Metagenome / Metatranscriptome Family F055553

Basic Information
Family ID	F055553
Family Type	Metagenome / Metatranscriptome
Number of Sequences	138
Average Sequence Length	188 residues
Representative Sequence	PFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLPGEVAECVGAGVAKYVPAAYAAHSTFGTHRKGEGLYGG
Number of Associated Samples	66
Number of Associated Scaffolds	138

Quality Assessment
Transcriptomic Evidence	Yes
Most common taxonomic group	Unclassified
% of genes with valid RBS motifs	2.21 %
% of genes near scaffold ends (potentially truncated)	97.83 %
% of genes from short scaffolds (< 2000 bps)	92.03 %
Associated GOLD sequencing projects	45
AlphaFold2 3D model prediction	No

Most Common Taxonomy
Group	Unclassified (77.536 % of family members)
NCBI Taxonomy ID	N/A
Taxonomy	N/A

Most Common Ecosystem
GOLD Ecosystem	Environmental → Aquatic → Marine → Coastal → Unclassified → Aqueous (72.464 % of family members)
Environment Ontology (ENVO)	Unclassified (75.362 % of family members)
Earth Microbiome Project Ontology (EMPO)	Free-living → Saline → Water (saline) (95.652 % of family members)

Full Alignment
Alignment of all the sequences in the family.

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Seed Alignment
Alignment of a non-redundant set of sequences, used to build the family's HMM profile.

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AlphaFold2 Input Alignment
Refined alignment used as input for AlphaFold2.

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Predicted Topology & Secondary Structure
Classification:	Globular	Signal Peptide:	No	Secondary Structure distribution:	α-helix: 13.76% β-sheet: 18.52% Coil/Unstructured: 67.72%
Feature Viewer

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Pfam ID	Name	% Frequency in 138 Family Scaffolds
PF14354	Lar_restr_allev	10.14
PF07486	Hydrolase_2	2.90

COG ID	Name	Functional Category	% Frequency in 138 Family Scaffolds
COG3773	Cell wall hydrolase CwlJ, involved in spore germination	Cell cycle control, cell division, chromosome partitioning [D]	2.90

Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:

Name	Rank	Taxonomy	Distribution
Unclassified	root	N/A	77.54 %
All Organisms	root	All Organisms	22.46 %

Name	Rank	Taxonomy	Distribution
Unclassified	root	N/A	77.54 %
Viruses	superkingdom	All Organisms → Viruses	21.01 %
cellular organisms	root	All Organisms → cellular organisms	1.45 %

Name	Rank	Taxonomy	Distribution
Unclassified	root	N/A	77.54 %
Predicted Viral	clade	All Organisms → Viruses → Predicted Viral	21.01 %
Bacteria	superkingdom	All Organisms → cellular organisms → Bacteria	1.45 %

Name	Rank	Taxonomy	Distribution
Unclassified	root	N/A	77.54 %
Predicted Viral	clade	All Organisms → Viruses → Predicted Viral	21.01 %
Bacteria incertae sedis	no rank	All Organisms → cellular organisms → Bacteria → Bacteria incertae sedis	0.72 %

Name	Rank	Taxonomy	Distribution
Unclassified	root	N/A	77.54 %
Predicted Viral	clade	All Organisms → Viruses → Predicted Viral	21.01 %
Bacteria candidate phyla	clade	All Organisms → cellular organisms → Bacteria → Bacteria incertae sedis → Bacteria candidate phyla	0.72 %

Name	Rank	Taxonomy	Distribution
Unclassified	root	N/A	77.54 %
Predicted Viral	clade	All Organisms → Viruses → Predicted Viral	21.01 %
Patescibacteria group	clade	All Organisms → cellular organisms → Bacteria → Bacteria incertae sedis → Bacteria candidate phyla → Patescibacteria group	0.72 %

Name	Rank	Taxonomy	Distribution
Unclassified	root	N/A	77.54 %
Predicted Viral	clade	All Organisms → Viruses → Predicted Viral	21.01 %
Parcubacteria group	clade	All Organisms → cellular organisms → Bacteria → Bacteria incertae sedis → Bacteria candidate phyla → Patescibacteria group → Parcubacteria group	0.72 %

Name	Rank	Taxonomy	Distribution
Unclassified	root	N/A	77.54 %
Predicted Viral	clade	All Organisms → Viruses → Predicted Viral	21.01 %
unclassified Parcubacteria group	no rank	All Organisms → cellular organisms → Bacteria → Bacteria incertae sedis → Bacteria candidate phyla → Patescibacteria group → Parcubacteria group → unclassified Parcubacteria group	0.72 %

Name	Rank	Taxonomy	Distribution
Unclassified	root	N/A	77.54 %
Predicted Viral	clade	All Organisms → Viruses → Predicted Viral	21.01 %
Parcubacteria group bacterium ADurb.Bin316	species	All Organisms → cellular organisms → Bacteria → Bacteria incertae sedis → Bacteria candidate phyla → Patescibacteria group → Parcubacteria group → unclassified Parcubacteria group → Parcubacteria group bacterium ADurb.Bin316	0.72 %

