The Poisoner's Handbook: Murder and the Birth of Forensic Medicine in Jazz Age New York

During 1897 to 1915, Tammany Hall thoughtfully provided New York City with a coroner. Among them were a saloonkeeper, plumber, milkman, a physician who was a full time drunk, and other bumblers gifted in issuing false death certificates for a fee, if a murder or suicide were pressingly at hand. Compelled by an outraged press, the Legislature in 1918 replaced the coroner's office with a medical examiner system. Doctor Charles Norris, a Columbia University pathologist, was appointed chief medical examiner. He appointed as his assistant the young Alexander Gettler, an obsessively brilliant, cigar-smoking, devoted gambler and forensic chemist. Gettler, arising out of the poverty of the Lower East Side, would by his numerous contributions to toxicology mark the beginning of modern toxicology in this country, all as recorded in the strikingly beautiful prose of Deborah Blum, Professor of Journalism at the University of Wisconsin and Pulitzer Prize winner (1992) for her writings on ethical issues in primate research. She has given us The Poisoner's Handbook: Murder and the Birth of Forensic Science in Jazz Age New York. Chloroform, wood alchohol, cyanides, the ever popular arsenic, mercury, carbon monoxide, methyl alcohol, radium, ethyl alcohol, and thallium are the book's chapter headings that span 1915-1936.Each element is chemically described, though it is unlikely that a reader lacking chemistry will understand it. The poisoners themselves lack personalities; they have paper-thin characters. The poisonings are unmarked by ingenuity, and the poisons do not stir up one's curiosity. In short, the pleasure drawn by readers of true-crime stories will not be had. The reader, however, enjoys not only the permeating presence of Doctor Norris's gifted assistant, who will become the famed Dr Gettler, but as well Ms Blum's artful descriptions of the settings of the crimes. Though Norris's medical skills, aggressiveness in protecting his office, and exhausting commitment are sketched by Ms Blum, it is Gettler who fixes the reader's attention. Gettler enters on stage with the first design of a forensic laboratory. At the beginning of Prohibition, he evaluated methods of detecting wood alcohol in human organs and informed the public that alcohol contained lethal methyl alcohol. It is Gettler who found arsenic in the poisonings of two who ate their last lunches at the Postal Lunch eatery on Liberty Street as did the six who followed at the nearby Shelburne Restaurant. He examined the organs of the latter piece by piece. In the mysterious deaths of an aged couple at the Hotel Margaret, he made exhaustive tests and found cyanide in the husband's lungs caused by fumigators in the hotel. He proved the innocence of a husband, suspected by ill-wishers of the mercuial poisoning of his wealthy wife, by proving that the mercury was in calomel prescribed by her trusted physician. When Standard Oil dismissed its plant workers' deaths with the cynical statement that they had " worked too hard", Gettler proved the cause was the company's use of tetraethyl lead. He found that carbon monoxide deaths can appear to be caused by carbon dioxide. In a public riveting case, longshoreman Francesca Travia cut a woman's body in half, kicked half into the East River, leaving half in his kitchen where the police found it. Gettler found that carboxyhemoglobin was in her blood, leading him to conclude that she was dead before Travia picked up his knife. They had been drunk, he fell asleep, and when he awoke she was dead, causing him to fear that he had killed her and driving him to kick half of her into the river as a police officer approached him. He was acquitted of murder and convicted of dismembering a dead body, proving to an awe struck public the usefulness of this new science called forensic toxicology. In the sensational Ruth Snyder-Judd Gray murder case of the twenties, Gettler's chemical analysis stripped defendant Gray of his claim of self-defense by proving that a suffocating combination of alcohol and chloroform dispatched Gray's victim. Gettler proved that radium caused the horrific deaths of young women who painted dials on watches. When a father's wife and four children died in about a period of five weeks, Gettler proved that thallium, unconnected with the husband but connected with his wife, had caused the deaths when she was deranged by the Depression. Gettler proved the government's incredible use of lethal ethyl alcohol and other additives to dissuade people from drinking did so. It killed them. His research into the effects of alcohol extended more than five years and used about six thousand brains. Working with brain tissues, he was able to use a scale of drunkeness to establish intoxication at the time of death. One could spend hours reviewing his work papers and identifying his influence on the generations of toxicologists he had trained. Dr Gettler died in 1968, having been New York City's chief toxicologist and Professor of Chemistry at New York University. When he retired as chief toxicologist in 1959, he estimated that he had analyzed more than 100,000 bodies. Of him it was said that he was the "father of toxicology and forensic chemistry". All of his early tests had been done during what toxicologists call the period of "wet chemistry", the world of test tubes and Bunsen burners, beakers and body parts. Today, if electricity failed in a toxicological laboratory, toxicologists could not work. Ironically, they would be standing about helplessly, surrounded by technology based on the foundation of Dr Gettler's work, the doctor who, when he was a poor young man who had graduated from the College of the City of New York, worked for three years as a ticket agent on the 39th Street, Brookyn-to-Battery ferry boat where he arranged to work from midnight to 8 a.m. in order that he might enroll in Columbia University's graduate school for an advanced degree. Little could he have known that modern technology would include high-performance liquid chromatography, the widely applied methodology in toxicology used for the unequivocal identification of most drugs. Indeed, little could he have known, standing on that night time ferry collecting tickets, that his name and fomidable reputation would be found in that gold standard work, Casarett and Doull's Toxicology, 7th ed., c.31, p. 1255 (2008), the forensic parts of which defense counsel might find of interest in cross-examining a toxicologist. Gettler's obsessiveness tagged along to the end when, in his last interview, he said, "I keep asking myself, have I done everything right?", a question that would have arched the eyebrows of a number of jurors, to say nothing of at least three executioners.

