Occupational Medicine · 2020 · 10 citations · 3 references
EngineeringBiomedical EngineeringBiosensorsInstrumentationSensorsBiomedical SensorsContinuous Glucose MonitoringImplantable Biomedical DevicesSmart TextilesWearable BiosensorsWearable Health TechnologiesGlucose MonitoringHeart RateSmart ClothingWearable Health DevicesWearable Health MonitoringWearable Medical DevicesWearable SensorsWearable Technology
Wearable technologies (‘wearables’) describe electronic devices which can be worn on, or implanted in, the body. Wearables encompass a wide range of technologies, from pedometers which count steps to research-stage ‘smart tattoos’ which could monitor cardiac rhythm. Twenty years ago, wearables were commonly basic LCD-screened pedometers. Today, even mid-range wearables often estimate heart rate and rhythm. Options for wearables go beyond the wrist, such as the Oura ring, and the nascent emergence of a smart clothing market. Measurements which wearables record also go beyond external measurements; continuous glucose monitors are commercially available today. Wearables undertake over 35 types of measurement [1], and advanced sensors in development promise more. There has been a sharp increase in the interest, sales and sophistication of wearables over this millennium, from the ubiquitous (pedometers) to the niche (breast-cancer detecting temperature sensors [2]). Sales in 2019 grew 71% annually, to 305 million...
3
Eric Finkelstein, Benjamin Haaland, Marcel Bilger et al. · The Lancet Diabetes & Endocrinology · 2016 · 431 citations