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3 Triathlon Race-Day Tips From an Olympic Triathlete

By Michael Clarke • Active.com

For any athlete, the day of competition can be unnerving. But for triathletes, race day can present a unique set of challenges because competitors must be mindful of several important factors that can affect their performance.

Three important race-day issues include: pre-race nutrition, race-day anxiety, and performance goals and expectations. In a recent interview, Sarah Haskins, an Olympian triathlete offered advice on tackling each of these factors.

Tip No.1: Concentrate on Your Pre-Race Breakfast

Most of the races Haskins participates in are early in the day. So pre-race nutrition, and specifically breakfast, is vitally important to getting a good start to her race. “I’ve learned the hard way how important breakfast is.”

On the day of a race, Haskins chooses to fuel up with a balance of fat, and both complex and simple carbohydrates. “My race-day breakfast typically includes toast with peanut butter, honey, and banana. If I’m racing later in the day I’ll keep my meals light.”

That’s right. Meals. She usually has two small breakfasts and omits any hard-to-digest foods, such as vegetables. This helps her avoid any digestive issues during the race.

Tip No.2: Use Rituals to Calm Jitters

Pre-race anxiety is inevitable for most athletes. Haskins combats it by sticking to structured pre-race rituals. “I do like routine and I try to follow similar warm-up plans the day before the race. “

These routines include walking through all the transition areas of the race.

“I always make sure that I know where the swim exit is, the run exit, and the bike exit, because that can be confusing on race morning.

“I always feel calmer if I know where I’m going.”

But Haskins is quick to point out that anxiety isn’t always a bad thing. She explains: “It’s okay to be nervous; it’s adrenaline going through your body, and that’s actually going to help you on race day.”

To keep the jitters in check, Haskins recommends “finding a warm-up routine that you like to do; you’ll naturally start to calm down.”

And this warm-up routine also includes deep breathing before the race.

“Just take a few moments to do some breathing and that can slow your heart rate down and that extra oxygen in your body can help calm you.”

Tip No.3: Process Over Performance

Finally, to maximize your performance potential, it’s important to have feasible goals. According to Haskins, “A lot of people have performance goals and process goals. When I go to a race, my goal ultimately may be to win but I don’t think: ‘Okay, I gotta win.’

“Instead, I think when I go to the race: ‘What do I need to do to get there?’”

She contends that a good race mindset is one where athletes focus on the process goals leading into a race “versus solely thinking about the performance goal.”

With a little preparation, athletes can prepare to avoid the common pitfalls of poor nutrition, anxiety, and performance. (And hopefully that translates to a faster race time.)

 

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How to Prevent Race-Ending Cramps

By Rudy Dressendorfer PT, PhD, FACSM • For Active.com

Leg muscle cramps (LMC) can crop up during exercise and put a damper on your triathlon training. When leg muscle cramps hit you during a race, your PR goals and even completing the distance can be put at risk.

What Happens

Cramping typically begins with spasmodic muscle twitches that progress into a painful sustained contraction during the bike or run.

Bulging in the affected muscle is easily seen and massage seems to help. However, the normal contraction-relaxation cycle is disrupted and continuing at race pace becomes impossible.

There are two general types of race-associated LMC. Type I cramps involve several muscles, whereas Type II is defined here as cramping confined to a single leg muscle.

Why it Happens

Considerable uncertainty exists about the etiology of race-associated LMC. While dehydration and electrolyte depletion are credible causes of Type I cramps, single muscle cramping is more likely due to localized impairment in the muscle tissue rather than a systemic problem.

An emerging theoretical explanation for Type II cramping is excessive activation of certain groups of fibers within the affected muscle. The hyperactivity of these fibers leads to their premature fatigue, failure to relax, and the onset of spasms.

What causes this abnormal excitation remains controversial, but it may compensate for relative weakness or fatigue in adjoining groups of fibers.

The impairment probably involves residual deficits in strength and flexibility leftover from prior injury. LMC at rest or during nighttime could be a complication of Type II.

Why it Matters

The soreness that follows LMC is an indication that the cramping itself may injure muscle fibers. The pathophysiology of post-cramp soreness is unclear, but possibly similar to that of a muscle strain.

Endurance athletes commonly have a history of injury to the same muscle(s) involved in race-associated LMC. Cramping is often reported following calf or hamstring strains.

The site of damage in muscle strain is usually where tendon elements attach to the muscle fibers. These viscoelastic muscle-tendon junctions are weak links.

In strains, the junctions tear when the muscle is overstretched by sudden or unaccustomed repetitive eccentric forces. In cramp-injury, extreme muscle fiber shortening (spasm), rather than lengthening might tear the junctions, leading to soreness comparable to strain.

What You Can Do About It

Triathletes can prevent Type II race-associated cramping by first protecting any recent muscle-tendon injury (due to strain or cramps) and allowing time for full regeneration.

Then use stretches and strengthening exercises typically found in muscle rehabilitation programs. It might be worth trying neuromuscular re-education to address any imbalances in strength, flexibility and activation of surrounding muscles.

The goal of muscle rehab is to achieve bilateral symmetry in lower-extremity strength and flexibility.
If LMC continues to plague your training and races, it’s time to seek outside expertise and consult a sports medicine clinician.

 

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How Long Can I Safely Be At My Maximum Heart Rate?

The Answer

Because of the primary types of fuel being burned (a combination of ATP/CP and muscle glyogen), maximum heart rate is only sustainable for short bursts ranging from 10 to 60 seconds. After that, your body needs to downshift in speed and start burning more oxygen.

But instead of focusing on how long one can stay at your HRmax, I would recommend shifting your focus to the bigger issue, which is how quickly you can recover from high-intensity exercise, even during the rest periods within your workout. Whoever recovers the fastest, wins — and lives the longest.

If you are a competitive athlete, you will probably push your heart rate harder, more often. But it is still only as you return to approximately 60 to 80 percent HRmax that you regain access to your fine and complex motor skills, as well as full cognitive function. It is to that point, therefore, that you are trying to return after reaching HRMax.

Learn to reactivate your body’s relaxation and recuperation response with these tips. Incorporate them during the rest periods of your interval workouts.

Breathing Techniques

Focus on exhaling fully but without forcing the air out. The release of pressure in your abdomen will help you recover more quickly.

Mental Imagery

Picture a calming scene to help slow your heart rate.

Performance Mantras

Repeat a self-command such as “focus” to bring your attention to the task of recovery.

About the Expert

Scott Sonnon is the founder of TACFIT, a training system that combines intensity with heart-rate recovery methods. He is a martial arts expert, fitness coach and wellness speaker.

 

 

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