Sticking together: Inter-species aggregation of bacteria isolated from iron snow iscontrolled by chemical signaling

This project aims to gather data and metadata from first funding period projects that have not been continued during the second funding period

We investigated the role of chemical signaling between two co-occurring bacteria that each make up more than 10% of the community in iron-rich lakes aggregates (iron snow) by comparative metagenomics and propose a model that shows rapid iron snow formation and ultimately energy transfer from the photic zone to deeper water layers are controlled via a chemically mediated interplay.

Experiment Design: growth_condition_design, co-expression_design Experimental Factor: Compound, Organism, Strain Experimental Factor Type: compound, organism, strain_or_line Quality Control Type: technical_replicate, biological_replicate

Specimen Material Type Organism Strain or Line Organism Part Organism Status Sex Age Age Time Unit Sampling Time Point Sampling Time Point Unit Temperature Temperature Unit pH Atmosphere Compound Media Nutrients Fold Change Assignment Name Fold Change Assignment ...

TANDEM MASS SPECTROMETRY (GC) Xcalibur GUI

Source Specimen Material Type Organism Strain or Line Organism Part Organism Status Sex Age Age Time Unit Sampling Time Point Sampling Time Point Unit Temperature Temperature Unit pH Atmosphere Compound Media Nutrients Fold Change Assignment Name Fold Change Assignment Feature acidiphilium_acidithrix_sup_2 whole_organism Acidiphilium C61 whole culture fresh n/a n/a n/a Acidithrix supernatant acidiphilium_acidithrix_sup_1 whole_organism Acidiphilium C61 ...