Philipp Dexheimer (@phildexheimer) 's Twitter Profile
Philipp Dexheimer

@phildexheimer

Science Artist & Visualization Specialist |
Molecular Graffiti, Illustrations & Animations |
Training Scientists in Visual Literacy

ID: 845619478033522690

linkhttps://philippdexheimer.com/ calendar_today25-03-2017 12:52:49

534 Tweet

1,1K Followers

810 Following

Patricia Bondia (@patriciabondia) 's Twitter Profile Photo

Changing careers is challenging. We need to set the new direction to go🧭, plan a strategy📝 and start creating a new and unique path-our path 🌟 Here Joana C. Carvalho, Philipp Dexheimer and I share our stories about how we became scientific artists. 🎨🔬 biologenkompass.de/scientific-ill…

Philipp Dexheimer (@phildexheimer) 's Twitter Profile Photo

Let's go Bananas, our delicious 60 second explainer of endothelial cell aging, is featured in the Science-in-Shorts spotlight 🍌🍌🍌

Scientific American (@sciam) 's Twitter Profile Photo

Science in Shorts Spotlight: Laura de Rooij Philipp Dexheimer explain the research on rejuvenating endothelial cells lining blood vessels, which age and cause cardiovascular issues. go.nature.com/3SH7KYR

Luisa Cochella (@lcochella) 's Twitter Profile Photo

New WormBook.org chapter! With Nuria Flames Lab and Richard Poole we wrote Neurogenesis in C. elegans, now in Genetics: doi.org/10.1093/geneti… We discuss neuron development specifically, but do have a look if you think about acquisition of cell identity more generally

Haselbach lab (@haselbachlab) 's Twitter Profile Photo

Our new study together with the Bergler lab on inhibition of ribosome biogenesis is now out. Big shout out to co-first author Lorenz Grundmann for amazing in depth cryo EM analysis

Lorenz Grundmann (@grundmannlorenz) 's Twitter Profile Photo

Very excited that my first paper found its home in Nature Communications, where we show that usnic acid inhibits the nucleolar pre-60S biogenesis in yeast. Here the link to the full publication: nature.com/articles/s4146….

Very excited that my first paper found its home in <a href="/NatureComms/">Nature Communications</a>, where we show that usnic acid inhibits the nucleolar pre-60S biogenesis in yeast. Here the link to the full publication: nature.com/articles/s4146….