Omics technologies enhance parasite detection by overcoming limitations of traditional methods like microscopy and targeted PCR assays.
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Shotgun metagenomics enables simultaneous detection of multiple microorganisms, including low-abundance parasites often missed by conventional tests.
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Metagenomics supports longitudinal monitoring of parasitic infections, revealing consistent positivity in individuals over extended periods.
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Challenges in implementing metagenomics include establishing standardized workflows and ensuring high-quality reference genomes for rare parasites.
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Metagenomics offers opportunities for population-level surveillance, linking geographic differences in parasite prevalence to lifestyle and health factors.
