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Bioinformatics & Integrated Biology Lab Institute for Fundamental Biomedical Research Biomedical Sciences Research Center "Alexander Fleming" |
| Basic Information | |
|---|---|
| Family ID | F084174 |
| Family Type | Metagenome |
| Number of Sequences | 112 |
| Average Sequence Length | 95 residues |
| Representative Sequence | MATQTVEFSAPSGQTITARLFAAGSDTVVQTASGVTEATNRDGVYSATFTDAAAGAYRLIATNAGGTLLAQWWVDLTLTTATFQSYEMPV |
| Number of Associated Samples | 62 |
| Number of Associated Scaffolds | 112 |
| Quality Assessment | |
|---|---|
| Transcriptomic Evidence | No |
| Most common taxonomic group | Unclassified |
| % of genes with valid RBS motifs | 100.00 % |
| % of genes near scaffold ends (potentially truncated) | 97.32 % |
| % of genes from short scaffolds (< 2000 bps) | 92.86 % |
| Associated GOLD sequencing projects | 44 |
| AlphaFold2 3D model prediction | Yes |
| 3D model pTM-score | 0.83 |
| Hidden Markov Model |
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| Most Common Taxonomy | |
|---|---|
| Group | Unclassified (95.536 % of family members) |
| NCBI Taxonomy ID | N/A |
| Taxonomy | N/A |
| Most Common Ecosystem | |
|---|---|
| GOLD Ecosystem | Environmental → Aquatic → Marine → Coastal → Unclassified → Aqueous (70.536 % of family members) |
| Environment Ontology (ENVO) | Unclassified (74.107 % of family members) |
| Earth Microbiome Project Ontology (EMPO) | Free-living → Saline → Water (saline) (85.714 % of family members) |
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| Predicted Topology & Secondary Structure | |||||
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| Classification: | Globular | Signal Peptide: | No | Secondary Structure distribution: | α-helix: 0.00% β-sheet: 42.37% Coil/Unstructured: 57.63% | Feature Viewer |
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| Structure Viewer | |
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| Per-residue confidence (pLDDT): 0-50 51-70 71-90 91-100 | pTM-score: 0.83 |
| Powered by PDBe Molstar | |
| SCOP family | SCOP domain | Representative PDB | TM-score |
|---|---|---|---|
| b.3.1.1: Starch-binding domain | d1vema1 | 1vem | 0.63779 |
| b.3.1.1: Starch-binding domain | d3bmva2 | 3bmv | 0.63174 |
| b.3.1.2: Rhamnogalacturonase B, RhgB, middle domain | d3njxa2 | 3njx | 0.61468 |
| b.1.18.9: Transglutaminase N-terminal domain | d1f13a1 | 1f13 | 0.61346 |
| b.1.18.9: Transglutaminase N-terminal domain | d1g0da1 | 1g0d | 0.61339 |
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| Pfam ID | Name | % Frequency in 112 Family Scaffolds |
|---|---|---|
| PF07087 | DUF1353 | 2.68 |
| PF05658 | YadA_head | 0.89 |
| PF00085 | Thioredoxin | 0.89 |
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| Name | Rank | Taxonomy | Distribution |
| Unclassified | root | N/A | 95.54 % |
| All Organisms | root | All Organisms | 4.46 % |
| Visualization |
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| Habitat | Taxonomy | Distribution |
| Aqueous | Environmental → Aquatic → Marine → Coastal → Unclassified → Aqueous | 70.54% |
| Salt Marsh | Environmental → Aquatic → Marine → Intertidal Zone → Salt Marsh → Salt Marsh | 8.93% |
