<p>Synthetic biology, as an emerging interdisciplinary discipline, is revolutionizing the future of green pesticides and sustainable agriculture. In order to enhance the impact of green agriculture and synthetic biology, our team has raised public awareness of synthetic biology and green agriculture through in-depth human practice. Our human practice is carried out according to the principle of closed-loop thinking.</p>
<p><strong>Synthetic biology, as an emerging interdisciplinary discipline, is revolutionizing the future of green pesticides and sustainable agriculture</strong>. In order to enhance the impact of green agriculture and synthetic biology, our team has raised public awareness of synthetic biology and green agriculture through in-depth human practice. <strong>Our human practice is carried out according to the principle of closed-loop thinking</strong>.</p>
<spanclass="figure-font">Fig.1 Our closed loop mind map</span>
<h3><b>1. P-Plan:</b></h3>
<p>Through many times of communication and brainstorming with the instructors, we clarified the goals and implementation paths, focusing on project promotion and obtaining expert advice.</p>
<h3><b>2. D-Do:</b></h3>
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<divclass="h1">Intergrated Human Practice</div>
<p></strong>The American Astronaut Neil Armstrong once said:“Research is creating new knowledge.”</strong></p>
<p>As the global population continues to rise and environmental conditions evolve, food security and sustainable agricultural development have garnered unprecedented attention. Synthetic biology, as an emerging interdisciplinary field, offers promising applications in the realms of green pesticides and sustainable agriculture. To elucidate the current state of development, potential applications, and inherent challenges associated with synthetic biology and its role in green pesticides, we have undertaken a comprehensive series of investigations, incorporating insights from experts and the public across various domains. </p>