Universidade de Lisboa
Explore Universidade de Lisboa's available technologies.
Rice RING E3-ubiquitin ligase technology for modulating root traits and enhancing stress tolerance
A rice biotechnology platform leveraging a root-specific RING E3-ubiquitin ligase gene to modulate root architecture and improve tolerance to drought and nutrient deficiency. Developed using overexpression and CRISPR kno...
Halophyte-based vegetal salt substitute for hypertension and obesity management
Introducing a halophyte-based salt substitute with potential health benefits for hypertension and obesity. This innovative product leverages the unique phytochemical properties of halophytes to provide a healthier altern...
Free fatty acids removal from crude glycerin using chelating polymers
Innovative method to purify crude glycerin by converting free fatty acids into colloidal form using chelating soluble polymers, followed by ultrafiltration or nanofiltration. This process aims to enhance selectivity and ...
Innovative non-radical bleaching formulations for scalp-friendly hair treatments
This research explores non-radical bleaching agents combined with anti-inflammatory and antioxidant additives to develop scalp-friendly hair treatments. Comparative testing aims to optimize formulations for effective ble...
Catalytic enhancement for ester bond formation at lower activation energies
This research focuses on developing catalysts that lower activation energies for ester bond formation, improving reaction kinetics at lower temperatures. It aims to optimize catalysts for various industrial applications,...
Resistometric sensors for real-time corrosion monitoring of coated metals
Universidade de Lisboa researchers have utilized highly sensitive resistometric sensors for real-time, quantitative monitoring of corrosion in coated carbon steel. This research demonstrates an effective method for evalu...
Field aptamer–microfluidic detection of salicylic acid in infected strawberries
A portable, microfluidic-based aptamer assay for the rapid, on-site detection of salicylic acid, a key hormone indicating fungal infection in crops. This field-ready tool enables farmers to detect Botrytis cinerea infect...
Metal-organic framework NU-1000 integrated cellulose acetate membranes for protein-bound uremic toxin clearance
Novel asymmetric mixed matrix membranes incorporating NU-1000 MOFs into a cellulose acetate matrix for superior clearance of protein-bound uremic toxins. This solution enhances hemodialysis efficiency by combining polyme...
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