Fig. 3: Dynamics of Reckh over 18–20 discrete generations in caged populations seeded with three release ratios of Reckh:WT males. | Nature Communications

Fig. 3: Dynamics of Reckh over 18–20 discrete generations in caged populations seeded with three release ratios of Reckh:WT males.

From: Efficient population modification gene-drive rescue system in the malaria mosquito Anopheles stephensi

Fig. 3: Dynamics of Reckh over 18–20 discrete generations in caged populations seeded with three release ratios of Reckh:WT males.The alternative text for this image may have been generated using AI.

Top row: drive efficiency shown as percentage of GFP+ individuals (Y-axes) at each generation (X-axes) in triplicate cages seeded with 1:1 (a), 1:3 (b), and 1:9 (c) Reckh:WT male ratios. Bottom three rows: relative proportion of eye phenotypes (Y-axes) observed in a sample of ~500 individuals reported for each generation (X-axes) for all cages. Individuals containing the drive are shown in green, those with WT phenotype in grey, and non-drive individuals with white or mosaic eyes in dark and light orange, respectively. A schematic of the protocol used is reported in Supplementary Fig. 2 and raw data for each cage in Supplementary Tables 6–8.

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