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StephaneRedon
SAMSON Web is live: create, predict, render, and share molecular systems directly in your browser! Today, we are incredibly proud to introduce SAMSON Web: a browser-based molecular design environment. No installation. No plugin. No account required. Open SAMSON Web, create or import a molecular system, work on it directly in the browser, and share it. Not a screenshot. Not a video. A real interactive 3D molecular document. With the full context. With SAMSON Web, you can start in many ways: • open molecular files from your device • import and export common formats such as PDB, MOL2, and more • fetch structures from databases • predict structures (currently with AlphaFold 2, Boltz-2, and Chai-1x) • build from atoms, fragments, and assets • import cloud job results And once your system is in the browser, you can work on it: select, measure, prepare, align, minimize, annotate, edit, create a new version, and share again. Because one of the most important parts of SAMSON Web is sharing interactive documents. Scientific communication still relies too much on molecular images or movies. But molecular systems are three-dimensional. And they have context, annotations, associated data, versions, and intent. With SAMSON Web, you can share an interactive molecular document that preserves context in seconds. A collaborator, student, reviewer, customer, or colleague can open it in the browser, rotate it, zoom in, inspect annotations, associated logs and data, understand the model directly, and even edit their own copy. Remote collaborators, even during a Zoom or Teams session, can now explore designs as they want, edit, and send you back their changes. SAMSON Web also helps you create high-quality visuals directly in the browser: • advanced rendering effects • custom backgrounds • 3D skyboxes • path tracing • advanced materials • snapshots and render-ready scenes Modern molecular design produces much more than coordinates: prediction results, alignments, tables, metadata, trajectories, reports, annotations, and intermediate files. SAMSON documents preserve it all, and SAMSON Web also includes a Data Explorer to explore and edit rich scientific data next to molecular structures. The goal is to make molecular documents richer and more useful: scientific workspaces where structure, data, calculations, and interpretation live together. You start locally by default (files you open stay on your device unless you choose to share them or use cloud features). You do not need an account to create and share. Creating an account unlocks versioned documents and history, permission controls, and access to your data from anywhere. SAMSON Web is live. You can start in seconds. The link is in the first comment. #OneAngstrom #SAMSON #MolecularDesign #ComputationalBiology #DrugDiscovery #ProteinDesign #StructuralBiology #MaterialsScience #Nanoscience #AlphaFold #Boltz #Chai #MolecularVisualization #ScientificComputing #AIForScience
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UnityMol
Leveling up molecular visualization! UnityMol 1.2.0 brings VR support, multiplayer exploration, & streamlined performance. Less 'demo', more 'tool' for scientists & educators. What's your dream workflow? Share with us! is.gd/ZLSZOm #UnityMol #MolecularVisualization
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BioChemCalc
🧪 Strukturvisualisierung & Eigenschaftsberechnung in einem Klick. Für Screening, Datenbanken und QSAR-Analysen. ➡ biochemcalc.com/sfd_m?referr…. #QSAR #DrugDesign #MolecularVisualization
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AIpubmed
Visualizing Early Damage: The Hidden Molecular Silence Before Vestibular Hair Cell Death Find More Research: pubmed.ai/?utm_source=X&utm_… If you could visualize ototoxicity before it causes hearing loss, you wouldn’t see broken hair cells — you’d see quiet genes. Recent visual maps of the vestibular sensory epithelium reveal that during chronic ototoxic stress, hair cell-specific genes fade in expression patterns well before morphological damage appears. Imagine a heatmap where the once-vibrant transcriptional signature of stereocilia structure and neurotransmission dims over time — a silent warning of cellular fatigue. This molecular “quieting” hints at a tipping point in sensory decline, one that could be detected — and prevented — with the right biomarkers. Seeing the molecular silence may become our most powerful tool in protecting balance and hearing before it’s too late. #MolecularVisualization #Ototoxicity #HearingLoss #HairCellBiology #GeneMapping #Neurobiology #BiomedicalImaging #PreventiveMedicine
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BiologyAIDaily
MolecularWeb Democratizes Web-Based,Immersive,Multiuser Molecular Graphics And Modeling 1. The article introduces MolecularWeb, an ecosystem that leverages immersive technologies like Augmented Reality (AR) and Virtual Reality (VR) to enhance molecular visualization and modeling. This approach addresses the limitations of traditional 2D interfaces, making complex molecular concepts more tangible and intuitive for both education and research. 2. MolecularWeb's first platform, moleculARweb, brings "commodity AR" to everyday devices such as laptops and smartphones. It uses simple fiducial markers or markerless AR, allowing students to view and manipulate molecular structures in real time. This tool covers various modules, including orbitals, VSEPR geometries, hydrogen bonding, and biomolecular assemblies. 3. The PDB2AR tool is a companion to MolecularWeb, enabling users to generate custom AR/VR scenes from Protein Data Bank entries, AlphaFold models, or objects exported from visualization software. This flexibility allows educators and researchers to create tailored content for their specific needs. 