How to Quickly Control Visibility of Animation Nodes in SAMSON

In molecular modeling, animation allows researchers to visualize transitions, dynamics, or structural variations over time. But as these animations grow complex, managing visibility within molecular environments becomes a tedious task—especially when working with hundreds of nodes simultaneously. That’s where SAMSON’s…

Integrate Your Own Tools into SAMSON with Custom Apps

For many molecular modelers, a recurring challenge is the dispersion of tools across multiple platforms. You might be using different software for docking, visualization, analysis, and data access. Each tool has its strengths, but switching between them adds friction to…

A Quick Way to Reuse Custom GROMACS Parameters in SAMSON

For molecular modelers working with GROMACS, managing molecular dynamics parameters across different simulation steps can be a time sink. If you’re frequently switching between projects, tuning parameters, or experimenting with different equilibration conditions, then manually reconfiguring parameter sets for each…

From Clicks to Code: Writing Python Scripts with SAMSON AI

When working on molecular modeling projects, many researchers face a common challenge: repetitive, manual tasks that cost time and lower reproducibility. Whether it’s translating structures, computing simple properties, or automating a workflow, scripting offers a way out—if you know how…

Running GROMACS Simulations in the Cloud with SAMSON

One common challenge for molecular modelers is performing large-scale or lengthy GROMACS simulations without overloading their local machines. Interactive work becomes sluggish, fans spin up, and background simulations may suddenly halt if the system goes idle or reboots. What if…