Author: OneAngstrom

Molecular modelers often face the challenge of refining a specific part of a molecule while keeping other sections untouched during structural optimizations. This scenario is common when working on complex systems where interactions in one segment could inadvertently influence stable…

Molecular modeling often requires precise and intuitive navigation of complex structures. For many modelers, efficiently exploring 3D molecular scenes can be a challenge, especially when adapting to new platforms. If you’ve struggled with controlling your viewpoint, centering on molecules, or…

For molecular modelers, especially those new to a software platform, the learning curve can sometimes feel steep. SAMSON, the integrative molecular design platform, addresses this pain point with its interactive tutorials, a hands-on way to bring workflows to life directly…

Molecular modeling often involves working with complex systems composed of numerous atoms, residues, and molecules. Repeatedly selecting specific components can be a source of frustration and inefficiency. Wouldn’t it be great to have a way to quickly save and switch…

When constructing or refining protein structures, molecular modelers can often encounter a critical question: are my backbone conformations valid? Misplaced or strained residues can lead to inaccurate simulations or misrepresent biological functions. This is where the Interactive Ramachandran Plot in…

Molecular modelers often face the challenge of visualizing specific areas of complex molecular structures without altering the broader perspective. For many, the solution lies in leveraging precise camera techniques during molecular animations. One particularly helpful feature in SAMSON is the…

For molecular modelers working on proteins, one of the recurring challenges lies in comparing specific regions within protein structures. Whether you’re homing in on conserved motifs, ligand-binding regions, or structural elements, working with selective regions can be a pain without…