAQGRTGGGVTHGRYEGGLLTNSLGSQGTSNRSEWVYNPPVYCKTYTETVRSTVPGLMSTALRSVYRGGAARYVSNYGSIYLQNSESVRNLVRNFSPSVNSSNQKSI*
Ga0127390_100004715	3300009474	Meromictic Pond	MTSGVYSTTAWRAVPPAISGYWTDFQDSDYQASGVLGVYNGYRALSVTTIANAKVQTSIGPEFGLRDAGKYTYFGGAAPDNQNYTPYNTPESNTSAQGRTGGGVTHGRYEGGLLTNSLGSQGTSNRSEWVYNPPVYCKTYTETVRSTVPGLMSTALRSVYRGGAARYVSNYGSIYLQNSESVRNLVRNFSPSVNSSNQKSI*
Ga0114958_102229662	3300009684	Freshwater Lake	MVYTPLGNYKYDRGLHRIQSGPNHEGYIVSSSGIKDTGADLGVITAGPPNSGSWYLTTAWRRVPQAVSGYWVDYENSDYLPSGSLSSYTGYRSLFATTIAGAKVITAEGADYGLRDTGKYTYFRGLAPDAQAYSPYNTPEDNTAAQGTTGGGVTHRNYEGGLLTNLLGAQGSANRAEWVYNAPVYCETFTETVRSQSPGLMSSALRYIYRGKSSRYVYNYGSVYHQGPESVRNLLRPFSP
Ga0129345_11542171	3300010297	Freshwater To Marine Saline Gradient	YDTGLHRLQSGPISEGYIVVSSGIVDTGADLGIVTPGPMTSGVYSTTAWRSVPPAVSGYWTDFQDSDYQASGVLSISNGYRALNFTTIANAKVQTSIGPEFGLRDSGKYTYFGGASPDNQNYTPYNTPESNTSAQGRTGGGVTHGRYEGGLLTNSLGSQGTSNRSEWVYNPPVYCKTYTETVRSTVPGLMSTALRSVYRGGAARYVSNYGSVYLQNSESVRNLVRNFSSSVNSSNQKSI*
Ga0129342_10051735	3300010299	Freshwater To Marine Saline Gradient	VGYIPLSNYKYDTGLHRLQSGPISEGYIVVSSGIVDTGADLGIVTPGPMTSGVYSTTAWRSVPPAVSGYWTDFQDSDYQASGVLGISNGYRALSFTTIANAKVQTSIGPEFGLRDSGKYTYFGGASPDNQNYTPYNTPESNTSAQGRTGGGVTHGRYEGGLLTNSLGSQGTSNRSEWVYNPPVYCKTYTETVRSTVPGLMSTALRSVYRGGAARYVSNYGSVYLQNSESVRNLVRNFSSSVNSSNQKSI*
Ga0129333_1000026731	3300010354	Freshwater To Marine Saline Gradient	VTYTPLSNYKYDSGPHRIQSGPNYEGFVVVASGINDLGADLGVITPGAPNSGLWYQTDDWRSVPRAVSGYWTDYTHDVAYEPSGALDAYVGYRSISSTTVAGVKTQTATTPDYGVRNAGKYLYYGGGAPDGQVYTPFNTPDSNSAAEGYTGGGVTHRNYEGAILTNDLGSQGTANRAEWRYNPPVYCKTYTETVRSQAPGLMSTPLRFIYRGGSTRYVSNYGSVYYQIPESVRGLIRPFSTSVNVGNQPQV*
Ga0129333_100143239	3300010354	Freshwater To Marine Saline Gradient	VVYTPLPNYKYDTGFHRIQSGPNHEGYIVLSSGIQDTGADLGVIVPGPPNSGSWYLTDQWRQVPQAVSGYWTDYENTDYLPSGSLSSYNGYRPLSVTTIANAKVVTSTGPEYGLRNEGTYIYYRGVAPADQNYNPYNTPEANTAAQGKTGGGVTHRSYEGTLLTNTLGSQGTADRSEWEYNRPVYCRTYTETVRSGTPGLMSSSLRYVYRGRSTRYAYNYGSVYLQNSESVRNMVRTFSPTVNSSNQKSI*
Ga0129333_100144222	3300010354	Freshwater To Marine Saline Gradient	VAYTPLSNYKYSTGFHRIQSGPNHEGYIVVSSGIQDTGADLGVIVPGPPNSGSWYVTNEWRAVPQAVSGYWTDYENVDYLPSGSLSSYNGYRPLSITTIANAKVVTSVGPEFGIRDAGKYTYYNGTAPDNQAYSPYNTPEGNTAAEGKTGGGVTHRNYEGTLLTNTFGSQGTANRAEWQYNPPVYCQTFTETTRSNQPGLMSSAIRTVYRGKSTRYAYNYGSVYLQNSESIRGIIRTFSPTVNSSNQKG*
