API Build#
|
Adding missing covalent bonds based on atomic distances and types. |
|
Adding missing non-hydrogen atoms to a molecular system. |
|
Adding missing hydrogen atoms to a molecular system. |
|
Adding terminal atoms to existing groups in a new native system. |
|
Adding terminal cappings to peptides and proteins. |
|
Assigning full named AutoDock labels to a detached single-state MolSys. |
|
Assigning validated full-atom charges to a detached single-state MolSys. |
|
Building a peptide from a sequence. |
|
Creating an editable molecular-system builder. |
|
Identifying candidate disulfide bonds between sulfur atoms. |
|
Getting bounded covalent candidates from exact group templates. |
|
Getting bounded backbone C-N distance candidates without changing chemistry. |
|
Identifying candidate missing covalent bonds. |
|
Identify heavy (non-hydrogen) atoms that are missing from residues in a molecular system. |
|
Identify residues that are missing from a molecular system relative to a reference sequence. |
|
Identify terminal capping atoms that are missing from chain termini in a molecular system. |
|
Identify non-standard residues in a molecular system and suggest standard replacements. |
|
Assessing stored residue chemistry against exact supported templates. |
|
Checking if a molecular system or selected subset contains hydrogen atoms. |
|
Check whether a molecular system is solvated with an explicit solvent box. |
|
Construct the biological assembly of a molecular system from its asymmetric unit. |
|
Building an SPC/E water box from a reference tile, supporting triclinic cells. |
|
Applying amino-acid substitutions with explicit reconstruction limits. |
|
Removing molecules that overlap a reference selection within a distance threshold. |
|
Solvate a molecular system by surrounding it with explicit water molecules and ions. |
|
Resolving alternate-location atoms in selected structures. |