Category: Fitness

Why Every Athlete Should Do Yoga :)

 Just the other day I was having dinner with an old weight lifting buddy of mine. We talked training systems, recovery and shared tips and tricks then our conversation turned (quite unexpectedly) to yoga…

Mark had begun practicing recently and was amazed by the results – increased strength, presence of mind and improved sleep, to name a few. The list goes on. Almost simultaneously, we spurted out the same lament: “Why didn’t we do this when we were competing!?” In truth, I wish I had discovered yoga years back in the 1990’s. Because there is no doubt in my mind that it would have made me a much better athlete from a much younger age, not to mention human being. Thankfully, I discovered it many years later. And it has improved my life in amazing and unpredictable ways – not just with respect to my career as a fitness trainer, but in countless areas of my life!!

In my opinion, EVERY athlete – irrespective of sport or discipline – has the potential to enhance his or her ability by adopting a consistent yoga practice. I’d go so far as to say that if you’re not practicing yoga, you’re competing at a disadvantage and missing an opportunity to enhance peak performance. Here are a few benefits I have reaped:

1. Improved Strength: Routine and consistent practice of the various yoga asanas (poses or postures) has helped me build strength and improve lean muscle mass. Most notably with respect to several muscle groups under-utilized in my chosen athletic disciplines of swimming, weightlifting and martial arts. These gains have enhanced core body stability and significantly impeded overuse injury by strengthening the supportive but otherwise under-developed muscles surrounding the more utilized muscles, creating a more balanced and optimally functional overall strength.

2. Balance: As a swimmer and former dancer and gymnast (when I was young!), I have always been rather flexible. But my balance is historically horrible. But through a consistent yoga practice, my coordination and balance have improved immensely. Why is this important? Better balance and coordination means enhanced control over how I move my body, which in turn leads to better technique and form — the brass ring every athlete spends a career refining, whether your focus is a swim stroke, golf swing, running stride, jump shot or wrestling move.

3. Flexibility: Yoga invariably improves joint and muscular flexibility, which is crucial to the body’s overall structural soundness. Enhanced joint and muscle pliancy translates to greater range of motion, or an increase in the performance latitude for a particular movement or series of movements. For example, a swimmer with supple shoulder and hip joints is able to capture and pull more water than a swimmer with a more limited range of motion. The result is more forward movement per stroke as well as enhanced muscular economy. In turn, this increased range of motion provides a greater ability to strength condition a particular muscle group due to the amelioration in overall force that can be exerted with each movement. And although there is some dispute about the advisability of “over” stretching (for runners in particular), I remain a huge advocate, finding that the more I work to maintain my flexibility (something that wanes with age), the less likely I am to suffer an overuse injury.

4. Mental Control: The physical benefits of yoga for the athlete are huge. But they’re nothing in comparison to the more ephemeral benefits. Most people, particularly athletes, tend to think of yoga as a great “workout” – a means to tighten the core, flatten the stomach and tone that butt. Sure, it does that. But as soon as the rigorous portion of the class comes to a close and it’s time for savasana (corpse pose), otherwise known as the meditative portion of the session where the student lies down on his or her back for a period of quiet meditation, I watch people flee for the door, ducking out early under the false belief that this most important asana is optional and unnecessary – the hard work is done. Not only are these people wrong, they’re missing the point of yoga entirely. Because savasana is where the magic happens. Deprive yourself of this experience and you are missing out on the best and most beneficial part of the practice. From a traditionalist point of view, the series of physically challenging yoga asanas were originally designed for a specific purpose that has nothing to do with the strength or flexibility. Instead, they were conceived and organized solely as a means to prepare the mind and body to reap maximum benefit from the important meditation that follows, which, taken as a whole, is a routine designed not to give you a nice butt, but to improve your ability to quell, quiet and control the impulses of the mind — to clean mental house, center focus and promote serenity by silencing the endless and seemingly unmanageable mental chatter that invades our daily experience and undermines the expression of our “best self” within.
In other words, savasana is the most important part of the practice for the athlete (and everyone). Why? Because the mind is a mysterious contraption, more often than not an actual enemy, constantly impulsing us with negative and fear-based signals that keep us trapped, afraid and all too often paralyzed to unlock the dormant and untapped potential within that is yearning to come out.

What does this have to do with athletic performance? Everything. When you look at the highest levels of sport, all the athletes are incredibly talented. They all train equally hard. So what distinguishes the Olympic champion from the also-ran? The mind. The guy or girl who wins typically knows he/she is going to win. Unrestrained by fear, free from negative thought patterns, and laser focused, I think it’s fair to submit that the champion athlete most likely has enhanced dominion over his/her thoughts when compared to his/her competitors, able to leverage it’s incredible power to focus entirely on the task at hand and remain thoroughly rooted in the present moment without the invasion of unhelpful thought patterns. They visualize success so completely that it literally becomes a foregone conclusion. Much like a muscle, the mind can be trained. And consistent practice of the asanas when followed up with proper savasana is the best way I have found to not only improve my sleep, reduce stress, quell negative mental chatter, and manage (and walk through) fear, it informs my entire approach to training and racing. And has made all the difference in helping me achieve some rather fantastical athletic goals that seemed not only far beyond my capabilities, but almost impossible from any objective or logical perspective.

