CORRECTION Correction: A computational framework to study EGFR signaling distribution in egg chambers during dynamic interactions between soma and germline, (PLoS Comput Biol. (2025), 21(12), (e1013802), (10.1371/journal.pcbi.1013802))

S1-S4 Figure images are omitted from the Supporting Information. It can be viewed below. Supporting information S1 Fig. Dynamic measurements of the egg chamber dimensions from S7 to S10A. Data was collected at 6 consecutive time-points: 3hr (S7), 7.5hr (S8E), 10.5hr (S8L), 13.5hr (S9E), 16.5hr (S9L), 19.5hr (S10AE). A. Three measurements were taken in the AP direction: the total length of the egg chamber LE, the length of the oocyte L0, and the length of the follicle cells LFC. B. A cartoon schematic showing positions of measurements along the AP axis. C. Two measurements were taken in the DV direction: the egg chamber width WE and the oocyte width near the oocyte nucleus W0. D. A cartoon schematic showing positions of measurements along the DV axis. Note that the semi-axes of the prolate spheroid modeling the oocyte then correspond to half of the egg chamber length and width: and E. A cartoon schematic showing the different morphological transformations taken into account. The growth vector field, perpendicular to the egg chamber surface, is schematized by blue arrows. The follicle cells’ shift, tangent to the egg chamber surface, is represented by green arrows. The oocyte nucleus’ movement from (P) to (D), in the plane (xOz) is indicated by a grey arrow.