Shore Corps Interns Explore Gene-Editing Applications Through Living Art

By Lea Kramberg, RISE Youth Programs Coordinator

In a workshop led by artist and educator Karen Ingram last month, Shore Corps interns at RISE (Rockaway Initiative for Sustainability and Equity) explored the intersection of science, art, and technology. With a focus on microbial painting and gene-editing applications, the sessions encouraged students to think creatively about how biotechnology can address real-world challenges, such as health and climate change.

Ingram, who specializes in biotechnology and science communication, guided the students through sterile technique, microbial painting, and data collection, while also discussing the implications of gene-editing technology. Using bacteria as their medium, the students created art, though they could not see the results immediately. The bacteria needed time to grow and develop, and the colors would emerge over time.

After sealing their dishes, the students incubated them at home and shared their art one week later. The colors varied in vibrancy depending on temperature and humidity, as the E. coli bacteria used thrived best at 37°C (98°F).

In addition to microbial painting, Ingram introduced students to gene editing, showcasing its potential in areas like ecology, health, and agriculture. She also discussed the controversy surrounding GloFish, genetically modified pets that glow in the dark. Initially developed to detect toxins in water, GloFish were accidentally released into the wild, raising concerns about the impact of gene-edited organisms on ecosystems.

The students explored the importance of community input and environmental considerations when applying genetic technologies, emphasizing the need for public dialogue before moving forward, given the far-reaching consequences of gene editing.

Through this unique workshop, students gained a deeper understanding of how art and science intersect to address global issues. Many left inspired, eager to learn more about the future of gene editing and its role in solving problems such as food production, climate, and pest control.

This workshop was supported by New York City Department of Cultural Affairs Cultural Development Fund.