Concussions In Sports

A vital issue that has made its’ self-prominent are the concussions players get when playing sports. While many have different opinions of how players get concussions or how to prevent them. At the moment, there is not one sure solution to help or prevent concussions. One author Nate Jackson believe in stricter penalties, fines, and suspensions would help with the problem. The other author Lane Wallace thought that changing the culture would decrease the percentage of injuries overtime. These solutions are not a permeant alone but together they can benefit each other immensely.

The purpose of this study was to determine the association between having a previous concussion and then experiencing concussive signs and symptoms following head impacts. It was hypothesized that previously concussed athletes would have more severe and frequent signs and symptoms of a concussion following a head impact compared to athletes with no previous concussion. To test this hypothesis, 201 college athletes participated in a questionnaire. They were asked about previous concussions and if they experience concussive signs and symptoms when they had head impacts. After the results were all collected, it showed that nearly 60% of athletes who had zero previous concussions reports experiences signs and symptoms following head impacts! compared to nearly 80% of athletes who have had a concussion. These results show a significant correspondence between previous history of concussion and the reoccurrence of concussive signs and symptoms following a head

Concussions can have severe effects on an athlete. They can lead depression, memory loss, and event death. However, with growing research, it is possible to take preventative measures, identify the likelihood of a concussion and engage in treatment. Undiagnosed concussions can lead to more severe injuries and athletes should be concerned about, aware of them and treat them. With new technology, greater awareness, and growing acceptance that concern should be less on winning a game than preventing and treating a concussion, it is possible that one day, concussions may be a rare thing of the

Concussions in high school sports doubled from 2005 to 2012. High School’s put in a new rule called “Return to Play” this rule was put into place so players waited the right amount of time to come back after receiving a serious head injury. Coming back to quick with a concussion can get you hurt even more or possibly cause permanent brain damage. Studies show that a concussion from a high school athlete takes longer to recover from than for older athletes. Also, studies show that even teenagers are at risk for head trauma not just adults and older athletes. Between 2005 and 2012, four thousand twenty-four concussions were diagnosed in nine sports. This is a very high number for just high school sports alone. Concussions have went up in 5 sports mainly those sports are football, wrestling, baseball, basketball and softball. Therefore, concussions have not only effected football. Many people fail to realize how many athletes are truly affected by a

A concussion is an mTBI that affects brain function and is caused by a single blow or violent shaking of the head or upper body (Mayo Clinic Staff, 2017). Most sport-related head injuries are minor and although the majority of athletes who suffer a concussion recover within a few days or weeks, a small number of individuals develop long-lasting or progressive symptoms. This is especially true in cases of repetitive concussion or mTBI in which at least 17% of individuals develop CTE (McKee et al., 2015). The incidence rates recorded thus far for concussions is highly likely to be a very conservative number and seriously under-estimates the true incidence. Reasons for this being that: a) reports by associations tend to only record athletes who experience a loss of consciousness (LOC) and b) players and coaches usually lack awareness of or minimize symptoms of

Recently there has been a focus on concussions in contact sports, primarily football. Collaboration between athletic associations, safety councils, and the national football league has developed policies on how to provide a safe environment for athletes. The first goal is prevention of head injuries in contact sports, and the second goal is to identify and respond quickly to head injuries in order to diagnose in a timely manner.

Concussions are the most common head injury that can occur while participating in sports. “A concussion is a type of traumatic brain injury. When athletes sustain concussions, their brains stop functioning properly as a result of trauma. Perhaps the simplest way to think of a sport-related concussion is as a temporary dysfunction of the brain caused by trauma Even though there are some people who symptoms of having a concussion will seem obvious”(Meehan). There are over 250,000 concussion injuries reported each year with football players alone. High school football players experience at least one concussion during their season each year. Sport related concussions are most likely to witness by someone, they are usually mild, sometimes to never

Over 300,000 TBIs, traumatic brain injuries, occur annually in sports alone (Harvey). Concussions being one of the most common yet severe of injuries in sports require more regulations and guidelines toward preventing such a traumatic injury. One of the few laws set in

In medical terms, concussions are described as "a complex pathophysiologic process affecting the brain, induced by traumatic biomechanical forces" (Hunt, Paniccia, Reed, & Keightley, 2016, p. 749). Over the past couple of years, the number of concussions in athletics has increased drastically. According to the data released by the National High School Sports-Related Injury Surveillance Study, in the school year 2005-06 there were 133,000 concussions, which was much less than the recent data of the 2014-15 school year of 292,000 (Brzycki, 2016, p. 57). Not only are concussions becoming more prominent, but they accounted for 24.5% of all the injuries in 2014-15 (Brzycki, 2016, p. 57). Although many advances in concussion protocol have been

My article covers the very important impact that sports and concussions have on an individual and their families. Head injuries are a very serious problem as described in this article, and to make sure that this problem is understood, we must educate our coaches, and athletes as well as parents, of signs of concussions and head trauma. Throughout this paper I’m going to summarize the article, and then approach it from the stand point of whether or not I agree with what the author is saying, or if I disagree with what the author is saying.

These risks in sports were understood to be dangerous, and science has evolved to make sports safer. So much has changed and been updated in concussion protocol in American sports within the last few years, giving credence to the group that believes that the status quo is adequate in addressing concerns for CTE among sports. The National Football League, NFL, believes that they have been earnestly seeking answers as far back as the 1990’s when they launched a committee on “mild traumatic brain injury” after “two star offensive players retired before the age of 30 due to concussion concerns” (Lartey). Their conclusion then was that concussions were a minor concern. Since then, as new research has brought new revelations of CTE and former players, the NFL has acknowledged this and has taken steps “to warn players about the potential connection between concussions and long-term brain injury” (Florio).

During the investigation of the epidemiology of concussions, they compared high school and college athletes. They found approximately 300,000 sports related brain injuries happens yearly in the United States, which is the second leading cause of brain injuries for ages 15 to 24. The sample included 100 high schools and 180 colleges and the data calculated rates, described patterns, and likely risk factors for athletes.

Sports concussions are a type of traumatic brain injury (TBI) that can have long-term neurologic sequelae. Sports concussions have an estimated incidence of 3.8 million per year in the U.S. which represents a significant public health issue[2]. Approximately 50% of sports concussions may be unreported. As such, the public health implications of sports concussions are significantly underestimated. Sports concussions may occur from any sport and are more common in high impact contact sports such as ice hockey, American football, boxing and soccer[3].

A recent study of college football players has shown that those who participate in high contact sports and have had a concussion before have a 300% higher chance of having another one in comparison to athletes that have never had a concussion before (Jolicoeur et al, 2007). The NFL and NCAA have enacted several rule changes in order to minimize the occurrence of concussions. These new rules, like many before them, have come under the scrutiny of the very athletes that they were meant to protect. The NHL and NHL Players Association in 1997 together created a program in order to get a better understanding of concussions and how to prevent them (Burke et al, 2011). According to Covassin (2008), athletes who have had more than one concussion take a longer time to recover with each concussion that they suffer from.

Football can be a very dangerous sport. And although those who play the game believe that they are being protected by the helmets that they wear, the truth is that this may not be the case. In a recent study released by the American Academy of Neurology it has been found that “protection against concussion and complications of brain injury is especially important for young players, including elementary and middle school, high school and college athletes, whose still-developing brains are more susceptible to the lasting effects of trauma”(Science Daily, 2014). The study also found that standard football helmets worn by the majority of players on the field today, only reduce the risk of traumatic brain injury by 20 percent compared to not wearing a helmet at all (Science Daily, 2014).