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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. ...Posted by the Node Interviews, on 4 September 2018
Axon guidance relies on the reception and integration of molecular cues from the environment by growth cones, and defective pathfinding results in misplaced projection patterns in the mature nervous system. ...Posted by the Node Interviews, on 9 August 2018
The neural crest is a progenitor population with the capacity to contribute to all vertebrate germ layers. The transcription factor and signalling pathway activity underlying this remarkable pluripotency have been well ...Posted by the Node Interviews, on 23 July 2018
Parasitic plants are fascinating and agriculturally relevant organisms that rely for their success on the haustorium, a specialised root structure that invades host root vasculature to derive nutrients and water. A ...Posted by the Node Interviews, on 18 July 2018
Asymmetric division is a widespread mechanism for generating cellular diversity during developmental patterning. The stomata of flowering plants are epidermal valves that regulate gas exchange, and provide an accessible system to investigate the mechanisms ...Posted by the Node Interviews, on 6 July 2018
Contact inhibition of locomotion is a widespread phenomenon in migrating cells. However, cells often migrate collectively as a sheet, raising the question of how contact inhibition is overcome in these ...