E-MTAB-11252
Bulk RNAseq of Anopheles gambiae hemocytes upon Toll pathway overactivation
Toll pathway is a key mediator of antiplasmodial immunity and its mechanism of action is dependent on hemocytes (mosquito white blood cells). Anopheles gambiae were injected with dsRNA for Cactus, an inhibitor of the Toll pathway. Cactus silencing over activates the Toll pathway. The goal of this experiment is to evaluate hemocyte transcriptional changes between control mosquitoes injected with a non-related dsRNA (dsLacZ and dsCactus injected mosquitoes. We also divide hemocytes from control and experimental conditions into 2 groups: bound (hemocytes that attach to glass - granulocyte populations) and unbound (hemocytes that remain in suspension - prohemocytes and oenocytoids). Files from Unbound fractions are labelled: UB and from bound fractions are labelled B. Some of the samples were run twice and have 2 gz files.
Toll pathway is a key mediator of antiplasmodial immunity and its mechanism of action is dependent on hemocytes (mosquito white blood cells). Anopheles gambiae were injected with dsRNA for Cactus, an inhibitor of the Toll pathway. Cactus silencing over activates the Toll pathway. The goal of this experiment is to evaluate hemocyte transcriptional changes between control mosquitoes injected with a non-related dsRNA (dsLacZ and dsCactus injected mosquitoes. We also divide hemocytes from control and experimental conditions into 2 groups: bound (hemocytes that attach to glass - granulocyte populations) and unbound (hemocytes that remain in suspension - prohemocytes and oenocytoids). Files from Unbound fractions are labelled: UB and from bound fractions are labelled B. Some of the samples were run twice and have 2 gz files.