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Ambient temperature storage in DESS supports molecular studies of benzimidazole resistance from canine hookworm eggs

2025-08-17

Abstract excerpt

Emerging benzimidazole resistance in canine hookworms poses a growing concern for veterinary and public health. Molecular diagnostics targeting β-tubulin gene mutations are essential for resistance surveillance but traditionally rely on refrigerated faecal samples. This study evaluates dimethyl sulfoxide, EDTA, and saturated NaCl (DESS) as a room-temperature preservation medium for canine faeces. Using ITS-2 rDNA...

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Literature Corpus work
5f23d85a-b4e0-5d37-8cd8-a28174121c04
DOI
10.1101/2025.08.16.670690
Open publication

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Ambient temperature storage in DESS supports molecular studies of benzimidazole resistance from canine hookworm eggsDOI 10.1101/2025.08.16.670690
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