The brain is one of the major organs in the body which is responsible for regulating our body’s functions. It is the central organ in the nervous system which processes and transmits signals to other parts of the body in order for other bodily systems to perform its functions.
The brain is so important to our body that an injury to the brain can cause serious consequences in a person which includes paralysis, comatose, and even death.
What is brain hemorrhage?
One of the common problems that our brain can develop is known as a brain hemorrhage. Brain hemorrhage or cerebral hemorrhage refers to the condition wherein there is bleeding in the brain. This bleeding can occur anywhere inside the skull which includes the area within the brain,
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What are the causes of brain hemorrhage?
Brain hemorrhage is usually caused by a trauma in the brain due to head injuries received by a person. This is most common among people under the age of 50 and is also the most common cause of brain hemorrhage around the world.
Meanwhile, there are also other factors which may cause a brain hemorrhage. Some of these include a high blood pressure, weakening of the blood vessels or an aneurysm, blood vessel abnormalities, liver disease, brain tumors, bleeding disorders, and drug abuse.
What are the treatments for brain hemorrhage?
To treat a brain hemorrhage, doctors would first need to determine which part of the brain is suffering from a hemorrhage. This is done through a series of tests which includes a CT scan, an MRI test, an eye test, and a neurological exam. Once the area of the brain affected by hemorrhage is determined, doctors will then try to find out the cause of the hemorrhage and prescribe treatment method depending on the location, severity, and cause of the
This damage is called chronic traumatic encephalopathy and it occurs when individuals suffer from many concussions or any other form of head injury. This damage has a lasting affect and can cause people to die at an earlier age then which they should. The life expectancy goes down for people with chronic
A concussion may be caused by a blow, bump, or jolt to the head or by any fall or hit that jars the brain. A concussion causes the brain to work longer and harder. A concussion affects the mental stamina and function of the brain. Even though concussions are very serious and potentially life threatening to the young athlete, studies show that less than 50% of high school athletes will report their concussions. Almost all athletes
While doing research on how concussions affected the brain, they came upon SIS. SIS raised concern in the sports community, they found that they need to be more cautious with the care and d management of athletes the suffered head injuries. '" occurs when an athlete who has sustained an initial head injury, most often a concussions, then sustains a second head injury before symptoms associated with the first have fully healed (Cantu and Voy 1995).'" Michael Bay was a athlete that got a concussions, shortly after he was hit again while being in practice. Mr. Bay die in a deep coma, after the medical examiner perform the autopsy it was found that Michael cause of death was a massive cerebral edema ( a cerebral edema is "the accumulation of fluid in and resultant swelling of the brain that may be caused by trauma, a tumor, lack of oxygen at high altitudes, or exposure to toxic substances." MedlinePlus). The next one is the intracranial injury, there are four major types of intracranial injuries: epidural hematoma, subdural hematoma, intracranial hematoma, and cerebral contusion. The epidural hematoma is a bleeding that develops between the dura and the cranial bones. Subdural hematoma is also a bleed, but it develops below the dura mater. The intracranial hematoma is a bleed that happens within the brain tissue. And the last one the cerebral contusion is
A serious brain injury could lead to bleeding in or around your brain, causing symptoms that may develop right away or later.
Chronic traumatic encephalopathy (CTE) is a syndrome of emotional lability, Parkinsonism, ataxia, and cognitive impairment suffered by athletes who undergo repetitive concussive and subconcussive blows to the head (Cantu 2007). Owing to its initial discovery in boxers, CTE has been various known as "punch drunk," "dementia pugilistica," and "psychopathic deterioration of pugilist." This paper will take a step into the science behind this disease. Starting with the first descriptions in the medical literature and covering the progress made in understanding the clinical presentation, epidemiology, neuropathology, and genetics of the disease.
Epilepsy, also known as “seizure disorder,” or “seizure attack,” is the fourth most common neurological disorder known to mankind, affecting an estimated 2.3 million adults and 467,711 children in the United States. Unfortunately this disorder is becoming far more common and widespread worldwide. This staggering number of cases of people suffering from Epilepsy also involves an average growth rate of 150,000 new cases each year in the United States alone. Generally, many of the people who develop who are a part of the new are mainly either young children or older adults. Your brain communicates through chemical and electrical signals that are all specialized for specific tasks. However, through the process of communication, chemical messengers, also known as neurotransmitters can suddenly fail, resulting in what is known as a seizure attack. Epilepsy occurs when a few too many brain cells become excited, or activated simultaneously, so that the brain cannot function properly and to it’s highest potential. Epilepsy is characterized when there is an abnormal imbalance in the chemical activity of the brain, leading to a disruption in the electrical activity of the brain. This disruption specifically occurs in the central nervous system (CNS), which is the part of the nervous system that contains the brain and spinal cord. This causes an interruption in communication between presynaptic neurons and postsynaptic neurons; between the axon of one neuron, the message sender and the dendrite of another neuron, the message recipient. Consequently, the effects that epileptic seizures may induce may range anywhere from mild to severe, life-threatening ramifications and complications. There are many different types of seizures associa...
