
Mice Against Ticks Initiative
Advancing community-guided science to restore ecological balance and protect future generations from tick-borne disease.

Our Story
Stopping disease at its source
Science rooted in community
Built with trust, guided by science
Heritable solutions for lasting impact
Innovation for public health
Stopping disease at its source Science rooted in community Built with trust, guided by science Heritable solutions for lasting impact Innovation for public health
Mice Against Ticks began as a collaboration between island residents and scientists, united by a shared determination to stop the spread of Lyme disease. Facing rising rates of tick-borne illness on Nantucket and Martha’s Vineyard, local leaders partnered with researchers from the MIT Media Lab’s Sculpting Evolution Group to launch a groundbreaking initiative: engineering white-footed mice with heritable resistance to Lyme and other tick-borne diseases.
With early leadership from Dr. Howard Dickler — a Nantucket resident, physician, and former NIH researcher and administrator — and support from local boards of health and community members, the project quickly became a true partnership between academic researchers, public health experts, and island residents.
Today, our nonprofit continues to advance cutting-edge research, community leadership, and responsible biotechnology to reduce disease at its source — all guided by local collaboration, safety, and transparency. What began on the islands has become a model for community-driven science, with the potential to transform how we prevent reservoir-borne diseases worldwide.
How do engineered mice fight Lyme?
While people get Lyme disease from infected ticks, the ticks themselves become infected after feeding on reservoir animals like white-footed mice. The Mice Against Ticks project aims to break this transmission cycle by engineering mice that cannot pass Lyme disease to ticks. Our engineered mice derive their immunity from protective anti-Lyme antibodies produced from birth, shielding themselves and their offspring for life. Releasing them on an island could reduce the number of infected ticks and help safeguard the health and well-being of entire communities.
Be Part of the Solution!