Verena Resch | 🧪🖥️

That is so cool, I love it!

Thank you! Yes, they are.

Thank you!

Thank you 😊

What a nice sight to wake up to 😊🌀
The amazing work of @cellarchlab.com, @florentwaltz.bsky.social and their team made it on the cover of @science.org and I had the honor to create the visuals!

I hope you like this ATP (animated title page 😉 you see what I did there?).

We're on the cover of @science.org this week. Awesome work by @florentwaltz.bsky.social. #CryoET is reaching crazy resolutions inside cells, and this is just the beginning. Fantastic interpretation of the proton motive force by @verenaresch.bsky.social. Always a pleasure making #SciArt with you!🧪🧶🧬🌾

What a nice sight to wake up to 😊🌀

A marble run like diagram showing enzymatic cascade synthesis

Feb issue live🥳
Biocatalytic synthesis of 2′-functionalized nucleosides
Diffusion-mediated synthesis of hybrid perovskites
Mechano-photoexcitation for organic synthesis
Site-selective functionalization of silanes
(continued)
nature.com/natsynth/vol...
#ChemSky

Thank you so much for the kind words 😊

New cover design @naturesynthesis.bsky.social

I really had fun visualizing the Turner Lab’s research and am grateful that they let me take a playful approach. We turned one-pot multienzyme cascade reactions into a marble run—perfect for an animated cover!
Research behind the cover ▶️ rdcu.be/ealKn

Happy Holidays everyone ⭐! I hope you enjoy some relaxing time with your loved ones.

They are just the perfect candidates 😊

SMILES cyanostar: CC(C)(C)C1=CC(/C([H])=C(C#N)/C2=C([H])C(/C([H])=C(C3=C([H])C(/C([H])=C(C4=C([H])C(/C([H])=C5\C#N)=CC(C(C)(C)C)=C4)\C#N)=CC(C(C)(C)C)=C3)\C#N)=CC(C(C)(C)C)=C2)=C([H])C(/C(C#N)=C([H])/C6=CC(C(C)(C)C)=CC5=C6[H])=C1

If you're in need of festive (bio)molecules, here are some ⭐-shaped suggestions

1: A cyanostar
2: PDB 8I6G
3: PDB 6M6G
4: PDB 6Y83

SMILES for the cyanostar are below, so you don't have to draw it by hand (unlike me 😅)

Feel free to add your favorite festive molecule!

#b3d #chemistry #biochemistry

True, it really does!

True. I make all my tutorials in my free time and sometimes there's just not enough free time left to make tutorials 😮‍💨

On today's menu: 3D printed enzymes spinning under UV light 😊

#3dprinting #biocatalysis

Molecular or atomic level, so in the range of nanometers.

More material tests, this time extra squishy. MD trajectory that shows an aspirin ligand coming out of hibernation for spring (undbinding) #b3d #MolecularNodes #GeometryNodes #SciArt

December is here—time to get into the festive spirit ⭐

Monomer of 4-oxalocrotonate tautomerase (pdb 4OTA)

#b3d for #sciart

The tiny world of balls and sticks (aka amino acid residues).

Rendered with #b3d using #molecularnodes

In this case yes. Sometimes I use supporting software (PyMol, Chimera, etc) to prepare files. But here it was pdb code straight to Blender. Also no postprocessing here.

Sure, I'm happy if it is used for teaching purposes. Just send me a dm and I can provide you with a download link 🙂

The simplicity is just stunning! A shame they were not selected.

a man wearing glasses and a flat cap is holding something in his hand and the word smooth is above him ALT: a man wearing glasses and a flat cap is holding something in his hand and the word smooth is above him

That looks really...

The animation is rendered using @blender3d.bsky.social. @bradyajohnston.bsky.social made a fantastic add-on to load data from the PDB directly into Blender. The states of NMR-determined structures are loaded as well and can be easily animated.

Inflatable Tube Man Air Dancer GIF ALT: Inflatable Tube Man Air Dancer GIF

CBF1 goes ...

Joking aside, it's an awesome animation!

😂 I'm dying!

I love the colors 🤩
Such a beautiful animation!

Thank you! Just enjoy the beauty of not knowing 😊