Latest Sensory system Stories
According to a new report, a group of researchers has set out to find an objective measurement of pain by looking at the brain reacts to it.
A study from the University of North Carolina School of Medicine offers new insights into how the nervous system processes hot and cold temperatures.
Researchers at King's College London have uncovered how the human ear is formed, giving clues as to why children are susceptible to infections such as glue ear.
A consortium of scientists has identified a new protein regulator of taste, findings that help unlock the mystery of exactly how cells transmit taste information to the brain for three out of the five primary taste types.
A new brain imaging study from Oxford University reveals that the phantom pain many amputees feel in the missing limb is linked to changes in the brain that occur following amputation.
Researchers at the Stanford University School of Medicine have identified a group of progenitor cells in the inner ear that can become the sensory hair cells and adjacent supporting cells that enable hearing.
Our brains are capable of doing some amazing things. Yet, there are some processes which, while sophisticated enough, are mostly thought of as common and basic. For instance: The reflex which allows us to keep our eyes focused on one point while our heads are moving about.
The ear is an organ from the auditory system that collects sounds, and also balances and enables body position. Formation and Orientation The ear can be broken down into the inner and outer ears. The outer part of the ear is the visible flap (auricle) and ear canal which collects sounds which create pressure that echoes through the middle ear. The inner ear, however, is embedded in the temporal bone. There are hollow areas of the inner ear that are filled with liquids and hair cells...
- a meat pie that is usually eaten at Christmas in Quebec