Applied Behavioral Analysis on How Brain Injuries Impact One's Cognitive Ability Levels
How Brain Injuries Impact One's Cognitive Ability Levels
A traumatic brain injury (TBI) has considerable impacts on the normal functioning or operation of the brain. In most cases, brain injuries damage nerve cells to an extent that these cells no longer transmit information to each other in the ordinary manner. Brain injuries are usually divided into three major categories i.e. mild, moderate and severe depending on the extent of neurological damage that takes place. Given their impact on neurological functioning, brain injuries have impact on one's cognitive ability levels. Some of these impacts include cognitive disabilities, depressive symptoms, life satisfaction, and effect on life roles at different development stages and ages. Therefore, the extent with which brain injuries affect a person's cognitive ability levels is an important topic of study. Is there a direct link between brain injuries and how cognitive ability is impacted? How does the cognitive ability level decrease or is maintained due to the brain injury?
The purpose of this research is to examine the ability of an individual to gain, maintain or lose his/her cognitive ability levels depending on the severity of neurological damage from brain injury. This is an important issue to study in order to understand how different categories of brain injury affect cognitive ability levels of an individual. As a result, this study will provide insights on the impact of brain injuries on cognitive ability levels. In this case, the ability for an individual to carry out a cognitive function or assessment is examined against brain injuries like depression and post-traumatic stress (Massy, Meares, Batchelor & Byrant, 2015). The research strategy for this issue is an applied behavioral analysis that will focus on examining the level of individuals' cognitive abilities in the aftermath of a traumatic brain injury. For this study, the researcher will rely on the principle of learning theory...
Cognitive Effects of Brain Injury and Disease The care of patients with brain injury and diseases has improved substantially over the last thirty years. Nonetheless, the acute cognitive effects caused by brain injury are still a problem for the survivors. Such impairments are substantial contributors to functional disability after brain injury and reduce quality of life for affected persons and their families (Schultza, Cifub, McNameea, Nicholsb; Carneb, 2011). Accordingly, it is
patients diagnosed with TBI cope better with counseling and outreach programs when dealing with new or abnormal behaviors? Traumatic brain injury (TBI) may result in social and emotional defects (such as delayed word recall) that result in frustrating and embarrassing moments for the victim. Of all counseling and intervention programs, rehabilitation therapy (CRT) is the one that is commonly used and, therefore, this literature review will conduct a meta-analytic search
MTBI and Depression Traumatic brain injury (TBI) occurs as a result of force to the skull or brain. The probability of receiving a TBI is increased if one is participates in a number of sports such as professional football in the National Football League (NFL) and in a number of vocations such being in the military. The results of a TBI include a number of cognitive and emotional symptoms (McCrea, 2008).
Traumatic Brain Injury in Children Traumatic brain injury (TBI) has been one of the primary public health problems under health concerns over several decades. Health statistics reveal that this problem has been common among the male adolescents, as well as the young adults under the age bracket of 15 to 24 years. Similarly, this disorder is common among the elderly people of both sexes under the age of 75 and above.
The soldiers who informed that their injury didn't include any altered mental status or the loss of consciousness worked as the reference group for all of the analyses (2008). Mild TBI was significantly correlated with psychiatric symptoms -- especially PTSD, and the correlation maintained its significance after combat experiences had been controlled for (Hoge et al. 2008). Over 40% of soldiers with injuries linked with loss of consciousness met the
Traumatic Brain Injury Pathophysiology Traumatic brain injury, continues to remain an enigma and treatment is elusive, causing death and disability across the globe. Luckily, significant progress has been made in helping improve short-term outcome in victims facing a severe brain injury. Unfortunately, it is still not possible to get back the victims to their normative level of brain functioning. Injuries to the brains caused by forceful impact may cause tissue distortion. Clinically,
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