Ga0129333_100644555	3300010354	Freshwater To Marine Saline Gradient	VVYAPLSNYKYDDGYHRIQSGPVHPTYIVVSSGIQDTGADYGIVTPGPPNSGVYTTTAWRQVPQAVSGYWVDYENNDYLPSGSLSAYTGYRSLYTTTIANAKVVTSTGPEFGIRNAGTYRYYNGIAPSNQAYTPYDTPASNTSAEGRTGGGVTHRSYEGSLLINVLGSQGTADRSQWRYQPPVYCQTFTETVRSETPGLMSTELRFVYRGKSTRYAYNYGSVYYQAPEGVRSMVRVFSPTVNSSNQKSV*
Ga0129333_105880341	3300010354	Freshwater To Marine Saline Gradient	VVYTPLSNYRYDHGPHRIQTGPNHEGFIVVSSGIQDIGADLGVITAGPPNSGSWYLTTGWRTVPQAVSGYWVDYENQDYLPSGSLSSYTGYRGLFTTTIANAKVVTSTGPNYGLRDDGKYTYFRGTAPSNQAYTPYNTPDGNTAAEGSTGGGVTHRNYEGGLLTNSLGSQGTANRAEWVYNPPVYCQTFTETVRSQAPGLMSSALRYVYRGKSSRYASNYGS
Ga0129336_101006683	3300010370	Freshwater To Marine Saline Gradient	VYTPLSNYRYDHGPHRIQTGPNHEGFIVVSSGIQDIGADLGVITAGPPNSGSWYLTTGWRTVPQAVSGYWVDYENQDYLPSGSLSSYTGYRGLFTTTIANAKVVTSTGPNYGLRDDGKYTYFQGTAPSDQAYTPYNTPDGNTAAEGSTGGGVTHRNYEGGLLTNSLGSQGTANRAEWVYNPPVYCQTFTETVRSQAPGLMSSALRYVYRGKSSRYASNYGSIYHQLPESVRTTIRTFSPTVNSSNQKAI*
Ga0129336_101772831	3300010370	Freshwater To Marine Saline Gradient	VVYTPLSNYKYDSGPHRIETGPNHEGFVVVSSGIQDTGADLGIITAGPPNSGWYSTDQWRAVPRAVSGYWTDYTHDVAYEPSGALDAYVGYRSISSTTVAGVKTQTALTADYGIRDAGKYTYYNGFAPDNQAYTPYNTPEGNTTAEGTTGGGVTHRNYEGSLLTNDLGRQGTANRAEWKYNPPVYCRTYTETVRSESPGLMSTAVRFIYRGGSSRYVSNYGSVYYQSPESVRGLIRPFSSSVNVGNQPNV*
Ga0136549_102117222	3300010389	Marine Methane Seep Sediment	GLHRIQSGPNHEGYIVVSSGINDTGADLGIIVPGPPNSGSWYTTTEWRTVPQAVSGYWTNYEDVDYLPSDSLSSYNGYRPLSVTTIANAKVVTSTGPEFGIRDAGKYTYYNGTAPDNQPYSPYNTPEGNTVAEGKTGGGVTHRNYEGTLLTNVLGSQGTANRSEWQYNPPVYCQTFTETTRSNQPGLMSVAIRTVYRGKSTRYAYNYGSVYLQNSESVRNLIRTYSPSVNSSNQKG*
Ga0181344_10020328	3300017754	Freshwater Lake	VGYIPLSNYKYATGLHRIQSGPVSEGFIVLSSGIQDIGADLGIVAPGPMTSGVYSTTAWRSVPPAVSGYWTDFQDSDYQASGVLSVYNGYRALSVTTIANAKVQTSLGPEFGIRDAGKYTYFGGSAPDNQDYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTANRAEWVYNPPVYCKTYTETIRSTAPGLMSAALRYIYRGGAARYVSNYGSIYLQGSEGVRNLVRTFSPSVNSSNQKSI
Ga0181359_10672401	3300019784	Freshwater Lake	VGYIPLSNYKYDTGLHRLQSGPVSEGYIVVSSGIVDTGADLGIVTPGPMTSGVYSTTAWRAVPPAVSGYWTDFQDSDYQASGVLSVYNGYRALSVTTIANAKVQTSLGPEFGVRDAGKYTYFGGSAPDNQNYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTANRAEWVYNPPVYCKTYTETVRSTAPGLMSATLRYIYRGGAARYVSNYGSIYLQGSESVRNLVRTFSSSVNSSNQKSI
Ga0194134_1001306011	3300020179	Freshwater Lake	VVYTPLSNYKYDSGFHRIQTGPNHEGYIVVSSGIQDIGADNGIITAGPPNSGTWYVTNAWRTVPQAVSGYWVDYQDNDYLPSGSLSAYTGYRPYSTTKIANAKVATAIGPEYGTRNEGKYTYYAGTAPSDQAYNPYNTPEGNTAAEGKTGGGVTHKNYEGTLLTNSLGSQGTSNRAEWTYNPPVYCKTYTETVRSDTPGLMSSALRYIYRGRSTRYAYNYGSIYLQNSESVRNIVRTFSATVNSS
