IIS 登记处补助金 结合动态、多因素和基于人工智能的方法,为炎症性肠病轨迹建模

R. I. Comoretto, E. Tavazzi, M. Martinato, D. Azzolina
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引用次数: 0

摘要

该项目的目的是采用一种创新方法来模拟炎症性肠病(IBD)的发展过程,该方法从动态和多因素的角度考虑疾病的表现,重点关注模型的可解释性。 为了对 UR-CARE 登记研究人群的 IBD 病程进行建模,我们将采用一种创新方法,其中包括两种不同的数据驱动型人工智能技术,即动态贝叶斯网络和过程挖掘。具体来说,这两种方法将联合用于对 IBD 进展轨迹进行建模,通过描述其进展模式(包括临床事件、治疗和/或结果)以及临床变量之间的相互作用,提供更广泛的疾病概述。此外,还将探讨所提议的方法在满足慢性 IBD 进展预测需求方面的潜力,如预测下一次复发、治疗效果或风险因素的影响。 一方面,IBD 患者在疾病进展方面始终面临不确定性,而另一方面,临床医生也需要能帮助他们理解疾病进展多维性的工具。在这种情况下,人工智能可以成为成功满足这些需求的关键,它可以有效地研究疾病过程,描述病理随时间的演变,处理和捕捉患者的变异性,并提供预测疾病演变的工具。通过采用临时开发的分析方法,该项目有助于更好地了解 IBD 的发病机制和最佳治疗策略,确定患者特征与所经历的临床事件序列之间的关系,评估关键因素对疾病预后的影响。这些结果不仅有助于从临床和护理的角度更好地管理疾病,也有助于经济方面的管理。
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IIS Registry Grant Modelling Inflammatory Bowel Diseases trajectories combining dynamic, multifactorial, Artificial Intelligence-based approaches
The aim of this project is to model Inflammatory Bowel Diseases (IBD) progression using an innovative approach that considers the manifestation of the disease from a dynamic and multifactorial point of view, with a focus on model explainability. With the aim of modelling the course of IBD in the study population of the UR-CARE registry, an innovative approach will be applied consisting of the combined use of two different data-driven Artificial Intelligence techniques, namely dynamic Bayesian networks and Process Mining. Specifically, these two approaches will be jointly used to model IBD progression trajectories, providing a broader overview of the disease through the description of its patterns of progression (including clinical events, treatments and/or outcomes) and the interactions between clinical variables. The potential of the proposed methodology to address the predictive needs of chronic IBD progression, such as the forecasting of the next relapse, the effect of a therapy, or the impact of a risk factor, will also be explored. On the one side, IBD patients experience constant uncertainty regarding disease progression, while clinicians, on the other hand, need tools that can support them in understanding the multidimensionality of disease progression. In this scenario, AI can be the key to successfully satisfy these needs, effectively investigating the disease processes, allowing to describe pathological evolution over time, handling and capturing patients’ inter-variability, and providing tools to forecast disease evolution. By adopting an ad-hoc developed analytic approach, this project can help in better understanding IBD mechanisms and best care strategies, defining the relationships among the patient characteristics and the sequence of experienced clinical events, evaluating the impact of key elements on disease’s prognosis. These results would be useful not only to better manage the disease from a clinical and care point of view, but also in economic terms.
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