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Vexillifera sp. DIVA3 564/2
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Principle Investigator(s) | Jan Pawlowski |
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External sample ID | Vexillifera n. sp. 564/2 |
NCGR Sample ID | MMETSP0173_2 |
Sample accession number | CAM_SMPL_002450 |
Assembly accession number | CAM_ASM_000268 |
Combined Assembly Name | N/A |
Genus | Vexillifera |
Species | sp. |
Strain | DIVA3 564/2 |
Clonal | Yes |
Axenic | No |
Prelim. NCBI Taxon ID | 218659 |
18S rRNA | |
Importance of organism and transcriptomes | Vexilliferidae have a key significance for understanding the evolutionary relationships between Dactylopodida and other Discosea. The species nominated is one of the few marine amoebae isolated froom the deep sea sedimements. The obtained transcriptome data are pioneering for Vexillifera and will be used for the first broadly-sampled multigene analysis of the amoebozoan phylogeny. |
Additional citations and references | |
Environmental Data | |
Primary citation for organism's characterization, if available | Kudryavtsev A, Pawlowski J, Hausmann K (2011) A survey of lobose amoebae (Amoebozoa) from the atlantic deep-sea sediments, in preparation |
Latitude | -26.64444 |
Longitude | -35.24361 |
Depth (m) | 4527.1 |
Salinity (psu) | 35 |
Collection date | 24-JUL-09 |
Collection time | 02:32 AM |
Sample collection site | Atlantic_Ocean |
Other collection site info | Expedition DIVA3 |
Sample material (e.g. "seawater," "sediment," etc.) | Marine sediment |
ENVO term for habitat - primary term | Acquatic: marine |
ENVO term for habitat - secondary term | Sediment |
Habitat description | abyssal plain bottom sediment, clay with rocks, aerobic |
Other environmental metadata available | no other types of environmental metadata available |
Other environmental metadata available | no other types of environmental metadata available |
Habitat | marine habitat |
Experimental Data | |
Date of experiment | 10-JUN-11 |
Growth medium | seawater with wheat grains |
Temperature (ÂșC) | 20 |
Salinty (psu) | 35 |
pH | 7.5 |
Prey organism, if applicable (genus and species) | bacteria |
Investigation type | Eukaryotes |