What are White Matter tracts?
White mass routes are signal paths in the brain made of white matter bundles, axons covered in myelin layers. Some of these tracts are determined during fetal development, while others develop after birth because people are beginning to interact with the environment and acquire skills. The technique of brain imaging known as diffuse tensor imaging allows scientists to identify white mass tracts, and doctors can use it to compare the patient with known tract to see if there are abnormalities or unusual features in the brain of someone. Myelin acts as an increase in electrical conductivity, allowing very rapid transmission of signals along the white matter tract. Some tracts known as commissioning tracts cover the hemispheres of the brain to communicate information between the left and right brain. When displaying you can see how snakes in the middle of the brain to create a complete connection.
Association of tracts runs between lobes on the same half of the brain. Different lobes can be requiredy quickly communicate information to understand sensory information and cognitive processes. The projection tracts can transfer information from the brain to the rest of the body. They can be very long to allow signal signals over long distances.
Brain research shows that in young people, if the white tract maintains trauma, the brain may be able to turn. Finding new ways to send information can take over neighboring tracts. The younger people are, the more they adapt their white matter, they explain why young children can recover well from the head trauma and invasive brain surgery, including surgery to interrupt Corpus callosum, structure connecting two halves. This operation can be used in people with heavy Thv seizures to respond to a more conservative treatment.
In elderly, it may be more difficult to recover from damage to the tracts of white matter. People with brain damage caused by medication, tRauma, surgery, tumors, degenerative diseases, etc. can experience serious cognitive deficits. Deficities may clog together depending on the brain area and the degree of damage. Scientists who are interested in dementia and cognitive degeneration studies, the study of white tracts to learn more about how key areas of the brain communicate and what can be done to help people with cognitive deficits.