Comparison of Slate Safety Wearable Device to Ingestible Pill and Wearable Heart Rate Monitor

Callihan, Michael; Cole, Heather; Stokley, Holly; Gunter, Joshua; Clamp, Kaitlyn; Martín, Alexis; Doherty, Hannah

doi:10.3390/s23020877

Cited by 6 publications

(8 citation statements)

References 29 publications

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“…An area of great interest could be the monitoring of various data from athletes. Callihan et al [115] conducted research comparing three health monitoring methods. In recent years, there has been an increase in deaths and illnesses associated with high body heating as well as increased heart rates.…”

Section: Social Care Technologymentioning

confidence: 99%

A Review on Wearable Product Design and Applications

Minaoglou,

Efkolidis,

Manavis

et al. 2024

Machines

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In recent years, the rapid advancement of technology has caused an increase in the development of wearable products. These are portable devices that can be worn by people. The main goal of these products is to improve the quality of life as they focus on the safety, assistance and entertainment of their users. The introduction of many new technologies has allowed these products to evolve into many different fields with multiple uses. The way in which the design of wearable products/devices is approached requires the study and recording of multiple factors so that the final device is functional and efficient for its user. The current research presents an in-depth overview of research studies dealing with the development, design and manufacturing of wearable products/devices and applications/systems in general. More specifically, in this review, a comprehensive classification of wearable products/devices in various sectors and applications was carried out, resulting in the creation of eight different categories. A total of 161 studies from the last 13 years were analyzed and commented on. The findings of this review show that the use of new technologies such as 3D scanning and 3D printing are essential tools for the development of wearable products. In addition, many studies observed the use of various sensors through which multiple signals and data could be recorded. Finally, through the eight categories that the research studies were divided into, two main conclusions emerged. The first conclusion is that 3D printing is a method that was used the most in research. The second conclusion is that most research directions concern the safety of users by using sensors and recording anthropometric dimensions.

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Section: Social Care Technologymentioning

confidence: 99%

A Review on Wearable Product Design and Applications

Minaoglou,

Efkolidis,

Manavis

et al. 2024

Machines

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“…Physiological parameters are passively collected through a wristband, Biostrap EVO Biometric set 72 and a VIVALINK FDA-cleared temperature monitor. 73 The wristband is a non-invasive red and infrared optical sensor, which is less sensitive to skin tone variations and perfusion levels, and includes built-in accelerometer and gyroscope sensors that capture 6-axis motion data. Raw biosignals are used to estimate the following: (a) activity tracking accelerometer data captured continuously at 10HZ and converted into step count and activity duration saved in one-minute increments, (b) arterial pulse volume monitoring using PPG, a 45-second recording collected at 43HZ, which provides derived biometrics including HR, HRV with RR times output, SpO 2 as percent oxygen, and respiratory rate, and (c) sleep analysis (e.g., sleep duration, sleep onset and wake time, sleep stages).…”

Section: Hypothesismentioning

confidence: 99%

A prospective natural history study of post acute sequalae of COVID-19 using digital wearables: Study protocol

El-Toukhy,

Hegeman,

Zuckerman

et al. 2023

Preprint

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Background Post-acute sequelae of COVID-19 (PASC) is characterized by having 1 + persistent, recurrent, or emergent symptoms post the infection’s acute phase. The duration and symptom manifestation of PASC remain understudied in nonhospitalized patients. Literature on PASC is primarily based on data from hospitalized patients where clinical indicators such as respiratory rate, heart rate, and oxygen saturation have been predictive of disease trajectories. Digital wearables allow for a continuous collection of such physiological parameters. This protocol outlines the design, aim, and procedures of a natural history study of PASC using digital wearables. Methods This is a single-arm, prospective, natural history study of a cohort of 550 patients, ages 18 to 65 years old, males or females who own a smartphone and/or a tablet that meets pre-determined Bluetooth version and operating system requirements, speak English, and provide documentation of a positive COVID-19 test issued by a healthcare professional or organization within 5 days before enrollment. The study aims to identify wearables collected physiological parameters that are associated with PASC in patients with a positive diagnosis. The primary endpoint is long COVID-19, defined as ≥ 1 symptom at 3 weeks beyond first symptom onset or positive diagnosis, whichever comes first. The secondary endpoint is chronic COVID-19, defined as ≥ 1 symptom at 12 weeks beyond first symptom onset or positive diagnosis. We hypothesize that physiological parameters collected via wearables are associated with self-reported PASC. Participants must be willing and able to consent to participate in the study and adhere to study procedures for six months. Discussion This is a fully decentralized study investigating PASC using wearable devices to collect physiological parameters and patient-reported outcomes. Given evidence on key demographics and risk profiles associated with PASC, the study will shed light on the duration and symptom manifestation of PASC in nonhospitalized patient subgroups and is an exemplar of use of wearables as population-level monitoring health tools for communicable diseases. Trial registration: ClinicalTrials.gov NCT04927442, Submitted: 6/15/2021, First posted: 6/16/2021.

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“…Conclusions: The wearable Slate Safety device showed accuracy in determining the worker's heart rate and core temperature without limiting their range of motion. It also offered a platform for remote monitoring of physiological parameters [30]. This paper develops a real-time heart monitoring system taking into account data security, accuracy, cost, and ease of application.…”

Section: Related Workmentioning

confidence: 99%

Wearable Connected Devices to Track the Body's Vital Signs

Baballe

2023

SSRN Journal

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Comparison of Slate Safety Wearable Device to Ingestible Pill and Wearable Heart Rate Monitor

Cited by 6 publications

References 29 publications

A Review on Wearable Product Design and Applications

A Review on Wearable Product Design and Applications

A prospective natural history study of post acute sequalae of COVID-19 using digital wearables: Study protocol

Wearable Connected Devices to Track the Body's Vital Signs

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