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The 21 pages that link to Hydrogen cyanide, each with the reason it gives.

• Carbon monoxideCompared with: Both can disrupt oxygen use, but hydrogen cyanide acts through a different molecular target.

• Cyanide poisoningRelated: Its inhalation can cause rapid cyanide poisoning, especially in enclosed-space fires.

• Prebiotic chemistryRelated: Its reactions can produce precursors to nucleobases, amino acids, and other biologically relevant compounds.

• Carl Wilhelm ScheeleRelated: Scheele discovered this compound in 1782 while studying Prussian blue.

• CyanideBroader topic: It is the protonated form associated with the cyanide ion in acid–base equilibria.

• CassavaBroader topic: It is the toxic substance that can be released from cassava’s cyanogenic compounds.

• AcetyleneCompared with: Its similar triple-bonded structure contrasts with acetylene’s carbon–carbon bond and very different hazards.

• Cyanogenic glycosidesBroader topic: It is the toxic product released when many cyanogenic glycosides are degraded.

• AcrylonitrileRelated: It is a coproduct of propylene ammoxidation and can affect process economics.

• Potassium cyanideRelated: Contact with acids can convert cyanide salts, including KCN, into volatile hydrogen cyanide.

• Methyl methacrylateRelated: It is a feedstock for acetone cyanohydrin, used in a major production route.

• AmygdalinRelated: Enzymatic degradation of amygdalin can produce this toxin.

• Blood agentBroader topic: It is a classic blood agent that prevents cells from using oxygen.

• ChloropicrinCompared with: Its cellular poisoning mechanism differs from chloropicrin’s direct irritation and corrosive injury.

• Sodium cyanideRelated: Acidifying cyanide salts can release this dangerous gas.

• 2I/BorisovRelated: Its detection helped characterize the chemical inventory released by Borisov.

• Hydrogen tellurideCompared with: Both are dangerous volatile compounds, but their bonding, chemistry, and principal exposure hazards differ.

• Linear molecular geometryBroader topic: Its H–C≡N atom sequence lies along a straight line.

• Potassium ferrocyanideCompared with: It is a hazardous free-cyanide compound, unlike the coordinated cyanide ligands in intact ferrocyanide.

• Cyanogen chlorideCompared with: It is another volatile cyanide compound, but its structure and principal toxic action differ.

• Hydrazoic acidCompared with: Both are acutely toxic volatile acids, but hydrogen cyanide contains carbon rather than an azide chain.