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 | Seeking Solutions for Enhanced Delivery of Oral Care Actives and Flavors |
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To improve the performance and consumer experience of oral care products using formulation excipients to improve deposition, retention and protection of actives, flavors, and sensates for extended periods |
| | Seeking Gum Health Solutions |
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is for products, technologies, or ingredients that reverse receding gums and/or heal and rebuild gum tissue. We are looking for products, technologies or ingredients that can improve overall health and appearance of gums. |
| | Seeking Oral Care Solutions for Non-Bleach Whiteners |
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Breakthrough whitening benefits with daily use safety profile |
 | Ecological concretes and mortars |
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A multidisciplinary public-private research consortium has developed a simple and innovative process to transform submerged arc welding slag waste into activated materials (geopolymers) that can be used as environmentally friendly substitutes for Portland cement to manufacture concrete or mortar-based construction materials. These new materials are characterised by low production costs, are environmentally friendly, sustainable, do not generate waste in their production process, and have excellent physico-chemical properties. Companies interested in acquiring this technology for its commercial exploitation are sought. |
 | Water-Rich Deep Eutectic Solvent Formulation Platform for Delivering Poorly Soluble Bioactives |
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A new formulation platform enables the incorporation of deep eutectic solvents (DES) into water-rich matrices while preserving their exceptional ability to solubilize poorly soluble bioactive molecules. The technology addresses key limitations of conventional DES use, including high viscosity, cost and loss of solvent performance upon dilution with water. The platform can be obtained using simple mixing processes and does not require polymer-based encapsulation. In a proof-of-concept formulation containing more than 60% water, the solubility of quercetin was increased by over 2000-fold compared with its solubility in water. The technology is suitable for nutraceutical, pharmaceutical, cosmetic, food, functional ingredient and agrochemical applications. Available for licensing, with possible accompanying know-how transfer and application-specific development support (in collaboration with Campus Bio-Medico University, Rome, Italy). |
 | An Algorithm solution for the computation of nonplanar continuous interweaving 3D Printing tool path for polymers and polymer composite material |
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An implemented algorithmic solution for the generation of continuous interweaving algorithms toolpath for additive manufacturing of medium to large parts using stable polymer matrices |
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