@@ -77,23 +77,23 @@ def get_residue_axes(
               heavy atom + bonded hydrogens.
             * Set translational axes equal to rotational axes (as per the original
               code convention).
+
         - If bonded to only one other residue:
             * Translational axes are principal axes of data_container.
             * Find edge heavy atom (i.e. heavy atoms bonded to neighbour residue).
             Find all heavy atoms bonded to edge heavy atom and compute their average
             position. Find all other heavy atoms in residue and compute their average
             position.The three points are now used to obtain determine residue
-            rotational axes. (see get_residue_custom_axes)
-            Compute a custom MOI, using heavy atom positions and
-          heavy atom + hydrogen masses.
+            rotational axes. (see get_residue_custom_axes) Compute a custom MOI,
+            using heavy atom positions and heavy atom + hydrogen masses.
+
         - If bonded to at least two other residues:
             * Translational axes are principal axes of data_container.
             * Find edge heavy atoms (i.e. heavy atoms bonded to neighbour residues)
             and find the shortest chain between them: the backbone. Edge
             atoms + backbone COM are used to determine residue rotational axes.
-            (see get_residue_custom_axes).
-            Compute a custom MOI, using heavy atom positions and
-          heavy atom + hydrogen masses.
+            (see get_residue_custom_axes). Compute a custom MOI, using heavy
+            atom positions and heavy atom + hydrogen masses.
 
         Args:
             data_container (MDAnalysis.Universe or AtomGroup):