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A
Localization of the Golgi apparatus (ManII‐GFP) and the centrosome (γ‐tubulin) in E15.5 mCherry‐electroporated radial glial cell. The Golgi apparatus is localized basally, away from the centrosome. Scale bar = 5 μm.
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B
Average distance between the apical most part of the Golgi apparatus and the apical surface in aRG cells. N = 224 cells from three independent brains.
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C
Live imaging of EB3‐GFP in the apical process of an aRG cell at E15.5. Center: kymograph. Left: manual tracking of EB3 comets. Orange: basally growing. Pink: Apically growing. Scale bar = 5 μm.
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D
Co‐expression of GFP‐RAB6A and GalNacT2‐mCherry in E15.5 aRG cells reveals colocalization at the Golgi apparatus. Scale bar = 5 μm. Dashed line: cell outline.
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E
Live imaging of GFP‐RAB6A in aRG cells at E15.5 allows tracking of individual RAB6A+ vesicles in situ, from the basal Golgi apparatus toward the apical surface. Scale bar = 5 μm. Distance = 5 μm, time = 30 s.
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F
RAB6A+ vesicle directionality in apical processes of aRG cells over 1‐min movies.
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G
Relative time spent by RAB6A+ vesicles in apical, basal, or static phases.
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H
Velocity of apically and basally moving RAB6A+ vesicles.
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I
I Live imaging of GFP‐RAB6A in control, dynarrestin‐treated, and CC1‐p150‐expressing aRG cells at E15.5. Scale bars = 5 μm. Distance = 5 μm, time = 30 s.
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J
Number of RAB6A+ vesicles in the apical process of DMSO and dynarrestin‐treated mouse aRG cells.
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K
Relative time spent by RAB6A+ vesicles in apical movement phase, in DMSO and dynarrestin‐treated mouse aRG cells.
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L
Number of RAB6A+ vesicles in the apical process of mCherry and CC1‐p150‐expressing aRG cells.
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M
Relative time spent by RAB6A+ vesicles in apical movement phase, in mCherry and CC1‐p150‐expressing aRG cells. DMSO treatment slightly affected RAB6A dynamics, as compared to mCherry control.