Ms. Blum has produced an excellent book that functions on multiple levels. The overt theme is the development of modern forensic medicine in the New York metropolitan area and the associated battles with entrenched politicians. Within this context, the book provides a lively description of medical doctor Charles Norris and his associate, PhD chemist Alexander Gettler from the early 1900's to the late 1930's in their battles to combat both overt murder as well as more general chemical poisoning of the environment. The book is divided into generally chronological chapters with intriguing titles such as "Chloroform 1915" and "Thallium 1935", with topics within each chapter such as "The Strange Deaths of Fremont and Anne Jackson." They are used as introductions into the deliberate use of specific poisons for murder through agents that are used for legitimate purposes but have an unanticipated deadly side effects. The case of Madame Curie and the hidden effect of Radium is an example. The author gives gives an excellent layman's level explanation of the various toxic agents and then expands it into the effects, both unanticipated and deliberate, of those agents. For example, the "glow in the dark" dials of wristwatches glowed because they were coated with radium. The women who painted the dials were instructed kept the points of their brushes sharp by licking them. Months or years later, most of them developed bone cancer. We have read of prohibition "rum runners" racing across Lake Huron to to deliver whiskey or of neighborhood production of "bathtub gin". But Ms. Blum's excellent discussion of the industrial level production of ersatz "whiskey" using deadly Methyl or wood alcohol distilled from other products, resulting in a catastrophic increase in the numbers of alcohol related deaths, was a total surprise. Even more astounding was the government's response of actually increasing the amount of these deadly alcohols with prominent warnings that they could not be successfully distilled. This lead to an "arms race" between government and bootlegger chemists as well as what was essentially a marketing campaign by bootleggers that their product was "pure." In summary, a very engaging retelling of the early days of scientific pathology and forensic medicine. My hope is that there is a second book forthcoming ("Forensic Medicine - the Battle Continues?" ) covering WWII, LSD and on through Meth and Heroin.

I bought this book when it first came out and then put it on my shelf where it sat for the next two years. I was not until I saw the 2 hour P.B.S special based on the book that I read it and I regret that I took so long! The Poisoners Handbook is combination biography, crime history and popular science. The chapters are grouped together loosely on the main poison discussed in the chapter and all the chapter are connected with the continuous theme of the first professional forensic laboratory in the U.S. Blum does a good job of explaining how the poisons work in the body especially to someone without a scientific background like myself. What I found most fascinating about the book was the number of poisonous substances that were available over the counter at the time and how loosely the regulation of these substances were. This book is of interest to anyone who is interested in the history of crime or science or just wants to read a really entertaining book.

Excellent, love the pacing of the story and I feel like I learned a lot about chemistry, biology, and forensics. Reads like a bunch of mini stories, sometimes making references to the previous stories but overall you can start on any chapter and just enjoy it.

This book was a real page turner - just the right mix of giving us the history behind adding more scientific rigour to the American autopsy field and it's main players interspersed with the chemical make up of the poisons and the stories depicting how the poisoners were outsmarted. Very readable for someone with limited chemical knowledge.

History written like a novel. Super interesting, informative and entertaining. Paperback has think recycled pages and soft cover, I wish it was prettier and sturdier.

A must for aficianados of forensic science. A pleasure to read. The author highlights the careers of Drs. Norris and Gettler, founders of the New York City Medical Examiner's Office. As a historian, she places people and events in the political/economic context of their time. The reader is given a detailed and accurate tour through famous cases of the 1920's and '30's demonstrating how impartial science reveals innocence as well as guilt. Well written and well organized. Kudos, Deborah Blum.

Un livre passionnant, qui complète le documentaire qui le mentionnait sur l’histoire et les origines de la naissance de la police scientifique au travers de faits divers.

No ficción que se disfruta inmensamente. Está relatado de tal manera que parece que estuviera relatando una novela, además está lleno de datos interesantes, no hubo capítulo en que no hubiera agarrado a la persona que tuviera más cerca para preguntar ¿sabías que...? Y procediera a soltarles todo un resumen de lo que acababa de leer. Es uno de esos casos donde me divertí aprendiendo.