Hair is an excellent matrix for monitoring trace elements and minerals in the body. To long-term changes in concentration of elements in the body are reflected in their value in her hair, so the assessment of the organism from the mineral analysis of hair is a very suitable method. This method is widely used in toxicological testing and forensics. This work deals with the analysis of Mg, K, Fe, Zn, Mn, Se, As, Cd and Pb in 100 samples by ICP-MS. It is a male hair samples with the age range 19 – 74 years. Analysis of hair revealed that concentrations of individual elements are moving in a narrow range of values. Values of older age category are in some case significantly deflective
The use of hair as a bioindicator of environmental contamination by risk elements is becoming more a...
A causal relationship between earth material and human health, although not always proven, is highly...
A causal relationship between earth material and human health, although not always proven, is highly...
Hair is an excellent matrix for monitoring trace elements and minerals in the body. To long-term cha...
Trace element contents in specimens of hair collected from 137 children aged 11\u201313 years old, l...
Trace element contents in specimens of hair collected from 137 children aged 11–13 years old, livin...
The determination of minerals and trace elements in human hair is potentially useful for assessing a...
The determination of minerals and trace elements in human hair is potentially useful for assessing a...
Inductively coupled plasma mass spectrometry (ICP-MS) has been used for the determination of twenty ...
Trace element content in hair is affected by the age of the donor. Hair samples of subjects from fou...
International Cooperation Project 2007DFC20180;Ministry of Science and Technology of China 2007BAC...
Trace element content in hair is affected by the age of the donor. Hair samples of subjects from fou...
Trace element content in hair is affected by the age of the donor. Hair samples of subjects from fou...
We present here data about trace elements in human scalp hair samples to test whether they are valua...
We present here data about trace elements in human scalp hair samples to test whether they are valu...
The use of hair as a bioindicator of environmental contamination by risk elements is becoming more a...
A causal relationship between earth material and human health, although not always proven, is highly...
A causal relationship between earth material and human health, although not always proven, is highly...
Hair is an excellent matrix for monitoring trace elements and minerals in the body. To long-term cha...
Trace element contents in specimens of hair collected from 137 children aged 11\u201313 years old, l...
Trace element contents in specimens of hair collected from 137 children aged 11–13 years old, livin...
The determination of minerals and trace elements in human hair is potentially useful for assessing a...
The determination of minerals and trace elements in human hair is potentially useful for assessing a...
Inductively coupled plasma mass spectrometry (ICP-MS) has been used for the determination of twenty ...
Trace element content in hair is affected by the age of the donor. Hair samples of subjects from fou...
International Cooperation Project 2007DFC20180;Ministry of Science and Technology of China 2007BAC...
Trace element content in hair is affected by the age of the donor. Hair samples of subjects from fou...
Trace element content in hair is affected by the age of the donor. Hair samples of subjects from fou...
We present here data about trace elements in human scalp hair samples to test whether they are valua...
We present here data about trace elements in human scalp hair samples to test whether they are valu...
The use of hair as a bioindicator of environmental contamination by risk elements is becoming more a...
A causal relationship between earth material and human health, although not always proven, is highly...
A causal relationship between earth material and human health, although not always proven, is highly...