A top concern for people 55 and older is their ability to live independently as they age. Here are some strength training ...

This vestibular system, comprising fluid-filled canals and specialized cells, serves as the body’s built-in gyroscope, continuously sending signals to the brain about balance and movement.

Motion sickness is a very common condition that affects about 1 in 3 people, but the brain circuits involved are largely ...

Balance involves a complex system using vision, proprioception (body awareness), and the vestibular system (inner ear), all working together to maintain equilibrium. It includes how your body ...

This system helps predict movements and adjust the body accordingly to maintain balance. 3. Vestibular system Located in the inner ear, it provides information about the position and movement of ...

Furthermore, our sensory systems are responsible for much of our balance. Particularly, our vestibular system — a sensory system in the inner ear that controls balance, spatial orientation, and helps ...

Whether it’s keeping their head upright as a baby, learning to sit up straight, taking their first steps or riding a bike, balance and coordination are key to so many milestones in your child ...

Two recent papers demonstrate that the vestibular system transforms raw sensory data into a sophisticated internal model of head orientation and movement. You have full access to this article via ...

Electronystagmography/Videonystagmography (ENG/VNG) is an examination of eye movements called nystagmus which are provoked by stimulation of the inner ear. The exam ...

The Neursantys platform includes an easy-to-use wearable sensor and digital biomarkers to assess balance impairments, ...