Visualization

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Associated Scaffolds

Scaffold	Taxonomy	Length	IMG/M Link
3300006025\|Ga0075474_10162373	Not Available	698	Open in IMG/M
3300006026\|Ga0075478_10080152	All Organisms → Viruses → Predicted Viral	1051	Open in IMG/M
3300006026\|Ga0075478_10185956	Not Available	638	Open in IMG/M
3300006026\|Ga0075478_10265297	Not Available	512	Open in IMG/M
3300006026\|Ga0075478_10267819	Not Available	509	Open in IMG/M
3300006802\|Ga0070749_10185565	All Organisms → Viruses → Predicted Viral	1196	Open in IMG/M
3300006802\|Ga0070749_10216674	Not Available	1092	Open in IMG/M
3300006802\|Ga0070749_10407299	Not Available	750	Open in IMG/M
3300006802\|Ga0070749_10461460	Not Available	695	Open in IMG/M
3300006802\|Ga0070749_10471969	Not Available	686	Open in IMG/M
3300006802\|Ga0070749_10627467	Not Available	578	Open in IMG/M
3300006802\|Ga0070749_10633533	Not Available	575	Open in IMG/M
3300006802\|Ga0070749_10734676	Not Available	526	Open in IMG/M
3300006802\|Ga0070749_10739091	Not Available	524	Open in IMG/M
3300006802\|Ga0070749_10769762	Not Available	512	Open in IMG/M
3300006810\|Ga0070754_10293762	Not Available	731	Open in IMG/M
3300006810\|Ga0070754_10330831	Not Available	678	Open in IMG/M
3300006810\|Ga0070754_10376584	Not Available	624	Open in IMG/M
3300006810\|Ga0070754_10507959	Not Available	518	Open in IMG/M
3300006868\|Ga0075481_10109818	Not Available	1020	Open in IMG/M
3300006868\|Ga0075481_10209676	Not Available	695	Open in IMG/M
3300006870\|Ga0075479_10165755	Not Available	898	Open in IMG/M
3300006870\|Ga0075479_10175187	Not Available	869	Open in IMG/M
3300006870\|Ga0075479_10281671	Not Available	654	Open in IMG/M
3300006870\|Ga0075479_10288281	Not Available	645	Open in IMG/M
3300006874\|Ga0075475_10286559	Not Available	682	Open in IMG/M
3300006916\|Ga0070750_10079327	All Organisms → Viruses → Predicted Viral	1542	Open in IMG/M
3300006916\|Ga0070750_10220590	Not Available	832	Open in IMG/M
3300006916\|Ga0070750_10226482	Not Available	819	Open in IMG/M
3300006916\|Ga0070750_10398478	Not Available	575	Open in IMG/M
3300006917\|Ga0075472_10452051	Not Available	637	Open in IMG/M
3300006919\|Ga0070746_10264734	Not Available	798	Open in IMG/M
3300006919\|Ga0070746_10268213	Not Available	792	Open in IMG/M
3300006919\|Ga0070746_10484647	Not Available	545	Open in IMG/M
3300006919\|Ga0070746_10529536	Not Available	514	Open in IMG/M
3300007234\|Ga0075460_10146746	Not Available	824	Open in IMG/M
3300007234\|Ga0075460_10270451	Not Available	563	Open in IMG/M
3300007236\|Ga0075463_10234231	Not Available	590	Open in IMG/M
3300007344\|Ga0070745_1204096	Not Available	729	Open in IMG/M
3300007344\|Ga0070745_1341304	Not Available	527	Open in IMG/M
3300007344\|Ga0070745_1348681	Not Available	520	Open in IMG/M
3300007345\|Ga0070752_1051135	All Organisms → Viruses → Predicted Viral	1896	Open in IMG/M
3300007345\|Ga0070752_1061315	All Organisms → Viruses → Predicted Viral	1690	Open in IMG/M
3300007345\|Ga0070752_1116806	All Organisms → Viruses → Predicted Viral	1126	Open in IMG/M
3300007345\|Ga0070752_1148064	Not Available	967	Open in IMG/M
3300007345\|Ga0070752_1230977	Not Available	726	Open in IMG/M
3300007345\|Ga0070752_1244251	Not Available	700	Open in IMG/M
3300007346\|Ga0070753_1101699	All Organisms → Viruses → Predicted Viral	1122	Open in IMG/M
3300007346\|Ga0070753_1136479	Not Available	936	Open in IMG/M
3300007346\|Ga0070753_1138557	Not Available	928	Open in IMG/M
3300007346\|Ga0070753_1220211	Not Available	696	Open in IMG/M
3300007346\|Ga0070753_1253895	Not Available	637	Open in IMG/M
3300007538\|Ga0099851_1063918	All Organisms → Viruses → Predicted Viral	1433	Open in IMG/M
3300007538\|Ga0099851_1073525	All Organisms → Viruses → Predicted Viral	1322	Open in IMG/M
3300007539\|Ga0099849_1060284	Not Available	1564	Open in IMG/M
3300007541\|Ga0099848_1044170	All Organisms → Viruses → Predicted Viral	1814	Open in IMG/M
3300007541\|Ga0099848_1226692	Not Available	661	Open in IMG/M
3300007542\|Ga0099846_1002348	All Organisms → cellular organisms → Bacteria	7829	Open in IMG/M
3300007640\|Ga0070751_1109288	All Organisms → Viruses → Predicted Viral	1136	Open in IMG/M
3300007640\|Ga0070751_1151414	Not Available	927	Open in IMG/M
3300007640\|Ga0070751_1217721	Not Available	736	Open in IMG/M
3300007778\|Ga0102954_1001252	Not Available	7677	Open in IMG/M
3300007960\|Ga0099850_1012560	All Organisms → cellular organisms → Bacteria → Bacteria incertae sedis → Bacteria candidate phyla → Patescibacteria group → Parcubacteria group → unclassified Parcubacteria group → Parcubacteria group bacterium ADurb.Bin316	3817	Open in IMG/M
3300007960\|Ga0099850_1278420	Not Available	639	Open in IMG/M
3300008012\|Ga0075480_10058242	All Organisms → Viruses → Predicted Viral	2244	Open in IMG/M
3300008012\|Ga0075480_10178846	All Organisms → Viruses → Predicted Viral	1134	Open in IMG/M
3300009001\|Ga0102963_1309780	Not Available	621	Open in IMG/M
3300009492\|Ga0127412_10001227	All Organisms → Viruses → Predicted Viral	2221	Open in IMG/M
3300010296\|Ga0129348_1081588	Not Available	1149	Open in IMG/M
3300010297\|Ga0129345_1053902	Not Available	1535	Open in IMG/M
3300010299\|Ga0129342_1320847	Not Available	530	Open in IMG/M
3300010299\|Ga0129342_1320850	Not Available	530	Open in IMG/M
3300016758\|Ga0182070_1151319	Not Available	533	Open in IMG/M
3300017949\|Ga0181584_10423545	Not Available	830	Open in IMG/M
3300017949\|Ga0181584_10782977	Not Available	565	Open in IMG/M
3300017949\|Ga0181584_10909562	Not Available	515	Open in IMG/M
3300017951\|Ga0181577_10640351	Not Available	652	Open in IMG/M
3300017956\|Ga0181580_10378119	Not Available	947	Open in IMG/M
3300017956\|Ga0181580_10628465	Not Available	689	Open in IMG/M
3300017958\|Ga0181582_10107985	All Organisms → Viruses → Predicted Viral	1997	Open in IMG/M
3300017958\|Ga0181582_10877409	Not Available	529	Open in IMG/M
3300017962\|Ga0181581_10452109	Not Available	800	Open in IMG/M
3300017964\|Ga0181589_10141247	Not Available	1714	Open in IMG/M
3300017964\|Ga0181589_10696100	Not Available	638	Open in IMG/M
3300017967\|Ga0181590_10334820	All Organisms → Viruses → Predicted Viral	1091	Open in IMG/M
3300017967\|Ga0181590_11057732	Not Available	526	Open in IMG/M
3300017968\|Ga0181587_10407793	Not Available	897	Open in IMG/M
3300017968\|Ga0181587_10911611	Not Available	543	Open in IMG/M
3300017969\|Ga0181585_10229146	All Organisms → Viruses → Predicted Viral	1319	Open in IMG/M
3300018421\|Ga0181592_10419461	Not Available	941	Open in IMG/M
3300018421\|Ga0181592_10475147	Not Available	869	Open in IMG/M
3300018421\|Ga0181592_10562216	Not Available	779	Open in IMG/M
3300018423\|Ga0181593_11217635	Not Available	507	Open in IMG/M
3300018424\|Ga0181591_10447939	Not Available	951	Open in IMG/M
3300020054\|Ga0181594_10099605	Not Available	1680	Open in IMG/M
3300020168\|Ga0181588_10094833	All Organisms → Viruses → Predicted Viral	1599	Open in IMG/M
3300022065\|Ga0212024_1101278	Not Available	513	Open in IMG/M
3300022067\|Ga0196895_1005172	Not Available	1377	Open in IMG/M
3300022069\|Ga0212026_1046763	Not Available	650	Open in IMG/M
3300022071\|Ga0212028_1032082	Not Available	959	Open in IMG/M
3300022183\|Ga0196891_1073042	Not Available	611	Open in IMG/M
3300022187\|Ga0196899_1100652	Not Available	856	Open in IMG/M
3300023081\|Ga0255764_10353653	Not Available	652	Open in IMG/M
3300023116\|Ga0255751_10162730	Not Available	1293	Open in IMG/M
3300023116\|Ga0255751_10168994	All Organisms → Viruses → Predicted Viral	1260	Open in IMG/M
3300023170\|Ga0255761_10332450	Not Available	780	Open in IMG/M
3300023172\|Ga0255766_10067727	All Organisms → Viruses → Predicted Viral	2256	Open in IMG/M
3300023180\|Ga0255768_10261726	Not Available	995	Open in IMG/M
3300025610\|Ga0208149_1071576	Not Available	865	Open in IMG/M
3300025653\|Ga0208428_1154463	Not Available	612	Open in IMG/M
3300025671\|Ga0208898_1123744	Not Available	742	Open in IMG/M
3300025687\|Ga0208019_1022115	All Organisms → Viruses → Predicted Viral	2474	Open in IMG/M
3300025759\|Ga0208899_1034518	All Organisms → Viruses → Predicted Viral	2325	Open in IMG/M
3300025759\|Ga0208899_1045975	All Organisms → Viruses → Predicted Viral	1905	Open in IMG/M
3300025759\|Ga0208899_1103645	All Organisms → Viruses → Predicted Viral	1056	Open in IMG/M
3300025759\|Ga0208899_1152896	Not Available	787	Open in IMG/M
3300025759\|Ga0208899_1253100	Not Available	522	Open in IMG/M
3300025759\|Ga0208899_1259419	Not Available	511	Open in IMG/M
3300025769\|Ga0208767_1082921	All Organisms → Viruses → Predicted Viral	1342	Open in IMG/M
3300025769\|Ga0208767_1086137	Not Available	1304	Open in IMG/M
3300025769\|Ga0208767_1102494	All Organisms → Viruses → Predicted Viral	1142	Open in IMG/M
3300025769\|Ga0208767_1167226	Not Available	779	Open in IMG/M
3300025769\|Ga0208767_1257973	Not Available	539	Open in IMG/M
3300025769\|Ga0208767_1268007	Not Available	521	Open in IMG/M
3300025771\|Ga0208427_1231682	Not Available	575	Open in IMG/M
3300025853\|Ga0208645_1093605	Not Available	1264	Open in IMG/M
3300025853\|Ga0208645_1127551	Not Available	1004	Open in IMG/M
3300025853\|Ga0208645_1150633	Not Available	885	Open in IMG/M
3300025853\|Ga0208645_1193465	Not Available	728	Open in IMG/M
3300025889\|Ga0208644_1118795	All Organisms → Viruses → Predicted Viral	1266	Open in IMG/M
3300025889\|Ga0208644_1156223	All Organisms → Viruses → Predicted Viral	1039	Open in IMG/M
3300025889\|Ga0208644_1213532	Not Available	827	Open in IMG/M
3300025889\|Ga0208644_1234825	Not Available	770	Open in IMG/M
3300034374\|Ga0348335_178420	Not Available	542	Open in IMG/M
3300034375\|Ga0348336_027239	All Organisms → Viruses → Predicted Viral	2775	Open in IMG/M
3300034375\|Ga0348336_108941	Not Available	916	Open in IMG/M

