Translational research: from pot to plot.

Area of Science:

• Plant molecular biology
• Translational research in agriculture

Background:

• Decades of plant molecular biology research have yielded extensive data on plant growth, development, and stress responses.
• Translating this knowledge into tangible crop improvement for food security and sustainable agriculture remains a significant challenge.

Purpose of the Study:

• To advocate for increased involvement of plant scientists in converting fundamental biological insights into practical crop applications.
• To highlight the need for translational research that bridges the gap between model species and crop genetics.
• To emphasize the importance of field-based evaluation for robust trait development.

Main Methods:

• Leveraging advanced genome-wide technologies and phenotyping techniques like canopy imaging and field monitoring.
• Conducting holistic trait assessments under diverse environmental conditions, moving beyond controlled growth chambers.
• Addressing legislative barriers to the adoption of biotechnology in crops.

Main Results:

• The study argues that current research translation is insufficient for crop improvement.
• It identifies poor translatability from model species to crops and the need for genotype-environment interaction understanding.
• Progress is hindered by regulatory challenges, particularly in Europe.

Conclusions:

• Plant scientists need to actively engage in translational research to support food security.
• A network of protected European field trial sites is proposed to facilitate the evaluation of biotech crop traits.
• Overcoming regulatory obstacles is crucial for advancing crop improvement.