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developmental and stem cell biologists
Posted by the Node, on 22 May 2024
Meet the Kierzkowski Lab, located in the Montréal Botanical Garden. The lab studies plant organogenesis using systems such as Arabidopsis and Physcomitrium.Posted by the Node, on 25 April 2024
An interview with the 2024 GfE PhD award recipient Marco Podobnik, who worked on pigment pattern diversification in Danio fish species at the Nüsslein-Volhard laboratory.Posted by the Node, on 14 December 2023
Meet the members of the Maurange Lab, based in the Institut de Biologie de Développement de Marseille (IBDM).Posted by Tirtha Das Banerjee, on 31 August 2023
Read the story behind the paper from Tirtha Das Banerjee and Antόnia Monteiro about Wnt signaling in setting up butterfly wing patterns.Posted by Nick Lammers, on 30 April 2020
Background/History In the early fly embryo, information encoded in a handful of maternally deposited protein gradients is fed forward through increasingly intricate layers of interacting genes, culminating in the differentiation ...Posted by Shelby Blythe, on 5 December 2019
The Blythe Lab at Northwestern University seeks to recruit a motivated postdoctoral fellow to investigate chromatin dynamics in early Drosophila embryogenesis. Research in the Blythe Lab focuses on a ...Posted by mariemanceau, on 20 November 2019
Richard Bailleul, Jonathan Touboul and Marie Manceau Patterning in question: 60 years of mathematical and biological studies The coat of Vertebrates displays a stunning diversity of motifs created by ...Posted by collinslab, on 30 September 2019
One of the biggest open questions in biology is how organisms can form complex patterns (limbs, organs, entire body plans) from initially disordered or very simple states. Every animal does ...Posted by the Node Interviews, on 28 May 2019
This interview, the 63rd in our series, was recently published in Development Butterfly eyespots are striking examples of animal patterning, but their developmental origins are still relatively poorly understood. A new paper in ...Posted by rorylcooper, on 7 November 2018
Understanding how complex biological patterns arise is a long standing and fascinating area of scientific research. The patterning, or spatial arrangement, of vertebrate skin appendages (such as feathers, hair and ...