INTRODUCTION: To overcome the problems of periodic re-impregnation of mosquito nets and low rates of treatment, the commune of Aguegues was chosen to evaluate the effects of Olyset(®) nets on malaria transmission and against An. gambiae. METHODS: 87 old Olyset(®) nets installed five years ago were identified in the village 'Akpadon'. 10 untreated nets were installed in 10 structures of type "a bedroom and parlour" in the village 'Akodji'. Four rooms without nets were identified in the village 'Donoukpa'. Entomological and epidemiological evaluations were conducted during the May to October 2011. 24 sessions of capture or 2088 men-nights resulted in the capture of 30,608 mosquitoes. RESULTS: The entrance of anopheles was significantly reduced in the village with Olyset(®) nets. 45% of mosquitoes captured inside rooms with Olyset(®) nets were found dead after 24 hrs of obser-vation. Overall, parasitemia was very low in the treated village (4.52%). 18 (4.64%) cases of malaria fever were from Akpadon with 7.5% positive blade smear, 29 (10.98%) were from Akodji with 8.37% positive blade smear, and 80 (95.23%) come from Donoukpa with 38.09% positive blade smear. The Olyset(®) nets and untreated net were adjusted hemoglobin levels. CONCLUSION: Olyset(®) net had a very high knock down effect and is an alternative in malaria control.
INTRODUCTION: To overcome the problems of periodic re-impregnation of mosquito nets and low rates of treatment, the commune of Aguegues was chosen to evaluate the effects of Olyset(®) nets on malaria transmission and against An. gambiae. METHODS: 87 old Olyset(®) nets installed five years ago were identified in the village 'Akpadon'. 10 untreated nets were installed in 10 structures of type "a bedroom and parlour" in the village 'Akodji'. Four rooms without nets were identified in the village 'Donoukpa'. Entomological and epidemiological evaluations were conducted during the May to October 2011. 24 sessions of capture or 2088 men-nights resulted in the capture of 30,608 mosquitoes. RESULTS: The entrance of anopheles was significantly reduced in the village with Olyset(®) nets. 45% of mosquitoes captured inside rooms with Olyset(®) nets were found dead after 24 hrs of obser-vation. Overall, parasitemia was very low in the treated village (4.52%). 18 (4.64%) cases of malaria fever were from Akpadon with 7.5% positive blade smear, 29 (10.98%) were from Akodji with 8.37% positive blade smear, and 80 (95.23%) come from Donoukpa with 38.09% positive blade smear. The Olyset(®) nets and untreated net were adjusted hemoglobin levels. CONCLUSION: Olyset(®) net had a very high knock down effect and is an alternative in malaria control.
Authors: U D'Alessandro; B O Olaleye; W McGuire; M C Thomson; P Langerock; S Bennett; B M Greenwood Journal: Trans R Soc Trop Med Hyg Date: 1995 Nov-Dec Impact factor: 2.184
Authors: K Graham; M H Kayedi; C Maxwell; H Kaur; H Rehman; R Malima; C F Curtis; J D Lines; M W Rowland Journal: Med Vet Entomol Date: 2005-03 Impact factor: 2.739
Authors: Martin I Meltzer; Dianne J Terlouw; Margarette S Kolczak; Amos Odhacha; Feiko O ter Kuile; John M Vulule; Jane A Alaii; Bernard L Nahlen; William A Hawley; Penelope A Phillips-Howard Journal: Am J Trop Med Hyg Date: 2003-04 Impact factor: 2.345
Authors: Penelope A Phillips-Howard; Bernard L Nahlen; Kathleen A Wannemuehler; Margarette S Kolczak; Feiko O ter Kuile; John E Gimnig; Kris Olson; Jane A Alaii; Amos Odhacha; John M Vulule; William A Hawley Journal: Am J Trop Med Hyg Date: 2003-04 Impact factor: 2.345