María Auxiliadora Prieto

This study evaluates genetic and co-culture strategies for functionalizing bacterial cellulose across Komagataeibacter species, showing species-specific differences but overall feasibility of modification.

This study shows Bdellovibrio bacteriovorus can grow without prey using amino acids as carbon sources, revealing their metabolic flexibility and potential for biotechnological applications.

The paper introduces Golden Standard, a modular cloning tool compatible with various bacterial hosts, enabling standardized genetic circuit assembly and validated for performance and portability.

This paper constructs a genome-scale metabolic model of Bdellovibrio bacteriovorus to analyze its growth-phase dependent metabolic states and provides insights into its biphasic lifestyle and metabolic robustness.