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Are Room Temperature and Thermal Neutral Synonymous Terms? An Investigation of Common Therapeutic Modality Control Variables

机译:是室温和热中性同义词?常见治疗方式控制变量的研究

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摘要

>Context: Therapeutic modality control variables are thought to be thermal neutral, a term sometimes used interchangeably with room temperature. We question this common assumption. >Objective: To determine thermal neutrality of common therapeutic modality control variables. >Design: We performed 5 laboratory experiments, including (1) water temperature over 3 weeks in 3 different containers (glass, plastic, and polystyrene); (2) water temperature and volume of 4 beakers (2 insulated, 2 uninsulated) over 4 weeks, with 1 beaker of each type covered by polyethylene; and skin interface temperature of (3) a dry, nonheated hydrocollator pack held against the chest, (4) kitty litter applied to the knee, and (5) room-temperature ultrasound gel to the forearm. >Setting: Therapeutic modalities laboratory. >Patients or Other Participants: College student volunteers were subjects in experiments 3, 4, and 5. >Main Outcome Measure(s): We measured temperature and volume change. Data were evaluated using descriptive and interferential statistics. >Results: Water temperature plateaued significantly below room temperature. Temperatures significantly increased in all but the open, insulated container. Open containers plateaued at approximately 2°C below room temperature and lost significant amounts of water; closed containers plateaued at room temperature with negligible water loss. In experiments 3 through 5, skin temperatures rose significantly during hydrocollator pack, kitty litter, and ultrasound gel application. >Conclusions: Room-temperature water baths, dry hydrocollator packs, kitty litter, and ultrasound gel were not thermally neutral. Room temperature should not be used synonymously with thermal neutral. Care must be taken to ensure that control variables truly are controlled.
机译:>上下文:治疗模式控制变量被认为是热中性的,该术语有时可与室温互换使用。我们质疑这个共同的假设。 >目的:确定常见治疗方式控制变量的热中性。 >设计:我们进行了5个实验室实验,其中包括:(1)在3个不同的容器(玻璃,塑料和聚苯乙烯)中进行3周的水温测试; (2)在4周内水温和4个烧杯的体积(2个绝缘的,2个未绝缘的),其中每种烧杯中的1个都被聚乙烯覆盖;和(3)靠着胸部的干燥,未加热的水准直器包装,(4)放在膝盖上的小猫垃圾和(5)在前臂上的室温超声凝胶的皮肤界面温度。 >设置:治疗方法实验室。 >患者或其他参与者:大学生志愿者是实验3、4和5的对象。>主要指标:我们测量了温度和体积的变化。使用描述性和干涉性统计数据评估数据。 >结果:水温明显低于室温。除了敞开的隔热容器之外,所有容器的温度均显着升高。打开的容器在低于室温约2°C的温度下达到平稳状态,损失大量水;密闭容器在室温下保持平稳,水分损失可忽略不计。在实验3到5中,在使用水洗补液包,猫砂和施加超声波凝胶后,皮肤温度显着上升。>结论:室温水浴,干燥的水洗手液,猫砂和超声胶不是热中性的。室温不应与热中性。必须注意确保控制变量确实受到控制。

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