Murder In Old Town (Unnatural Death Investigations Book 1)

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Who determines cause of death s Germanic and Slavic societies made law that medical experts must be the ones to determine cause of death in crimes. Use of fingerprints for the first time s Fingerprints first used to determine identity. Arabic merchants would take a debtor's fingerprint and attach it to the bill. First forensic science book First forensic science manual published by the Chinese. This was the first known record of medical knowledge being used to solve criminal cases.

Physical evidence used in criminal case First recorded instance of physical matching of evidence leading to a murder conviction John Toms, England. Evidence was a torn edge of newspaper in a pistol that matched newspaper in his pocket. Investigating poisoning German chemist Valentin Ross developed a method of detecting arsenic in a victim's stomach, thus advancing the investigation of poison deaths. More physical evidence discovered to work in forensics Clothing and shoes of a farm laborer were examined and found to match evidence of a nearby murder scene, where a young woman was found drowned in a shallow pool.

Chemical testing utilized James Marsh, an English chemist, uses chemical processes to determine arsenic as the cause of death in a murder trial. First uses of photos in identification San Francisco uses photography for criminal identification, the first city in the US to do so. Fingerprints found to be unique Henry Faulds and William James Herschel publish a paper describing the uniqueness of fingerprints. Francis Galton, a scientist, adapted their findings for the court. Galton's system identified the following patterns: plain arch, tented arch, simple loop, central pocket loop, double loop, lateral pocket loop, plain whorl, and accidental.

Sherlock Holmes and the coroner Coroner's act established that coroners' were to determine the causes of sudden, violent, and unnatural deaths.

Arthur Conan Doyle also publishes the first Sherlock Holmes story. Simpson was acquitted of murder after a televised trial that riveted the nation. The two killings spurred protests and helped catalyze the Black Lives Matter movement.

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Baden, who said he was acting with proper independence, unsuccessfully sued the city over his dismissal. Baden later briefly served as medical examiner in suburban Suffolk County and worked with the New York state police. Epstein death puts renowned pathologist back in spotlight. Michael Baden speaks during a news conference to share preliminary results of a second autopsy done on Michael Brown in St. Louis County, Mo. Baden, who also testified for O.

Elderly woman found dead in wheelchair at Addison apartments was slain, officials say

Simpson's defense in the "trial of the century" and helped investigate the assassinations of President John F. Even oxygen has a sinister side. Oxygen combines with food to produce energy, but our bodies also produce oxygen radicals—atoms with an extra electron that damage biomolecules, DNA, proteins, and lipids. As if everyday poisons aren't enough to angst over, there are nature's more exotic hazards. It's a jungle out there.


There are 1, kinds of poisonous marine organisms, poisonous fish, venomous snakes, 60 ticks, 75 scorpions, spiders, poisons in more than 1, plant species, and several birds whose feathers are toxic when touched or ingested. Given the treachery of the world, why don't more of us die of poisoning?

Because our bodies are designed to protect us from both natural and man-made toxins. The first line of defense, skin, is made of keratin—so waterproof, tough, and tightly woven that only the smallest and most fat-soluble molecules can get through. Our senses warn us of noxious substances; if they fail there is vomiting as backup. Finally, there is the liver, which turns fat-soluble poisons into watersoluble wastes that can be flushed out through our kidneys.

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The balance tilts over to toxicity only when we step over the threshold of dosage. Mike Gallo, a toxicologist, knows the principle of threshold from the inside out. Gallo, a hyper-caffeinated personality wrapped in a wiry frame, is an associate director at the Cancer Institute of New Jersey in New Brunswick. In February , at 64, he was diagnosed with non-Hodgkin's lymphoma. Two weeks later he became both toxicologist and patient at the cancer institute. His oncologist put him on a four-month intravenous diet of toxins, also known as chemotherapy, and he began treatment in a clinic four floors down from his office.

The ingredients of his cocktail included cytoxan, adriamycin, vincristine, prednisone, and Retuxan—toxic enough to cause side effects ranging from vomiting, diarrhea, and weight loss, to liver, heart, and bladder damage, to death from overwhelming infection due to a depressed immune system.

In addition, as Gallo will cheerfully tell you, "Almost all cancer drugs are carcinogenic in their own right. On the other hand, he says, "The moment they stuck the needle in my vein, I felt relief. I thought, They got the son of a bitch. Gallo was lucky. His luxuriant mop of red hair fell out, and he took on the alien look of chemotherapy. But fatigue and the typical drop in blood-cell count aside, he continued working through the treatment. My drug-metabolizing enzymes must be slightly different from his. It's these pieces of toxicology—the matter of difference, the question of how much or how little, the wavering line between killing and curing—that Gallo loves so much as a scientist.

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They are the heart of toxicology and thus of poison. Toxicology also saved his life. Six months and thousands of milligrams of toxic drugs later, Gallo's doctor gave him the all-clear. The lymphoma is in remission. The tale of two toxicologists ends tragically for one, happily for the other. Karen Wetterhahn lost her life to poison. Michael Gallo owes his life to it.

Thank God for toxicity. It's a game of Clue and historical whodunit all in one. The victim, Napoleon Bonaparte, died on May 5, , on St. Helena, in exile after his defeat at Waterloo.

Elderly woman found dead in wheelchair at Addison apartments was slain, officials say

An autopsy performed the next morning revealed perforation of the stomach due to an ulcer, possibly cancerous. The real cause of death? In dispute ever since. Some theories:.

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Murdered by arsenic poisoning, according to Ben Weider, founder of the International Napoleonic Society and head of a huge Canada-based body-building empire. Weider has relentlessly sought the cause of Napoleon's death for more than four decades and has poured considerable resources into the quest. In his view, Napoleon was poisoned by the British and by French royalists, who wanted him out of the way once and for all.

Weider offers as the centerpiece of his hypothesis the hair analysis done by Pascal Kintz, a French lexicologist at the Legal Medicine Institute of Strasbourg. Kintz subjected samples of Napoleon's hair to a sophisticated technique known as nanosecondary ion mass spectrometry, which confirmed the longterm presence of arsenic. Kintz steps back from saying how or why the arsenic was there, but Weider is convinced that "the poisoning of Napoleon was planned and deliberate. Anything else is hogwash.

Poisoned by his wallpaper, theorizes David Jones, an immunologist at the University of Newcastle in England. The wallpaper at Longwood House, where Napoleon lived his last years, was painted with Scheele's green, an arsenic compound called copper arsenide. When attacked by certain molds, possibly present in the damp environment of St. Helena, arsenic would have been released into the air.