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Ten Disciplines to Building a Peak Performance Body

1. Think of function over scales.

When the body’s physiology is operating at its optimal level it performs better in every aspect including fat loss, muscle gain, endurance, immunity, energy levels, strength, power, speed, you name it. So first and foremost, you need to be looking after your physiological systems and what’s happening internally before jumping the gun and forcing change on the outside first.

For example, when you focus solely on weight, you lose sight of how your body is actually functioning.This mindset will diminish your future ability to lose weight, increase your energy levels, reach your fitness potential and most importantly, be content with exercising.

This mindset also causes you do foolish things like skip meals, eat erratically, cut carbohydrates and proteins to limit caloric intake. This type of behaviour will leave you in a state of burning hunger that will force you to consume more calories and empty carbohydrates than you should have. You’ll end up burning muscle instead of fat and by aiming to take the quick-fix option of fast weight loss over function; you’ll setup a mental expectation where body composition is not as important as what you read on the scales.

Like Stephen Covey’s principal of production vs. production capability (P vs.PC) and the example of the goose that lays the golden egg. To get more eggs (production) you have to look after the goose (production capability). If you were to threaten, beat, cajole or even kill the goose in an attempt to reap as many eggs as possible today, you may be a lot richer for the next few days, but you’d soon end up with nothing and without the possibility of any future eggs.

So to nurture the goose, the body’s ability to continue improving fitness, burning calories, recover, rejuvenate and stoke the fire of a well-oiled physiological machine, think about function first. Focus on how your energy systems are working and get them  functioning at the optimal level. Get your cardio-pulmonary systems to transport and utilise oxygen better. Focus on the recovery and strength/endurance of your muscles and the health of your skeletal system. Focus on building a stronger and stronger immune system to cope with anything that comes its way.

When bones, joints and muscles are working well, your immune system is healthy and strong and your physiological systems are geared for aggressive energy production you function at your optimal level. You burn fat faster; you churn through calories at a greater rate with more naturally occurring activity just as you do when you are ‘bouncing with energy’. You recover quicker and stronger, you eat and fuel your muscles better which in turn produces a greater mechanical machine, with a higher metabolism, burning more and more and more fat!

If you think you can burn fat and lose weight without getting the internal parameters up to par first, well – good luck!

2. Hang with performers.

The best thing you can do, hands down, is hang around people who are already doing what you want to do. Fly with the eagles as they say, don’t flock with the turkeys. Hang out with people who will pull you up rather than those friends who will pull you down. Lay with dogs and you’ll get fleas. Find a mentor; find a social group that will ‘rub off on you’. If you want to play golf or chess and you play with someone worse than you, you won’t improve much. If you play with someone better than you, you’re forced to get better quicker.

If you were to go up to someone that is doing what you want to do, like living a fit, healthy lifestyle after losing a lot of weight for example, and you ask them what they did or you read their story about how they changed their life, that’s not a bad way to start. However, it will pale in insignificance compared to hanging around them while they do what they do. Don’t ask what they do, just watch. Watch what they eat, what they do, the way they think, what beliefs must they have in order to say that, think that or do that.

For instance, if you hear a person say “I’ve had a bit of a tight lower back lately and my legs are a bit stiff, I don’t want to aggravate the problem, I might give the gym a miss to rest up the next few days.” What must they believe to say that? Versus another person saying “I’ve had a bit of a tight lower back lately and my legs are a bit stiff, I don’t want them to seize up I think I better get out on the bike tonight or go for a gentle run to loosen everything out before I stretch.” What must that person believe about recovery? I’m not saying which is right or wrong, better or worse, just that people have very different beliefs and those beliefs come out in what they say and do. I can assure you that you can learn more from that than anything you’ll read. So hang around people and groups that will pull you up, that produce results, consistent performance and influence you to adopt positive habits. Hang with performers. If you try to fly solo – good luck!

3. Act as if.

Act now as if you are already living your fitness and performance dream. Fake it till you make it as they say. Imagine what life you would lead if you were an elite but social athlete. What would your training, diet and lifestyle look like? How would you treat your sleep, rest and stress levels? What degree of respect would you pay to your body on a consistent and regular basis? How motivated do you think you would be to keep what you have, not to lose your figure, your fitness and your energy levels? Now let me guess, your thinking “Yeah I know what my lifestyle would look like, but that’s all well and good for someone who’s already fit, but I’m not an elite athlete now you know, I’ll live like that once I’ve achieved my fitness goals and got the figure I want!” Good luck!

4. Combine weights with cardio of various intensities throughout your week…and enjoy it all.

Lift weights! Enough said.
If the popularity of the beneficial reasons for everyone to lift weights hasn’t breached your resistance to it from the age-old fear of “I’ll build bulky muscles” or “that’s only for body builders,” then my reasons probably won’t help.

Aim to lift weights two to three times per week and like any exercise plan, slowly progress your workouts by adding more weight or reps or sets, or completing the same workout in less time.

Train another two to three times per week with cardiovascular modes of exercise of various intensities over different sessions. Some should be shorter sessions of higher intensity and some longer sessions of lower intensity.

This combination of weight training strengthens and builds the body’s musculoskeletal systems and develops greater muscular endurance. Combined with improving the capacity of the anaerobic energy systems, it complements the cardio improvements in the aerobic energy system, the cardiovascular and respiratory systems. This means improved O2 utilisation and more blood, oxygen and lymph fluid moving around the body, strengthening the body’s immune and digestive function as well.

Every time you exercise, think about breathing deeply, oxygenating every cell in your body, every muscle, every part of your brain and feel the energy that comes from it. Feel strong, think strong, and enjoy the process of being a superior athlete because you’re living like one. Don’t think of what you hate about a certain style of training, think of what you could like and focus on that. Think about feeling stronger, healthier and fitter with each training session you do – while you’re doing it. Love it! If you think walking alone will give you a peak performance body – good luck!

5. Sleep, rest and undulating energy.

There’s a bit of a skill involved in knowing the difference between different types of tiredness. Most people just accept low energy levels and say “Oh, I’ve just been really tired today” or “I’ve just got no energy right now.” Listening to this it sounds like low energy was something that just happened to them, like someone stole it. Bastards! You can’t just wait until or hope your energy ‘comes back’. It doesn’t work like that.

For a peak performing body and to be switched on like an elite athlete you need to know what type of tiredness you are experiencing, why you’re experiencing it, and how to correct it. If your energy is low you can change it within three or four minutes if you need to. The exception to this is if your problem is nutrition based and that may take slightly longer or if it’s chronic sleep deprivation, which would take days or even weeks of better sleep habits to correct. Most common causes of tiredness are well within your influence to correct. With the major one’s being acute sleep deprivation (a few nights or hours), food energy (low glucose or poor nutrition), or tiredness from lack of stimulation. If you think the root of your tiredness is one of these, then it is possible to be switched on within minutes.

Energy is within your control. So the key understanding to grasp here is that energy works best when following patterns or cycles, mainly undulating high/low rhythms. For example, if you were to do little throughout the day so you never really have high energy levels and then sleep little at night so you are in a shallow sleep for several hours, then your energy would look something like this:


If, however, you were to produce a more severe variance in the amplitudes of your energy curve by doing plenty during the day with high energy, ATP expensive activity, then go to bed at night and have a deep long sleep, your energy would look more like this:

This highly undulating pattern is what cycle’s energy better. How do you get HR down? By putting it up. How do you get BP down? By putting it up. How do you get energy down? By putting it up. When this cycle is messed with, it screws with your sleep and energy, just look at jet lag or shift workers.

