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...ino mass to be solved by a calcium isotope: Researchers use the decay of a calcium isotope to unlock the long held secret of neutrino mass]

|elName=Calcium '''Calcium''' is a [[Chemical elements|chemical element]], typically found as a [[Soli

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...pe voltage-operated [[calcium channels]] (kappa-receptor agonist) and open calcium-dependent inwardly rectifying [[potassium channels]] (mu and delta receptor

...> <td>C₂O₄^2-</td> <td> Forms an insoluble calcium salt in acetic acid solution </td> ...rms an insoluble BaCrO₄ salt in acetic acid solution containing calcium;</td>

...s tetrasodium-[[ethylene diamine tetraacetic acid]] (EDTA), to bind to the calcium and magnesium ions present in hard water to lessen the buildup of scum.

...ases. Those coupled to membrane depolarization or intracellular release of calcium include the receptor-mediated activation of cytotoxic functions in granuloc

...hannel. When Mg is removed from the channel and the receptor is activated, calcium (Ca²⁺) and sodium (Na⁺) ions enter the cell and potas ...ine]].<ref>{{MeSH}}</ref> NMDA receptors are [[ionotropic]] as they allow calcium and sodium ions to flow into the cell while potassium ions leave. This exci

...on with lime (calcium carbonate from [[limestone]]) to produce gypsum. The calcium sulfate is hydrated, (i.e. combined with water) which gives drywall its fir

...released by calcium-dependent [[exocytosis]] (TRH mobilises intracellular calcium stores via the phospholipase C signaling pathway). It acts via a G-protein

===Calcium=== Mg at optimal cellular concentration is well accepted as a natural ''calcium channel blocker''. More recent work shows that Mg also acts as a [[statin]]

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...of the gluconate as an intravenous bolus, followed by a continuing drip of calcium gluconate in dextrose in water. This helps stabilize the level.

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| title = Treatment of Vasospastic Amaurosis Fugax with Calcium-Channel Blockers

* phosphate binders such as calcium acetate, calcium carbonate, and [[sevelamer]] * Serum calcium (above upper limit of normal): 1.0 mg/dl

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...]], synchronization between neurons, and propagation of the [[Calcium wave|calcium waves]] supported by glial cells. Pannexins also may participate in patholo ...sed in many organs and tissues capable of calcium wave’s propagations [3]. Calcium waves are supported by glial cells, which can maintain and modulate neurona

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*[[Calcium chloride]] dihydrate USP 0.02 g

...ged in large membrane-bound neurosecretory vesicles; these are secreted by calcium-dependent [[exocytosis]].

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...nutrients (energy; fat and fatty acids; cholesterol; sodium and potassium; calcium; ascorbic acid; fiber; and other nutrients), and evidence for nutrient shor

...shaped crystals of calcium pyrophosphate. This form of gout is known as [[Calcium pyrophosphate deposition disease|pseudogout]]. The most common form of art * [[Gout]] and [[Calcium pyrophosphate deposition disease|pseudogout]]

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...m chloride (CaCl₂), there are two chlorine (Cl) atoms for every calcium (Ca) atom, although these atoms are in the form of [[ion]]s. ...2</sub>O is held together by polar covalent bonds. [[Sodium chloride]] and calcium chloride are examples of ionic compounds.

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Ca is the two-letter symbol for [[calcium]]. For example, H⁺ means a hydrogen ion, and Ca²⁺ a calcium ion (with two electrons missing).

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...respects analogous to sodium and potassium, and in others to magnesium and calcium. It is evident, therefore, that for a complete judgment it is necessary to

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...(e.g. pancreatic and secretory) or mode of activity (calcium dependent and calcium independent). A much more structured and accurate system has been developed ...ate the activity of downstream proteins during cellular signalling, e.g. [[calcium channels]] in the [[endoplasmic reticulum]] of various cell types and [[pro

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