Arsenic, radium, and a locked room cyanide mystery: Poisons and the rise of forensic toxicology in early 1900s United States
Apr 17, 2024
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Discover the chaos in the early 1900s NYC coroner's office, allowing murderers to escape justice. Learn how forensic toxicology pioneers cracked mysterious poisoning cases involving cyanide, radium, and arsenic. Explore the intriguing cyanide poisoning mystery at Hotel Margaret and the emotional toll of forensic investigations.
31:51
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Quick takeaways
In the early 1900s, New York City coroners, politically appointed and untrained, misdiagnosed causes of death, allowing poisoners to escape justice easily.
The rise of forensic toxicology in the United States focused on detecting toxins like arsenic, radium, and cyanide, revolutionizing poison detection and analysis.
Deep dives
The Challenges of the Coroner's Office in Early 1900s New York City
During the 1900s, New York City faced turmoil with corruption, typhoid outbreaks, and an ineffective coroner's office. Politically appointed coroners, often untrained, misdiagnosed causes of death. Death certificates cited vague causes such as 'act of God,' allowing poisoners to escape justice easily.
The Emergence of Forensic Toxicology and Its Challenges
The rise of forensic toxicology aimed to detect toxins like drugs in deceased individuals, a difficult task historically. The era saw advances in poison detection, especially arsenic. As chemistry evolved, newer toxic compounds like chlorine gas emerged, posing unique challenges in tracking poisoners.
Innovations by Charles Norris and Alexander Gettler in Toxicology
Charles Norris and Alexander Gettler revolutionized forensic chemistry by introducing new techniques to detect poisons. Gettler's meticulous work led to pioneering toxicological advancements, such as detecting cyanide levels post-mortem and understanding the effects of radium on human tissues.
Notable Poisoning Cases and Impact on Poison Detection
Cases like the Hotel Margaret cyanide poisoning revealed challenges in proving poison-related deaths. The toxic trio of cyanide, radium, and arsenic presented deadly threats due to their quick action or subtle symptoms. Advances in toxicology, despite legal challenges, reshaped poison investigation methods.
At the beginning of the 1900s, New York City was in turmoil. Prohibition loomed, outbreaks of typhoid and an influenza pandemic had people on edge, and the city was steeped in corruption. One of the many consequences of that corruption was a completely inept coroners office.
Instead of having trained medical examiners work out the causes of sudden and suspicious deaths, New York City coroners were politically appointed. And they didn’t have the slightest idea of how to do a thorough autopsy. They were sign painters and milkmen and funeral home operators and people who had done favors for the party. They bungled the cause of death so consistently and so dramatically that the police and the district attorney's office told coroners to stay away from their crime scenes.
This was a horrific situation, unless you were a poisoner. In January, 1915, New York City’s government released a report saying that murderers were easily escaping justice and that “skillful poisoning can be carried on almost with impunity.”
In this episode of Tiny Matters, Sam and Deboki chat with Pulitzer Prize-winning journalist Deborah Blum, the author of The Poisoner’s Handbook, about the rise of forensic toxicology in the United States. Listeners will be taken on a journey through some of the disturbing poisoning cases of the time that helped lay the groundwork for the field — with a focus on arsenic, radium and cyanide — and the pivot role medical examiner Charles Norris and chemist Alexander Gettler played in restoring public safety and finally stopping poisoners in their tracks.
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