Article

Xue, AT, Schrider, DR, Kern, AD, Della Torre, A, Caputo, B, Kabula, B, White, B, Godfray, C, Edi, C, Wilding, C, Neafsey, D, Conway, D, Weetman, D, Ayala, D, Kwiatkowski, D, Sharakhov, I, Midega, J, Xu, J, Pinto, J, Essandoh, J et al, Matowo, J, Vernick, K, Djogbenou, LS, Coulibaly, M, Lawniczak, M, Donnelly, M, Hahn, M, Fontaine, M, Riehle, M, Besansky, N, Cornejo, O, Mccann, R, O'loughlin, S, Robert, V, Xue, A, Miles, A, Clarkson, C, Battey, CJ, Champion, C, Labbe, F, Bottà, G, Adrion, J, Nelson, J, Harding, N, Wang, R, Small, ST, Redmond, S and Antão, T (2020) Discovery of Ongoing Selective Sweeps within Anopheles Mosquito Populations Using Deep Learning. Molecular Biology and Evolution, 38 (3). pp. 1168-1183. ISSN 0737-4038

Weetman, D, Mitchell, SN, Wilding, CS, Birks, DP, Yawson, AE, Essandoh, J, Mawejje, HD, Djogbenou, LS, Steen, K, Rippon, EJ, Clarkson, CS, Field, SG, Rigden, DJ and Donnelly, MJ (2015) Contemporary evolution of resistance at the major insecticide target site gene Ace-1 by mutation and copy number variation in the malaria mosquito Anopheles gambiae. Molecular Ecology. ISSN 0962-1083