- © 2017 American Society of Plant Biologists. All rights reserved.
Elvira-Matelot, E., Bardou, F., Ariel, F., Jauvion, V., Bouteiller, N., Le Masson, I., Cao, J., Crespi, M.D., and Vaucheret, H. (2016). The nuclear ribonucleoprotein SmD1 interplays with splicing, RNA quality control, and posttranscriptional gene silencing in Arabidopsis. 28: 426–438.
A mistake was introduced when assembling the image of the top panel of Figure 4. The original image contained 10 lanes organized as shown in Figure 4 source data (see below); the three Col replicates for ATPase1 (top panel) were not loaded in three adjacent lanes due to a problem in the gel. To show triplicates adjacent to one another as in the bottom panel of Figure 4, lane 7, should have been cut and pasted in place of lane 3. Instead, lane 7 was deleted and lane 2 was duplicated and copied in place of lane 3. The corrected figure with all original data for each sample is shown here. The correction of this mistake does not alter the conclusions of the article. In addition, the legend of Figure 4 was amended to define the error bars and the values of the y axes of RNA quantification graphs.
Source Data.
Original: Endogenous RNA Accumulation in smd1 Mutants.
Corrected: Endogenous RNA Accumulation in smd1 Mutants.
In addition, Figure 6H was mounted by assembling separate images from two different gels, and this was not indicated. Two boxes are now shown for clarification. This correction does not alter the conclusions of the article. The legend of Figure 6 remains unchanged.
Transgene PTGS in smd1b Mutants.
Co-first author Florian Bardou takes entire responsibility for making these mistakes and for not informing the other authors of the article about the manipulated images. Co-corresponding authors Martin Crespi and Hervé Vaucheret take responsibility for not reviewing the data completely before submitting the paper for publication. All authors approved this correction.
Footnotes
Editor’s note: the corrected figures and accompanying text were reviewed by members of The Plant Cell editorial board.
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