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Concussions in sports essay
What are the effects of brain injury and concussions in sport
What are the effects of brain injury and concussions in sport
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In conclusion, CTE is having a huge effect on the sports world. Former legends are losing their minds and future stars are quitting early. It can change a person’s entire life and flip their world upside down. Repetitive blows to the head and concussions are no joke, they could leave you long lasting effects on your brain that could make the rest of your life very unpleasant. Hopefully researchers can find a cure or a way to treat CTE symptoms.
A big part of the NFL’s hold on players is their contracts and money. Thousands of young men aspire to be on a professional team, just for the fame, money and title. They are not made aware of the lasting conditions that come with playing football and their everlasting effects. If anything, the NFL has gone out of their way to discredit the newer research that links playing football with CTE. CTE stands for chronic traumatic encephalopathy, which is a disease that has the same effects as dementia and Alzheimer’s, except that CTE leaves tau protein deposition in distinctive areas of the brain, which is what separates CTE from dementia and Alzheimer’s....
CTE stands for chronic traumatic encephalopathy. CTE is a progressive neuro- degenerative disease which had not been found in football players until recently. It was stated in the episode, “Repetitive brain trauma starts this cascade of events in the brain that changes the way tau [protein] looks and behaves. It goes awry, it starts destroying the integrity of the brain cells.” Doctor Omalu’s discovery was the first hard evidence which proved playing football could cause permanent damage. This finding was not well received by the NFL and Omalu was met with attacks by the MTBI committee and the NFL as a whole.
What does Jovan Belcher, Ray Esterling and O.J. Murdock Have in common? They all were famous football players who commented suicide. Each player had something called chronic traumatic encephalopathy or CTE. This is a condition where sufferers have had repeated hits to the head that leads to concussions and ultimately head trauma. In this research paper, we will go over the data about the NFL to see could they have prevented CTE in these players if they had placed the player’s safety first.
Gladwell provides research conducted by Anne McKee a neuropathologist who is involved in the detection of chronic traumatic encephalopathy (C.T.E) on football players which was caused by head trauma. Using the research of McKee who is deeply involved with C.T.E allows the reader to better understand C.T.E. First we are presented on how by autopsying a brain of a person who had received a diagnosis of dementia. McKee discovered that this patient was a boxer in his early days and due to many hits in the head he developed C.T.E. Unfortunately, this person was diagnosed with dementia but ultimately he had C.T. E “which is a progressive neurological disorder found in people who have suffered some kind of brain trauma”. (Offensive Play). We are also presented with a research done by Kevin Guskiewicz director of the University of North Carolina’s Sports Concussion Research Program. Guskiewicz carefully monitors North Carolina’s football team with sensors on the player’s football helmets. These sensors allow Guskiewicz to measure the force of the impacts the players receive while playing football. Guskiewicz compared the hits to the head a payer receives to a car accident: “if you drove your car into a wall at twenty-five miles per hour and you weren’t wearing your seat belt, the force of your head hitting the
Concussions will always be a factor in sports. New technology someday could help prevent athletes from getting concussions. Maybe even a doctor will come out with a cure to prevent CTE from happening. Concussions are the leading injury in sports
In recent years, there has been an increase in research investigating the long-term effects of repeated head trauma on the brain, especially in athletes. Following his discovery of chronic traumatic encephalopathy (CTE), Dr. Bennet Omalu inspired a movement of research aimed at establishing better safety standards and protocols in football. It was not until 2002 that the initial connection between repetitive head trauma, such as concussions, and brain injury was suspected (Ott, 2015).
The onset of symptoms are sometimes seen about eight to ten years after an individual retires from their sport, which roughly equates to someone aged thirty to fifty years old (Baugh et al., 2012; Wortzel et al., 2013; Karantzoulis and Randolph, 2013). As with all diseases, symptoms can range from mild to severe. Researchers have found a positive correlation between the number of brain injuries sustained during a length of time playing a sport and the severity of symptoms (McKee et al., 2009). The specific brain regions affected by CTE are often debated, but some of the areas most commonly agreed upon to show deterioration are: limbic system (thalamus, hypothalamus, amygdala, mammillary bodies), hippocampus, cerebral cortex, frontal lobes, substantia nigra, and the brainstem (McKee et al., 2009; Baugh et al., 2012).... ...
Recreational athletes, competitive athletes, high school athletes, college athletes, and professional athletes all have one thing in common: the risk of a concussion. It's impossible to go a season without one athlete from a team receiving a concussion. The more that these concussions are studied, the more we learn about them, such as their detrimental effects on athletes. Because of the risk of health issues and death that come with concussions, doctors, coaches, athletic trainers, and lawmakers are stepping in to protect athletes of all levels from receiving concussions.
