INTRODUCTION
Atopic dermatitis (AD) is a chronic disease which can be debilitating for some patients.1-3 Symptoms range from mild to persistent and can include uncontrollable itching, skin pain, and eczematous lesions, which have a wide array of sequelae impacting quality of life (QoL) including sleep loss, anxiety, and depression.3-6 AD is highly heterogeneous, even among patients classified as having similar disease severity; this can result in variability in clinical manifestations and treatment response.1
Current systemic treatment options are limited, especially for patients with more severe disease.7,8 Currently, moderate-to-severe AD is treated with systemics or phototherapy concomitantly with topicals. At the time of this study, the only FDA-approved systemic biologic for treatment of moderate-to-severe AD was dupilumab, which blocks IL4Rα and subsequent downstream IL-4 and IL-13 signaling.9 Additional clinical trials and real-world evidence suggest a significant proportion of patients may benefit from additional treatment options given the significant burden and heterogeneity of AD.10-13
Previous studies quantifying inadequate control of AD in real-world populations were conducted prior to dupilumab approval, limited to patients under the care of dermatologists, and/or did not include US patients.12,14,15 This study sought to quantify and further understand disease control in a broader population with moderate-to-severe AD in the US, including those with prior dupilumab exposure.
Current systemic treatment options are limited, especially for patients with more severe disease.7,8 Currently, moderate-to-severe AD is treated with systemics or phototherapy concomitantly with topicals. At the time of this study, the only FDA-approved systemic biologic for treatment of moderate-to-severe AD was dupilumab, which blocks IL4Rα and subsequent downstream IL-4 and IL-13 signaling.9 Additional clinical trials and real-world evidence suggest a significant proportion of patients may benefit from additional treatment options given the significant burden and heterogeneity of AD.10-13
Previous studies quantifying inadequate control of AD in real-world populations were conducted prior to dupilumab approval, limited to patients under the care of dermatologists, and/or did not include US patients.12,14,15 This study sought to quantify and further understand disease control in a broader population with moderate-to-severe AD in the US, including those with prior dupilumab exposure.