Essay about Argument

Safety and equipment have come a long way in football in order to prevent brain injuries. A very important piece of equipment used to prevent brain trauma is the helmet. The helmet has evolved a lot over the years, even more in the past decade. The Helmets main purpose use to be just to stop skull fractures, then they added the facemask to prevent facial injuries. Concussions are more of a recent concern (Hand 1). Overconfidence in the helmets' protective power prompts many NFL athletes to deliver and accept hits that would have killed players of previous generations. Now the helmet is being revolutionized. Helmets aren't only being created to stop skull and face fractures but they are being created to help prevent brain damage such as concussions now. Helmets have gone through testing to see how to design a better preventative helmet. These newer helmets are being designed to reduce the amount of force that is being applied to the head by a hit that is received (Vandantam 2). Virginia Tech football has been monitoring helmet collisions since 2003, courtesy of Dr. Gunnar Brolinson. Dr. Gunnar Brolinson has outfitted the teams helmets with six sensors and a small antenna that records and transmits data to a computer on the sideline. This information collected is crucial because it will help find better ways to design a helmet that will prevent concussions(Goldman 1). Equipment isn't the only important part of football that can help prevent concussions.

Should people under the age of 18 be required to wear a protective helmet while skateboarding, in-line skating, bicycling, snowboarding and skiing? I believe truly believe so. The thrill in these activities, are to speed jump tricks and ride.

Soccer, being the most popular sport across the nation, currently has millions of fans and approximately 25 million registered players in the United States alone (Niedfeldt). Since the early 2000’s and continually seventeen years later, concussions are among the highest sustained injury to soccer players. While the sport is increasing in popularity, fear of injuries is increasing as well. In response to the arising panic, several companies have come together in order to create, promote, and sell protective headgear to concerned soccer players and their parents. The creators of this gear claim that their products will reduce concussions and any negative neurocognitive effects in relation to heading balls in soccer. Although some believe that

In source B it states “ Concussion Rates per Sport: Football: 64 -76.8, Boys' ice hockey: 54.”. Sports like football, and ice hockey include a lot of contact whether with your teammates or the other teams. These sports have the highest concussion rates. If athletes were to wear better protective headgear than what they already have, concussion rates will decrease. Furthermore, in source A it states “ Now, a team of engineers and physicians at Stanford has provided the first-ever measurements of all the acceleration forces imparted on the brain during a diagnosed concussion. The findings could lead to better injury detection, or toward developing safer protective gear.”. Physicians are finding new ways to develop injury detections, and safer protective gear. This is the future of sport protective headgear. With safer headgear and a better understanding of concussions, concussion rates will

Barnett argues “Live contact during regular season and postseason practises will be allowed no more than three days a week and limited to no more than 30 minutes a day and a total of no more than 80 minutes a week. Contact also is not allowed on more than two consecutive days.”(Barnett, pg1) This will help decrease the number of concussions in children and teens in sports. Although it is not a way to prevent them it is still a serious injury that people of all ages should be cautious about. (HELMETS IN SPORTS) “Helmet use in sports spans such varied activities as race-car driving, motorcycling, baseball, hockey, football, lacrosse, equestrian activities, and bicycling. The substantial increase in helmet use is a tribute to the consumer's concern for safety, society's interest in minimizing serious injury, and the helmet industry's efforts to produce acceptable products. Generally speaking, however, helmet safety design has evolved slowly”(Coben, 1). Helmets in sports are the most important tool for protection from concussions. Even though concussions are not 100% preventable schools should pay the extra money to get the safest helmets. Helmet safety is evolving and there are new helmets specifically for concussions. “Forty-one states and Washington, DC, have youth sports TBI laws that require coaches and teams to remove young athletes from play if they are suspected of having suffered a TBI, and all of those states but Wisconsin and Ohio require

A team of researchers and engineers at the University of Michigan undertook a four-year challenge sponsored by the NFL to create a helmet with better protection from brain injuries from sports. Current helmets worn by football players, including the pros, reduce the force put on the skull during a collision. However, the current helmets do

