Basic Information | |
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Taxon OID | 3300034105 Open in IMG/M |
Scaffold ID | Ga0335035_0002442 Open in IMG/M |
Source Dataset Name | Freshwater microbial communities from Lake Mendota, Madison, Wisconsin, United States - TYMEFLIES-ME15May2014-rr0127 |
Source Dataset Category | Metagenome |
Source Dataset Use Policy | Open |
Sequencing Center | DOE Joint Genome Institute (JGI) |
Sequencing Status | Permanent Draft |
Scaffold Components | |
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Scaffold Length (bps) | 13166 |
Total Scaffold Genes | 20 (view) |
Total Scaffold Genes with Ribosome Binding Sites (RBS) | 2 (10.00%) |
Novel Protein Genes | 3 (view) |
Novel Protein Genes with Ribosome Binding Sites (RBS) | 1 (33.33%) |
Associated Families | 3 |
Taxonomy | |
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All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage | (Source: UniRef50) |
Source Dataset Ecosystem |
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Environmental → Aquatic → Freshwater → Lake → Unclassified → Freshwater → Freshwater Microbial Communities From Lake Mendota, Crystal Bog Lake, And Trout Bog Lake In Wisconsin, United States |
Source Dataset Sampling Location | ||||||||
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Location Name | USA: Wisconsin | |||||||
Coordinates | Lat. (o) | 43.0995 | Long. (o) | -89.4045 | Alt. (m) | Depth (m) | Location on Map | |
Zoom: | Powered by OpenStreetMap © |
Family | Category | Number of Sequences | 3D Structure? |
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F006590 | Metagenome / Metatranscriptome | 369 | N |
F025030 | Metagenome / Metatranscriptome | 203 | Y |
F101173 | Metagenome / Metatranscriptome | 102 | N |
Protein ID | Family | RBS | Sequence |
---|---|---|---|
Ga0335035_0002442_11713_12081 | F006590 | N/A | MKTITIANTSIPIKFGMYVLGTFLRERKLKLSDLSLLGEDLLLALELAFAGVENGYKAKGEKCPYTLQSFCDLVDTDMGGITRIMEMISNEISPPEDDTQKNVVAKVENSHLNTSNAFVSEF |
Ga0335035_0002442_12529_12780 | F025030 | N/A | MKLRLLKEWNGKEPGKVGVFLSEYGEQMIKDGIAELLDESFVVEQMPQKEQVQQDPIYIPIPVPNSYFADEADEEKIIKQKNK |
Ga0335035_0002442_7143_9380 | F101173 | AGTAG | MAIRFSTTVYNEKSRKITVSIKDSSFSGTVKTFDTLSLGIQYDSESQQGQERFTPIIGSRCSLSLLINNEDLQTLLLDIGLAVEGRFTMELTAYEDDNTTVSFKWYGYIVTDLVEFEDVPLVIGYQAQISAIDGLGWLKTLDYKSAVGPYNGQDTVVQHILNCLNQLDFVQENLVANSLPVLHTIFNWHENSTVYNADNDYAYNTVIQHRAFYHRDTKNNYIYQSCYDVIKKICQTFGARLIFSGNQYWFIQVNEYANNPASHRYFKYSGFGVQSVGTFSADLTISNIQTNLVESDLMRLSGGKWTYYPALKNVVIRYNHFAKQNLLAGVEYNYATNTTPVITTTPTLDASNPDARLSYTGILGFYAQALNPANFEPYQFVFAVKVVSIINSFPLQGFESANWTLGSGWLIDNNILSGVLITTDAYYTTFSVVNGRKYYIKIKVDIDNAGSLRLRLGGVTKTITESGDYEYVIIATNTDTLKFDSVSSPRFTGKIKSLEVKQENKYLKRGVTYTNGFNFQLEAASWETSFSEFEFNTETINADAAFVAYKTITFDTLDIPDTAEYIWEMRLKEMRNEAGTNIISNFAVSYLLSNNYLEFLPTGAVSGQSDILEYGSDNDDKSSTVFSLDTYIGDGPSKTTDGALKVKNSYTGGVYINSNTWEVGAGTGFGFNKITQLLVNEVIRGQLTPKLRMVDMPFQNLSVDNPYLPHKVIEYSSGYYVFERGSLDLKTEIWQGDYFKIELDA |
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