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Illustration of heart rate variability (HRV) for researchers, showcasing a heart with an ECG line, a medicine bottle, and pens on canvas, perfect for sensor comparison studies.
Comprehensive Guide to Heart Rate Variability Sensor Comparison for Researchers
1. Introduction to Heart Rate Variability (HRV) Measurement Heart rate variability (HRV) is a critical...
January 20, 2025

Featured posts

The Nearables and Wearables in Healthcare: Introducing Technologies and Applications
Wearable Devices as a Source of Real-World Data: Consumer vs. Research-Grade
Best Alternatives to ActiGraph in 2025: Top Advanced Accelerometers for Physical Activity Research
Withings Sleep Analyzer vs. Fibion Emfit for Clinical Research in 2025: Best Nearable Sleep Devices Comparison
Best HRV Tools for Nighttime Autonomic Research

Physical Activity

Free resource: How to Measure Sedentary Behaviour and Physical Activity?

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Wearables

Illustration of a wearable health sensor wristband surrounded by icons and teal pens, showcasing its applications in monitoring heart rate and other healthcare metrics.
The Nearables and Wearables in Healthcare: Introducing Technologies and Applications
Exploring Wearable Health Tech In this article, we venture into interesting wearable and nearable devices...
research-grade-vs-consumer-wearable-devices-healthcare-1
Wearable Devices as a Source of Real-World Data: Consumer vs. Research-Grade
The Diverse Role of Wearables in Healthcare Data Collection In this article, we delve into how wearable...
ESM and Actigraphy for sleep research
Enhancing Sleep Research with the Experience Sampling Method (ESM) and Actigraphy
1. Using ESM and Actigraphy to Study Sleep Understanding sleep patterns and disorders requires combining...
Illustration of a person with wearable tech on the arm and thigh, labeled "Wearable Study Tips," highlights participant compliance with a check mark and pencil on the side.
Maximizing Participant Compliance in Wearable Device Studies
Introduction In the realm of health research, wearable devices like accelerometers have become invaluable...
A man showcases the key features of wearable technology on a large screen to a diverse group seated around a conference table in a modern office.
Best Practices for Implementing Wearable Technology in Large-Scale Health Studies
Embracing Wearables in Health Research The integration of wearable technology into large-scale health...
Illustration of a seated person with advanced wearable technology on the wrist and knee, labeled "Sedentary Behavior & Wearables.
Understanding Sedentary Behavior Through Advanced Wearable Technology
Introduction: The Evolution of Sedentary Behavior Analysis The study of sedentary behavior has undergone...
Illustration of a person running, surrounded by a smartwatch, heart monitor, and a hand drawing waves, with the text "Remote Coaching PA & SB." It's an inspiring depiction of reducing sedentary behavior and boosting physical activity through innovative remote coaching.
Remote Coaching: Improving Physical Activity and Reducing Sedentary Behavior
Introduction In today’s digital environment, health and fitness coaching is changing. The traditional...
Illustration of a person walking with thigh-worn accelerometers and wristbands, precisely measuring activities. Devices are placed for accurate motion tracking, particularly during light intensity activities.
The Enhanced Role of Thigh-Worn Accelerometers in Measuring Light Intensity Activities
Introduction Measuring light intensity activities accurately is important in physical activity research....
Illustration of a person running, intertwined with sketches of a heart, HRV graphs, and clocks, symbolizing health and heart rate variability. This artwork emphasizes the importance of physical activity in contrast to sedentary behavior for maintaining optimal well-being.
The Role of Physical Activity in Managing PTSD: Insights from Sedentary Behavior and Activity Measurements
Movement and PTSD Post-Traumatic Stress Disorder (PTSD) is a mental health condition triggered by...
Illustration of a person sleeping in bed, with a heart rate monitor and ECG graph above, surrounded by leaves, a pen, and a pencil, showcasing the importance of sleep tracking for enhanced well-being.
How to Use Sleep and Physical Activity Tracking in the Management of PTSD
Post-Traumatic Stress Disorder’s Effect on Movement and Sleep Post-Traumatic Stress Disorder...
A diagram illustrates a person sleeping before waking to check their heart rate through Sleep Monitoring on a smartwatch. Below, two individuals jog while Physical Activity Monitoring tracks their fitness data with heart rate graphs.
Combining Sleep and Physical Activity Monitoring with HRV Biofeedback for PTSD Management
Leveraging Wearable Technology for Comprehensive PTSD Management Post-Traumatic Stress Disorder (PTSD)...
Illustration of a person walking among various charts and graphs showing data related to physical activity. Text reads "LLMs Smart Data Handling Physical Activity.
Smart Data Handling: Utilizing LLMs for Efficient Data Management in Physical Activity Studies
Introduction Efficient data management is crucial in physical activity research. How can modern technology...

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