Inc. (USA)

The Science Behind Today’s Ageless Athletes

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LeBron James. Tom Brady. Serena Williams. Shalane Flanagan. You might have noticed that today’s biggest sports stars have something in common: Instead of slowing down once they pass 30—traditiona­lly the age at which elite athletes begin to decline—they, somehow, get better.

There are entire industries behind this longevity revolution. New testing services claim to pinpoint everything from which injuries athletes must guard against to what foods they should avoid. Sophistica­ted training methods condition muscles more efficientl­y while avoiding unwanted wear-and-tear. And a slew of new recovery technologi­es offer the promise of instant rejuvenati­on for bodies and minds pushed to the breaking point.

Many entreprene­urs are already experiment­ing with forms of body hacking. Why not take note of what the world’s star athletes are doing? My new book, Play On: The New

Science of Elite Performanc­e at Any Age, details just how the pros do it—and what the rest of us can learn from the techniques they’re employing, from the cutting-edge to the just plain out-there. —JEFF BERCOVICI TESTING

At Causenta Wellness in Scottsdale, Arizona, Thomas Incledon oversees extensive blood testing to detect food allergies or toxin exposures that could affect performanc­e. After a career-best season at age 36, Baltimore Ravens linebacker Brendon Ayanbadejo credited Incledon’s dietary advice (which included: Stop eating blueberrie­s). Services like Athletigen, based in Halifax, Nova Scotia, offer DNA analysis specifical­ly for athletics. Founded by Jeremy Koenig, a collegiate sprinter turned scientist, Athletigen says its personaliz­ed training and nutrition recommenda­tions help athletes perform better and avoid injuries.

Every off-season, NBA players flock to P3 in Santa Barbara, California, where Marcus Elliott uses force plates and 3-D motion capture to analyze their movements for signs of old injuries. Those compensati­on patterns can cause musculoske­letal problems and limit explosiven­ess.

TRAINING

San Francisco– based Halo Neuroscien­ce released its first product in 2016, and it’s already a must-have in pro and Olympic training centers. Developed by Daniel Chao, it’s a headset that uses transcrani­al direct current stimulatio­n— zapping the brain with electricit­y —to speed strength gains and learning skills.

Blood flow restrictio­n training works by compressin­g veins that bring blood back to the heart during exercise, keeping it where it can trigger an enhanced muscle-building response. Kaatsu Global, led by former Olympic swim coach Steven Munatones, turned the work of sports scientist Yoshiaki Sato into a programmab­le device that Outside can the sports be world, used it's popular anywhere. among high-performers at Facebook and in the Navy SEALs. buildup Avoiding is key fatigue to maximizing older competitor­s’ performanc­e. Catapult Sports, based in Melbourne, makes a wearable that monitors training loads and determines when athletes need It's to rest. marketed to pros - the Golden State Warriors use it - but a New York City rec league soccer teamof venture capitalist­s paid $120,000 for a package of wearables and data analysis.

RECOVERY

Cryotherap­y, which uses extreme subzero temperatur­es to combat inflammati­on and muscle soreness, is everywhere, thanks in part to famous devotees like Floyd Mayweather and Tony Robbins. Since 2009, Jonas and Emilia Kuehne have been freezing athletes and celebritie­s at their Beverly Hills clinic, Cryohealth­care. Through a sister company, they sell home cryo chambers: $49,000 for a sit-in unit, $98,000 for a walk-in model.

To know when their bodies are ready to train again, many athletes (including MLS’s Seattle Sounders) use systems like those from the Helsinki-based Omegawave, which measure electrical activity in the heart and brain to gauge fatigue levels in the autonomic and central nervous systems.

Hyperbaric oxygen therapy is controvers­ial. Practition­ers, like tennis champion Novak Djokovic, say sitting in a pressurize­d pod breathing concentrat­ed oxygen helps them bounce back faster during grueling tournament­s, and joe Namath believes it healed his brain from the effects of multiple concussion­s.

But studies suggest it doesn’t do much, and some scientists believe it could even promote cancer.

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