| Estuarine Water | Environmental → Aquatic → Marine → Unclassified → Unclassified → Estuarine Water | 6.25% |
| Sediment | Environmental → Aquatic → Freshwater → Sediment → Unclassified → Sediment | 3.57% |
| Freshwater To Marine Saline Gradient | Environmental → Aquatic → Marine → Coastal → Unclassified → Freshwater To Marine Saline Gradient | 3.57% |
| Freshwater Lake | Environmental → Aquatic → Freshwater → Lake → Unclassified → Freshwater Lake | 2.68% |
| Seawater | Environmental → Aquatic → Marine → Coastal → Unclassified → Seawater | 1.79% |
| Freshwater Lake Sediment | Environmental → Aquatic → Freshwater → Lentic → Sediment → Freshwater Lake Sediment | 0.89% |
| Sediment | Environmental → Aquatic → Sediment → Unclassified → Unclassified → Sediment | 0.89% |
| Methane Seep | Environmental → Aquatic → Sediment → Unclassified → Unclassified → Methane Seep | 0.89% |
| Visualization |
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| Taxon OID | Sample Name | Habitat Type | IMG/M Link |
|---|---|---|---|
| 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 | Open in IMG/M |
| 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 | 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 |
| 3300006867 | 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 | 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 |
| 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 |
| 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 |
| 3300007276 | 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_31 | 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 |
| 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 |
| 3300007960 | Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1D Viral MetaG | Environmental | Open in IMG/M |
| 3300009124 | Marine sediment microbial communities from methane seeps within Hudson Canyon, US Atlantic Margin - Hudson Canyon PC-16 72 cmbsf | 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 |
| 3300010300 | Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_27_0.2_DNA | Environmental | Open in IMG/M |
| 3300010368 | Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Spr_15_0.2_DNA | 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 |
| 3300017967 | Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071411BT metaG (megahit assembly) | Environmental | Open in IMG/M |
| 3300017986 | Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 101405AT metaG (megahit assembly) | Environmental | Open in IMG/M |
| 3300018420 | Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 011512CT 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 |
| 3300018424 | Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071412AT metaG (megahit assembly) | Environmental | Open in IMG/M |
| 3300019703 | Sediment microbial communities from the Broadkill River, Lewes, Delaware, United States ? BRC_7-8_MG | Environmental | Open in IMG/M |
| 3300019745 | Sediment microbial communities from the Broadkill River, Lewes, Delaware, United States ? FLT_8-9_MG | Environmental | Open in IMG/M |
| 3300019750 | Sediment microbial communities from the Broadkill River, Lewes, Delaware, United States - FLT_6-7_MG | Environmental | Open in IMG/M |
| 3300020074 | Freshwater microbial communities from Lake Tanganyika, Tanzania - TA2015017 Mahale Deep Cast 200m | Environmental | Open in IMG/M |
