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Making Protein-Ligand Docking Results Easier to Interpret

When running protein-ligand docking simulations, getting results is only the first step. The real challenge often lies in interpreting those results—especially for complex systems—and sharing them in a clear and insightful way. If you've tried to analyze docking poses in…

Easily Visualize Reverse Molecular Trajectories in SAMSON

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Creating meaningful molecular animations often means more than just showing atoms and bonds moving – it’s about telling a story of how molecules react, interact, and change over time. But what happens when you want to reverse that story? Whether…

Turning Molecular Animations into Slides: Using the Stop Effect in SAMSON

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When presenting molecular mechanisms and designs, clarity is everything. Whether you’re teaching, presenting your research, or building interactive lessons, you want your audience to follow key steps of molecular dynamics or conformational changes without distractions or information overload. This is…

One Click to Clarity: Simplify Molecular Visualization with SAMSON Visual Presets

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If you’ve ever spent more time tweaking molecular renderings than actually analyzing your structures, you’re not alone. Molecular modeling is a visually intensive science, but producing an insightful, publication-ready representation can feel like an art project. The issue isn’t the…

When You Can’t See It: Managing Label Visibility in Molecular Models

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One of the most common friction points for molecular modelers—especially when working in complex systems—is label clutter. Labels help annotate molecules, atoms, or processes, but when not managed properly, they can quickly overcrowd your scene or simply disappear when you…

Dragging Atoms to Simulate Molecular Behavior in Real Time

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Modeling molecular systems traditionally relies on preparing static structures, launching simulation jobs, and then reviewing results afterward. But what if you could “grab” an atom in a molecule and instantly see how it moves and how the entire system responds?…

Customizing Protein-Ligand Structure Predictions with Boltz-2 in SAMSON

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One of the most common challenges in molecular modeling today is generating reliable 3D structures of protein-ligand complexes when experimental data isn’t available. Whether you’re trying to evaluate a drug candidate, explore a new biomolecular interaction, or prepare input files…

Speeding Up NMR Structure Prediction by Assigning Methyl Groups

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For molecular modelers working with protein-ligand complexes, Nuclear Magnetic Resonance (NMR) remains a go-to experimental method when X-ray crystallography becomes impractical. However, interpreting NMR data in silico, especially ambiguous NOESY peaks involving unassigned methyls, can quickly turn computationally expensive. When…

Creating Multiple Protein Replicas in SAMSON without Errors

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Working on molecular simulations often means scaling up. Whether you’re modeling protein aggregation, crowded cellular environments, or simply running multiple replicas for statistical accuracy, duplicating protein structures is essential. But, if you’ve ever tried this manually, you’ve likely encountered issues…

Cleaning Hundreds of Protein Structures Just Got Simpler

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If you work with large structural datasets, you’re probably familiar with the tedium of preparing multiple protein files—removing water molecules, deleting unnecessary ligands, fixing missing atoms—before launching simulations or docking studies. Doing this manually for dozens or even hundreds of…