Molecular modelers often face challenges in managing complex molecular structures across different representations. For instance, selecting a specific residue or chain in a sequence and ensuring the same selection is reflected in both a 3D viewport and a structural document…

Molecular modeling is a discipline that often necessitates bespoke functionalities to address diverse challenges, from drug discovery to materials science. As a molecular modeler, you may frequently encounter the need to integrate external tools, customize workflows, or prototype completely new…

Molecular modelers often face a crucial challenge—presenting data in a compelling, clear, and informative way. Color schemes are a powerful tool to enhance molecular visualization, making it easier to distinguish structural details, highlight specific properties, and derive insights. In this…

Molecular modeling can often require you to focus on specific regions of a molecular system without affecting other settings like fog or depth-of-field effects. If you’ve ever struggled with maintaining your camera’s target point while zooming in or out for…

For molecular modelers and researchers, communicating complex ideas effectively often requires precise control over animations. Whether you’re showcasing key molecular dynamics or emphasizing an important concept, timing is critical. This is where the Pause animation in SAMSON becomes an essential…

One of the biggest challenges for molecular modelers is efficiently simulating and analyzing molecular systems with accurate force field models. The Universal Force Field (UFF) is a widely used interaction model that offers a robust solution for simulating molecular mechanics…

Visualization plays a significant role in molecular modeling, enabling experts to communicate complex data more effectively and intuitively. However, ensuring clarity and engagement in presentations or animations can often be challenging. One frequent pain point for molecular modelers is finding…