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The 83 pages that link to Benzene, each with the reason it gives.

• Aplastic anemiaRelated: Exposure can cause marrow toxicity and, rarely, aplastic anemia.

• Friedel–Crafts reactionRelated: Benzene is the simplest common substrate for illustrating both reaction types.

• IndoleRelated: The benzene ring forms the other half of indole’s fused scaffold.

• Rotational symmetryRelated: Its idealized molecular structure has sixfold rotational symmetry.

• Adolf von BaeyerRelated: Its unusual stability challenged structural models that Baeyer’s theories sought to clarify.

• Occupational cancerRelated: Occupational exposure can damage blood-forming cells and cause leukemia.

• Royal InstitutionRelated: Faraday first isolated it while working at the Royal Institution.

• QuinoneRelated: Many familiar quinones arise by oxidizing aromatic rings related to benzene.

• Sodium benzoateRelated: It is the unwanted reaction product investigated in some benzoate-containing beverages.

• Azeotropic distillationRelated: Its use illustrates how a third component can enable separation while creating safety concerns.

• BenzimidazoleRelated: Its six-membered ring supplies the fused carbocyclic part of benzimidazole.

• CinnamaldehydeRelated: Cinnamaldehyde’s phenyl portion is built around a benzene ring.

• Maleic anhydrideRelated: Early industrial maleic anhydride production oxidized this feedstock.

• PhenanthreneRelated: Three fused benzene rings form phenanthrene’s carbon framework.

• PhenethylamineRelated: This ring is the aromatic part of phenethylamine’s structure.

• ThiopheneRelated: Thiophene’s discovery emerged from attempts to identify impurities in benzene.

• Terephthalic acidRelated: Terephthalic acid consists of a benzene ring bearing two para-positioned carboxyl groups.

• QuinolineRelated: Quinoline’s second fused ring is benzene-like.

• Benzoyl chlorideRelated: Its phenyl ring is the aromatic portion of benzoyl chloride.

• IsoquinolineRelated: A benzene ring is fused to isoquinoline’s pyridine ring.

• Kathleen LonsdaleRelated: Its ring geometry became the subject of Lonsdale’s landmark structural analysis.

• NitrobenzeneRelated: Benzene is the aromatic starting material whose hydrogen is replaced during nitrobenzene formation.

• BenzofuranRelated: Its six-carbon ring forms the benzenoid portion of benzofuran.

• Chlorosulfuric acidRelated: Benzene illustrates electrophilic aromatic substitution with chlorosulfuric acid.

• ThiophenolRelated: Its aromatic ring is the carbon framework of thiophenol.