After GAO Tuberculosis Report, a Look at ‘Airport Malaria’
Remember Andrew Speaker?
He’s that Atlanta lawyer and globe-trotting tuberculosis patient who made headlines back in 2007 by traveling from the U.S. to Europe for his wedding and honeymoon, and then flying back and re-entering the country after health officials told him to stay put.
At the time Speaker said he knew he had TB, but wasn’t aware that it was thought to be a particularly dangerous, drug-resistant strain. (After Speaker was quarantined, it was later determined that he had a less-severe strain than originally thought.)
Speaker — who later apologized to air passengers he may have put in danger — flew into Montreal and drove to the border, where he was allowed back in the country after a border inspector disregarded a computer warning to don protective gear and stop him. That incident, and another in which a Mexican national known to have a contagious strain of tuberculosis was able to repeatedly enter the country during the year, prompted questions about the U.S.’s ability to prevent people from bringing dangerous diseases across the border.
This week, the Government Accountability Office issued a report on the problem, stressing that the Department of Homeland Security and the Department of Health and Human Services should further strengthen their efforts to coordinate and share information.
But a Louisiana State University scientist reminds us that humans aren’t the only beings capable of carrying disease around the world on flights. In fact, a combination of global climate changes and stowaway mosquitoes could explain the recent spread of malaria to the United States and Europe, which some researchers have begun calling “airport malaria.” According to a statement from American Society of Tropical Medicine and Hygiene:
Airport malaria is transmitted when a mosquito infected with the disease bites a human within the vicinity (usually one mile or less) of an international airport. Warmer climate changes in major U.S. cities with a large presence of international air traffic, such as New York and Los Angeles, seem to have created a more welcoming environment where these infected mosquitoes can survive. It begins with a mosquito that is transported during an international flight from a malaria-endemic region. Once the infected female mosquito leaves the aircraft, it can survive long enough to seek blood meals and transmit the disease to other humans within the airport …
While this is a growing problem for the U.S. there are ways to help prevent the spread of airport malaria. “The best defense against the spread of malaria through international travel is prevention, early detection and treatment of malaria-infected patients, and draining stagnant areas of water where mosquitoes breed and lay eggs,” says Dr. Diaz. “People need to remember that West Nile disease was introduced into the U.S. in 1999 by international air travel. Before reaching the United States, West Nile wasn’t viewed as a threat to North America. Now we see just how quickly and easily infectious diseases can be spread, proving that we need to take measures to protect ourselves from these diseases before they actually reach the United States.”
The report from the Tropical Medicine society doesn’t offer numbers on exactly how often “airport malaria” strikes. But we figured it was worth a heads up.
Photo: Getty Images











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