Jorge Barriuso

This paper presents a yeast-bacterial workflow to convert glycerol and PET into lipids and bioplastics using engineered strains and a consortium.

This paper demonstrates an integrated biotechnological system using Yarrowia lipolytica and Rhodococcus jostii to degrade PET and convert its monomers into microbial lipids, enabling sustainable plastic waste upcycling.

This paper uses an ensemble of protein language models to identify beneficial mutations in Aspergillus oryzae β-galactosidase, improving catalytic efficiency and thermostability without supervised training.

This paper presents a biochemical approach using glycolysis and engineered microbial consortia to upcycle post-consumer PET into PHAs, demonstrating efficient depolymerization and monomer conversion.

This study examines genomic and phenotypic diversity in Yarrowia lipolytica, showing how specialization and admixture drive adaptation to different environments and industrial traits.

This study evaluates microbial consortia in MFCs to enhance wastewater treatment and electricity generation while supporting plant growth through PGPS production.

This study identifies Pseudomonas putida JM37 as a bacterial chassis capable of efficiently metabolizing ethylene glycol and producing polyhydroxyalkanoates, with potential for biotechnological applications.

This study demonstrates a synthetic Yarrowia lipolytica consortium that efficiently converts lignocellulosic oligosaccharides into lipids, with division-of-labor strategies outperforming multifunctional monocultures.