| 3300020197 | Freshwater microbial communities from Lake Tanganyika, Tanzania - TA2015037 Kigoma Deep Cast 65m | Environmental | Open in IMG/M |
| 3300020198 | Freshwater microbial communities from Lake Tanganyika, Tanzania - TA2015019 Mahale Deep Cast 65m | Environmental | Open in IMG/M |
| 3300021364 | Coastal seawater microbial communities near Pivers Island, North Carolina, United States - PICO304 | Environmental | Open in IMG/M |
| 3300021958 | Estuarine water microbial communities from San Francisco Bay, California, United States - C33_27D | Environmental | Open in IMG/M |
| 3300021960 | Estuarine water microbial communities from San Francisco Bay, California, United States - C33_9D | Environmental | Open in IMG/M |
| 3300021961 | Estuarine water microbial communities from San Francisco Bay, California, United States - C33_3D | 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 |
| 3300022068 | 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 (v2) | Environmental | Open in IMG/M |
| 3300022158 | 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 (v3) | 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 |
| 3300022198 | Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1S Viral MetaG (v3) | Environmental | Open in IMG/M |
| 3300022200 | Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1504_1 Viral MetaG (v3) | Environmental | Open in IMG/M |
| 3300022934 | Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 101413BT 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 |
| 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 | Open in IMG/M |
| 3300025646 | Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1S Viral MetaG (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 |
| 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 |
| 3300025803 | 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 (SPAdes) | Environmental | Open in IMG/M |
| 3300025810 | 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 (SPAdes) | Environmental | Open in IMG/M |
| 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 | Open in IMG/M |
| 3300025828 | 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 |
| 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 |
| 3300027899 | Freshwater lake sediment microbial communities from the University of Notre Dame, USA, for methane emissions studies - PLP11 PL (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 |
| 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 | Open in IMG/M |
| Geographical Distribution | |
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| Zoom: | Powered by OpenStreetMap |
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| Protein ID | Sample Taxon ID | Habitat | Sequence |
| Ga0075462_101267601 | 3300006027 | Aqueous | MATQTVEFSAPSGQTITARLFSAGSDTVVQTASAVTEATNRDGVYSATFTDAAAGLYKIIATNAGGTVLAQWWVDLTLTTATFQAYEVPVSVMQSGLSTLDAAGVRSAVGMASANL |
| Ga0075461_100387294 | 3300006637 | Aqueous | MATQSVEFSAPSGQTVTARLFSAGNDTVVQTASAVTEATNRDGVYTATFTDAAAGAYRLIATNSGGTLLAQWWVDLTLTTATFQSYEMPVSVVQSGLSTLDAAG |
| Ga0070749_101715873 | 3300006802 | Aqueous | MATQTVEFSAPPEQTITAKLFAAGSDTVVQTASEVTEATNRDGVYSATFADVAAGLYRLIATDAGGTPLAQWWVDLTLTTATFQSYEMPVSVIQSGLSTIDAAGVRSAVGLASADLDTQLSDLPTVAEFEARTLL |