Start getting in tune with your body, if it’s sleep tiredness your struggling with, do more during the day to build up adenosine and tire you out, then get to bed a little earlier for the next few days and see how it goes. If its food/nutrition energy based tiredness, make sure you are eating small meals often with fibrous carbohydrates (and starchy carbohydrates if you are really active) and drink plenty of water. If its stimulation, don’t always go for a coffee and definitely not a Red Bull for a ‘pickup,’ get your physiology moving. Literally get up, walk for a minute, jump for a minute and then see how you feel. See tip 10 on State.

Again, if you believe you can just wait till your energy comes back when it’s low, or wait until the sea tides and winds blow in your favour – good luck!

6. Nutrition.

Food is your fuel. You need it.

Eat clean. You should know what foods to eat, but in case you need reminding here are the guidelines. If it grows out of the ground or off a tree, you can eat it. If it can run, fly or swim, you can kill it and you can eat it. That’s it! If whatever you are about to eat comes in a box or a bag or a tin, or is served up to you by somebody else and you don’t know what it came in, then you have to decide how far removed that food has become from its original state before you eat it. If you think it’s fairly close, then go ahead, but if you believe it has been processed, frozen, had oil, salt and preservatives added and stored for some time, then your choice to eat it is a brave one.

As an example, if you eat a potato, you know it came from the ground. If you eat a bagged potato chip you know it once came from the ground but something else has been done to it and other ‘God knows what’ added to it. If you eat a hot deep-fried potato chip you know it is even further removed from its original state and even less healthy still.

If you eat whole-grain wheat, that’s close to the original state. If you eat whole grain pasta, that’s once removed from the original state. If you eat white pasta, that’s once more removed and slightly further along the refined food line. Finally, if you eat lasagne, sausage rolls and hotdogs, and these types of food are your staple diet, then you have no idea how far away you are from the original foods that made it up and you cannot expect to have a peak performing body.

Rather than food groups, think about your nutrition in terms of four major categories in relation to the macro and micro nutrients – proteins, carbohydrates, fats, vitamins and minerals.

Protein – Aim for about one gram per kilo of body weight throughout the day but if you’re aiming to get lean then you’ll need a little more.

Carbohydrates – Your consumption of unrefined carbohydrates should very much be lifestyle specific. By that, I mean a  non-exercising person with a sedentary occupation aiming for weight loss will not need nearly as much carbohydrates as a gym-junkie labourer aiming to pack on muscle. The difference in these examples is gigantic. From the former person requiring as little as 0.5 – 1g/Kilo of bodyweight per day to the latter potentially requiring 5-6g/kilo per day.

Fats – You want to include healthy fats in your diet. You can’t cut out fat altogether and expect a machine-like body. You want to cut down all saturated fats and have healthy oils, Omega 3 and 6, fish oils, and seed oils up to two or three times per day in small amounts. Some people have larger amounts only two to three times per week, I prefer smaller more regular amounts but just get it in.

Vitamins and minerals – You’ve been told to eat your fruit and veg. Now do it! You can get away with just carbohydrates and protein for energy, fat loss and muscle gain for a little while but it the long run your energy and performance will suffer when the smooth running of all physiological processes start losing efficiency and potency. It’s like a computer that is state-of-the-art when you buy it but slowly builds up crap from pop-ups, viruses, RAM-slowing programs and eventually runs like a box of snot. Don’t wait until it’s too late, get your micronutrients daily.

Timing – The age old question. “Do I eat before exercise or not?” If you’re about to train with intensity eat before and after. If it’s light exercise then it won’t matter so much and an empty stomach will be fine.

7. Stretching and flexibility.

There is a lot to be said about the role of flexibility in movement and effective movement patterns. For every muscle or joint that is tight there is a restricted ROM that expends more energy and effort to move about and produces more wear and tear from tighter friction in the articulating parts. It’s like trying to bend over to tie your shoelace with a massive rubber band around your chest holding you from behind. You’d have to pull through the force of the lackey band to get down there and the force of the band pulls stronger and stronger as it gets pulled longer and tighter. Imagine this ‘restricted’ movement occurring with every turn, twist, step, push or pull and feel just how energy consuming and inefficient it becomes, tiring the body and hindering your performance. Compare this to effortlessly bending forward or twisting without any resistance at all and you get an idea of the quality of life
benefits of flexibility.

When talking about better performance on a daily basis it is a significant difference when each and every movement is fluent and smooth like the motions of a ballerina that look totally effortless. While they hold their postures and get into positions that are extremely difficult, they can do so because of their fantastic flexibility and efficiency of movement. You might be very, very strong, but if you’re ‘tight’ try doing any repetitive movements in even half these ranges of motion for some time without massive fatigue – good luck!

8. Set a goal, work out the plan and live in the process.

Some people say to focus only on the goal in mind, some say to live only in the moment, while others say constantly look at past performance, current performance and forecast future performance based on trends. The preference for most high achievers is to have a specific goal, work out the most likely plan and work towards it while regularly stopping to check you are on track.

Look at the summit to see where you’re going, climb a little higher, look at the summit, climb a little higher, and keep adjusting your course to stay on track but never stop the process of climbing. This means to set a goal – you need to know exactly what the ‘summit’ is. Work out a plan – to the best of your ability, with the help of mentors and those that have gone before you, work out a plan that is the most probable road to success.

Work out a path to the summit. Then climb, climb like hell. All the desire in the world and the best laid plans and maps will never get you anywhere if you don’t act. You have to move. Then regularly step back mentally from the maze of climbing with your head down and look at where you are in regards to the summit to see if you’re on track. Are you heading in the right direction and getting
closer at the right pace? Check your weight, check your fitness, check your performance and results, whatever your goal may be. You must constantly live in this process of action and reflection. Don’t just get caught up in the maze of wondering with your head down, because you might be working hard and moving fast but in the wrong direction.

Most importantly, don’t just sit dreaming about the ideal summit, you have to act. Keep adjusting your plan if you must. In truth, you won’t actually ever know the exact plan if you’ve never been there but you can get good advice, use common sense and use experience as a guide. They say success comes from good judgement, which comes from experience and experience sometimes comes from bad judgement. Doing the same thing over and over expecting different results is insanity.

You must be totally honest with where you are in relation to your goal. You can’t be in denial and pretend you’re in a better situation than you are or you’ll never make the journey. It’s like the Stockdale principal – being totally honest with current reality while remaining steadfast in your conviction of succeeding in the journey to the summit.

If you don’t have a goal and you don’t have a plan and you don’t regularly check where you are at any given moment – good luck!

9. Become comfortable with minor discomforts.

Many people live only for comforts. They indulge in only ‘tension-relieving’ activities. Producers involve themselves in ‘goal-achieving’ activities, and there’s the difference. There is nothing wrong with enjoying comfort from time to time, that’s normal and healthy. The problem is when one is unable or unwilling to handle necessary discomforts.

How many times have I heard this…?
“I’ll only train if it’s not too hot or not too cold
“I’m not too tired.”
“I can’t be bothered today.”
“I won’t eat those healthy foods because they’re boring.”
“I love my food”.

When it comes to work, stress, cigarettes etc. it’s easier and more relaxing to light up than to quit, it’s easier to put the work off until tomorrow than complete it today, it’s easier to cram study the night before than work diligently over time. So many people take the easy option of workouts, cutting corners in tasks. The research is old on the topic of instant gratification. They will become weaker,
get sick more often, the sickness will last longer and they will return just slightly weaker still to repeat the process in a downward spiral. They will earn less money and probably end up working for the man all their life.

