Brain aneurysms practically go unnoticed and tend to have few to no symptoms until the rare occasion when the aneurysm ruptures. The bursting aneurysm causes bleeding in the brain and then often leads to a stroke. This is exactly what happened to my great-aunt Judy who survived a brain aneurysm and stroke. Brain aneurysms can also be referred to as cerebral aneurysms or intracranial aneurysms (IA). A brain aneurysm is formed when there is a bulging spot on the wall of an artery that supplies blood to the brain. As time passes, the blood flow within the artery begins to pound against the thinned portion of the wall. The aneurysm begins to form from the wear and tear on the artery. As the artery wall becomes thinner from the pounding, the blood causes the already weakened wall to swell outward. This built up pressure may cause the artery to break and allow blood to leak into the brain. There are two main …show more content…
In most cases the brain aneurysm is an incidental finding. If the brain aneurysm is found by a doctor it is important for the patient to consult a neurosurgeon to determine if further action needs to take place. Brain aneurysms often occur in people between the ages of 35-60 but can also occur in young children as well. Aneurysms are most common after the age of 40. A speech-language pathologist would have a role in therapy after a patient has had a brain aneurysm. A speech-language pathologist might help with memory and thinking as well as helping a patient relearn how to say words. A speech therapist might also do a swallow study on a patient. There are several speech therapy techniques including; giving the beginning of the sound of the word to trigger memory, and working on simple day-to-day conversation skills. There are other members who will be included in the patient’s recovery including physical therapists, occupational therapists, doctors, and
A stroke is the acute neurologic injury that come as a result of an effect of ischemia or haemorrhage of the encephalon. Ischemia is caused by diminished supply of arterial blood which carries sugar and oxygen to brain tissue. Haemorrhagic stroke is due to intracerebral or subarachnoid bleeding and it damages the brain directly at the site of the bleeding by compressing the encircling tissue. Ischemic strokes can be embolic or thrombotic. Thrombotic stroke consequences from clot formation in the arterial blood vessel that provides blood to the encephalon, and can bear upon either large vessel or small vessel.
The brain is a complicated organ, containing an estimated 100 billion neurons and around 1,000 to 10,000 synapses for each of those neurons (1). This organ has the great responsibility of not only controlling and regulating the functions of the body but also sensing and perceiving the world around it. In humans, it is what we believe makes us the highly adaptive and intelligent organisms that we are, as well as give us our individuality. But with so many parts and connections to it, what happens when the brain's delicate circuitry is disrupted? We've all heard of brain damage, and its horrible results, whether is a news report on TV or science books. It seems that with trauma, disruption of blood supply, and disease; neurons and their connections could be destroyed and the organism's behavior exceedingly affected. Yet I've read about how people have overcome tremendous damage to their brains and gone on to function with very minimal handicaps.
Due to the lose in brain cells sometime facial nerve can become damage. Which is also a sign of a stroke. In stroke patient usually when ask to smile, only half of their facial muscle would be able to do so. While the other half remain drooped. The Circulatory system is affect as well. Remember in a Hemorrhagic stroke a ruptured blood vessel begins to bleed out into the brain. Once blood is secreted out side the blood vessel into the tissues, red blood cells will take away nutrient from the brain cells. In Ischemic, the blockage in the blood vessel does not allow the blood to circulated proper. As a result of lost blood supply brain cells will die in the area where it is not receiving nourishment. Traveling in our bloodstream is oxygen and glucose, which is constantly need for cells to preform they daily functions.
There are three main types of strokes: ischemic stroke, hemorrhagic stroke, and transient ischemic stroke. Ischemic strokes occur due to an obstruction or clotting of a blood vessel or artery. There are two types of ischemic strokes: embolic and thrombotic strokes. An embolic stroke is when a blood clot or other substance forms in the body, travels through the blood stream, and eventually becomes lodged in a small blood vessel or artery supplying blood to the brain. A thrombotic stroke is when a blockage forms in one or more arteries to the brain. The second type of stroke, hemorrhagic stroke, is due to a rupture of a weakened blood vessel. There are two major ways in which blood vessels can weaken: aneurysm, a ballooning of a weak area in a blood vessel, and arteriovenous malformations (AVM), an abnormal connection of arteries to veins. A hemorrhagic stroke can either be an intraccerebral stroke, a bleed caused by a blood vessel within the brain, or a subarachnoid stroke, an aneurysm rupture in a large artery near the membrane surrounding the brain. Lastly, transient ischemic attacks are temporary traveling clots that cause “miniature” or “warning” strokes.
A serious brain injury could lead to bleeding in or around your brain, causing symptoms that may develop right away or later.
An essential aspect of a neurosurgeon's role is to accurately handle the documentation of data related to their patients' treatment. This data includes treatment programs and schedules, medication plans, diagnosis details, and any other analysis information related to their patients' health. Regular interaction with patients is also crucial for neurosurgeons. Supporting patients in medical decisions and informing them of all possible risks, effects, delays, results, and outcomes of their surgery is perhaps the most important responsibility a neurosurgeon can undertake. The physician must be able to discuss the patient's course of action clearly and precisely with someone they are comfortable with to ensure the best recovery.
