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The 34 pages that link to Magnesium, each with the reason it gives.

• CalciumCompared with: Magnesium sits above calcium in Group 2 and is generally less reactive with water.

• SodiumCompared with: Magnesium neighbors sodium but forms mainly 2+ ions rather than sodium’s 1+ ions.

• ChlorophyllRelated: A magnesium ion sits at the center of chlorophyll’s tetrapyrrole ring.

• Water softeningRelated: Magnesium is the other principal hardness ion targeted by conventional softeners.

• TitaniumCompared with: Magnesium is lighter, but titanium offers greater corrosion resistance and structural strength in many settings.

• Humphry DavyBroader topic: Davy prepared a magnesium amalgam while investigating the composition of magnesia.

• Magnesium oxideRelated: Magnesium supplies the positive ions in MgO’s ionic lattice.

• AluminiumCompared with: It is lighter than aluminium but typically more reactive and less corrosion-resistant.

• BerylliumCompared with: Magnesium is lighter and more common, but far less stiff than beryllium.

• Electrolyte imbalanceRelated: Magnesium deficiency can worsen potassium or calcium abnormalities and complicate their correction.

• Grignard reactionRelated: Magnesium inserts into an organohalide’s carbon–halogen bond.

• Hexagonal crystal systemBroader topic: Its common metallic structure is a familiar hexagonal close-packed example.

• Chlorophyll aRelated: A magnesium ion sits at the center of chlorophyll a’s ring structure.

• Alkaline earth metalBroader topic: Its biological role and low density distinguish it from many other family members.

• Alkaline phosphataseRelated: Magnesium ions help support catalytic activity alongside zinc in many alkaline phosphatases.

• Grignard reagentRelated: Magnesium inserts into a carbon–halogen bond during conventional reagent preparation.

• Richard WillstätterRelated: Willstätter's work established magnesium as a defining metal component of chlorophyll.

• HypomagnesemiaNarrower topic: Its circulating concentration is what is abnormally low in this condition.

• Magnesium chlorideRelated: Magnesium atoms form the divalent cations in MgCl₂.

• Magnesium ionNarrower topic: Magnesium ions form when magnesium atoms lose electrons in chemical or biological settings.

• BruciteRelated: Magnesium occupies the cation sites between hydroxide groups in brucite.

• MagnesiteRelated: Magnesium occupies the metal site in magnesite’s chemical formula.

• DiopsideRelated: Magnesium occupies the other principal cation site in ideal diopside.

• DuraluminRelated: Magnesium contributes to the composition and strengthening behavior of duralumin.

• Magnesium carbonateNarrower topic: Magnesium supplies the positive ions in magnesium carbonate.

• Ethylenediaminetetraacetic acidRelated: Magnesium competes with calcium for EDTA and contributes to measured water hardness.

• ForsteriteRelated: Magnesium occupies the mineral’s principal metal sites and distinguishes it from fayalite.

• Magnesium fluorideRelated: Magnesium forms the doubly charged cation in magnesium fluoride.

• Period 3 elementBroader topic: Its divalent chemistry contrasts with sodium’s typical formation of singly charged ions.

• KainiteRelated: Magnesium is the second major metal cation in kainite.

• Magnesium citrateNarrower topic: The salt supplies magnesium, whose physiological effects differ from its laxative action.

• Magnesium nitrateRelated: Its Mg²⁺ cation supplies the positive charge in the salt.

• Magnesium sulfideRelated: Magnesium supplies the positively charged ions in MgS.

• Serpentine subgroupRelated: Magnesium is the principal cation in many serpentine compositions.