President Eisenhower’s Myocardial Infarction

de34 President Eisenhowers Myocardial InfarctionFifty years ago, on September 25, 1955, President Dwight D. Eisenhower suffered a myocardial infarction after playing golf outside of Denver. As documented in a recent article at the New England Journal of Medicine (“Eisenhower’s Billion-Dollar Heart Attack — 50 Years Later”), his heart attack had significant immediate as well as a long-term effects. The day the news of president’s heart attack spread, the Dow Jones had lost 6 percent of its value, a whopping loss of $14 billion, and its largest decline since the crash of 1929. As for the long term effects, as the article reckons, the president’s MI heralded an era of cardiology becoming a mature science.
Immediately following the heart attack, one of the nation’s leading cardiologists, Dr. James Watts went before clinicians attending American Heart Association meeting in New Orleans, and reckoned “the most important risk factors for myocardial infarction: older age; male sex; broad, muscular body build; active, ambitious personality; and heredity. Among the environmental contributors, he mentioned stress and strain, diet, and exercise. Factors that needed appraisal (“although at the moment they appear to be much less important”) included the use of alcohol, certain “local religious and social customs,” and “tobacco use.”
In addition, Eisenhower’s MI was also a testing ground for the latest medgagdets of the time as well as new therapeutic options:

But Eisenhower also benefited from several newly developed cardiac devices and medications. He became one of the first patients to profit from the introduction of the direct-current defibrillator by Dr. Bernard Lown in 1962. He was cardioverted at least four times during one hospitalization. In May 1967, while hospitalized after an infarction, he became one of the first patients to receive bretylium tosylate, a then-experimental antifibrillation drug, which was credited with saving his life. In the late 1960s, the inventors of the intraaortic balloon pump approached the military because they thought that such an invasive therapy would not be acceptable to private insurance companies. Eisenhower, at that time, had end-stage ischemic cardiomyopathy and was briefly considered as a candidate for the device. In the end, though, the scientists declined the opportunity — they worried that if the device failed him, the widespread adverse publicity would permanently ruin its prospects.
Eisenhower’s health gradually deteriorated in 1968, and he spent his last nine months in Walter Reed Army Hospital. He died from heart failure on March 28, 1969, at the age of 78 years, nearly 14 years after his first heart attack.

Walter Reed, the hospital that served Eisenhower and countless other vets, is itself in critical condition
On this note, we conclude our usual “excellence in medgadget coverage” week. :} Have a wonderful autumn weekend (or spring, for our Southern hemisphere readers). See you on Monday!

The Long, Strange Trip of LSD

The Long, Strange Trip of LSD

Today we look back at everyone’s favorite psychoactive substance, LSD. Sure, you know it from its famous advocates, Aldous Huxley, Dr. Timothy Leary, and countless counterculture figures from the 1960′s. But there’s so much more:

It was the drug of choice on university campuses, the drug that spawned psychedelic culture as well as countless jail sentences and fines, but LSD actually has respectable roots–roots that a McMaster University researcher is uncovering.

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Edwin Smith Papyrus: On the Move

Edwin Smith Papyrus: On the Move

The New York Times reports on the Edwin Smith Papyrus, a subject we covered recently. This ancient surgical text recently made its way down Fifth Avenue from its regular home, past the Manhattan offices of Medgadget, to an exhibit at the Metropolitan Museum of Art:

One expert, James H. Breasted, who translated the papyrus in the 1920′s, called it “the oldest nucleus of really scientific knowledge in the world.” Yet relatively few people know of it, and fewer have seen it.

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Cephalothoracopagus Monosymmetros and Other Curiosities at Mütter Museum

Cephalothoracopagus Monosymmetros and Other Curiosities at Mütter Museum

Cephalothoracopagus monosymmetros–two female conjoined twins fused at head and thorax and delivered by Dr. Joseph Warrington in 1851–is one of the many amazing artifacts of medicine found at the Mütter Museum in Philadelphia. This museum, that houses the collection of the College of Physicians of Philadelphia, can be seen in a short virtual tour (cephalothoracopagus monosymmetros girl(s) can be seen in 3D here). In addition, to learn more about the museum and see its magic collection, one can purchase a high quality hardcover book that features the most excellent contemporary photographs by Shelby Lee Adams, Max Aguilera-Hellweg, Gwen Akin, Candace diCarlo, Dale Gunnoe, Steven Katzman, Mark Kessell, Scott Lindgren, Allan Ludwig, Olivia Parker, Rosamond Purcell, Richard Ross, Ariel Ruiz i Altaba, Harvey Stein, Arne Svenson, William Wegman, and Joel-Peter Witkin (always our favorite, of course).
That’s all for this week. Have a safe and enjoyable weekend. Thanks for stopping by. Please consider donating some funds to the victims of Hurricane Katrina (the button is on the top). See you next week!

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Disasters and Emergency Medicine

Disasters and Emergency Medicine

Our weekly restrospective on medicine, devices, and systems is called “the good old days,” though it’s not easy to look at this week’s topic — disaster medicine — with much fondness.
Readers may want to familiarize themselves with the discipline, starting with an excellent wiki introduction to battlefield and disaster triage. Implementation of the tagging system calls for some grim decision-making — which runs counter to every health professional’s instict to help the sickest first. But it’s the greatest good for the greatest number.

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Top Ten Medical Devices We Miss

Top Ten Medical Devices We Miss

Medicine is always trying to improve, and sometimes that means discarding some fond procedures and medical devices that are no longer acceptable to today’s evidence-based practice. So, inspired by a list of discarded technology at C|Net, we’d like to start the nostalgia over medical devices and procedures we miss (or, in most cases, never got to use):
1. The Precordial Thump

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From William Osler to Libby Zion

From William Osler to Libby Zion

The topic of residents’ work hours restrictions is still very much discussed in U.S. hospitals, and conversation often comes back to the case of Libby Zion. So, this post is not strictly about medgadgets, unless you consider interns and residents to be medical devices (which, we’re told, some people do).
A well-written overview of the situation can be found online, from the pages of Johns Hopkins Magazine in 2001. Since that article went to press, a residency accreditation often depends on compliance with standards similar to New York’s Bell Commission laws. One wonders what Osler would think:

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The Good Old Days Podcast

The Good Old Days Podcast

“Postgraduate Seminars: Diabetes – Concepts and Problems” is an LP produced by Excerpta Medica for Pfizer. The record was issued “as a service to the medical community” in June 1967. We would like to re-issue this seminar, almost 40 years later, for our readers’ amusement.
Below you will find an MP3 file featuring a distinguished group of physicians from the good old days: sucking on a pipe is Rachmiel Levine, M.D., (Chairman and Professor of Medicine, New York College of Medicine), followed by Arthur R. Colwell, M.D. (Chairman and Professor, Department of Medicine, Northwestern Medical School), Harvey C. Knowles, Jr., M.D. (Professor of Medicine, University of Cincinnati College of Medicine), Alexander Marble, M.D. (Associate Clinical Professor of Medicine, Harvard Medical School), and Henry T Ricketts, M.D. (Professor of Medicine, The University of Chicago). The MP3 is an unabridged version of the entire seminar.

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The Madness of King George

The Madness of King George

King George the III presided over an important time in British history — 1760 to 1820. He kept the UK secure during the Napoleonic Wars. He lost the American colonies. And, on five occasions throughout his reign, he lost his mind.
Scholars have attributed the madness of King George to a hereditary disorder of heme synthesis, called porphyria. Heme is the important iron-carrying component of the hemoglobin protein, and its oxygenation gives blood its red color.

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