My latest graphic design is on the topic of AI in biology and protein design. I've used images of Nvidia A100 and Cerebras wafer-scale GPUs and Tesla DoJo as a reference and created a 3D model for them in Blender as well as an intricate 3D model of a eukaryotic cell. Protein visualization is done using Molecular Nodes. #b3d #MolecularNodes #GeometryNodes Full project on Behance: behance.net/gallery/24690670…

I’ve been working on a 3D model of a eukaryotic cell in Blender as part of a larger collection that I’m creating around AI in biology. Many many hours of 3D sculpting. But as Monet said “ color is my day-long obsession, joy, and torment”. Which color palette? #b3d

Celebrating the FDA approval of sevabertinib with some new animations and cover art. Sevabertinib—the first cancer drug based on discoveries from our institute—is the product of a long-standing research alliance between the @broadinstitute and Bayer Healthcare. It is a reversible tyrosine kinase inhibitor (TKI) that targets mutant HER2, including HER2 exon 20 insertions, and has been developed for the treatment of advanced HER2-mutant non-small cell lung cancer (NSCLC). Congratulations to all our colleagues and collaborators at Broad and Bayer — a proud moment to be a Broadie! #MolecularNodes #b3d

RT @behnoushhajian: Some animations I recently created for Profluent.bio. As a structural biologist, I’m genuinely fascinated by…

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A recent 3D render I did for FGFR protein showing its three major domains and its binding to fibroblast growth factor (green). PDB IDs: 1FQ9, 2LZL, 8STG #MolecularNodes #GeometryNodes #Blender #b3d #proteinstructure

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A recent cover art I designed for @sbpdiscovery highlighting their amazing work on targeting the intracellular domain of GPCRs. #blender3d #b3d #molecularnodes

Select your cell: I'm prototyping an interactive sc RNA-seq portal where the UMAP is dynamically linked to morphing 3D artistic renders of each cell type. You can play with the initial build below.

The cover art I designed for ACS Chemical Biology July 2025 issue, featuring "High-Throughput Screening Tool to Identify Small Molecule Inhibitors of Telomerase".

Proud to partner with @glebkuz and the brilliant team at @ManifoldBio on the launch of their new brand and website - manifold.bio A company designing smarter biologics—starting where it matters most: inside living systems.

From sketch to cover: The cover art I designed for the May Issue of @NatureBiotech featuring "Template-independent enzymatic synthesis of RNA oligonucleotides” from George Church group. Read about their work here: nature.com/nbt/

New cover art! This time for the Journal of Clinical Investigation featuring biparatopic antibodies. #blender #b3d #sciart

🌀New cover alert! The amazing work of @FlorentWaltz and colleagues made it on the cover of @ScienceMagazine and I had the honor to create the visuals! #sciart #coverart #blender3d

This visualization I made is a journey through a 10K cell single-cell RNA-seq dataset: from sequence alignment to multicellular cluster analysis [data source: 10k PBMC from a healthy donor (v3), courtesy of 10x Genomics]

Hello again! Here is my new YouTube tutorial for making a 3D bacteriophage in Blender. It looks like an alien! youtube.com/watch?v=iC_-C-E5…

New YouTube Tutorial on how to make a 3D model of T cell (T lymphocytes) in Blender youtu.be/YFzdmKzEHh4 #blender #blender3d #b3d #3dmodeling #tcell #Immunology #sciart

Miniature laboratory.🧪Test tubes, pipette, and eggplant flask are joined in! Modeling in Blender3D. 3D-print by Bambu Lab A1 mini. #SciArt #3Dprinter

If you are visiting UConn Health this month, get a cup of coffee and walk by my science-inspired art exhibit in the main building! @uconnhealth @UConn @UConnResearch #sciart

A recent project I've been working on: Data visualization of 2024 FDA novel drug approvals Download: celline.design/wp-content/up… #Datavisualization #adobeillustrator #GraphicDesign #pharmaceuticals