Environmental Properties

Associated Habitat Types

Select Environment Taxonomy Level:

Habitat	Taxonomy	Distribution
Environmental	Environmental	100.00%

Habitat	Taxonomy	Distribution
Aquatic	Environmental → Aquatic	100.00%

Habitat	Taxonomy	Distribution
Marine	Environmental → Aquatic → Marine	97.83%
Non-Marine Saline And Alkaline	Environmental → Aquatic → Non-Marine Saline And Alkaline	1.45%
Sediment	Environmental → Aquatic → Sediment	0.72%

Habitat	Taxonomy	Distribution
Coastal	Environmental → Aquatic → Marine → Coastal	75.36%
Intertidal Zone	Environmental → Aquatic → Marine → Intertidal Zone	22.46%
Saline	Environmental → Aquatic → Non-Marine Saline And Alkaline → Saline	1.45%
Unclassified	Environmental → Aquatic → Sediment → Unclassified	0.72%

Habitat	Taxonomy	Distribution
Unclassified	Environmental → Aquatic → Marine → Coastal → Unclassified	75.36%
Salt Marsh	Environmental → Aquatic → Marine → Intertidal Zone → Salt Marsh	22.46%
Unclassified	Environmental → Aquatic → Non-Marine Saline And Alkaline → Saline → Unclassified	1.45%
Unclassified	Environmental → Aquatic → Sediment → Unclassified → Unclassified	0.72%

Habitat	Taxonomy	Distribution
Aqueous	Environmental → Aquatic → Marine → Coastal → Unclassified → Aqueous	72.46%
Salt Marsh	Environmental → Aquatic → Marine → Intertidal Zone → Salt Marsh → Salt Marsh	22.46%
Freshwater To Marine Saline Gradient	Environmental → Aquatic → Marine → Coastal → Unclassified → Freshwater To Marine Saline Gradient	2.90%
Pond Water	Environmental → Aquatic → Non-Marine Saline And Alkaline → Saline → Unclassified → Pond Water	0.72%
Water	Environmental → Aquatic → Non-Marine Saline And Alkaline → Saline → Unclassified → Water	0.72%
Methane Seep	Environmental → Aquatic → Sediment → Unclassified → Unclassified → Methane Seep	0.72%

