Significance of Blood glucose homeostasis
Blood glucose homeostasis is the body's method of regulating stable blood glucose levels, which is essential for maintaining overall energy balance and metabolism. This process ensures that glucose levels remain within a specific range, allowing cells to function optimally and supporting various physiological functions. Proper blood glucose homeostasis is vital for health, preventing conditions such as diabetes, and plays a critical role in energy management within the body.
Synonyms: Blood sugar regulation, Glucose balance, Glucose homeostasis, Blood sugar control, Glucose level maintenance
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The concept of Blood glucose homeostasis in scientific sources
Blood glucose homeostasis is the body’s mechanism for regulating stable blood glucose levels, essential for maintaining energy balance and supporting metabolic functions. This regulation is vital for overall health and bodily efficiency.
From: International Journal of Pharmacology
(1) Liver is the main organ responsible for the maintenance of this, where hepatic glucose-6-phosphatase plays an important role.[1] (2) Blood glucose homeostasis is the maintenance of stable blood glucose levels, essential for proper bodily function.[2] (3) Glucokinase has a major role in the control of blood glucose homeostasis due to its predominant expression in the liver and high control strength on hepatic glucose disposal.[3]
From: International Journal of Environmental Research and Public Health (MDPI)
(1) It experiences postpartum alterations, as discussed by Otto-Buczkowska in a 2014 publication in Medycyna Rodzinna.[4] (2) Blood glucose homeostasis is the maintenance of stable glucose levels in the blood, and the liver plays a key role in maintaining this.[5] (3) The regulation of blood glucose homeostasis occurs during prolonged exercise, influencing how the body maintains stable glucose levels.[6]
From: International Journal of Pharmacology
(1) The liver is crucial for this, balancing glucose uptake and storage with glucose release through glycogenolysis and gluconeogenesis.[7]