Ga0194115_102406421	3300020183	Freshwater Lake	FHRIQTGPNHEGYIVVSSGIQDIGADNGIITAGPPNSGTWYVTNAWRTVPQAVSGYWVDYQDNDYLPSGSLSAYTGYRPYSTTKIANAKVATAIGPEYGTRNEGKYTYYAGTAPSDQAYNPYNTPEGNTAAEGKTGGGVTHKNYEGTLLTNSLGSQGTSNRAEWTYNPPVYCKTYTETVRSDTPGLMSSALRYIYRGRSTRYAYNYGSIYLQNSESVRNIVRTFSATVNSSNQRNI
Ga0208050_10043641	3300020498	Freshwater	IFIVVYTPLSNYRYDHGPHRIQTGPNHEGFIVVSSGIQDIGADLGVITAGPPNSGSWYLTTGWRTVPQAVSGYWVDYENQDYLPSGSLSSYTGYRGLFTTTIANAKVVTSTGPNYGLRDDGKYTYFQGTAPSDQAYTPYNTPDGNTAAEGSTGGGVTHRNYEGGLLTNSLGSQGTANRAEWVYNPPVYCQTFTETVRSQAPGLMSSALRYVYRGKSSRYASNYGSIYHQLPESVRMTIRTFSPTVNSSNQKSI
Ga0194133_1000162729	3300021091	Freshwater Lake	VVYTPLSNYKYDSGFHRIQTGPNHEGYIVVSSGIQDIGADNGIITAGPPNSGTWYVTNAWRTVPQAVSGYWVDYQDNDYLPSGSLSAYTGYRPYSTTKIANAKVATAIGPEYGTRNEGKYTYYAGTAPSDQAYNPYNTPEGNTAAEGKTGGGVTHKNYEGTLLTNSLGSQGTSNRAEWTYNPPVYCKTYTETVRSDTPGLMSSALRYIYRGRSTRYAYNYGSIYLQNSESVRNIVRTFSATVNSSNQRNI
Ga0222712_100502962	3300021963	Estuarine Water	VVYTPLSNYKYDTGFHRIQSGPNHEGYIVLSSGIQDTGADLGVIVPGPPNSGSWYLTDQWRQVPQAVSGYWTDYENTDYLPSGSLSSYNGYRPLSVTTIANAKVVTSTGPEYGLRNEGTYIYYRGVAPADQNYNPYNTPEANTAAQGKTGGGVTHRSYEGTLLTNTLGSQGTADRSEWEYNRPVYCRTYTETVRSGTPGLMSSTLRYVYRGRSTRYAYNYGSVYLQNSESVRNMVRTFSPTVNSSNQKSI
Ga0222719_100722212	3300021964	Estuarine Water	VAYIPLSNYKYDSGPHRIQSGPVSEGYIVLSSGILDVGADLGVVTAGPATSGVYSTTAWRAVPAAVSGYWTDFTENNYDPSGVLSVYNGYRPLSVTTIANAKVQTSLGPEFGVRDAGKYTYFGGAAPDNQNYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTSNRAEWVYNPPVYCKTYTETVRSTAPGLMSSTLRYIYRGGASRYVSNYGSIYYQGSESVRNLVRTFSSSVNSSNQKSS
Ga0212024_10009675	3300022065	Aqueous	VAYIPLSNYKYDSGPHQIQSGPVSEGYIVLSSGILDVGADLGVVTPGPATSGVYSTTAWREVPPAISGYWTDFEENHYDPSGVLSVYNGYRPLSVTTVANAKVQTSLGPEFGVRDAGKYTYFGGAAPDNQNYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTANRAEWRYNPPVYCKTYTETVRSTAPGLMSSTLRYIYRGGASRYVSNYGSIYYQGSESVRN
Ga0212024_10465131	3300022065	Aqueous	SEGYIVLSSGILDVGADLGVVTPGPATSGVYSTTAWRAVPPAVSGYWTDFTENNYDPSGVLSVYNGYRPLSVTTIANAKVQTSLGPEFGVRDAGKYTYFGGAAPDNQNYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTSNRAEWVYNPPVYCKTYTETVRSTAPGLMSSTLRYIYRGGASRYVSNYGSIYYQGSESVRNLVRTFSSSVNSSNQKSS
Ga0212028_10503011	3300022071	Aqueous	LDVGADLGVVTAGPATSGVYSTTAWRAVPPAVSGYWTDFTENNYDPSGVLSVYNGYRPLSVTTIANAKVQTSLGPEFGVRDAGKYTYFGGAAPDNQNYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTSNRAEWVYNPPVYCKTYTETVRSTAPGLMSSTLRYIYRGGASRYVSNYGSIYYQGSESVRNLVRTFSSSVNSSNQKST
