Exploring Camera Node Attributes for Molecular Modeling

One of the challenges molecular modelers often face is controlling the camera perspectives when working on complex models. SAMSON provides an elegant way to manage these perspectives with its camera attribute space in the Node Specification Language (NSL). Let’s delve…

Simplifying Umbrella Sampling with GROMACS Wizard

Umbrella sampling is a powerful technique in molecular simulations for computing the Potential of Mean Force (PMF) along a reaction coordinate. However, setting up the initial conformations and parameters can feel challenging or time-consuming for molecular modelers. Fortunately, the GROMACS…

Progressively Revealing Atoms in Your Molecular Animations

Creating molecular animations is a cornerstone of molecular modeling and visualization. Often, molecular modelers need a way to showcase atoms and bonds gradually within a structure, either to demonstrate assembly processes, highlight key features, or make presentations smoother. The Reveal…

How to Define a Sampling Box for Ligand Pathway Exploration

Molecular modelers face a critical challenge when simulating ligand unbinding pathways: defining a precise and efficient sampling region. The sampling box directly impacts the pathway exploration results, playing a crucial role in ensuring the simulation is both accurate and computationally…

Keep your view steady with the Hold Camera animation.

One common pain point for molecular modelers is maintaining a consistent view of a molecular system while working on complex animations or navigating the molecular environment. Changes in the camera’s perspective can disrupt the workflow and make it harder to…

Mastering Protein-Ligand Interactions in 2D with SAMSON

For molecular modelers, visualizing and designing molecular interactions can often feel like navigating through a maze of complexity. Imagine if you could seamlessly bridge 3D molecular views with intuitive 2D interaction diagrams. Meet the Interaction Designer in SAMSON, a tool…

Exploring Reverse Path Animations for Molecular Trajectories

One of the challenges in molecular modeling lies in effectively visualizing and analyzing the complex trajectories generated during simulations. Whether you’re cycling through conformations or revisiting molecular dynamics paths, the ability to reverse those pathways can provide useful insights. SAMSON's…

Mastering Residue Selection Across Views in SAMSON

One of the essential challenges in molecular modeling is efficiently selecting and managing residues across various views of a molecular structure. Whether you are analyzing a protein sequence, refining structural models, or applying specific visual styles to residues, maintaining synchronization…