I do animation and art. interested in chromatin biology and synthetic genomes. Open for commissions, DMs open. https://xitter.cf/t.co/GSkOAbASOK

Edmonton, Alberta
Joined February 2022
UPDATED PINNED POST I'm a molecular biologist and 3D scientific animator currently accepting FREE commissions for molecular and cellular animations, protein mechanisms, scientific illustrations, journal/textbook covers, graphical abstracts, conference posters, and biotechnology visualizations! I'm also #OpenToWork, seeking Research Associate, Research Assistant, Technician, Laboratory Manager, and scientific animation opportunities across the US, Europe, and Canada. My background includes molecular biology, CRISPR, protein biochemistry, advanced microscopy, and computational analysis, with particular interests in synthetic biology, protein design, directed evolution, and AI-driven discovery. Whether you're a researcher, lab, or biotech company, I'd love to collaborate! DMs are open! 🌐 Portfolio: rehmananimation.com ☕ Support my work: ko-fi.com/wienman #ScientificAnimation #Biotechnology #MolecularBiology
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another motion test made in #Blender with #MolecularNodes
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BindCraft2 v1.0.4 has been released: with significantly improved VHH, scFv, ARP, and induced fit targeting. WE also improved speed and code stability. Try your difficult campaigns again. Great work by Erik Mäeots, Leonardo Tredese and Elizaveta Chernova.
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almost too 1000 hours in Blender...💪 #Blender #3Danimation
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Visualizing how cytochrome c and Apaf-1 assemble into a heptameric complex, Work in progress, to test how the simulation looks like in huge complexes Made in #Blender with #MolecularNodes #MolecularAnimation #Apoptosis #StructuralBiology #Blender3D #SciArt #3DCG #3Danimation
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Card day
October 17 is National Playing Card Collection Day Celebrate with cards created to celebrate the 50 year anniversary of the PDB archive (and then celebrate PDB's 55th on Tuesday October 20...) pdb101.rcsb.org/learn/other-…
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quick render of Apaf-1 apoptosome (pink is cytochrome C, rest is Apaf-1)
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slightly different version made in #Blender with #MolecularNodes
Trying out more simulation stuff Made to be completely non-destruction with a continuous protein chain but with control points between domains Made in #Blender with #MolecularNodes
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Trying out more simulation stuff Made to be completely non-destruction with a continuous protein chain but with control points between domains Made in #Blender with #MolecularNodes
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Hot Take: Social media will increasingly take over the broadcast function of scientific meetings. The real value will shift to what needs a small room: candor, unfinished data, decisions. The best meetings will be less performative and built around an outcome rather than an audience.
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MRehMan retweeted
Moving the goalposts will be the last human job. 😎
Replying to @jeffclune
did it create anything like calculus?
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Looking forward to more and more labs using MINIFLUX!
Three years of intensive work and overcoming both smaller and larger experimental hurdles have now revealed the practical accuracy of MINFLUX in a real, widely used system. The answer definitely makes one eager to exploit the performance of MINFLUX even further….See KB Chapman et al Localization accuracy in single-molecule fluorescence microscopy biorxiv.org/content/10.64898…
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Finally went through all the BCON 2026 presentations (at 2x speed) The ones that I really liked are SciExplorer: From Microscopy Data to Interactive Scientific Visualisation youtube.com/watch?v=fQrxjh0j… Graph Visualization and Analysis with SciGraphs youtube.com/watch?v=_WaxIc4L… Build Your Node Trees With Code youtube.com/watch?v=EFGEIItd… Procedural Workflows with Gaussian Splatting youtube.com/watch?v=gVP1FWXJ… Will have to try NodeBPY by @bradyajohnston at some point
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Dialectic 60: Patrick Hsu! @pdhsu & @arcinstitute are combining biology, engineering, and AI to turn a sci-fi future into reality. Patrick got expelled from college at 13, returned at 15, later worked on early CRISPR breakthroughs, and teamed up with @SKonermann & @patrickc to found Arc. He works 3 jobs: core investigator at Arc, professor at Stanford, and venture partner at @thrivecapital. For all his intensity and ambition, he carries a lightness and boldness that is contagious. We discuss: - why research is 99% failure and even your best ideas kind of suck - infinite games and speedrunning school - the reach of GLP-1s and power laws in biotech - what makes a good biologist - Arc’s bet on people over projects - lab robots that finally work - AI-designed organisms and new forms of life - why heart disease could go the way of infectious disease - bro science, peptides, and biofuturism - research taste in the age of AI Timestamps: (0:00) Opening Highlights (1:39) Intro: Patrick Hsu (4:29) Start: Boldness, Infinite Games, & Ambition (12:54) GLP-1s and Power Laws in Biotechnology (20:17) Expelled at 13 and Falling for Biology (25:51) What Makes a Good Biologist, Research Taste, and Biology's Data Challenges (37:58) The Arc Model: Full-Stack Science (52:01) Betting on People, Style, & Learning to Simplify (57:22) Perturbation, World Models, and Evo (1:03:27) Virtual Cell Models (1:09:56) Designing Life: From Stem Cells to Genome Writing (1:18:39) Testing, Bro Science, and Human Data (1:24:26) Can It Exist vs. Will It Exist: Science Meets Markets (1:29:59) Biofuturism: Interoception, Peptides, Muscle Modulation, Sleep, and New Forms of Life (1:43:47) Fun, Obsolescence, Going Slow, and the Future @dialecticpod 60: Patrick Hsu - Speedrunning the Infinite Game - is available on all platforms, including X. Links below.
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Very cool scientific visualizations, check their profile out!
DAY 24 / 100 🧬 Built a 3-panel HEA figure and learned how much consistency matters: each legend atom and panel should be rendered from the same position and lighting setup. #Blender #SciViz #ScientificVisualization #MolecularVisualization
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DAY 22 / 100 🧬 Started building an AuAgCuPdPt HEA nanoparticle in Blender. I tested overall and cutaway views, and refined the color palette so the elements read more clearly without moving too far from standard atom-color conventions #Blender #SciViz #ScientificVisualization
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DAY 23 / 100 🧬 Adjusted lighting and materials to make the AuAgCuPdPt HEA render cleaner and more vivid, then started moving the scene toward a TOC composition. #Blender #SciViz #ScientificVisualization #MolecularVisualization
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DAY 21 / 100 🧬 Reduced the atom size and rebuilt the outer layer with a mixed Au–Ag–Cu composition instead of pure Au. This gave the particle a denser look while keeping the internal structure visible. #Blender #SciViz #ScientificVisualization #MolecularVisualization
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