Update README

examples/glycosylation/README.md

@@ -69,4 +69,4 @@ We have included an example of how glycans can be specified under `predict_glyco
 
 ### A note on leaving atoms
 
-One might notice that in the above example, we are specifying CCD codes for sugar rings and connecting them to each other and an amino acid residue via various bonds. A subtle point is that the reference conformer for these sugar rings include OH hydroxyl groups that leave when bonds are formed. Under the hood, Chai-1 tries to automatically find and remove these atoms (see `AllAtomStructureContext.drop_leaving_atoms` for implementation), but this logic only drops leaving atoms within non-polymeric residues, and only removes leaving hydroxyl groups. For other, non-sugar covalently attached ligands, consider specifying a SMILES string that leaves out the leaving atoms, or open a GitHub issue.
+One might notice that in the above example, we are specifying CCD codes for sugar rings and connecting them to each other and an amino acid residue via various bonds. A subtle point is that the reference conformer for these sugar rings include OH hydroxyl groups that leave when bonds are formed. Under the hood, Chai-1 tries to automatically find and remove these atoms (see `AllAtomStructureContext.drop_glycan_leaving_atoms_inplace` for implementation), but this logic only drops leaving hydroxyl groups within glycan sugar rings. For other, non-sugar covalently attached ligands, please specify a SMILES string without the leaving atoms. If this does not work for your use case, please open a GitHub issue.