4. MolecularWebXR is a multiuser immersive platform that provides shared virtual rooms where participants can examine curated content on chemistry, materials, and biology, or import their own structures. This platform facilitates collaborative exploration and discussion, making it a valuable medium for scientific meetings and educational activities. 5. The most recent development, HandMol, moves beyond static visualization by enabling multiuser, bare-handed manipulation of molecular structures with real-time feedback from molecular mechanics engines. Features include on-the-fly minimization, collaborative docking, seamless file exchange, and natural language control through language models. 6. The MolecularWeb ecosystem demonstrates the progression from 2D visualization to dynamic, collaborative XR systems. By harnessing web technologies and integrating physics-based modeling with AI, it makes immersive molecular science broadly accessible, offering a glimpse of a future where teaching, learning, and discovery are more intuitive and collaborative. 📜Paper: doi.org/10.26434/chemrxiv-20… #MolecularWeb #ImmersiveTechnology #AR #VR #MolecularVisualization #Education #Research #Collaboration
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310copilot
Instead of installing software and writing code, you can visualize molecules on 310Copilot directly by entering text prompts. #ProteinDesign #MolecularVisualization
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ExcedrInc
Exciting times in science! Terry Lo explores how we can now visualize molecular details like genes and RNA in tissue, unlocking a new era of discovery. 🔬🧬 #MolecularVisualization #ScientificBreakthroughs #TheBiotechStartupsPodcast
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nanome_inc
Wow, those cyclo-ortho-phenylenes look amazing in VR! Thanks for sharing your experience with us. We're thrilled to see our platform bringing molecules to life in such a cool way! 🧪🔬 #VR #MolecularVisualization bit.ly/3uoXICW
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Medillustrates
Molecular Visualization of an HIV particle, animated by Nanographics. Explore more work by Nanographics: buff.ly/3BX0EXG #HIV #particle #molecularvisualization #animation #medical #medicalanimation #molecularbiology #3D #cellbiology #virology #biology #medicalanimators
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cyrille_favreau
Realistic and detailed visualization of the SARS-COV-2 virus #SARSCoV2 #COVID19 #pandemic #MolecularVisualization shutterstock.com/image/image…
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lvngthng
Here’s a look back at a journal cover candidate we had the privilege to create in collaboration with the Davis Laboratory at Oxford University. #molecularvisualization #medicalillustration #sciart #3drender #cell #molecules #biology #cellbiology #pharma #biotech #journalcover
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laurasplan
Closing Fri—#Denatured at <terminal> at @APSUart/@ceca_apsu curated by @profbarryRjones, "Denatured", Laura Splan, 2020, #generativeanimation made w/ #molecularvisualization software. Project Support provided by @UCScienceCenter/@IntegralMoleclr #sciart bit.ly/3xURCZh
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laurasplan
Thrilled to announce #Renatured was selected for @lumenprize Longlist. Created w/ #molecularvisualization software & SARS models. In collab w/scientists at @IntegralMoleclr at @UCScienceCenter #Bioart Residency. Models: @buildmodels. #NFT's on @foundation. bit.ly/3zcU2Cz
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UIC_BVIS
Did you know that you can specialize in Molecular Visualization as a medical illustrator? Read the full interview on our Instagram: instagram.com/uic_bvis/ #molecularvisualization #medicalillustration #scicomm
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laurasplan
Thrilled 2b part of this exciting line up tonight 8p ET! @NMCcomm showcase is a curated series of brief presentations by members. I'll be talking about my #molecularvisualization & #datadriven #animations exploring #interspeciesentanglements bit.ly/3pyYMOT #newmediaart
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michie_wu
My molecular visualization mock spread for Scientific American: An infographic on green fluorescent protein and its derivatives being used in FRET-based biosensors to study cancer. I made two versions - light version is below! #MscBMC #molecularvisualization #sciart #scicomm
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laurasplan
Such a pleasure talking with @designboom about rematerializing the ‘invisible’, #sciart collaborations, and interspecies entanglements! #scicomm #bioart #molecularvisualization
finding beauty in biological systems: laura splan on animating the alienating science of the pandemic designboom.com/art/beauty-bi…
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laurasplan
Such a pleasure to lead a whirlwind creative exploration of #molecularvisualization #pymol software w/biochemist & @genspacenyc instructor @DanielFried2 for @FairfieldU #innovation lab @FairfieldQuick bit.ly/2QqRZYK #sciart #bioart #scicomm #artandscience #moviz
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laurasplan
TONIGHT 7p ET—@FairfieldU @FairfieldQuick #InnovationLab Lecture Series—"Tickling the Bonds: Creative Engagement w/#MolecularVisualization Tools" Webinar w/Artist Laura Splan joined by @genspacenyc instructor @DanielFried2 bit.ly/2QqRZYK #sciart #bioart #scicomm #pymol
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