Relation between mineral composition of human hair and common illnesses

Abstract

The aim of the present study was to find the relation between mineral composition of human hair and illnesses such as infections of the respiratory system, asthma, vertigo, migraine, nervousness, hair loss, dandruff, brittle fingernails and white spots on fingernails. The mineral content of human hair was determined by multielemental analysis using ICP-OES and ICP-MS. Information about the health condition of the examined subjects was obtained by questionnaire. It was found that the hair of individuals who currently suffered from infections of the respiratory system or who had asthma had higher Zr content, the hair of sufferers of vertigo had a lower Ca, La and Sr content and in the hair of migraine sufferers the W content was higher than in the hair of healthy subjects. The level of K in the hair of nervous people was three times higher than in hair of people who never suffered from nervousness. Individuals who complained of hair loss had an increased level of Cu in the hair. For individuals with dandruff, brittle fingernails and white spots on fingernails, the content of Ca and La in the hair was higher than in the hair of individuals who did not suffer from any of these conditions. The results of this study indicate that the metal content in hair could be used in the diagnosis of some common illnesses. hair, mineral composition, common illnesses, ICP-OES Citation:Michalak I, Chojnacka K, Saeid A. Relation between mineral composition of human hair and common illnesses.

Element Levels and Predictors of Exposure in the Hair of Ethiopian Children

“…In accordance with other authors [ 55 , 85 , 102 , 116 ], also Ni, considered a carcinogen [ 117 ] and responsible for the most common type of allergy [ 16 ], was found in higher concentrations in the hair of females than males. However, our results are in contrast with the data obtained by Barbieri et al [ 113 ] and Peña-Fernández et al [ 50 ], who showed that the hair of males contained more Ni than females (females = 0.23 ± 4.89 mg kg −1 vs. males = 0.3 ± 6.5 mg kg −1 ; and females = 0.38 ± 0.34 mg kg −1 vs. males = 0.58 ± 0.34 mg kg −1 , respectively).…”

Trace elements analysis in hair strand of cooks chronically exposed to indoor air pollution in restaurants of Lhasa, Tibet: preliminary results

“…Generally, Zn and Cu are harmful if consumed in large quantities. For example, increased level of Cu can be found in the hair of hair loss patients [40]. Mean Zn concentration of cook group at Lhasa was higher than those of other areas [23,[41][42][43], probably due to high Zn exposure within kitchen (0.25 μg/m 3 , [36]).…”