Why are elite athletes elite, why are top business people successful, why are the fittest people so fit? Because they were born that way? Yeah right. Because they did what was necessary even when they didn’t feel like it, despite the discomfort. Take for example soldiers in the military. Training in heat, fully clothed, carrying heavy packs, through harsh terrain. They train to be disciplined,
hardened, achievers and they are ready to do whatever needs to be done at any given time.

Successful people get into the habit of doing the things that unsuccessful people don’t like to do. What are these things? Well, they are the same things that successful people don’t like to do but they do them anyway, because they know they must to succeed.

Put up with minor discomforts or you’ll be hit with massive discomforts later. Take the easy road and – good luck!

10. Choose your state and act conducive to it.

Manage your energy levels. This is the key; this is the attribute that sets all constant achievers apart from the excuse makers and whiners. It involves many of the other disciplines, like #3 – act as if, even if you don’t feel like it, #5 – managing sleep and activity cycles, #6 – nutrition for high energy and #9 – doing what sometimes is discomforting to get into the right state.

Your State refers to the combinations of your physiology (physical movement, blood chemicals and breathing), your psychology (what you’re focussing on/thinking about) and your emotion (mood). Your state means everything. How you behave, make decisions, communicate, how you perform is all based on state. There are times when you totally surprise yourself in the accomplishment of an activity, and other times when you think “damn, I’m usually a lot better than that.” There are times when you make thought out smart decisions and times when you hastily make rash and unreasonable decisions. There are times when you communicate openly and sincerely, and times when you bite someone’s head off. We’ve all done it, its state.

Behaviour is depicted by state. If you play a sport and you’re ‘in the zone’ you perform differently to when your state is “damn I just don’t have it today.” Every activity, from exercising to communicating personal disputes, to selling on the phone to reading, relaxing, studying or creating something, all have unique states conducive to effectiveness. Being in a high energy, adrenalin pumped motivated state is great for training hard. It’s not so great for reading a book before bed though. Being in a relaxed, focused and attentive state is great for learning or communicating or being creative but not for enduring a tough physical ordeal.

Manage your state. When you need to be on, be fully on. When you need to switch off, switch off fully. You might be wondering “how do I just suddenly get energy and into a motivated state when the time calls for it, especially if I’m tired or can’t be bothered?” The answer is – you’re in that state because of the combination of the three parts emotion, psychology and physiology. Move your body,
get up and move around, think of faster more energetic thoughts, imagining relaxing in a hammock by the ocean will relax the mind and body which is great for relaxation but not for high energy, so quit thinking of sleep and focus on explosive, energy producing thoughts.

Choose your state, choose your energy and choose your performance. Either you run your state or your state will run you. If you want to succeed and perform at your best you can only do it from a resourceful state. All I can say is if you try to achieve anything from an un-resourceful state – good luck!

Remember – there’s no such thing as luck, success is where opportunity meets preparedness. Be prepared everyday!

Recommended Reading

What Works Best?

Compound versus Isolation

There are many ways to exercise and countless methods of training for the large variety of specific training goals that are out there. Within each of these methodologies are a huge number of exercises and variations of exercises that can be used to achieve each goal. So, generally speaking there is certainly no shortfall in the variety of exercises that are out there with the only limitations being that of our own imagination.

In this article, however, we are going to simplify the various types of exercises in relation to your individual aims in training. Mainly, we’re going to discuss Compound, or multi-joint exercises and why they are essentially superior to Isolation, or single joint exercises in most cases.

Compound exercises refer to those movements that incorporate several muscle groups and two or more joints in the one action. In opposition to that, Isolation exercises refer to those that are single joint movements and usually focus on only one muscle group at a time. For example, the Squat is a typical compound exercise that involves movement at the ankle, knee and hip joints and works the muscles throughout the Gluteals (butt), Hamstrings, Quadriceps, and Calves and also the inner and outer parts of the leg that stabilise the movement. In comparing this to an exercise like the Adduction machine (the one at the gym that looks like the Gyno’s chair) that works the inner thigh where many thigh-conscious females like to focus and involves only the hip joint, we can explore certain major differences.

There are several factors to consider when comparing the two vastly different types of exercises. Firstly, compound exercises involve the combined movements of several joints to accomplish the one action. This means there are more muscle groups being used and generally including the major muscle groups. So, in every compound action there are more muscles burning more energy (calories) in a short period of time and resulting in a higher intensity. This greater acute energy expenditure creates a greater metabolic disturbance (meaning there is a higher metabolism longer term) and a higher metabolism is exactly what most of us crave.

Secondly, because there are more muscles stabilising the movement a lot more weight can be lifted. As we all know, you can lift far more weight in a press or squat than you can in a tricep pushdown or leg curl. Due to the larger loads and synergistic muscle activity there is actually more neural input (meaning more stimulation from the brain to the nerves supplying the muscles) and hence more muscle fibre recruitment. For those that may be a little unclear let me explain without getting into too much technical jargon because it’s one of the more important distinctions.

Basically, each muscle is made up of hundreds of little strands, or bundles of fibres (as you find when you peel open a cooked chicken breast), and these are only activated/recruited when needed. Using arbitrary numbers, let’s say for example there are 100 fibres in a muscle. If it only takes 30 of them fibres to generate the force needed to lift a certain weight, say 1kg, then the body will not activate any other unneeded fibres on this weight. Therefore, the only way to recruit more fibres in this motion is to lift more
weight or lift it repetitiously until these muscle fibres fatigue and the others are called into action. Ideally, if we want to work all of the muscle fibres we need to lift loads that require more neural stimuli over enough repetitions to recruit the full set of fibres.

The practicality of this is quite simple – would you rather work and tone half of your muscle or all of your muscle? The answer is quite clear, but to most people the way to do that isn’t, or else we would see more people working a little harder on the compound lifts.

As you could probably imagine, this factor alone also has a much better effect on overall strength, muscle improvement, and metabolic parameters like glucose uptake (diabetes), energy expenditure (calories) and oxygen utilization (fitness).

Thirdly, there is a factor known as proprioception, or balance that comes quite highly into play in attaining true health and especially in rehabilitation and sporting scenarios. The level of control and balance between the muscles around a joint depends highly on the precision of sensory input from the receptors in the muscle that tells the nervous system when a muscle is stretched and how much tension there is. With this mechanism optimally functioning one can quite easily balance on one leg with their eyes shut, because the proprioception from the muscles around the ankle and knee would work to synergistically balance all the muscles around those joints to stabilize you. Even when you sway slightly off balance your finely tuned muscles would pick up the variation in muscle lengths and cause a reciprocal action to bring you back into alignment. Without this sensory input, however, there is much less coordination and balance, despite there being adequate strength. This low level of proprioception is common in people who do not train for balance or stick purely to isolation exercises and especially in those who have sustained injuries (where the tearing of a muscle literally destroys the sensory receptors) and hence the high prevalence of re-injury. Most compound movements play a significant role in enhancing the proprioceptive function in the muscles.

As a final point, another advantage to compound exercises that I particularly like is that it saves a lot of time. Due to the fact that several major (and minor) muscles are being used in the one motion you get to work the whole body in only a few exercises and don’t have to spend all day in the gym to get a good workout. All compound movements work in well with the natural movements of the body, as they are all simple pushes and pulls that the body is designed to handle.

So, coming back to our example above with the comparison of the squat versus the thigh adductor, we can see the following advantages to the squat: Although the adductor is a great way to isolate and concentrate on the inner thigh muscles the squat not only works more of the inner thigh fibres but also all other major muscles in the lower limb, burns more energy, increases metabolism and lean mass to a greater extent, aids in balance and stability and has a cardiovascular effect as well because of the higher intensity and energy demand. Covering half your body’s workout in one exercise that takes the same duration of time as the Adductor, why would anyone prioritise the isolation over the compound option? And I know what you might be thinking – “because the squat is HARDER” – and yes – there is definitely that distinction that separates the serious athlete from the recreational exerciser.

