Innovativ løsning til detektion af fejl i glasfiber. Innovationsfondens bevilling giver os mulighed for at, fordybe os i teknologien og frembringe en prototype.

Algenius Foods is a start-up company from Copenhagen, who is on a mission to create sustainable alternatives to seafood from seaweed. Their first product is seaweed-based caviar. Unlike traditional caviar, which involves overfishing and depletion of fish populations, caviar of Algenius Foods offers a sustainable and superior alternative. Furthermore, cultivating seaweed for caviar production sequesters CO2, aiding in climate mitigation. The process consumes less energy compared to fish farming and reduces the carbon footprint associated with transportation of real caviar. This solution promotes biodiversity by avoiding harm to marine life and conserving aquatic habitats. With help of Innovationsfonden Algenius Foods will scale up this solution to serve its first customers, and will embark the innovation journey to create more alternatives that will help restore fish and seafood populations.

Dual amylin and calcitonin receptor agonists (DACRAs) are highly potent and have shown great potential in pre-clinical settings, demonstrated by improved metabolic health reflected in potent appetite regulation, substantial weight loss, improved glucose control and enhanced insulin sensitivity both by weight-dependent and independent mechanisms. This combination of effects positions them as potential treatments for Type 2 diabetes, obesity and fatty liver disease, diseases for which treatments

Identificerbare proteiner, der driver den kardiale matrix remodellering under atrieflimren (AF), kan bidrage til udviklingen af præcisionsmedicin og effektive lægemidler. Vores ambition er at kortlægge matrix-remodelleringen i hjertet ved hjælp af specifikke ikke-invasive biomarkører, der kvantificerer fragmenter af matrix-proteiner i cirkulationen af patienter med AF eller i risiko for at udvikle AF, for at karakterisere kandidatbiomarkører forbundet med udvikling og progression af AF.