Knowledge Tree
Relations (1)
related 2.58 — strongly supporting 5 facts
Blood pressure and pH are both physiological variables maintained within narrow ranges to ensure internal stability, as described in McEwen's model of homeostasis and allostasis [1], [2], and [3]. Furthermore, both parameters are regulated by negative feedback loops within the human body [4], [5].
Facts (5)
Sources
Homeostasis vs. Allostasis: Why Your Body Needs More Than Stability trueself.health 3 facts
claimNegative feedback loops in the human body regulate blood glucose, pH, oxygen, carbon dioxide, blood pressure, and electrolyte concentrations including sodium, potassium, and calcium.
claimHomeostasis is the physiological process of maintaining internal stability by keeping variables such as core body temperature, pH, glucose levels, and blood pressure within narrow ranges necessary for survival.
claimNegative feedback loops regulate physiological variables including blood glucose, pH, oxygen, carbon dioxide, blood pressure, and electrolyte concentrations such as sodium, potassium, and calcium.
Homeostasis vs Allostasis — The Urban Health Council urbanhealthcouncil.com 1 fact
claimIn McEwen's model, homeostasis maintains the stability of core tissue parameters like pH and temperature, while allostasis dynamically modifies pericellular parameters like blood pressure and oxygen to support that stability.
Understanding Allostasis: Stability Through Change - Cannelevate cannelevate.com.au 1 fact
claimHomeostasis regulates core vital parameters such as pH, temperature, and oxygen, while allostasis regulates supporting parameters including blood pressure, heart rate, and hormones.