So there you go. Don’t underestimate the extent to which yoga can change your life — you just never know.

Looking for an athletic edge? This is it. So get on it, before your rival does.

For unlimited help with fitness and nutrition give us a call today on 07749939962 or email us on Info@LiveFitFatLossBootCamp.co.uk. Or you could check out our website for more tips, tricks, recipes and articles at http://www.LiveFitFatLossBootCamp.co.uk

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Think before you drink.. The effects of alcohol on fitness!

As much as drinking large quantities of alcohol may seem like fun at a party or the local pub, there are numerous disadvantages of such liberal consumption. … Let’s take a closer look on the effects of alcohol on fitness.

The Marin Institute for Preventing Alcohol Problems details alcohol as:
‘alcohol has more calories per gram than sugar and also tends to be accumulated as fat in the abdomen.’
Pot bellies, anyone?Along with contributing to excess weight, the Marin Institute reports of interference that alcohol causes to cardio-respiratory fitness. It may cause the heart and lungs to work less efficiently. Booze tends to damage muscle groups and cause dehydration also.

Calorie Content:
A bird’s eye view at some alcoholic drinks and their caloric content may help you see the light:
Budlight bottle (12 oz.) = 110 calories
Pina Colada cocktail (4.5 oz) = 245 calories
Merlot red wine (5 oz) = 123 calories
Pinot Grigiot white wine (5 oz) = 123 calories
Budweiser bottle (12 oz.) = 146 calories
Shot of 100 proof liquor (1.5 oz.) = 124 calories
Shot of 80 proof liquor (1.5 oz) = 97 calories

  No more Zzz…Sleep deprivation is not to be taken lightly when fitness training is your goal. In a study of 93 men and women, researchers discovered specifically the second half of night affected by booze and decreasing sleeping periods. Women suffered more as sleep time was found to be decreased by more than 30 minutes over the night. A disrupted sleep cycle reduces the human growth hormone output (the reason for muscle build up) by as high as 70 percent. Alcohol consumption may induce sleep disorders by altering total sleep time along with the average time required to fall asleep.

Adverse impact on Fat Burning – The worst nightmare of a fitness freak is yet to be revealed: alcohol decreases fat burn! The American Journal of Clinical Research concluded from a study that a measly 24g of alcohol consumption showed whole-body lipid oxidation (the rate at which your body burns fat) fell by a massive 73%! Alcohol, upon passing through the liver, produces Acetate, which inhibits fat burning competence of the body. Simply put, if you drink alcohol consistently, the fat burning processes in your body slow down. This ends up in more fat storage in the body, which can drastically boost weight gain.

Injuries and Drinking – Fitness training is quite strenuous at times and incidence of injury is part and parcel of any exercise regime. There may be minor injuries like tiny tears in muscles due to strength training. The National Strength & Conditioning Association explains that alcohol can cause additional swelling and slow your healing and recovery. Complete recovery from injuries is crucial to improving and maintaining performance. Sports performance is also disturbed if you consume alcohol after an injury. You are at risk of prolonging the recovery process and sitting on the benches. What about increased blood supply? Is that is another effect of alcohol? YES! This causes the blood vessels in the skin, arms and legs to open up. This could make an injury bleed and swell even more, causing unnecessary and easily avoidable crises.

Increased Appetites! – Numerous studies prove that alcohol consumption results in increase of appetite more than any other type of drink. A research by the National Institute on Alcohol Abuse and Alcoholism and U.S. Department of Agriculture in 2000 showed that those who over consume alcohol display poor eating habits while drinking. Not only do meals appear tastier and more appetizing when there is a bottle of beer to pair with it, people also get more hungry after drinking alcohol. People who are seriously trying to lose those extra pounds should try their best to avoid beer and other alcoholic drinks so as not to perk up their appetites.

Alcohol & Heart Rate – The most alarming effect of alcohol is that tends to increase the probability for atypical heart rhythms. This risk is raised exponentially during fitness training for up to 2 days after exceptional drinking. Drinking in itself already raises your heart rate and with a lot of alcohol in your system, you put additional stress on the organ.

Women, Hangovers & Exercise – A certain number of women develop the habit of exercising and working out hard the day after a booze fest, thinking that the excess calorie intake may be combated easily. They feel that they can drink as much as they want because they will burn it all off the next day. WRONG!
The female gender’s tendency to go overboard, researchers say, could be the product of a “work hard, play hard” personality type. “There are people who are sensation seekers,” says Ana M. Abrantes, Ph.D., assistant professor at Brown University’s Alpert Medical School.
“They engage in activities that produce intense sensations and can be quickly bored by things that don’t produce those feelings.”

For the men.. – There is intel from a study of 8 healthy male volunteers that were observed after drinking alcohol. The effects? Significant decrease in testosterone and an increase in cortisol (a muscle destroying hormone) lasting up to 24 hours! If fat burn and muscle build up is your aim, you would want all the free testosterone levels you can get and you want to reduce cortisol in any way you can.

