Showing 1 - 5 results of 5 for search 'Kotraiah, V', query time: 0.07s
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The structure of the cysteine-rich domain of Plasmodium falciparum P113 identifies the location of the RH5 binding site by Campeotto, I, Galaway, F, Mehmood, S, Barfod, LK, Quinkert, D, Kotraiah, V, Phares, TW, Wright, KE, Snijders, AP, Draper, SJ, Higgins, MK, Wright, GJ
Published 2020Journal article -
2
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
Published 2021Journal article -
3
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
Published 2020Journal article -
4
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
Published 2018Conference item -
5
RH5.1-CyRPA-Ripr antigen combination vaccine shows little improvement over RH5.1 in a preclinical setting by Healer, J, Thompson, JK, Mackwell, KL, Browne, CD, Seager, BA, Ngo, A, Lowes, KN, Silk, SE, Pulido, D, King, LDW, Christen, JM, Noe, AR, Kotraiah, V, Masendycz, PJ, Rajagopalan, R, Lucas, L, Stanford, MM, Soisson, L, Diggs, C, Miller, R, Youll, S, Wycherley, K, Draper, SJ, Cowman, AF
Published 2022Journal article