Visualization

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Associated Samples

Taxon OID	Sample Name	Habitat Type	IMG/M Link
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	Open in IMG/M
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	Open in IMG/M
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	Open in IMG/M
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	Open in IMG/M
3300006868	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	Open in IMG/M
3300006870	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	Open in IMG/M
3300006874	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	Open in IMG/M
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	Open in IMG/M
3300006917	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_0.19_N_<0.8_DNA	Environmental	Open in IMG/M
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	Open in IMG/M
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	Open in IMG/M
3300007236	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	Open in IMG/M
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	Open in IMG/M
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	Open in IMG/M
3300007346	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	Environmental	Open in IMG/M
3300007538	Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_2 Viral MetaG	Environmental	Open in IMG/M
3300007539	Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1M Viral MetaG	Environmental	Open in IMG/M
3300007541	Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1S Viral MetaG	Environmental	Open in IMG/M
3300007542	Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1504_1 Viral MetaG	Environmental	Open in IMG/M
3300007640	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	Environmental	Open in IMG/M
3300007778	Water microbial communities from South San Francisco under conditions of wetland restoration - Salt Pond MetaG R2A_C_H2O_MG	Environmental	Open in IMG/M
3300007960	Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1D Viral MetaG	Environmental	Open in IMG/M
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	Open in IMG/M
3300009001	Salt pond water microbial communities from South San Francisco under conditions of wetland restoration - Salt Pond MetaG SF2_C_H2O_MG	Environmental	Open in IMG/M
3300009492	Marine sediment microbial communities from Chincoteague Deepwater methane seep, US Atlantic Margin - Chincoteague Seep MUC-5 6-8 cmbsf	Environmental	Open in IMG/M
3300010296	Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_27_0.8_DNA	Environmental	Open in IMG/M
3300010297	Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_20_0.8_DNA	Environmental	Open in IMG/M
3300010299	Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_15_0.2_DNA	Environmental	Open in IMG/M
3300016758	Metatranscriptome of coastal salt marsh microbial communities from the Groves Creek Marsh, Georgia, USA - 071403BT metaT (Metagenome Metatranscriptome)	Environmental	Open in IMG/M
3300017949	Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071406AT metaG (megahit assembly)	Environmental	Open in IMG/M
3300017951	Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 101413BT metaG (megahit assembly)	Environmental	Open in IMG/M
3300017952	Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071405CT metaG (megahit assembly)	Environmental	Open in IMG/M
3300017956	Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071403BT metaG (megahit assembly)	Environmental	Open in IMG/M
3300017958	Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071405AT metaG (megahit assembly)	Environmental	Open in IMG/M
3300017962	Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071404AT metaG (megahit assembly)	Environmental	Open in IMG/M
3300017964	Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071410BT metaG (megahit assembly)	Environmental	Open in IMG/M
3300017967	Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071411BT metaG (megahit assembly)	Environmental	Open in IMG/M
3300017968	Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071409AT metaG (megahit assembly)	Environmental	Open in IMG/M
3300017969	Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071407BT metaG (megahit assembly)	Environmental	Open in IMG/M
3300018421	Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071412BT metaG (megahit assembly)	Environmental	Open in IMG/M
3300018423	Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071413AT metaG (megahit assembly)	Environmental	Open in IMG/M
3300018424	Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071412AT metaG (megahit assembly)	Environmental	Open in IMG/M
3300020054	Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071413BT metaG (spades assembly)	Environmental	Open in IMG/M
3300020168	Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071409BT metaG (spades assembly)	Environmental	Open in IMG/M
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	Open in IMG/M
3300022067	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 (v3)	Environmental	Open in IMG/M
3300022069	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 (v2)	Environmental	Open in IMG/M
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	Open in IMG/M
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	Open in IMG/M
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	Open in IMG/M
3300023081	Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071406AT metaG	Environmental	Open in IMG/M
3300023116	Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071412BT metaG	Environmental	Open in IMG/M
3300023170	Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071407BT metaG	Environmental	Open in IMG/M
3300023172	Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071403BT metaG	Environmental	Open in IMG/M
3300023180	Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071412AT metaG	Environmental	Open in IMG/M
3300025610	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 (SPAdes)	Environmental	Open in IMG/M
3300025653	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 (SPAdes)	Environmental	Open in IMG/M
3300025671	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 (SPAdes)	Environmental	Open in IMG/M
3300025687	Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1D Viral MetaG (SPAdes)	Environmental	Open in IMG/M
3300025759	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 (SPAdes)	Environmental	Open in IMG/M
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	Open in IMG/M
3300025771	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_N_>0.8_DNA (SPAdes)	Environmental	Open in IMG/M
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	Open in IMG/M
3300025889	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 (SPAdes)	Environmental	Open in IMG/M
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	Open in IMG/M
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	Open in IMG/M

