Source: Jacobs Engineering Group Inc. May 21, 2013 : PASADENA, CALIF. - Jacobs Engineering Group Inc. (NYSE:JEC) announced today that, together with Texas Medical Center's National Center for Human Performance (TNCHP), it is participating in a research study designed to evaluate and enhance safety factors affecting youth athletes. The Jacobs-sponsored study was conducted through a Jacobs Space Act Agreement with the NASA Lyndon B. Johnson Space Center (JSC), and involved the evaluation of various means for reducing the momentum transferred by a soccer ball to the head of a youth soccer player. Students from Rice University and The Kinkaid School (both located in Houston, Texas) were involved in the study as part of a Science, Technology, Engineering, and Math (STEM) internship program. Jacobs personnel worked with TNCHP to set up experiments in the NASA JSC Vibration & Acoustic Test Facility; operating the test facility equipment and helping the students acquire the necessary data. In making the announcement, Jacobs Group Vice President Terry Hagen said, "We are very pleased to sponsor The National Center for Human Performance and to be instrumental in these studies focusing on youth sports safety. Jacobs is committed to providing STEM educational opportunities and to investing in activities and education programs that interest students in the possibilities of future careers in our industry." "Athletics provide opportunities for young people to prepare for real life by learning to deal with adversity, work with others toward a common goal, overcome obstacles, fail, be defeated, and to win," said Texas Medical Center President and Chief Executive Officer Robert C. Robbins, M.D. "That being said, at least one in 15 of all youth sports participants goes to the emergency room each year for a sports injury. I believe this research is critical in finding answers and solutions for injury prevention." TNCHP's mission is to maintain and enhance human performance in the arts, sports, space exploration, the military, and the general public, through appropriate applications of research and education in medicine and related sciences. Jacobs provides engineering, scientific, and technical services to the Engineering and Astromaterials Research and Exploration Science Directorates at NASA JSC.
Clients all over the world ask for FlowRider® by name, craving the experience of a surfer lifestyle. WhiteWater takes pride in understanding the consumer market to create the latest innovations end-users truly want. By acquiring the FlowRider® product line, WhiteWater is ready to share the perfect wave with the world.
WhiteWater is excited to announce the acquisition of WaveLoch’s innovative, award winning line of products including FlowRider®, FlowBarrel®, FlowCurl®, Flow House, Wave-in-a Box, and WaveOz®. Previously, WhiteWater had been the exclusive worldwide licensee of WaveLoch’s FlowRider® business. This marks the third acquisition in the past two years for WhiteWater.
Wave Loch founder, Tom Lochtefeld will continue to market the WaveHouse and work on his surf pool business. Aquatic Development Group will continue to be the exclusive marketer and manufacturer of the FlowRider product line in the U.S. and eastern Canadian market.
In making the announcement, WhiteWater President & CEO Geoff Chutter noted, “We are not only adding another ORIGINAL product to the WhiteWater portfolio but also adding the creative talents of another ORIGINAL waterpark pioneer to the family”.
WhiteWater’s goal is not just about creating a collection of great products, but forming an invaluable team of people with amazing talent and skills.
“We are tremendously excited about the momentum this addition brings to WhiteWater’s innovative group of companies”, said WhiteWater’s Marshall Myrman who will head the FlowRider and Waves business unit. “Keep your eyes on the horizon”, he said, “because the best flowboarding is yet to come!”
WhiteWater brings the fun as The ORIGINAL Waterpark & Attractions Company in two splashy ways; the first is just that - being first. In 1980, WhiteWater dove in feet-first; growing from a successful waterpark operation into a thriving designer and manufacturer of waterpark attractions, we've been making waves ever since.
But ORIGINAL is also about being seriously fun and innovative! It's about thinking outside-the-pool; taking time to play, creating the newest, coolest attractions; not being afraid to be different and to take risks; and most of all, supplying the most memorable, WOW-that-made-my-day experiences in the world!
FlowRider has become the “go to” product over the last 10-15 years in the waterpark industry, a mainstay in Royal Caribbean’s fleet of cruise ships, an anchor for food and beverage operations via Flow House, and a prime product for municipalities, hotels, and even private residences! With 180+ installations and growing, FlowRider, and its’ “flow-family” of derivatives, have become synonymous with the term sheet wave, and our never ending goal is for the legacy of the FlowRider to live on forever. In this quest, WhiteWater has acquired the technology and trademarks to take the sport of flowboarding to new heights and make sure the not so simple act of riding a wave, can be enjoyed and achieved anywhere on our joyous planet.
Source: The National Athletic Trainers' Association
Washington, DC, March 10, 2014 – The National Athletic Trainers’ Association advance released today a new position statement on the management of sport concussion during the 5th annual Youth Sports Safety Summit in Washington, DC. This statement is an update to the association’s original 2004 concussion guidelines and addresses education, prevention, documentation and legal aspects, evaluation and return-to-play considerations. In particular, the authors amended the return-to-play guidelines and now recommend no return on the day the athlete is concussed.
The statement, created by the NATA Research & Education Foundation, will appear in the March issue of the Journal of Athletic Training, NATA’s scientific publication. To review the statement please visit: http://dx.doi.org/10.4085/1062-6050-49.1.07.
