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.
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.
A recently published paper in Scientific Reports has found that climate variability in the form of the North Atlantic Oscillation (NAO) has had a significant impact on the occurrence of disease outbreaks in Europe over the past fifty years. Researchers in France and the United Kingdom studied 2,058 outbreaks occurring in 36 countries from 114 infectious diseases from 1950 to 2009 and found that climatic variations and seasonal changes in air pressure across the continent attributed to the NAO influenced the outbreak occurrences of eleven diseases. Every conceivable route of transmission – by air, food, water and vector – was influenced by NAO conditions.
Everyone has their own collecting quirk. I myself collect animal skulls, inconveniently large earrings and unusual stories of infectious disease cases and outbreaks. To each their own, yes? I’ve decided that, instead of stockpiling these stories away in some recess of my brain, I’ll be sharing them online in a new recurring series on Body Horrors called Microbial Misadventures.
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.
April! We’ve passed the vernal equinox and spring is springing, flowers are blooming, we’re shedding our sweaters and jackets and all will be warm once again. We can put our winter blues to rest and bask in the knowledge that summer will soon be upon us.
Hey ya’ll! Welcome to Body Horrors at Discover! My name is Rebecca and I am a microbiologist-epidemiologist-public health scholar, your modern Renaissance lady. For my graduate dissertation two years ago, I began Body Horrors as an experiment in writing about the public health of infectious diseases and parasites – an experiment that is still running today, a carefully cultured organism that’s constantly evolving and growing. I am delighted to have been invited by the lovely people at Discover to join a crew of great science bloggers and to see what becomes of this fanciful blogging organism.
Much of the United States is mesmerized by the belligerent squawks from North Korea’s Kim Jong-un and the volatile tension straddling the Korean peninsula, but I’m more concerned about what is happening in China right now and the troubling trickle of news on a new bird flu strain H7N9.
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.
Just two months ago, I had the distinct pleasure of acting not as a science scholar but as a research participant. Instead of having my face in a book, I willingly offered it to a woman who diligently scraped my forehead in search of Demodex mites. I know that it’s everyone’s humble dream to contribute their own exquisite arachnological flora to Science with an S and so, yes Reader, I can feel your oozing envy.