Geographical Distribution

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Family Sequences

Protein ID	Sample Taxon ID	Habitat	Sequence
Ga0075474_101623732	3300006025	Aqueous	RFWIRDCNIQQHQGAQVGIKHGPPIKTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVADCVGAGVAKYVPAAYVSPSTFGTHRKGEGLYGG*
Ga0075478_100801522	3300006026	Aqueous	STLRFHCDEGPTLHDNWTNSAGIAYGFKTNAPIGLYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIQTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVADCVGAGVAKYVPAAYVSPSTFGTHRKGEGLYGG*
Ga0075478_101859561	3300006026	Aqueous	FEQSIENCLIVAHNGVLPIYLADNQDRFWIRDCNIQQHRGAQVGIKHGPPIKTDLLQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHNGRQPLPLNEVCGVTLNKYLPGEVADCVGAGVAKYVPAAYVAPSTFGTHRKGEGLYGG*
Ga0075478_102652971	3300006026	Aqueous	VEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNLQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVA
Ga0075478_102678191	3300006026	Aqueous	EPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFCAGNNVHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLPGEVA
Ga0070749_101855653	3300006802	Aqueous	FEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRTPLPLNEVCGVTLNKYLQGEVAECVGAGVAKYVPAAYVSHSTFGTHRKGEGLYGG*
Ga0070749_102166741	3300006802	Aqueous	FEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIMNHQGATVGIKHGPPVKTDLIKQAPMANVYLADPRFIDLQMEGPHRPDRPQAAIFGAGNNVHMRGISLYGWLQGPYLHGGSNRYVQVQVHKSNTMDGRTPLPLDEVCGATLNQFVKGEYVSSTGAESSKFVPEEVVAPRTLGTHRKGDMLYGG*
Ga0070749_104072991	3300006802	Aqueous	PGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSVGTPYGFKTDAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIKTSIIQQAPMANVYLADPKFLDLQMEGPHNANRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHRKGEGL
Ga0070749_104614601	3300006802	Aqueous	RLWSPTRWGSTLRFHCDEGPTLHDNWTNSVGTPYGFKTDAPIGLYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRTPLPLNEVCGVTLNKYLPGEVADCVGAGVAKYVPAAYV
Ga0070749_104719692	3300006802	Aqueous	QSIENCLIVAHNGTLPIYLADNQDRFWIRDCNLQQHQGAQVGIKHGPPIKTDIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIYMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVADCVGAGVAKYVPAAYVSPSTFGTHRKGEGLYGG*
Ga0070749_106274671	3300006802	Aqueous	HGPPIQTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHRKGEGLYGG*
Ga0070749_106335331	3300006802	Aqueous	TYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIETDIIQQAPMANVYLADPKFLDLQMEGPHNAQRLQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVADCVGAGVAKYVPAAYVSPSTFGTHR
Ga0070749_107346761	3300006802	Aqueous	LIVAHNGTLPIYLADNQDRLWIRDCNIQQHQGAQVGIKHGPPIRTNIIHQAPMANVYLADPKFIDLQLEGPHNAQRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVAECVGAGVAKYVPAAYVSPSTFGTHRKGE
Ga0070749_107390911	3300006802	Aqueous	GIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIKTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNLHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAE
Ga0070749_107697621	3300006802	Aqueous	FEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIKTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLPGEVAECVGAGVAKYVPAAY
Ga0070754_102937621	3300006810	Aqueous	IKHGPPIDTSIIRQAPIANVYLADPKFLDLQMEGQHNAKRPQAAIIAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRTPLPLNEVCGVTLNKYLPGEVADCVGAGVAKYVPAAYVAPSTFGTHRKGEGLYGG*
Ga0070754_103308311	3300006810	Aqueous	EQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIQTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVADCVGAGVAKYVPAAYAAHSTFGTHRKGEGLYGG*
Ga0070754_103765841	3300006810	Aqueous	TRWGSTLRFHCDEGPTLHDNWTNSVGTPYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIQTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLPGE
Ga0070754_105079591	3300006810	Aqueous	IENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIKTDIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIYMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVADCVGAGVAKYVPAAYVSPSTF
Ga0075481_101098182	3300006868	Aqueous	PTLHDNWTNSAGIAYGFKTNAPIGLYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIQTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVADCVGAGVAKYVPAAYVSPSTFGTHRKGEGLYGG*
Ga0075481_102096761	3300006868	Aqueous	LWSPTRWGSTLRFHCDEGPTLHDNWTTATGIAYGFKTNAPIGIYVEPTTYVDDKFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNLQQHQGAQVGIKHGPPIKTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFCAGNNVHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAA
Ga0075479_101657551	3300006870	Aqueous	YGFKTNAPIGIYVEPTTYVDDKFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNLQQHQGAQVGIKHGPPIKTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFCAGNNVHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHRKGEGLFGG*
Ga0075479_101751872	3300006870	Aqueous	PFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLPGEVAECVGAGVAKYVPAAYAAHSTFGTHRKGEGLYGG*
Ga0075479_102816711	3300006870	Aqueous	VAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFCAGNNVHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHRKGEGLYGG*
Ga0075479_102882811	3300006870	Aqueous	EPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIQTDIIDQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFCAGNNVYMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLPGEVAECVGAGVAKYVPAAYVAPSTFGTHRKGDGLYGG*
Ga0075475_102865591	3300006874	Aqueous	FRLWSPTRWGSTLRFHCDEGPTLHDNWTNSVGTPYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYV
Ga0070750_100793271	3300006916	Aqueous	RLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSSGTPYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNLQQHQGAQVGIKHGPPIQTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHLKGDGLYGG*
Ga0070750_102205902	3300006916	Aqueous	QSIENCLIVAHNGTLPIYLADNQDRFWIRDCNLQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHRKGEGLYGG*
Ga0070750_102264822	3300006916	Aqueous	WTNSVGTPYGFKTDAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRTPLPLNEVCGVTLNKYLQGEVAECVGAGVAKYVPAAYVSHSTFGTHRKGEGLYGG*
Ga0070750_103984781	3300006916	Aqueous	KHGPPIKTSIIQQAPMANVYLADPKFLDLQMEGPHNANRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHRKGEGLYGG*
Ga0075472_104520511	3300006917	Aqueous	PIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIQTDIIDQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFCAGNNVYMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLPGEVAECVGAGVAKYVPAAYVAPSTFGTHRKGDGLYGG*
Ga0070746_102647341	3300006919	Aqueous	APIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIKTSIIQQAPMANVYLADPKFLDLQMEGPHNANRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHRKGEGLYGG*
Ga0070746_102682131	3300006919	Aqueous	GIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVADCVGAGVAKYVPAEYVAPITFGTHRKGEGLYGG*
Ga0070746_104846471	3300006919	Aqueous	QSIENCLIVAHNGTLPIYLADNQDRFWIRDCNLQQHQGAQVGIKHGPPIKTDIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIYMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVADCVGAGVAKYVPAAYVSPSTFGTHRKG
Ga0070746_105295361	3300006919	Aqueous	PIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIKTSIIKQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFAAGNNVHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAEYVAPITFGTHRKGEGLYG
Ga0070746_105450471	3300006919	Aqueous	FKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIQTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRTPLPLNEVC
