I work in CDC’s Special Pathogens Branch (SPB) where we study highly infectious viruses. My job is health communications and I’ve just returned from Uganda. I was there to work with the Ministry of Health and health educators from Uganda’s Western Districts to create materials that would help keep people there safe from Ebola and Marburg hemorrhagic fevers. Unfortunately, Uganda has seen more than its share of these diseases since the first cases were diagnosed in 1967.
Sharing our stories on preparing for and responding to public health events
July 22nd, 2009 2:47 pm ET - Craig Manning
July 15th, 2009 2:17 pm ET - JD Blanton
In the U.S., human rabies is rare, thanks mostly to the availability of rabies vaccination and the elimination of dog rabies. But in many other countries around the world, dog rabies is very common and people are at greater risk. When a person travels or immigrates from an area of higher risk (like Mexico) to an area of lower risk (like the United States), they may encounter obstacles in getting diagnosed correctly if they have rabies. A recent human rabies case from California demonstrates the challenges that can arise when attempting to administer care to a person from another country.
July 9th, 2009 1:27 pm ET - Mark Sotir
Foodborne illnesses occur throughout the year and summers tend to be busy with outbreaks. I work in CDC’s Enteric Diseases Epidemiology Branch and we just spent a few busy weeks on an investigation linking E. coli 0157 illnesses to raw cookie dough. See Karen Neil’s blog about that process.
Still, even in our busiest times, we don’t generally find ourselves spending entire weekends working on outbreaks. But on Saturday and Sunday, March 28 and 29, 2009, our branch found itself tracking the investigations of seven Salmonella outbreaks concurrently – six in the United States and one in Uganda. I was Acting OutbreakNet Team Lead that weekend.
June 30th, 2009 1:10 pm ET - Karen Neil
Contaminated raw cookie dough wasn’t on anyone’s mind as my public health colleagues and I were searching for the cause of a multistate outbreak of E. coli infections.
I’m one of the Epidemic Intelligence Service officers in CDC’s Enteric Diseases Epidemiology Branch, which monitors and investigates foodborne diseases together with CDC’s Enteric Disease Laboratory Branch and state health departments. On any given day we are working on several clusters and outbreaks of illness.
Categories: Zoonotic Disease
May 8th, 2009 11:53 pm ET - Ali S. Khan
When I started working at CDC as an EIS Officer in the Influenza program, there was a lot of focus on pigs as the source of novel influenza viruses. It was called the mixing vessel theory and in retrospect it was my introduction to the importance of infectious disease ecology to prevent microbial threats. Pigs can be infected by multiple different influenza viruses and “mix-up” their 8 genetic pieces to create a brand new or reassortant virus. The new H1N1 flu virus appearing in different parts of the world has genetic pieces from human influenza, bird influenza, and 2 different types of pig influenzas. It has been referred to as a quadruple reassortant.
May 7th, 2009 11:39 pm ET - Alex da Silva
In late October 2007, a hunter in Northern California shot a black bear and brought the carcass home for a community feast the next day. At least 38 people ate a variety of dishes, some of which included bear meat which was not fully cooked. Within a week, people who had attended the event started getting sick with fever, chills, and muscle aches. Over the next few weeks, 30 people became ill. Based on the clinical symptoms and the history of a common meal of bear meat, a local physician suspected Trichinella infection was causing these illnesses and notified the county health officials.
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