Correction to: Scientific Reports https://doi.org/10.1038/s41598-018-22794-9, published online 15 March 2018
This Article contains errors.
As a result of an error during figure assembly, Figure 5H is a reverse duplication of Figure 2L. The corrected Figure 5 is shown below as Figure 1.
DLC function in Drosophila. Expression of DLC1 and DLC3 proteins in the epidermis (B,E and H) and the salivary glands (C,F and I) of Drosophila embryos. (A–C) Expression of a Myc tagged DLC1 (A) does not interfere with apical polarity in epithelial cells (B) and localizes in the cytosol (C). (D–F) Substitution of the human non-conserved central region with the non-conserved central region of Drosophila (dNCR, grey in D) confers activity to the DLC1 chimeric protein (E) and localizes to the basolateral membrane (F). (G–I) Expression of a Myc tagged DLC3 protein (G) causes apical polarity defects (H) and the protein can be detected at the basolateral membrane (I). (B,C,E,F, and H,I) DLC proteins are detected with anti-myc (green); aPKC is shown in red. Above the panels we show a scheme of the DLC variant expressed with the Myc-tag represented as a yellow box and the conserved SAM, GAP and START domains as green, blue and orange boxes. Non-conserved regions (NCR) are represented in grey for Cv-c, brown for DLC1 and purple for DLC3. In B,E,H confocal Z-sections are shown below the panels. Scale bar: 10 μm.
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Sotillos, S., Aguilar-Aragon, M. & Hombría, J.CG. Author Correction: Functional analysis of the Drosophila RhoGAP Cv-c protein and its equivalence to the human DLC3 and DLC1 proteins. Sci Rep 10, 11454 (2020). https://doi.org/10.1038/s41598-020-68551-9
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DOI: https://doi.org/10.1038/s41598-020-68551-9
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