Univ. Prof. Dr.
Restore Vision
Description
Approach & Methods
- Repurposing and Innovation: The consortium is evaluating six existing drugs already approved for other conditions and developing three new compounds, leveraging their potential for vision restoration in rare ocular surface diseases.
- Disease Models: Advanced laboratory and preclinical models are used to validate therapeutic targets, test drug efficacy, and understand disease mechanisms in detail.
- Formulation Science: The team is optimizing safe and effective drug formulations for use as eye drops or subconjunctival injections.
- Clinical Translation: Promising candidates will move into phase 1b and compassionate clinical trials to assess safety and initial effectiveness in patients.
- Data Management: The MeDIC team at University Hospital Cologne is responsible for preparing and updating the Data Management Plan, ensuring compliance with data protection and open science standards.
Project Steps & Milestones
- Project Management & Coordination: Ensuring smooth execution and timely reporting across all work packages.
- Validation of Drug Targets: Testing the effects of candidate drugs on human tissues and fluids to understand their mechanisms of action.
- Formulation Development: Creating eye drop and injectable versions of promising compounds.
- Preclinical Studies: Using disease models to evaluate safety and efficacy.
- Clinical Trials: Conducting first-in-human studies for the most promising therapies.
- Data Management: Delivering and updating the Data Management Plan and reporting on data collection strategies.
Consortium Partners
Restore Vision unites 10 partners from 9 EU countries, including leading research institutions, SMEs, and a European patient organisation. The combined expertise covers basic science, clinical research, pharmaceutical development, project management, and patient advocacy.
Project Team
Dr. rer. nat.
Collaboration Partner
| Name | Contact | Quicklink |
|---|---|---|
| National University of Ireland Galway | Learn More | |
| Linköping University | Learn More | |
| San Raffaele Hospital | Learn More | |
| Miguel Hernández University of Elche | Learn More | |
| Centre de Recherche des Cordeliers | Learn More | |
| Cell2Cure | Learn More | |
| Aniridia Europe | Learn More | |
| Laboratoires KÔL | Learn More | |
| Catalyze | Learn More |
This project is supported by
Achievements & Results
Development of Innovative Treatments: Restore Vision will create and test both novel and repurposed drugs for seven rare eye diseases, including aniridia-associated keratopathy, neurotrophic keratopathy, limbal stem cell deficiency, ocular cicatricial pemphigoid, EEC syndrome, ocular graft versus host disease, and corneal neovascularisation.
New Drug Formulations: The project will develop optimal eye drop and injectable formulations for several pharmaceutical compounds, ensuring safety and effectiveness for patients.
Mechanistic Insights: By investigating the underlying mechanisms of these diseases, the project will identify how new and repurposed drugs interact with specific genes, proteins, and pathways, enabling tailored therapies.
Clinical Readiness: Restore Vision will advance promising compounds from preclinical validation to first-in-human clinical trials, accelerating the path to real-world patient benefit.
Data Management Excellence: The project will deliver a robust Data Management Plan to ensure all research outputs are managed according to GDPR and FAIR principles.