Concussion key statistics:
•An estimated 3.8 million concussions occur each year as a result of sport and physical activity.
•Sport-related concussions account for 58 percent of all emergency department visits in children (8-13 years old) and 46 percent of all concussions in adolescents (14-19 years old).
•Athletes who have had one concussion are 1.5 times more likely to have a second; those who have sustained two concussions have a nearly three times greater risk and those with three or more have a 3.5 times higher risk.
•Data from the High School Reporting Information Online (RIO) indicated that concussions in interscholastic athletes were responsible for 8.9 percent of all athletic injuries.
“With the continued national spotlight on concussions from professional to youth sports, these recommendations provide a practical roadmap for athletic trainers, physicians and other medical professionals on injury identification and management. We also hope this document will serve as an educational tool for parents and school administrators,” said Steven P. Broglio, PhD, ATC, lead author of the position statement and director of the Neurosport Research Lab in the School of Kinesiology at the University of Michigan.
“Athletic trainers (ATs) are commonly the first medical experts available on site to identify and evaluate injuries,” added Broglio. “Without exception, ATs should be present at all organized sporting events – from practices to games – and at all levels of play and work closely with their physician or other designated medical expert to implement these guidelines. In light of these general protocols, each athlete should be treated on an individual basis.”
Highlights of NATA position statement on concussion management:
Education and Prevention
•Use proper terminology such as concussion or traumatic brain injury as opposed to colloquial terms as “ding” or “bell ringer,” which minimize the injury severity.
•Educate administrators, sports medicine team members, coaches, parents and others on concussion prevention, cause, recognition and referral, physical and cognitive restrictions for concussed athletes, return-to-play protocols and ramifications of improper concussion management.
•Document potential modifying factors that could delay return to participation, and educate patients on these implications.
•Understand limitations of protective equipment for concussion prevention, and read all warning labels associated with that equipment.
Documentation and legal aspects
•Be aware of state legislation as well as sport governing bodies and their policies and procedures regarding concussion management.
•Document the athlete’s (and when appropriate the parent’s) understanding of concussive signs and symptoms and his/her responsibility to report a concussion.
•Communicate the status of concussed athletes to the managing physician; document all evaluation, management, treatment, return to participation and physician communications.
Evaluation and return-to-play
•Athletes at high risk of concussions (those in collision or contact sports) should undergo baseline examinations before the competitive season.
•Baseline examinations should be completed annually for adolescent athletes, those with recent concussions and, when feasible, all athletes.
•Baseline exam should consist of clinical history, physical and neurologic evaluations, measure of motor control and neurocognitive functions.
•Any athlete suspected of a concussion should be removed from play; not return to activity on the day of injury; and be evaluated by a physician or AT.
o Once the concussion diagnosis is made, the patient should undergo daily focused examinations to monitor the course of recovery and be cleared by a physician before returning to play.
o Those athletes with a history of concussions or who do not show a typical return to normal functioning after injury may benefit from a referral to a neuropsychologist or additional treatments or therapies.
•The AT should enforce the standard use of certified helmets and educate athletes, coaches and parents that, although helmets can help prevent catastrophic injuries, they do not significantly reduce the risk of concussions.
•Helmet use in high-velocity sports (e.g. skiing, cycling) has been shown to protect against traumatic head and facial injury.
•Consistent evidence demonstrating a reduced concussion risk by wearing a mouthguard is not available, though evidence demonstrates that fitted mouthguards reduce dental injuries.
•Research on the effectiveness of headgear in soccer players is limited; use of headgear is neither encouraged nor discouraged at this time.
•Be aware that recovery among young athletes may take longer than in adults and require a longer return-to-play progression.
•Use age-appropriate, validated concussion-assessment tools with younger athletes; a parent, teacher or responsible adult should also monitor and report symptoms.
•Young athletes undergo continual brain and cognitive development and may require more frequent updates to the baseline assessments.
•ATs, school administrators and teachers should work together to include appropriate academic accommodations in the concussion management plan.
· Implement a standard concussion home instruction form for all patients.
· Instruct a concussed patient to avoid medications other than acetaminophen, and avoid alcohol, drugs or other substances.
· Recommend rest as the best practice for concussion recovery; during the acute stage of injury patients should avoid any physical or mental exertion that exacerbates symptoms, maintain a healthy diet and stay well hydrated.
· Ensure school administrators, counselors and instructors are aware of the patient’s injury.
· In those with a concussion history, recognize the potential for second-impact syndrome and be aware of the potential long-term consequences of multiple injuries.
· Consider patient referral to a physician with specific concussion training and experience if an athlete has a history of concussions.
Athletic trainers are health care professionals who specialize in the prevention, diagnosis, treatment and rehabilitation of injuries and sport-related illnesses. They prevent and treat chronic musculoskeletal injuries from sports, physical and occupational activity, and provide immediate care for acute injuries. Athletic trainers offer a continuum of care that is unparalleled in health care. The National Athletic Trainers' Association represents and supports 39,000 members of the athletic training profession. Visit www.nata.org.read more