2016PubMedRequires access

[Molluscicidal effect of niclosamide ethanolamine salt powder - granula against Oncomelania hupensis].

You Ben-Rong, Huang YiXin, Hu Heng-Guang, De-Rong Hang, Jing Shi-Bao, Mei Qiao-Fang

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Abstract

OBJECTIVE: . METHODS: ) were compared between PG and DP in the molluscicidal experiment of the laboratory. The corrected mortality and the reduced rate of snails'density were compared between PG and DP in the tidal flats wetlands. RESULTS: > 0.05). CONCLUSIONS: 4% PG has both the adsorption of powder and the penetrability of the granules. The molluscicidal effects of 4% PG and 4% DP are almost the same. However, the drift of the powder was still not effectively controlled. This problem need to be further studied.

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What this paper is about

OBJECTIVE: . METHODS: ) were compared between PG and DP in the molluscicidal experiment of the laboratory. The corrected mortality and the reduced rate of snails'density were compared between PG and DP in the tidal flats wetlands. RESULTS: > 0.05). CONCLUSIONS: 4% PG has both the adsorption of powder and the penetrability of the granules. The molluscicidal effects of 4% PG and 4% DP are almost the same. However, the drift of the powder was still not effectively controlled. This problem need to be further studied.

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Available abstract

OBJECTIVE: . METHODS: ) were compared between PG and DP in the molluscicidal experiment of the laboratory. The corrected mortality and the reduced rate of snails'density were compared between PG and DP in the tidal flats wetlands. RESULTS: > 0.05). CONCLUSIONS: 4% PG has both the adsorption of powder and the penetrability of the granules. The molluscicidal effects of 4% PG and 4% DP are almost the same. However, the drift of the powder was still not effectively controlled. This problem need to be further studied.

Key concepts: Oncomelania hupensis, Niclosamide, Molluscicide, Ethanolamine, Wettable powder, Veterinary medicine, Animal science, Biology

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