Whether you lose consciousness or not, when you are hit and impacted in the head during a sport, you could suffer from a concussion. Many football players and hockey players get hit extremely hard in the head during their games, the impact can cause brain damage, stunt essential growth, and have long term effects. Athletes who have suffered from a concussion should get cleared by a medical professional before heading back to the field or rink. Although athletes want to strive to achieve a scholarship and get back on the field, this could be detrimental to their overall health, presently and in the future.
Football is a dangerous sport, in fact, retired NFL players are 19 time more likely to be diagnosed with Alzheimer's disease of any other similar memory loss diseases, found by a recent study by the university of Michigan. CTE a disease that Acura as a result of constant head injuries and contact, and has been growing rapidly in the NFL. The NFL has been denied giving the many claims that CTE has a direct connection with professional football, until recently. The NFL has been taken to court multiple times over the topic of CTE. Although the National Football League is preparing to settle a class-action lawsuit with players with chronic traumatic encephalopathy (CTE), the League should do more for players because not only has it profited from
Ice hockey is a fast-paced and full contact sport whether you are in a body checking league or not. However with a full contact sports, concussions are unfortunately inevitable. There are numerous factors that play into the number of concussions in ice hockey. Body checking and numerous head impact injuries that occur in hockey are a huge reason for concussions. Although administrators are taking steps towards concussion prevention and education, this education is proving to be ineffective. This paper will take a look at the various injury mechanisms that contribute to concussions and other head-impact injuries in ice hockey, as well as discussing concussion education.
Due to the nature of sport, athletes will always be faced with the possibility of becoming injured. Empirical research has demonstrated that injury has a psychological impact on athletes (Quinn & Fallon, 1999). Indeed, sports practitioners often witness negative psychological impacts such as depression and in extreme cases suicidal tendencies in the injured athlete (Jevon & Johnston, 2003). Injuries have a dramatic impact upon an athlete’s life (Deutsch, 1985), Crossman (1997) interviewed athletic trainers and established that 47% of respondents believed that every injured athlete suffered psychological trauma. Walker, Thatcher and Lavallee (2007), explain there is a need to advance current knowledge of the way injured athletes psychologically respond, with deeper understanding it would be possible to aid rehabilitation professionals and help the athlete cope better psychologically. Psychological issues have an important role in the athletes ability to recover from injury (Arvinen-Barrow, Penny, Hemmings, & Corr, 2010), understanding how an athlete responds will have multiple practical implications. Ford and Gordon (1997) suggest that if an athlete experiences negative emotions then it will lead to non-complinace of the rehabilitation process. In order to understand athletes psychological responses to injury several frameworks have been suggested. These include the: integrated model of response to sports injury and rehabilitation (Wiese-Bjornstal, Smith, Shaffer, & Morrey, 1998), the Bio-Psychosocial model of sport injury rehabilitation (Brewer, Andersen, & Van Raalte, 2002), the staged-based grief response models (Kubler-Ross, 1969) and the stage model of the return to sport (Taylor & Taylor, 1997).
Imagine a nightmare where you have no control of your body and no matter how hard you may try you cannot move a single muscle or even mutter a single word. For some people this so-called “nightmare” is a grimm reality, the nightmares name? Amyotrophic Lateral Sclerosis (ALS). Or imagine having to brush your teeth 50 times a day because you forgot you already did. This is what people suffering from a certain kind of CTE called Dementia. But, who is getting afflicted with these diseases? The elderly? Children? Young Adults? The answer, professional athletes. Studies show that athletes are more likely to be diagnosed because of the contact that comes with playing sports. Now, living in the world we live in today we take all these precautions
As a rational, motivated, and sophisticated society, as we learn the ill effects of an action we naturally take action to combat these effects. As we learned of the physiological damages of smoking and alcohol we enacted laws to inhibit their consumption and media campaigns to bring their harm to light – we evolved. As we gained the knowledge necessary to identify links between harm and its cause, we changed and improved. However, we seem to have encountered some evolutionary stagnation when it comes to the link between sports and the head trauma with which they are attached. Why have we not taken every step necessary to inhibit the rampant effects of this disease? At least, the nation has begun to take notice of CTE, its poignant effects, and just how easily it can occur. All levels of the game of football – from youth to professional – are attempting to combat and evolve how the game is played so that we can vastly
Symptoms of concussion include memory loss, erratic behavior, being sensitive to light and noise, blurry vision, ringing in ears, and in some cases vomiting. Most female athletes have had more concussions than males. It usually takes longer for female athletes to recover because the brain is still trying to be developed. A concussion is known as a traumatic brain injury that develops when being hit in the head. Ryan Freel had developed CTE because of getting hit in the head during baseball and outside of baseball. He committed suicide at age 36, because he developed depression and also wanted his brain to be studied. Ryan Freel had developed Dementia. Dementia is a disease where memory can be loss, but you are still able to function. Freel has had more than ten concussions in his playing career. He had developed depression and short term memory loss which is some of the symptoms for CTE. Concussions are another way to develop CTE, but athletes will not know they have been diagnosed with CTE till after they have