The self destructive effects of excessive alcohol consumption on your mind and body, especially on fitness training and exercising should convince you (I hope!) to say no to that extra glass tonight! Life is best enjoyed in balance and moderation. If you feel any unsavory cravings for alcohol, talk to your physician. The time to take back control of your life is now!

Think before you drink guys. Have fun but be sensible about it 🙂

For unlimited help with fitness and nutrition give us a call today on 07749939962 or email us on Info@LiveFitFatLossBottCamp.co.uk. Or you could check out our website for more tips, tricks, recipes and articles at http://www.LiveFitFatLossBootCamp.co.uk

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According to her BMI Anita Albrecht is obese!!

  By any normal standard, bodybuilder Anita Albrecht would be considered the picture of health. Yet as reported in Metro, the 39-year-old personal trainer was told by an NHS nurse in east London she should go on a strict diet. The reason? Her body mass index was 29 – meaning she was just short of obese!

  But what is BMI? And should we still be using a system designed in the early 1800s?!? BMI was created by Belgian statistician Adolphe Quetelet around 1830 as a measure of obesity and adopted by the British government in an effort to promote healthy eating. It is calculated by dividing your weight in kilograms by your height in metres, then dividing the answer by your height again. This ratio is then compared to an index chart (known as the Quetelet index) to see whether you are underweight (a score of under 18), normal (18.5-24.9), overweight (25-29.9) or obese (over 30).
Albrecht is 1.5m tall and weighs 66kg – giving her the reading of 29. Accordingly, the nurse told her to exercise more and limit herself to 1,000 calories per day – just half the recommended number for a woman. For a competitive athlete, this was not good advice!

  ‘The last thing someone like Anita needs to do is restrict herself to 1,000 calories a day,’ says Caroline Finucane, health editor at NHS Choices. ‘Muscle cells need more energy to maintain than fat cells, so she’s already burning calories like there’s no tomorrow. Taking into account her fitness, waist measurement and other factors such as cholesterol level and blood sugar would have given a much more accurate picture.”

  Finucane says for most adults BMI is a quick and simple way to check whether you need to take action. But she admits it’s not perfect and doesn’t work for everyone. ‘It doesn’t distinguish between fat and muscle,’ she says, ‘so if you’re one of the few very muscly people like Anita, it could put you in an overweight category even if you have very little body fat. For this minority of people, BMI’s a fat lot of good.’ Although BMI might be a good rule of thumb for most, industry professionals say there are better alternatives for those who work out regularly.
 ‘BMI assumes we’re all made of the same proportion of fat, muscle and bone,’ says Pratik Sufi, weight-loss surgeon at the private Spire Bushey Hospital in Hertfordshire. ‘It’s not the most accurate measurement but because it is used so widely, it’s difficult to change. It’s something people recognise and trust, so to change it would take a huge concerted effort.

So what’s the best way to see if you’re overweight? A cheap, simple and non-invasive method is to check your waist-hip ratio.

 ‘I don’t go by BMI because it doesn’t take into consideration 100 per cent of the population,’ says Greg Small, from the Register of Exercise Professionals. ‘But a waist-hip ratio is a good indicator of health and the risk of developing serious health conditions.’ In 2005, the Institute of Preventive Medicine in Copenhagen said people who carry weight around the waist (apple-shaped bodies) face more health risks than those who carry more weight around the hips (pear-shaped bodies). And in 2008, The World Health Organisation published a report concluding: ‘The fundamental question of whether waist circumference and waist-hip ratio are useful measures for predicting disease risk was answered with convincing evidence.’ As an ex-professional rugby player, Small says his BMI puts him as morbidly obese. ‘For those working out regularly I wouldn’t use BMI,’ he says. ‘The waist-hip ratio is a much better assessment of where you are storing fat.’

With questions around the validity of using BMI to determine whether you are overweight, some experts really favour measuring your waist-hip ratio. The World Health Organisation (WHO) says the waist should be measured midway between the lower margin of the last palpable rib and the top of the iliac crest (the nobbly bit at the top of your hip). Hips should be measured around the widest portion of the buttocks. Stand with feet close together, arms at the side and body weight evenly distributed, wearing little clothing. Each measurement should be repeated twice. If the measurements are within 1cm of each another, use the average. If the difference is more, repeat the measurements. When you have both measurements divide the one for your waist by that for your hips to arrive at your waist-hip ratio.

  WHO says a result of more than 0.85 for women and 0.9 for men shows abdominal obesity and carries health risks including type 2 diabetes and heart problems.

If in doubt ask a qualified health or fitness professional to conduct a full HEALTH MOT 🙂

LiveFit Anita Albrecht

For unlimited help with fitness and nutrition give us a call today on 07749939962 or email us on Info@LiveFitFatLossBootCamp.co.uk. Or check out our website for more tips, tricks, recipes and articles at http://www.LiveFitFatLossBootCamp.co.uk