Linked from

The 14 pages that link to Mustard gas, each with the reason it gives.

• SulfurCompared with: Its name links sulfur to a notorious compound whose hazards are distinct from elemental sulfur.

• Chemical warfareBroader topic: It exemplifies a persistent agent whose injuries may develop after exposure.

• Alkylating agentBroader topic: Its effects on blood cells helped motivate investigation of related compounds against cancer.

• Halabja chemical attackRelated: Survivors reported blistering injuries consistent with mustard agent exposure.

• Mustard oilCompared with: The shared name can falsely suggest a chemical relationship.

• PhosgeneCompared with: It was another prominent First World War agent, but its blistering action differs from phosgene’s lung injury.

• Riot control agentCompared with: Its intended effects and persistence differ sharply from temporary irritation.

• Chemical weapons in World War IBroader topic: Its persistence and injury to exposed skin made it especially difficult to counter.

• Blister agentBroader topic: The best-known blister agent, it causes delayed, often extensive tissue damage.

• ChloropicrinCompared with: Unlike mustard agents, chloropicrin is chiefly recognized as a volatile irritant and fumigant.

• LewisiteCompared with: Both agents blister skin, but sulfur mustard acts through alkylation rather than arsenic chemistry.

• Mustard plantCompared with: The shared word reflects odor and naming history, not a plant-derived ingredient.

• Organosulfur chemistryBroader topic: Its reactive chloroethyl groups show how organosulfur compounds can cause severe biological injury.

• Sulfur dichlorideCompared with: It is a different sulfur–chlorine compound, formed historically through routes involving sulfur chlorides.