Ga0181353_10162584	3300022179	Freshwater Lake	VGYIPLSNYKYATGLHRIQSGPVSEGFIVLSSGIQDIGADLGIVAPGPMTSGVYSTTAWRSVPPAVSGYWTDFQDSDYQASGVLSVYNGYRALSVTTIANAKVQTSLGPEFGIRDAGKYTYFGGSAPDNQDYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTANRAEWVYNPPVYCKTYTETIRSTAPGLMSAALRYIYRGGAARYVSNYGSIYLQGSEGVRNLVRTFSPSVNSSNQ
Ga0196891_10111101	3300022183	Aqueous	VAYIPLSNYKYDSGPHQIQSGPVSEGYIVLSSGILDVGADLGVVTPGPATSGVYSTTAWREVPPAISGYWTDFEENHYDPSGVLSVYNGYRPLSVTTVANAKVQTSLGPEFGVRDAGKYTYFGGAAPDNQNYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTANRAEWRYNPPVYCKTYTETVRSTAPGLMSSTLRYIYRGGASRYVSNYGSIYYQGSESVRNLVRTFSPSVNSSNQKSI
Ga0196899_10034688	3300022187	Aqueous	VGYIPLSNYKYDTGLHRLQSGPISEGYIVVSSGIVDTGADVGIVTPGPMTSGVYSTTAWREVPPAISGYWTDFQDSDYQASGVLSVYNGYRALSVTAIANAKVQTSLGPEFGVRDAGKYTYFGGAAPDNQDYTPYNTPEGNTAAEGKTGGGVTHGRYEGGLLTNSLGSQGTANRSEWVYNPPVYCKTYTETVRSSVPGLMSSALRYIYRGGATRYVSNYGSIYLQGSESVRNLVRTFSPSVNSSNQKSF
Ga0196899_10240831	3300022187	Aqueous	VAYIPLSNYKYDSGPHRIQSGPISEGYIVLSSGILDVGADLGVVTAGPATSGVYSTTAWRAVPPAVSGYWTDFTENNYDPSGVLSVYNGYRPLSVTTIANAKIQTSLGPEFGVRDAGKYTYFGGAAPDNQNYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTSNRAEWVYNPPVYCKTYTETVRSTAPGLMSSTLRYIYRGGASRYVSNYGSIYYQGSESVRNLVRTFSSSVNSSNQKSS
Ga0196905_10124282	3300022198	Aqueous	VGYIPLSNYKYDTGLHRLQSGPISEGYIVVSSGIVDTGADLGIVTPGPMTSGVYSTTAWRSVPPAISGYWTDFQDSDYQASGVLGVYNGYRALSVTTIANAKVQTSIGPEFGVRDAGKYTYFGGSAPNNQDYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTANRSEWVYNPPVYCKTYTETVRSTAPGLMSAPLRYIYRGGATRYVSNYGSIYLQGSESVRNLVRTFSPSVNSSNQKSI
Ga0196901_12052431	3300022200	Aqueous	TYIVVSSGIQDTGADYGIVTAGPPNSGLYTTTAWRQVPQAVSGYWVDYENNDYLPSGSLSAYTGYRSLYTTTIANAKVVTSTGPEFGVRNAGTYRYYNGIAPSNQAYTPYDTPASNTSAEGRTGGGVTHRSYEGSLLINVLGSQGTADRSQWRYQPPVYCQTFTETVRSETPGLMSTALRFVYRGKSTRYAYNYGSVYYQAPEGVRSMVR
Ga0210003_11679611	3300024262	Deep Subsurface	VAYIPLSNYEYDSGPHQIQSGPVSEGYIVLSSGILDVGADLGVVTPGPATSGVYSTTAWREVPPAISGYWTDFEENHYDPSGVLSVYNGYRPLSVTTVANAKVQTSLGPEFGVRDAGKYTYFGGAAPDNQNYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTANRAEWRYNPPVYCKTYMETVRSTAPGLMSSTLRYIYRGGASRYVSNYGSIYYQGSESVRNLVRTFSPSVNSSNQKSI
Ga0208004_100102515	3300025630	Aqueous	PHQIQSGPVSEGYIVLSSGILDVGADLGVVTPGTATSGVYSTTAWRAVPPAVSGYWTDFTENNYDPSGVLSVYNGYRPLSVTTIANAKVQTSLGPEFGVRDAGKYTYFGGAAPDNQNYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTSNRAEWVYNPPVYCKTYTETVRSTAPGLMSSTLRYIYRGGASRYVSNYGSIYYQGSESVRNLVRTFSSSVNSSNQKST
