
5 July 2017
In June 2016, students and post-docs from China, Colombia, Mexico, Germany, USA, India and Russia attended the Second International Summer Course on the embryology of marine invertebrates at the White Sea Biological Station attached to Moscow State University (WSBS MSU).

8 May 2017
The neural crest is a vertebrate-specific embryonic cell population that originates near the developing neural tube and migrates to form critical adult structures, including the skull and peripheral nervous system. To shed light on the molecular mechanisms of vertebrate evolution, Dorit Hockman from the Weatherall Institute of Molecular Medicine at the University of Oxford studies the development and evolution of the neural crest by investigating its development in the most basal vertebrate model organism, the lamprey.

28 March 2017
In February 2016, multidisciplinary postdoc Blanca Figuerola was part of a research campaign in Antarctica, on board the oceanographic vessel BIO Hespérides. The objectives of the campaign were to identify natural products (secondary metabolites) involved in ecological relationships and to assess potential pharmacological effects. Blanca’s field of interest is the chemical ecology of Antarctic bryozoans, which use repellent compounds to defend against predators.
22 March 2017
The impact of diet and lifestyle on gut microbiota in mitochondrial and metabolic disease is an important area of research for David Houghton from the Institute of Neuroscience at Newcastle University. A Travelling Fellowship from Disease Models & Mechanisms allowed David to travel to the Institute of Cardiometabolism and Nutrition (ICAN) in Paris.

16 March 2017
EFA-6 is a cell-intrinsic inhibitor of axon regrowth in Caenorhabditis elegans, possibly through limiting the growth of microtubules. Previous work has shown that on axon injury, EFA-6 relocalises from the plasma membrane to near the microtubule minus ends. Ngang Heok Tang from the Division of Biological Sciences, University of California San Diego, USA, wanted to test different kinases that might phosphorylate EFA-6 to control its localisation pattern in one-cell embryos, and relocalisation activity in axons.
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