Products for research use only. Our specialist will follow-up with you.
Solutions for your research developed by experts in sanitation innovation.
Stool biomarkers are an exciting and growing area of research. In microbiome research, we know that recruiting participants willing to provide specimens is critical.
However, traditional stool collection is cumbersome, often messy, and relies on substandard methods—all of which contribute to low participation.
To ease the process and advance research, we are engineering new approaches.
Stool biomarkers are an exciting and growing area of research. In microbiome research, we know that recruiting participants willing to provide specimens is critical. However, traditional stool collection is cumbersome, often messy, and relies on substandard methods—all of which contribute to low participation. To ease the process and advance research, we are engineering new approaches.
Coprata has developed the world’s first stool-sampling toilet. Our Smart Toilet provides convenience to research participants and easy access to longitudinal data for long-term studies.
This technology can automate biochemical tests such as the MAT with the routine use of the bathroom.
The same hardware as the MAT kit, available in bulk for research projects.
Data customization with test result dashboard visible only to the research team
A user-friendly way to collect stool for research.
Our patent-pending manual collector makes grabbing a sample quick, clean and accurate
Coprata’s core sampler collects stool specimen (approximately 2 grams) with a patent-pending releasable collector.
- 1 releasable collector;
- 1 vial;
- 1 stool collection sheet;
- 1 instruction card
- Reusable button handle.
Jin Zhou, Yuying Luo, Julia W. Darcy, Kyle J. Lafata, Jose R. Ruiz, and Sonia Grego. 2025 "Long-term, automated stool monitoring using a novel smart toilet: A feasibility study." Neurogastroenterology & Motility 37: e14954. See video summary.
Sonia Grego, Walker G. Resney, Brian Stoner, Sameer K. Berry, William D. Chey, and Borko Nojkov. 2024 "Sa2011 Novel Automated Smart Toilet Allows Objective Longitudinal Assessment Of Bowel Movements-Preliminary, Home-Based, Experience", Gastroenterology, 166: S-601-S-02.
Sonia Grego, Jin Zhou, Jose R. Ruiz, Kyle Lafata, Brian Hawkins, and Yuying Luo. 2023. "S663 Long-Term, Non-Invasive, Objective Stool Monitoring Using a Novel Smart Toilet: A Feasibility Study", Official journal of the American College of Gastroenterology | ACG, 118: S484-S85.
Claire Welling, Brian T Hawkins, Amy Barto, Hans Herfarth, and Sonia Grego. 2023. "Smart Sampling Toilet-A Potential New Automated System For Collecting Fecal Calprotectin Samples", Gastroenterology, 164: S-54-S-55.
Sonia Grego, Claire M. Welling, Graham H. Miller, Peter F. Coggan, Katelyn L. Sellgren, Brian T. Hawkins, Geoffrey S. Ginsburg, Jose R. Ruiz, Deborah A. Fisher, and Brian R. Stoner. "A hands-free stool sampling system for monitoring intestinal health and disease." Scientific Reports 12, no. 1 (2022).
Claire Welling, David R. Singleton, Steven B. Haase, Christian H. Browning, Brian R. Stoner, Claudia K. Gunsch, and Sonia Grego. "Predictive values of time-dense SARS-CoV-2 wastewater analysis in university campus buildings." Science of The Total Environment (2022): 155401.
Sonia Grego, Jin Zhou, Krishnendu Chakrabarty, Brian R. Stoner, Jose R. Ruiz, Deborah A. Fisher. "Automated Stool Image Analysis for Artificial Intelligence in a Smart Toilet." Gastroenterology 160 (May 2021).
Jin Zhou, Nick DeCapite, Jackson McNabb, Jose R. Ruiz, Deborah A. Fisher, Sonia Grego, Krishnendu Chakrabarty. "Stool Image Analysis for Precision Health Monitoring by Smart Toilet." Proceedings of Machine Learning Research 149 (2021).
Learn more about the research https://smarttoilet.pratt.duke.edu/