Assessing Physiological Function During a High-Altitude Hike Using Real-time Monitoring

Fox, Nick J.; Davis, John E.; Brown, Allison J.; Deel, Nicole; Montoye, Alexander H.K.; Molesky, Monroe J.; Achatz, Eric; Miller, Michael; Reitinger, Jeremy; Reno, Elaine; Yaeger, Luke; Wislowski, Ann; Subudhi, Andrew W.; Roach, Robert C.

doi:10.1249/01.mss.0000519034.56031.a1

Cited by 2 publications

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“…Although technology has continued to evolve and improve since our initial studies in 2015, we have found similar problems with more recent data-gathering technologies and this has been noted for other high-end solutions which often work well in one domain but cannot be generalised to different types of activities (Fox et al, 2017). For data to be measurable, therefore, means that there are sensors or wearable technologies that can collect the data reliably and accurately in an outdoor work setting, such as forestry.…”

Section: Data Considerations For Wearable Technologysupporting

confidence: 61%

Wearable technology for hazardous remote environments: Smart shirt and Rugged IoT network for forestry worker health

2022

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Section: Data Considerations For Wearable Technologysupporting

confidence: 61%

Wearable technology for hazardous remote environments: Smart shirt and Rugged IoT network for forestry worker health

2022

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Wearable devices for remote vital signs monitoring in the outpatient setting: an overview of the field

et al. 2020

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Early detection of physiological deterioration has been shown to improve patient outcomes. Due to recent improvements in technology, comprehensive outpatient vital signs monitoring is now possible. This is the first review to collate information on all wearable devices on the market for outpatient physiological monitoring.A scoping review was undertaken. The monitors reviewed were limited to those that can function in the outpatient setting with minimal restrictions on the patient’s normal lifestyle, while measuring any or all of the vital signs: heart rate, ECG, oxygen saturation, respiration rate, blood pressure and temperature.A total of 270 papers were included in the review. Thirty wearable monitors were examined: 6 patches, 3 clothing-based monitors, 4 chest straps, 2 upper arm bands and 15 wristbands. The monitoring of vital signs in the outpatient setting is a developing field with differing levels of evidence for each monitor. The most common clinical application was heart rate monitoring. Blood pressure and oxygen saturation measurements were the least common applications. There is a need for clinical validation studies in the outpatient setting to prove the potential of many of the monitors identified.Research in this area is in its infancy. Future research should look at aggregating the results of validity and reliability and patient outcome studies for each monitor and between different devices. This would provide a more holistic overview of the potential for the clinical use of each device.

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Assessing Physiological Function During a High-Altitude Hike Using Real-time Monitoring

Cited by 2 publications

References 0 publications

Wearable technology for hazardous remote environments: Smart shirt and Rugged IoT network for forestry worker health

Wearable technology for hazardous remote environments: Smart shirt and Rugged IoT network for forestry worker health

Wearable devices for remote vital signs monitoring in the outpatient setting: an overview of the field

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