New research challenges long-held assumptions about amoebiasis prevalence in Nigerian children with diarrhea, revealing significant overdiagnosis through microscopy.
Exploring the scientific methods to detect Trichinella spiralis in pork, comparing artificial digestion and enzyme immunoassays for food safety.
Discover how the parasitic copepod Ergasilus labracis is impacting threespine sticklebacks and reshaping Newfoundland's marine ecosystems.
Study shows role-playing training significantly improves permethrin shampoo effectiveness against head lice compared to traditional lecture methods.
Exploring how praziquantel causes dramatic morphological changes in Clonorchis sinensis and new combinatorial therapies for treatment.
Genetic research reveals Iraqi Kurdistan as the likely origin of Echinococcus granulosus, the parasite causing hydatid disease, through analysis of two distinct haplotype clusters.
Explore how PCR technology is transforming parasite detection in veterinary medicine through enhanced sensitivity, species identification, and quantification capabilities.
Discover the fascinating symbiotic relationships between Philippine marine fishes and bioluminescent bacteria, their ecological importance, and potential medical applications.
Exploring how gene chip technology is transforming parasitology research, from malaria epigenetics to organ-on-chip models for parasite studies.
How Haiti's innovative diagnostic tools confirmed the reliability of malaria rapid tests by detecting no evidence of Pfhrp2/3 gene deletions in local parasites.