| Ga0070749_102167303 | 3300006802 | Aqueous | MSETQTVEFSAPPGQTITARLFSAGSDTVVQTASAVAEATNRDGVYSATFTDAAAGLYRLIATNSGGTLLAQWWVDLTLSTATFQAYEMPVSVMQSGLSTLDAAGVRT |
| Ga0070749_105189401 | 3300006802 | Aqueous | MATQTVEFSAPSGQTITARLFSAGSDTVVQTASAVTEATNRDGVYSATFTDAAAGLYKIIATNAGGTVLAQWWVDLTLTTATFQAYEVPVSVMQSGLSTLDAAGVRSAVGMASANLDT |
| Ga0070749_106224822 | 3300006802 | Aqueous | MATQTVEFAAPPGQTITARLFSPGSDTVVQTASSVTGATNRAGVYSATFTDAAAGVYRLIATNAGGTLLAQWWV |
| Ga0070749_106755432 | 3300006802 | Aqueous | MATQTVEFSAAPGQTITAKLFSPGSDTVVQTASSVTGATNRAGVYSATFTDAAAGVYRLIATNAGGTPLAQWWVDLTLTTATFQSYE |
| Ga0070749_107583951 | 3300006802 | Aqueous | MATQTVEFSAPPEQTITAKLFSPGSDTVVQTASSVDEATNRAGVYSATFADAAAGVYRLIATDAGGTPLAQWWVDLTLTTATFQSYEVPVSVMQSGLSTLDAAGVRSAVGM |
| Ga0070754_100688071 | 3300006810 | Aqueous | MATQTVEFAAPPGQTITAKLFSPGSDTVVQTASGVTGATNRAGVYSATFTDAAAGVYRLIATNAGGTLLAQWWVDLTLTTATFQSYEMPVSVMQSGLST |
| Ga0070754_102418823 | 3300006810 | Aqueous | MATQTIEFSAPSGQTIAARLFSAGSDTVVQTASAVTEATNRDGVYSATFTDAAAGLYKIIATNAGGILLAQWWVDLTLTTATFQAYEMP |
| Ga0070754_105171192 | 3300006810 | Aqueous | MATQTVEFAASPDQTITARLFSPGSDTVVQTASAVTEGANRDGVYSGTFTDAAAGRYRLIATNANGTKLADWWVDIALA |
| Ga0075476_100794473 | 3300006867 | Aqueous | MATQTVEFSAPPEQTITAKLFSPGSDTVVQTASSVDEATNRAGVYSATFADAAAGVYRLIATDAGGTPLAQWWVDLTL |
| Ga0075476_101507291 | 3300006867 | Aqueous | MATQTIEFSAPSGQTIAARLFSAGSDTVVQTASAVTEATNRDGVYSATFTDAAAGLYKIIATNAGGILLAQWWVDLTLTTATFQAYEMPISVMQSGLSTLDA |
| Ga0075481_102747132 | 3300006868 | Aqueous | MATQTVEFSAPPEQTITAKLFAAGSDTVVQTASGVTEATNRAGVYSATFTDAAAGVYRLIATDAGGTPLAQWWVDLTL |
| Ga0075479_100410571 | 3300006870 | Aqueous | MATQTVEFSAPPEQTITVRLFAAGSDTVVQTASGVSEATNRDGVYSATFTDVAAGLYRLIASDAGGT |
| Ga0070750_100541441 | 3300006916 | Aqueous | MATQTVEFSAPPEQTITVRLFAAGSDTVVQTASGVSEATNRDGVYSATFTDVAAGLYRLIASDAGGTPLAQWWVDLTLTTATFQSYEVPISVVQSGLSTLDAAGVRSAVGMASANL |
| Ga0070750_100823341 | 3300006916 | Aqueous | MATQTVEFAAAPGQIITAKLFSPGSDTVVQTASSVTGATNRAGVYSATFTDAAAGVYRLIATDAGGTLLAQWWVDLTLTTATFQSYEMPVSVMQSGL |
| Ga0070750_104480652 | 3300006916 | Aqueous | MATQTVEFAAAPGQTITARLFAAGSDTVVQTASSVTEATNRDGVYSATFTDAAAGLYKIIATNAGGILLAQWWVDLTLTTATFQSYEMPVSVMQSGLSTFDAGSDTVTVGS |
| Ga0070746_103061771 | 3300006919 | Aqueous | MATQTVEFSAPPEQTITAKLFSPGSDTVVQTASGVTEATNRDGVYSATFADVAAGLYRLIATNAGGTLLAQWW |
| Ga0070746_103469802 | 3300006919 | Aqueous | MATQTVEFSAPPEQTITAKLFAAGSDTVVQTASGVTEATNRAGVYSATFTDAAAGVYRLIATDAGGTPLAQWWVDLTLTT |
| Ga0070746_103600292 | 3300006919 | Aqueous | MATQTVEFAAPPGQTITAKLFSPGSDTVVQTASGVTGATNRAGVYSATFTDAAAGVYRLIATNAGGTLLAQWWVDLTLTTATFQSYEMPVSVMQSGL |
| Ga0070746_104287632 | 3300006919 | Aqueous | MATQSVEFSAPSGQTVTARLFSAGNDTVVQTASAVTEATNRDGVYTATFTDAAAGAYRLIATNSGGTLLAQWWVDLTLTTATFQSYEMPVSVV |
| Ga0070746_104532832 | 3300006919 | Aqueous | MATQSVEFSAPSGQTVTARLFSAGSDTVVQTASAVTEATNRDGVYTATFTDAAAGLYRLIATNSGGTLLAQWW |
| Ga0075460_100196021 | 3300007234 | Aqueous | MATQSVEFSAPSGQTVTARLFSAGSDTVVQTASAVTEATNRDGVYTATFTDAAAGLYRLIATNSGGTLLAQWWVDLTLTTATFQSYEMPVSVVQSGLSTLDAAG |
| Ga0075460_102874762 | 3300007234 | Aqueous | MATQTVEFAAAPGQTITARLFAAGSDTVVQTASGVAEATNRDGVYSATFTDAAAGLYKIIATNAGGTLLAQWWVDLTLTTATFQAYEMPISVMQSGLSTFDAAADAVTVGTNGDKTGYSLAVTPP |
