Bt Research 2025, Vol.16, No.6, 259-268 http://microbescipublisher.com/index.php/bt 266 7 Future Directions and Policy Recommendations When it comes to the supervision of Bt genetically modified crops, many countries actually have their own set of procedures. However, the problem lies here - there are too many standards and the procedures are too complicated. Not only is there repetitive work in the approval process, but it also slows down the pace of technology implementation. If there could be a relatively unified international framework, not only could data be shared among different countries, but the evaluation efficiency would also be significantly higher. Especially for developing countries with limited scientific research resources, such integration would be more practical. Of course, setting standards is not a matter of a single sentence. Such cross-border coordination may still need to rely on international organizations like the FAO and the WHO to take the lead. They should not only act as "referees" but also promote process transparency to prevent certain countries from going to extremes and ensure that regulatory content keeps pace with technological changes. With such a platform, various data from experiments, fields and even society can be more easily integrated by the system, and only then can scientific decision-making be truly supported. Not all risks can be clearly identified at one time, especially for technologies involving ecosystems such as genetically modified insect-resistant crops, dynamic assessment is even more crucial. Risk is not fixed; it changes over time, with environmental variations and the development of resistance. That is to say, just because it seems safe in the early stage doesn't mean it will still be fine five years later. Therefore, it is necessary to integrate molecular-level data, ecological feedback, and even socio-economic impacts, and update the judgment in a timely manner as new evidence emerges. This requires that data such as resistance monitoring and environmental tracking be truly incorporated into the regulatory system, rather than being "optional" accessory parts. Sometimes, laboratory data may seem optimistic, but in the fields, it's a different story. Therefore, comparing different schemes and conducting data analysis in combination with on-site conditions may be more useful than merely making model predictions. At the very least, it is closer to reality and more conducive to ensuring the stability of the agricultural ecosystem (especially for long-term users). Of course, no matter how complete a system is, if it lacks public trust, its implementation will encounter obstacles. This is not uncommon in the promotion of Bt crops. Often, the common people are not against technology; rather, they feel that information is not transparent and that listening to everyone seems like "each person talking their own thing". If the regulatory process could be made clear and the scientific evidence presented without any concealment, perhaps the public's concerns would be alleviated instead. Especially when it comes to food safety and environmental issues, the higher the transparency, the fewer misunderstandings there will be. It's not just about "reporting the results", but truly getting farmers, consumers, researchers and policymakers to sit down and have a dialogue. Everyone has different focuses, but the goal is actually the same - that is, to be safe and reliable. Science communication should not merely be about "authoritative statements", but rather about providing more explanations and listening to more feedback to encourage the public to truly participate in this process. Only in this way is it possible to establish a more stable and widely accepted Bt regulatory system. Acknowledgments Thank you to Dr. Zhang for his technical support in data analysis and visualization, and also thank the members of the research team for their discussions and suggestions during the paper writing. Conflict of Interest Disclosure The authors affirm that this research was conducted without any commercial or financial relationships that could be construed as a potential conflict of interest. References Agapito-Tenfen S., Guerra M., Nodari R., and Wikmark O., 2021, Untargeted proteomics-based approach to investigate unintended changes in genetically modified maize for environmental risk assessment purpose, Frontiers in Toxicology, 3: 655968. https://doi.org/10.3389/ftox.2021.655968
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