Formosa Cynthia, Chockalingam Nachiappan, Papanas Nikolaos, Gatt Alfred
Faculty of Health Sciences, University of Malta, Msida, Malta.
Centre for Biomechanics and Rehabilitation Technologies, Staffordshire University, Stoke-on-Trent, UK.
Int J Low Extrem Wounds. 2024 Feb 22:15347346241234421. doi: 10.1177/15347346241234421.
Despite medical and technological advancements, foot amputations continue to rise. Thus, the effort of diabetic foot management should be toward prevention and early diagnosis. Healthcare professionals need to be trained, equipped, and supported with adequate resources to be able to identify and deliver appropriate foot care. Every effort should be made to minimize the impact of complications and to ensure prompt access to care for everyone. Artificial intelligence and smart technology could provide a significant opportunity to improve efficiency in diabetes care, which may reduce diabetic foot complications. The possible potential of the new technologies which are emerging together with their current developing applications for diabetic foot care are suggested. A call for immediate change in diabetes foot screening guidelines is imperative to save limbs and lives.
尽管医学和技术不断进步,但足部截肢的情况仍在增加。因此,糖尿病足管理的工作应致力于预防和早期诊断。医疗保健专业人员需要接受培训、配备相应设备并获得充足资源的支持,以便能够识别并提供适当的足部护理。应尽一切努力将并发症的影响降至最低,并确保每个人都能及时获得护理。人工智能和智能技术可能为提高糖尿病护理效率提供重大机遇,这可能会减少糖尿病足并发症。文中提出了正在出现的新技术及其目前用于糖尿病足护理的开发应用的潜在可能性。迫切需要立即改变糖尿病足筛查指南,以挽救肢体和生命。