Ga0208004_10133834	3300025630	Aqueous	PHQIQSGPVSEGYIVLSSGILDVGADLGVVTPGPATSGVYSTTAWREVPPAISGYWTDFEENHYDPSGVLSVYNGYRPLSVTTVANAKVQTSLGPEFGVRDAGKYTYFGGAAPDNQNYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTANRAEWRYNPPVYCKTYTETVRSTAPGLMSSTLRYIYRGGASRYVSNYGSIYYQGSESVRNLVRTFSPSVNSSNQKSI
Ga0208161_11067091	3300025646	Aqueous	GLHRLQSGPVSEGYIVVSSGIVDTGADLGIVTPGPMTSGVYSTTAWRSVPPAVSGYWTDFQDSDYQASGVLGISNGYRALSFTTIANAKVQTSIGPEFGLRDSGKYTYFGGAAPDNQNYTPYNTPESNTSAQGRTGGGVTHGRYEGGLLTNSLGSQGTSNRSQWVYNPPVYCKTYTETVRSTVPGLMSTALRSVYRGGAARYVSNYGSVYLQNSESVRNLVRNFSSSVNSSNQKSI
Ga0208162_10099185	3300025674	Aqueous	VGYIPLSNYKYDTGLHRLQSGPISEGYIVVSSGIVDTGADLGIVTPGPMTSGVYSTTAWRSVPPAVSGYWTDFQDSDYQASGVLGISNGYRALNFTTIANAKVQTSIGPEFGLRDSGKYTYFGGASPDNQNYTPYNTPESNTSAQGRTGGGVTHGRYEGGLLTNSLGSQGTSNRSEWVYNPPVYCKTYTETVRSTVPGLMSTALRSVYRGGAARYVSNYGSVYLQNSESVRNLVRNFSSSVNSSNQKSI
Ga0208019_10117256	3300025687	Aqueous	VGYIPLSNYKYDTGLHRLQSGPVSEGYIVVSSGIIDTGADLGIVTPGPMTSGVYSTTAWRAVPPAVSGYWTDFQDSDYQASGVLSVYNGYRGLSTETIANAKVQTSFGPEFGIRDAGKYTYFGGAAPDNQNYTPYNTPESNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTANRSEWVYNPPVYCKTYTETVRSTAPGLMSSALRYVYRGGATRYVSNYGSIYFQGSESVRNLVRTFSPSVNSSNQKSI
Ga0208767_11133863	3300025769	Aqueous	VAYIPLSNYKYDSGPHRIQSGPISEGYIVLSSGILDVGADLGVVTAGPATSGVYSTTAWRAVPPAVSGYWTDFTENNYDPSGVLSVYNGYRPLSVTTIANAKVQTSLGPEFGVRDAGKYTYFGGAAPDNQNYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTSNRAEWVYNPPVYCKTYTETVRSTAPGLMSSTLRYIYRGGASRYVSNYGSIYYQGSESVRNLVRTFSSSVNSSNQKSS
Ga0208785_10112031	3300025815	Aqueous	VAYIPLSNYKYDSGPHQIQSGPVSEGYIVLSSGILDVGADLGVVTPGPATSGVYSTTAWRAVPPAVSGYWTDFTENNYDPSGVLSVYNGYRPLSVTTIANAKVQTSLGPEFGVRDAGKYTYFGGAAPDNQNYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTSNRAEWVYNPPVYCKTYTETVRSTAPGLMSSTLRYIYRGGASRYVSNYGSIYYQGSESVRNLVRTFSSSVNSSNQKST
Ga0208542_100173410	3300025818	Aqueous	VAYIPLSNYKYDSGPHRIQSGPISEGYIVLSSGILDVGADLGVVTAGPATSGVYSTTAWRAVPPAVSGYWTDFTENNYDPSGVLSVYNGYRPLSVTTIANAKVQTSLGPEFGVRDAGKYTYFGGAAPDNQNYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTSNRAEWVYNPPVYCKTYTETVRSTAPGLMSSTLRYIYRGGASRYVSNYGSIYYQGSESVRNLVRTFSSSVNSSNQKST
Ga0208645_11603101	3300025853	Aqueous	YDSGPHQIQSGPVSEGYIVLSSGILDVGADLGVVTPGPATSGVYSTTAWREVPPAISGYWTDFEENHYDPSGVLSVYNGYRPLSVTTVANAKVQTSLGPEFGVRDAGKYTYFGGAAPDNQNYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTANRAEWRYNPPVYCKTYTETVRSTAPGLMSSTLRYIYRGGASRYVSNYGSIYYQGSESVRNLVRTFSPSVNSSNQKSI
