Lo Swiss 3RCC finanzia progetti innovativi che offrono un potenziale di avanzamento nel campo del principio delle 3R. Le opportunità di finanziamento disponibili sono riportate di seguito; segua il programma specifico di suo interesse per ottenere ulteriori informazioni e conoscere la procedura di candidatura.

Opportunità di finanziamento

I programmi di finanziamento disponibili per il ciclo in corso (2025-2028) sono ancora in fase di pianificazione e sono pertanto soggetti a modifiche. Il regolamento di finanziamento dello Swiss 3RCC è disponibile qui.

3Rs DOCTORATE PROGRAMME

The Swiss 3R Competence Centre announces its 2025 3Rs Doctorate Grant scheme, supporting innovative PhD research that advances the replacement, reduction, and refinement of animal use in scientific procedures. This competitive grant scheme follows a two-stage application process and aims to develop a new generation of researchers with strong 3Rs principles.

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KNOWLEDGE TRANSFER GRANT

One of the challenges facing the implementation of 3Rs approaches is often the initial learning curve that other labs face in changing their standard procedures. There is an understandable concern that a potentially high initial investment may not be...

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3Rs SUPPORT GRANT

Supporting ongoing research activities relevant to the 3Rs. Increasing 3Rs implementation, education and/or communication. Grants here are generally expected to be maximum CHF 20’000.- and as such function to enhance or implement 3Rs activities. This scheme replaces the previous Refinement Grant, without the strict focus and potential 3Rs-classification issues we’ve encountered. Next call likely to be 2026, or late 2025.

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PROGETTI FINANZIATI

Organoids are powerful models, but most require basement membrane extracts harvested from tumour-bearing mice. This project develops recombinant laminin-like proteins to create animal-free matrices that support organoid growth, while reducing the need for thousands of mice used for BME production.
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Recombinant laminin-like proteins for organoid cultures free of animal-derived basement membrane extract
Scientists often use genetically modified animals for their research, but this requires complex breeding schemes. This project is creating software that helps to design breeding schemes more efficiently, achieving the required genetic combinations while keeping surplus animals to a minimum.
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Breeding management software for genetically modified rodents
Training surgeons on live animals remains common in many countries, despite ethical concerns and the availability of emerging alternatives. This project addresses this by developing an accessible, low‑cost pipeline for producing realistic 3D heart models for surgical training.
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3D heart models for cardiac surgery training