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developmental and stem cell biologists
Posted by the Node Interviews, on 8 February 2019
This interview, the 57th in our series, was recently published in Development The molecular regulation of pluripotency has been most intensively studied in early mammalian development, but whether the transcriptional networks ...Posted by the Node Interviews, on 22 January 2019
Last year I was lucky enough to travel to California for the first time for the Santa Cruz Developmental Biology meeting – see the meeting report, written with Jordan Ward, here. ...Posted by the Node Interviews, on 19 January 2019
This interview, the 56th in our series, was recently published in Development Radial growth in plants is driven by proliferating cells in the cambium that give rise to the vascular tissues ...Posted by the Node Interviews, on 18 January 2019
This interview, the 55th in our series, was published in Development last year Sperm development and differentiation are regulated by somatic cells and the extracellular signals they produce – often regulators of ...Posted by the Node Interviews, on 17 January 2019
This interview, the 54th in our series, was published in Development last year In contrast to nerves in the central nervous system, peripheral nerves are highly regenerative following injury. Regeneration is critically ...Posted by the Node Interviews, on 16 January 2019
This interview, the 53rd in our series, was published in Development last year The ability to sense and respond to light is fundamental to plant development. As seedlings move from the soil ...Posted by the Node Interviews, on 5 December 2018
This interview, the 52nd in our series, was the first to be published in Development. We’re aiming for one interview per issue, and will continue to put them up here ...Posted by the Node, on 22 November 2018
For the last two years, our interview series ‘The people behind the papers‘ has showcased the faces of developmental biology, and we’re excited to announce that the series will now ...Posted by the Node Interviews, on 24 October 2018
The construction of complex three-dimensional tissue structures during embryogenesis requires precise control of cell and tissue mechanics. The Xenopus embryo provides a powerful tool for interrogating this relationship, as demonstrated ...Posted by the Node Interviews, on 21 September 2018
During early mouse development, a series of signalling interactions breaks the symmetry of the egg cylinder, spatially organising the embryo into territories that define the future axes of the body. ...