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Lawsonia intracellularis in the feces of wild rodents and stray cats captured around equine farms.

Jeong-Min HwangMyung-Ji SeoJung-Yong Yeh
Published in: BMC veterinary research (2017)
Our data add to increasing evidence demonstrating the potential for L. intracellularis transmission and infection in wild rodents and feral cats and provide possible evidence of interspecies transmission. The exposure of wild rodents and feral cats provides potential evidence for the spillover of L. intracellularis to wildlife species and raises the question of spillback to horses. Additionally, these animals may represent an indicator of environmental exposure or may be actively involved in the transmission of L. intracellularis to foals by acting as potential reservoir/amplifier hosts. This study is the first to demonstrate the magnitude of L. intracellularis shedding in the feces of wild rodents and feral cats and to indicate the significant infection risk that wild rodents and feral cats pose to naïve horses in South Korea.
Keyphrases
  • genetic diversity
  • human health
  • machine learning
  • electronic health record
  • deep learning
  • artificial intelligence
  • water quality