Human Practices was an integral part of our project, ensuring that our work was not only scientifically rigorous but also socially relevant. At the early stage, we supported our experimental team by conducting background research and engaging directly with researchers in biological laboratories. Through interviews, we identified the major challenges they encounter in freezing and recovering eukaryotic cells, as well as the limitations of current preservation methods. These conversations allowed us to better understand the real-world demand and shaped the direction of our project.
Beyond laboratory research, we placed strong emphasis on science communication and public education. To make synthetic biology more accessible, we created explanatory videos introducing our project’s concept and its potential applications. These videos were shared on popular social media platforms such as Xiaohongshu, where they attracted public attention and encouraged discussions about tardigrades and synthetic biology.
Recognizing the importance of long-term social impact, we also explored the commercial and educational potential of our project. We envisioned our target audiences—from laboratory researchers to students—and designed creative strategies to reach them through science-inspired marketing.
This included the design of cultural and educational products such as stickers, keychains, and apparel, as well as the organization of interactive science events. By combining education with creativity, we made our project engaging for both professionals and the general public.
In this way, our Human Practices efforts not only informed and guided our research but also extended its influence beyond the laboratory. By connecting synthetic biology with the public, we fostered a deeper understanding of science and its relevance to society.