Feasibility of a safe innovation framework for crop breeding

Area of Science:

• Agricultural biotechnology
• Plant breeding innovations
• Food safety science

Background:

• Biotechnological advancements are rapidly developing new plant varieties.
• Integrating safety considerations throughout product lifecycles is crucial for responsible innovation.
• Stakeholder perspectives are vital for developing effective innovation frameworks.

Purpose of the Study:

• To explore stakeholder views on safe innovation in plant breeding.
• To identify challenges associated with biotechnological tools in the sector.
• To develop a practical framework for safe innovation in plant breeding.

Main Methods:

• Stakeholder engagement through discussions and preference elicitation.
• Presentation and evaluation of five distinct safe innovation framework scenarios.
• Analysis of stakeholder feedback to inform framework development.

Main Results:

• Dutch plant breeders favored a self-regulated safety scenario.
• This scenario involves developing best practices with governmental and researcher guidance.
• A draft voluntary framework, the 'Safe Innovation in Plant breeding (SIP) Framework,' was developed.

Conclusions:

• The SIP Framework is grounded in safe innovation principles, prioritizing food safety.
• Stakeholder collaboration is key to establishing effective safety protocols in plant breeding.
• A self-regulatory approach, supported by external guidance, is preferred by the sector.