Analysis of The Safety of Sprint Starting Positions In “What is the Safest Starting Position for American Football Players?,” scientist’s Bruno Bonnechere, Bennoit Beyer, Marcel Rooze, and Jan Serge Van Sint explain their experiment showing the pro/con ratio for football players who practice with various sprint starting positions, and the “learning process effect” (Bonnechere, Beyer, Rooze, Serge Van Sint, 2014) amongst football players and non-players. The results from different tests give a conclusion that is targeted to football players, and the officials of the game.
Through November 2013-May 2014, scientists collected 25 males (12 football players, 13 non-players) that participated in this experiment. Both of these groups conducted activities and drills through three different sprint starting positions (2-, 3-, and 4-point.) After all the tests, it was declared that the 4-point starting stance is the most risky for football players, due to the position of the head, and the player’s vision of the field being decreased. However, the 2 point stance is the safest due to the better head location which allows better field of vision when participating in football. It was also concluded that regardless of football experience, the results of all the stances remained the same regardless of football or non-football (Bonnechere et al, 2014). Bonnechere and all’s purpose of writing this article was to “ [share] a biomechanical analysis of three different sprint start patterns to
Touch football is a type of football in which the ball carrier is downed by touching instead of tackling. In the game of touch football, there are many different fitness components that relate to specific touch positions. This essay will evaluate the components of fitness and analysis their relevance to touch football. To complete this, a series of fitness tests were done to help determine my suitability to touch football resulting in a recommendation outlining my suitability to a specific touch football position, based on my fitness.
“The analysis of movement provides an athlete with optimal development as well as minimising the risk of developing injuries through the incorrect execution of a movement” (Ackland, Elliott & Bloomfield, 2009, p 301).
American football has been a well-known sport for over 140 years. The first college game ever played was between the Rutgers and Princeton. Little did they know about the risk that occurs when playing a physical contact sport. Some common risk that is associated with playing football is the chance of experience a concussion, disabilities caused by brain damage and sometimes death. In the essay “Would Football Without Concussions Still Be Football” written by Nina Burleigh, she discusses that it’s important to implement tougher rules to protect the safety of young football athletes to keep them safe from concussions. In other words, American football is better played when physical contact is not in place because it will protect football players
According to the Concussion Foundation a concussion is a type of traumatic brain injury caused by a bump, blow or jolt to the head. The impact causes the brain to move back and forth inside a person’s skull, which stretches and damages brain cells. As a result, the brain becomes susceptible to more injuries until it fully recovers. The Center for Disease Control and Prevention (CDC) estimates that about 3.8 million concussions occur in the United States (U.S.) annually through sports (“What is a Concussion”). Between 2000 and 2004, concussions were the fifth most frequent injury in the National Football League (NFL) (Viano, 2007). However, only five-10% are recognized and eventually diagnosed (“What is a Concussion”). The highest level of football in the U.S. consists of professionals that play for one of the 32 teams that make up the NFL (Yengo-Kahn, 2015). Although football is a sport that has been built on “toughness” it’s become apparent in the last two decades that many of the retired players had debilitating long term health issues, many of which have been related to repeated concussions (Relch, 2013). There have been many lawsuits filed by retired players and their families against the NFL claiming, “head injuries” have impacted their long-term health (Relch, 2013). It has been concluded that most “head injuries” experienced are in fact concussions. Science has linked concussions to long-term cognitive impairment and other health problems. The NFL must do more to protect its players from problems stemming from concussions. One factor, that has not been significantly studied is if a player’s position increases the likelihood of a concussion(s) (Relch, 2013). The purpose of this paper is to take fully reported data and analyze concussion incidence rates for several positions whom experience the highest rates of concussions. This will be done by taking player’s positions and analyzing the occurrence of concussions along with the factors that influence them. A concussion changes the way a person’s brain normally works. A player can experience several long-term consequences from just one concussion. So, multiple concussions are even more worrisome to one’s physical and mental health. For the present
Football being one of the most physical sport it is, I grew a love for it in all aspects. I’ve been playing the game of football for 10 plus years and can’t stress enough the importance of technique and player safety. In recent years people have become concerned with the long term effects of head related injuries caused by repeated collisions on the field. Head injuries such as concussions often leave participants of all levels permanently injured for life if the correct treatment isn’t provided. This is why studies around the country are being constructed to keep athletes safe and prevent any further injuries.
