Welcome to LeoRios Lab, we are based in the vibrant University College london, Department of Biochemical Engineering, where our research is driven by the fascinating field of Synthetic Bioprocessing. We are dedicated to applying cutting-edge synthetic biology tools and advanced biotechnologies to enhance the efficiency, scalability, and productivity of bioprocesses.
At the core of our work lies the seamless integration of biochemical engineering and synthetic biology principles. By leveraging these disciplines, we engineer biological processes at both the molecular and macromolecular levels, pioneering a novel approach to achieve desired outcomes. Through this integrated framework, we develop innovative and sophisticated bioprocessing techniques, harnessing the latest advancements in synthetic biology, such as genetic engineering, synthetic genomics, and metabolic engineering. These techniques enable us to design and precisely control scalable bioprocesses.
Our research endeavors extend beyond the laboratory, aiming to address pressing global socio-economic and environmental challenges. By utilizing our expertise, we strive to ensure equitable access to sustainable food, energy, and pharmaceuticals, while fostering local bio-economies. Additionally, we are committed to promoting access to high-quality education and cultivating a sustainable environment.
At LeoRios Lab, we are driven by a passion for unlocking the potential of synthetic bioprocessing to make a positive impact on society. Join us as we pioneer novel approaches, engineer cutting-edge biological systems, and forge a path towards a more sustainable and prosperous future.
Our research areas
Microbiol Cell Factories: Synthetic Biology and Metabolic Engineering
Bioprocess Engineering
Bio-Automation
Research Areas
We Develop Innovative Solutions
Metabolic Engineering and Systems Biology
Microbial Cell Factories for the Sustainable Production of Drugs, Biomaterials and Biofuels
- Anticancer Drug Taxol in S. cerevisiae
- Jet Biofuels in Yarrowia Lipolytica
- High Value Chiral Amino-alcohols in E. coli
- High Value Alkaloids (i.e Ephedrine) in S. cerevisiae
- Fragrances and Food Additives in E. coli and S. cerevisiae
High-throughput Bioreactors
Mini and Microscale Bioreactors to Speed Up Bioprocess Development Mimicking Large Scale Conditions
- Advanced Microplate Based Bioreactors
- Mini-Bioreactors Mimicking Industrial Scale Conditions
- Microscale Continuous Flow Bioreactors
- Low Cost 3D printed Bioreactors
- Microfluidic MicroBioreactors
Smart Biosensors and Diagnostics
Synthetic Biology Tools Applied for Low-Cost Diagnostics and Biosensing Capabilities
- CRISPR Based Diagnostics for COVID19
- Biosensors Applied in Aquaculture
- Digital Microfluidic Diagnostics
Automation and Artificial Intelligence
State of the Art Bio-Automation enhanced by Artificial Intelligence algorithms
- Open Source Low Cost Automation
- Edinburgh Genome BioFoundry
- Bio-Automation Enhanced Through Artificial Intelligence
- Automated Digital Microfluidics
Advanced Bioprocessing Technologies
Designing Novel Bioreactors and Intensified Bioprocesses to tackle Scale Up Challenges
- Integrated Bioprocessing
- Continuous Flow Bioprocesses
- Scale up of Mammalian Cells Systems
- Hybrid Biomodelling combining Machine Learning and deterministic algorithms
- Life Cycle Assessments
Work With Us!
Opportunities
Meet the Team
The Rising Stars of LeoRios Lab
Qingyuan Tan
Chethan Jaya Sai Nandamuri
Anindyajati
Yewei (Marvin) Sun
André Coimbra
from the blog
Learn About Our Latest News, Events, Leading Technologies and Research Outputs
Digital Microfluidics Workship
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