====== Biosensing ======

Biosensing

Biosensing involves the use of sensors to monitor and measure biological signals, providing valuable insights into various physiological functions. This field encompasses subcategories such as heart rate sensors, skin sensors, breathing sensors (spirometers), and brain sensors. These technologies track vital signs and health metrics.

Heartrate

Heart rate sensors measure and monitor your heart rate in real-time, offering insights into your cardiovascular health. Worn on the wrist, chest, or integrated into wearables, they track fitness levels, stress, and overall well-being, helping you make informed health decisions.

Equipment

Tutorials

Polar H10 HR Monitoring

Skin

Skin sensors detect and monitor various physiological parameters through the skin, providing data on hydration, temperature, and bioelectrical signals. These sensors help track health metrics, detect anomalies, and enhance personal wellness by offering real-time insights into your body's condition.

Equipment

Tutorials

Chosing the right skin sensor

Breathing

Spirometers are breathing sensors that measure lung function by tracking the volume and flow of air during inhalation and exhalation. They provide crucial data for diagnosing and monitoring respiratory conditions, helping users and healthcare professionals manage lung health effectively.

Equipment

NuvoAir Spirometer

Demo

SpiroPlay

Brain

Biosensing technology for the brain detects and interprets neural signals, enabling direct communication between the brain and external devices.

Equipment

Emotiv Epoc X