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Posted by the Node, on 15 December 2022
Welcome to our monthly trawl for preprints in developmental and stem cell biology (and related topics). The preprints this month are hosted on bioRxiv.Posted by Guillermo Martinez-Ara, on 15 December 2022
Guillermo Martínez-Ara and colleagues from Miki Ebisuya lab have developed a new optogenetic tool that induces apical constriction in mammalian epithelia. The new tool called OptoShroom3 induces tissue folding in ...Posted by Hailey Chitrin, on 12 December 2022
This summer, I was under the supervision of Ashley Libby in James Briscoe’s Lab at the Crick, where they are interested in studying how the spinal cord forms before birth. ...Posted by Prahalad Giridhar, on 12 December 2022
As part of the Crick-Calleva program, I had the opportunity to work with Greg Slodkowicz in Margarida Cardoso-Moreira’s lab at the Francis Crick Institute over the past summer, studying the ...Posted by Cheryl Telmer, on 6 December 2022
In our latest 'Featured resource' article, we hear from Cheryl Telmer, who describes the work of Echinobase.Posted by Frédéric Causeret, on 2 December 2022
We developed a Shiny App to explore our latest scRNAseq dataset of the E12.5 mouse hem and choroid plexus. You can access it here. It comes as a complement to ...Posted by Laura Hankins, on 1 December 2022
The September issue of our journal Disease Models & Mechanisms (DMM) has a focus on how researchers can best leverage model organisms to improve our understanding of human health and ...Posted by Delia Capatina, on 28 November 2022
Investigating the rules of cell-to-cell interaction during pre-somitic mesoderm elongation I discovered the field of developmental biology through independent reading during the first year of my undergraduate biomedical sciences program. ...Posted by the Node, on 25 November 2022
Welcome to our monthly trawl for developmental and stem cell biology (and related) preprints.Posted by the Node, on 16 November 2022
Mabel Mathew gives us some insights into the story behind their paper on the mechanism underlying de novo shoot regeneration.