EPISODE · Apr 12, 2026 · 45 MIN
13: Ep. 13: The Science of Poisoning: Cyanide
from The Science of Murder · host The Science of Murder
This episode examines the clinical reality of cyanide poisoning. From the mitochondrial inhibition of cellular respiration to the quantitative evidence in the Ferrante case, we explore how the laboratory identifies a toxin that leaves few physical traces.
What this episode covers
From Scheele’s 18th-century workbench to the modern GC-MS, cyanide remains a chemical paradox—an industrial staple with the specific molecular geometry required to dismantle human life in minutes. The laboratory is indifferent to the persona of the perpetrator. Whether the case involves a father or a world-class researcher, their status is irrelevant once the samples reach the bench. The analytical data provides a result that is entirely independent of an individual's background or projected intent. In this episode, we decode the clinical reality of a metabolic collapse. We break down the shift between Ferrous and Ferric iron states that creates a cellular lockout, the genetic lottery of the "bitter almond" scent, and the quantitative result that led to a conviction. Forensic Toxicology, Cyanide Poisoning, Medical Laboratory Science, Robert Ferrante, GC-MS, Metabolic Collapse, True Crime Podcast
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13: Ep. 13: The Science of Poisoning: Cyanide
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