If you are aiming to gain maximum benefit from exercise, regardless of whether its weight loss, toning, strength or building muscle mass that you’re after, the basic compound exercises should be a staple part of your routine, beyond which you can add whatever variation you wish.

The basic compound exercises are:

  • Pushes – pushups, bench press, shoulder press, dips.
  • Pulls – chin ups, pulldowns, bent rows/one arm rows, pulling.
  • Leg pressing – squat, leg press, lunge, jumps, deadlift.
  • Functional – whole body pulling/pushing/balancing, supporting/bracing.

Recommended Reading

The Benefit Of A Healthy Lifestyle On The Nervous System.

Our focus today is to discuss how diet, exercise and the healthy lifestyle in general all have a massive influence on the health and functioning of the nervous system.

The nervous system is generally broken into two divisions – the Central Nervous System (CNS), being the brain and spinal cord, and the Peripheral Nervous System (PNS), being all other nerves that branch from the spinal cord to the rest of the body. Together, these divisions process information from our environment to help us make sense of our world. It does this through sensory
receptors, which we know as our five senses, and through perception, which is our thinking and interpretation of stimuli from these senses. It is considered so vital because it controls, consciously or unconsciously, all the other systems via the brain, spinal cord and nerves.

Balance and Coordination

What most people don’t realise is the complexity of our senses. It is often thought that sight, sound, taste, smell and touch are the only sense receptors and are pretty simple matters. What is not always understood is that firstly, there are many other senses, such as those for pain, temperature, balance, and proprioception, and that each of these has an intricate communication network between the brain and body that flows back and forth to be able to understand and function in the world around us.

Let’s take sight for instance. Our eyes might take in light signals from an obstacle in our path, send them to the brain via the optical nerve, our brain then makes its own interpretation of what that light stimulus is, or means, and then sends a responsive message down the respective nerves and muscles to produce the required movement to side-step the danger. Most of which is unconscious
in a reflexive movement.

Earlier, I mentioned the sense of balance. This refers to the awareness of the body’s movement, acceleration and position relative to the outside world. Even if you were blind you could still tell if you were upside down!

Proprioception, on the other hand, coming from the Latin word ‘proprius’ meaning ‘ones own’ and ‘perception’, is the kinaesthetic sense that provides information on the relative position of the parts of the body. For example, you can probably quite easily close your eyes and touch the tip of your nose with the tip of your finger and not lose awareness of where the hand is even though you can’t see it, touch it, etc.

There are specific types of proprioceptors in our muscles and tendons that indicate how stretched or tense a muscle is and can cause a reflexive response to contract certain muscles based on the perceived need. That is why you can stand on one leg with your eyes shut and the minor tremors in your foot keep you balanced. The proprioception in the foot and ankle FEELS for changes in muscle length and tension to signal to then signal to the brain that you’re falling one way or another and reflexively fires a response to the muscles to pull you back in alignment. That is, if you train correctly for good balance. Otherwise you end off like many of the elderly that suffer fractures and falls from insufficient balance and strength.

So we know there is an intricate interplay between these sensory nerves that run TO the CNS from the sensors in the skin/muscles/eyes etc, and the effecter nerves, those that run FROM the CNS to the effecting organ/muscle. Therefore, when we exercise or are regularly active it is literally practicing movement and this promotes a more ‘in-tune’ communication between the sensory input and the muscles. There are also more and better receptors which means better balance, coordination, easier movement patterns and ultimately less falls and breakages.

Stress and Fatigue

CNS fatigue is a common problem in this day and age and can sometimes be a result of chronic stress, rampant in our society today. Many do not realise that fatigue is not just something that only comes from lengthy activity, or muscle fatigue, or lack of sleep. It is also a condition that can almost wipe a person out if their nervous system is on full throttle, like stress or intense workloads,
for long periods of time without reprieve.

Essentially, stress is a response to a perceived situation that leads to the ‘Sympathetic’ response in the nervous system. We commonly know of this mode of neural function as ‘Fight or Flight’, where adrenalin and peripheral blood flow dominate, readying you to respond physically to a threatening situation. The opposite of this is the ‘Parasympathetic’ mode of nervous function which
is when our mind and body are in a state most conducive to resting, recuperating, eating, sleeping and higher brain function (rather than impulse thinking), as blood is no longer primarily in the arms and legs but in the gut and cerebral areas.

One of the great reasons why exercise is fantastic for helping with stress is due to the contrastive effect that it has on physical tension. To explain further, when we experience long-term tension or stress that is slightly above normal levels, which is all that is required for one to feels ‘stressed out’, a great way to dissipate this it to massively crank up the tension for a short period of time. It’s a bit like raising your heart rate and blood pressure periodically to improve fitness which eventually results in lowering them in the end. Likewise, elevating tension and physical energy periodically through exercise results is a contrastive relaxation at the  conclusion of the bout that, in comparison, feels like ‘letting go’ to the body and mind.

Using exercise as a stress relief and change of state is important for the health of the body and mind. Keep in mind though, if one were to exercise intensely and go back to a stressed job or ‘worked-up’ state for the rest of the week they are probably doing more harm than good. We MUST have the cycling between the ‘turned on’ mode of Sympathetic function and the ‘turned off’ mode of
Parasympathetic recovery.

Cognitive Function and Psychological Pathology

The brain is the master commander of this system and the brain needs plenty of glucose and oxygen from constant, healthy blood flow. When we improve blood circulation through movement and activity we help provide more glucose, nutrients and oxygen to the brain. Sufficient glucose is so important for logical reasoning, impulse control and concentration, for without sufficient levels
the cortex of the brain responsible for these higher functions reverts back to our primitive ‘quenchmy- desire-at-all-cost’ impulsive behaviour.

It is also considered that one of the reasons why the elderly tend to suffer some decrease in cognitive function is in part due to a reduction in blood flow to the brain.

Studies show activity improves memory, decreases Alzheimer’s, and improves learning ability, concentration and abstract reasoning. In many cases exercise has shown significantly better improvements than even medication in the higher mental processes that involve planning, organization, and the ability to mentally juggle different intellectual tasks at the same time.

There is an old saying – “use it or lose it!” It applies to almost all contexts, including habits, character, skill-sets, muscles, nerves, emotions – you name it! And of course it also applies to the brain, both in cognitive function as well as physically, losing neural connections and physical brain matter when there is insufficient stimulus to sustain it.

Movement itself requires large amounts of cognitive function especially from the regions of the brain responsible for coordination and movement. The more complex the movement the more cognitive function is required to coordinate the interplay between sensory information (balance, proprioception, position, etc) and muscle recruitment at the right time with the right force.

Exercises that involve large body movements and many joints like sport, dancing or functional exercises, for example, are fantastic for promoting extra stimulus to the brain and hence better cognitive function and even better health.

Do you know how many neural stimuli, number of muscles and muscle contractions are involved in simply putting your food-laden fork into your mouth? It’s certainly more than I could possibly detail. Now imagine standing on one leg while pressing a light dumbbell 45 degrees out to the side above your head while squatting on that one leg and trying to touch the floor with the other hand. Your brain is going CRAZY! This is great for maintaining cognitive function. ‘Use it, and you will actually GAIN it!’

