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Insights into the Role of D3miR in Cellular Morphology and Structure

This study investigates the role of D3miR in cellular morphology and structure using various staining techniques, including DAPI, Phalloidin, and dGMAP. We analyze Golgi apparatus staining in wild-type (wt) and D3miR-mutated cells, highlighting differences in cellular organization and cytoskeletal integrity. Supplementary Figure 2 provides detailed visualizations that elucidate these morphological changes. The findings contribute to the understanding of miRNA impact on cellular architecture, offering potential insights into developmental biology and disease mechanisms.

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Insights into the Role of D3miR in Cellular Morphology and Structure

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  1. D3miR D3miR D3miR A B C DAPI Phalloïdine Golgi wt D E wt F wt DAPI dGMAP Wg D3miR D3miR D3miR G H I DAPI dGMAP Wg J wt J’ wt J’’ wt Phalloïdine DAPI dGMAP K D3miR K’ D3miR K’’ D3miR Phalloïdine DAPI dGMAP SupplementaryFigure 2

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