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, and 3) immunoreactivity in yw CS control (C) and dg 1554 /dg 323 mutant larvae (D) The Dgex8 NMJ immunoreactivity almost completely disappears in the mutant condition whereas Discs- Large immunoreactivity is still present
, larvae overexpressing DG-CGFP in the muscles with the 24B Gal4 driver In all panels of this figure, a single confocal optical section, which crosses the sarcolemma, is taken (D) The bottom right part of each panel corresponds the extracellular space and the up left part to the sarcoplasma. Lam colocalizes with DG-C-GFP patches at the sarcolemma (see arrows in A), Double staining against GFP (E, G) and Cora (E, F) in larvae overexpressing DG-C-GFP in the muscles with the 24B Gal4 driver. Cora colocalizes with DG-C-GFP patches at the sarcolemma (see arrows in E). (H-J) Double staining against Cora (H, I) and Lam (H, J)
, which overexpress all CORA isoforms in muscles Muscle 4 NMJs are shown Single stainings for CORA and HRP are shown respectively in (2) and (3) Scale bar is 10 µm. (D) Immunoblot of proteins isolated from yw CS , cora 14 /cora k08713 and P{EPgy2}cora This blot was stained with the polyclonal Guinea-pig anti-CORA antibody. The wild-type larvae display 2 bands of about 210 and 240 kDa. The signal intensity is clearly reduced in cora hypomorph mutants, whereas it is enhanced when CORA is overexpressed with the 24B-Gal4 driver. A second staining of the same blot with an anti-Tubulin antibody indicated that the protein loading was similar in all lanes. Relative molecular mass size markers (kDa) are indicated at right. (E) Triple staining for HRP (blue), CORA (red) and alpha-Spectrin (?-SPEC; green) on WT third instar larvae (E1). A muscle 4 NMJ is shown. Single stainings for HRP, CORA and alpha-Spectrin are displayed respectively in E2, Supplemental Figure 3: Cora is concentrated at the third instar larval NMJ and colocalize with Spectrin. Double staining for CORA (red) and HRP (blue)(1) on (A) WT larvae 24B Gal4/+ larvae, p.2