The cost of dengue fever challenges public health and national economiesJuly 07, 2005New study strengthens the case for development of vaccine to prevent mosquitoe-borne virus Waltham, MA - A new study of the disease burden of dengue fever in Malaysia strengthens the case for development of a vaccine against the mosquito-borne illness. Despite the nation's efforts at treatment and control, 10,000 cases are reported each year at a l cost of almost $13 million, slightly less than half for vector control and the rest for treating hospitalized patients with dengue fever, an often painful and sometimes fatal virus. These costs are equivalent to 940,000 lost workdays of output, said lead author Professor Donald Shepard, a health economist at Brandeis University's Heller School for Social Policy and Management. In contrast, a prior study by Shepard and other researchers found that a dengue vaccine, if development proceeds as hoped, would offset 87 percent of treatment costs for all of Southeast Asia, as well as reduce the cost of vector control with fumigants and insecticides. In effect, a vaccine made widely available would cost only marginally more than current treatment and control efforts, but with dramatic gains in public health and economic output. "This study dramatically strengthens the case for developing and implementing an affordable vaccine wherever dengue is common," said Shepard. Although no vaccine is yet commercially available, several approaches are under development. The first findings from this research, to be presented Thursday at the Symposium on National Health Accounts as part of the International Health Economics Association conference in Barcelona, Spain, evaluated the cost of treatment and control of dengue fever from 2000-2004 in Malaysia. Professor Lucy Lum of the University of Malaya and Dr. Jose Suaya of Brandeis co-authored the study. "One hospitalized case of dengue fever costs one-fifth of Malaysia's per capita gross national product (GNP)" noted Shepard. "The cost of treatment, the pain and suffering, the fear that a parent or child could die from this virus - all these facts are reasons why dengue is a salient candidate for vaccine development," Shepard said. Currently, each person hospitalized with dengue fever or dengue hemorrhagic fever in Malaysia costs about $718 to treat. About 70 percent of the cost is paid for by the government, and the rest by insurers and individual households. This cost per patient is equivalent to 53 days of lost economic output, according to the study. "Our study suggests just how devastating dengue is to economies and people, and by extension, how important it is to start thinking strategically about the most effective way to reduce the myriad costs of this illness," Shepard said. Dengue is endemic in much of Southeast Asia, Latin America and the Caribbean. Urban areas tend to be most affected because mosquitoes that transmit dengue live near people and breed in standing water found in discarded tires, old cans, flower pots, water tanks and other man-made containers. In Southeast Asia dengue fever causes an estimated 27 million infections, 6 million illnesses, 400,000 hospitalizations and 3,000 deaths annually. In the Americas, 267,050 clinical cases and 71 deaths were reported in 2004, according to the Pan American Health Organization. Brazil reported the most cases in the region that year. The study was sponsored by the Pediatric Dengue Vaccine Initiative, an organization created in 2002 to accelerate the development and use of a safe and effective dengue vaccine. Brandeis University is currently managing dengue disease burden studies, which examine the economic burden of disease on households, governments and others, in nine countries: six in Latin America and three in Southeast Asia. Brandeis University |
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| Related Dengue Fever Current Events and Dengue Fever News Articles On the Trail of a Vaccine for Lyme Disease: Yale Researchers Target Tick Saliva A protein found in the saliva of ticks helps protect mice from developing Lyme disease, Yale researchers have discovered. The findings, published in the November 19 issue of Cell Host & Microbe, may spur development of a new vaccine against infection from Lyme disease, which is spread through tick bites. Climate variability and dengue incidence Research published this week in PLoS Medicine demonstrates associations between local rainfall and temperature and cases of dengue fever, which affects an estimated fifty million people per year worldwide. Drug industry, nonprofits join forces to fight world's neglected diseases Drug companies and nonprofit organizations are joining forces to develop new drugs and vaccines to target so-called "neglected" diseases that claim millions of lives in the developing world each year. Population movement can be critical factor in dengue's spread Human movement is a key factor of dengue virus inflow in Rio de Janeiro, according to results from researchers based at the Oswaldo Cruz Foundation (Fiocruz) in Brazil. UH Manoa researcher examines possible implications of daily commute and mosquito-borne diseases University of Hawaii at Manoa assistant researcher Durrell Kapan recently published a paper, Man Bites Mosquito: Understanding the Contribution of Human Movement to Vector-Borne Disease Dynamics, in PLoS One. Published August 26, the paper highlights how daily commuting patterns in mega-cities may be a critically overlooked factor in understanding the resurgence of mosquito-borne diseases such as dengue fever, infecting 50-100 million people annually. Researchers develop the first climate-based model to predict Dengue fever outbreaks Dengue Fever (DF) and Dengue Hemorrhagic Fever (DHF) are the most important vector-borne viral diseases in the World. Dengue fever costs billions in health care, lost productivity and absenteeism Researchers at Brandeis, in collaboration with several other institutions worldwide, have pinpointed for the first time the multi-country economic costs of dengue fever, the endemic and epidemic mosquito-borne illness that is a rapidly growing public health problem in tropical and sub-tropical countries. Visualizing virus replication in 3 dimensions Dengue fever is the most common infectious disease transmitted by mosquitoes - some 100 million people around the world are infected. Researchers at the Hygiene Institute at Heidelberg University Hospital were the first to present a three-dimensional model of the location in the human cell where the virus is reproduced. La Jolla Institute announces 2.0 launch of major database to aid vaccine development worldwide Key improvements in a major infectious disease database that will aid vaccine development worldwide were unveiled today with the 2.0 launch of the National Institutes of Health-sponsored Immune Epitope Database and Analysis Resource (IEDB). Mosquito parasite may help fight dengue fever Dengue fever is a terrible viral disease blighting many of the world's tropical regions. Carried by mosquitoes, such as Aedes aegypti, 40% of the world's population is believed to be at risk from the infection. More Dengue Fever Current Events and Dengue Fever News Articles |
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