Pick Your Poison–An Almost Perfect Crime
“All things are poison and nothing is without poison; only the dose makes a thing not a poison.” Paracelsus, Swiss physician (1493 –1541) (emphasis added)
“Poison has a certain appeal . . . It has not the crudeness of the revolver bullet or the blunt weapon. I have no special knowledge of the subject, if that is what you mean.” (Agatha Christie, They Do It With Mirrors, p.178)
The history of poison is an ancient one, and before the birth of forensic medicine in the 1920s, poison was virtually untraceable; it was almost the perfect weapon.
Socrates drank poisoned hemlock and died in 399 BCE (Eyewitness). Cleopatra orchestrated poisonous experiments on her slaves and prisoners of war. Concoctions made from “Henbane, Belladonna Strychnos nux-vomica” were used to isolate the most painful and disfiguring combinations (Quave). Cleopatra ruthlessly searched for the quickest and least painful poison for her future self, should she need it. In the end, in 30 BC, she chose the bite of an asp to end her life (Quave).
Alexandre Cabanel. Cleopatra testing poisons on condemned prisoners
The Borgias of the Italian Renaissance, resorted to a wide variety of deadly formulas to eradicate obstinate Church officials and political rivals. The Borgia’s parting gifts included combinations of “arsenic, strychnine, cantharidin, and aconite incorporated in drinks, clothes, gloves, book pages, flowers, and drugs” (Sage). The deadliest poison in the Borgia arsenal, Cantarella, made with arsenic as a base was “so dangerous that the actual formula was destroyed after their deaths.” (Blum).
John Collier. A glass of wine with Caesar Borgia
“. . . Served in a goblet of wine at dinner, it had the reputation to function with time-clock precision. According to the desire of the murder, cantarella could kill in a day, a month, or a year. It was also believed that cantarella was so powerful that no antidote existed. . .” (Sage).
During Victorian times, married women frequently resorted to poisoning as the solution to a bad marriage, or to cash in on a spouse’s or relative’s life insurance policies. Arsenic was so popular it was given a “nickname: the inheritance powder.” (Blum).
In England, between 1857 and 1872, Mary Ann Cotton, a notorious female British serial killer and arsenic devotee, killed “eight of her own children, seven stepchildren, her mother, three husbands, a lover – and an inconvenient friend” before she was caught and hanged (Blum; Johnson; Murderpedia).
Sometime between the 1880’s and 1908, in the United States Belle Gunness, known as “Lady Bluebeard,” is believed to have killed between “13 to 42” people,” including her own children. (Murderpedia). Using strychnine and/or bludgeoning to kill her victims, sometimes using both methods, Belle then butchered her victims and fed the body parts to her hogs. (Schecter; Murderpedia).
Harold Schecter, who arduously documented Gunness’ murders in Hell’s Princess: The Mystery of Belle Gunness, Butcher of Men, wrote that despite years of diligent attempts to find or identify Belle, dead or alive, she was never found. The Gunness case remains unsolved.
Murderers are not the only ones who are on the lookout for the perfect murder weapon. Mystery writers, including the most famous of mystery writers, Agatha Christie, frequently used poison as a weapon in her novels. An extensive study of Christie’s use of poison was analyzed by Anne Harrison, detailed in her article, “Poisons Used in Agatha Christie’s Books, Foul Toxins From the Queen of Crime” (2017). Harrison’s research found Christie had used poison more than any other mystery writer of her era.
“. . .More than thirty victims fall foul to a variety of toxins (while others survive attempted poisonings). Christie’s knowledge was extensive, a result of her work as both a nurse and a pharmacy dispenser during both World Wars.” (Harrison).
Agatha Christie plaque -: Torre Abbey.jpg : Violetrigaderivative work: F l a n k e r, CC BY-SA 3.0 /, via Wikimedia Commons
Harrison’s research proved Christie had more than a simple working knowledge of poison and drug interactions. Harrison’s findings further revealed how proficient Christie was ensuring not only the correct toxin’s application but how she skillfully determined appropriate outcomes for each. Harrison noted that not all of Christie’s literary victims died; some recovered.
Research confirmed the drugs/poisons Christie actually chose for her stories were actual drugs available and accessible at the time she wrote her stories. Christie did not fabricate the names or kinds of drugs, or their effects, or the application, but used her real-life knowledge to enhance her storyline, which as we all know, it did.