Depression

Depression is another rampant disease today. It effects a growing population of people and an even larger un-diagnosed populace. There has always been evidence that exercise helps with mood and depression, but even more evidence is continually appearing proving that exercise, nutrition, quality sleep and a healthy lifestyle all play a gigantic role in radically improving physiological state, emotions, depression and general mood. In fact, a study done at Duke University Medical Centre found that an aerobic exercise program decreased depression and improved the cognitive abilities of middle-aged and elderly men and women just as effectively as the leading medication.
The nervous system is powerful and absolutely vital. A well functioning one is essential to maintaining good
health and longevity.

Train your system, train it well. It will certainly pay off in the end!

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SLEEP

Quality vs. Quantity?

Have you ever wondered what happens when you sleep? Think about it! You know you absolutely cannot live without it, you can’t even function properly when you haven’t had enough, so what actually happens to your brain and body when you sleep, and how much does it affect our day?

Before we go into this and the importance of it lets first understand the relevance here. It is estimated that as many as 80% of Australians are experiencing some issue with sleeping which is negatively impacting their waking life, and studies from the Boston Consulting Group in 2003 found that almost 90% of Australians suffer a sleep disorder and 30% suffer a severe sleep disorder, at some point in their lives. New statistics from the Pfizer Australian Health Report shows almost 10% of Aussies turning to sleeping tablets to help them cope with the nations rising rate of sleep debt.

Symptoms:

So, other than the obvious midmorning yawn, how do you know if you’re overtired? Some of the signs and symptoms of sleepiness are: daytime drowsiness, trouble concentrating, irritability, increased risk of falls and accidents, poor decision making, lower productivity, moodiness and disinhibition. Many of these can lead to apathy, slowed speech and flattened emotional responses, impaired memory, and an inability to be multitasked. A sleep deprived person can experience periods throughout the day when they get close to falling asleep and will fall into micro sleeps (5-10secs) that causes lapses in attention, nod off while doing an activity (like driving) and often experience mild, dream-like hallucinations. There is also a link between sleep deprivation and depression that is absolutely alarming, and not only depression but also other psychiatric disorders such as SAD, and bipolar disorder.

Sleep benefits to mood and memory:

It is well accepted that sleep effects ones mood very strongly. What is not as well known is that in certain stages of sleep, which we’ll talk on soon, the brain goes through a period of sorting through and categorizing the emotions and memories of the day (have you ever noticed that we dream in metaphor?). This has a very important role in the health of your emotions. Proper sleep helps to organize memories, solidify learning’s, regulate mood and improve concentration.

Sleep also benefits:

  • Your immune system – Without proper sleep your immune system is deprived and you are more prone to infection and disease.
  • Nervous system – Sleep is shown to be one the best times for the rest and repair of neurons.
  • Hormone release – Certain hormones are timed to release during sleep which are impaired, of course, if adequate sleep is impaired. (Eg, growth hormone.)

Sleep Needs and Cycles:

Individual sleep requirements often vary greatly. In general though, most adults function best with 16 hours of wakefulness during the day and 7-8 hours sleep at night.

In these periods of sleep we go through several stages of sleep where our brain activity changes in cycles. Understanding these sleep cycles and needs and how they work can help a person improve their patterns of sleep for best effect and to perform at peak ability more consistently.

Stages of Sleep:

There are 5 main stages of sleep – REM (rapid eye movement) and 4 stages of NON-REM that involve progressively deeper and deeper levels of sleep.

 

  • REM – In this stage your eyes move back and forth rapidly under the eyelids (hence the name), it is also where you do most of your dreaming. We usually have 3-5 REM cycles per night, especially towards morning. This is the main stage associated with processing emotions, organizing memories, and relieving stress. Breathing is rapid, irregular and shallow. Heart Rate increases, blood pressure rises, and male and female genitals may engorge with blood. Better REM sleep will help improve mood throughout the day.
  • Stage 1 – Characterized mostly by drowsiness, eyes move slowly, muscle activity slows down and you are easily awakened.
  • Stage 2 – light sleep, eyes stop, heart rate slows, body temperature decreases.
  • Stage 3 + 4 – deep sleep, you are difficult to awaken, you feel groggy and disorientated if awakened from this sleep. Blood flow is increased to the muscles in this stage to restore physical energy. Immune functions also increase during deep sleep.

Quality vs Quantity:

The stages of sleep explain why there is a difference between quantity and quality. While we may get the required hours of sleep throughout the night, if they are interrupted or our cycles are not permitted the chance to cover all stages we can still lack in quality of sleep. Conversely, one may not get the ideal hours of sleep but if the hours they do get are of high quality they may find it is suffice and even preferable over longer, lower quality sleep.

Our sleep needs and these sleep stages that we cycle through are influenced very strongly by our in-built biological clock (our circadian rhythm). In addition, there is a chemical called Adenosine that is involved in energy supply (ATP) which also acts as a neurotransmitter to signal sleepiness to the brain. When Adenosine builds up in our systems (from every hour being awake and even more so from exercise/activity), the increased concentration acts as a strong messenger for the body/brain to sleep. So, the more active you are the better sleep you’ll get!

How to get a good nights’ sleep:

 

  • Keep a regular circadian rhythm (up time and down time)
  • Get regular exercise
  • Minimize noise and light (the body’s sleeping rhythm is sensitive to light)
  • Don’t consume caffeine or alcohol 4-5 hours before bed
  • Avoid alcohol and heavy meals before bed
  • Don’t smoke!
  • To improve Deep sleep – aim to go uninterrupted (hard if you have a new-born or are a carer around the clock.
  • To improve REM sleep – aim to sleep a little longer in the mornings.

When your body works well – you sleep well.
When you sleep well – your body works well

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Exercise Of The Month – Bench Press

The bench press is probably the most popular upper body lift. It’s extremely versatile and allows you to lift the most weight. Although there are many variations it is vital to your performance that you perform this lift with proper technique.

Check out this month’s video to max out your bench press.

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Nutrient Supply – Timing Is Everything

A calorie isn’t just a calorie. If one were to consume 2000 calories per day mostly consisting of fat while another person consumed exactly 2000 calories per day of mostly protein, would that be a similar energy intake? Not at all! What about 2000 calories of carbohydrates?

Personal Training PerthFirstly, we need to take into consideration the caloric ‘cost’ of digesting, absorbing and utilising each of the macronutrients, as it requires energy to process and utilise energy. This is known as the Thermic Effect of Food (TEF) and anything that burns calories has a thermic side effect (produces heat as by-product) and this is exactly what digesting food does. Typically, it accounts for about 10% of your total daily energy expenditure (TDEE). Have you ever noticed you get hotter after a big meal, that’s TEF at work; some people often sweat from the rise in metabolism after a descent meal. So how does this relate to calorie costs and energy intake? Well simply, that each macronutrient has a very different energy cost.

Fat, for instance, has a very low energy cost and the vast majority of each gram of fat (which contains roughly nine calories) can be stored with relative efficiency, preserving almost all of the original calories (unfortunately). Protein on the other hand is the most energy costly to digest and absorb and the TEF of protein can be as large as 25% (depending on the source of protein). This means that for every gram of protein that you ingest (which contains roughly four calories) you only really get 75% of the energy, or three calories per gram, as the rest is lost in utilisation. Carbohydrates are the middle ground with a moderate energy cost of digestion or TEF.

So, our 2000 calories of each macronutrient has now turned into 2000 calories take the energy cost of digesting every gram of that nutrient. As you can see it’s already a different playing field.

