但是最终通过额外的研究,罗杰斯为这样的设备设想了更复杂的使用方法,如实时监测身体在军事训练中如何做出调整,或者甚至检测出人们所患的疾病,如糖尿病或囊性纤维症。
Rogers, who did much of the research while at the University of Illinois at Urbana-Champaign, has long worked to develop electronic devices that can stretch and twist with the body. The patch adds a capability called microfluidics, capturing and analyzing tiny amounts of body fluid.
罗杰斯在伊利诺伊大学做过很多研究,长期以来一直致力于开发能随着身体而伸展和弯曲的电子设备。这种贴片增加了一种名为微流体的功能,能够捕获和分析少量体液。
How it works: Stick the patch on the skin and start moving. Tiny channels collect perspiration and route it to different compartments where it interacts with chemicals that change color to reflect sweat loss, the perspiration's acidity level, and concentrations of glucose and lactate.
其工作原理是:将贴片贴在皮肤上,然后开始移动。贴片用微小的通道来收集汗液,并将汗液发送到不同的隔间,汗液与化学物质相互作用后,会改变颜色以反映汗液流失情况、汗液的酸度以及葡萄糖和乳酸的浓度。
The patches worked even in the challenging outdoor race, and the patches' biochemical test results agreed with the indoor bikers' conventional sweat tests, the researchers reported in the journal Science Translational Medicine.
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