This source states that women living with epilepsy seem to face different issues than males with epilpesy do. The source states that the two sex hormones inside a woman's body, progesterone and estrogen, play a role in influencing seizures as both of these hormones interact with brain cells. Usually, there are equal amounts of progesterone and estrogen inside a woman's body. However, the problem occurs when the balance of these becomes unequal. It explains that estrogen is an excitatory hormone which basically means that it "makes brain cells give off more of an electrical charge". Prosgesterone, however, is an inhibitory hormone, meaning that it calms the cells - that have been electrically charged by the estrogen - down. The problem arises when the body starts producing more estrogen than progesterone which "can make the nervous system excitable" and can make a woman with epilepsy more exposed to seizures. The source emphasises that a change in hormones don't cause the seizures but they are able to inluence the occurence of seizures. About 10% - 12% of women (with epilepsy) have catamenial epilepsy which means that their seizures are directly affected by their menstrual cycle. The seizures tend to occur when a lot of estrogen is present during the body such as during ovulation. For some others, the seizures can occur when the progesterone levels in the body drop such as during menstruation. It is said that as many as" 40% of menstrual cycles in women with epilepsy do not release an egg" and that women with epilepsy generally produce eggs less often than the normal ...
Hydrocephalus is a genetic disorder commonly described as “water on the brain.” In actuality, this is a condition in which there is an excessive accumulation of cerebrospinal fluid (CSF), a clear watery fluid that surrounds the space between the brain and spinal cord, in the brain. Normally, the production together with the absorption process of CSF is specifically balanced to ensure that the brain tissue remains buoyant, that nutrients can be delivered and waste removed, and that there is a compensation for changes in intracranial blood volume. Hydrocephalus blocks this balanced flow as well as absorption, and on account of CSF being produced continuously, 16 oz each day to be exact, the blocking creates a surplus of CSF resulting in the said pressure against the brain tissue. The surplus accretion of CSF additionally motivates ventricular dilation in which the gaps between the brain, known as ventricles, abnormally widen.
The brain has many different parts to it which help one function through daily life; parts such as the cerebrum which controls voluntary movement and regulates functions such as thinking, speaking and the ability to recall information. The cerebellum controls the balance and coordination and finally the brain stem, which consists of the medulla oblongata and the spinal cord which controls all involuntary functions such as breathing, heart rate and blood pressure. The brain stem is also able to carry out these actions even when someone is asleep. To fully understand how crucial the brain is to survival one must understand the functions of the brain stem.
Over 1.7 million traumatic brain injuries are reported each year. According to reports the leading cause of brain injuries are from falls followed by motor vehicle accidents, and accidents that were a result of being struck by something. Falls account for 32.5% of traumatic brain injuries in the United States. 50% of all child brain injuries are from falling. 61 % of all traumatic brain injuries among adults are 65 years old or older. Traumatic brain injuries are very violent blows or jolts to the head or body that result in the penetration of the skull. Mild traumatic brain injuries can cause brief dysfunction of the brain cells. Serious brain injuries can cause bleeding, bruising, physical damage to other parts of the body and torn tissues. Brain injuries are more prevalent with males rather than females. Causes of brain injuries include:
“The brain is the control center for your body. Your brain receives messages from your body. It also sends messages to other parts of your body” (DeGezelle). Quite arguably, the brain is the most significant aspect contained within your body. Since it does control every move your body makes and every word that comes out of your mouth. What can cause a brain aneurysm? Unfortunately, not much is actually known about aneurysms and why they develop in certain people and not in others. Approximately 5% of people living in the United States, have at least one brain aneurysm and are unaware of its presence. Doctors believe that, any person who has a relative who has had a brain aneurysm is susceptible to having one. Studies have shown that people who have had a close relative, such as a parent or sibling con...
It is caused by clot that blocks blood vessels from supplying blood to the brain through cerebrovascular events. If there is no blood in the brain, then there is no oxygen or nutrients because it is blood that supplies it to the brain. This can cause permanent brain damage which can cause inflammation. Fasting has there been known to be effective and efficient against stroke because it increases cognitive functioning and health of the brain. In addition, fasting has been known to increase neuro-protective proteins and reduction in inflammatory substance known as cytokines. This is critical reducing the chances of damaging the brain that can cause
The brain is the control center of the human body. It sends and receives millions of signals every second, day and night, in the form of hormones, nerve impulses, and chemical messengers. This exchange of information makes us move, eat, sleep, and think.
Like all organs, the brain needs the oxygen and nutrients provided by blood to function properly. If the supply of blood is restricted or stopped, brain cells begin to die. This can lead to brain injury, disability and possibly death.
Some of the symptoms to brain injuries are “loss of consciousness, dizziness, drowsiness, vomiting, headache, nausea, confusion or other cognitive problems. Having a brain injury of any kind can have long term effects like having short-term memory, trouble concentrating, personality change, depression, irritability, emotional and behavior problems may occur along with possible seizures. There are two different types of brain injuries, direct and indirect. Indirect is when their is stretching and tearing of blood vessel, the brain hitting the inside of the cranium can cause contusions, this can happen in babies from being shaken, shaken baby syndrome is very serious. CITATION NEEDED Beyond injuries, clots can cause health