Secondly, we need to factor in the combinations of macronutrients that are consumed together. You’ll almost never have just one nutrient making up the entire daily diet as in our fictitious example. For instance, is consuming a 500 calorie meal primarily from the combination of carbohydrates and fat going to promote the same level of fat-burning as 500cals of primarily fat and protein? Again, the answer is no! Fat and carbohydrates together is probably the worst scenario for fat burning, it raises blood glucose (sugar) and blood lipids/triglycerides (fat) together at the same time as peaking insulin, the master ‘storage’ enzyme, so all the above mentioned blood contents are stored including the fat and fat burning is switched off. Each nutrient on its own, however, will not have an as detrimental effect. For instance, even consuming pure fat, by itself, will not store as much fat as a lesser amount consumed in conjunction with carbohydrates/glucose and the inevitably ensuing insulin spike that will follow.

What about carbohydrates and protein together? Or all three nutrients together in roughly equal caloric proportions? Keep in mind that, calorically, 20 grams of fat is pretty similar to 45 grams of carbohydrates (before taking TEF into account). Well, this great question all comes down to our main point for today…

Finally, we come to the all important timing. We’ve gone from our example of 2000 calories of differing macro make ups, to 2000 calories – TEF, to 2000cals – TEF plus considering the different nutrient combinations. Now let’s go to the real kicker – timing!

You could eat the same caloric intake of the exact same macronutrient proportional make up with one specific meal timing to dismally lose muscle and gain fat, while another meal timing supply of the same nutrients (calories and proportions) can promote muscle building and fat loss. So, ‘when is that?’ you ask.

The real subject here has to do with ‘nutrient partitioning’ but we will go into that in more depth in a later article, so stay tuned. For now just know that what happens to a nutrient once ingested is pertinent to the state that the body is in, or about to be in, at the time of ingesting and absorbing into the bloodstream.

Below are the key points to remember:
1) Training changes all the rules. “Don’t eat carbohydrates at night!” but if you have just finished an energy-draining training session and have more training on the cards for the following day then this is when you should have your carbohydrates. “Don’t eat high GI carbohydrates!” That’s unless you have just trained which could be a good time to use some high GI for quick glycogen replenishment. “Eat a low-carbohydrates diet for fat loss!” Very true, unless you train like an athlete. Factoring your training into the consumption of carbohydrates is vital to getting the most out for your nutrition and training. Physical exertion is when you need muscle glycogen (carbohydrates) and when you finish is when you need to replace it. Loading up on carbohydrates without the need for it (for someone who doesn’t train often, or engages in only low intensity walking for instance) won’t help at all. The person who flogs themselves in a glycogen-depleting workout should use that time post-workout to get the carbohydrates in when it’s needed. Blood flow to the muscles is pumping, glucose transport into muscle cells is increased (non-insulin-dependently) and insulin sensitivity is high, so make sure the carbohydrates are low fat.

2) Fat burning occurs best when blood glucose and insulin are relatively low, even if fats are consumed. So when trainings out of the picture for at least a few hours go the lower carb intake route for best effect.

3) When muscle glycogen levels are already low, like after low carbohydrates periods or fasting for example, prior to eating; amino acid and muscle glycogen storage is enhanced, thereby improving muscle building and decreasing storage of excess carbohydrates as fat.

Conclusion, eating carbohydrates all day won’t help you, but consuming the right amount at the right time will dramatically improve muscle glycogen resynthesis (energy), muscle anabolism and fat burning prior to the consumption. Eat low fat, protein and carbohydrates straight after training for maximum muscle uptake, and decrease the carbohydrates for the other periods.

Happy timing!

 

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Progressive Overload: The Key To Ultimate Results!

Milo of Crotona

Milo of Crotona was a 6th Century BC man, born in the Italian city of Crotone, revered as one of the greatest athletes of the Ancient Greek Olympics for his inspiring feats of strength and many victories in competitive wrestling.

It is said that Milo trained for the Olympics one day by lifting and carrying a baby calf over his shoulders, walking with it some distance. The next day, Milo did the same thing, carrying the same baby calf on his shoulders. In fact, Milo did this same activity EVERY DAY leading up the Olympic games.

After 4 years of training with this daily ritual, keeping in mind what a baby calf looks like after 4 years, reports say that Milo of Crotona walked into the Olympic stadium with a full-grown heifer on his shoulders and paraded a lap of the Olympic track before killing and beginning to eat the beast.

The story of this great Warrior is the perfect example of the principle of ‘Progressive Overload’ and the potential that the body has to adapt if exposed to an incrementally increasing stimulus at a rate equal to the body’s ability to recover and grow.

See, at what point while the beast was growing did it get too heavy for Milo to carry? Unlike the straw that broke the camel’s back this never happens when the gradually increasing load is matched by the gradually adapting body, if, the load/volume/intensity/duration happens over a period of time during which the body can respond, adapt and ‘super-compensate’ for.

So how fast can this be done? How much recovery do we need?
The Super-Compensation Curve

Well, it is different for everybody, as we all have different abilities to recover, dietary habits, rest periods, exposure to stress, etc. However, the Super-Compensation Curve is the depiction of how our bodies react to such stimuli and working with this we can plan our training and programs much more scientifically.

Firstly, there is the training stimulus which shocks the body, actually damaging it on a micro level through various physical and physiological means. This can be seen on the diagram below. Following, is the period of Fatigue where the weakened body is experiencing a state that will cause the system to trigger a Recovery response such that the resulting strength/endurance/efficiency is greater than before the training stimulus. This is the Super-Compensation. If there is no future training and no further stimulus from here, then the body will regress back to the original state, and even worse potentially.

The ideal time to train (this particular muscle group or energy system) again is at the peak of this Supercompensation curve. This is at the peak of our strength and endurance and the peak of recovery. To train again before this point will result in less than optimal results, and even worse – to train before the recovery of the body has reached the original state before the initial training stimulus
(before the body has recovered) then you will end up with the condition known as ‘overtraining’, which should really be called ‘under recovering’, as it’s not so much the amount of training that is at fault but the lack of adequate recovery. This is so common
today, with people training harder than ever only to feel greater levels of fatigue in their body and loss of mental focus from long term fatigue of the Central Nervous System.

Overall, plan your exercise and exercise progressions using the philosophy of Milo of Crotona – gradual Progressive Overload, with the concept of the Super-Compensation curve to read your body when to push harder and when to pull back.

The variation can be poles apart!

So what determines that rate of recovery and how long this process takes?

This is such a popular question because the diagram above shows time on the bottom X-axis yet shows no indication of specific increments or intervals of time. Is it hours, minutes, days, months? The reason there is no markings is because of the extreme variation possible from person to person due to the many factors that affect the process. This explains why different people take more time to recover than others and even why the same person might recover well one month and fall into overtraining the
next.

Take for example the person who trains intensely on a Monday morning, then goes to work in a busy, stressful environment, does not eat well, gets a few hours of low quality sleep each night, is mentally and emotionally over-active throughout the day and does no other form of exercise or movement for the week. Four days later this person is wondering why they are still sore and has no energy to get out of bed. If they were to train again they’d be under the original baseline of energy and recovery.

Conversely, take the astute exerciser who trains intensely on a Monday morning, goes to work in a busy environment while managing their mental and emotional state conducive to a calm, refreshed physiology, eats a healthy, balanced diet full of nutrients, whole-grain carbohydrates, lean protein and fibre, adds a yoga session or relaxing massage into their lunch break to facilitate the flow of blood and oxygen, and by that same Monday afternoon they’re ready and energized for another intense training session.

Then they go home and sleep a quality seven hours before waking even more energetic than the day before.

What a significant difference? What factors create this variation?

