
April W. Armstrong, MD, MPH: Psoriasis Treatment Breakthroughs, Future Predictions
In her interview with HCPLive, Armstrong spoke on new data presented at Fall Clinical Dermatology on bimekizumab, deucravacitinib, and upadacitinib.
During a segment of her HCPLive interview, April W. Armstrong, MD, MPH, discussed more specifics on the data regarding
Armstrong, known for her work as a professor of dermatology and as associate dean of clinical research and at USC’s Keck School of Medicine, described new data on 3 major types of psoriasis treatment: bimekizumab, deucravacitinib, and upadacitinib.
“As you have said, we do have a lot of therapeutic options available,” she explained. “And therefore when we have these new medications, it's very important that they have something unique about them.”
Armstrong explained several different aspects of the various treatments, first exploring the topic of
Deucravacitinib has become known as the first oral, once-per-day treatment for moderate-to-severe plaque psoriasis.
“So this is a first-in-class mechanism action that we have not seen before in our field,” Armstrong said. “So it's very novel in that sense, and it inhibits a intracellular molecule that's really critical to the psoriasis pathogenesis.”
Later in the interview, Armstrong went on to describe
“For upadacitinib, I think we are looking at high efficacy rates for psoriatic arthritis with this oral JAK inhibitor,” she said. “Now this JAK inhibitor is to be used in patients who are either intolerant or have not achieved their response with (tumour necrosis factor) inhibitors. So it's good to know that we have options for those patients, for example, who have failed TNF inhibitors in the past.”
Finally, Armstrong discussed data regarding the monoclonal IgG1 antibody known as
“That means that we are seeing that particular mechanism of action being translated to this exceptional level of clinical response that we see,” she said. “The number of patients that are clear by bimekizumab, for example, by 4 months of time is higher than probably anything that we've seen thus far.”
Armstrong concluded that combination
For more information on the data presented by Armstrong, view the interview above.


























































