July 2022

Van der Heijde et al., carried out a study to show whether upadacitinib offers an effective treatment option for bDMARD-naïve and bDMARD-IR patients with active AS. Their results indicated that upadacitinib 15 mg significantly improved the signs and symptoms of active AS. The treatment was well tolerated for 14 weeks in bDMARD-IR patients, consistent with results observed in the upadacitinib AS bDMARD-naïve study.

This study from Ruyssen-Witrand et al, highlights that the probability of being in drug free remission at 5-year in patients with recent onset of axSpA is low. The study was performed to investigate the possible association between demographic, clinical, biological and imaging characteristics and drug-free remission at 5 years.

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Glintborg B et al, highlight in their recent research from the Nordic countries, that there is a low frequency of hospitalised infections during treatment with secukinumab or TNFi in patients with SpA and PsA. In clinical practice, secukinumab was found to double absolute risk of 1st year hospitalised infection compared with adalimumab, with the other TNFi treatments falling in between.

Baseline disease activity, as measured by cDAPSA, predicts the achievement of treatment targets in DMARD-naïve patients post- apremilast treatment. To come to this conclusion Mease, et al.  analysed data from the PALACE 4 clinical trial which investigated apremilast in DMARD-naïve patients. 175 patients receiving 30mg apremilast from baseline with cDAPSA data available, were analysed.

In this investigation ixekizumab showed sustained efficacy in PsA therapy for up to three years in both monotherapy and combination with MTX or a csDMARD. Here, investigators set out to evaluate the three-year efficacy and safety of ixekizumab with and without csDMARD use in patients with active PsA.

This analysis found that patients with active PsA who receive treatment with guselkumab can achieve robust and sustained low disease activity or remission. In reaching this conclusion investigators sought to evaluate the efficacy of guselkumab for the treatment of active PsA through the use of composite indices.

Here bimekizumab was associated with long-term reductions in disease activity and disease impact on patients with PsA. This investigation set out to evaluate the long-term effects of bimekizumab treatment on the key symptoms of PsA and the resulting impact on patient function and HRQoL.

Established machine learning approaches, based on ligand similarity, identified previously unknown off-target interactions of baricitinib and tofacitinib, and adds to the evidence that these JAK inhibitors are promiscuous binders, and highlight the potential for repurposing.