我对纳米医学与肿瘤精准治疗领域充满兴趣，本次靶向载药研学项目高度贴合我的兴趣与未来发展方向。我希望借助这次实践机会，融合理化生多学科知识，锻炼实验实操能力。
I've always been fascinated by nanomedicine and precision cancer therapy, so this targeted drug delivery program was a perfect match for my interests and future goals. I wanted to use this opportunity to integrate knowledge from physics, chemistry, and biology, and to sharpen my hands-on lab skills.
配置药物培养基
项目开展期间，我以实验组员的身份参与核心工作，主要负责磁性纳米颗粒制备、材料表面修饰、体外细胞毒性测试等关键实验操作，全程参与完整的科研实验流程。
During the program, I worked as a core member of the experimental team. My main responsibilities included magnetic nanoparticle preparation, surface modification of materials, and in vitro cytotoxicity testing — participating in the full cycle of the research process.
获得证书
实验过程中我也遇到了实操难题，初期纳米颗粒易出现团聚现象，导致实验数据波动大、稳定性差。我与组员逐一排查各项实验变量，最终找准问题成因，优化超声分散流程、添加适配分散剂，顺利解决颗粒团聚问题，让实验数据更加精准稳定。这次经历让我深刻体会到，科研重在严谨细致，规范记录每一步操作，才能快速排查问题、优化实验效果。
Of course, things didn't always go smoothly. In the early stages, we ran into nanoparticle aggregation issues, which caused unstable data and poor reproducibility. My teammates and I went through every variable step by step, identified the root cause, and optimized the ultrasonic dispersion process while adding suitable dispersants. We eventually solved the aggregation problem and achieved more accurate and stable results. This experience taught me that research is all about precision and attention to detail — and that keeping clear, organized records of every step is key to troubleshooting and improving outcomes.
在AISSU养成的学习习惯和扎实的学科基础，为我的科研实践提供了极大助力。日常坚持整理笔记的习惯，让我能够规范记录实验数据与操作细节，获得导师认可。学校夯实的理化生知识储备，让我可以快速理解项目专业原理。同时，敢于提问、主动探讨的学习方式，也帮助我高效解决研学中的各类困惑。
The study habits and solid academic foundation I built at AISSU were incredibly helpful throughout this research. I've always kept detailed notes, which made it easy to record experimental data and procedures in a structured way — and my mentor even praised my organization. The strong background in physics, chemistry, and biology that I gained at AISSU helped me grasp the program's core concepts quickly. Plus, the habit of asking questions and engaging actively in discussions helped me resolve challenges efficiently throughout the program.
实验课题
本次研学彻底改变了我对纳米医疗科研的固有认知。我意识到靶向载药研究并非简单的技术叠加，需要综合考量复杂的体内环境、药物性能等多重因素，科研探索是严谨且复杂的过程。
This experience completely reshaped how I see nanomedical research. I realized that targeted drug delivery isn't just about layering technologies — it requires careful consideration of complex factors like the in vivo environment and drug performance. Scientific exploration is a rigorous and multifaceted process.
与全体项目同学合影
这段宝贵的实践经历，也让我清晰认识到自身的能力短板和坚定未来的方向。后续我会持续补充跨学科知识、研读前沿学术内容，不断打磨实验实操能力，为未来专业学习与深造打好基础。
This invaluable experience also helped me identify areas for growth and clarified my future direction. Going forward, I plan to continue building interdisciplinary knowledge, keep up with cutting-edge research, and further refine my hands-on experimental skills — laying a strong foundation for my future studies and career.
END
编辑 | 品宣组
图文 | 品宣组
English translation reviewed by UCCO
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