| Ga0075463_101437713 | 3300007236 | Aqueous | MATQTVEFSAPPEQTITAKLFSPGSDTVVQTASGVTEATNRDGVYSATFADVAAGLYRLIATNAGGTLLAQWWVDLTLTTATFQSYEV |
| Ga0075463_102157872 | 3300007236 | Aqueous | MATQTVEFSAAPGQTVTARLFAAGSDTVVQTASAVAEATNRDGVYAATFTDVAAGPYRLIATNASGTLLAQWWVDLTLTTATFQSYELPISVAQSGLSTLDAAGVRSAVGMA |
| Ga0070747_13315471 | 3300007276 | Aqueous | MATQTVEFSSPPGQTITAKLFSAGSDTVVQTASAVAEATNRDGVYSATFTDAAAGAYRLIATNASGTLLAQWWVDLTLTTATFQSYEMPVSVIQSGLSTLDAAGVRSAVGL |
| Ga0070745_10681071 | 3300007344 | Aqueous | MATQSVEFGAPSGQTVTARLFSAGSDTVVQTASAVTEATNRDGVYTATFTDAAAGSYRLIATNSGGTLLAQW |
| Ga0070745_11900883 | 3300007344 | Aqueous | MATQTVEFAAPSGQTITARLFAAGSDTVVQTASSVTEATNRDGVYSATFTDAAAGLYKIIATNAGGILLAQWWVDLTLTTATFQSYEMPVSVIQSGL |
| Ga0070745_12194351 | 3300007344 | Aqueous | MATQSVEFSAPSGQTVTARLFSAGSDTVVQTASAVTEATNRDGVYTATFTDAAAGLYRLIATNSGGTLLAQWWVDLTLTTATFQSYEMPVSVVQ |
| Ga0070745_12830431 | 3300007344 | Aqueous | MATQTVEFSAPSGQTITARLFSAGSDTVVQTASAVTEATNRDGVYSATFTDAAAGLYKIIATNAGGTVLAQWWVDLTLTTATFQAYEVPVSVMQSGLSTL |
| Ga0070745_13085821 | 3300007344 | Aqueous | MATQTVEFSAAPGQTITAKLFSPGSDTVVQTASSVTGATNRAGVYSATFTDAAAGVYRLIATNAGGILLAQWWVDLTLATATFQAYEMPV |
| Ga0070752_10832671 | 3300007345 | Aqueous | MATQTVEFAAAPGQTITARLFAAGSDTVVQTASAVTEATNRDGVYSATFTDAAAGLYKIIATNAGGTLLAQ |
| Ga0070752_12867402 | 3300007345 | Aqueous | MATQTVEFAAAPGQTITARLFAAGSDTVVQTASGVTEATNRDGVYSATFTDAAAGVYRLIATNAGGTLLAQWWVDLTLATATFQSYEVPVSVIQSGLSTLDAAGV |
| Ga0070753_10519754 | 3300007346 | Aqueous | MATQTVEFSAPSGQIITAKLFSPGSDTVVQTASSVTGATNRAGVYSATFTDAAAGVYRLIATDAGGTLLAQWWVDLTLTTATFQSYEVPVSVMQSGLSTLDAAGVRSAIG |
| Ga0070753_13582512 | 3300007346 | Aqueous | MATQTVEFSAPSGQTITARLFSAGSDTVVQTASAVTEATNRDGVYSATFTDAAAGLYKIIATNAGGTLLAQWWVDLTLTTATFQAYEVPVSVMQSGLSTLDAAGVRSAV |
| Ga0099851_10176541 | 3300007538 | Aqueous | MATQSVEFGAPPNQTLTVRLFAAGSDTIVATTGTVTAATNRAGIYTAVFTDVPAGEYKLIATNAAGTPLANWWTQLTLST |
| Ga0099849_13394982 | 3300007539 | Aqueous | MATQTIEFSAPPGQTITVRLFAAGSDTVVQTASSVTAATNRDGVYSATFTDAPAGVYRLIATNSGGTLLA* |
| Ga0099846_12601511 | 3300007542 | Aqueous | MATQSVEFSAPSGQTVTARLFSAGNDTIVQTASAVTEATNRDGVYTATFTDAAAGAYRLIATNSGGILLAQWWVDLTLTTATFQAYEMPVSVIQSGLSTFSAAS |
| Ga0070751_10860791 | 3300007640 | Aqueous | MATQTVEFSAPPGQTITARLFAAGSDTVVQTASAVTGATNRAGVYSATFADVAAGLYRLIATNAGGTPLAQWWVDLTLATATFQAYEVPVSVMQSGLSTLDAAGVRSAV |
| Ga0099850_11562111 | 3300007960 | Aqueous | MATQTVEFAAAPGQTITARLFAAGSDTVVQTASAVTGAINRAGVYSATFADVAAGLYRLIATNAGGTPL |
| Ga0118687_101047161 | 3300009124 | Sediment | MATQTIEFSAPSGQTITARLFSAGSDTVVQTASAVTEATNRDGVYSATFTDAAAGVYRLIATNAGGTLLAQWWVDLTLTTATFQSYEMPVSVMQSGLSTLDAAGVRSAVGLAS |
| Ga0127412_100151793 | 3300009492 | Methane Seep | MATQTVEFSAPSGQTITARLFAAGSDTVVQTASGVTEATNRDGVYSATFTDAAAGAYRLIATNAGGTLLAQWWVDLTLTTATFQSYEMPV |
| Ga0129348_11619452 | 3300010296 | Freshwater To Marine Saline Gradient | MATQTIEFSAPPGQTITARLFAAGSDTVVQTASAVTEATNRAGVYSATFTDAAAGVYRLIATDAGGTVLAEWWVDLTLTTATFQSYEMPVSVIQSGLSTLDAAGVR |
| Ga0129351_12894262 | 3300010300 | Freshwater To Marine Saline Gradient | MATQTIEFIAPPGQTITVRLFAAGSDTVVQTATAVTEATNRDGVYSATFTNVAAGLYKIIAKNA |
| Ga0129351_13925182 | 3300010300 | Freshwater To Marine Saline Gradient | MATQTIEFSAPPGQTITARLFAAGSDTVVQTASSVTAATNRDGVYSATFTDAAAGVYRLIATNSGGTLLAQWWVDLTLTTATFQSYEMPVSVIQSGLSTLDAAGVRSAVGLAS |
