Sustainability powered by microbes
Diving into biotechnological systems for a greener world
Studying and exploiting microbiomes relationships
Unravelling complexity at all levels
We applied a multidisciplinary approach including metabolic modelling, systems and synthetic biology to study bacterial metabolism from cellular to population level. Our final goal is to create a biological framework that allows the development of a broad range of novel and non-intuitive biotechnological processes, such as bioremediation solutions and sustainable production alternatives.
BUILDING METABOLIC MODELS WITH WIDER CAPABILITIES
We incorporate novel components in our microbial models in order to broaden their applicability in new processes.
Studying and exploiting microbiomes relationships
Unravelling complexity at all levels
DISENTANGLING MICROBIAL METABOLIC CYCLES
Our goal is to decipher and learn how to biotechnologically exploit the multiple competing microbial objectives, such as growth, robustness, and adaptability.
STUDYING MICROBIOME-WIDE RELATIONSHIPS
By comparing the interactions and capabilities between microorganisms, we aim to unlock novel supracellular functions and applications.
BROADENING APPLICATIONS USING AI AND AUTOMATION
We work on the development of a platform for the automatic and computer-assisted construction of new-to-nature microbial metabolic pathways.
DISENTANGLING MICROBIAL METABOLIC CYCLES
Our goal is to decipher and learn how to biotechnologically exploit the multiple competing microbial objectives, such as growth, robustness, and adaptability.
STUDYING MICROBIOME-WIDE RELATIONSHIPS
By comparing the interactions and capabilities between microorganisms, we aim to unlock novel supracellular functions and applications.
BROADENING APPLICATIONS USING AI AND AUTOMATION
We work on the development of a platform for the automatic and computer-assisted construction of new-to-nature microbial metabolic pathways.
BUILDING METABOLIC MODELS WITH WIDER CAPABILITIES
We incorporate novel components in our microbial models in order to broaden their applicability in new processes.
Putting our knowledge to use
Metabolic engineering on-demand
At the CNB DNA Biofoundry (CNBIO) our group offers a comprehensive service for the design, construction, validation, and evolution of metabolic pathways and synthetic genetic circuits. We offer services from metabolic modelling to prototype building. Find the service that suits you best and contact us!
Putting our knowledge to use
Metabolic engineering on-demand
At the CNB DNA Biofoundry (CNBIO) our group offers a comprehensive service for the design, construction, validation, and evolution of metabolic pathways and synthetic genetic circuits. We offer services from metabolic modelling to prototype building. Find the service that suits you best and contact us!
