Beyond only parameterizing molecules with existing connectivity graphs, the approach outlined in this paper may help aid other polymer building tasks. For example, with tools such as mbuild for coordinate generation, entire polymer conformers could be built just from knowledge of monomer connectivity, which could also be provided as a graph. When systems must be built from the ground-up, existing polymer specification formats such as BigSMILES 47 could be used with monomer templates to create unambiguous encodings for large polymer topologies with the additional template requirement that stereochemistry be specified in each template atom, since stereochemistry informs the generation of new 3D coordinates. Monomer templates could also be used to identify residues names and numbers in unknown or unlabeled chains for use in improved analysis scripts, although the current implementation purposefully ignores the residue information present in the PDB while matching monomer templates. Specifically, when systems must be loaded from pre-existing coordinates, monomer templates could be used to insert identifiers for unknown ligands (typically denoted as "UNK" in PDB files) or overwrite existing names. Because chemical units specified by monomer templates may be subunits of separate, larger monomer templates, this would require the residue assignments to include rules to resolve such ambiguities.