基于“前后对比”图片分析穿氧化铜浸渍袜子对足癣的影响——一个统计跟踪工具

M. E. Gargiulo, A. Elias, G. Borkow
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引用次数: 9

摘要

通过数字图像评估皮肤状况作为治疗效果评估的一部分,并没有广泛应用于足病。本研究的主要目的是通过治疗前后受影响足部的数字图像来评估足癣(脚癣)相关医学终点的定量测量,作为足科医生的辅助工具。为了做到这一点,我们分析了以前参加过临床研究的患者的照片。在这项已经发表的研究中,患者的真菌足感染只能通过穿含有氧化铜的抗真菌袜子来治疗。治疗的效果仅由足病医生的临床观察来确定。在本研究中,我们随机和盲目地分析了282张患者在使用袜子之前和之后的数字图像。使用ImageTool软件对治疗前后足癣感染表现为裂裂、脱屑、红斑和/或水泡的足部进行检测。统计分析表明,所有4个终点的严重程度均有显著降低(p<0.05)。这与发表的研究结果一致,进一步证实了使用含氧化铜的袜子治疗足癣是有效的。因此,本研究表明,从足癣治疗过程中拍摄的数字图像中获得的定量数据进行统计分析是可行的,并可作为足病医生监测治疗的工具。
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Analysis of the Effect of Wearing Copper Oxide Impregnated Socks on Tinea Pedis Based on "Before and After" Pictures - A Statistical Follow-up Tool
The assessment of skin conditions by digital images as part of the evaluation of treatment efficacy is not widely used in podiatry. The main objective of our study was to evaluate quantitative measuring of tinea pedis (athlete's foot) related medical endpoints via digital images of the affected feet areas before and after treatment as a supporting tool for podiatrists. In order to do so, we analyzed photographs taken of patients who had participated in a previous clinical study. During this already published study, the patient's fungal feet infections were treated only by wearing of antifungal socks containing copper oxide. The efficacy of the treatment was then determined solely by clinical observations of the podiatrist. In the current study, we randomly and blindly analyzed 282 digital images of patient's feet taken before and after using the socks in the pilot study. The affected feet areas, in which the tinea pedis infection was manifested by fissuring, scaling, erythema and/or vesicular eruptions, were determined before and after treatment by using ImageTool software. Statistical analysis of these determinations demonstrated a significant reduction in the severity of all 4 endpoints analyzed (p<0.05). This is in accordance with the results described in the published study, further establishing that using socks containing copper oxide is efficacious in treating tinea pedis. The present study thus demonstrates that statistical analysis of quantitative data obtained from digital images taken during treatment of tinea pedis is feasible and may serve as a tool for podiatrists in monitoring treatment.
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