A novel device for detecting anaerobic threshold using sweat lactate during exercise Full text: https://t.co/QQ943gwj8d
A novel device for detecting anaerobic threshold using sweat lactate during exercise.
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Jun 2021 – Mar 2023Where it's discussed
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X / Twitter5 posts
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What people are saying
Several comments highlight the connection between lactate levels in sweat and blood, emphasizing the device’s clinical relevance, such as mentions of detecting ventilatory thresholds and potential benefits for patients with cardiovascular diseases. The tone is mainly informational and appreciative, with some posts noting the significance of non-invasive methods, which accounts for the moderate scores across the dimensions.
Most discussions seem to accept the research's findings, especially noting the correlation between sweat lactate and blood lactate, indicating support for the device’s potential.
Participants display moderate curiosity, mentioning topics like ventilatory thresholds and clinical applications but without strong enthusiasm or detailed analysis.
The posts mainly summarize or briefly comment on the research, suggesting a surface-level engagement rather than in-depth debate or technical discussion.
The general tone hints at recognition of the device’s promising clinical implications, but without emphasizing transformative change or widespread implementation.
Abstract in brief
- Researchers developed a wearable lactate sensor to non-invasively track lactate concentrations in sweat during exercise, particularly targeting the lactate threshold (LT1) and its relationship with ventilatory threshold (VT1).
- The study involved 23 healthy individuals and 42 patients with cardiovascular diseases, revealing a clear rise in lactate levels during exertion and a decline during recovery.
- Results showed a strong correlation between lactate levels in sweat and blood, with no significant bias in mean values, suggesting that real-time monitoring of lactate can enhance the detection of VT1 in clinical settings.
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Most liked on X and BlueskyRT @DrSianAllen: A novel device for detecting anaerobic threshold using sweat lactate during exercise Full text: https://t.co/QQ943gwj8d
RT @DrSianAllen: A novel device for detecting anaerobic threshold using sweat lactate during exercise Full text: https://t.co/QQ943gwj8d
RT @DrSianAllen: A novel device for detecting anaerobic threshold using sweat lactate during exercise Full text: https://t.co/QQ943gwj8d
All mentions
Evaluating Wearable Tech for Accurate VO2 Max Measurement in Running
This extract from a lecture discusses wearable technology in running, focusing on biometrics measurement, accuracy, and performance improvement, particularly in estimating VO2 max through exercise-based algorithms.
Wearable Technology in Running: Measuring and Improving Performance
This lecture explores wearable technology in running, focusing on biometrics measured, device accuracy, and their potential to enhance performance. It covers GPS, heart rate, energy expenditure, VO2max, biomechanics…
RT @DrSianAllen: A novel device for detecting anaerobic threshold using sweat lactate during exercise Full text: https://t.co/QQ943gwj8d
RT @DrSianAllen: A novel device for detecting anaerobic threshold using sweat lactate during exercise Full text: https://t.co/QQ943gwj8d
RT @DrSianAllen: A novel device for detecting anaerobic threshold using sweat lactate during exercise Full text: https://t.co/QQ943gwj8d
A novel device for detecting anaerobic threshold using sweat lactate during exercise Full text: https://t.co/QQ943gwj8d
A novel device for detecting anaerobic threshold using sweat lactate during exercise 汗中乳酸値とVTの関係 (タイトルと本文の用語は統一しましょう) 汗中LTとVTでは20Watt程度のバラつきあり 19/42例でLTを決定できず 補助的には使えるか、、、 https://t.co/iAYrdTfJcp