openRxiv
Single-cell characterization of skin response to a bite by West Nile virus-infected mosquito reveals fibroblast-mediated barrier to transmission
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Medkour, H; Bocci, F; Schneider, N; Serrato-Pomar, I; Rey-Cadilhac, F; Liu, Y; Miot, EF; Almet, AA; Louarn, M; Aubourg, N; Saron, W; Missé, D ...
January 9, 2026
Duke Scholars
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Medkour, H., Bocci, F., Schneider, N., Serrato-Pomar, I., Rey-Cadilhac, F., Liu, Y., … Pompon, J. (2026). Single-cell characterization of skin response to a bite by West Nile virus-infected mosquito reveals fibroblast-mediated barrier to transmission. openRxiv. https://doi.org/10.64898/2026.01.08.698384
Medkour, Hacène, Federico Bocci, Norman Schneider, Idalba Serrato-Pomar, Félix Rey-Cadilhac, Yingzi Liu, Elliott F. Miot, et al. “Single-cell characterization of skin response to a bite by West Nile virus-infected mosquito reveals fibroblast-mediated barrier to transmission.” OpenRxiv, January 9, 2026. https://doi.org/10.64898/2026.01.08.698384.
Medkour H, Bocci F, Schneider N, Serrato-Pomar I, Rey-Cadilhac F, Liu Y, et al. Single-cell characterization of skin response to a bite by West Nile virus-infected mosquito reveals fibroblast-mediated barrier to transmission. openRxiv. 2026.
Medkour, Hacène, et al. “Single-cell characterization of skin response to a bite by West Nile virus-infected mosquito reveals fibroblast-mediated barrier to transmission.” OpenRxiv, 9 Jan. 2026. Crossref, doi:10.64898/2026.01.08.698384.
Medkour H, Bocci F, Schneider N, Serrato-Pomar I, Rey-Cadilhac F, Liu Y, Miot EF, Almet AA, Louarn M, Aubourg N, Saron W, Maarifi G, Missé D, Nie Q, Smith DR, Nisole S, St John A, Dutertre C, Plikus MV, Pompon J. Single-cell characterization of skin response to a bite by West Nile virus-infected mosquito reveals fibroblast-mediated barrier to transmission. openRxiv. 2026.