| Ga0129324_102659012 | 3300010368 | Freshwater To Marine Saline Gradient | MATQTVEFSAPPEQTITVRLFAAGSDTVVQTASEVTEATNRDGVYSATFTDAAAGLYLLIATNAGGTPLAQWWVDLTLTTATFQSYEMPVSVMQSGLSTLDAEGVRSAVGLASADLDTQIADLP |
| Ga0181577_101234631 | 3300017951 | Salt Marsh | MATQTVEFSAPSGQTITARLFSAGSDTVVQTASAVTEATNRDGVYSATFTDAAAGVYRLIATDAGGTPLAQWWVD |
| Ga0181577_101454371 | 3300017951 | Salt Marsh | MATQTVEFSAPSGQTVTARLFAAGSDTVVQTASAVTEATNRNGVYSATFTDAAAGVYRLIATNSGGTLLAQWWVDLTLATATFQ |
| Ga0181577_106792202 | 3300017951 | Salt Marsh | MATQTVEFSAPPEQTITAKLFAAGSDTVVQTASGVAEATNRAGVYSATFTDAAAGVYRLIATDAGGTPLAQWWVDLTL |
| Ga0181577_107993002 | 3300017951 | Salt Marsh | MATQSIEFSAASGQTVTARLFSPGSDTVVQTASAVTEATNRDGVYTATFTDAAAGLYRLIATNSGGTLLAQWWVDLTLSTATFQSYEMPLSA |
| Ga0181590_109025572 | 3300017967 | Salt Marsh | MATQTVEFSAAPGQTVTAKLFTAGSDTVVQTASAVTEGTNRDGVYSGTFTDAAAGRYRLIATNANGTKLADWWVDIALATGTYPAYEMPVSVTQSGLSTLNAAAVADAVWDEATSGHTTDGTYGGQIVRSTNSN |
| Ga0181569_109626671 | 3300017986 | Salt Marsh | MATQTIEFSAPSGQTITAKLFSPGSDTVVQTASAVTEATNRDGVYSATFTDAAAGLYKIIATNAGGILLAQWWVDLTLTTATFQSYEMPVS |
| Ga0181563_102368181 | 3300018420 | Salt Marsh | MATQTVEFSAAPGQTVTAKLFTAGSDTVVQTASAVTEGTNRDGVYSGTFTDAAAGRYRLIATNANGTKLADWWVDIALATGTYPA |
| Ga0181592_101318344 | 3300018421 | Salt Marsh | MATQSVEFSAAPGQTITARLFAAGSDTVVQTASAVTEATNRDGVYSATFTDAAAGVYRLIATNAGGTLLAQWWVDLTLTTGTFQSYE |
| Ga0181591_107087381 | 3300018424 | Salt Marsh | MATQTVEFAAAPGQTITARLFAAGSDTVVQTASSVDEATNRDGVYSATFTDAAAGVYRLIATNAGGTLLAQWWVDLTLTTGT |
| Ga0194021_10485011 | 3300019703 | Sediment | MATQTVEFSAPSGQTVTVELFAPGSDTAEQTASAVTEATNRDGVYSATFTDVAAGLYKLIATNAGGTL |
| Ga0194002_10782422 | 3300019745 | Sediment | MATQTVEFSAAPGQTVTVKLFTAGSDTVVQTASAVTEGTNRDGVYSGTFTDAAAGRYRLIATNANGTKLADWWVDIALATG |
| Ga0194000_10159811 | 3300019750 | Sediment | MATQTVEFSAAPGQTVTARLFAAGSDTVVQTASAVAEATNRDGVYAATFTDAAAGLYRLIATDANGTLLAQWWVDLTLATATFQSYEMPVSVMQSGLSTLD |
| Ga0194000_10441982 | 3300019750 | Sediment | MATQTVEFSAAPGQTVTAKLFTAGSDTVVQTASAVTEGTNRDGVYSGTFTDAAAGRYRLIATNANGTKLADWWVDIALATGTYPAYEMPVSAI |
| Ga0194113_101982873 | 3300020074 | Freshwater Lake | MATQTIEFAAPSGQTITAKLFAAGSDTIEATAGSVTARTNATGVYVATVTSTLAGVYRLVATNPAGTLLAQWWVRLANADGTYIAYETPN |
| Ga0194128_105808541 | 3300020197 | Freshwater Lake | MATQSIEFTAASGQTITAKLFAAGSDTIEATASSVTARTNAAGVYVATVTSTLSGVYRLVATNPAGTLLAQWWVRLANADGT |
| Ga0194120_103528291 | 3300020198 | Freshwater Lake | MATQTIEFAAPSGQTITAKLFAAGSDTIEATAGSVTARTNATGVYVATVTSTLAGVYRLVATNPAGTLLAQWWVRLANA |
| Ga0213859_100339956 | 3300021364 | Seawater | MATQTVEFSAPSGQTITARLFSAGSDTVVQTASAVTEATNRDGVYSATFTDAAAGLYKIIATNAGGTVLAQWWVDLTLTTATFQAYEVPVSVMQSGLSTLD |
| Ga0213859_104203882 | 3300021364 | Seawater | MATQTVEFSAPPEQTITAKLFAAGSDTVVQTASGVTEATNRAGVYSATFTDAAAGVYRLIATDAGGTPLAQWWVDLTLATATFQSYEMPVSVIQSGLSTLDAAGVRSAVGMASANLD |
| Ga0222718_1002195810 | 3300021958 | Estuarine Water | MATQTVEFAAAPDQTITARLFAAGSDTVVQTASGVTEGTNRDGVYSGTFTDAAAGRYRLIATNANGTKLADWWVDIALATGTYPAYEMP |
| Ga0222715_102522633 | 3300021960 | Estuarine Water | MATQTVEFSAPSGQIITAKLFSPGSDTVVQTASSVTGATNRAGVYSATFTDAAAGVYRLIATDAGGTPLAQWWVDLTLTTATFQSYEVPVSVMQSGLSTLDAAGVRSAIGLAS |
| Ga0222715_104315213 | 3300021960 | Estuarine Water | MATQSVEFSAAPGQTVTAKLFTAGSDTVVQTASAVTEGTNRDGVYSGTFTDAAAGRYRLIATNANGTKLADWWVDIALAT |
