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Rebound 透热疗法作为热疗剂的疗效:一项批判性评价课题。

Efficacy of ReBound Diathermy as a Thermal Heating Agent: A Critically Appraised Topic.

出版信息

J Sport Rehabil. 2019 Aug 1;28(6):656-659. doi: 10.1123/jsr.2018-0034.

Abstract

Clinical Scenario: ReBound is a portable shortwave diathermy unit used to heat tissues using the same principle as induction drum shortwave diathermy. It is unclear if ReBound can vigorously (4°C) heat intramuscular tissue as efficiently as other thermal agents. Clinical Question: In adults (P), is ReBound diathermy (I) compared with other thermal agents (C) effective at increasing intramuscular tissue temperature by 4°C (O)? Summary of Key Findings: (1) Three studies were included for review, all randomized crossover studies. (2) All studies agreed ReBound does not achieve vigorous (4°C) heating effects during a 30-minute treatment to the triceps surae muscle (depth = 1 and 3 cm). (3) Studies agreed that the heat generated by ReBound dissipates slower than (P < .001) or similar to pulsed shortwave diathermy at 3 cm and faster than moist hot packs (P < .001) at 1 cm. (4) One study found that intramuscular tissue temperatures increased more with ReBound (3.69°C [1.50°C]) than moist hot packs (2.82°C [0.90°C]) at superficial depths (1 cm, d = 0.70). (5) Two studies compared ReBound with MegaPulse II pulsed shortwave diathermy at a 3 cm depth. One found that the MegaPulse II increased intramuscular tissue temperature by 4.32°C (1.79°C) compared with the ReBound's 2.31°C (0.87°C) increase (d = 1.43). The final study reported that the MegaPulse II increased triceps surae muscle temperature by 3.47°C (0.92°C) versus ReBound at 3.08°C (1.19°C) (d = 0.37). (6) The combined results are an increase of 3.81 (1.38°C) for the MegaPulse II and 2.77 (1.12°C) for ReBound (d = 0.83). Clinical Bottom Line: Results strongly indicate that the ReBound should not be used for vigorous (4°C) heating effects in the triceps surae muscle at 1 and 3 cm. Clinicians can use ReBound when traveling or instead of moist hot packs for moderate (2°C-3°C) heating effects at deep and superficial levels (1 and 3 cm) for large treatment areas with subcutaneous fat thickness <15 mm. Strength of Recommendation: Consistent level B findings indicate that ReBound does not achieve vigorous heating effects (4°C).

摘要

临床情况

Rebound 是一种便携式短波透热仪,用于利用与感应鼓短波透热相同的原理加热组织。目前尚不清楚 Rebound 是否能够像其他热疗剂一样有效地将肌肉内组织剧烈加热(4°C)。

临床问题

在成年人(P)中,与其他热疗剂(C)相比,Rebound 透热疗法(I)在 30 分钟的治疗时间内是否能有效将肌肉内组织温度升高 4°C(O)?

主要发现总结

(1)共纳入三项研究进行综述,均为随机交叉研究。(2)所有研究均认为,在对比三头肌(深度为 1 和 3cm)的 30 分钟治疗期间,Rebound 无法实现剧烈(4°C)加热效果。(3)研究一致认为,Rebound 产生的热量在 3cm 处消散速度比脉冲短波透热(P <.001)或类似,而在 1cm 处比湿热敷布(P <.001)更快。(4)一项研究发现,与湿热敷布(2.82°C [0.90°C])相比,Rebound 在浅层(1cm,d = 0.70)时能使肌肉内组织温度升高 3.69°C [1.50°C]。(5)两项研究将 Rebound 与 MegaPulse II 脉冲短波透热仪在 3cm 深度进行了比较。一项研究发现,与 Rebound 的 2.31°C [0.87°C] 相比,MegaPulse II 使肌肉内组织温度升高了 4.32°C(1.79°C)(d = 1.43)。最后一项研究报告称,与 Rebound 相比,MegaPulse II 将比目鱼肌的温度升高了 3.47°C(0.92°C),而 Rebound 为 3.08°C(1.19°C)(d = 0.37)。(6)综合结果显示,MegaPulse II 增加了 3.81°C(1.38°C),Rebound 增加了 2.77°C(1.12°C)(d = 0.83)。

临床结论

结果强烈表明,在 1cm 和 3cm 处,Rebound 不应用于剧烈(4°C)加热效果。当在深层和浅层(1cm 和 3cm)进行较大的治疗区域治疗时,临床医生可以在旅行时使用 Rebound,或在皮下脂肪厚度 <15mm 时代替湿热敷布,以获得适度(2°C-3°C)的加热效果。

推荐强度

一致的 B 级证据表明,Rebound 无法实现剧烈加热效果(4°C)。

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