SAMSON Blog – Page 5

Mastering Molecular Assembly with Fragments in SAMSON

For molecular modelers, building complex structures can often feel like assembling a 3D puzzle with missing pieces. In SAMSON, this challenge is met with an intuitive approach: constructing molecules using fragments. By assembling predefined or user-created assets, you can efficiently…

Streamlining Molecular Docking with SAMSON’s Dock Animation

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Molecular modelers often face a key challenge: visualizing how molecules and complexes interact using realistic docking scenarios. Precise docking animations can help communicate these complex behaviors effectively within teams or to an audience. This is where SAMSON’s Dock animation can…

Mastering Segment Attributes in Molecular Modeling

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Working with molecular modeling often requires handling nodes that represent different levels of structure, and segments play a pivotal role in this hierarchy. But how do you efficiently specify and query segment attributes to streamline workflows? Let’s explore how the…

Effortlessly Prepare Coarse-Grained Models for GROMACS Simulations

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Coarse-grained (CG) molecular dynamics simulations are a powerful tool to simplify molecular models and accelerate simulations. However, converting an atomistic structure into a reliable CG model with matching topology files can be daunting. What if you could streamline this process…

Understanding Node Visibility in SAMSON’s NSL

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When working on complex molecular models, managing the visibility of nodes can be both a challenge and a necessity. Whether you’re organizing a large dataset, focusing on specific molecular components, or preparing visualizations for presentations, understanding how to control and…

Simplify Ligand Unbinding Pathway Discovery with Ligand Path Finder

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For molecular modelers studying how ligands interact with proteins, understanding unbinding pathways is pivotal to uncovering the intricacies of molecular dynamics. This process, however, often feels overwhelming due to complex workflows and the need for accurate tools to simulate molecular…

Exploring Protein Conformations with Ramachandran Analysis

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For molecular modelers, understanding protein conformations is a cornerstone of successful structure analysis and design. One essential tool for studying these conformations is the Ramachandran plot, a powerful way to visualize and evaluate protein backbone dihedral angles in phi/psi space.…

Mastering Molecular Orientation in SAMSON With Molecular Box Builder

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Aligning molecules in 3D space can be a complex yet pivotal step in molecular modeling workflows. Whether you’re creating solvent boxes, lipid layers, or specialized nanostructures, consistent molecular orientation can dramatically improve the precision and usability of your simulations. Luckily,…

How to Make Atoms Progressively Disappear with Conceal Animation in SAMSON

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For molecular modelers, crafting visually compelling presentations can greatly enhance the understanding of complex molecular systems. But what if you need to gradually hide specific atoms and bonds to focus on certain parts of your model without overwhelming viewers? This…

Enhance Molecular Insights with Path Analyzer in SAMSON

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For molecular modelers, analyzing how molecules move, evolve, and interact over time is a crucial task. Whether you’re studying protein-ligand interactions, observing structural changes, or investigating dynamic phenomena, accessing meaningful data from trajectories is essential. SAMSON, the integrative molecular design…