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developmental and stem cell biologists
Posted by the Node, on 23 November 2021
On Wednesday 10 November, Development hosted three talks on stem cells and disease models. Below you’ll find each of the talks, plus a Q&A chaired by Development Editor James Wells. ...Posted by Stephanie Leadbitter, on 17 November 2021
Mechanical regulation of cell division in developing tissues: Speed Vs Strength During embryogenesis, dynamic mechanical forces act on developing tissues, inducing cellular mechano-responses. These changes in cellular behaviours such as ...Posted by Noah Candeli, on 15 November 2021
Numerous efforts have been made to establish bona fide iPSCs from companion animals such dogs and cats. Generation of iPSCs from companion animals would provide useful unrestricted cell resources with a vast ...Posted by the Node, on 5 November 2021
A press release from Universität Zürich on Lienkamp lab paper, published in DevelopmentPosted by the Node, on 4 November 2021
Welcome to our monthly trawl for developmentall and stem cell biology (and related) preprints.Posted by Biljana Ermanoska, on 15 October 2021
Workshop vs. Webinar In April 2020, I should have attended The Company of Biologists Workshop “The Cytoskeletal Road to Neuronal Function”. If only there was not the beginning of the ...Posted by Charlotte Campbell-Broad, on 11 October 2021
After a year of lockdowns and virtual classes at Bangor University, the opportunity to do a real lab project this summer at the Francis Crick Institute was definitely not one ...Posted by Merissa Hickman, on 11 October 2021
This summer, I was given the opportunity to conduct research at the Francis Crick Institute in the Znamenskiy lab. The aim of the Znamenskiy lab is to understand the relationship ...Posted by the Node, on 6 October 2021
A chemical found in cannabis, a common recreational drug, has now been shown to cause birth defects in mice. Scientists from the Icahn School of Medicine at Mount Sinai, USA, ...Posted by Alina Marymonchyk, on 2 October 2021
Adult Neural Stem Cells (NSCs) have a remarkable capacity to produce new neurons and glia cells that integrate into pre-existing neural networks. Adult NSCs are found in all mammals, including humans, giving us hope of using the pool of adult ...