[HTML][HTML] The dengue vaccine pipeline: Implications for the future of dengue control

LM Schwartz, ME Halloran, AP Durbin, IM Longini Jr - Vaccine, 2015 - Elsevier
LM Schwartz, ME Halloran, AP Durbin, IM Longini Jr
Vaccine, 2015Elsevier
Dengue has become the most rapidly expanding mosquito-borne infectious disease on the
planet, surpassing malaria and infecting at least 390 million people per year. There is no
effective treatment for dengue illness other than supportive care, especially for severe cases.
Symptoms can be mild or life-threatening as in dengue hemorrhagic fever and dengue
shock syndrome. Vector control has been only partially successful in decreasing dengue
transmission. The potential use of safe and effective tetravalent dengue vaccines is an …
Abstract
Dengue has become the most rapidly expanding mosquito-borne infectious disease on the planet, surpassing malaria and infecting at least 390 million people per year. There is no effective treatment for dengue illness other than supportive care, especially for severe cases. Symptoms can be mild or life-threatening as in dengue hemorrhagic fever and dengue shock syndrome. Vector control has been only partially successful in decreasing dengue transmission. The potential use of safe and effective tetravalent dengue vaccines is an attractive addition to prevent disease or minimize the possibility of epidemics. There are currently no licensed dengue vaccines. This review summarizes the current status of all dengue vaccine candidates in clinical evaluation. Currently five candidate vaccines are in human clinical trials. One has completed two Phase III trials, two are in Phase II trials, and three are in Phase I testing.
Elsevier