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"We recently showed that mefloquine severely disrupts calcium homeostasis in rat neurons in vitro at concentrations in excess of 20 µM, an effect cl ...nce it has long been known that a prolonged disruption of neuronal calcium homeostasis may lead to neuronal cell death and injury, it is reasonable to suppose tha

...her [[glucocorticoid]] agents, has widespread effects which help restore [[homeostasis]]. Although cortisol secretion in response to stress is a [[endogenous|natu ...acid secretion.<ref>Soffer, L.J.; Dorfman, R.I.; Gabrilove, J.L,. “The Human Adrenal Gland”. Febiger, Phil.</ref> Cortisol's only direct effect on the

...er and safer, and decrease the long term impact of a heavy [[snow]]fall on human populations. This process is done by both individual households and by gove ...ate [[nitric oxide]] production. Nitric oxide (NO) contributes to vessel [[homeostasis]] by inhibiting vascular smooth muscle contraction and growth, platelet agg

...65. Multiple dynamic equilibrium adjustment and regulation mechanisms make homeostasis possible. {{See|Human homeostasis}}

...System, a regulatory system in the body, which is responsible to maintain homeostasis of blood pressure. The enzyme belongs to the family of aspartic proteases a ...lar modeling techniques, it is a potent and specific in vitro inhibitor of human renin (IC50 in the low nanomolar range), with a plasma half-life of ≈24 h

...transport by [[haemoglobin]] in blood and [[acid-base homeostasis]] in the human body.

...cidity of water plays a fundamental role. In living organisms, [[acid-base homeostasis]] and [[enzyme kinetics]] are dependent on the p''K''_a values of ...bonic acid]] equilibria are important for [[acid-base homeostasis]] in the human body.

'''Acid-base homeostasis''' is the part of [[human homeostasis]] concerning the proper balance between [[acid]]s and [[Chemical base|bases {{Human homeostasis}}

...base imbalance''' is an abnormality of the human body's normal [[acid-base homeostasis|balance of acids and bases]] that causes the [[blood plasma|plasma]] [[pH]] {{Human homeostasis}}

...Applications and significance|range of applications]], such as [[acid-base homeostasis]], [[ocean acidification]], [[pharmacology]] and [[analytical chemistry]]. ...binding selectivity]] for a particular metal to remove that metal from the human body.

| [[Tea]] or healthy [[human skin|skin]] ||bgcolor=#669900|<center>5.0 | Healthy [[human]] [[saliva]] ||bgcolor=green|<center><font color=#FFFFFF>6.5 – 7.4

- [[Homeostasis]] - [[Human anatomy]]

Caption = The human circulatory system. Red indicates oxygenated blood, blue indicates deoxygen ...ight diseases and help stabilize body temperature and [[pH]] to maintain [[homeostasis]].

...f name=Butterworth>{{ cite journal |author=Butterworth PJ |title=Phosphate homeostasis |journal=Mol Aspects Med. |year=1987 |volume=9 |issue=4 |pages=289–386 |p ...its internal environment so as to maintain equilibrium has the property of homeostasis. ATP is important for [[phosphorylation]], a key regulatory event in cells.

The endothelium maintains vascular [[homeostasis]] through the release of active [[vasodilators]]. Although '''[[Nitric Oxid ...demanding current task is to strengthen our knowledge about EDHF action in human arteries in health and disease<ref>Endothelium-derived hyperpolarizing fact

...ngiotensinergic neurons in sympathetic coeliac ganglia innervating rat and human mesenteric resistance blood vessels |journal=Regul. Pept. |volume=147 |issu ...u RC |title=Distribution of remikiren, a potent orally active inhibitor of human renin, in laboratory animals |journal=Xenobiotica |volume=26 |issue=3 |page

...process (generally [[biochemistry|biochemical]]) is often referred to as [[homeostasis]]; whereas in [[mechanics]], the more common term is [[Mechanical equilibri ...regulation and [[erythropoiesis]]. Many biological process (e.g., in the [[human anatomy]]) use negative feedback. Examples of this are numerous, from the r