Full video link here: youtu.be/wOjkeyjJ364
More scenes and works cited to follow
🍂NEW VIDEO🍂
All through Autumn, trees race against time to recycle their chlorophyll--and basically everything else in their leaves.
But why go through all this effort?
The answers are honestly mind-blowing:
rendered in #blender3d using @bradyajohnston's #molecularnodes
📺WATCH:
@neutralphil continues being top-tier--bridging the gap between cell and molecular biology:
youtube.com/watch?v=iA4As2_O…
Full video here: youtu.be/LexKZva0s4I
Further vignettes and structures cited to follow. This one goes pretty far just to explain a few small conformational changes.
👀NEW VIDEO 👀
Meet Rhodopsin, the ancient protein in your retina that physically changes when touched by light. Let's explore this structure and the golden retinal pigment that powers your vision.
Rendered in #Blender3d using @bradyajohnston's Molecular Nodes. #geometrynodes
🧬Molecular Biology YouTube is ERUPTING right now. @Nanorooms just released this EXCELLENT primer on PCR. A great follow-up if you liked my DNA replication video!
WATCH: youtu.be/IB0GZp-m3vQ?si=LlVP…
Another banger rendered beautifully in @bradyajohnston's #MolecularNodes
Amazingly—the day after I posted my video exploring their structures of the human replisome—the @Yeeles_Lab and @JohannJRoske put out a BEAUTIFUL paper featuring the autocorrect function inside DNA Polymerase Epsilon.
Quick loop of that data:
paper here: go.nature.com/4dDjjZd
Also huge shoutout to @prash_singh and @smartereveryday for posting their awesome collaboration using #molecularNodes a week before I uploaded this monster. Legitimately feels like they primed the whole internet for biochem videos
youtube.com/watch?v=X5uVsmMs…
The background for all these is a very simplified simulated nucleus. Tetranucleosomes are stacked into 30nm fibers in the background, with nuclear pores and the nuclear lamina sometimes visible.
I was trying to reference @dsgoodsell 's classic painting:
pdb101.rcsb.org/sci-art/good…


