1984•Journal of Testing and EvaluationRequires access

Evaluation of the Ultrasonic Method for Solubilizing Dapnia magna Before Liquid Scintillation Counting

D.D. Dauble, RW Hanf, DW Carlile

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Abstract

Abstract Adult Daphnia magna were exposed to 14C-labeled phenol and tissues analyzed for 14C uptake by three methods: (1) tissue solubilizer, (2) tissue solubilizer plus sonication, and (3) sonication alone. Analysis by liquid scintillation counting revealed that measurements of total activity among treatments were not significantly different (α ≤ 0.10) at two count levels. Sonicated samples showed less variation than tissue samples that were solubilized.

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Abstract Adult Daphnia magna were exposed to 14C-labeled phenol and tissues analyzed for 14C uptake by three methods: (1) tissue solubilizer, (2) tissue solubilizer plus sonication, and (3) sonication alone. Analysis by liquid scintillation counting revealed that measurements of total activity among treatments were not significantly different (α ≤ 0.10) at two count levels. Sonicated samples showed less variation than tissue samples that were solubilized.

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Available abstract

Abstract Adult Daphnia magna were exposed to 14C-labeled phenol and tissues analyzed for 14C uptake by three methods: (1) tissue solubilizer, (2) tissue solubilizer plus sonication, and (3) sonication alone. Analysis by liquid scintillation counting revealed that measurements of total activity among treatments were not significantly different (α ≤ 0.10) at two count levels. Sonicated samples showed less variation than tissue samples that were solubilized.

Key concepts: Sonication, Liquid scintillation counting, Solubilization, Daphnia magna, Chromatography, Chemistry, Phenol, Ultrasonic sensor

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