Ga0075460_101467461	3300007234	Aqueous	KRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSVGTPYGFKTDAPIGLYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHRKGEGLFGG*
Ga0075460_102704511	3300007234	Aqueous	YGFKTDAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIKTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNLHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRTPLPLNEVCGVTLNKYLNGEVAECVGA
Ga0075463_102342311	3300007236	Aqueous	PPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHRKGEGLYGG*
Ga0070745_12040962	3300007344	Aqueous	FTVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDSNIQQHQGAQVGIKHGPPIRTNIIHQAPMANVYLADPKFIDLQLEGPHNAQRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVADCVGAGVAKYVTAEYVAPITFGTHRKGEVLYGG*
Ga0070745_13413041	3300007344	Aqueous	HNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIKTSIIQQAPMANVYLADPKFLDLQMEGPHNANRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHRKGEGLYG
Ga0070745_13486811	3300007344	Aqueous	PFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIKTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLPGEVAECVGAGVAKYVPAAYVA
Ga0070752_10511351	3300007345	Aqueous	YLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIRTNIIHQAPMANVYLADPKFIDLQLEGPHNAQRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVADCVGAGVAKYVTAEYVAPITFGTHRKGEVLYGG*
Ga0070752_10613154	3300007345	Aqueous	IGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGVLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIKTSIIQQAPMANVYLADPKFLDLQMEGPHNANRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHRKGEGLYGG*
Ga0070752_11168061	3300007345	Aqueous	VEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIQTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVADCVGAGVAKYVPAAYVSPSTFGTHRKGEGLYGG*
Ga0070752_11480641	3300007345	Aqueous	GPTLHDNWTNSAGIAYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRTPLPLNEVCGVTLNKYLPGEVADCVGAGVAKYVPAAYVAPSTFGTHRKGEGLYGG*
Ga0070752_12309771	3300007345	Aqueous	LHDNWTNSAGIAYGFKTDAPIGLYVEPTTYVDEQFHVRPFEQSIENCLLVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIQTDLIKQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLDEVCGVTLNKYLSGEVAECVGAGVAKFLPSAYVAPS
Ga0070752_12442511	3300007345	Aqueous	TPYGFKTDAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNLQQHQGAQVGIKHGPPIQTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHRKGDGLYGG*
Ga0070753_11016991	3300007346	Aqueous	KRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTTATGIAYGFKTNAPIGIYVEPTTYVDDKFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNLQQHQGAQVGIKHGPPIKTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFCAGNNVHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHRKGEGLFGG*
Ga0070753_11364791	3300007346	Aqueous	VEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIQTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVADCVGAGVAKYVPAAYVSPSTFGTHRKGEGLYG
Ga0070753_11385572	3300007346	Aqueous	PIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIQTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRTPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHRKGDGLYGG*
Ga0070753_12202111	3300007346	Aqueous	FKTDAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIKTSIIQQAPMANVYLADPKFLDLQMEGPHNANRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHRKGEGLYGG*
Ga0070753_12538951	3300007346	Aqueous	DCNIQQHQGAQVGIKHGPPIRTNIIHQAPMANVYLADPKFIDLQLEGPHNAQRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVADCVGAGVAKYVTAEYVAPITFGTHRKGEVLYGG*
Ga0099851_10639181	3300007538	Aqueous	IDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVVDCVGAGVAKYVPAEYVAPITFGTHRKGEGLYGG*
Ga0099851_10735251	3300007538	Aqueous	HGPPVQTDTIKEAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHNGRQPLPLNEVCGVTLNKYLPGEVAECVGAGVAKFPPVAYVAPSTFGTHRKGEGLYGG*
Ga0099849_10602843	3300007539	Aqueous	CDRGPTLHDSWTTATGIAYGFNTGAPIGIYVEPSVDVDEQFRTRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIKSCNIQQHQGAMVGIKHGPPIQTDIIRQAPMANVYLADPRFMDLQMEGPHTMKRPQAGIFASGNNVHIRGLNSYGWLQAVYLHGGNNRYVQVQVHKSNTHNGRVPLKMDEVCGITLNQYKDHEYAHTIGAETLLLKPELTTSPKTLGTHQRGDGLFGG*
Ga0099848_10441701	3300007541	Aqueous	IGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHRKGEGLYGG*
Ga0099848_12266921	3300007541	Aqueous	FKTNAPIGLYVEPTTYVDEQFTVRPFEQSIENCLIVAHNGTLPMYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPVQTDTIKQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHNGRQPLPLNEVCGVTLNKYLPGEVAECVGAGVAKFPPVAYVAPSTFGTHRKGEGLYGG*
Ga0099846_100234812	3300007542	Aqueous	DEGPTLHDNWTNSAGIAYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVVDCVGAGVAKYVPAEYVAPITFGTHRKGEGLYGG*
Ga0070751_11092881	3300007640	Aqueous	SIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIKTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHRKGEGLFGG*
Ga0070751_11514142	3300007640	Aqueous	TNSVGTPYGFKTDAPIGIYVEPTTYVDDQFTVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIQTDIIKQAPMANVYLADPRFLDLQMEGPHNAQRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLPGEVAECVGAGVAKYVPAAYVAPSTLGTHRKGEGLYGG*
Ga0070751_12177212	3300007640	Aqueous	AQVGIKHGPPIKTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFCAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVADCVGAGVAKYVPAAYAAHSTFGTHLKGDGLYGG*
Ga0102954_10012521	3300007778	Water	VGIKHGPPIETSSLRQAPMANVYLADPKFIDLQMEGPHNAQRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVADCVGAGVAKYVPAAYVAPSTLGTHRKGEGLYGG*
Ga0099850_101256010	3300007960	Aqueous	PFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVVDCVGAGVAKYVPAEYVAPITFGTHRKGEGLYGG*
Ga0099850_12784201	3300007960	Aqueous	GIAYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNLQQHQGAQVGIKHGPPIQTSIIKQAPMANVYLADPRFLDLQMEGPHNAQRPQAAIFAAGNNVHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLPGEVAECVGAGKAKYFPTAYVAPSTFGTHRKG
Ga0075480_100582426	3300008012	Aqueous	WTNSAGIAYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVADCVGAGVAKYVPAAYAAHSTFGTHRKGEGLYGG*
Ga0075480_101788461	3300008012	Aqueous	SIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHRKGEGLFGG*
Ga0102963_13097801	3300009001	Pond Water	VDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIKTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFAAGNNVHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLPGEVAECVGAGVAKYVPAAYVAPSTFGTHRKGEGLYGG*
Ga0127412_100012277	3300009492	Methane Seep	GIAYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIQTGIIKQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVASSPLPSPLNPFSRHVVQEXXXXTFGTHRKGEGLYGG*
Ga0129348_10815883	3300010296	Freshwater To Marine Saline Gradient	YLADNQDRFWIKSCNIQQHQGAMVGIKHGPPIQTDIIRQAPMANVYLADPRFMDLQMEGPHTMKRPQAGIFASGNNVHIRGLNSYGWLQAVYLHGGNNRYVQVQVHKSNTHNGRVPLKMDEVCGITLNQYKDHEYAHTIGAETLLLKPELTTSPKTLGTHQRGDGLFGG*
Ga0129345_10539021	3300010297	Freshwater To Marine Saline Gradient	DDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVADCVGAGVAKYVPAEYVAPITFGTHRKGEGLYGG*
Ga0129342_13208471	3300010299	Freshwater To Marine Saline Gradient	PIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVAD
Ga0129342_13208501	3300010299	Freshwater To Marine Saline Gradient	PIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVAD
