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 | Seeking a next generation material for safe Microwave, Oven and Air Fryer cooking from frozen |
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As a global market leader in the frozen food sector, Nomad Foods is seeking advanced material solutions capable of maintaining structural and chemical integrity across an extreme thermal lifecycle: from deep-freeze storage at -18°C to active cooking in microwaves, air fryers, and conventional ovens (up to 220°C). The material must not adversely affect the product in any way: Proposals must demonstrate that the material has zero organoleptic impact, ensuring no migration of taste, odor, or aroma to the food product throughout its lifecycle. To ensure the long-term sustainability of our packaging portfolio, the material must achieve a RecyClass Recyclability Assessment Method (RAM) rating of Grade A or B. This may be accomplished through the use of an appropriate barrier coating or by utilising an existing recyclable substrate. The packaging format remains open, though our preference is to identify solutions that could replace our current flexible plastic cook‑in pouches or trays. The technology we are seeking should be at the functional prototype stage. The proposed packaging format must enable a high-performance "cook-in-pack" solution for our consumers. This technology will facilitate steam-cooking directly within the bag, pouch, or enclosed material, preserving the nutritional integrity of the food. The material must offer high transparency, allowing consumers to see the product, allowing us to showcase our vibrant, high-quality ingredients, emphasizing the premium nature and freshness of the Nomad Foods portfolio. |
 | Seeking Oral Care Solutions with Seal and Protect Benefit |
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Products, technologies or ingredients that (a) provide a layer, barrier or coating which will inhibit the formation of plaque or biofilm on tooth surfaces and/or (b) provide a coating to protect the teeth from stain and erosive acids or deliver effective amounts of oral care ingredient for an extended period of time. |
| | Seeking Business Enablers to Optimize Processes, Enhance Supply Chains, and Drive Digital Transformation in Frozen Foods Industry |
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Nomad Foods, Europe’s leading frozen food company has launched its Future Foods Lab, a bold new venture clienting initiative, in partnership with Innoget. As part of Nomad Foods’ innovation strategy, the Future Foods Lab will explore market-ready solutions proposed by startups to address key business challenges, which can then be piloted and scaled across Europe. The Future Foods Lab will offers a unique opportunity whereby those who apply will benefit from: -A paying customer relationship with Nomad Foods -Access to a test and learn environment with real-world validation -Deep industry immersion in frozen food manufacturing and global supply chains -Mentorship from cross-functional experts in R&D, marketing, procurement, and more -Opportunities for co-branding, commercial scaling, and long-term partnerships |
 | Biogenesis on-demand for the production of carotenoids and phytonutrients |
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CSIC and the Center for Research in Agricultural Genomics have developed a biotechnological method for the biofortification in carotenoids and other phytonutrients of green tissues. The method is based on the controlled induction of chromoplasts. The mechanism could be applied to the development of novel functional foods or bio factories for a variety of industries. Industrial partners are being sought to collaborate through a patent license agreement. |
 | Duty-Cycle Controlled Switched-Capacitor Buck Voltage Regulator for Efficient On-Chip Power Management |
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This technology relates to a voltage regulator architecture that generates a regulated output from an input voltage using a switched-capacitor circuit that periodically produces multiple intermediate voltage levels, followed by a low-pass filter to provide the regulated output. The approach uses phase interleaving to increase effective switching frequency and reduce switching losses. Regulation is achieved by modulating switch resistance via duty cycle control, which in turn controls the average voltage on flying capacitors. A control unit selects the operating region and drives switch configurations via a state-machine-based controller. |
 | Exon skipping by CRISPR-Cas9 editing for Duchenne muscular dystrophy |
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Background Duchenne muscular dystrophy (DMD) is a rare, severe genetic disease characterized by progressive muscle wasting. It is caused by mutations in DMD gene that prevent the production of the muscle isoform of dystrophin protein. The symptom onset is usually in early childhood and life expectancy is ~30 years. Elevidys is currently the only gene therapy approved for DMD, which is designed to deliver a gene coding for a shorter version of dystrophin. This approach was taken because delivery of the whole DMD gene is challenging as it is the largest human gene. Antisense oligonucleotide medications for exon skipping (exons 45, 51, and 53) to produce a shorter yet functional dystrophin gene have been approved, which require periodic administration. None of the drugs is suitable for all DMD patients. More treatment solutions are urgently needed. |
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