The skin excretes substances primarily through sweat glands. Several conditions have been demonstrated to be associated with diminished sweating. However, few studies have concentrated on the metabolism and excretion of sweat. This review focuses on the relationship between temperature and the thermoregulatory efficacy of sweat, and then discusses the excretion of sweat, which includes the metabolism of water, minerals, proteins, vitamins as well as toxic substances. The potential role of sweat secretion in hormone homeostasis and the effects on the defense system of the skin are also clarified. (C) 2014 S. Karger AG, BaselDermatologySCI(E)0REVIEWliujiangzjqzyy@163.com; chengbiaocheng@163.com2115-12022
The present study investigated whether thermal sweating may relieve elevated concentrations of serum...
Sweat includes active components and metabolites, which are needed to maintain skin homeostasis. Com...
Three studies were performed to examine biophysical sources of individual variability in the thermor...
Sweat is a transparent hypotonic body fluid made from eccrine sweat glands. Various ingredients cont...
Abstract Changes in skin blood and sweating are the primary mechanisms for heat loss in humans. A ho...
Water is constantly vaporizing from the hu-man skin surface as an important part of the heat regulat...
The importance of beauty and personality is increasing now a day as it is a competitive era. The urg...
Copyright © 2012 Margaret E. Sears et al. This is an open access article distributed under the Creat...
The purpose of this investigation was to determine the role of four upper body skin regions in the r...
Sweating in response to exercise or high environmen-tal temperature plays an important role in therm...
Sweat is a body fluid produced by the sweat glands and is mainly composed of water. Sweat has variou...
poster abstractFor the purpose of studying sweat in response to hot flashes, a type of thermal sweat...
Arsenic, cadmium, lead, and mercury exposures are ubiquitous. These toxic elements have no physiolog...
Arsenic, cadmium, lead, and mercury exposures are ubiquitous. These toxic elements have no physiolog...
Summary: Concentrations of electrolytes, lactafe, urea, glucose, total lipids and total protein were...
The present study investigated whether thermal sweating may relieve elevated concentrations of serum...
Sweat includes active components and metabolites, which are needed to maintain skin homeostasis. Com...
Three studies were performed to examine biophysical sources of individual variability in the thermor...
Sweat is a transparent hypotonic body fluid made from eccrine sweat glands. Various ingredients cont...
Abstract Changes in skin blood and sweating are the primary mechanisms for heat loss in humans. A ho...
Water is constantly vaporizing from the hu-man skin surface as an important part of the heat regulat...
The importance of beauty and personality is increasing now a day as it is a competitive era. The urg...
Copyright © 2012 Margaret E. Sears et al. This is an open access article distributed under the Creat...
The purpose of this investigation was to determine the role of four upper body skin regions in the r...
Sweating in response to exercise or high environmen-tal temperature plays an important role in therm...
Sweat is a body fluid produced by the sweat glands and is mainly composed of water. Sweat has variou...
poster abstractFor the purpose of studying sweat in response to hot flashes, a type of thermal sweat...
Arsenic, cadmium, lead, and mercury exposures are ubiquitous. These toxic elements have no physiolog...
Arsenic, cadmium, lead, and mercury exposures are ubiquitous. These toxic elements have no physiolog...
Summary: Concentrations of electrolytes, lactafe, urea, glucose, total lipids and total protein were...
The present study investigated whether thermal sweating may relieve elevated concentrations of serum...
Sweat includes active components and metabolites, which are needed to maintain skin homeostasis. Com...
Three studies were performed to examine biophysical sources of individual variability in the thermor...