bioimagesUnknownAikaterini DaskalakiThe Journal of Cell Biologyhttps://www.ebi.ac.uk/biostudies/studies/S-JCBD-201105166JCB

Two examples of clones expressing Dli1 stained for Dl (red) and endogenous N (extracellular epitope - blue). Both examples were scanned in the apical-to-basal direction.

Two examples of clones expressing Dli1/2 stained for Dl (red) and endogenous N (extracellular epitope - blue). Both were scanned in the apical-to-basal direction.

Two examples of clones expressing DlΔC and stained for Dl (red) and endogenous N (extracellular epitope - blue). The first example was scanned in the basal-to-apical direction; the second example in the reverse direction.

Two examples of clones expressing DlΔC and EGFP-neur. Stained for Dl (red) and endogenous N (extracellular epitope - blue). EGFP-neur fluorescence in green. Both examples were scanned in the apical-to-basal direction. The large cells seen in the apical-most sections are from the peripodial membrane overlying the wing epithelium.

Two examples of clones expressing Dli1 stained for Dl (red) and endogenous N (extracellular epitope - blue). Both examples were scanned in the apical-to-basal direction. This is a supplemental image not included in the published paper.

Two examples of clones expressing Dli2 and EGFP-neur and stained for Dl (red) and endogenous N (extracellular epitope - blue). EGFP-neur fluorescence is in green. Both examples were scanned in the apical-to-basal direction.

Two examples of clones expressing DlΔC and EGFP-neur. Stained for Dl (red) and endogenous N (extracellular epitope - blue). EGFP-neur fluorescence in green. Both examples were scanned in the apical-to-basal direction. This is a supplemental image not included in the published paper.

Two examples of clones expressing DlΔC and stained for Dl (red) and endogenous N (extracellular epitope - blue). The first example was scanned in the basal-to-apical direction; the second example in the reverse direction. This is a supplemental image not included in the published paper.

Two examples of clones expressing Dli1 and EGFP-neur and stained for Dl (red) and endogenous N (extracellular epitope - blue). EGFP-neur fluorescence is in green. The first example was scanned in the apical-to-basal direction; the second example in the reverse direction.

Two examples of clones expressing Dli1/2 stained for Dl (red) and endogenous N (extracellular epitope - blue). Both were scanned in the apical-to-basal direction. This is a supplemental image not included in the published paper.

Two examples of clones expressing Dli2 and EGFP-neur and stained for Dl (red) and endogenous N (extracellular epitope - blue). EGFP-neur fluorescence is in green. Both examples were scanned in the apical-to-basal direction. This is a supplemental image not included in the published paper.

Two examples of clones expressing Dli1/2 and EGFP-neur. Stained for Dl (red) and endogenous N (extracellular epitope - blue). EGFP-neur fluorescence in green. Both example were scanned in the apical-to-basal direction. This is a supplemental image not included in the published paper.

Two examples of clones expressing Dli2 and stained for Dl (red) and endogenous N (extracellular epitope - blue). Both were scanned in the apical-to-basal direction. This is a supplemental image not included in the published paper.<br />

Two examples of clones expressing Dli1/2 and EGFP-neur. Stained for Dl (red) and endogenous N (extracellular epitope - blue). EGFP-neur fluorescence in green. Both example were scanned in the apical-to-basal direction.

Two examples of clones expressing Dli2 and stained for Dl (red) and endogenous N (extracellular epitope - blue). Both were scanned in the apical-to-basal direction.<br />

Two examples of clones expressing Dli1 and EGFP-neur and stained for Dl (red) and endogenous N (extracellular epitope - blue). EGFP-neur fluorescence is in green. The first example was scanned in the apical-to-basal direction; the second example in the reverse direction. This is a supplemental image not included in the published paper.

bioimagesImage 17922 (Figure 5 - B)Image 17920 (Figure 5 - E)Image 17925 (Figure 5 - C)Image 17924 (Figure 5 - C)Image 17931 (Figure 5 - D)Image 17919 (Figure 5 - A)Image 17930 (Figure 5 - D)Image 17933 (Figure 5 - H)Figure 5 - AImage 17927 (Figure 5 - G)Image 17918 (Figure 5 - A)Figure 5 - FImage 17929 (Figure 5 - F)Figure 5 - GFigure 5 - HFigure 5 - BFigure 5 - CFigure 5 - DFigure 5 - EFigure 5Image 17926 (Figure 5 - G)Image 17921 (Figure 5 - E)Image 17932 (Figure 5 - H)Image 17928 (Figure 5 - F)Image 17923 (Figure 5 - B)George D. TsibidisNevine A. ShalabyKristina KuxMarc A.T. MuskavitchAikaterini DaskalakiChristos DelidakisGiorgos TsoumpekosfalseDistinct intracellular motifs of Delta mediate its ubiquitylation and activation by Mindbomb1 and Neuralized2011-12-12T11:22:10Z2018-11-29T11:22:10Z2018-11-29T11:22:10ZS-JCBD-20110516610.1083/jcb.201105166