This week, I was honored with a Best Life-In-Science Award from ScienceSeeker for my article on the earliest known cases of HIV/AIDS, “The Sea Has Neither Sense Nor Pity: the Earliest Known Cases of AIDS in the Pre-AIDS Era.” There were some serious heavyweight contenders in this inaugural contest and I am beyond delighted that this fascinating story was recognized. It’s nice to be acknowledged (and rewarded!) for work that is largely spent in loud cafes while drinking bitter espresso long gone cold and staring helplessly at my computer keyboard. Thank you to the judges - Fraser Cain, Maggie Koerth-Baker, and Maryn McKenna and to ScienceSeeker for this distinction and award. 
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The year 2018 has recently been declared our new target year for eliminating polio from the world by the World Health Organization, the Gates Foundation and Rotary International. It is clear that the next five years will pose no small challenge; we have spent over 60 years vaccinating millions of children and adults since Salk and Sabin’s discovery of viable polio vaccines, and we have long struggled in particular with three countries where the virus is endemic: Afghanistan, Pakistan and Nigeria.
One of the hardest questions to answer in an infectious disease outbreak investigation is “Why?”
Why then? Why there? These questions can be almost impossible to answer – not only because of their heady metaphysical nature but also because of the difficulty of assessing the minute interactions between microbe, environment and human host. Public health officials are often left shrugging their shoulders, half-heartedly admitting to an unsatisfied public that they just don’t know and indeed may never know, later drowning their sorrows in dark and smoky bars with cup after cup of the metabolic waste products of unicellular fungi.

An epidemiologist decked out in personal protective equipment (PPE) while conducting field work on the Nipah virus outbreak in Malaysia. Source: CDC, Public Health Image Library.
If you ever find yourself working in an infectious disease laboratory, whether it’s of the diagnostic or research variety, the overarching goal is not to put any microbes in your eye, an open wound or your mouth. Easy enough, right? Wear gloves, maybe goggles, work in fume hoods and don’t mouth pipette. When working with pathogenic bacteria and viruses, priority number one is Do Not Self-Inoculate.

Former Centers for Disease Control (CDC) parasitologist, Dr. Mae Melvin (Lt), examines a collection of test tubes while her laboratory assistant mouth pipettes a culture to be added to these test tubes. Source: David Senser/CDC.
Fat Tuesday is only a few days away and the residents of New Orleans are convulsing with anticipatory excitement and glee at the weekend parades, balls and crawfish boils leading to the grand finale. Mardi Gras is one of the finest celebrations in the world and what makes it particularly unique is the egalitarian nature that lies at its very heart – everyone is welcome to come witness and participate in Carnival. And for those very few who are not, Mardi Gras comes to them.
What is the best way to persuade parents to get their kids vaccinated against preventable diseases? Tug sentimentally at the heartstrings? Appeal to common sense and logic? Shame and blame?
Or how about going the pop culture route and using characters from one of the most popular movies in history as the CDC and the Department of Health, Education, & Welfare did in April 1978?

The poster for the clever Star Wars Public Service Announcement featuring C-3PO and R2-D2 from the CDC and the Department of Health, Education, and Welfare encouraging parents to vaccinate their children against preventable infections. Click for source.
The Pump Handle, an online “water cooler for the public health crowd”, have been publishing a series of articles on Public Health Classics, “exploring some of the classic studies and reports that have shaped the field of public health.” From lead poisoning to the Surgeon General’s 1964 report on the implications of cigarette smoking, the series makes for engrossing material about how our health and standards of living have radically changed due to pivotal research and medical findings.
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).
This is the story of a sailor and a pirate, and the two different types of oceans that they traversed. There are seven on Earth but only one courses through man. This ocean contains no mysterious and pale sea creatures, bottomless depths or brightly-flashing predators, but it does brim with industrious cells, with dissolved carbon dioxide and occasionally with unwanted parasites.
In August of 1961, a Norwegian teenager sailed from a fjord in Oslo through the North Sea and the Atlantic Ocean to Douala, Cameroon, a port tucked under the outward slab that makes up West Africa. He was a freshly turned fifteen year old and was working as a kitchen hand on a Norwegian merchant vessel. From Cameroon, he and his crew on the Hoegh Aronde sailed northwesterly from port to port, docking at Nigeria, Ghana, Cote D’Ivoire, Liberia, Guinea and Senegal over a period of 10 months before returning to his homeland (1).
It was an exotic start to what would be a short but wide-ranging career as a sailor – over a period of four years, he would call at ports in Asia, Europe, Canada and throughout the Caribbean. Though he would never find himself in West Africa again, he would always carry a souvenir of his visit to this incredibly diverse and ecologically rich niche of the world.

