For molecular modelers, managing large and complex molecular structures can often feel overwhelming. Whether identifying specific residues, highlighting biophysical properties, or switching between structural chains, the process can be tedious and time-consuming. SAMSON’s Sequence View offers an interactive and intuitive…
Creating accurate molecular models is a cornerstone challenge for researchers and molecular modelers. One significant hurdle involves efficiently analyzing and manipulating attributes of structural models. SAMSON, the integrative molecular design platform, addresses this issue with its powerful Node Specification Language…
Measuring precise distances, angles, and dihedrals is an essential aspect of molecular modeling. Accurate physical measurements can, for instance, help verify structural hypotheses, calculate properties, or analyze molecular geometries. And yet, the process can sometimes feel tedious or restrictive –…
Molecular modeling often involves rigorous attention to detail, including the accurate representation, analysis, and input of molecular components. A common pain point faced by modelers is efficiently working with side chain attributes, especially when dealing with larger molecular systems. SAMSON’s…
Molecular modelers often face challenges when generating complex nanostructures like carbon nanotubes (CNTs)—especially when precision is paramount. Whether you are working in nanotechnology, materials science, or molecular design, building accurate CNT models can be critical to your workflow. With the…
