To maintain spatial orientation and move around safely, we not only need our balance system, but also other human body systems that have to work together seamlessly with our sense of balance:
The eyes take in information from our environment and transmit it via the visual nerve to the relevant brain areas. The structures involved are called the visual system as a whole (from Latin videre, visum = to see).
Also important for spatial orientation is motion information that our depth sensitivity (the registering of certain stimuli from within your body) conveys to us on our position, efforts spent and movement. For this purpose, we have receptors in our skin, muscles, tendons and joints. The stimuli received there are sent to the brain as well. This is summed up under the term somatosensory system ( from the Greek soma = body; Latin: sentire, sensum = to feel)
Vestibular, visual and somatosensory information is processed in the brain as a sensation of position and space; the results are passed on to the motor system (motion system, from Latin motor = motion). In order to move safely in space, a gigantic network of structures has to collaborate – any malfunction of one detail can lead to vertigo.
Fact is, there are a variety of causes in connection with very different types of dizziness. At any rate, recurring vertigo attacks should be taken seriously and discussed with your physician.
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