@WiZiX_@ChristophSchadl Works with pretty much anything. You can either instance along the strands, or apply the same field to point clouds, meshes, etc.
"HIV-Infected Cell" shows a T-cell with integrated HIV-1 DNA (thin white lines at upper right) and viruses assembling and budding at the cell surface. Full-size files, hand drawn at a scale of 1 nm/pixel, are free for use at: https://t.co/MA7Asr2SDy and https://t.co/X3Oia9l3yl.
Like everybody else in the world of science, I've been having fun exploring the database of AlphaFold structures. Here are (subunits of) a few proteins that show up often in my paintings. It (amazingly) gets all the bits and pieces right, but doesn't quite yet get the biology.
Our study on intranasal fusion inhibitory lipopeptides that prevent SARS-CoV-2 transmission between ferrets is out in Science today. Great collaboration with @mosconaporotto@alabiac@rorydevries Katharina Schmitz (not on twitter) @bart_haagmans@barryrockx and many others.
Those viral spikes on covid... Are extremely dynamic IRL!
On display now alongside other amazing work! Collab'ed with colleagues @gmcgill@JonathanKhao to create this novel dynamic simulation of the spikes in action!
https://t.co/Pi8nIw4KpJ
#sciart#AMIsalon2020#SARSCoV2
A preview/teaser of our upcoming SARS CoV-2 Membrane Fusion animation... a coarse-grained simulation of the pre-fusion to post-fusion spike conformational change. #COVID19#SARSCoV2#mMaya#sciViz https://t.co/zpFKMk2l3q
Here is a quick video summary showing the cryo-ET of #SARS_CoV_2 and in situ reconstruction of the virus architecture. Imaging and data processing were done in @Tsinghua_Uni. We will share the virus model for 3D printing for education purposes soon.
https://t.co/Brrk7WEzW6