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Erratum to: Zebrafish phenotypic screen identifies novel Notch antagonists

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The authors would like to note that in the original online first version of this article, the symbol ɣ is missing from the text where ɣ-secretase is stated. Also, labels… Click to show full abstract

The authors would like to note that in the original online first version of this article, the symbol ɣ is missing from the text where ɣ-secretase is stated. Also, labels to figures in the Results section should be BCYCLIN D1 levels were also reduced in a similar dose dependent manner while those of HES1 and NOTCH1 (shown by densitometry in Figure S6c) were marginally reduced and remained unaffected, respectively (Fig. 5d)^ and BAlso, we were able to show as mentioned earlier, that EDD3 treatment resulted in decreased CYCLIND1 levels and induction of p27 (Figure S8g)^. Subtitle in the Result section should be BIdentification of 3 novel compounds with potential anti-Notch activity in zebrafish embryos^ and ‘EDD3 inhibits proliferation and cell cycle progression of ORL-150 cells’. The original article was corrected.

Keywords: zebrafish phenotypic; phenotypic screen; identifies novel; screen identifies; novel notch; erratum zebrafish

Journal Title: Investigational New Drugs
Year Published: 2017

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