Friday Seminar – ‘Cellular signaling during plant reproduction’
Our next Friday Seminar speaker is Dr Jing-Ke Weng, from the Whitehead Institute
Read the storyOur next Friday Seminar speaker is Dr Jing-Ke Weng, from the Whitehead Institute
Read the storyLast month we were joined by Dr Michael Webster, who has joined the John Innes Centre as a Group Leader. We sat down with Michael to learn more about his research, scientific interests and career so far
Read the storyWe caught up with Rose McNelly about her experience on the Year 10 Science Camp, what she has been up to since, and her return to do a PhD here at the John Innes Centre
Read the storyA newly discovered species of antibiotic-resistant bacteria has been named after the academic institute where it was identified – the John Innes Centre
Read the storyWhen hearing the term “Botany” names such as Linnaeus, Banks, and Humboldt first come to one’s mind, followed by the images of them hunting for enormous and colourful flowers through the forests of the world. But, in 1836, a new era of Botany was marked by the publication of “The power of movement in plants” by no other than Charles Darwin and his son Francis
Read the storyGrass is cut regularly by our mowers and grazed on by cows and sheep, yet continues to grow back. The secret to its remarkable regenerative powers lies in part in the shape of its leaves, but how that shape arises has been a topic of longstanding debate
Read the storyCrops often have multiple genomes hybridised from their parents, a condition known as polyploidy and a major route to the formation of new species in plants and an important way of improving agronomic traits in crops
Read the storyDr Dmitry Ghilarov joined us in October as one of our new intake of Group Leaders. His new group will be investigating protein molecular machines to discover, design and develop better antimicrobials
Read the storyAntibiotic-producing bacteria can be found in lots of places, like deserts, oceans and even in association with some insects like leaf-cutter ants. We like to look in under-explored environments to find new strains of Streptomyces that make new antibiotics
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