
Verena Resch
@luminous_lab
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Scientific illustrator with a PhD in (bio)chemistry. Teaching design for scientists. Tutorials: https://t.co/EyhkRZq0AH #sciart
Graz | Austria
Joined October 2015
🌀New cover alert! The amazing work of.@FlorentWaltz and colleagues made it on the cover of.@ScienceMagazine and I had the honor to create the visuals! . #sciart #coverart #blender3d.
In mitochondria, respiratory supercomplexes (blue) pump protons across crista membranes to create an electrochemical gradient, fueling adenosine triphosphate (ATP) synthase (pink) to regenerate ATP—the energy currency of life. Now, cryo–electron tomography captures these
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RT @FlorentWaltz: The final version of our work on the in-cell architecture of the mitochondrial respiratory chain is now online in @Scienc….
science.org
Mitochondria regenerate adenosine triphosphate (ATP) through oxidative phosphorylation. This process is carried out by five membrane-bound complexes collectively known as the respiratory chain,...
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🪙 Congratulations to David Baker, Demis Hassabis, and John M. Jumper for winning the #NobelPrize in Chemistry! . As a former scientist working in biocatalysis, it’s fascinating to me how protein design & prediction have evolved so rapidly in recent years. So well deserved!
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🕸️ John J. Hopfield and Geoffrey E. Hinton have been awarded the #NobelPrize for “foundational discoveries and inventions that enable machine learning with artificial neural networks.”. #NobelPrize2024
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🪙Big win for a (literally) tiny biomolecule! Victor Ambros and Gary Ruvkun have been awarded the #NobelPrize for their discovery of microRNA. #NobelPrize2024
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#SciartSeptember Day 30 (random edition) .This is the last day of the challenge. Thank you so much for joining me! Enjoy the last entry: a cute and fluffy mini protein 😊. I hope you had as much fun as I did. See you in October 💛. #sciart rendered with @Blender
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#SciartSeptember Day 29 (random edition) .Today I rendered a nucleosome core particle. A beautiful histone protein octamer with a DNA superhelix around it 🧬. #sciart rendered with @Blender
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#SciartSeptember Day 28 (random edition) .I love using wireframes for protein surface depiction. This time I made a protein out of wire 😊. #sciart rendered with @Blender
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#SciartSeptember Day 27 (random edition) .A tribute to one of the best known enzymes in #biocatalysis: Candida antarctica Lipase B (CALB) ❄️. #sciart rendered with @Blender
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#SciartSeptember Day 26 (random edition) .Ubiquitin is literally everywhere. So of course it needs to be featured!. #sciart rendered with @Blender.#biochemistry
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#SciartSeptember Day 25 (random edition) .The smell of freshly cut grass: 3-hexenyl acetate. #sciart rendered with @Blender.#chemistry
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#SciartSeptember Day 24 (random edition) .Penicillin bound to the beta-lactam binding site of penicillin acylase 🫧. #sciart rendered with @Blender.#biochemistry
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#SciartSeptember Day 23 (random edition) .DNA tightly snuggling between protein subunits 😊. #sciart rendered with @Blender.#biochemistry #dna
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#SciartSeptember Day 22 (random edition) .So beautiful and yet so scary: viruses .Here you see the Banna virus. #sciart rendered with @Blender
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#SciartSeptember Day 21 (random edition) .Today's spotlight is on arsenolipids. Styling small molecules can sometimes be more challenging than biomolecules (because just have spheres to work with 🙃). But I enjoy that challenge and simplicity ☺️. #sciart rendered with @Blender
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#SciartSeptember Day 20 (random edition) .Spidroins are the predominant proteins in spider silk, a fascinating material that definitely needs to be featured 🕷️ 🕸️. #sciart rendered with @Blender
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#SciartSeptember Day 19 (random edition) .Today's entry highlights alcohol dehydrogenase from horse liver, encapsulated in a wire frame🕸️. #sciart rendered with @Blender
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