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The discussions emphasize the study's findings that consumer wearables are inaccurate when estimating energy expenditure, evidenced by phrases like 'underestimate components of PA' and questions about source reliability. The tone suggests concern and curiosity about how these results impact fitness and health tracking, indicating the topic’s relevance and user engagement.
Most discussions agree that consumer wearable devices have limitations in measuring energy expenditure, reflecting shared skepticism about their accuracy.
The discussions demonstrate high interest in the validity of wearable devices and their implications for weight management and exercise monitoring.
Posts show moderate engagement by referencing specific aspects of the study, such as comparative methods and the potential for underestimation in physical activity monitoring.
The debates highlight the significance of the study, especially considering the widespread use of these devices for health and fitness goals.
Consumer #PhysicalActivity Monitors underestimate components of PA https://t.co/C8a8EwJMXn @PhysiosforPA #Transform2019 https://t.co/y900Pdaf57
RT @DrAmyDennett: Consumer #PhysicalActivity Monitors underestimate components of PA https://t.co/C8a8EwJMXn @PhysiosforPA #Transform2019 h…
RT @DrAmyDennett: Consumer #PhysicalActivity Monitors underestimate components of PA https://t.co/C8a8EwJMXn @PhysiosforPA #Transform2019 h…
RT @DrAmyDennett: Consumer #PhysicalActivity Monitors underestimate components of PA https://t.co/C8a8EwJMXn @PhysiosforPA #Transform2019 h…
How accurate are consumer #wearables when it comes to measuring energy expenditure? https://t.co/acJS12jiQ1 #PLOSONE #PhysicalActivity #exercise
RT @DrAmyDennett: Consumer #PhysicalActivity Monitors underestimate components of PA https://t.co/C8a8EwJMXn @PhysiosforPA #Transform2019 h…
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.
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…
This lecture discusses the accuracy of heart rate measurement using photoplethysmography. While wristworn monitors like Apple Watch and Fitbit provide reliable heart rate data, their energy expenditure estimations are…
@monoyasuotriste @gabrielbalao @esterlucindo65 @RaBressanini Não existe gastar 700kcal num treino de 1h10, relógios superestimam o gasto calórico. "Mas e a fonte?" Nesse estudo compararam essa estimativa calórica com a medição por calorimetria indireta em cardio e treino resistivo: https://t.co/s59nMAF4Em
How accurate are consumer #wearables when it comes to measuring energy expenditure? https://t.co/acJS12jiQ1 #PLOSONE #PhysicalActivity #exercise
RT @DrAmyDennett: Consumer #PhysicalActivity Monitors underestimate components of PA https://t.co/C8a8EwJMXn @PhysiosforPA #Transform2019 h…
RT @DrAmyDennett: Consumer #PhysicalActivity Monitors underestimate components of PA https://t.co/C8a8EwJMXn @PhysiosforPA #Transform2019 h…
RT @DrAmyDennett: Consumer #PhysicalActivity Monitors underestimate components of PA https://t.co/C8a8EwJMXn @PhysiosforPA #Transform2019 h…
RT @DrAmyDennett: Consumer #PhysicalActivity Monitors underestimate components of PA https://t.co/C8a8EwJMXn @PhysiosforPA #Transform2019 h…
Consumer #PhysicalActivity Monitors underestimate components of PA https://t.co/C8a8EwJMXn @PhysiosforPA #Transform2019 https://t.co/y900Pdaf57