Both the guests and the hosts studied here are asymmetric, so their bound complexes might adopt any of a number of conformations, defined, for example, by the positioning of the guests' bulky, tricyclic phenothiazine moieties and their cationic side chains within the binding site. We gathered information on these conformations by using two-dimensional NOESY NMR studies of the host-guest complexes to identify pairs of host and guest atoms that reside close enough (less than about 6Å) to be detectible as an NOE cross-peak. We note, however, that the modest solubility of the CDs studied led to limited resolution, and some NOEs may not have been identified due to the challenge of assigning certain chemical shifts in the 1D spectra. Note that we did not seek to resolve intramolecular NOEs. Interested readers may find the 1D and 2D spectra in the Supporting Information. The resulting NMR information is not sufficient to define the bound poses of the guests within the CD hosts, but they can be used as a check of the complexes generated with computer models.