The purpose is to advance a newly discovered antimicrobial metabolite from biodiversity-based research toward practical bioinnovation by integrating microbial genomics, AI-assisted bioinformatics, and experimental validation. By understanding its biosynthetic pathways and improving microbial production, the project aims to establish a scalable platform for next-generation antimicrobial solutions with potential applications in

This project aims to model femoral strength from ages 7–18 in all 496 POP (Pediatric Osteoporosis, a unique cohort with yearly follow-up of children from Malmö region) participants using finite element simulations. It will assess how physical activity shapes strength by comparing high and lowactivity groups. The work will yield

The objective of the project is to further develop the BioAcoustic Index Tool as a cost-effective, easy-to-deploy tool that can be used to track the status of ecosystems in Skåne. This can, for example, help to monitor populations of the endangered European Green Toad, track movement patterns of migratory birds,

The global AI infrastructure is becoming dependent on limited computing technologies (such as GPUs and TPUs) that are manufactured in only a few countries. We suggest an alternative computing approach which, in the long term, might provide technological diversification. By placing our work at the frontier of physics-inspired computing, we

We propose a new, practical way to make electrical stimulation consistent and personal. A soft ring of small electrodes is placed around the ulcer. In a few seconds the system measures the tissue’s electrical “fingerprint” (impedance) through different electrode pairs. A computer model then uses those measurements to calculate exactly

The aim of the project is to develop and verify a new generation of road markings that address a growing road safety and infrastructure problem. By developing a plastic-free, long-lasting and sensor-compatible solution, the project will contribute to improved road safety, reduced maintenance requirements and an infrastructure that is compatible

The purpose of this project is to develop an intelligent bio-inspired odor detection system able to identify and classify distinct chemical fingerprints as forensic evidence. By combining gas sensor technologies, AI/ML, chemistry, biology, and forensic expertise, the project will validate odorprints as a new tool for aiding investigations, search-and-rescue, and

The project aims to replace the current blood sampling technique used in hospitals, especially neonatal care, where blood loss poses a higher health risk. The proposed solution is a compact, handheld device designed for placement inside an infant incubator. The device will safely and continuously draw blood, generate a sufficient

Our goal is to develop a software to trace bacteria carrying antimicrobial resistance genes at the strain level in metagenomics data. Ultimately, our objective is to equip researchers and policymakers with better tools to track and predict antibiotic resistance, leading to improved prevention measures and treatment strategies in both human

Nutritional deficiencies remain a global challenge, yet current solutions like dietary supplements and food fortification are often suboptimal due to poor nutrient absorption and stability. This project aims to demonstrate that our nanotechnology-based fortification can overcome these limitations by enhancing nutrient bioavailability and stability in different food matrices. Additionally, this