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3221por Abong’o, Bernard, Gimnig, John E., Torr, Stephen J., Longman, Bradley, Omoke, Diana, Muchoki, Margaret, ter Kuile, Feiko, Ochomo, Eric, Munga, Stephen, Samuels, Aaron M., Njagi, Kiambo, Maas, James, Perry, Robert T., Fornadel, Christen, Donnelly, Martin J., Oxborough, Richard M.“…The residual effect of the insecticide was assessed monthly by exposing susceptible An. gambiae s.s. Kisumu strain to sprayed surfaces in cone assays and measuring mortality at 24 hours. …”
Publicado 2020
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3222por Sangoro, Onyango P., Gavana, Tegemeo, Finda, Marceline, Mponzi, Winfrida, Hape, Emmanuel, Limwagu, Alex, Govella, Nicodem J., Chaki, Prosper, Okumu, Fredros O.“…In field experiments, sandals fitted with hessian bands measuring 48 cm(2) and treated with 0.15 g transfluthrin reduced mosquito landings by 70% (60–76%) against Anopheles gambiae sensu lato, and 66.0% (59–71%) against all mosquito species combined. …”
Publicado 2020
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3223por Ngufor, Corine, Fongnikin, Augustin, Hobbs, Neil, Gbegbo, Martial, Kiki, Laurette, Odjo, Abibath, Akogbeto, Martin, Rowland, Mark“…METHODS: The efficacy of several formulations of chlorfenapyr alone and as mixtures with alpha-cypermethrin were evaluated in an experimental hut trial against wild pyrethroid-resistant Anopheles gambiae sensu lato in Cové, Benin, in an attempt to identify the most effective and long-lasting formulations for IRS. …”
Publicado 2020
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3224por Eba, Kasahun, Habtewold, Tibebu, Yewhalaw, Delenasaw, Christophides, George K., Duchateau, Luc“…RESULTS: A total of 2784 adult female Anopheles gambiae sensu lato (s.l.) were collected during the data collection period. …”
Publicado 2021
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3225por Hinne, Isaac A., Attah, Simon K., Mensah, Benedicta A., Forson, Akua O., Afrane, Yaw A.“…The anophelines comprised 2128 (98.88%) An. gambiae s.l., 16 (0.74%) An. rufipes, and 8 (0.37%) An. pharoensis. …”
Publicado 2021
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3226por Diarra, Rabiatou A., Traore, Mohamed M., Junnila, Amy, Traore, Sekou F., Doumbia, Seydou, Revay, Edita E., Kravchenko, Vasiliy D., Schlein, Yosef, Arheart, Kristopher L., Gergely, Petrányi, Hausmann, Axel, Beck, Robert, Xue, Rui-De, Prozorov, Alex M., Kone, Aboubakr S., Majambere, Silas, Vontas, John, Beier, John C., Müller, Günter C.“…There was no difference in An. gambiae s.l. feeding when stations were hung at 1.0 and 1.8 m. …”
Publicado 2021
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3227por Kaiser, Maria L., Wood, Oliver R., Damiens, David, Brooke, Basil D., Koekemoer, Lizette L., Munhenga, Givemore“…RESULTS: The Anopheles gambiae complex and An. funestus group species made up the majority of wild collections along with other anophelines. …”
Publicado 2021
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3228por Feufack-Donfack, Lionel Brice, Sarah-Matio, Elangwe Milo, Abate, Luc Marcel, Bouopda Tuedom, Aline Gaelle, Ngano Bayibéki, Albert, Maffo Ngou, Christelle, Toto, Jean-Claude, Sandeu, Maurice Marcel, Eboumbou Moukoko, Carole Else, Ayong, Lawrence, Awono-Ambene, Parfait, Morlais, Isabelle, Nsango, Sandrine Eveline“…Among the 592 Anopheles mosquitoes collected, 212 (35.8%) were An. gambiae, 172 (29.1%) were An. coluzzii and 208 (35.1%) were An. funestus (s.s.). …”
Publicado 2021
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3229“…BACKGROUND: While insecticide-based vector control can effectively target vector species in areas of high malaria endemicity, such as Anopheles gambiae in Africa, residual disease transmission can occur. …”
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3230por Kefi, M., Charamis, J., Balabanidou, V., Ioannidis, P., Ranson, H., Ingham, V. A., Vontas, J.“…BACKGROUND: Insecticide-treated bed nets and indoor residual spraying comprise the major control measures against Anopheles gambiae sl, the dominant vector in sub-Saharan Africa. …”
Publicado 2021
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3231por Gichuki, Paul M., Kamau, Luna, Njagi, Kiambo, Karoki, Solomon, Muigai, Njoroge, Matoke-Muhia, Damaris, Bayoh, Nabie, Mathenge, Evan, Yadav, Rajpal S.“…Cone bioassays and tunnel tests were done against Anopheles gambiae Kisumu. The chemical content, fabric integrity and LLIN survivorship were monitored. …”
Publicado 2021
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3232por Musiba, Revocatus M., Tarimo, Brian B., Monroe, April, Msaky, Dickson, Ngowo, Halfan, Mihayo, Kimberly, Limwagu, Alex, Chilla, Godlove T., Shubis, Gasper K., Ibrahim, Ahmada, Greer, George, Mcha, Juma H., Haji, Khamis A., Abbas, Faiza B., Ali, Abdullah, Okumu, Fredros O., Kiware, Samson S.“…RESULTS: Out of 704 malaria vectors collected across 135 households, PCR analysis shows that 98.60% were Anopheles arabiensis, 0.6% Anopheles merus and 0.6% Anopheles gambiae sensu stricto. Sporozoite ELISA analysis indicates that all mosquitoes were negative for the malaria parasite. …”