Ga0209499_11416442	3300027712	Freshwater Lake	MVYTPLGNYKYDRGLHRIQSGPNHEGYIVSSSGIKDTGADLGVITAGPPNSGSWYLTTAWRRVPQAVSGYWVDYENSDYLPSGSLSSYTGYRSLFATTIAGAKVITAEGADYGLRDTGKYTYFRGLAPDAQAYSPYNTPEDNTAAQGTTGGGVTHRNYEGGLLTNLLGAQGSANRAEWVYNAPVYCETFTETVRSQSPGLMSSALRYIYRGKSSRYVYNYGS
Ga0209288_100010837	3300027762	Freshwater Sediment	VGYIPLSNYKYATGLHRIQSGPVSEGFIVLSSGIQDIGADLGIVAPGPMTSGVYSTTAWRSVPPAVSGYWTDFQDSDYQASGVLSVYNGYRALSVTTIANAKVQTSLGPEFGIRDAGKYTYFGGAAPDNQNYTPYNTPEGNTAAQGQTGGGVTHGRYEGGLLTNSLGSQGTSNRSEWVYNPPVYCKTYTSTVRSTVPGLMSAALRYIYRGGAARYVSNYGSIYLQGSEGVRNLVRTFSPSVNSSNQKSI
Ga0209990_101212473	3300027816	Freshwater Lake	VGYIPLSNYKYATGLHRIQSGPVSEGFIVLSSGIQDIGADLGIVAPGPMTSGVYSTTAWRSVPPAVSGYWTDFQDSDYQASGVLSVYNGYRALSVTTIANAKVQTSLGPEFGIRDAGKYTYFGGSAPDNQDYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTANRAEWVYNPPVYCKTYTETVRSTAPGLMSAALRYIYRGGAARYVSNYGSIYLQGSEGVRNLVRTFSPSVNSSNQKSI
Ga0119944_10154322	3300029930	Aquatic	EGYIVVSSGIQDIGADLGVIVPGPPNSGSWYLTDQWRQVPQAVSGYWTDYENKDYLPSGSLSSYNGYRPLSVTTIANAKVVTSTGPEYGIRNEGIYTYYQGVAPADQNYNPYNTPEANSAAQGKTGGGVTHRSYEGTLLTNSLGSQGTADRSEWTYNPPVYCRTYTETIRSGTPGLMSSALRYVYRGKSTRYAYNYGSVYMQGSESVRNMVRVFSPTVNSSNQKAI
Ga0307380_103300103	3300031539	Soil	VAYIPLSNYEYDSGPHQIQSGPVSEGYIVLSSGILDVGADLGVVTPGPATSGVYSTTAWREVPPAISGYWTDFEENHYDPSGVLSVYNGYRPLSVTTIANAKVQTSLGPEFGVRDAGKYTYFGGAAPDNQNYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTANRAEWRYNPPVYCKTYTETVRSTAPGLMSSTLRYIYRGGASRYVSNYGSIYYQGSESVRNLVRTFSPSVNSSNQKSI
Ga0307379_111353671	3300031565	Soil	PVSEGYIVLSSGILDVGADLGVVTPGPATSGVYSTTAWREVPPAISGYWTDFEENHYDPSGVLSVYNGYRPLSVTTIANAKVQTSLGPEFGVRDAGKYTYFGGAAPDNQNYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTANRAEWRYNPPVYCKTYTETVRSTAPGLMSSTLRYIYRGGASRYVSNYGSIYYQGSESVRNLVRTFS
Ga0307376_100570692	3300031578	Soil	VAYIPLSNYEYDSGPHQIQSGPVSEGYIVLSSGILDVGADLGVVTPGPATSGVYSTTAWREVPPAISGYWTDFKENHYDPSGVLSVYNGYRPLSVTTIANAKVQTSLGPEFGVRDAGKYTYFGGAAPDNQNYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTANRAEWRYNPPVYCKTYTETVRSTAPGLMSSTLRYIYRGGASRYVSNYGSIYYQGSESVRNLVRTFSPSVNSSNQKSI
Ga0315291_1000980014	3300031707	Sediment	VVYTPLSNYKYDSGPHRIQSGPNHEGYIVSSSGIQDTGADLGVITAGPPNSGSWYTTTAWRTVPQAVSGYWTDYENTDYLPTQSLSSYTGYRGLFTTTIAGAKVVTSEGANYGLRDTGKYTYYNGKAPDNQAYSPYNTPDGNTAAEGTTGGGVTHRNYEGGLLTNILGSQGTQNRAEWVYNAPVYCQTFTETVRSQAPGLMSTALRFVYRGKSSRYAYNYGSAYLQGSESVRNLVRPFSSSVNSSNQKSI
