Identification and immune assessment of T cell epitopes in five Plasmodium falciparum blood stage antigens to facilitate vaccine candidate selection and optimization by Kotraiah, V, Phares, TW, Terry, FE, Hindocha, P, Silk, SE, Nielsen, CM, Moise, L, Tucker, KD, Ashfield, R, Martin, WD, De Groot, AS, Draper, SJ, Gutierrez, GM, Noe, AR

Better epitope discovery, precision immune engineering, and accelerated vaccine design using immunoinformatics tools by De Groot, AS, Moise, L, Terry, F, Gutierrez, AH, Hindocha, P, Richard, G, Hoft, DF, Ross, TM, Noe, AR, Takahashi, Y, Kotraiah, V, Silk, SE, Nielsen, CM, Minassian, AM, Ashfield, R, Ardito, M, Draper, SJ, Martin, WD

In silico T cell epitope prediction identifies high value RH5 epitopes that correlate with response in vaccinees by Terry, F, Noe, A, Hindocha, P, Silk, S, Nielsen, C, Gupta, R, Kotraiah, V, Nugent, F, Minassian, A, Ardito, M, Soisson, L, Diggs, C, Miller, R, Moise, L, Martin, W, De Groot, A, Tucker, K, Phares, T, Ashfield, R, Gutierrez, G, Draper, S