To develop a new 3D ink-jet printing-based approach for the production of silicone materials (high temperature, high elongation and biocompatible), enabling 3D printed products across a wide variety of sectors.

To develop a formulation toolbox for future-fit sauces.

The research ethics process is facing increasing challenges at a global level: new and emerging technologies present challenges to ethics reviewers who may be unskilled in the relevant fields; increased internationalisation of research has led to fears of ethics dumping; and there is a lack of standardisation across Europe and the world. A key objective of national and EU research policy is to ensure compliance with the highest standards of research ethics. Given the impact of research on society, in terms of potential to generate innovative solutions to problems, and yet with the associated risk of harm, rigorous ethical research conduct is essential to ensure public trust in the scientific endeavour. iRECS will address these problems in four ways. First, it will scan and map existing needs raised by new and emerging technologiesin European and global research ethics communities. Second, it will produce and implement training materials for European and global audiences in research ethics communities. Third, it will conduct and permanently establish training programmes. Fourth, it will propose adaptations to the research ethics process in Europe. Through a unique blend of expertise, global partners and the involvement of European research ethics networks as partners or members of the Stakeholder Advisory Board, iRECS will develop a fresh awareness of research ethics and sustainable, multi-purpose, multi-language interactive training programmes for different users. The project thus extends ENERI and the Embassy of Good Science into a horizontal community of research ethics practitioners, policy makers and other key stakeholders

Our current understanding of the relationship between diet and the development of non-communicable disease (NCD) is limited by a number of factors. These include a lack of understanding of dietary mechanisms that drive NCD, inaccurate tools to collect dietary information, a nascent understanding of the role of personalised nutrition, and the lack of data in vulnerable groups where NCDs are often over-represented. The overarching aim of CoDiet is to develop a series of tools (through eight work packages) which will address the current gaps in our knowledge and lead to the development of a tool that will assess dietary-induced NCD risk. We will achieve this through the six objectives which will answer the challenges of the work programme 1: Development of AI-driven literature searching tools - bring clear understanding of large global literature in the field of physiological and metabolic links between diet and NCD 2: Enhance the understanding of NCD risk factors - we will bring a series of beyond the state of the technics to gain mechanistic insight 3: Understanding of the importance individual variation in response to diet to risk of NCD - this will give insight into the targeting of dietary NCD advice 4: Develop an enhanced method of dietary assessment using machine learning technologies - solving a fundamental problem in nutrition of lack of an accurate dietary tool 5: Develop an enhance diet-NCD monitoring tool - enabling change in NCD in response to diet to be monitored at the population level 6: Develop a dynamic interface between diet and NCD risk factor monitoring and policy - Ensuring CoDiet is applicable at a population level The investigation of these objectives and the answers they provide will open a pathway to enhancing the uptake of NCD protective diet at a population level

To identify, develop and implement an evidence-based, systematic quality improvement model, for large-scale application into the veterinary sector. It will transform the quality of veterinary care, leading to better patient outcomes, and more efficient and sustainable healthcare systems.