Ga0315899_109296731	3300031784	Freshwater	VAYIPLSNYKYDSGPHQIQSGPVSEGYIVLSSGILDTGADIGIVTPGPPTSGVYSTTAWREVPPAISGYWTDFEENYYDPSGVLSVYNGYRPLSVTTIANAKVQTSIGPEFGVRDAGKYTYFGGAAPDNQNYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTANRAEWRYNPPVYCKTYTETVRSTAPGLMSSALRYIYRGGASRYVSNYGSIYYQGSESVRNLVRTFSSSVNSSNQKSV
Ga0315904_106698392	3300031951	Freshwater	PPTSGVYSTTAWREVPPAISGYWTDFEENYYDPSGVLSVYNGYRPLSVTTIANAKVQTSIGPEFGVRDAGKYTYFGGAAPDNQNYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTANRAEWRYNPPVYCKTYTETVRSTAPGLMSSALRYIYRGGASRYVSNYGSIYYQGSESVRNLVRTFSSSVNSSNQKSV
Ga0315901_104816703	3300031963	Freshwater	VAYIPLSNYKYDSGPHQIQSGPVSEGYIVLSSGILDTGADVGIVTPGPPTSGVYSTTAWREVPPAISGYWTDFEENYYDPSGVLSVYNGYRPLSVTTIANAKVQTSVGPEFGVRDAGKYTYFGGAAPDNQNYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTANRAEWRYNPPVYCKTYTETVRSTAPGLMSSALRYIYRGGASRYVSNYGSI
Ga0315278_104476624	3300031997	Sediment	VVYTPLSNYKYDSGPHRIQSGPNHEGYIVSSSGIQDTGADLGVITAGPPNSGSWYTTTAWRTVPQAVSGYWTDYENTDYLPTQSLSSYTGYRGLFTTTIAGAKVVTSEGANYGLRDTGKYTYYNGKAPDNQAYSPYNTPDGNTAAEGTTGGGVTHRNYEGGLLTNILGSQGTQNRAEWVYNAPVYCQTFTETVRSQAPGLMSTALRFVYRGKSSRYAYNFGSAYLQGSESVR
Ga0315902_101921541	3300032093	Freshwater	VAYIPLSNYKYDSGPHQIQSGPVSEGYIVLSSGILDTGADIGIVTPGPPTSGVYSTTAWREVPPAISGYWTDFEENYYDPSGVLSVYNGYRPLSVTTIANAKVQTSIGPEFGVRDAGKYTYFGGAAPDNQNYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTANRAEWRYNPPVYCKTYTETVRSTAPGLMSSALRYIYRGGASRYVSNYGSIYYQGSESVRNLVRT
Ga0315903_101484761	3300032116	Freshwater	AYIPLSNYKYDSGPHQIQSGPVSEGYIVLSSGILDTGADVGIVTPGPPTSGVYSTTAWREVPPAISGYWTDFEENYYDPSGVLSVYNGYRPLSVTTIANAKVQTSVGPEFGVRDAGKYTYFGGAAPDNQNYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTANRAEWRYNPPVYCKTYTETVRSTAPGLMSSALRYIYRGGASRYVSNYGSIYYQGSESVRNLVRTFSPSVNSSNQKSV
Ga0315287_100710581	3300032397	Sediment	VVYTPLSNYKYDSGPHRIQSGPNHEGYIVSSSGIQDTGADLGVITAGPPNSGSWYTTTAWRTVPQAVSGYWTDYENTDYLPTQSLSSYTGYRGLFTTTIAGAKVVTSEGANYGLRDTGKYTYYNGKAPDNQAYSPYNTPDGNTAAEGTTGGGVTHRNYEGGLLTNILGSQGTQNRAEWVYNAPVYCQTFTETVRSQAPGLMSTALRFVYRGKSSRYAYNYGSAYLQGSESV
Ga0334980_0004676_5465_6148	3300033816	Freshwater	VGYIPLSNYKYATGLHRIQSGPVSEGFIVLSSGIQDIGADLGIVAPGPMTSGVYSTTAWRSVPPAVSGYWTDFQDSDYQASGVLSVYNGYRALSVTTIANAKVQTSLGPEFGIRDAGKYTYFGGAAPDNQNYTPYNTPEGNTAAQGQTGGGVTHGRYEGGLLTNSLGSQGTSNRSEWVYNPPVYCKTYTSTVRSTVPGLMSAALRYIYRGGAARYVSNYGSIYLQGSE
