AUC Santa Cruz AI 装置,A-Heal,通过监测条件和实时调整治疗,加速了伤口愈合。 A UC Santa Cruz AI device, a-Heal, accelerates wound healing by monitoring conditions and adjusting treatment in real time.

由UC Santa Cruz工程师研制的可磨损的AI动力装置A-Heal, 使用实时监测伤口状况和AI来加速愈合。 A wearable AI-powered device called a-Heal, developed by UC Santa Cruz engineers, uses real-time monitoring of wound conditions and AI to accelerate healing. 它跟踪生物信号,并根据伤口的阶段调整治疗(例如电刺激或药物治疗),改善组织再生和减少感染风险。 It tracks biological signals and adjusts treatment—such as electrical stimulation or medication—based on the wound’s stage, improving tissue regeneration and reducing infection risks. 这种非侵入性、遥控监测装置是为慢性或慢愈合伤口设计的,可以使糖尿病患者、老年人和外科后患者受益。 Designed for chronic or slow-healing wounds, the non-invasive, remote-monitored device could benefit patients with diabetes, the elderly, and post-surgical individuals. 部分资金由DARPA提供,其目的是增加获得护理的机会,特别是在偏远或服务不足的地区,这标志着个人化的伤口护理取得显著进展。 Partially funded by DARPA, it aims to enhance care access, especially in remote or underserved areas, marking a significant advancement in personalized wound care.