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The 203 pages that link to Redox, each with the reason it gives.

• Sodium sulfiteNarrower topic: Sulfite donates electrons as it is oxidized, enabling its reducing action.

• Iron(II) chlorideNarrower topic: Iron(II) chloride can act as a reducing agent when Fe²⁺ is oxidized to Fe³⁺.

• Potassium bromateNarrower topic: Bromate’s useful reactions depend on electron transfer as it is reduced.

• Potassium iodateNarrower topic: Iodate accepts electrons in reactions that make potassium iodate an oxidizing agent.

• Vitamin B3Narrower topic: NAD and NADP use vitamin B3-derived structures to carry electrons in these reactions.

• Barium nitrateNarrower topic: Its pyrotechnic role depends on oxidation paired with fuel reduction.

• CatabolismNarrower topic: Electron transfers let cells extract energy as molecules are oxidized.

• HydroxylamineNarrower topic: Hydroxylamine can act as either a reducing agent or an oxidation product, depending on conditions.

• Lead dioxideNarrower topic: Battery discharge converts PbO₂ to lead(II) sulfate through reduction.

• Light-dependent reactionsNarrower topic: The reactions rely on successive electron transfers from water to NADP⁺.

• Mercury(II) oxideNarrower topic: HgO decomposition reduces mercury ions while oxidizing oxide ions.

• Potassium manganateNarrower topic: Manganate’s conversions are governed by electron transfer between manganese species.

• PyrogallolNarrower topic: Pyrogallol’s reducing action is one instance of oxidation-reduction chemistry.

• Sodium bromateNarrower topic: Sodium bromate accepts electrons as it oxidizes other substances.

• Sodium permanganateNarrower topic: Sodium permanganate oxidizes other substances by accepting electrons.

• Sodium peroxideNarrower topic: Its oxygen-transfer reactions are redox processes involving peroxide ions.

• Strecker degradationNarrower topic: Oxidation and reduction steps accompany the conversion of amino acids and carbonyl reactants.

• Tin(II) chlorideNarrower topic: Tin(II) chloride reduces other substances by donating electrons as tin(II) is oxidized.

• AcetylcysteineNarrower topic: Acetylcysteine's antioxidant effects depend partly on cellular redox chemistry.

• BiominingNarrower topic: Electron transfer drives microbial iron and sulfur oxidation during metal release.

• ElectrosynthesisNarrower topic: Electrosynthesis uses electrode-mediated redox reactions to transform starting materials.

• History of the batteryNarrower topic: Electron transfer is the shared chemical basis of the cells developed across the centuries.

• Reduction potentialNarrower topic: Reduction potentials compare the two coupled half-reactions in a redox process.

• Silver oxideNarrower topic: Silver oxide participates in redox changes as silver ions become metallic silver.

• Sodium chloriteNarrower topic: Chlorine dioxide generation involves redox changes in chlorine-containing species.

• 2-MercaptoethanolNarrower topic: Reduction of disulfides by 2-mercaptoethanol is an electron-transfer process.

• Ammonium nitriteNarrower topic: Nitrogen changes oxidation state as ammonium and nitrite yield elemental nitrogen.

• Anaerobic oxidation of methaneNarrower topic: AOM couples methane oxidation to the reduction of another compound.

• Chromyl chlorideNarrower topic: Chromyl chloride acts as an oxidizing agent because its chromium is in the +6 oxidation state.

• Geological history of oxygenNarrower topic: Oxygen’s production and removal are governed by coupled oxidation and reduction.

• Henry TaubeNarrower topic: Taube examined how redox reactions proceed when metal ions are held in coordination complexes.

• Peroxymonosulfuric acidNarrower topic: Caro’s acid oxidizes other substances by accepting electrons.

• Potassium persulfateNarrower topic: Persulfate oxidizes substrates by accepting electrons as its sulfur–oxygen framework is reduced.

• Reactivity seriesNarrower topic: Metal reactions behind the series are paired oxidation and reduction processes.

• Selenic acidNarrower topic: Selenic acid’s oxidizing action is an electron-transfer process.

• Telluric ironNarrower topic: The formation and survival of metallic iron depend on chemical conditions that reduce iron compounds.