Mitochondrial genome analysis supports zoonotic transmission of triclabendazole-resistant human fascioliasis in Peru

Keyphrases

• Mitochondrial DNA 100%
• Peru 100%
• Genome Analysis 100%
• Analysis Support 100%
• Zoonotic Transmission 100%
• Triclabendazole 100%
• Human Fascioliasis 100%
• Human Infection 60%
• Livestock 60%
• F. Hepatica 60%
• Public Health Risk 20%
• Economic Loss 20%
• Animal Reservoir 20%
• Cattle 20%
• Human Population 20%
• Increasing Prevalence 20%
• Haplogroup 20%
• Mitochondrial Haplogroups 20%
• Sequence Diversity 20%
• Genomic Signature 20%
• Global Prevalence 20%
• Haplotype Analysis 20%
• Phylogeographic Analysis 20%
• Disease Control 20%
• Maximum Likelihood 20%
• Fascioliasis 20%
• Animal Hosts 20%
• Resistance Emergence 20%
• Parasitic Infection 20%
• Domestication 20%
• Ruminant Animals 20%
• Fasciola 20%
• Livestock Industry 20%
• Triclabendazole Resistance 20%
• Global Dissemination 20%
• Digenean 20%
• Haplotype Network Analysis 20%
• Aquatic Vegetation 20%
• Pre-domestication 20%
• Phylogenetic Network Analysis 20%
• Metacercariae 20%
• Monophyletic Group 20%
• Demographic History 20%
• Flatworms 20%
• Aquatic Water 20%
• Severe Liver Damage 20%
• Water-contaminated 20%

Immunology and Microbiology

• Mitochondrial Genome 100%
• Zoonotic 100%
• Triclabendazole 100%
• Infectious Disease 83%
• Infection 83%
• Haplotype 50%
• Prevalence 33%
• Haplogroup 16%
• Parasitic Disease 16%
• Ingestion 16%
• Monophyly 16%
• Fasciola 16%
• Platyhelminth 16%
• Digenea 16%
• Metacercaria 16%
• Parasite 16%