Boykin J V, Crossland M C, Cole L M
Columbia Retreat Regional Wound Healing Center, USA.
J Healthc Resour Manag. 1997 May;15(4):22, 24-6.
Biomedical technology as applied to wound healing management allows specific evaluations of the oxygen-related pathophysiology of non-healing wounds. In many of these cases the use of transcutaneous oxygen mapping of the skin and hyperbaric oxygen (HBO) therapy as an adjunctive treatment for non-healing wounds speeds the healing process. While HBO treatment has remained a covered service for hospital-based care, only recently have treatment algorithms for its application in an outpatient setting been available. This technological advancement has also been a factor in the development of cost effective wound healing centers (WHC) in community hospitals. Better outcomes for many chronic wounds are achieved by combining a multidisciplinary team approach using advanced technologies. In this article the case of a soft-tissue radiation necrosis ulceration of the leg successfully treated with adjunctive HBO is presented. In this example, a reduction in patient charges of greater than 30% was achieved as compared to costs associated with traditional surgical/hospital management of the condition.
应用于伤口愈合管理的生物医学技术能够对难愈合伤口与氧相关的病理生理学进行具体评估。在许多此类病例中,利用皮肤经皮氧测绘和高压氧(HBO)疗法作为难愈合伤口的辅助治疗可加速愈合过程。虽然HBO治疗一直是医院护理的一项涵盖服务,但直到最近才有了其在门诊环境中应用的治疗算法。这一技术进步也是社区医院中具有成本效益的伤口愈合中心(WHC)发展的一个因素。通过采用先进技术的多学科团队方法相结合,许多慢性伤口可取得更好的治疗效果。本文介绍了一例成功采用辅助HBO治疗的腿部软组织放射性坏死溃疡病例。在此例中,与该病症传统手术/医院管理相关的成本相比,患者费用降低了30%以上。