Water Intake, Body Water Regulation and Health
Adams, William M.
Water Intake, Body Water Regulation and Health - MDPI - Multidisciplinary Digital Publishing Institute 2020 - 1 electronic resource (184 p.)
Open Access
The purpose of this Special Issue, "Water Intake, Body Water Regulation, and Health", is to present novel reviews and experimental data regarding hydration physiology and its implication in overall health. Water has previously been dubbed the forgotten nutrient due to humans' and animals' ability to subsist seemingly unchanged across a wide range of daily water intakes. However, with the introduction of stressors such as exercise, diseased states, and/or chronic high or low water intake, the homeostatic signals related to body water regulation can influence organ and whole-body health. This Special Issue will discuss water intake, the scientific rationale surrounding the U.S. and European water intake guidelines, homeostatic mechanisms, diseases related to dysfunction of water regulation, and differences in the volume and the vehicle in which the water is contained (i.e., plain water versus mixed beverages) on water intake during and following exercise. The aim is to continue discussion surrounding water, the previously forgotten nutrient, and highlight the importance of water in daily life.
Creative Commons
English
books978-3-03928-657-7 9783039286577 9783039286560
10.3390/books978-3-03928-657-7 doi
n/a modeling adaptation pollution perception heat stress assessment body composition polydipsia environmental stressors deuterium children water-electrolyte balance dehydration big data obesity climate change hydration factor and Hispanic Americans water thermoregulation rehydration fluid replacement hydration chronic disease acute kidney injury chronic kidney disease blood pressure regulation exercise electrolytes euhydration database water intake drinking water vascular function skin blood flow sympathetic nervous system oral rehydration therapy water restriction ultraviolet radiation hyponatremia DNA NHANES aging sweating hypohydration body water
Water Intake, Body Water Regulation and Health - MDPI - Multidisciplinary Digital Publishing Institute 2020 - 1 electronic resource (184 p.)
Open Access
The purpose of this Special Issue, "Water Intake, Body Water Regulation, and Health", is to present novel reviews and experimental data regarding hydration physiology and its implication in overall health. Water has previously been dubbed the forgotten nutrient due to humans' and animals' ability to subsist seemingly unchanged across a wide range of daily water intakes. However, with the introduction of stressors such as exercise, diseased states, and/or chronic high or low water intake, the homeostatic signals related to body water regulation can influence organ and whole-body health. This Special Issue will discuss water intake, the scientific rationale surrounding the U.S. and European water intake guidelines, homeostatic mechanisms, diseases related to dysfunction of water regulation, and differences in the volume and the vehicle in which the water is contained (i.e., plain water versus mixed beverages) on water intake during and following exercise. The aim is to continue discussion surrounding water, the previously forgotten nutrient, and highlight the importance of water in daily life.
Creative Commons
English
books978-3-03928-657-7 9783039286577 9783039286560
10.3390/books978-3-03928-657-7 doi
n/a modeling adaptation pollution perception heat stress assessment body composition polydipsia environmental stressors deuterium children water-electrolyte balance dehydration big data obesity climate change hydration factor and Hispanic Americans water thermoregulation rehydration fluid replacement hydration chronic disease acute kidney injury chronic kidney disease blood pressure regulation exercise electrolytes euhydration database water intake drinking water vascular function skin blood flow sympathetic nervous system oral rehydration therapy water restriction ultraviolet radiation hyponatremia DNA NHANES aging sweating hypohydration body water