Who has skin in the game? Expanding patient opportunities for research engagement is a win-win for dermatology.
Who has skin in the game? Expanding patient opportunities for research engagement is a win-win for dermatology.
复制标题
谁在游戏中拥有利益?
DOI:
10.1093/bjd/ljad394
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发表时间:
2023
期刊:
影响因子:
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通讯作者:
Petukhova,Lynn
中科院分区:
文献类型:
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作者:
Colvin,Annelise;Petukhova,Lynn
Psoriasis is a disease entity perched at the forefront of precision medicine. It has a trifecta of conditions that creates opportunities for improving health outcomes and healthcare efficiency. It is a prevalent disease with an arsenal of approved interventions and evidence for heterogeneity in biologic causes and treatment responses. What remains missing is a reliable way to predict which patient subsets will have the best responses to particular interventions–information that can be discovered with pharmacogenetic studies. While this opportunity has been widely recognized and pursued by several groups, genetic biomarkers that facilitate the development of treatment plans tailored to a patient’s disease have been slow to emerge for psoriasis. 1 Obtaining drug response outcomes is time consuming and expensive, which limits cohort sizes and statistical power. In the article by Zhang et al. 2 in this issue of the BJD, the team led by Dr Lam C. Tsoi describes how they have overcome this major challenge, demonstrating that the use of patient-reported outcomes (PROs) provides an efficient way to increase sample sizes in pharmacogenetic studies. 2 Prior pharmacogenetic studies in psoriasis were small, containing fewer than 200 research participants. In contrast, by using PROs, Zhang et al. were able to assemble a cohort of 1942 genotyped psoriatic research participants. Outcome data included self-reported disease severity and responses for six treatments including oral systemic therapies, tumour necrosis factor (TNF) inhibitors, phototherapy and topical medications. The improved statistical power is evidenced by their results, which include 40 loci with P-values< 5× 10–6. While these results do not exceed stringent statistical thresholds that account for testing of multiple genetic variants and multiple outcomes, they performed a series of bioinformatic and experimental validation studies that implicate CD200 in methotrexate response and provide evidence that KLK7 regulates keratinocyte responses to TNF. Thus, their study identifies new genetic biomarkers and suggests a molecular approach to improving patient responses to TNF inhibition. 2 Replication studies are needed. The unveiling of precision medicine initiatives was accompanied by the presentation of a new research paradigm, one powered by patient engagement. 3 Research participants are reconceived as active partners in biomedical and clinical research, providing rich descriptions of outcomes and access to their healthcare data and donated biospecimens over long time periods. This reframing not only improves study designs and power, but also plays a critical role in developing and maintaining public trust. Furthermore, it helps lay a foundation for a new model of healthcare in which patients actively help to manage their own health and help to raise and answer new research questions, facilitating shared decision-making. 4 The Zhang et al. study provides empirical evidence that providing research participants an opportunity to report their experiences and engage in the research process can lead to discoveries that may improve the clinical management of their disease. 2 While the data used in the Zhang et al. study was retrospectively collected, social and behavioural sciences are actively advancing methods for the prospective collection of data from research participants in real time and in their natural environments. 5 Thus, the Zhang et al. study also incentivizes a better integration of these methods into dermatological research, further empowering patients as partners.