Paul Slusarewicz, Stefanie Pagano, Christopher Mills, Gabriel Popa, K. Martin Chow, Michael Mendenhall, David W. Rodgers, Martin. K. Nielsen
Intestinal parasites are a concern in veterinary medicine worldwide and for human health in the developing world. Infections are identified by microscopic visualisation of parasite eggs in faeces, which is time-consuming, requires technical expertise and is impractical for use on-site. For these reasons, recommendations for parasite surveillance are not widely adopted and parasite control is based on administration of rote prophylactic treatments with anthelmintic drugs. This approach is known to promote anthelmintic resistance, so there is a pronounced need for a convenient egg counting assay to promote good clinical practice.
J.A. Scare, P. Slusarewicz, M.L. Noel, K.M. Wielgus, M.K. Nielsen
Fecal egg counts are emphasized for guiding equine helminth parasite control regimens due to the rise of an-thelmintic resistance. This, however, poses further challenges, since egg counting results are prone to issues such as operator dependency, method variability, equipment requirements, and time commitment. The use of image analysis software for performing fecal egg counts is promoted in recent studies to reduce the operator dependency associated with manual counts. In an attempt to remove operator dependency associated with current methods, we developed a diagnostic system that utilizes a smartphone and employs image analysis to generate automated egg count.
Intestinal worms are among the most common types of parasitic infections worldwide. Despite technological advances in other areas of medical diagnostics, the procedure for identifying worm infection, the faecal egg count, has remained largely unchanged since its debut nearly a century ago. Dr Paul Slusarewicz and the team at MEP Equine Solutions are revolutionising the way veterinarians detect and quantify worm infections using a tool many of us already carry on a daily basis – our smartphone…
Paul Slusarewicz, PhD, adjunct professor at the University of Kentucky Gluck Equine Research Center, and cofounder and chief scientific officer at MEP Equine Solutions LLC, is developing a method to rapidly detect and count the number of parasite eggs in feces. Slusarewicz, who began this work as a visiting scholar at UK, has been collaborating with and working in the lab of Martin Nielsen, DVM, PhD, DEVPC, DACVM, assistant professor in the Department of Veterinary Science at the Gluck Center…
Paul Slusarewicz, PhD, Johanna Slusarewicz, M. K. Nielsen, PhD, DVM
…automated egg counting procedure for use with small ruminants…relative to manual McMaster counting…produced on average equivalent counts…the automated method was significantly more precise than McMaster counting at egg levels below 1000 EPG, and equally precise at higher counts.