Publicado 2022
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3233por Yewhalaw, Delenasaw, Balkew, Meshesha, Zemene, Endalew, Chibsa, Sheleme, Mumba, Peter, Flatley, Cecilia, Seyoum, Aklilu, Yoshimizu, Melissa, Zohdy, Sarah, Dengela, Dereje, Irish, Seth“…Additionally, pre-exposure of both the susceptible Anopheles arabiensis laboratory strain and wild Anopheles gambiae sensu lato to PBO in the cone bioassay tests of Actellic 300CS sprayed surfaces did not reduce mosquito mortality when compared to mortality without pre-exposure to PBO. …”
Publicado 2022
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3234por Ntoyi, Nonhlanhla L., Mashatola, Thabo, Bouyer, Jérémy, Kraupa, Carina, Maiga, Hamidou, Mamai, Wadaka, Bimbile-Somda, Nanwintoum S., Wallner, Thomas, Carvalho, Danilo O., Munhenga, Givemore, Yamada, Hanano“…This study is an assessment of an An. arabiensis (AY-2) strain carrying the full Y chromosome from Anopheles gambiae, including a transgenic red fluorescent marker, being introgressed into a South African genetic background as a potential tool for a reliable sexing system. …”
Publicado 2022
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3235por Msoffe, Rogath, Hewitt, Matilda, Masalu, John P., Finda, Marcelina, Kavishe, Deogratius R., Okumu, Fredros O., Mpolya, Emmanuel A., Kaindoa, Emmanuel W., Killeen, Gerry F.“…While PM did not augment household level protection by screens against either mosquito species (P = 0.676 and 0.831, respectively), 8 months after treatment it still caused 73% and 89% mortality among susceptible insectary-reared Anopheles gambiae following exposures of 3 and 30 min, respectively. …”
Publicado 2022
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3236por Mwema, Tabeth, Lukubwe, Ophilia, Joseph, Rosalia, Maliti, Deodatus, Iitula, Iitula, Katokele, Stark, Uusiku, Petrina, Walusimbi, Dennis, Ogoma, Sheila Barasa, Tambo, Munya, Gueye, Cara Smith, Williams, Yasmin A., Vajda, Elodie, Tatarsky, Allison, Eiseb, Seth J., Mumbengegwi, Davis R., Lobo, Neil F.“…RESULTS: Surveillance revealed the presence of the primary vectors Anopheles arabiensis, Anopheles gambiae sensu stricto (s.s.) and Anopheles funestus s.s., along with secondary vectors (Anopheles coustani sensu lato and Anopheles squamosus), with both indoor and outdoor biting behaviors based on the site. …”
Publicado 2022
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3237por Nguiffo-Nguete, Daniel, Nongley Nkemngo, Francis, Ndo, Cyrille, Agbor, Jean-Pierre, Boussougou-Sambe, Stravensky T., Salako Djogbénou, Luc, Ntoumi, Francine, Adegnika, Ayôla A., Borrmann, Steffen, Wondji, Charles S.“…Among the 757 Anopheles mosquitoes collected, 737 (97.35%) were An. funestus sensu stricto, 15 (1.9%) were An. gambiae and 5 (0.6%) were An. hancocki. The Plasmodium species recorded at the head/thorax level were P. falciparum and P. malariae, with a sporozoite infection rate of 8.4%; the highest sporozoite infection rate was recorded at Mibellon village (13.6%). …”
Publicado 2023
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3238por Singh, Om P, Dykes, Cherry L, Das, Manoj K, Pradhan, Sabyasachi, Bhatt, Rajendra M, Agrawal, Om P, Adak, Tridibes“…CONCLUSIONS: This is the first report of the presence of L1014S (homologous to the kdr-e in An. gambiae) and a novel mutation V1010L (resulting from G-to-T or -C transversions) in the VGSC of An. culicifacies in addition to the previously described mutation L1014F. …”
Publicado 2010
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3239por McCann, Robert S., Messina, Joseph P., MacFarlane, David W., Bayoh, M. Nabie, Gimnig, John E., Giorgi, Emanuele, Walker, Edward D.“…Houses without an LLIN had more female Anopheles gambiae s.s., Anopheles arabiensis and Anopheles funestus than houses where some people used an LLIN (rate ratios, 95% CI 0.87, 0.85–0.89; 0.84, 0.82–0.86; 0.38, 0.37–0.40) and houses where everyone used an LLIN (RR, 95% CI 0.49, 0.48–0.50; 0.39, 0.39–0.40; 0.60, 0.58–0.61). …”
Publicado 2017
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3240por Pam, Dung D., de Souza, Dziedzom K., D'Souza, Susan, Opoku, Millicent, Sanda, Safiya, Nazaradden, Ibrahim, Anagbogu, Ifeoma N., Okoronkwo, Chukwu, Davies, Emmanuel, Elhassan, Elisabeth, Molyneux, David H., Bockarie, Moses J., Koudou, Benjamin G.“…Entomological results showed that An. gambiae s.l. had W. bancrofti DNA detectable in pools in Kano; W. bancrofti DNA was detected in between 0.96% and 6.78% and to a lesser extent in Culex mosquitoes where DNA was detected at rates of between 0.19% and 0.64%. …”
Publicado 2017
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