Erratum: Correction: Catabolic signaling pathways, atrogenes, and ubiquitinated proteins are regulated by the nutritional status in the muscle of the fine flounder(PLoS ONE 7: 9 (e44256) DOI: 10.1371/journal.pone.0044256)

After this article [1] was published, concerns were raised about Fig 6. Specifically, • In the 'Free Ubiquitin' panels, lanes 3-6 in Fig 6A appear similar to lanes 1-4 in Fig 6B. • In the 'Total proteins' panels, lanes 5-8 in Fig 6A appear similar to lanes 1-4 in Fig 6B. The authors noted that these issues resulted from errors in preparing Fig 6B. The authors apologize for these errors, confirm that the original published Fig 6A correctly reported the indicated results, and provide here an updated Fig 6 in which the indicated data from the original experiment are reported in Fig 6B. Underlying data supporting Fig 6 are in S1 File and S2 File. The raw quantitative data underlying Fig 6A are no longer available; S2 File and the graphs in the updated version of Fig 6B report results of re-quantification done after the article was published due to the unavailability of the original data. The 3-week data for the long-term fasting and re-feeding experiment (lane 4 in Fig 6A) were used as the 0 timepoint control when quantifying results for the short-term re-feeding experiment reported in Fig 6B. These data correspond to the same experimental replicate, but the long-term fasting and re-feeding data were obtained on a different blot than the shortterm re-feeding data. Consequently, conclusions cannot be drawn based on comparisons of the 3-week long-term fasting and re-feeding data versus the 2, 4, and 24 hour short-term refeeding data. In light of this issue, the results and conclusions statements about ubiquitination during short-term re-feeding are not supported. The original data underlying several results reported in the article's figures are no longer available. The unavailable data include quantitative data underlying results reported in Figs 2-4 and some results in Fig 7, as well as image data underlying select panels of Figs 1 and 3. Data underlying other results in the article are available upon request from the corresponding author.