“…Looking beyond gene regulation as the primary molecular process of interest, genomic (Blanchong et al, 2016; Longo et al, 2014), epigenomic (Bandyopadhaya et al, 2016; Garcia et al, 2019), proteomic (Heck & Neely, 2020; Horvatić et al, 2016; Neely et al, 2021), and metabolomic (Grogan, Skerratt, et al, 2018) methods are also highly relevant to the study of host‐pathogen interactions and wildlife disease outcome. For example, genomic methods commonly used to parse organismal adaptation to environmental stressors, such as genome‐wide association mapping and selection scans (Brennan et al, 2018; Elbers et al, 2018; Reid et al, 2016), can identify loci that are under selection due to pathogen pressure (Alves et al, 2019; Auteri & Knowles, 2020; Gignoux‐Wolfsohn et al, 2021; Gupta et al, 2020; Schwensow et al, 2020).…”