Art And Alzheimer 's Disease

Alzheimer’s Disease is a disease of the future. With the growing aged population, this disease, which affects primarily the elderly, will become of increasing relevance to the medical profession. Also, the high frequency of Alzheimer’s, and the high cost in labor, money, and material of caring for its victims shall put considerable burden on the society as a whole. Here, however, these issues are not going to be debated. Instead the pathology of Alzheimer’s will be reviewed to the extent it is known today.

The symptoms of Alzheimer’s are extremely detrimental to the individual whom it affects, as the disease attacks the brain cells and their connections. As the illness progresses, many

Alzheimer 's disease (AD) is a progressive degenerative disease of the brain from which there is no recovery. There are three brain abnormalities that are the hallmarks of the Alzheimer’s disease is initially caused by plaques buildup in the brain’s neurons as illustrated in figure 1. The support structure that allows the flow of the nutrients through the neurons gets damaged and ultimately there is loss of connection among the neurons and they die off (National Institute of Health, 2015). This causes the brain tissue to shrinks, which is called atrophies. All this ultimately lead the victim of this disease to face difficulties in governing emotions, recognize errors and patterns, coordinate movement, and remember. Ultimately, a person with AD loses all memory and mental functioning.

Alzheimer’s is a systemic disease, meaning that it affects more than one part of the body. There are three major systems that are affected by Alzheimer’s. The first involves the Central Nervous System. The CNS includes the brain and spinal cord, allowing the nervous system to make the spinal cord and brain function. The Central Nervous System is affected because specific brain proteins begin to malfunction and brain cells die. The loss of brain cells is the reason for memory loss and

Next, I would like to focus on the statistical analysis and treatment of this disease. As of now, there is no cure to Alzheimer's. There are many different clinical trials and pharmaceutical drugs being tested. I again searched the Anoka Technical databases and came across another article

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In people with Alzheimer’s, the neurons become disabled. For starters, Alzheimer’s interferes with the neurons ability to produce energy they need to do their work, a process known as metabolism. Neurons derive energy from the oxygen and glucose which is available through the bloodstream. Without this energy, neurons can no longer communicate with each other and carry impulses to other neurons. They also lose the ability to repair themselves, which ultimately causes them to die. Exactly what interferes with the functioning of the neurons is unclear, and the rate at which the disease progresses also varies from one person to another. Neuofibrillary tangles which is a tau protein that gives neurons their structure by binding to microtubules in a cell and

Alzheimer's Disease is a condition that affects 50% of the population over the age of eighty five, which equals four million Americans each year. It is becoming an important and high-profile issue in today's society for everyone. There are rapid advancements being made in the fight against this disease now more than ever, and the purpose of this essay is to educate the public on the background as well as the new discoveries. There are many new drugs that are being tested and studied every day which slow down, and may even halt the progress of the disease.

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However, some scientific studies show that Alzheimer disease occurs when nerve cells in numerous key areas of the brain are destroyed or damaged. The damaged or destruction of these nerve cells in the brain disrupts the information flow between the body and the brain. This disruption leads to a stable decline of both mental and physical functions. Scientists say that the destruction of the brain is most likely to be caused by the development of senile plaques (clumps) and neurofibrillary tangles (knots). These plaques and knots are usually found on the brain of a diseased person during after death biopsy. They are mostly found on the part of the brain that is associated with the memory and retention of information (National Institute Of health 10).

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