In September of 1939, Nazi Germany invaded Poland, marking the beginning of World War II in Europe. By the war’s end in 1945, Poland had suffered the deaths of more than five and a half million citizens – a fifth of her pre-war population – with the majority of these the victims of war crimes at the hands of the Germans. A large community in southeastern Poland, however, escaped persecution and the horrors of deportation and death thanks to an ingenious ruse employed by two Polish physicians. With the help of a sham “vaccine,” Drs. Eugene Lazowski and Stanisław Matulewicz fabricated a fictional epidemic that would save the lives of thousands.
The Nuremberg Code was drafted in 1947 following the appalling revelations of human experimentation committed in Nazi concentration camps. The overarching goal of the Code was to establish a set of rules for the ethical conduct of research using human subjects, guaranteeing that the rights and welfare of such participants would be protected. Two important principles guide and define this Code: the concept of voluntary, informed consent and that no experiment shall be conducted in which “there is an a priori reason to believe that death or disabling injury will occur.”
Microbes are the omnipresent yet frequently unacknowledged adversary on the battlefield. Though microscopic in size, their very macroscopic effects can decimate armies, foil the best planned war initiatives, and change the course of history.
Last week, the State Department performed a small but smart gesture towards countering the continued outbreak of the Ebola virus in West Africa by releasing a video featuring President Barack Obama speaking to the people of Liberia, Sierra Leone, Guinea, and Nigeria.
The public health game is a tough one to play. How do you achieve educating and transforming the public’s behavior for the common good without coming off as a bully or dour spoil-sport? The stakes are impossible: The indifferent audience, the management of the reproachful “tsk-tsk, you should know better” tone, and there’s only so many ways to proselytize a message of “getting one’s act together.” And where’s the cash for such endeavors?
Spears. Bows and arrows. Swords. Guns. Bombs. Drones. Microbes. The evolution of weapons and forms of warfare shadows our technological advancements, from the field of metallurgy to that of microbiology.
For something that grows so carelessly and freely on our fruits and breads, mass producing the white mold and its hidden wonder drug penicillin was devilishly difficult. After Alexander Fleming’s accidental discovery of a bacteria-killing mold contaminating his cultures of Staphylococcus aureus, it languished as a laboratory parlor trick until World War II and the desperate need for treatments to fight bacterial infections became quickly apparent (1).
It’s not often that you encounter a graph and you think, “Wow! My god, that is a spectacular graph!” I have such a graph for you, reader, and it just so happens to be about gonorrhea. I know what you’re thinking, “she can really pick ’em, huh? Exceptional taste in data presentation.”
The Soviet invasion of Afghanistan from 1979 to 1988, by all accounts, did not go as well as they had anticipated. The locals were unsupportive of their efforts against the Mujahideen, the notoriously craggy terrain regularly chewed through soldiers’ boots, the Soviet army was frequently unable to provide suitable equipment, food and water to its own troops, and so on.
I was peering through back issues of Emerging Infectious Diseases as one typically does (amiright? right?) and found a real gem of a letter. A French physician wrote of a special patient that had recently visited his practice, an 83-year old Parisian gentleman complaining of fatigue and weight loss. Upon clinical examination, he discovered the man had hyper-eosinophilia (high numbers of granulocytes, a type of white blood cells) indicating that something might be a bit off – either an allergic reaction or some sort of infection (1). A series of tests were run, including a stool sample, but nothing definitive was detected.