Our work informs upon and paves the way for future studies of aerosols with computational microscopy that are not just limited to sea spray. The COVID-19 pandemic highlighted the importance of aerosols in the transmission of airborne pathogens between individuals. 142-144 It has been observed that submicron, rather than supermicron, aerosols are more likely carriers of active SARS-CoV-2. 143 Insights from our work suggest that morphological heterogeneity may play a role in stabilizing regions of physiological relevance within a respiratory organic aerosol, aiding in the protection of viruses during airborne transport. Future studies of aerosols in this size regime will be useful in illuminating the mechanisms behind the airborne transmission of enzymes, viruses, and bacteria throughout the environment.