Large-scale provocation studies identify maladaptive responses to ubiquitous aeroallergens as a correlate of severe allergic rhinoconjunctivitis and asthma.
Alisha M SmithRobert M RamirezNathan HarperFabio JimenezAnne P BranumJustin A MeunierLavanya PandrankiAndrew CarrilloCaitlyn WinterLauryn WinterCynthia G RatherDaniel A RamirezCharles P AndrewsMarcos I RestrepoDiego J MaselliJacqueline A PughRobert A ClarkGrace C LeeAlvaro G MoreiraMuthu Saravanan ManoharanJason F OkuliczRobert L JacobsSunil K AhujaPublished in: Allergy (2021)
Provocation studies support the concept that resilience, adaptation, and maladaptation to environmental disease triggers calibrate AA/ARC severity. Despite the ubiquity of aeroallergens, in response to these disease triggers in controlled settings (ie, ACC), most atopic persons manifest the resilient or adaptive phenotype. Thus, ARC/AA disease progression may reflect the failure to preserve the resilient or adaptive phenotype. The triangulation of CD8+ T-cell activation, airway epithelial injury/repair processes and maladaptation in mediating AA disease severity needs more investigation.