Linked from

The 19 pages that link to Friedrich Wöhler, each with the reason it gives.

• Organic chemistryRelated: His synthesis became a landmark in the debate over vitalism and organic compounds.

• VitalismRelated: His synthesis undermined the claim that a compound associated with life could only be made by living organisms.

• UreaRelated: His synthesis established a landmark route to laboratory-made urea.

• BiochemistryRelated: His synthesis challenged the idea that organic substances required a living source.

• Robert BunsenRelated: Wöhler and Bunsen studied cacodyl compounds, hazardous arsenic-containing substances.

• Justus von LiebigRelated: Their 1832 study of bitter almond oil became a landmark in organic chemistry.

• AluminiumRelated: His work established a clearer understanding of the newly isolated metal.

• Benzoic acidRelated: Wöhler collaborated with Liebig on foundational studies of benzoyl compounds.

• Organic compoundRelated: His urea synthesis helped show that an organic compound could be made outside living organisms.

• Adolf von BaeyerRelated: Baeyer completed doctoral research under Wöhler at the University of Berlin.

• Friedlieb Ferdinand RungeRelated: Wöhler and Runge were contemporaries whose work helped establish experimental organic chemistry.

• Sodium benzoateRelated: His 1830 synthesis of benzoic acid from benzaldehyde contributed to understanding benzoic compounds.

• Martin Heinrich KlaprothRelated: Wöhler belonged to the next generation of German chemists shaped by the research institutions Klaproth helped establish.

• Calcium carbideRelated: He prepared calcium carbide in the nineteenth century while studying carbon compounds.

• Maleic anhydrideRelated: Wöhler prepared maleic acid and fumaric acid in early studies of isomerism.

• Victor GrignardRelated: Wöhler’s work helped build the synthetic tradition that Grignard’s carbon–carbon bond-forming chemistry advanced.

• Isocyanic acidRelated: Wöhler's work on cyanate chemistry helped establish the compounds related to HNCO.

• Fulminic acidRelated: His collaboration with Liebig examined fulminic acid and its isomeric relationship to cyanic acid.

• Otto WallachRelated: Wallach trained in the German chemical tradition shaped by Wöhler’s generation.