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Simple Summary  Wild boars ( Sus scrofa ) were introduced in Mexico for sport hunting and meat trading for human consumption, but their role in the transmission of diseases to human or domestic animals is limited. Thus, we did research looking for parasitic worms in wild boars that live in three units of conservation management and sustainable use of wildlife installed in the eastern economic region of Mexico. Samples of feces and serum were collected from 90 animals that came from three different ranches. Stool examination and antibody determination were performed. Eggs of  Strongyloides  sp. (72.2%),  Metastrongylus  sp. (57.7%),  Oesophagostomum  sp. (53.3%), and  Trichuris  sp. (37.7%) were found in addition to oocysts of  Eimeria  sp. (75.6%). Antibodies to  Fasciola  (8.9%),  Taenia  (4.4%),  Ascaris  (32.2%),  Toxocara  (20%), and  Trichinella  (5.5%) were found. This is the first report of parasitic worms of wild boar produced in Mexico. The importance of the results is based on the limited data available about the impact of wild boar and feral pigs on the transmission of diseases to domestic animals. This study identifies the potential risk of wild boar as a transmission channel of diseases than can have an impact on public health.    Abstract  Wild boars ( Sus scrofa ) were introduced in Mexico for sport hunting and meat trading for human consumption, but the available data regarding their role in pathogen transmission are limited. This research and field work aimed to identify the helminths of the wild boar produced in three units of conservation management and sustainable use of wildlife placed in the eastern economic region of Mexico. Samples of feces and serum were collected from 90 animals that came from three different ranches. Stool examination and antibody determination to  Fasciola hepatica ,  Taenia crassciceps ,  Ascaris suum ,  Toxocara canis  (ELISA), and  Trichinella spiralis  (Western blot) were performed. In addition, 30 diaphragm samples from one ranch were obtained for artificial digestion. Eggs of  Strongyloides  sp. (72.2%),  Metastrongylus  sp. (57.7%),  Oesophagostomum  sp. (53.3%), and  Trichuris  sp. (37.7%) were found in addition to oocysts of  Eimeria  sp. (75.6%). Antibodies to  Fasciola  (8.9%),  Taenia  (4.4%),  Ascaris  (32.2%),  Toxocara  (20%), and  Trichinella  (5.5%) were found. The eggs of  Strongyloides  and  Oesophagostomum  were associated to female hosts. One nematode larva was found by artificial digestion. This is the first report to identify helminths from wild boars in Mexico. In addition, this study identifies the potential risk of the wild boar as a transmission channel of parasites that can have an impact on public health.

animals

Helminths of the Wild Boar (Sus scrofa) from Units of Conservation Management and Sustainable Use of Wildlife Installed in the Eastern Economic Region of Mexico