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Bringing gene and cell therapies from the lab bench to patients is a complex process and multiple pathways exists. The Research Pathways directory contains resources to help various stakeholders interested in therapy development navigate this process. Research Pathways is centred around the legal and regulatory aspects for cell and gene therapy development in Europe and further expanded to additional aspects. It is free to use and all resources in this database are categorised for improved searchability.
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Signposting to key resources on ATMP development
Learn from specific development cases and relevant resources
ATMP Engage Patient and Public Involvement Directory
Mapping the stakeholders in Europe and beyond
Policy impacting gene and cell therapy development in Europe
Previous Next Signposting to key resources on ATMP development
Learn from specific development cases and relevant resources
ATMP Engage Patient and Public Involvement Directory
Mapping the stakeholders in Europe and beyond
Policy impacting gene and cell therapy development in Europe
Previous Next EuroGCT Resource EMA's support for innovative medicines’ development aims to clarify the applicable regulatory requirements for the medicinal products in development. Both procedures and services support the developers through establishing best strategies as early as possible for obtaining the required data (robust quality, pre-clinical, and clinical data) for commercialising innovative medicinal products (including ATMPs) in the European Union (EU) through the applicable and most adapted regulatory pathway.
Theme
- Show all 3
- Research and Innovation
- Early interaction with regulators
EuroGCT ResourceTheme
- Show all 2
- Early interaction with regulators
- Market access for ATMPs
Lay summary for the research article,"Producing Value or Responding to Valuation? SMEs’ Strategies for Commercialising Induced Pluripotent Stem Cell and Bioprinting Technology". This study looks at how small biotech companies make money from new technologies like stem cells and 3D bioprinting.
Theme
- Show all 2
- Research and Innovation
- Commercialisation
Lay summary for the research article,"'Readiness’ as a model to explain the differing adoption rates of gene editing technology in the laboratory and industrial manufacturing sites"
Theme
- Show all 8
- Research and Innovation
- Fundamental Research
- Translational Science
- Manufacturing
- Good Manufacturing Practice
- Scalability
- Commercialisation
- Market access for ATMPs
This poster presents the European regulatory requirements and pathways for ATMPs to obtain marketing authorisation, and discuss the challenges of their commercialisation.
Theme
- Show all 2
- ATMPs
- Market access for ATMPs
Theme
- Show all 2
- ATMPs
- Pricing & reimbursement
Theme
- Show all 2
- Commercialisation
- Pricing & reimbursement
EuroGCT Resource Human body elements, including tissues, cells, blood and blood components can be used for therapeutic purposes in human recipients and extracorporal applications. Depending on the types of human body elements, they can be donated both or either by living or dead donors in accordance with national legislations.
Theme
- Show all 2
- Therapy classification
- Not ATMPs: Human body elements for therapeutic applications
EuroGCT ResourceTheme
- Show all 2
- Therapy classification
- Not ATMPs: Human body elements for therapeutic applications
EuroGCT Resource Patentability
Theme
- Show all 2
- Research and Innovation
- Incentives
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