The key components:

• Diet

  • You could have a team of brick-layers waiting at your building site with all the plans and instructions they need to lay the foundations and build your house but the sad fact is that without a supply of bricks and cement they’ve got Buckley’s chance of even starting the first wall. Likewise, without the proper and adequate nutritional building blocks you cannot re-build any fatigued or broken down tissue. You MUST supply the nutrients!
  • The first and foremost in regards to energy and muscle recovery is carbohydrates. By the end of your training session the glycogen (stored glucose) in the muscles is used up and depleted. Hence, we need clean, unrefined carbohydrates to replenish that fuel source. Without it you won’t be able to train intensely again or even have much energy through the day. Also, if your glycogen levels aren’t replaced then blood glucose levels may be low and your brain NEEDS glucose to function.
  • The next nutritional must is protein. It constitutes one of the major building blocks for cellular repair and growth. Protein really is the bricks and mortar of muscle tissue.
  • Vitamins, Minerals, Fibre and essential Fats are equally important. Together, these vital nutrients nourish the body for complete recovery.

• Sleep

  • The research says it all – sleep is an absolute necessity of performance. It is measured in both quantity and quality.
  • It may not seem like much goes on when you are asleep, but actually there’s a lot more than what you may think. The endless processes that occur in cycles throughout the night strongly affect our immune system, nervous system, muscular blood flow, our metabolism and hence, our recovery.
  • The quality of sleep also impacts day-time moods, concentration and memory.
  • The suggested requirement for most people is 6 to 8 hours of un-interrupted sleep.
  • For more information on sleep see our past article called ‘Sleep – quantity vs quality’ on our website at  www.conanfitness.com.

• Oxygen

  • Oxygen is the life-blood of our cells. All respiration and metabolism ultimately relies on it. Therefore, supplying oxygen to the cells is critical for them to go through the necessary cellular metabolism to repair and replenish.
  • Supplying Oxygen is best achieved through:
  1. Blood flow – By improving blood flow through movement, exercise or massage you will facilitate more oxygen getting to the cells as well as improving the removal of wastes and lactic acid, one of the culprits of muscle soreness.
  2. Breathing – By engaging in deep diaphragmatic breathing you can increase the oxygen in the blood and make the additional blood flow more potent.
  3. Slow, deep breaths rather than fast, shallow puffs.
  • One of the first interventions a paramedic often does to an injured patient is apply an oxygen mask. This highlights the powerful healing properties and importance of oxygen in recovery.

• Stress

  • Most people have heard of ‘fight or flight’! This is the mode of function of the nervous system when it is turned on, fired up, ready to run or fight or react. It is formally called the Sympathetic function and is characterised by blood flow to arms and legs, high heart rate and breathing and adrenalin-type chemistry. This is the state of the body when you are stressed and is the exact same function as when exercising. However, it is antithesis of being able to recover!
  • Parasympathetic function is the opposite, when the body and mind are totally relaxed, typically characterised by blood flow to the brain and gut area, slow breathing and heart rate and calming chemistry. This mode is ideal for eating, sleeping, and recovering. Only in Parasympathetic function can proper recovery occur.
  • The problem is that when people train, get fatigued and cause a recovery response many of them think they can adequately recovery when stressed. But this, as we’ve just seen, is the same mode of nervous function as exercising, so it’s like you are never resting. Stress is a fight or flight response, not at all conducive to recovery.

Maximising Super-Compensation

To get the most from Super-compensation and using both the philosophy of Progressive Overload, as used by Milo of Crotona and that of the Super-compensation Curve this is what we want to do:

 

  1. We want to train with nice intensity, slightly overload the body or mind.
  2. Then, we want to focus on optimal recovery – eat well, sleep well, add massage, yoga or deep breathing or meditation to your day to slow the mind and relax, add gentle recovery exercise (walking, easy swimming or cycling) to promote blood flow without intensity, and finally, manage your state – don’t get stressed, stay calm!
  3. Our aim is to recover as maximally as we can from all perspectives – energy, stored carbohydrates (glycogen), muscle fibres, nutrients, waste removal, etc. to get to the peak of the Super-compensation curve. You should feel at the peak of your energy if you are there.
  4. At this peak point, when everything is maximised we then want to train again even more intensely or longer/harder, higher weights, whatever, to overload and over-compensate again and continue to the cycle.

So good luck, train hard, recover well, and train hard again!
Happy recovering.

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Pessimism vs. Optimism

What does reality have to say on the matter?

We have all thought of someone we know as pessimistic or optimistic, so we have a fair idea of what these terms mean but have you ever thought about what the real difference is? Often people use the ‘glass half full or glass half empty’ analogy but there is a lot more to it from a scientific stand point than you might expect. This article aims to look at the vast differences, how to practically apply it in your daily life, where you lie on the optimism/pessimism scale and how to change your attitude if you need to.

Firstly, let’s have a look at what we know. Extensive research has gone into the fields of depression, helplessness, optimism and pessimism. Esteemed psychologist Martin E. P. Seligman developed the theory of ‘learned helplessness’ which is widely respected among scientific psychologists.

Seligman demonstrated how the reaction of learned helplessness is acquired. A dog was placed in a shuttle box. Periodically, a tone was sounded, and shortly after the tone, the dog experienced a painful but physically harmless shock. At the onset of the shock, the dog whined and ran about. At one point, while the shock was still being administered, he happened to jump the barrier in the middle of the box. Immediately, both the shock and tone ceased. With successive trials, the dog jumped the barrier more and more quickly. Eventually, he waited quite calmly in front of the barrier, nimbly jumping over it as soon as the tone sounded and thus avoiding the shocks.

In the next phase of Seligman’s study, another dog was first placed in a restraining device, so that it could not move, and given a number of brief shocks. There was nothing the dog could do to escape or avoid these shocks. When this second dog was put into the shuttle box a day later, it initially acted much like the first dog. Quickly, however differences became apparent. Even if the second dog accidentally jumped the barrier, it never learned specifically to cross the barrier to escape or avoid shock, instead, it sat or lay passively, whimpering, until the tone and shock ended.

This reaction was also observed when similar testing was conducted on humans. So when people or dogs are exposed to shocks they cannot control, they learn helplessness. They decide that nothing that they do matters, and even when they are transferred to an environment where they can escape their shocks, they simply give up.

On the other hand, when people or dogs are exposed to shocks that they can control, they learn efficacy and escape more quickly when transferred to a different environment. They have been ‘inoculated’ against helplessness.

However, a third of the subjects who are exposed to uncontrollable shocks never become helpless. They never give up. Yet a tenth of the control subjects who received no training shocks are helpless from the start.

A key factor in how we behave in confronting situations and whether or not we are vulnerable to helplessness depends on the way we explain this to ourselves. This is called our explanatory style. It’s in the way we explain bad events, it’s the words we use when we fail. Our explanatory style stems from how we view the world and defines whether we are an optimist or a pessimist. Seligman identifies three dimensions to our explanatory style: permanence, pervasiveness and personalisation.

Permanence

“I’ll never be able to do this,” or “He is always annoying me.” These are classic lines used by someone who has a pessimistic style. They believe bad events will persist and always affect their lives. They use words like never and always, where as a person who has an optimistic style believe that bad events are temporary or one-off and tend use words like sometimes and lately. This self talk also affects the degree to which you are able to bounce back from defeat and failure. As Seligman explains, failure makes everyone at least momentarily helpless. It’s like a punch in the stomach, it hurts but the hurt goes away – for some people almost instantly.
For others, the hurt lasts and they remain helpless for long periods of time.

For the optimist, they believe that good events are permanent and bad events are transient. Because they believe that good events have permanent causes they try even harder when they succeed.

