New insights on hidradenitis suppurativa phenotypes and treatment response: An exploratory automated analysis of the SUNSHINE and SUNRISE trials

Author:

Passera Anna1,Muscianisi Elisa2,Demanse David1,Okoye Ginette A.3,Jemec Gregor B. E.4,Mayo Tiffany5,Hsiao Jennifer6,Shi Vivian Y.7,Byrd Angel S.3,Wei Xiaoling8,Uhlmann Lorenz1,Vandemeulebroecke Marc1ORCID,Ravichandran Shoba9,Porter Martina L.10ORCID

Affiliation:

1. Novartis Pharma AG Basel Switzerland

2. Novartis Gene Therapies Bannockburn Illinois USA

3. Department of Dermatology Howard University College of Medicine Washington, D.C. USA

4. University of Copenhagen Copenhagen Denmark

5. University of Alabama at Birmingham Birmingham Alabama USA

6. University of Southern California Los Angeles California USA

7. Department of Dermatology University of Washington Seattle Washington USA

8. Novartis Pharma Shanghai Shanghai China

9. Novartis Pharmaceuticals Corporation East Hanover New Jersey USA

10. Department of Dermatology Beth Israel Deaconess Medical Center and Harvard Medical School Boston Massachusetts USA

Abstract

AbstractBackgroundDefining hidradenitis suppurativa (HS) subtypes was previously limited by small sample sizes and poor interrater reliability; no study has investigated subtype treatment responses. The objective of this analysis was to characterize HS clusters in adult patients with moderate to severe HS and evaluate secukinumab treatment responses between clusters.MethodsClusters were identified via an unsupervised machine learning clustering analysis using baseline data from the randomized, placebo‐controlled SUNSHINE (NCT03713619) and SUNRISE (NCT03713632) phase 3 trials. To assess treatment responses, patients received secukinumab every 2 (SECQ2W) or 4 weeks (SECQ4W) or placebo, for 16 weeks, after which, placebo patients randomly switched to SECQ2W/SECQ4W, and SECQ2W/SECQ4W patients maintained their original treatment, until week 52. Baseline outcomes included patient characteristics, disease characteristics and severity, HS‐associated comorbidities and previous treatment exposures. Treatment response was assessed via the HS clinical response (HiSCR), abscess and inflammatory nodule (AN) count, flares and NRS30 (skin pain).ResultsBased on baseline data, three clusters were identified from 1084 patients (Cluster 1: 54.1%, Cluster 2: 17.8%, Cluster 3: 28.1%). Cluster 1 was predominantly female (65.4%) and was characterized by milder HS. Cluster 2 had more patients from the Asia Pacific, Middle East and Africa region (58.5%) and was characterized by moderate HS. Cluster 3 had the highest rates of previous exposure to biologics (45.9%) and prior HS‐related surgeries (47.5%) and was characterized by severe HS. SECQ2W and SECQ4W demonstrated efficacy versus placebo in all clusters at week 16; SECQ2W and SECQ4W efficacy was maintained to week 52. SECQ2W treatment showed a trend for greater efficacy versus SECQ4W in Cluster 3 through week 52.ConclusionsThree HS clusters were identified. Secukinumab demonstrated benefit over placebo in all clusters. However, patients with more severe disease may take longer to respond and more frequent secukinumab dosing may be required for these patients.Trial RegistrationSUNSHINE (NCT03713619) and SUNRISE (NCT03713632).

Publisher

Wiley

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