Ga0182070_11513191	3300016758	Salt Marsh	ENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIETSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNVHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLNGEVVDCVGAGVAKYAPAAYAAPSTFGTHRKG
Ga0181584_104235451	3300017949	Salt Marsh	HNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIETSIINQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLNGEVAECVGAGVAKYAPAAYAAHSTFGTHLKGEGLYGG
Ga0181584_107829771	3300017949	Salt Marsh	GPPIETSIIRQAPMANVYLADPKFLDLQMEGPHNANRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGKNRYVQVQVHKSNTHNGRQPLPLNEVCGVTLNKYLPSEVAECVGADVAKYLPIAVTANATLGTHQEGEGLYGG
Ga0181584_109095621	3300017949	Salt Marsh	WIRDCNIQQHQGAQVGIKHGPPIETSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNVHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLNGEVVDCVGAGVAKYAPAAYAAPSTFGTHRKGEGLYGG
Ga0181577_106403512	3300017951	Salt Marsh	DCNIQQHQGAQVGIKHGPPIETSIINQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYAPAAYAAHSTFGTHLKGEGLYGG
Ga0181583_101700891	3300017952	Salt Marsh	SIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNVHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLNGEVVDCVGAGVAKYAPAAYAAPSTFGTHRKGEGLYGG
Ga0181580_103781191	3300017956	Salt Marsh	TLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIETSIINQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYAPAAYAAHSTFGTHLKGEGLYGG
Ga0181580_106284651	3300017956	Salt Marsh	TLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIETSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNVHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLNGEVVDCVGAGVAKYAPAAYAAPSTFGTHRKGEGLYGG
Ga0181582_101079851	3300017958	Salt Marsh	CNIQQHQGAQVGIKHGPPIETSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNVHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLNGEVVDCVGAGVAKYAPAAYAAPSTFGTHRKGEGLYGG
Ga0181582_108774091	3300017958	Salt Marsh	CNIQQHQGAQVGIKHGPPIETSIIRQAPMANVYLADPKFLDLQMEGPHNANRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGKNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLPSEVAECVGADVAKYLPIAVTANATLGTQQEGEGLYGG
Ga0181581_104521091	3300017962	Salt Marsh	CLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIETSIINQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLNGEVADCVGAGVAKYATAAYSAPSTFGTHRKGEGLYG
Ga0181589_101412474	3300017964	Salt Marsh	FEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIETSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLNGEVAECVGAGVAKYAPAAYAAHSTFGTHLKGEGLYGG
Ga0181589_106961001	3300017964	Salt Marsh	SAGIAYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIETSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNVHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLNGEVVDCVGAGVAKYAPAAYAAPSTFGTHR
Ga0181590_103348201	3300017967	Salt Marsh	PTTYVDDQFHVRPFEQSIEGCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHRGAQVGIKHGPPIETSIINQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHLKGEGLFGG
Ga0181590_110577321	3300017967	Salt Marsh	CNIQQHQGAQVGIKHGPPIETSIIRQAPMANVYLADPKFLDLQMEGPHNANRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGKNRYVQVQVHKSNTHNGRQPLPLNEVCGVTLNKYLPSEVAECVGADVAKYLPIAVTANATLGTHQEGEGLYGG
Ga0181587_104077931	3300017968	Salt Marsh	DCNIQQHQGAQVGIKHGPPIETSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNVHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLNGEVVDCVGAGVAKYAPAAYAAPSTFGTHRKGEGLYGG
Ga0181587_109116111	3300017968	Salt Marsh	ADNQDRFWIRDCNIQQHQGAQVGIKHGPPIQTDIIKQAPMANVYLADPRFIDLQMEGAHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGKNRYVQVQVHKSNTHDGRTPLPLNEVCGVTLNKYLPGEVAECVGADVAKYLPIAVTANATLGTHHEGDGLFDG
Ga0181585_102291463	3300017969	Salt Marsh	LPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIETSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNVHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLNGEVVDCVGAGVAKYAPAAYAAPSTFGTHRKGEGLYGG
Ga0181592_104194611	3300018421	Salt Marsh	PIETSIIRQAPMANVYLADPKFLDLQMEGPHNANRPQAAIFAAGNNVHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLNGEVADCVGAGVAKYATAAYSAPSTFGTHRKGEGLYGG
Ga0181592_104751471	3300018421	Salt Marsh	HGPPIETSIIRQAPMANVYLADPKFLDLQMEGPHNANRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGKNRYVQVQVHKSNTHNGRQPLPLNEVCGVTLNKYLPSEVAECVGADVAKYLPIAVTANATLGTHQEGEGLYGG
Ga0181592_105622161	3300018421	Salt Marsh	PYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIETSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLNGEVADCVGAGVAKYAPAAYSAPSTFGTHRKGEGLFGG
Ga0181593_112176351	3300018423	Salt Marsh	HNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIETSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNVHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLNGEVVDCVGAGVAKYAPAAYAAPSTFGTHR
Ga0181591_104479391	3300018424	Salt Marsh	HGPPIETSIIRQAPMANVYLADPKFLDLQMEGPHNANRPQAAIFAAGNNVHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLNGEVADCVGAGVAKYATAAYSAPSTFGTHRKGEGLYGG
Ga0181594_100996051	3300020054	Salt Marsh	NGTLPIYLADNQDRFWIRDCNIQQHRGAQVGIKHGPPIETSIINQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYAPAAYAAHSTFGTHLKGEGLYGG
Ga0181588_100948334	3300020168	Salt Marsh	RPFEQSIEGCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIETSIINQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLNGEVAECVGAGVAKYAPAAYAAHSTFGTHLKGEGLYGG
Ga0212024_11012781	3300022065	Aqueous	LPIYLADNQDRFWIRDCNLQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVADCVGAGVAKYVPAAYAAHSTFGTHRKGEGLY
Ga0196895_10051723	3300022067	Aqueous	SIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIQTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVADCVGAGVAKYVPAAYVSPSTFGTHRKGEGLYGG
Ga0212026_10467631	3300022069	Aqueous	KFYCDEGPTLHDNWTNASGTPYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIQTDIIDQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFCAGNNVYMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLPGEVAECVGAGKAKYFPT
Ga0212028_10320822	3300022071	Aqueous	ATTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIKTSIIQQAPMANVYLADPKFLDLQMEGPHNANRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHRKGEGLYGG
Ga0196891_10730421	3300022183	Aqueous	SSGIPYGFKTDAPIGLYVEPTTYVDEQFTVRPFEQSIENCLIVAHNGTLPIYLADNQDRLWIRDCNIQQHQGAQVGIKHGPPIRTNIIHQAPMANVYLADPKFIDLQLEGPHNAQRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVAECVGAGVAKYVPAEYV
Ga0196899_11006522	3300022187	Aqueous	NGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIQTDIIDQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFCAGNNVYMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLPGEVAECVGAGVAKYVPAAYVAPSTFGTHRKGDGLYGG
Ga0255764_103536531	3300023081	Salt Marsh	QHQGAQVGIKHGPPIETSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLNGEVAECVGAGVAKYAPAAYAAHSTFGTHLKGEGLYGG
Ga0255751_101627303	3300023116	Salt Marsh	GTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIETSIINQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLNGEVAECVGAGVAKYAPAAYAAHSTFGTHLKGEGLYGG
Ga0255751_101689942	3300023116	Salt Marsh	SVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIKTSIINQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHLKGEGLFGG
