AI Article Synopsis
- The study by Zenker et al. employs time-lapse imaging to investigate the role of dynamic actin movements in the process of epithelialization in living mouse embryos.
- It highlights how these movements are crucial for understanding cell fate determination during mammalian development.
- The findings offer fresh perspectives alongside previous research, enhancing our knowledge of developmental biology.
Article Abstract
A new study by Zenker et al. uses time-lapse imaging to discover how dynamic actin movements contribute to epithelialization of living mouse embryos. Together with work from other labs, this study presents exciting new ways to think about the emergence of cell fates during mammalian development.
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| http://dx.doi.org/10.1016/j.cell.2018.03.078 | DOI Listing |
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