According to data collected from a study done from multiple collegiate teams between 2005 and 2010, sensors within helmets help measure head acceleration, which in turn provides better stability against heavy hits. The data within the study came from “helmets worn by 1833 players” (Staff) Each player either wore a Riddell VSR4 or wore a Riddell Revolution (different helmet types). Surprisingly, concussion rates differed between each helmet. “Results revealed a 54% reduction in concussion risk for players wearing the Revolution helmets compared to players in the VSR4.” The Medical Staff maintains that “Players with VSR4 helmets experienced higher head accelerations due to impact than those who wore Revolution helmets. Researchers attribute this to the Revolution helmets' ability to better modulate the energy transfer from the impact to the head, resulting in lower head accelerations. Lower head accelerations, in turn, reduces the risk of concussion.” Helmet design is crucial in lowering the risk of head injury; the measurement and and reduction of head acceleration is a key component in injury

In most contact sports, protective gear is worn to protect injury-prone areas. Helmets are important and required in several sports, and their structures have been modified over time to increase their effectiveness in prevention of head injury. The new helmet standards enforced in 1959 are attributed for the great decrease in intracranial hemorrhage and death noted by Heck et al. (2004) between 1959 and 1963. Interestingly, however, a concurrent increased in spinal cord injury was observed during this time, by 204%, with cervical quadriplegia increasing by 116%. The mechanism of this injury, as previously discussed, is spearing, which players must have felt more confident attempting due to the helmet modifications. This conjecture identifies

One helmet does not prevent a serious brain injury but when one does wear the proper equipment it reduces the chances of fatal injuries. Head trauma and concussions are more common than they should be, even in all levels of the game. Youth, highschool, and professional NFL players are all exposed and have a likely chance to hit their head and receive a concussion. The serious damage can impact the player’s life tremendously! Although in most cases studies have shown by the Institution of Medicine, which was funded by the NFL, that in most cases the concussion symptoms will cease in a matter of two weeks. In spite of most cases impacting the football player’s life for a short period of time, some victims are not as

Have you ever played a sport, that injured you or give you a concussion? Safety always comes first. Especially, when you're doing something that can get you an injury really easy. Having protective gear is important, mainly in sports. Some sports should have protective head gear. Protecting your head is important, and every part in it. Half of the sports are usually contact sports, which getting hurt in the head can be more of the chance, which is bad. As well, getting hurt in the head has many consequences which no one wants to have. Many athletes get concussions and it’s not good. 90 percent of the times, the person is conscious while having a concussion, the other 10 percent, there are unconscious. Therefore, protective head-gear

From my perspective, there should be mandatory helmet laws throughout the United States. I have witnessed the injuries and losses of lives from those involved in accidents. Some wore helmets and some did not.

Opponents of the lacrosse community support this particular evolution because they claim the use of full pads in men’s lacrosse justifies increased headgear in women’s lacrosse. Pennington claims helmets are “more about raising awareness about contacting the head. There is a visual reminder”(Pennington). Schwarz continues to cite Dr. Brian Rieger’s assertion, “‘Any time we can prevent a concussion, we should try to do it’”(“A Case Against Headgear”). Overall, a belief that the dangers of men’s lacrosse have carried over into the women’s

Many people think that to wear a helmet should a personal desition and should be not mandatory. After all, if harm is cause for not wearing a helmet, it will be a personal harm and no a general harm for society, “People have the right to chose their own poison” (Rosenstand, 255).

According to national data, over 200 children die each year from bicycle crashes, and over 250,000 children sustain bicycle-related injuries (Sullins, Yaghoubian, Nguyen, Kaji, & Lee, 2014; CDC Head, 2015). Helmets reduce skull injuries in children by up to 87%, but less than 50% of children report wearing a helmet most or all of the time (Mattei et al., 2012; CDC Head, 2015). Head injuries sustained by children related to bicycles are preventable with the proper

The increasing numbers of head injuries have become the concern of the riders, they therefore began to advocate the use of pith helmets. In the early 20th century, several of number and types of helmets were available in the market in light to the rising head injuries reported. However, it was tested that the helmets on the market were ineffective in a crash. This was proven by Snell Foundation whom did a comprehensive testing on all bicycle helmets in 1970. Hence, the foundation has established the basic criteria for head protection. In 1984, American National Standard Institute (ANSI) introduced the ANSI Z80.4 standards for helmets that were widely accepted. As such, it helped to remove the ineffective helmets from market and raise the quality of all helmets. Since then, the promotion of helmet wearing by cyclists has been a main thrust of road safety and health practitioners in many countries. Soon a foam liner made of expanded polystyrene was invented, and by the 1990’s a thin hard shell was added to the polystyrene foam helmet for