The Plant Cell (2015) 27: 2560-2581. https://doi.org/10.1105/tpc.15.00393
The authors were made aware of mistakes in the assembly of panels in Figure 3G. Figure 3G depicts yeast two hybrid assays to check for interaction between different domains of the Arabidopsis ALIX protein. Images of yeast colonies corresponding to combinations of the 1-413 aa and the 405-846 aa ALIX domains were inadvertently taken from other combinations within the same -Trp -Leu (-WL) transformation control plate. We have revisited the original plate image and replaced the images corresponding to 1-413/405-846 and 405-846/1-413 (bait/prey) yeast colonies with correct ones (indicated by red boxes in both the original and corrected figure versions below). These corrections do not alter any of the findings or conclusions presented in the manuscript. We apologize for any inconvenience caused by this honest mistake.
Figure 3.
ALIX Forms Dimers and Is Essential for Plant Life.
(G) Yeast two-hybrid assays using full-length (FL) and truncated versions (comprising the Bro1 domain, amino acids 1 to 413; or the coiled coils plus the Pro-rich region, amino acids 405 to 846) of ALIX. Transformed yeast cells were grown in SD-WL medium as a transformation control and in SD-WLA and SD-WLHA media for interaction assays.
Editors’ note: This correction notice was reviewed by members of The Plant Cell editorial board. The authors are responsible for providing a complete listing and accurate explanations for all known errors or instances of inappropriate data handling or image manipulation associated with the original publication.