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 ...

Here, we carry out an analysis of the system’s ... Figure 6: A simple model can explain how variability and sensitivity regulate the nature of neural code in the vestibular periphery.

The vestibular system, shown here in an oversized model, is part of the delicate labyrinth of the inner ear that governs the body's sense of motion and balance. (CBC) In the U.S., with its profit ...

The vestibular system in the brain is mainly responsible for the maintenance ... The authors of the new study had previously developed a mathematical model that enabled them to predict the horizontal ...

Even though stress doesn’t directly cause vertigo, it can contribute to dysfunction of the part of your inner ear that controls balance, called your vestibular system. Let’s examine how stress ...

Meanwhile, through its role in discerning head movement and spatial alignment, the vestibular system helps many animals, including humans, maintain balance. Previous findings posit that vestibular ...

I study the "silent sense" that most people never think about until it fails: the vestibular system in your inner ear. This remarkable system works constantly, detecting your head position and ...

In 2013, food service coordinator David Morrill suffered a cerebellar stroke, leaving him with central vestibular dysfunction that affected his balance and coordination. Later that year, while ...

The vestibular system is a network of organs in the inner ears that detects the motions and position of the head. The brain uses this information, along with inputs from the eyes and joints ...

Overall, the researchers say, their study found that impairment of the vestibular system was linked to a 50% increase in the risk of falling for patients with Alzheimer's compared with patients ...