A data review suggests that if exercise levels are kept consistently high across the life span, typical age-related decline may be slowed.Read More
Dr. Barry McGlumphy notes that “many of the techniques used with professional football players can be applied to most physically active people.”Read More
“The message we get from the fitness industry is that your body is the problem, and it’s your job to fix it,” says Gillian Goerzen, author of The Elephant in the Gym: Your Body-Positive Guide to Writing Your Own Health and Fitness Story (Winchelsea Media, November 2018) and owner of the Super You Studio. This pressure can be even more pronounced in athletes — and in the fitness professionals who train them. In fact, according to the National Association of Anorexia Nervosa and Associated Disorders, some of the hallmarks of a successful athlete — mental toughness, commitment to training and pursuit of excellence — can easily slide into asceticism, excessive exercise and perfectionism, which are signs of anorexia nervosa.Read More
Do you have clients who seem to be able to deeply imagine how a movement would feel in the body? If you do, kinesthetic imagery training may help them improve their sports skills. New research shows that golfers who could imagine the physical feeling of putting while visualizing the action improved their subsequent ability to putt more accurately.Read More
I have had the distinct pleasure to work with golfers of all abilities in the last 27 years of clinical practice. I carry a 9 handicap and immensely enjoy the sport. I have the great honor of traveling with and being a staff chiropractor for the PGA and Champions Tour as well as for the University of Texas Sports Medicine Staff.Read More
If you work with athletes, you’ve likely run into the challenge of how to incorporate power components into their already-packed training schedules. Whether you’re working with a clutch outfielder, a center or a lineman, your client’s athletic skills need refinement, and power is one aspect that requires attention. Trainers typically program resistance training to develop strength and plyometric drills to improve speed.Read More
It’s been a banner 12 months for masters athletes.Read More
Competitive athletes often train for peak neuromuscular power to excel at the complex movements their sports require. Many personal training clients want to apply the same principle to their favorite sports.
With the right power training, fitness competitors can improve their tennis serve, golf swing, running speed, volleyball spike, soccer performance, basketball vertical jump and so on.Read More
Participation in team sports not only helps children improve fitness and social skills; it’s also linked with development of the hippocampus region of the brain, according to research published in Biological Psychiatry: Cognitive Neuroscience and Neuroimaging (2019; doi:10.1016/j.bpsc.2019.01.011). In adults, lower hippocampal volume has been associated with depression for some time.Read More
When Victor Sanakai was playing tennis for the Auburn University Montgomery National Championship team, he thought he was going to need rotator cuff surgery. But first he sought the advice of Michele Olson, PhD, a Pilates researcher who works with student athletes.
Olson, a senior clinical professor of sport science at Huntingdon College in Montgomery, Alabama, suggested Sanakai try Pilates exercises for the shoulders, upper back and abdominals.Read More
Currently, the extreme competitiveness in sport and the constant record-breaking achievements have reached levels never before seen in sports history. Sports equipment and technology have reached the point where restrictions are being implemented to keep the game fairer for all. Pharmacological sports enhancement drugs have been banned in all sports by international sports federations and the psychological input have all but exhausted their methods. What is left for the athlete to optimize performance and still raise the bar of performance?Read More
When it comes to being physically active, more Americans choose fitness pursuits over sports, according to the Sports & Fitness Industry Association’s 2019 SFIA Topline Report. The report is based on nationwide survey data across activity categories and includes responses from children (ages 6 and up) up to older adults. In 2018, fitness categories that use equipment reflected the highest growth. And, compared with 2013, at least 3.5% more Americans attended class-based exercises such as HIIT, cross-training, barre and yoga.Read More
A study involving amateur female soccer players found that those who wore compression socks during a match experienced less game-induced fatigue than teammates who wore regular socks. Investigators evaluated fatigue by testing agility, standing heel-rise and other factors immediately after the match.Read More
Tennis is one of the most popular sports in the world. In the U.S. alone, there are almost 18 million players, with another 14 million expressing interest (TIA 2018). Unfortunately, the dynamic, forceful twists and turns of the game pose ever-present injury risks to players (Roetert & Kovacs 2011).Read More
The dynamic motions of sport require peak power—that is, the most strength a muscular contraction can muster in one of these quick bursts. Sporting athletes depend on peak power for jumping, running, throwing, striking, swinging and kicking. Scientists prefer the term “neuromuscular power” (to just “power” itself) because neural factors—including motor unit recruitment, muscle fiber firing frequency and synchronization of a muscle’s contractile forces—are involved.Read More
Athletes who practiced jump training in water significantly improved jump height and peak power without increased injury risk, according to findings published in PLOS One (2018; 13 , e0208439). Researchers from the University of Technology Sydney compared athletes who performed jump training in water 1.2 meters (3 feet 11 inches) deep with athletes who followed their regular sports training—without added jump training—on land. Both groups trained three times a week for 8 weeks.Read More
STUDIES REVIEWED: Cormie, P., McGuigan, M.R., & Newton, R.U. 2011a. Developing maximal neuromuscular power: Part 1—Biological basis of maximal power production. Sports Medicine, 41 (1), 17–38.
Cormie, P., McGuigan, M.R., & Newton, R.U. 2011b. Developing maximal neuromuscular power: Part 2—Training considerations for improving maximal power production. Sports Medicine, 41 (2), 125–46.Read More
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