| Ga0222715_105309362 | 3300021960 | Estuarine Water | MATQTVEFSAPSGQTITARLFAAGSDTVVQTASGVTEATNRDGVYSATFTDAAAGAYRLIATNAGGTLLAQWWVDLTLTTATFQSYEMPVSVIQSGLSTIDAAGVRSAVGLASADLDTQLSDLPTVAEFEAR |
| Ga0222714_103187133 | 3300021961 | Estuarine Water | MATQTVEFAAPSGQTITARLFAAGSDTVVQTASAVTEATNRDGVYSATFTDAAAGLYKIIATNAGGTLLAQWWVDLTLATATFQAYEMPVSVIQSGLST |
| Ga0222714_103381131 | 3300021961 | Estuarine Water | MATQTIEFSAPSGQTITAKLFAAGSDTVVQTASAVTEATNRDGVYSATFTDAAAGVYRLIATNAGGTLLAQWWVDLTLATATFQAYEMPVSVIQSGLSTFDAGS |
| Ga0222714_106387371 | 3300021961 | Estuarine Water | MATQTVEFAAAPGQTITAKLFSPGSDTVVQTASGVTEATNRDGVYSATFTDAAAGVYRLIATNSGGTLLAQWWVDLTLTTATFQS |
| Ga0212024_10134513 | 3300022065 | Aqueous | MATQTVEFSAPPEQTITAKLFSPGSDTVVQTASGVTEATNRDGVYSATFADVAAGLYRLIATNAGGTLLAQWWVDLTLTTGTFQSYEMPISVMQSGLSTLDAAGVRSA |
| Ga0212024_10574352 | 3300022065 | Aqueous | MATQSVEFSAAPGQTITARLFAAGSDTVVQTASAVTEATNRDGVYSATFTDAAAGLYKIIATNAGGTLLAQWWVDLTL |
| Ga0212021_10652841 | 3300022068 | Aqueous | MATQTVEFSAPPEQTITAKLFSPGSDTVVQTASGVTEATNRDGVYSATFADVAAGLYRLIATNAGGTPLAQWWVDLTLATATFQAYEVPVSVMQSGLSTF |
| Ga0212021_11058041 | 3300022068 | Aqueous | MATQTVEFSSPPGQTITAKLFSAGSDTVVQTASAVIGATNRAGVYSATFTDAAAGLYRLIATDANGTLLAQWWVDLTLTTATFQSYEMPVSVMQSGLSTLDAAGVRSAVGLASADLDTQLADLPTV |
| Ga0196897_10261311 | 3300022158 | Aqueous | MATQTIEFSAPSGQTIAARLFSAGSDTVVQTASAVTEATNRDGVYSATFTDAAAGLYKIIATNAGGILLAQWWVDLTLTTATFQAYEMPVSVM |
| Ga0196891_10103361 | 3300022183 | Aqueous | MATQTVEFSAPPEQTITAKLFSPGSDTVVQTASGVTEATNRDGVYSATFADVAAGLYRLIATNAGGTLLAQWWVDLTLTTGTFQSYEMPISVM |
| Ga0196891_10409052 | 3300022183 | Aqueous | MATQTVEFSSPPGQTITAKLFSAGSDTVVQTASAVIGATNRAGVYSATFTDAAAGLYRLIATDANGTLLAQWWVDLTLTTATFQSYEMPVSVMQSGLSTLDAAGVRSAVGLASADLD |
| Ga0196905_10730793 | 3300022198 | Aqueous | MATQSVEFSAPSGQTVTARLFSAGSDTVVQTASAVTEAANRDGVYTATFTDAAAGLYRLIATNSGGTLLAQWWVDLTLTTATFQSYEMPVSVVQSGLSTLDAAGVRTAVGMASA |
| Ga0196901_11900821 | 3300022200 | Aqueous | MATQSVEFSAPSGQTVTARLFSAGSDTVVQTASAVTEAANRDGVYTATFTDAAAGLYRLIATNSGGTLLAQWWVDLTLTTATFQSYEMPVSVV |
| Ga0196901_12061861 | 3300022200 | Aqueous | MATQSVEFSAPSGQTVTARLFSAGSDTVVQTASAVTEATNRDGVYTATFTDAAAGLYRLIATNSGGTLLAQWWVDLTLTTATFQSYEMPVSVVQSGLSTLDAGGVRTAVGLASANLDTQLSDI |
| Ga0255781_104413851 | 3300022934 | Salt Marsh | MATQSIEFSAASGQTVTARLFSPGSDTVVQTASAVTEATNRDGVYTATFTDAAAGLYRLIATNSGGTLLAQWWVDLTLTTATFQSYEMPLSAIQSGLS |
| Ga0208149_10172661 | 3300025610 | Aqueous | MATQTVEFSAPPEQTITVRLFAAGSDTVVQTASEVTEATNRDGVYSATFTDAAAGLYLLIATNAGG |
| Ga0208149_10538063 | 3300025610 | Aqueous | MATQTVEFSAPSGQIITAKLFSPGSDTVVQTASSVTGATNRAGVYSATFTDAAAGVYRLIATDAGGTLLA |
| Ga0208149_10886842 | 3300025610 | Aqueous | MATQTVEFSAPPEQTITAKLFSPGSDTVVQTASSVDEATNRAGVYSATFADAAAGVYRLIATDAGGTPLAQWWVDLTLTTDTFQSYEVPVSVMQSGLSTLDAAGVRSAVGMASA |
| Ga0208004_10593471 | 3300025630 | Aqueous | MATQSVEFSAPSGQTVTARLFSAGNDTVVQTASAVTEATNRDGVYTATFTDAAAGAYRLIATNSGGTLLAQWWVDLTLTTATFQSYEMPVSVVQSGLSTLDAAGVRTAIGMASANLDTQL |
| Ga0208004_10919431 | 3300025630 | Aqueous | MATQTVEFSAAPGQTITAKLFSPGSDTVVQTASSVTGATNRAGVYSATFTDAAAGVYRLIATNAGGTPLAQWWVDLTLTTATFQSYEMPVSVMQSGLSTFDAGSD |
| Ga0208161_11803641 | 3300025646 | Aqueous | MATQSVEFSAASGQTVTARLFSAGSDTVVQTASAVVEATNRDGVYTATFTDVAAGLYRLIATNSGGTLLAQW |
| Ga0208898_10907273 | 3300025671 | Aqueous | MATQTVEFAAAPGQTITARLFAAGSDTVVQTASGVAEATNRDGVYSATFTDAAAGLYKIIATNAGGTLLAQWWVDLT |
