Pioneers in Rat Birth Control
SenesTech, Inc. develops innovative fertility control solutions designed to support effective rodent population management by targeting reproduction in rats.
About SenesTech
SenesTech is focused on advancing fertility control solutions to support effective rodent population management. With deep expertise in reproductive science, the company develops practical, science-based approaches that target reproduction as part of a broader control strategy.
In 2023, SenesTech introduced Evolve soft bait, expanding access to a ready-to-use solution for managing rodent populations. As a publicly traded company, SenesTech continues to advance innovative solutions that support responsible and effective population management.
MISSION & VISION
We are committed to supporting a healthier environment through responsible management and smart pest population control solutions.
OUR PRODUCTS
Evolve soft bait and ContraPest liquid solutions are designed to support rodent population management by targeting reproduction in rats. When used as directed and alongside traditional control methods as part of an integrated strategy, these products help address rodent activity at the source.
Press Releases
VIDEO LIBRARY
CONTACT
COMPANY CONTACT
Tom Chesterman
Chief Financial Officer
INVESTOR RELATIONS CONTACT
Lytham Partners
HELPFUL RESOURCES
FOR RODENT CONTROL & MANAGEMENT
Explore expert-backed guidance on identifying rodent activity, proper bait placement, and best practices for effective population management. These resources can help you get the most out of fertility control products and support a more proactive approach to rodent control.
GUIDES
Let us help you get started with Evolve basics, including bait station setup, home preparation, and proper placement.
Case studies
Read more about the studies and science behind [evolve] and rodent fertility control.
blogs
Discover articles about mice and rats, along with strategies for effectively managing rodent populations.
Effective Rodent Fertility Management
Targets reproduction at the source to support reduced breeding in rats and mice over time when used as directed
