The US military could contribute to and benefit from this collabo

The US military could contribute to and benefit from this collaboration. In the Horn of Africa and elsewhere, the US military could draw on its expertise in electronic syndromic surveillance[14, 15] and its global public health

and laboratory network,[16, 17] including World Health Organization (WHO) Collaborating Center laboratories in Egypt and Kenya, to enhance such surveillance among US service members in Africa and establish a model military surveillance platform. Under the International Health Regulations [IHR(2005)], which entered into force in 2007, all countries must develop core capacities for disease surveillance to avert “public health emergencies of international concern,” such as potential pandemics. Militaries can contribute selleck chemicals to global health security and IHR(2005) implementation by strengthening their disease surveillance systems, so that outbreaks are detected, and contained, before

spreading further. They should “join forces” with the civilian public health community,[18] and be part of the inter-sector collaboration that the World Health Assembly (the decision-making body of the WHO, comprising delegations from all WHO Member States) recently called on WHO Member States to strengthen in support of IHR(2005).[19] We call on US and other military public health leadership to critically evaluate the current gaps http://www.selleckchem.com/products/lee011.html in public health surveillance capacity among deployed populations, and to adapt current “best” practices utilized by other militaries to implement effective infectious disease surveillance systems in deployed settings. These systems will help protect US and other military personnel from ever-changing infectious disease threats, and dually serve an important role in informing global health. The views expressed do not necessarily represent those of the Department of Defense. The authors state that they have no conflicts of interest. “
“A previously

healthy febrile patient with travel history to Nicaragua showed rapid clinical deterioration with hemodynamic shock and anuria. Diagnosis of severe Amino acid malaria was established based on intra-erythrocytic parasites and antimalarial treatment was initiated. However, upon reevaluation Babesia microti infection was suspected and molecular characterization by polymerase chain reaction and sequence analysis was performed. A 63-year-old previously healthy male Austrian resident of US-American origin presented with ongoing fever for 2 weeks at the emergency department of the Vienna General Hospital in August 2009. The patient reported frequent short course overseas working assignments due to his employment by an international organization. Eight weeks prior to presentation he had been on a 7-day mission to the capital of Nicaragua.

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