Sherman Ronald A
BioTherapeutics, Education and Research Foundation, Irvine, California, USA.
J Diabetes Sci Technol. 2009 Mar 1;3(2):336-44. doi: 10.1177/193229680900300215.
In the 21st century, eighty years after William Baer presented his groundbreaking work treating bone and soft tissue infections with live maggots, thousands of therapists around the globe have rediscovered the benefits of maggot therapy. The renaissance in maggot therapy is due in large part to recent technological advancements that have solved or minimized many of the treatment's earlier drawbacks: the need for reliable access to this perishable medical device, simplified application, and low-cost production. Modern dressing materials have simplified the procedure and minimized the risk of escaping maggots. The establishment of dozens of laboratories throughout the world, along with access to overnight courier services in many regions, has made medicinal maggots readily available to millions of people in need. Studies show that fears of patient nonacceptance are unfounded. The medical literature is rapidly growing with scientific evidence demonstrating the efficacy and safety of maggot therapy for a variety of problematic wounds. This article examines how these and other technologies are optimizing the study and application of maggot therapy for wound care.
在21世纪,即威廉·贝尔发表用活蛆治疗骨和软组织感染的开创性工作80年后,全球数千名治疗师重新发现了蛆疗法的益处。蛆疗法的复兴很大程度上归功于最近的技术进步,这些进步解决或最小化了该疗法早期的许多缺点:对这种易腐医疗设备的可靠获取需求、简化的应用过程以及低成本生产。现代敷料材料简化了操作程序,并将蛆逃脱的风险降至最低。世界各地建立了数十个实验室,许多地区还提供隔夜快递服务,这使得药用蛆能随时提供给数百万有需要的人。研究表明,担心患者不接受是毫无根据的。医学文献正迅速增多,有科学证据证明蛆疗法对各种疑难伤口的有效性和安全性。本文探讨了这些技术以及其他技术如何优化蛆疗法在伤口护理方面的研究和应用。