Danny Ionescu

The paper investigates how Achromatium sp. expresses protein variants in response to temperature changes using proteomics and a newly assembled protein atlas.

The paper shows that Achromatium bacteria have genetically diverse chromosomes within cells, inherited by daughter cells, and that spatial segregation of chromosomes drives genomic variability.

This study identifies Epulopiscium spp. in diverse hosts, including humans, and shows their abundance varies with age and disease states.

This study investigates the chemotactic and motility behaviors of Achromatium oxaliferum in response to oxygen, sulfide, and nitrate gradients, revealing negative chemotaxis and phototaxis as mechanisms for positioning in aquatic sediments.

The paper constructs a model of RNA-based food chain interactions using ancestral RNA strands found in Dead Sea sinkholes, showing competitive dynamics and environmental sensitivity.

The paper investigates phenotypic variability among Trichodesmium strains in heterogeneous microenvironments using metagenomics and metatranscriptomics.

The paper identifies secondary metabolite clusters from lake metagenomes using improved binning and analysis tools.