In clinical chemistry it can be very useful to have a rapid method for the determination of trace elements in biological material available. Because the classical wet digestion method which is generally used for the destruction of biological materials requires much attention, two procedures were tried which should be less time consuming or require less attention. The two new procedures which are the soluene (a quaternary ammonium hydroxide) method of Jackson (1) and the method of Adrian (2) utilizing pressure were applied to the determination of Cu and Zn in human brain tissue and in fish meal by atomic absorption spectroscopy
An analytical technique for cadmium, copper, lead and zinc determination in fish tissue used in moni...
Collection of a sample and securing, storing, preparing and determining it may have an influence on ...
In this simple, quick procedure for determining copper in human serum and urine, the serum and urine...
Copper and zinc are readily determined in biological material by atomic absorption spectrophotometry...
A rapid survey of the elements in biological materials, covering most of the elements in the periodi...
A simple technique is presented for the analysis for copper in small fragments of tissue. Dissolu-ti...
Digestion techniques for ICP analysis have been poorly studied for biological samples. This report d...
A method is described for simultaneously estimating copper and zinc in serum, urine, and cerebrospin...
We describe a method of analysis for copper, cadmium, and zinc in a 15-mg (wet weight) sample of hum...
Two perceived limitations of conventional atomic spectrometry were addressed in these studies. One l...
Introduction. The article is devoted to the relevance of choosing sample preparation method for heav...
In general, trace element analysis of biological material includes the following steps: Formulation ...
A method for determination of lead in blood, urine, and tissue is presented. This procedure combines...
An alternative method to acid digestion is presented for the preparation of marine biological tissue...
The efficiency of extraction of trace metals using conventional wet acid digestion method (CDM) and ...
An analytical technique for cadmium, copper, lead and zinc determination in fish tissue used in moni...
Collection of a sample and securing, storing, preparing and determining it may have an influence on ...
In this simple, quick procedure for determining copper in human serum and urine, the serum and urine...
Copper and zinc are readily determined in biological material by atomic absorption spectrophotometry...
A rapid survey of the elements in biological materials, covering most of the elements in the periodi...
A simple technique is presented for the analysis for copper in small fragments of tissue. Dissolu-ti...
Digestion techniques for ICP analysis have been poorly studied for biological samples. This report d...
A method is described for simultaneously estimating copper and zinc in serum, urine, and cerebrospin...
We describe a method of analysis for copper, cadmium, and zinc in a 15-mg (wet weight) sample of hum...
Two perceived limitations of conventional atomic spectrometry were addressed in these studies. One l...
Introduction. The article is devoted to the relevance of choosing sample preparation method for heav...
In general, trace element analysis of biological material includes the following steps: Formulation ...
A method for determination of lead in blood, urine, and tissue is presented. This procedure combines...
An alternative method to acid digestion is presented for the preparation of marine biological tissue...
The efficiency of extraction of trace metals using conventional wet acid digestion method (CDM) and ...
An analytical technique for cadmium, copper, lead and zinc determination in fish tissue used in moni...
Collection of a sample and securing, storing, preparing and determining it may have an influence on ...
In this simple, quick procedure for determining copper in human serum and urine, the serum and urine...