Anna Tanczos

a molecular network showing the movement of electrons between the metal atoms and aromatic rings

Hot off the press! new #CoverArt for @kasperspedersen.bsky.social Read the article here www.cell.com/chem/fulltex...
Molecular alloying drives valence change in a van der Waals antiferromagnet

🐡🧪⚗️ #Cinema4D #compchemsky

Functional layered double hydroxide

Some more #coverart for @rscbooks.rsc.org. Functional Layered Double Hydroxides. 🐡🧪⚗️ #Cinema4D #compchemsky

YouTube video by SciCommStudios Dopamine Drop #chemistry #cinema4d #science #molecularmodeling #madewithGSG #motiongraphics

Dopamine Drop!😄
💊🐡🧪⚗️ #Cinema4D #compchemsky
youtube.com/shorts/jDlV3...

A protein structure rendered to look like vegetation. Moss for the helices and some leaves and then the amino acid side chains as thin sticks and balls

Happy Monday! Here is some more cover art for @rscbooks.rsc.org This one was for 'Sustainability in TIDES Chemistry'
#coverart 💊🐡🧪⚗️🧶🧬 #Cinema4D #compchemsky

Here's a little recent animation
🐡🧪⚗️ #Cinema4D #compchemsky #MoGraph

YouTube video by SciCommStudios A self-driving molecular machine

Check out more on my YouTube...I made this animation for Jonathan Clayden and Beatrice Collins et. al. at the University of Bristol. It shows a molecule motor driven by an enzyme oxidant and a chemical reductant.
youtu.be/08zVLA7_ngU?...

🐡🧪⚗️ #Cinema4D #compchemsky #MoGraph

Positive and negatively charged nodes with field lines shown, atoms drawn to the respective charges and water molecules in the middle.

Some more cover art for a book called 'Mulit-functional Electrocatalysts'
@rscbooks.rsc.org

#coverart 🐡🧪⚗️ #Cinema4D #compchemsky

The molecule on the left is being activated by a light beam, resulting in 2 bonds breaking forming the 2 molecules on the right hand side

Some more cover art, this time for a book on photo-functional materials for
@rscbooks.rsc.org

#coverart 🐡🧪⚗️ #Cinema4D #compchemsky

A selection of inorganic structures coming out of a volumetric flask to represent a variety of catalysts

Some more #coverart for @rscbooks.rsc.org Nanocomposites as Catalysts in Organic Reactions
🐡🧪⚗️ #Cinema4D #compchemsky

thank you😊

nucleosome, molecules, proteins and DNA

Some cover art for a book called 'Epigenetic Drug Discovery' @rscbooks.rsc.org
#coverart 💊🐡🧪⚗️🧶🧬 #Cinema4D #compchemsky

I use Cinema4D. The whole thing is rendered in 3D software🙂

main image showing the spontaneous assembly of catenanes. With a collection of already assembled molecules round the bottom edge of the circle

Some #coverart for @profdaveleigh.bsky.social et. al. in @angewandtechemie.bsky.social Novit. Check out the work here onlinelibrary.wiley.com/doi/10.1002/...
🐡🧪⚗️ #Cinema4D #compchemsky

Yes!that's a good one, thank you🙂😎

Thank you🙂. However, that's a rather broad suggestion rather than a specific molecule .....and 2′-Fucosyllactose that I made for F is a milk oligosaccharide right? so I have kinda done that one.....would you like to pitch something else?

R.I.P Ozzy!🤘😢

Gamma linolenic acid, shown here as a ball and stick model with the carbons coloured/textured like oil supplement capsules (oxygen red and hydrogen white balls). Evening primrose seeds scattered on the floor underneath.

