BACKGROUND: Dengue fever and dengue hemorrhagic fever (DF/DHF) are epidemic and endemic in tropical and subtropical countries including Sri Lanka. Numerous structural and community interventions have been shown to be effective in interrupting the life cycle of mosquitoes that transmit DF/DHF; however, these interventions are not always implemented intensely and/or consistently enough to control the mosquito populations and suppress the disease. Following a planned and systematic training and mobilizing program, in conjunction with a public information campaign, seventh-, eighth-, and ninth-grade students in 2 schools performed multiple mosquito control and education interventions in their communities once a week for 8 weeks. METHODS: Five actions identified in previous literature and executed by students were tracked and secondary entomology data were obtained from public health surveillance systems. The Z-test for determining differences between proportions was utilized to determine significant changes between pre- and post-entomological survey findings in 2 intervention areas, 1 rural and 1 urban. Pre- and post-incidence rates from the intervention areas and comparable control areas were compared. RESULTS: In intervention areas, all proportions of larval indexes were found to be significantly lower following the intervention. Surveillance data showed a 73% reduction in case load for the urban area and a 61% reduction in the rural area during the year following intervention. CONCLUSION: If properly involved and guided, school children can be an asset to mosquito-borne disease control; the education sector could be an important partner in DF/DHF control.
BACKGROUND: Dengue fever and dengue hemorrhagic fever (DF/DHF) are epidemic and endemic in tropical and subtropical countries including Sri Lanka. Numerous structural and community interventions have been shown to be effective in interrupting the life cycle of mosquitoes that transmit DF/DHF; however, these interventions are not always implemented intensely and/or consistently enough to control the mosquito populations and suppress the disease. Following a planned and systematic training and mobilizing program, in conjunction with a public information campaign, seventh-, eighth-, and ninth-grade students in 2 schools performed multiple mosquito control and education interventions in their communities once a week for 8 weeks. METHODS: Five actions identified in previous literature and executed by students were tracked and secondary entomology data were obtained from public health surveillance systems. The Z-test for determining differences between proportions was utilized to determine significant changes between pre- and post-entomological survey findings in 2 intervention areas, 1 rural and 1 urban. Pre- and post-incidence rates from the intervention areas and comparable control areas were compared. RESULTS: In intervention areas, all proportions of larval indexes were found to be significantly lower following the intervention. Surveillance data showed a 73% reduction in case load for the urban area and a 61% reduction in the rural area during the year following intervention. CONCLUSION: If properly involved and guided, school children can be an asset to mosquito-borne disease control; the education sector could be an important partner in DF/DHF control.
Authors: Hans J Overgaard; Neal Alexander; Maria Ines Matiz; Juan Felipe Jaramillo; Victor Alberto Olano; Sandra Vargas; Diana Sarmiento; Audrey Lenhart; Thor Axel Stenström Journal: PLoS Negl Trop Dis Date: 2016-11-07
Authors: Ernesto R Gregorio; John Robert C Medina; Marian Fe Theresa C Lomboy; Andre Dominic P Talaga; Paul Michael R Hernandez; Mitsuya Kodama; Jun Kobayashi Journal: PLoS One Date: 2019-03-28 Impact factor: 3.240
Authors: Huong Van Nguyen; Phung Quoc Tat Than; Tu Huu Nguyen; Giang Thu Vu; Chi Linh Hoang; Tung Thanh Tran; Nu Thi Truong; Son Hoang Nguyen; Huyen Phuc Do; Giang Hai Ha; Huong Lan Thi Nguyen; Anh Kim Dang; Cuong Duy Do; Tung Hoang Tran; Bach Xuan Tran; Carl A Latkin; Cyrus S H Ho; Roger C M Ho Journal: Int J Environ Res Public Health Date: 2019-03-18 Impact factor: 3.390