| Ga0208898_11897032 | 3300025671 | Aqueous | MATQTVEFSAPPEQTITVRLFAAGSDTVVQTASGVSEATNRDGVYSATFTDVAAGLYRLIASDAGGTPLAQWWVDLTLTTA |
| Ga0208767_10802461 | 3300025769 | Aqueous | MATQTVEFSAPSGQTITARLFSPGSDTVVQTASAVTEATNRDGVYSATFTDAAAGLYKLIATNAGGTLLAQWWVDLTLTTATFQAYEMPVSVIQSGLSTLDAAGVRSAVGLASADLDTQL |
| Ga0208767_12001172 | 3300025769 | Aqueous | MATQTVEFAAPPGQTITAKLFSPGSDTVVQTASGVTGATNRAGVYSATFTDAAAGVYRLIATNAGGTLLAQWWVDLTLTTATFQSYEMPVSVMQSGLSTFNA |
| Ga0208767_12108612 | 3300025769 | Aqueous | MATQTVEFSAPSGQTITARLFSAGSDTVVQTASAVTEATNRDGVYSATFTDAAAGLYKIIATNAGGTVLAQWWVDLTLTTATFQAYEVPVSVMQSGLSTLDAAGVRSAVGMASANLDTQLSDL |
| Ga0208425_10267033 | 3300025803 | Aqueous | MATQTVEFSAPSGQTITARLFSAGSDTVVQTASAVTEATNRDGVYSATFTDAAAGLYKIIATNAGGTVLAQWWVDLTLTTATFQAYEVPVSVMQSGLSTLDAAGVRSAVGMASAN |
| Ga0208543_10278621 | 3300025810 | Aqueous | MATQTVEFSAAPGQTVTAKLFTAGSDTVVQTASAVTEGTNRDGVYSGTFTDVAAGLYKLIATNAGGTLLAQWWVDLTLTTATF |
| Ga0208543_10759051 | 3300025810 | Aqueous | MATQTVEFSAPPEQTITAKLFSPGSDTVVQTASGVTEATNRDGVYSATFADVAAGLYRLIATNAGGTLLAQWWVDLTLTTGTFQSYEMPISVMQSGLSTL |
| Ga0208542_10061291 | 3300025818 | Aqueous | MATQSVEFSAPSGQTVTARLFSAGSDTVVQTASAVTEATNRDGVYTATFTDAAAGLYRLIATNSGGTLLAQWWVDLTLTTATFQSYEMPVSVVQSGLSTLDAAGVR |
| Ga0208542_10781661 | 3300025818 | Aqueous | MATQSVEFSAPSGQTVTARLFSAGNDTVVQTASAVTEATNRDGVYTATFTDAAAGAYRLIATNSGGTLLAQWWVDLTLTTATFQSYEMPVSVVQSGLSTLDAAGVR |
| Ga0208542_11339163 | 3300025818 | Aqueous | MATQTVEFSAPPEQTITAKLFSPGSDTVVQTASGVTEATNRDGVYSATFADVAAGLYRLIATNAGGT |
| Ga0208547_10380201 | 3300025828 | Aqueous | MATQTIEFSAPSGQTIAARLFSAGSDTVVQTASAVTEATNRDGVYSATFTDAAAGLYKIIATNAGGILLAQWWVDLTL |
| Ga0208644_12095001 | 3300025889 | Aqueous | MATQTVEFSAPPEQTITAKLFAAGSDTVVQTASEVTEATNRDGVYSATFADVAAGLYRLIATDAGGTPLAQWWV |
| Ga0208644_12131741 | 3300025889 | Aqueous | MATQTVEFSAAPGQTITAKLFSPGSDTVVQTASSVTGATNRAGVYSATFTDAAAGVYRLIATNAGGTPLAQWWVDLTLTTATFQSYEMPVSVMQSGLSTFDGGS |
| Ga0208644_12484251 | 3300025889 | Aqueous | MATQTVEFSAPPEQTITAKLFSPGSDTVVQTASGVTEATNRDGVYSATFADVAAGLYRLIATNAGGTLLAQWWVD |
| Ga0209668_110215221 | 3300027899 | Freshwater Lake Sediment | MATQSVEFSAPPNQTLTVRLFAAGSDTIVATAGTVTAATNRAGIYTAAFTDVAAGEYKLIATNAASTPLANWWTKLASA |
| Ga0348335_043557_3_284 | 3300034374 | Aqueous | MATQTVEFSAAPGQTITARLFSAGSDTVVQTASGVTEATNRDGVYSATFTDAAAGVYRLIATDAGGILLAQWWVDLTLATATFQAYEMPVSVVQ |
| Ga0348335_115326_471_809 | 3300034374 | Aqueous | MATQTVEFSAPSGQIITAKLFSPGSDTVVQTASSVTGATNRAGVYSATFTDAAAGVYRLIATDAGGTPLAQWWVDLTLTTGTFQSYEMPISVVQSGLSTFDAGSDTVTVGSNG |
| Ga0348336_097923_1_237 | 3300034375 | Aqueous | MATQTVEFSAPSGQIITAKLFSPGSDTVVQTASSVTGATNRAGVYSATFTDAAAGVYRLIATDAGGTLLAQWWVDLTLT |
| Ga0348337_054758_1_375 | 3300034418 | Aqueous | MATQTVEFSAPPEQTITVRLFAAGSDTVVQTASGVSEATNRDGVYSATFTDVAAGLYRLIASDAGGTPLAQWWVDLTLTTATFQSYEVPISVVQSGLSTLDAAGVRSAVGLASADLDTQLSDLPT |
| Ga0348337_117367_1_312 | 3300034418 | Aqueous | MATQTVEFSAPPGQTITARLFAAGSDTVVQTASAVTGATNRAGVYSATFADVAAGLYRLIATNAGGTPLAQWWVDLTLATATFQAYEVPVSVMQSGLSTLDAAG |
| Ga0348337_129802_538_753 | 3300034418 | Aqueous | MATQSVEFSAPSGQTVTARLFSAGSDTVVQTASAVTEATNRDGVYTATFTDAAAGLYRLIATNSGGTLLAQW |
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Bioinformatics & Integrated Biology Lab Institute for Fundamental Biomedical Research Biomedical Sciences Research Center "Alexander Fleming" |