Recent advances in research on parasitic worm infections highlight improved diagnostic tools, vaccine candidates, and novel therapeutic pathways. Molecular profiling and genomics... moreRecent advances in research on parasitic worm infections highlight improved diagnostic tools, vaccine candidates, and novel therapeutic pathways. Molecular profiling and genomics are accelerating the identification of drug-resistant helminth strains, supporting the development of more targeted treatments. Studies on host–parasite interactions are informing immunomodulatory therapies with fewer adverse effects. In parallel, optimization of existing antiparasitic agents continues, with increased global demand prompting stronger supply chain coordination, including sourcing from a reliable nitazoxanide wholesaler. Ongoing clinical trials investigating combination therapies show promise in enhancing efficacy and reducing treatment duration. Collectively, these innovations are strengthening global control strategies for helminthic diseases. less
