能夠監(jiān)測肌肉疲勞的智能口腔保護裝置

During intense exercise -- sprinting, for example -- your body breaks down glucose and produces what's called lactate. That substance can build up faster than it can be further processed.

在劇烈運動中--比如沖刺--你的身體會分解葡萄糖，并產生乳酸鹽。這種物質的積累速度比進一步加工要快。

If your idea of a workout is running to there frigerator during commercials, you probably associate the lactate buildup with a burning in yourmuscles.

如果你的健身計劃是在廣告期間跑到冰箱那里取食物，你可能會把乳酸鹽的形成和肌肉的燃燒聯系起來。

But for well-conditioned athletes, excessive lactate means muscle fatigue and diminished performance. So athletes would like to know their actual lactate levels during training and competition.

但是，對于訓練有素的運動員來說，過量的乳酸鹽，就意味著肌肉疲勞和性能下降。所以運動員們想知道，他們在訓練和比賽中實際的乳酸水平。

Blood tests are one way to measure lactate levels, but are not practical in the middle of agame or race. So a goal has been to find a way to measure lactate in saliva to monitor muscle endurance. Which researchers at Palo Alto Research Center, known as PARC, and the University of California, San Diego, say they've achieved.

血液測試是測量乳酸水平的一種方法，但在比賽或比賽中并不實用。因此，我們的目標是找到一種方法，來測量唾液中的乳酸含量，以監(jiān)測肌肉耐力。帕洛阿爾托研究中心和加州大學圣迭戈分校的研究人員表示，他們已經取得了進展。

Working with flexible hybrid electronics group NextFlex, the team developed a flexible, plastic mouth guard laden with sensors that can continuously monitor lactate concentrations in saliva.

該團隊與柔性混合電子集團NextFlex合作，開發(fā)了一種柔性塑料口腔保護裝置，該裝置裝有傳感器，可以持續(xù)監(jiān)測唾液中的乳酸濃度。

The mouth guard's batteries are rechargeable wirelessly, and the device can use low-power Bluetooth to send information to smartphones, watches and other electronic devices.

口腔保護裝置的電池，可以通過無線方式充電，該裝置可以使用低功率藍牙向智能手機、手表和其他電子設備發(fā)送信息。

PARC—which is part of Xerox and best known for its pioneering work in PCs, printing and computer networking in the 1970s—has demonstrated a fully-functional prototype mouth guard.

帕洛阿爾托研究中心是施樂公司的一部分，在20世紀70年代以在個人電腦、印刷和計算機網絡方面的開創(chuàng)性工作而聞名。

Assuming they can get additional funding, they plan to make different types of mouth guards that can be worn during high-intensity sports like football, lacrosse and boxing to measure hydration levels as well as glucose and cortisol concentrations.

假設他們能得到額外的資助，他們計劃制造不同類型的口腔保護裝置，可以在足球、長曲棍球和拳擊等高強度運動中佩戴，以測量水分水平以及葡萄糖和皮質醇濃度。

With all this bodily information at hand, athletes and their coaches should be able to monitor fatigue and improve training regimens.

有了這些身體信息，運動員和他們的教練應該能夠監(jiān)測疲勞，改善訓練方案。