For molecular modelers, setting up protein-ligand docking workflows—whether for covalent or non-covalent interactions—can often be a daunting process, especially when aiming for accuracy and efficiency. The FITTED Suite SAMSON Extension, developed in collaboration with Molecular Forecaster, offers an integrative solution…
Molecular modeling can often involve navigating complex datasets and defining precise criteria to study specific molecular properties. SAMSON’s Node Specification Language (NSL) offers an efficient and flexible solution by providing a comprehensive list of molecule attributes for filtering, analyzing, and…
Understanding and analyzing complex molecular structures can be tricky, especially when trying to identify and interact with individual residues. For molecular modelers, one common challenge is ensuring smooth and precise control over residue selection while maintaining synchronization between the 2D…
Transition paths between molecular states often hold essential clues for understanding complex biochemical processes. However, generating a precise and energy-optimized path between conformations can be a time-consuming and technically challenging task for molecular modelers. This is where the Parallel Nudged…
Molecular modelers often struggle with precisely identifying the hybridization states of atoms within complex molecular structures. This is a critical step in understanding molecular geometry, reactivity, and electronic configuration. Thankfully, the Node Specification Language (NSL) in SAMSON features the atom.hybridization…
