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2003•Journal of Yl Teachers' CollegeRequires access

Single Sweep Oscillopolarography of Meloxicam in HCl Supporting Electrolyte

MA Si-gong

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Abstract

In a supporting electrolyte containing 0.05mol/LKCl (pH 1.70), a sensitive derivative reduction peak of meloxicam was observed by single-sweep oscillopolarography. The peak potential is -1.05V (vs .SCE). The relationship between peak current and the concentration of MLX is linear in the range of 1×10-7mol/L~9×10-6mol/L(r =0.9992).The detection limit is 5.0×10-8mol/L . The method was applied to determination of meloxicam in urine sample.

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What this paper is about

In a supporting electrolyte containing 0.05mol/LKCl (pH 1.70), a sensitive derivative reduction peak of meloxicam was observed by single-sweep oscillopolarography. The peak potential is -1.05V (vs .SCE). The relationship between peak current and the concentration of MLX is linear in the range of 1×10-7mol/L~9×10-6mol/L(r =0.9992).The detection limit is 5.0×10-8mol/L . The method was applied to determination of meloxicam in urine sample.

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Available abstract

In a supporting electrolyte containing 0.05mol/LKCl (pH 1.70), a sensitive derivative reduction peak of meloxicam was observed by single-sweep oscillopolarography. The peak potential is -1.05V (vs .SCE). The relationship between peak current and the concentration of MLX is linear in the range of 1×10-7mol/L~9×10-6mol/L(r =0.9992).The detection limit is 5.0×10-8mol/L . The method was applied to determination of meloxicam in urine sample.

Key concepts: Meloxicam, Electrolyte, Detection limit, Chemistry, Derivative (finance), Linear range, Supporting electrolyte, Analytical Chemistry (journal)

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