A spectrophotometric method is proposed for the determination of iodine in urine samples. Destruction of the organic matter of urine by alkaline ashing with KOH is carried out prior to determination of iodine by the iodine-starch method. The influence of components of urine, as interferents, was discussed. The iodine contents of the urine samples collected from adults from Kayseri (Turkey) were determined by using the proposed method. The method was also applied for the determination of iodine in drinking water samples. The relative standard deviations of the iodine determinations were less than 10%. The detection limit of the proposed method was 2.3 mu g l(-1)
ABSTRACT Total iodine contents in the urine samples were directly tested with and without destructio...
A subject for the rapid determination of iodine content in drinking water by isopropyl sensitization...
In the present study, the iodine concentrations of drinking water samples collected from various loc...
Iodine concentration in urine is the direct quantity indicator of the current consumption of iodine ...
Iodine is one of the most important elements for human body. Both, the overage and the deficiency su...
The objective of this study is to determine a very cheap, reliable, relatively rapid portable field ...
An environmental favorable spectrophotometric approach is proposed for the analysis of iodine. The t...
A method is presented for determination of total iodine in biologic material. The pro-cedure require...
A method for the determination of iodinated organic compounds of urine, using an anion exchange resi...
A method for determining iodate and iodine in aqueous solutions is proposed. The assay is similar to...
BACKGROUND: Mild iodine deficiency is endemic in many countries of Europe including Belgium. Fast, a...
In the presented pilot-study, the urine iodine content of children up to seven years of age living i...
The ion-selective electrode method for the microdetermination of iodine in environmental sample was ...
In order to practice green chemistry, a simple and safe spectrophotometric method for iodide determi...
A sensitive spectrophotometric method for the determination of iodine species like iodide, iodine, i...
ABSTRACT Total iodine contents in the urine samples were directly tested with and without destructio...
A subject for the rapid determination of iodine content in drinking water by isopropyl sensitization...
In the present study, the iodine concentrations of drinking water samples collected from various loc...
Iodine concentration in urine is the direct quantity indicator of the current consumption of iodine ...
Iodine is one of the most important elements for human body. Both, the overage and the deficiency su...
The objective of this study is to determine a very cheap, reliable, relatively rapid portable field ...
An environmental favorable spectrophotometric approach is proposed for the analysis of iodine. The t...
A method is presented for determination of total iodine in biologic material. The pro-cedure require...
A method for the determination of iodinated organic compounds of urine, using an anion exchange resi...
A method for determining iodate and iodine in aqueous solutions is proposed. The assay is similar to...
BACKGROUND: Mild iodine deficiency is endemic in many countries of Europe including Belgium. Fast, a...
In the presented pilot-study, the urine iodine content of children up to seven years of age living i...
The ion-selective electrode method for the microdetermination of iodine in environmental sample was ...
In order to practice green chemistry, a simple and safe spectrophotometric method for iodide determi...
A sensitive spectrophotometric method for the determination of iodine species like iodide, iodine, i...
ABSTRACT Total iodine contents in the urine samples were directly tested with and without destructio...
A subject for the rapid determination of iodine content in drinking water by isopropyl sensitization...
In the present study, the iodine concentrations of drinking water samples collected from various loc...