Ga0335028_0137438_959_1564	3300034071	Freshwater	MTSGVYSTTAWRSVPPAVSGYWTDFQDSDYQASGVLSVYNGYRALSVTTIANAKVQTSLGPEFGIRDAGKYTYFGGAAPDNQNYTPYNTPEGNTAAQGQTGGGVTHGRYEGGLLTNSLGSQGTSNRSEWVYNPPVYCKTYTSTVRSTVPGLMSAALRYIYRGGAARYVSNYGSIYLQGSEGVRNLVRTFSPSVNSSNQKSI
Ga0310127_126199_1_726	3300034072	Fracking Water	MGYIPLSNYRYDTGLHRLQSGPVSEGYIVVSSGIVDTGADLGIVTPGPMTSGVYSTTAWRAVPPAVSGYWTDFQDSDYQASGVLSVYNGYRALSVTTIANAKVQTSFGPEFGVRDAGKYTYFGGAAPDNQDYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTANRAEWVYNPPVYCKTYTETVRSTAPGLMSATLRYIYRGGATRYVSNYGSLYLQGPEGVRNLVRTFSSSVN
Ga0335036_0003520_853_1602	3300034106	Freshwater	VVYAPLSNYKYDDGYHRIQSGPVHPTYIVVSSGIQDTGADYGIVTPGPPNSGVYTTTAWRQVPQAVSGYWVDYENNDYLPSGSLSAYTGYRSLYTTTIANAKVVTSTGPEFGIRNAGTYRYYNGIAPSNQAYTPYDTPASNTSAEGRTGGGVTHRSYEGSLLINVLGSQGTADRSQWRYQPPVYCQTFTETVRSETPGLMSTALRFVYRGKSTRYAYNYGSVYYQAPEGVRSMVRVFSPTVNSSNQKSV
Ga0335036_0171130_889_1527	3300034106	Freshwater	MVYAPLSNYKYDDGYHRIQSGPVHPTYIVVSSGIQDTSADYGIVTPGPPNSGLYTTTAWRQVPQAVSGYWVDYENNDYLPSGSLSAYTGYRSLYTTTIANAKVVTSTGPEFGIRNAGTYRYYNGIAPSNQAYTPYDTPASNTSAEGRTGGGVTHRSYEGSLLINVLGSQGTADRSQWRYQPPVYCQTFTETVRSETPGLMSTALRFVYRGKST
Ga0335065_0005868_6780_7529	3300034200	Freshwater	MVYAPLSNYKYDDGYHRIQSGPVHPTYIVVSSGIQDTGADYGIVTPGPPNSGVYTTTAWRQVPQAVSGYWVDYENNDYLPSGSLSAYTGYRSLYTTTIANAKVVTSTGPEFGIRNAGTYRYYNGIAPSNQAYTPYDTPASNTSAEGRTGGGVTHRSYEGSLLINVLGSQGTADRSQWRYQPPVYCQTFTETVRSETPGLMSTALRFVYRGKSTRYAYNYGSVYYQAPEGVRSMVRVFSPTVNSSNQKSI
Ga0348335_001006_1268_2017	3300034374	Aqueous	VAYIPLSNYKYDSGPHRIQSGPVSEGYIVLSSGILDVGADLGVVTAGPATSGVYSTTAWRAVPPAVSGYWTDFTENNYDPSGVLSVYNGYRPLSVTTIANAKIQTSLGPEFGVRDAGKYTYFGGAAPDNQNYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTSNRAEWVYNPPVYCKTYTETVRSTAPGLMSSTLRYIYRGGASRYVSNYGSIYYQGSESVRNLVRTFSSSVNSSNQKST
Ga0348336_041444_987_1736	3300034375	Aqueous	VAYIPLSNYKYDSGPHQIQSGPVSEGYIVLSSGILDVGADLGVVTPGPATSGVYSTTAWREVPPAISGYWTDFEENHYDPSGVLSVYNGYRPLSVTTIANAKVQTSLGPEFGVRDAGKYTYFGGAAPDNQNYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTANRAEWRYNPPVYCKTYTETVRSTAPGLMSSTLRYIYRGGASRYVSNYGSIYYQGSESVRNLVRTFSPSVNSSNQKSI
Ga0348337_124625_128_781	3300034418	Aqueous	GILDVGADLGVVTPGPATSGVYSTTAWREVPPAISGYWTDFEENHYDPSGVLSVYNGYRPLSVTTVANAKVQTSLGPEFGVRDAGKYTYFGGAAPDNQNYTPYNTPEGNTAAQGKTGGGVTHGRYEGGLLTNSLGSQGTANRAEWRYNPPVYCKTYTETVRSTAPGLMSSTLRYIYRGGASRYVSNYGSIYYQGSESVRNLVRTFSPSVNSSNQKSI