Strokes are not only the leading cause of mentally disabling adults, but they are also the third most common reason for deaths worldwide (Jarvis, 2012). In general, a stroke, also called a “cerebrovascular accident,” occurs when blood flow of the vascular system is blocked from reaching parts of the brain (Jarvis, 2012). There are two types of stroke, an ischemic stroke or a hemorrhagic stroke, and they differ in the way they affect the vascular system. An ischemic stroke is the most common type of stroke, accounting for 80 percent of all strokes, and it is due to a thrombus or embolus blocking blood vessels supplying the brain (Durukan & Tatlisumak, 2007). A hemorrhagic stroke is less common, but is caused by the rupturing of a blood vessel in the brain and causes bleeding (Jarvis, 2012).
Stroke is the third leading cause of death and the brain injuries caused by stroke are a huge cause of disability in older adults. There are over 1.2 million stroke survivors in the UK and half of all stroke survivors have a disability following their stroke. A person’s age increases their risk of having a stroke. Most strokes occur between the ages of 65 and 75. There are three main types of strokes. 85% of strokes are ischaemic and occur when a blood clot forms in an artery leading to the brain, stopping the blood supply causing a neurological defect lasting more than 24 hours (Alexander et al., 2011). 15% of strokes are haemorrhagic and result from a weakened blood vessel that has ruptured and bleeds into the surrounding brain. It can be
Irwin and Rippe (2007, p382) define an aneurysm as; “a segment of the aortic lumen whose diameter exceeds 1.5 times the normal diameter for that segment”, and that “The most commonly encountered aortic aneurysm morphology is fusiform.“ This can be caused by a mechanical weakening of the muscle fibres in the arterial wall with resultant degenerative changes. High pressure of blood flow can cause the arterial wall to protrude or ultimately rupture, (HealthGuidance, Abdominal Aneurysm, 2011).
Neil. (2003, October 1). Triple-H therapy in the management of aneurysmal subarachnoid haemorrhage. The Lancet Neurology, 2(10), 614-620. doi: 10.1016/S1474-4422(03)00531-3
"My most valuable tool is words, the words I can now use only with difficulty. My voice is debilitated - mute, a prisoner of a communication system damaged by a stroke that has robbed me of language," stated A. H. Raskins, one of approximately one million people in the United States who suffer from aphasia (1), a disorder which limits the comprehension and expression of language. It is an acquired impairment due to brain injury in the left cerebral hemisphere. The most common cause of aphasia is a stroke, but other causes are brain tumors, head injury, or other neuralgic illnesses. Of the estimated 400,000 strokes which occur a year, approximately 80,000 of those patients develop some form of aphasia (2). Another important observation is that within the United States, there are twice as many people with aphasia as there are individuals with Parkinson's disease (2). Yet, what is so astounding is the lack of public awareness about aphasia. Aphasia attacks an intricate part of a person's daily life - the simple act of communication and sharing. The disbursement of such a tool deprives an individual of education learned through their life, often leaving the ill fated feeling hopeless and alone. In considering the effects of aphasia, a deeper analysis of the two most common forms of aphasia will be examined: Broca's aphasia and Wernicke's aphasia. While both forms occur usually as a result of a stroke in the left hemisphere of the brain, their particular site of impairment produces different side effects in an individual's comprehension and speech. These regions have been further studied through experimental researches such as positron emission tomography (PET). Moreover, although there is currently no cure for the disorder, there are treatments and certain guidelines to follow when encountering an aphasic.
Stroke is a commonly known disease that is often fatal. This cellular disease occurs when blood flow to the brain is interrupted by either a blood clot halting the progress of blood cells in an artery, called an Ischemic stroke, or a blood vessel in the brain bursting or leaking causing internal bleeding in the brain, called a hemorrhagic stroke. When this happens, brain cells are deprived of oxygen and nutrients because the blood cells carrying these essential things are stopped, causing them to die. When the cells in the brain die, sensation or movement in a limb might be cut off and may limit an organism’s abilities. A person with stroke is affected depending on where in the brain the stroke occurs. In other words, symptoms of a stroke
Most of the body’s functions such as, thinking, emotions, memories and so forth are controlled by the brain. It serves as a central nervous system in the human body. The mind is the intellect/consciousness that originates in the human brain and manifests itself in emotions, thoughts, perceptions and so forth. This means that the brain is the key interpreter of the mind’s content. Jackson and Nagel seem to resist identifying what we call “mental events” with brain events, for different reasons, while J.J.C. Smart takes the opposing view.
Head injuries are very serious and dangerous. Some head injuries can cause neurological brain damage. They are commonly found in the sports world, putting athletes at risk. There are a lot of head injuries that are dangerous or could cause serious damage brain and in turn, the body. Because of this, precautions, rules, and guidelines need to be in place to prevent and treat these athletes. If these things are not put in place, it could mean the difference between life and death for these athletes. There are many different injuries that can occur to the head and face. Facial injuries can be very dangerous as it can concern the eyes nose and mouth.
Although language remains fluent and in proper syntax, the overall amount of talking decreases. Patients have difficulty maintaining conversations and some even become mute. Motor functions are often uncoordinated and patients often have difficulty constructing three