SAMSON Blog – Page 84

Easily Find Segments by Atom, Element, or Charge: NSL Tips in SAMSON

Working on complex biomolecular assemblies or large molecular structures often means dealing with thousands of segments, each potentially composed of hundreds of atoms. When your project grows, so does the need to filter segments efficiently—whether to visualize specific chemical features,…

How to Precisely Control Fragment Orientation When Building Molecules

OneAngstrom

When modeling complex molecular structures, one of the most common — and frustrating — pain points for molecular modelers is achieving the precise spatial arrangement of molecular fragments. Whether you’re building ligands, assembling macromolecular complexes, or preparing simulation-ready systems, accurate…

Editing Molecules on the Fly: Dynamic Topology with IM-UFF

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If you’ve ever tried to interactively modify molecular models during a simulation—adding atoms, breaking or forming bonds—you probably ran into the challenge of keeping energies consistent and topologies valid. For molecular modelers, working with fixed topologies can be limiting, especially…

Installing SAMSON Without Admin Rights: A Relief for Molecular Modelers

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Installing scientific software can often be a frustrating process. Between admin privileges, system compatibility, and inevitable troubleshooting, molecular modelers often spend more time configuring tools than doing research. If you’ve encountered admin barriers—especially in institutional or academic settings where you…

Zero in on Conformations with a Specific Number of Atoms in SAMSON

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When working with complex molecular systems, filtering large datasets to focus on specific structures can be time-consuming. For instance, identifying all conformations with a certain number of atoms might involve manual inspection or scripting — tedious or error-prone steps for…

Precise Atom Selection in Large Structures: An Overview of Symbol and Element Filters in NSL

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When working with large biomolecular or material systems, selecting specific atoms is a routine but critical task. Whether you’re running simulations, defining substructures, or simply visualizing key components, manually identifying atoms by their type, symbol, or element quickly becomes inefficient.…

Easily Find Hidden Molecules in Your Model with Node Visibility Flags

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When working with complex molecular models, it’s all too common to lose track of components that seem to disappear from view. Whether it’s atoms missing from a ligand or entire visual models vanishing without notice, navigating a crowded project in…

Running GROMACS Simulations in the Cloud with SAMSON

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Setting up molecular dynamics (MD) simulations can be complex and time-consuming, especially when dealing with hardware limitations or compatibility issues. Running simulations on your own machine is not always feasible when dealing with large systems or long simulation times. If…

Bringing molecular scenes to life: camera animations in SAMSON

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If you’ve ever tried to present a complex molecular structure using static screenshots or default camera angles, you know how challenging it can be to convey 3D relationships clearly. Molecular modelers often spend hours setting up the perfect orientation, only…

Easily Filter Folders by Atom Counts in SAMSON

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If you’ve ever worked on a large molecular system in SAMSON, you know how challenging it can be to find the exact folders that contain specific subsets of data—especially when dealing with deeply nested models or extensive molecular datasets. One…