Mild-Traumatic Brain Injury

Head injuries, including concussions, particularly in the game of American football, have become a subject of deep concern, much study and even Congressional hearings in the United States.

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.

CTE is a brain disease found in individuals with annals of head trauma. It has specifically been found in athletes with numerous concussions. So far it can only be diagnosed in the deceased, but Dr. Julian Bales and his staff in UCLA have discovered symptoms in living players such as Hall of Famer Anthony “Tony” Dorsett, Hall of Famer Joe DeLamielleure, and NFL All-Pro Leonard Marshall. CTE can cause memory loss, dementia, depression, suicidal thoughts, cognitive and emotional difficulties (Waldron par 1, 2, 3). Is it a compelling issue? A total of 171 concussions were reported in the NFL in the 2012-2013 season; 88 thus far in the 2013-2014 season (Frontline pt). Those are just numbers in the professional level. There are thousands of kids playing football either in youth, middle school, high school, or college level. The diagnosis is currently in progress, researchers are optimistic this could lead to a legitimate treatment, how to manage, and hopefully a cure. Furthermore, this can also possibly lead to an answer to a connection between football and chronic traumatic encephalopathy. Junior Seau, Mike Webster, Terry Long, and Justin Strzelczyk (all of whom are dead now) are all men who played in the NFL for an extent period of time. This is not the only thing they have in common. These former players had an uncustomary

While the NFL is putting new rules and regulations on equipment and which type of tackles are allowed, living retired NFL players are found to already have symptoms of CTE (Fainaru, 2013). Through brain scans and research done by UCLA, they have identified proteins in player’s brains that cause CTE, which as Dr. Julian Bailes, co-director or North Shore Neurological Institute said, is the “holy grail” to studying CTE and finding ways to cure and prevent it (Fainaru, 2013). While this is a break through, there is still no cure or way to treat CTE (Fainaru, 2013). But this research also raises questions about CTE and the NFL. Will players be required to be tested for CTE? Can players be denied playing anymore if CTE is found? Will this greatly affect the way that football is currently played? As the research is still being collected, there is still no definite answer to any of those questions, but the NFL has acknowledged the correlations of CTE and concussions caused by playing in the NFL and assures that they will do all they can to help prevent severe brain trauma to their players, including donating $30 million to the National Institutes of Health to conduct further research on CTE (Kroll, 2013).

While examining his brain, they found the first case of CTE (Chronic Traumatic Encephalopathy) in a football player (Ezell). Dr. Omalu continued into the brains of football players. He diagnost another player with CTE. After that, two other doctors connect concussions to dementia. Dr. Bailes and Dr. Guskiewicz wrote, “that the onset of dementia-related syndromes may be initiated by repetitive cerebral concussions in professional football players” (Ezell). This was the first major finding connecting football to brain injuries.

Chronic Traumatic Encephalopathy, or better known as CTE has gained momentum in areas of public awareness and scientific involvement in recent years due to the popularized sport on American Football. During recent years, the media has been swaying and educating the public on the adverse outcomes that CTE can initiate. However, the first discovery of this disease was diagnosed by pathologist Harrison Martland and can be related back to the late 1920’s; the first true cases were identified in the physical sport of boxing. During that time, CTE was commonly known as dementia pugilistica meaning “punch drunk” from the wobbly nature of boxers during repetitive hits to the head.1,2 It was determined that dementia pugilistica (also known as boxer’s

Concussions in sports have become a prominent public health problem since as early as the 19th century. Equipment worn by football players has been completely transformed within the 144-year history of the game. When football first began being played in the United States it looked a lot more similar to the game of rugby. This means that there were no players wearing headgear when the first college football game in history happened in 1869. Helmets didn’t become a mandatory piece of equipment in college football until 1939 (Daughters, 2013).

Over the past several years, concussions and Chronic Traumatic Encephalopathy (CTE) have become hot topics in the world of football. The long lasting effects of concussions and CTE experienced

This paper connects contact sports with degenerative brain diseases. It also shows that CTE is not only connected to football because of the continuous tackling inducing trauma to the brain, but also soccer where heading the ball can often cause brain damage. This is supported by research of retired NFL football players and soccer players whose brains showed evidence of CTE. Also when the Mayo Clinic studying the brains of those who did not participate in contact sports showing no evidence of CTE. Based on scientific evidence degenerative brain diseases such as CTE are caused by successive concussions. Since concussions are one of the most common brain injuries seen in contact sports today there is a definite association between contact sports and degenerative brain diseases.

In the article, NFL Football Players May Be More Susceptible to Alzheimer's and Dementia, the clinical professor Christopher Randolph makes a scientific study to whether or not former professional football players are prone to head trauma related diseases such as MCI and Alzheimer’s. This study can be proved to be valid, because the author states his theory through clinical studies comparing different groups of people with and without a former history in a professional sport.

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).

There has been extraordinary improvements of helmets from the old leather to the modernized-plastic football helmets along with the face mask and energy- absorbent padding. In addition, the concern over preventing concussions, have led to helmet changes, impact testing methods and reconstruction of injuries during play helping to provide insight on concussions(4). Helmets have been successful in decreasing the risk of traumatic brain injuries, but there is much concern over concussion; therefore, scholars argue the importance of technology development to address concussion(5). As the author(s), David Viano and David Halstead discusses, there is room needed for understanding the types of collisions associated in youths and the impact condition addressing collisions. There are many variables to consider addressing concussion and where they occur.

Traumatic Brain Injuries are serious issues in the United States for health care providers. A TBI

We have been learning about the concussion. Or MTBI (Mild Traumatic Brain Injury) it is critical to find a way to protect our students and kids everywhere from MTBI. A Pediatrics Study in the Newsela article, said they studied 349 students and 240 of them after the fact continued to have physical and cognitive symptoms of brain injury.

Stroke and Traumatic Brain Injury are usually categorized as injuries that can effect different areas of the brain. Neurofeedback treatment is used to target the areas of the brain that have been damaged, making the training process completely customized to each patient.