人工智能在成人癌症生存症状监测中的应用综述

IF 3.6 Q2 ONCOLOGY JCO Clinical Cancer Informatics Pub Date : 2024-12-01 Epub Date: 2024-12-02 DOI:10.1200/CCI.24.00119
Sanam Tabataba Vakili, Darren Haywood, Deborah Kirk, Aalaa M Abdou, Ragisha Gopalakrishnan, Sarina Sadeghi, Helena Guedes, Chia Jie Tan, Carla Thamm, Rhys Bernard, Henry C Y Wong, Elaine P Kuhn, Jennifer Y Y Kwan, Shing Fung Lee, Nicolas H Hart, Catherine Paterson, Deepti A Chopra, Amanda Drury, Elwyn Zhang, Shayan Raeisi Dehkordi, Fredrick D Ashbury, Grigorios Kotronoulas, Edward Chow, Michael Jefford, Raymond J Chan, Rouhi Fazelzad, Srinivas Raman, Muna Alkhaifi
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引用次数: 0

摘要

目的:在医疗保健中采用人工智能(AI)可能为个性化和以患者为中心的护理提供新的途径。本系统综述探讨了人工智能在成年癌症幸存者症状监测中的作用。方法:从研究开始到2023年11月,在7个书目数据库和3个临床试验注册中心进行全面检索。这篇PROSPERO注册综述(ID: CRD42023476027)评估了人工智能在成人所有癌症类型的症状监测(生理和心理症状)中使用的实证研究报告。结果:共识别18,530份报告,其中41份符合审查标准并进行了分析。纳入的研究主要发表于2021年至2023年之间,来自美国(39.0%)和日本(14.6%),主要采用队列设计(80.5%),其次是横断面设计(12.2%)。平均样本量为617.14(标准差= 1401.37),大多数研究主要包括多种肿瘤类型(31.7%)或乳腺癌幸存者(26.8%)。机器学习算法(43.9%)是最常用的人工智能方法,其次是自然语言处理(29.3%)、人工智能驱动的聊天机器人(17.1%)和决策支持工具(9.8%)。人工智能算法最常见的输入是文本数据、患者报告的症状和生理测量。检查最多的症状是疼痛(34.2%的研究),其次是疲劳和恶心(各占17.1%)。总体而言,该综述显示人工智能技术在预测和监测癌症症状方面的应用越来越多。结论:人工智能正被用于加强各种癌症环境的症状监测。在考虑整合到临床实践时,应该考虑数据捕获的标准化、分析的使用、基础设施投资和最终用户体验,以成功实施和监测患者预后的改善。
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Application of Artificial Intelligence in Symptom Monitoring in Adult Cancer Survivorship: A Systematic Review.

Purpose: The adoption of artificial intelligence (AI) in health care may afford new avenues for personalized and patient-centered care. This systematic review explored the role of AI in symptom monitoring for adult cancer survivors.

Methods: A comprehensive search was performed from inception to November 2023 in seven bibliographic databases and three clinical trial registries. This PROSPERO registered review (ID: CRD42023476027) assessed reports of empirical research studies of AI use in symptom monitoring (physical and psychological symptoms) across all cancer types in adults.

Results: A total of 18,530 reports were identified, of which 41 met review criteria and were analyzed. Included studies were predominantly published between 2021 and 2023, originated in the United States (39.0%) and Japan (14.6%), and primarily used cohort designs (80.5%), followed by cross-sectional designs (12.2%). The mean sample size was 617.14 (standard deviation = 1,401.37), with most studies primarily including multiple tumor types (31.7%) or breast cancer survivors (26.8%). Machine learning algorithms (43.9%) was the most used AI method, followed by natural language processing (29.3%), AI-driven chatbots (17.1%), and decision support tools (9.8%). The most common inputs to the AI algorithms were textual data, patient-reported symptoms, and physiologic measurements. The most examined symptom was pain (34.2% of studies), followed by fatigue and nausea (17.1% of studies each). Overall, the review showed increasing AI technology use in the prediction and monitoring of cancer symptoms.

Conclusion: AI is being used to enhance symptom monitoring in various cancer settings. When considering integration into clinical practice, standardization of data capture, the use of analytics, investing in infrastructure, and the end-user experience should be considered for successful implementation and monitoring the improvement of patient outcomes.

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CiteScore
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