Here, two recent computational findings are noteworthy. In the first, Foroutan-Nejad points out the lack of correlation between paratropicity and aromatic stabilization energy in monocyclic -conjugated hydrocarbon radicals, and in the second, Zhu et al. uses the concept of adaptive aromaticity in 16-as well as 18-electron metallaaromatic compounds with lowest excited states of * or * character. Both monocyclic -conjugated hydrocarbon radicals and the metallaaromatics in the states under consideration differ by one electron in the versus -electron counts. Can our analysis approach be extended to these and other species with odd total numbers of and -electrons? If so, one may utilize the analysis to species which are not traditionally regarded as heteroaromatics, e.g., carbenes of relevance for astrochemistry or as ligands in complexes for catalysts, or molecules with charge transfer states composed of cyclic radical cationic and anionic moieties.