An improved technique has been developed for determination of sulfites in food by differential pulse polarography. A Teflon sleeve is fitted to the dropping mercury electrode capillary so that SO2 is purged from the sample and simultaneously detected at peak potential. Bound sulfite in the sample is released at room temperature by addition of base in the absence of oxygen. For some foods, the prepared sample was passed through a Sep-Pak C-18 cartridge to remove naturally occurring sulfur compounds so that only added sulfite is measured. The level of detection was approximately 1 microgram SO2/g. Results agreed with those obtained by the optimized Monier-Williams method for a variety of foods
The electrocatalytic oxidation of sulfite in an acidic medium at a platinum-based, chemically modifi...
Sulfites are widely employed food additives, able to inhibit the enzymatic and nonenzymatic browning...
A simple method is described to determine sulfite in beer samples using a fill and flow channel bios...
An improved technique has been developed for determination of sulfites in food by differential pulse...
Two simple methods for sulfite determination in food products were proposed. The modified para-rosan...
The detection of sulfite has long held the interest of the analytical community because of the large...
In the work described here, a biosensor was developed for the determination of sulfite in food. Malv...
The detection of sulfite has long held the interest of the analytical community because of the large...
The increasing consumption of processed foods demands the usage of chemical preservatives to ensure ...
In various pharmaceutical and food industries, sulfite is utilized for the inhibition of nonenzymati...
A chemiluminescence (CL) detection method for the determination of sulfite using the reaction of Ru(...
Electroanalytical Research Laboratory, Department of Chemistry, J. N. V University, Jodhpur-342 005,...
The electrocatalytic oxidation of sulfite in an acidic medium at a platinum-based, chemically modifi...
A new compact system encompassing in flow gas diffusion unit and a wall-jet amperometric FIA detecto...
The electrocatalytic oxidation of sulfite in an acidic medium at a platinum-based, chemically modifi...
The electrocatalytic oxidation of sulfite in an acidic medium at a platinum-based, chemically modifi...
Sulfites are widely employed food additives, able to inhibit the enzymatic and nonenzymatic browning...
A simple method is described to determine sulfite in beer samples using a fill and flow channel bios...
An improved technique has been developed for determination of sulfites in food by differential pulse...
Two simple methods for sulfite determination in food products were proposed. The modified para-rosan...
The detection of sulfite has long held the interest of the analytical community because of the large...
In the work described here, a biosensor was developed for the determination of sulfite in food. Malv...
The detection of sulfite has long held the interest of the analytical community because of the large...
The increasing consumption of processed foods demands the usage of chemical preservatives to ensure ...
In various pharmaceutical and food industries, sulfite is utilized for the inhibition of nonenzymati...
A chemiluminescence (CL) detection method for the determination of sulfite using the reaction of Ru(...
Electroanalytical Research Laboratory, Department of Chemistry, J. N. V University, Jodhpur-342 005,...
The electrocatalytic oxidation of sulfite in an acidic medium at a platinum-based, chemically modifi...
A new compact system encompassing in flow gas diffusion unit and a wall-jet amperometric FIA detecto...
The electrocatalytic oxidation of sulfite in an acidic medium at a platinum-based, chemically modifi...
The electrocatalytic oxidation of sulfite in an acidic medium at a platinum-based, chemically modifi...
Sulfites are widely employed food additives, able to inhibit the enzymatic and nonenzymatic browning...
A simple method is described to determine sulfite in beer samples using a fill and flow channel bios...