Player safety has always been and will always be one of the most controversial topics in all of sports. In particular, the safety of young football players is an extremely controversial topic. Many different studies have been conducted on concussions specifically. These studies research the different variables and what causes concussions and the most effective ways to prevent them. A recent study was done by the University of Pittsburgh and Cornell University, they tracked 468 participants ages 8-12 from 4 different youth football leagues. The basic information that they found was that nearly every concussion was sustained during a game, only
This article portrays how playing football can cause negative long term effects on your body. Frontline reported on numbers from the Department of Veterans Affairs and Boston University, where researchers studied the brains of 165 people who played football at the high school, college, or professional level. They found evidence of CTE in 131 of them—79 percent. Of the brains studied, 91 of them belonged to former NFL players, and 87 of those 91 (96 percent) had signs of CTE. In an attempt to further reduce concussions some teams are considering adopting a tackling style similar to that of rugby, where players
If you do not play super cautiously, you can easily make one mistake and suffer concussions, brain damage, limb damage, and overall destruction to the body. Because of this, we see that football can completely ruin your life. In the first source, “Hard Knocks”, the article showcases a real life example of a boy who, when playing football, hit heads with another individual with a lot of strength. He sustained a concussion, and still to this day, he suffers headaches, memory problems, and so much more. In the video, “Concussion Hazards in Youth Football”, the video shows how the brain is affected when a concussion occurs. Also, it presents how the youth are more capable of sustaining permanent brain damage when hard hits on the head occur. In the last source, “How Many G’s?”, an infographic shows the real dangers of a football hit, when compared to a heavyweight boxers punch, and the force from a roller coaster on the body! Together, all three sources show that football is a highly competitive sport that can tarnish someone’s whole life plan in a couple of
As I said, football players risk injury, “ Football players are nearly seven times more likely to be injured during a game than in practice”(Burris 1). Some of the injuries they may fall to are concussions. It is known that “Concussions make up 7.4 percent of all injuries in college football players” (Burris 1). Many of the football injuries can affect their lives forever. “The athletes also reported more limitations in daily activities and more major and chronic injuries” (Burris 1).
The ability to tackle properly can lessen the chance of being hurt seriously, whereas using improper techniques can be catastrophic. “According to an article from The New York Times, youth leagues have limited contact in practice time, and have adjusted weight and age limits to try to reduce head injuries and the risks associated with them” (Belson, 2015). Additionally, drills that involved full speed head-on blocking and tackling were eliminated. “According to an article from The Denver Post, many observers highlighted the importance of improving football safety” (Bachynski, 2015). Youth football leagues are taking precautionary action to protect children; nevertheless, injuries are inevitable in a collision sport. While children certainly benefit from participation in team sports, it remains a question whether other sports can offer those same benefits while posing less risk of brain injury than tackle
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).
This was the first study to knowledge that was done to associate head collisions relevance in youth football leagues with dissimilar coaching instruction programs. This study was one of the biggest models of youth football players to wear accelerometers throughout a complete youth football season. Largely, the study established that youth football players who partook in Heads Up Football associations received fewer collisions to the head per practice at both the 10g and 20g starting points. Over the progression of a 12-week youth football season with an average of 3 practices per week, this would compare to 90 less collisions over 20g or 36 lesser over 10g. These alterations were also continued when studying the 8- to 11-year and 12- to 15-year
Physical and mental strength plays a major role in a football player’s life. Football is a twelve month process, which consists of off- season (six months), in -season (five months), and the Transition (one month). During off-season the football player’s main goal is gaining strength, size, and much power, in-season they continue to practice and work on maintaining the gains in strength during the off-season, and the transition is when they rest and recuperate their body from the physical exercise. Football players are constantly bumped and knocked down during practices
Figure 1.6, shows as subject A sprints, his legs cross over the midline of his body. This causes the body to waste energy moving side to side horizontally rather than forwardly in a straight line (Burkett,
Thus, determining objective and accurate measures to help determine safe return to play on the sideline and during the return to play progression protocol appears to be a necessary task for health care professionals. Currently, balance function is most commonly assessed with a postural control measure known as the Balance Error Scoring System (BESS), which indirectly assesses vestibular sensory input. One limitation of this measure is the lack of information regarding the functional use of the visual-vestibular system, specifically the vestibulo-ocular reflex (VOR). The VOR allows for stable gaze during head movements [13-14] and is imperative to the athletes’ optimal