Exploring the effects of copper-infused fabric on inflammation

大量的轶事证据指出，将铜加入可穿戴配件或饮用铜容器中的水在促进抗炎状态方面具有积极作用，可以缓解关节炎和其他炎症性疾病。事实上，虽然一些研究在动物模型和体外实验中显示了铜的抗炎作用，但其他研究表明，铜可以作为一种炎症剂，增加有害自由基的水平。最近，CuTEC纱线，一种生物工程注入铜的纱线，被广泛用于制造衣服、床单、眼罩和牙套的织物。这些产品也是由Fine Cotton Factory使用CuTEC纱线生产的，在市场上被宣传为具有抗菌和抗炎作用，并有大量的证明来支持这些说法。然而，关于注入铜的纱线如何具有抗炎作用的可靠科学证据和机制见解仍然缺乏。该项目将研究含铜纱线编织织物的抗炎作用，并阐明铜可能介导其抗炎特性的潜在机制。暴露于CuTEC纱线针织物的免疫细胞会触发几种促炎细胞内通路。将测量促炎和抗炎细胞因子，并评估这些炎症途径的激活情况。这些研究将提供有力的科学证据，以证实或反驳铜纤维织物的潜在抗炎特性，确定CuTEC纱线的比例，以提供任何潜在的抗炎效果，并为这些效果提供重要的机理见解。

A plethora of anecdotal evidence points out to the positive benefits of incorporating copper into wearable accessories or drinking**water stored in copper containers in promoting an anti-inflammatory state to alleviate arthritis and other inflammatory diseases. In**fact, while some studies have shown anti-inflammatory effects of copper in animal models and in vitro, other studies have shown**that copper can behave as an inflammatory agent and increase the levels of damaging free radicals. Recently, CuTEC yarn, a bioengineered**copper-infused yarn, is being widely used in fabric to make clothes, bedding sheets, eye masks and braces. These**products, which are also manufactured by Fine Cotton Factory using the CuTEC yarn, are being marketed as having antimicrobial**and anti-inflammatory effects with plenty of testimonials to back these claims. However, solid scientific evidence and mechanistic**insights into how copper-infused yarn possesses anti-inflammatory effects remains lacking. The proposed project will examine the**anti-inflammatory effects of fabric knit from copper-infused yarn and elucidate the underlying mechanisms through which copper**might be mediating its anti-inflammatory properties. Several pro-inflammatory intracellular pathways will be triggered in immune**cells that have been exposed to CuTEC yarn-knit fabric. Pro-inflammatory and anti-inflammatory cytokines will be measured and**activation of these inflammatory pathways will be evaluated. These studies will provide robust scientific evidence to confirm or**refute potential anti-inflammatory properties of copper infused fabric, determine the proportion of CuTEC yarn that is needed to**provide any potential anti-inflammatory benefits, and provide important mechanistic insights for these effects.