Ga0255761_103324502	3300023170	Salt Marsh	QHQGAQVGIKHGPPIETSIINQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYAPAAYAAHSTFGTHLKGEGLYGG
Ga0255766_100677274	3300023172	Salt Marsh	TATGIPYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIETSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNVHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLNGEVVDCVGAGVAKYAPAAYAAPSTFGTHRKGEGLYGG
Ga0255768_102617261	3300023180	Salt Marsh	YLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIETSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHLKGEGLFGG
Ga0208149_10715762	3300025610	Aqueous	KTDAPIGLYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNLQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVADCVGAGVAKYVPAAYAAHSTFGTHRKGEGLYGG
Ga0208428_11544631	3300025653	Aqueous	TGIAYGFKTNAPIGIYVEPTTYVDDKFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNLQQHQGAQVGIKHGPPIKTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFCAGNNVHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAA
Ga0208898_11237441	3300025671	Aqueous	HDNWTNSVGTPYGFKTDAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIKTSIIQQAPMANVYLADPKFLDLQMEGPHNANRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHRKGEGLYGG
Ga0208019_10221158	3300025687	Aqueous	VEPTTYVDEQFTVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQAGIKHGPPVQTDTIKQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHNGRQPLPLNEVCGVTLNKYLPGEVAECVGAGVAKFPPVAYVAPSTFGTHRKGEGLYGG
Ga0208899_10345186	3300025759	Aqueous	EQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNLQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVADCVGAGVAKYVPAAYAAHSTFGTHRKGEGLYGG
Ga0208899_10459754	3300025759	Aqueous	RSTKRLPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSSGTPYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNLQQHQGAQVGIKHGPPIQTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHLKGDGLYGG
Ga0208899_11036451	3300025759	Aqueous	EQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNLQQHQGAQVGIKHGPPIKTDIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIYMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVADCVGAGVAKYVPAAYVSPSTFGTHRKGEGLYGG
Ga0208899_11528962	3300025759	Aqueous	KTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRTPLPLNEVCGVTLNKYLQGEVAECVGAGVAKYVPAAYVSHSTFGTHRKGEGLYGG
Ga0208899_12531002	3300025759	Aqueous	PIKTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNLHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHRKGEGLYGG
Ga0208899_12594191	3300025759	Aqueous	PFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFCAGNNVYMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLPGEVAECVGAGVAKYVPAA
Ga0208767_10829214	3300025769	Aqueous	APIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIKTSIIQQAPMANVYLADPKFLDLQMEGPHNANRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHRKGEGLYGG
Ga0208767_10861373	3300025769	Aqueous	EQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNLQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHRKGEGLYGG
Ga0208767_11024942	3300025769	Aqueous	HDNWTNSVGTPYGFKTDAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRTPLPLNEVCGVTLNKYLQGEVAECVGAGVAKYVPAAYVSHSTFGTHRKGEGLYGG
Ga0208767_11672262	3300025769	Aqueous	PTLHDNWTNSSGIPYGFKTDAPIGLYVEPTTYVDEQFTVRPFEQSIENCLIVAHNGTLPIYLADNQDRLWIRDCNIQQHQGAQVGIKHGPPIRTNIIHQAPMANVYLADPKFIDLQLEGPHNAQRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVAECVGAGVAKYVPAEYVAPITFGTHRKGEGLYGG
Ga0208767_12579731	3300025769	Aqueous	LIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIKTSIIKQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFAAGNNVHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAEYVAPITFGTHRKGEGLYG
Ga0208767_12680071	3300025769	Aqueous	HGPPIQTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHRKGEGLYGG
Ga0208427_12316821	3300025771	Aqueous	GIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFCAGNNVYMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLPGEVAECVGAGVAKYVPAAYVAPSTFGTHRKGDGLYGG
Ga0208645_10936051	3300025853	Aqueous	DCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFCAGNNVHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHRKGEGLYGG
Ga0208645_11275513	3300025853	Aqueous	DCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFCAGNNVYMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLPGEVAECVGAGKAKYFPTAYVAPSTFGTHRKGDGLYGG
Ga0208645_11506331	3300025853	Aqueous	DCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFCAGNNVYMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLPGEVAECVGAGVAKYVPAAYVAPSTFGTHRKGDGLYGG
Ga0208645_11934652	3300025853	Aqueous	GTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIQTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVADCVGAGVAKYVPAAYAAHSTFGTHRKGEGLYGG
Ga0208644_11187951	3300025889	Aqueous	GIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIQTSIIQQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFCAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHLKGDGLYGG
Ga0208644_11562232	3300025889	Aqueous	PGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNSVGTPYGFKTDAPIGLYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQAAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRTPLPLNEVCGVTLNKYLPGEVADCVGAGVAKYVPAAYVAPSTFGTHRKGEGLYGG
Ga0208644_12135321	3300025889	Aqueous	EQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIMNHQGATVGIKHGPPVKTDLIKQAPMANVYLADPRFIDLQMEGPHRPDRPQAAIFGAGNNVHMRGISLYGWLQGPYLHGGSNRYVQVQVHKSNTMDGRTPLPLDEVCGATLNQFVKGEYVSSTGAESSKFVPEEVVAPRTLGTHRKGDMLYGG
Ga0208644_12348251	3300025889	Aqueous	LPGRFRLWSPTRWGSTLRFHCDEGPTLHDNWTNASGTPYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNLQQHQGAQVGIKHGPPIQTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGMNRYVQVQVHKSNTHDGRQPLPLHEVCGVTLNKYLPGEVADCVGAGVAKYVPAEYVAPITFGTHRKGEGLYGG
Ga0348335_178420_1_528	3300034374	Aqueous	VDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIQTDIIDQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFCAGNNVYMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLPGEVAECVGAGKAKYFP
Ga0348336_027239_1980_2573	3300034375	Aqueous	VDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIKTSIIQQAPMANVYLADPKFLDLQMEGPHNANRPQTAIFAAGNNIHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPAAYAAHSTFGTHRKGEGLYGG
Ga0348336_108941_266_916	3300034375	Aqueous	MRFYCDEGPTLHDNWTNASGTPYGFKTNAPIGIYVEPTTYVDDQFHVRPFEQSIENCLIVAHNGTLPIYLADNQDRFWIRDCNIQQHQGAQVGIKHGPPIDTSIIRQAPMANVYLADPKFLDLQMEGPHNAQRPQTAIFCAGNNVHMRGLNLYGWLQGPYLHGGLNRYVQVQVHKSNTHDGRQPLPLNEVCGVTLNKYLNGEVAECVGAGVAKYVPA

NMPFamsDB

NMPFamsDB

NMPFamsDB

A database of Novel Metagenome Protein Families

A database of Novel Metagenome Protein Clusters

A database of Novel Metagenome Protein Clusters

Metagenome / Metatranscriptome Family F055553

Overview

Multiple Sequence Alignments

Structure & Topology

Predicted Secondary Structure and Topology

Gene Neighborhood

Neighboring Pfam domains

Neighboring Clusters of Orthologous Genes (COGs)

Phylogeny

NCBI Taxonomy

Associated Scaffolds

Environmental Properties

Associated Habitat Types

Associated Samples

Family Sequences

Hidden Markov Model


Click on a Sequence Logo column to get its information.
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