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 | Seeking Oral Care Solutions with Novel Cleaning Agents |
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Breakthrough cleaning benefits with daily use safety profile; Exploration of alternatives to flossing. Safe and effective removal of food and debris between teeth via chemical approach that would increase compliance and enhance the oral health benefits of driven by the flossing action, without having to floss. |
| | Seeking Digestive Wellness Solutions |
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We are interested in products, technologies and packaging that will improve the benefit areas of: Managing and/or enhancing Digestive Wellness; Improving the consumer usage experience and delighting our consumers; and/or Complimenting our portfolio (Metamucil, Pepto Bismol, Align). |
| | Seeking Grooming Solutions |
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Grooming technology solutions that remove, trim, shape or style hair from the body and face, in safe, convenient ways that are achievable at home. |
 | Sustainable mulching of liquid application for weed control in perennial crops. |
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A sustainable mulch has been developed and validated that improves the existing mulches being free of environmentally harmful substances. This mulch is based on the blends of agricultural by-products and paper slurry and is applied in pasty conditions on the soil thus creating a sheet of the desired thickness on the soil. Weed control is high when the sheet dries out rapidly. At present, work is focused on designing a machine prototype to be able to apply the blends on the soil in a mechanized way. |
 | Innovative Methods for Cell Transplantation |
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This invention provides a novel method for transplanting target cells into a subject by creating a sealed transplantation space using an acellular membrane attached to a visceral organ. This technique allows for the insertion of a mixture of support cells and target cells, enhancing cell survival and integration. For example, this method can be applied to improve the engraftment of insulin-producing beta islet cells for diabetes treatment, potentially increasing the success rate of cell transplantation. |
 | Smart Heat Management with Core-Shell Catalyst Pellets: Preventing Hotspots, Maximizing Yield |
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Prof. Kai Sundmacher and co-workers at the MPI for Dynamics of Complex Technical Systems developed a novel core-shell catalyst design with a highly active catalyst core surrounded by an inert, low-permeability shell. The new catalyst design leads to an intrinsic heat management that avoids hotspots in strongly exothermic reactions. This allows faster reactor start-up and shut-down and makes the catalysts suitable for rapid load changes in discontinuous processes that are currently discussed for Power-to-X processes based on renewable energy sources like wind or solar. The novel catalyst design is based on computer similations but we already reproduced the calculated performance with real core-shell design catalysts in the laboratory. |
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