G is for gamma linolenic acid, found in seed oils such as evening primrose .... a return to the 2025 #AlphabetofMolecules after a break to get some work done! thanks to @meghanazad.bsky.social‬ for the suggestion🙂

Anyone got a molecular suggestion for the letter H?
💊🐡🧪⚗️ #sciart #compchemsky

some more cover art by me😊
#coverart 💊🐡🧪⚗️🧶🧬 #Cinema4D #compchemsky

Watch a new self-driving molecular machine in action Chemists use a cycle of enzymatic oxidation and chemical reduction to drive molecular rotation

Here is an animation I made of an autonomous, redox driven molecular motor for Jonathan Clayden and Beatrice Collins (from the University of Bristol @bristoluni.bsky.social) for their latest publication in Nature cen.acs.org/materials/mo...
#scicomm 🧪⚗️🐡 #compchemsky #Cinema4D

Some new #coverart
💊🐡🧫🧪⚗️🧶🧬
#Cinema4D

ahh, splendid, I just checked in here to see if there were any suggestions for G and here it is🙂

2′-Fucosyllactose seen here bound inside the 2'-fucosyllactose and 3-fucosyllactose binding protein from Bifidobacterium longum infantis Carbon: pale yellow, oxygen: pink, hydrogen: white. Ribbon structures in the background out of focus

F is for 2′-Fucosyllactose in the 2025 #AlphabetofMolecules seen here bound inside the 2'-fucosyllactose and 3-fucosyllactose binding protein from Bifidobacterium longum infantis (6HUR.pdb). Ta for the suggestion @bridgetmcgann.medsky.social
Thoughts for the letter G??
💊🐡🧪⚗️🧶🧬 #compchemsky #Cinema4D

It's an outreach video, a very broad overview of the range of their research. There may well be some more specific and in depth content coming down the pipe.

YouTube video by SKCM2_Hiroshima University Masters of knots: Hiroshima University’s WPI-SKCM²

It was a pleasure to work with the international multidisciplinary group WPI-SKCM2 at Hiroshima University on this latest video project, all about knots. Have a look.... youtu.be/qOPLE_5W2K0?...
💊🐡🧫🧪⚗️🧶🧬 #compchemsky #Cinema4D

did you see this one? bsky.app/profile/scic...

😂...yes probably too similar, but thanks for the suggestion😊

oohh, I like making milky pictures😊

Estradiol inside the oestrogen receptor, with main binding amino acids as fluffy pink clouds and a few bits of ribbon structure just about visible. Carbon light pink, oxygen red, hydrogen white

This is estradiol for E in the 2025 #AlphabetfMolecules, seen here bound inside the oestrogen receptor. Thanks for the suggestion @ydnew.bsky.social and @andimkennedy.bsky.social😄 pleasingly completed in 1 day😁
Now looking for a candidate for the letter F, any thoughts?
💊🐡🧪⚗️🧶🧬 #compchemsky #Cinema4D

Adenosine triphosphate, with blurry molecule in the foreground which is ATP losing one of its phosphates to give ADP. Carbon: grey, oxygen: red, nitrogen: blue, hydrogen: white and phosphorous: fiery to represent the fuel nature of ATP

Beta carotene molecule, ball and stick structure visible within larger spheres, with carrots blurry in the background.

A chloroform molecule floating in the air, next to a skull and crossbones resting on a cloth...presumably the cloth used to administer the fatal dose of chloroform!

Diazepam, the background is human serum albumin with the key binding amino acids blurry and the rest of the protein as a fuzzy pink ribbon structure. Diazepam is a ball and stick model, carbon=black, nitrogen=blue, hydrogen=white, oxygen=red, chlorine=green.

Here is a recap on the first 4 in the 2025 #AlphabetOfMolecules, follow to see how it unfolds. You can contribute to the molecule selection list and find out which letters are hardest to find molecules for! or just enjoy some colourful #SciArt . New image weekly-ish....or sooner
💊🐡🧫🧪⚗️🧶🧬 #compchemsky

ahh, I see, you're thinking of alphabet shaped molecules, that would be fun. I was thinking of using a molecule for each letter, but not necessarily in the shape of the letter kinda like a code. I mostly work in 3D but I presume I could still make use FontForge to convert my images