Christie’s novels incorporate a plethora of toxins: “strychnine, cyanide, arsenic, thallium, taxine, coniine, bacillus anthracis, plant arsenic, Belladonna (also known as Deadly Nightshade, Devil’s Berries or Death Cherries), physostigmine, Morphine, Vernol (sleeping tablets), and physostigmine” (Harrison).
In the real world, poison had always been hugely problematic for law enforcement –if used for murder, its detection was virtually impossible. The cause of death was widely determined by a medical examiner who was politically appointed. Frequently appointees had no medical training, scientific knowledge, or access to detection tests. People died of unknown causes, unsolved murders rose, and murderers walked free.
Deborah Blum. The Poisoner’s Handbook
The rate of unsolved murders rose as industrialization encroached on cities and towns. According to Deborah Blum, in The Poisoner’s Handbook – Murder and the Birth of Forensic Medicine in Jazz Age New York, “As industrialization encroached throughout the U.S., new chemicals and poisons appeared unregulated. Frequently, these poisons were undetectable.” (Blum)
Blum wrote that it was not until the first pioneers of forensic medicine appeared and true scientific detection tools were created and tested, that medical examiners and their staff were finally able to detect certain poisons as a definitive cause of death.
Some toxins widely used at that time: “Morphine went into teething medicines for infants; opium into routinely prescribed sedatives; arsenic was an ingredient in everything from pesticides to cosmetics. Mercury, cyanide, strychnine, chloral hydrate, chloroform, sulfates of iron, sugar of lead, carbolic acid, and more, the products of the new chemistry stocked the shelves of doctors’ offices, businesses, homes, pharmacies, and grocery stores. . . “(Blum).
In New York, public outcry demanded a qualified non-political appointee medical coroner, a knowledgeable physician. After years of political stonewalling, a decision was finally reached, and in January of 1918, “Dr. Charles Norris …became the new Chief Medical Examiner of New York” (Blum).
No long after his appointment, Norris hired the chemist, Alexander Gettler. It was Gettler who would later perfect tests to detect wood alcohol poisonings, cyanide gas poisoning, and he work tirelessly to find tests able to detect various poisons. Norris and Gettler established the first forensic standards, tests, and mandatory forensic protocols, and through their efforts saved thousands of future lives.
It is not possible to encapsulate the entirety of Blum’s “The Poisoner’s Handbook – Murder and the Birth of Forensic Medicine in Jazz Age New York.” Blum’s history of poison, its insidious effects on the public, the rise of the first forensic department in New York and the United States, along with the discoveries of both Norris and Gettler, and the incredible people who worked with them, is well worth reading.
The public owes a debt to the unfailing dedication of both Norris and Gettler, who demanded scientific rigor in the detection of toxins, but who also paved the way for regulatory reform and laid the foundation of forensic medicine.
Norris died in 1935, and although few knew, Norris had been financially supporting the Medical Examiner’s office with his personal resources since his original appointment. Two years after Norris’ death, three members of his staff published a “comprehensive textbook on forensic science, Legal Medicine and Toxicology. . .it was dedicated to Norris.” (Blum)
Dr. Alexander Gettler and Dr. Charles Norris
Gettler continued to work, finally retiring at seventy-five. “On the day he left office, he estimated that he’s analyzed more than 100,000 bodies.” (Blum). A prodigious writer, Gettler produced numerous scholarly papers on various toxins, detection methodology, and forensics. Gettler had also trained a legion of young scientists known as the “Gettler Boys,” who went on to become medical examiners working “from Long Island to Puerto Rico.” (Blum). Gettler died in 1968.
The story of poison is far from complete; it continues to morph and change; new toxins are created every day. Their detection, however, is far more likely thanks to Harris and Gettler.
The Poisoner’s Handbook – Murder and the Birth of Forensic Medicine in Jazz Age New York, became a best seller in 2010, and a PBS NPR American Experience series feature in 2016.
If you are looking for the perfect murder weapon, before considering poison, a bit of research is recommended.
Other References
Lakeisha Goedluck. A Brief History of Women Putting Poison in Their Lovers’ Food.
Chemical Safety Facts. Org. “The Dose Makes the Poison.”
Photo Credits:
Book photo courtesy of Amazon.
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A former paralegal, Renee Kimball has a master’s degree in criminal justice. Among her interests are reading, writing, and animal advocacy. She fosters and rescues both dogs and cats and works with various organizations to find them forever homes.
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