Hairy Heel Wart Research Summary
Supported by the Iowa State Beef Checkoff, these digital dermatitis research highlights emphasize the importance of monitoring hoof health to protect feedlot performance. Key findings help producers reduce the impact of Hairy Heel Warts on growth rates and improve overall cattle productivity through early detection and prevention.
Automated Detection of Cattle Lameness
2024
Using artificial intelligence and computer vision to detect and score lameness and digital dermatitis in beef cattle at harvest.
Research and Diagnostics
Dr. Terry Engelken of Iowa State University shares research on the organisms behind Hairy Heel Wart. His study involved biopsying the feet of 139 cattle across nine Iowa feedlots to better understand disease progression and diagnostics.
Hairy Heel Wart Diagnosis
Dr. Shane Terrell, DVM, discusses risk factors for Hairy Heel Wart in beef cattle and its impact on health and performance. He highlights key protocols for prevention, early detection, and treatment.
Prevention Treatment
Dwight Kickhafer of Zinpro shares insights on the development of Hairy Heel Wart in the U.S. and his experience helping feedlots address foot health challenges. He highlights best practices for footbath management and individual animal treatment.
More Research Results:
Gain & Performance
Highlights practical strategies to improve feed efficiency, carcass quality and cattle performance—with summaries to help producers make data-driven decisions.
Herd Health
Highlights practical insights to improve cattle well-being, performance and profitability—supporting informed decision-making across all sectors of the cattle industry.
Reproduction & Genetics
Highlights valuable insights to enhance herd productivity and reproductive success—supporting informed decision-making to improve breeding outcomes and overall herd performance.