What is brain herniation?
Brain herniation is an extremely dangerous health condition in which brain tissues are somehow moved due to an increase in intercranial pressure, pressure inside the skull. The increase in pressure causes the brain to expand, but because it has nowhere to go inside the skull, it becomes seriously damaged. In some cases, cerebral herniation is treatable, but in other cases it will lead to a coma and possible death.
The brain is an extremely unique and interesting organ. Unlike other organs, it does not have a very large edge for swelling because it is closed inside extremely inflexible skulls. In general, the inflexibility of the skull is a good thing because it prevents brain damage and maintains it safely. However, when the intercigation pressure increases, the skull turns into a kind of pressure cooker, while the brain tissues are forced into areas that normally do not go in an effort to cope with pressure.
brain tissue does not appreciate it is moving. Movement involved in herniation of the brain can cause cells damage and death because the cells areThe crushed or their supply of oxygen and nutrients is interrupted. This can cause brain damage, but it can also lead to serious health problems if cells that regulate biological functions such as breathing are damaged. Without the regulatory action of these cells, the body switches off rapidly.
One of the common causes of brain herniation is a serious trauma of the head. When the head is killing them in something hard or whipping in a traffic accident, this may cause an increase in the inter -cennial pressure that will lead to herniation if it is not alleviated. Brain herniation can also be caused by growths inside the brain, such as tumors, and other conditions that increase inter -citanial pressure such as hydrocephalus. Early signs of brain herniation include changed men, lack of coordination, irregular breathing and irregular pulse.
The treatment of brain herniation varies. In general, the first step is to reduce inter -the pressure to prevent further brain damage. Depending on what causes pressure, it may try to insert a short circuit to discharge excess fluid or other surgical measures. If the intermediate pressure can be stabilized, the next step is to assess the extent of damage and talk about possible treatment options. In cases where the pressure is rapidly reduced, it may be possible to prevent permanent damage.