Region-wide synchrony and traveling waves of dengue across eight countries in Southeast Asia.

Dengue is a mosquito-transmitted virus infection that causes epidemics of febrile illness and hemorrhagic fever across the tropics and subtropics worldwide. Annual epidemics are commonly observed, but there is substantial spatiotemporal heterogeneity in intensity. A better understanding of this heterogeneity in dengue transmission could lead to improved epidemic prediction and disease control.

Epidemiology of cholera in the Philippines.

Background: Despite being a cholera-endemic country, data on cholera in the Philippines remain sparse. Knowing the areas where cholera is known to occur and the factors that lead to its occurrence will assist in planning preventive measures and disaster mitigation.

Methods: Using sentinel surveillance data, PubMed and ProMED searches covering information from 2008-2013 and event-based surveillance reports from 2010-2013, we assessed the epidemiology of cholera in the Philippines.

The Philippines Field Management Training Program (FMTP): strengthening management capacity in a decentralized public health system.

Objectives: The decentralization of the Philippines' health sector in 1991 sought to improve the efficiency of local health resource allocation; however, local officials were unprepared for the increased responsibility. In 1999 the Philippines Department of Health, with assistance from the US Centers for Disease Control and Prevention (CDC), implemented the Philippines Field Management Training Program (FMTP) to provide local health officials with the managerial skills needed to perform their new, more responsible jobs. This paper addresses whether the FMTP has provided participants with useful managerial skills needed for their more responsible positions.

Prediction of high incidence of dengue in the Philippines.

Background: Accurate prediction of dengue incidence levels weeks in advance of an outbreak may reduce the morbidity and mortality associated with this neglected disease. Therefore, models were developed to predict high and low dengue incidence in order to provide timely forewarnings in the Philippines.

Methods: Model inputs were chosen based on studies indicating variables that may impact dengue incidence.