Supplementary Materials

A mechanism for the segregation of age in mammalian neural stem cells

D. L. Moore, G. A. Pilz, M. J. Ara├║zo-Bravo, Y. Barral, S. Jessberger

Materials/Methods, Supplementary Text, Tables, Figures, and/or References

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  • Materials and Methods
  • Figs. S1 to S5
  • Captions for movies S1 to S20
Data table S1

Images, Video, and Other Other Media

Movie S1
FLIP LumER-GFP, rat NSC
Movie S2
FLIP MemER-GFP, rat NSC
Movie S3
FLIP LumER-GFP, rat NSC, inner ROI bleaching
Movie S4
FLIP MemER-GFP, rat NSC, inner ROI bleaching
Movie S5
FLIP LumER-GFP, young mouse NSC
Movie S6
FLIP MemER-GFP, young mouse NSC
Movie S7
FLIP LumER-GFP, old mouse NSC
Movie S8
FLIP MemER-GFP, old mouse NSC
Movie S9
FLIP LumER-GFP, young mouse NSC (CAG-IRES-CFP; Ctrl)
Movie S10
FLIP MemER-GFP, young mouse NSC (CAG-IRES-CFP; Ctrl)
Movie S11
FLIP LumER-GFP, young mouse NSC (CAG-Progerin-IRES-CFP)
Movie S12
FLIP MemER-GFP, young mouse NSC (CAG-Progerin-IRES-CFP)
Movie S13
FLIP MemER-GFP, basal progenitor E15, with barrier
Movie S14
FLIP MemER-GFP, basal progenitor E15, no barrier
Movie S15
FLIP LumER-GFP, basal progenitor E15
Movie S16
FLIP MemER-GFP, apical progenitor E15, with barrier
Movie S17
FLIP MemER-GFP, apical progenitor E15, no barrier
Movie S18
FLIP LumER-GFP, apical progenitor E15
Movie S19
Timelapse, Differentiating young mouse NSCs (Vim-eGFP)
Movie S20
Timelapse, apical progenitor E15, Vim-eGFP, mKusabira-Orange