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Mogire, RM; Muriuki, JM; Morovat, A; Mentzer, AJ; WEBB, EL; Kimita, W; Ndungu, FM; Macharia, AW; Cutland, CL; Sirima, SB; Diarra, A; Tiono, AB; Lule, SA; Madhi, SA; PRENTICE, AM; Bejon, P; Pettifor, JM; ELLIOTT, AM; Adeyemo, A; Williams, TN; Atkinson, SH;
2022
NUTRIENTS, (2022).14 7 10.3390/nu14071372.
Quek, S; CERDEIRA, L; JEFFRIES, CL; Tomlinson, S; WALKER, T; Hughes, GL; Heinz, E;
2022
Microbial genomics, (2022).8 4 10.1099/mgen.0.000805.
Macià, D; Campo, JJ; Moncunill, G; Jairoce, C; Nhabomba, AJ; Mpina, M; Sorgho, H; DOSOO, D; Traore, O; Kusi, KA; Williams, NA; Oberai, A; Randall, A; Sanz, H; Valim, C; ASANTE, KP; OWUSU-AGYEI, S; Tinto, H; Agnandji, ST; Kariuki, S; Gyan, B; Daubenberger, C; Mordmüller, B; Petrone, P; Dobaño, C;
2022
JCI Insight, (2022).7 10 10.1172/jci.insight.158030.
Wolbachia endosymbionts in two Anopheles species indicates independent acquisitions and lack of prophage elements.
Quek, S; CERDEIRA, L; JEFFRIES, CL; Tomlinson, S; WALKER, T; Hughes, GL; Heinz, E;
2022
, Figshare (2022).
Code for analysis of mosquito microbiota data.
MESSENGER, LA; PELLOQUIN, B;
2022
, Zenodo (2022).
SHOWERING, A; Martinez, J; Benavente, ED; Gezan, SA; JONES, RT; Oke, C; Tytheridge, S; PRETORIUS, E; Scott, D; Allen, RL; D'ALESSANDRO, U; Lindsay, SW; Armour, JA L; Pickett, J; LOGAN, JG;
2022
BMC microbiology, (2022).22 1 10.1186/s12866-022-02502-4.
Chung, AM; Love, E; Neidel, J; Mendai, I; Nairenge, S; Van Wyk, L-A; Rossi, S; Larson, E; Case, P; Gosling, J; Viljoen, G; Hove, M; Agins, B; Hamunyela, J; GOSLING, R;
2022
The American journal of tropical medicine and hygiene, (2022).106 6 10.4269/ajtmh.21-1195.
Kaaya, RD; Kavishe, RA; Tenu, FF; Matowo, JJ; Mosha, FW; DRAKELEY, C; SUTHERLAND, CJ; BESHIR, KB;
2022
Scientific reports, (2022).12 1 10.1038/s41598-022-09878-3.