Add to ORKGThis paper presents the results of analysis of energy-dispersive X-ray fluorescence (EDXRF) applied on the human hair. We determined the concentrations of heavy metals Mn, Fe, Ni, Cu and Zn of 29 hair samples of sanitation workers and 5 samples of students were assumed to be environmentally healthy group. The accuracy and precision of the method for the elements were evaluated through the analysis of a standard hair sample. We compared the concentrations of human hair from an occupationally exposed group of sanitation workers and a control group (students). The hair of the exposed group showed a range of concentrations of 6-28 ppm Mn, 20-195 ppm Fe, 258-549 ppm Ni, 452-1182 ppm Cu and 334-1556 ppm Zn, while that of the control group has a r...
Trace level analysis of two toxic metals lead and cadmium and three essential metals zinc, manganese...
Scalp-hair analysis is used as an indicator of trace-metal concentrations in the human body. The maj...
Hair is an excellent matrix for monitoring trace elements and minerals in the body. To long-term cha...
This paper presents the results of analysis of energy-dispersive X-ray fluorescence (EDXRF) applied ...
This paper presents the results of analysis of energy-dispersive X-ray fluorescence (EDXRF) applied ...
Human scalp hair is a known bio indicator that could help trace the concentration of heavy metals in...
The use of human hair as a tool in assessing changes and abnormalities in human bodies has been incr...
This study was based on the serious concern over toxic metal pollution arising from atmospheric poll...
Background: The study was planned to evaluate the deposition of some metals in the scalp hair of the...
Over 80 hair samples were collected from 38% males and 62% females in Krakow, Poland. The hairs samp...
The aim of this study was to determine the concentration of Fe, Cu, Zn and Pb in scalp hair of Sudan...
Hair samples from the scalp were used in a preliminary assessment of heavy metals exposure (As, Cd, ...
Quantitative determinations of manganese, iron, copper, zinc and strontium in Ancient Egyptian hair ...
131-135Widespread use of metals in industrial activities has enhanced the occupational exposure to t...
119-124Heavy metals in biological samples namely hair and nails taken at random were examined in sub...
Trace level analysis of two toxic metals lead and cadmium and three essential metals zinc, manganese...
Scalp-hair analysis is used as an indicator of trace-metal concentrations in the human body. The maj...
Hair is an excellent matrix for monitoring trace elements and minerals in the body. To long-term cha...
This paper presents the results of analysis of energy-dispersive X-ray fluorescence (EDXRF) applied ...
This paper presents the results of analysis of energy-dispersive X-ray fluorescence (EDXRF) applied ...
Human scalp hair is a known bio indicator that could help trace the concentration of heavy metals in...
The use of human hair as a tool in assessing changes and abnormalities in human bodies has been incr...
This study was based on the serious concern over toxic metal pollution arising from atmospheric poll...
Background: The study was planned to evaluate the deposition of some metals in the scalp hair of the...
Over 80 hair samples were collected from 38% males and 62% females in Krakow, Poland. The hairs samp...
The aim of this study was to determine the concentration of Fe, Cu, Zn and Pb in scalp hair of Sudan...
Hair samples from the scalp were used in a preliminary assessment of heavy metals exposure (As, Cd, ...
Quantitative determinations of manganese, iron, copper, zinc and strontium in Ancient Egyptian hair ...
131-135Widespread use of metals in industrial activities has enhanced the occupational exposure to t...
119-124Heavy metals in biological samples namely hair and nails taken at random were examined in sub...
Trace level analysis of two toxic metals lead and cadmium and three essential metals zinc, manganese...
Scalp-hair analysis is used as an indicator of trace-metal concentrations in the human body. The maj...
Hair is an excellent matrix for monitoring trace elements and minerals in the body. To long-term cha...