The route of the Norwegian sailor’s initial trip abroad on the Hoegh Aronde, from Oslo, Norway to Doula, Cameroon from August 1961 to May 1962. Image: Edward Hooper, 1997 (See References). Click for source.
His journeys were lonesome, solitary. In Cameroon the sailor unburdened himself of his loneliness and slept with at least one woman, catching gonorrhea – this much is known. Perhaps it was the same woman or another that infected him with an unfamiliar virus simmering away in West Africa just waiting to travel foreign oceans and lands. A viral hitchhiker with a proclivity for the horizon, a pirate if you will. This virus, a certain strain of HIV included in the rare outlier group O that is genetically and immunologically distinct from the main group M that is plaguing the world today, a HIV group that native to West Africa and to Cameroon in particular but found itself in a Norwegian man who would travel the world.
When he returned to his homeland in 1965, he married and became a father to two children in a short two-year span. In spite of his exciting new role as husband and father, he often felt unwell and his family was plagued with strange illnesses. His muscles ached, a red rash covered his body and he found himself often besieged by respiratory ailments (2). In 1967, his wife became ill with fevers, an omnipresent yeast infection as well as the same respiratory infections that lurked in her husband. The next year, the sailor would see his youngest daughter developing unusual diseases not often seen in toddlers – arthritis, blood and bone infections, along with the same yeast and respiratory infections afflicting her family.
Despite his poor health, the sailor found himself crossing the sea again to Europe. From 1969 to 1973, he worked as a long-distance truck driver delivering cargo as he traversed Belgium, the Netherlands, France, Germany, Austria, Switzerland and Italy (1).
With his ailing family far away across the North Sea, the sailor would seek refuge again in Europe. His coworkers would later say that he slept with many women and prostitutes along his long and lonely lorry routes. Often beginning his route in Wesseling, Germany, he would deliver to Liége and Lyons in France, occasionally stopping in Reims between the two cities (1). Investigators in this part of France would later find cases of HIV group O in individuals that had died in the late 1970s and early 1980s but had never visited verdant Cameroon.
In 1974, the sailor fell deeply ill. He died two years later, at the age of 29, his body riddled by bizarre diseases and was followed quickly in death by his wife and his youngest daughter. Autopsies would find puzzling results – overwhelming systemic infections not often seen except in the severely immunocompromised. The pathologist conducting the autopsy would save the sailor’s lymph node, liver, kidney and lung, the mother’s leg muscle and the daughter’s lymph node, spleen and liver and, years later, the family’s serum samples would test positive for HIV antibodies. This unfortunate family, to this day unidentified, represent the first recorded cluster of confirmed HIV/AIDS infections in the pre-AIDS era, before the AIDS pandemic sparked in the late 1970s and early 1980s. The sailor’s daughter is the earliest known case of pediatric AIDS (3).
“The sea has neither sense nor pity,” wrote Anton Chekov in his short story “Gusev”. Blood churns, dark liquids pumped through the valves by the stalwart heart, all the while feeding our bodies oxygen. A corrosive virus pirates the sea, hijacking cells and visiting the ports of our body, our brain, muscles, spleen and liver. Why infect that one person, at that moment in time? There is no meaning or sense to it. The tides rise, the tides fall. The earth spins, blood spills. A ship makes its port on schedule, becomes lost or is brought to the bottom of the sea. A man dies from an infection caught 15 years earlier in a distant port, a salty partner that he introduced to his family. There is no meaning, little salvation and only grief.
Note
This article was awarded the Best Life-In-Science post at the inaugural ScienceSeeker awards for 2012-2013.
Resources
If you’d like to read the “Gusev” story by Chekhov, you can do so here.
Shortly after the researchers’ work into the Norwegian AIDS cluster, researchers from Tulane discovered evidence that a St. Louis teenager, Robert Rayford, was infected and died of AIDS in 1969. His case is troubling – a 15 year old succumbing to an infection that typically takes year before progression to AIDS and death. Some sources claim he was a gay prostitute while others say that he was sexually abused as a child. Whichever tragic alternative it may be, the fact remains that this boy had never traveled outside of St. Louis, someone infected him and that AIDS was most certainly circulating in a limited fashion in the United States before the 1970s. Read more about him in this 1988 New York Times article.
A few months back, I created a playlist of hip hop and R&B artists singing about the HIV/AIDS crisis and admonishing safe sex to their listeners. Check out the playlist and accompanying article “Let’s Talk About Sex: Hip Hop on HIV” here.
References
1) Hooper E. (1997) Sailors and star-bursts, and the arrival of HIV. BMJ. 315(7123): 1689-91
2) Lindboe CF et al. (1986) Autopsy findings in three family members with a presumably acquired immunodeficiency syndrome of unknown etiology. Acta Pathol Microbiol Immunol Scand A. 94(2):117-23
3) Frøland, SS et al. (1988) HIV-1 infection in Norwegian Family before 1970. Lancet. 1(8598): 1344-5
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Frøland SS, Jenum P, Lindboe CF, Wefring KW, Linnestad PJ, & Böhmer T (1988). HIV-1 infection in Norwegian family before 1970. Lancet, 1 (8598), 1344-5 PMID: 2897596
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.”