Pervasiveness

Try to think whether you make specific or universal explanations for bad events for situations. Universal explanations produce helplessness across many situations, where as specific explanations produce helplessness only in the troubled area. For some people, if one thing goes wrong, then it impacts every other aspect of their lives. It’s all consuming. This is called pervasiveness. For example, you may spill your coffee that morning. From then on you are in an unresourceful mood for the rest of the day and that impacts your work, your relationships and your overall happiness. Another good example could be that you’ve messed up your diet, so you believe you have ruined the whole diet and give up trying altogether.

For the optimist, they believe that bad events have specific causes and are localised to that specific event. This allows them to put a full stop after a mishap and move on without giving it another thought.

Personalisation

The third element relates to whether you internalise or externalise bad events or situations. Persoanlisation can usually reveal itself in two ways. The first is when you believe that you will never amount to anything and that all obstacles are there because of you. “Everything bad that happens to me is my fault” is a common statement from people in this situation. In fact when something goes right, people in this scenario refuse to take credit for it, preferring to assume they were just lucky on that occasion. The second is when you take negative interactions personally, like when someone is rude on the phone for example. People who blame themselves in these situations tend to have low self-esteem as a result.

For the optimist, they will internalise good events and externalise bad events. They will blame external sources for bad things that happen and by doing this they don’t lose self esteem when faced with a negative situation. On the other hand they also internalise good events. So because they believe that they cause good things to happen, they tend to like themselves better than people who believe good things come from other people or by circumstance.

Identifying our own explanatory style can help us to see how we view the situations we are faced with in our daily life and whether we can improve our own internal dialogue. Most people understand that having an optimistic attitude is an important part of being happy and successful. Having a positive outlook is easy when everything is going well, but unfortunately when we come across an obstacle, pessimism can come to the fore and short circuit our chances of reaching our goals. When we experience repeated traumatic events, those people with a pessimistic explanatory style are at serious risk of learned helplessness triggering a state of depression. Seligman suggests that most cases of depression are not biochemical or stemming from psychoanalytic causes but instead, they are habitual thought patterns of their explanatory styles that lead to learned helplessness.

This learned helplessness can not only affect mental health, it will undoubtedly contribute to poor physical health by neglecting diet, exercise, sleep and medication treatment because they falsely believe they have no power to change. Those with a pessimistic explanatory style also tend to have weakened immune systems. This means not only an increased vulnerability to minor ailments like colds and flu’s but also a less effective recovery from major health problems.

Even if these pessimistic thought patterns are not leading us down the path of clinical depression, they are certainly having a negative impact on daily life. That’s not to say that mild pessimism doesn’t have its uses, it does. It’s when we continually believe that misfortune is our fault, that it’s lasting and undermines everything we do, that it’s likely that we will receive more than our share of misfortune than if we believed otherwise. Pessimistic prophecies are self fulfilling.

The good news is that pessimistic personalisation, permanence and pervasiveness are all learned behaviours that can be unlearned over time by replacing them with more optimistic outlooks. Learned optimism can help to improve all areas of your life including your job, your family, your health and your personal achievements. Research says that changing the way we think about health has a massive impact on changing our health. Dr Seligman found that optimists catch fewer infectious diseases than pessimists do, they have better health habits, their immune systems work better and they live longer. One of the crucial steps to making physical changes within our body is to start by changing the destructive self talk of pessimism and embracing the skill of optimism.

People who tend toward a pessimistic outlook often speak to themselves in self deprecating and harshly critical ways, a way they would never talk to someone else. In order to adapt a new approach and become more constructive Seligman developed a five point plan, known as the ABCDE system. He recommends writing answers to each of the following steps:
Adversity – write down what the challenge is. Write down what happened, what you are up against, how you are feeling?

Belief – write down what your underlying fear is. What are the assumptions which underlie your worry, what are you really afraid of? What is your belief of what will happen if you can’t meet the challenge?

Consequences – state the effects on your feelings and behaviour of holding these beliefs and fears. What are the consequent feelings and behaviours that result from the underlying beliefs?

Disputation and Distraction – dispute the underlying beliefs and self accusations. Pretend you are a lawyer for the defendant (yourself) and eloquently argue the other side, argue in defence of yourself. Argue against the negative underlying beliefs. Find other ways and beliefs by which to evaluate and understand your behaviour or the situation. Think of adversities and challenges as an opportunity to grow and learn. Once you have disputed the negative beliefs, distraction can be employed to stop the thoughts from reoccurring in your head. Try wearing a rubber band on your wrist and flicking it while yelling ‘stop’ every time you hear that negative talk creeping in.

Energisation – register how you are feeling now. Do you feel any better? Hopefully, you do. If not, write down what you are thinking now; this is the new adversity to address. Over time the disputation will become more rapid and effective as the energisation from it rewards you for the effort.

Learned optimism and increasing mental resilience really is as simple as remembering your ABCDE’s. By training our mind’s awareness to apply ABCDE during adverse or challenging situations we can effectively break the loop of negative thinking and energise ourselves towards more positive and fulfilling outcomes.

So, we can see that there is little doubt that optimism is good for us. A healthy outlook on life delivers a happier, healthier and longer life. Changing the way we speak to ourselves can have a dramatic affect on how we act, interact, learn and grow. You have a choice. You can learn optimism and you can choose to use the techniques whenever you need. So use your optimism or learned optimism to help achieve the goals you have set for yourself. Take charge of your thoughts, train your mind as you train the body and see what you are truly capable of.

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Jacobs Ladder Bootcamp on Thursday 26th Jan @ 5:30pm has been Canceled

Hey Team

This is just a public notice to let you know that the 5:30pm Bootcamp scheduled for Thursday 26th at Jacobs Ladder is cancelled due to the Australia Day fire works.

All other sessions will continue as normal.

Regards

Conan Fitness

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Maslow’s Hierarchy of Needs

Abraham Maslow was a pioneer of humanistic psychology. Humanistic psychologists believe that every person has a strong desire to realise his or her full potential, to reach a level of ‘self-actualisation’. To prove that humans are not simply blindly reacting to
situations, but trying to accomplish something greater, Maslow studied mentally healthy individuals instead of people with serious psychological issues. This developed his theory that people experience ‘peak experiences’, high points in life when the individual is in harmony with himself and his surroundings. In Maslow’s view, self-actualised people can have many peak experiences throughout a day while others have those experiences less frequently.

One of the many interesting things Maslow noticed while he worked with monkeys early in his career was that some needs take precedence over others. For example, if you are hungry and thirsty, you will tend to try to take care of the thirst first. After all, you can do without food for weeks, but you can only do without water for a couple of days. Thirst is a ‘stronger’ need than hunger. Likewise, if you are very very thirsty, but someone has put a choke hold on you and you can’t breathe, which is more important? The need to breathe is of course, so you focus on that.

Maslow explained his theory, which he called the Hierarchy of Needs, with a pyramid depicting the levels of human needs, psychological and physical. When a human being ascends the steps of the pyramid he reaches self actualisation. At the bottom of the pyramid are the ‘Basic Needs or Physiological Needs’ of a human being, food and water and sex. The next level is ‘Safety Needs: Security, Order, and Stability.’ These two steps are important to the physical survival of the person. Once individuals have basic nutrition, shelter and safety, they attempt to accomplish more. The third level of need is ‘Love and Belonging,’ which are psychological needs; when individuals have taken care of themselves physically, they are ready to share themselves with others. The fourth level is achieved when individuals feel comfortable with what they have accomplished. This is the ‘Esteem
Level, the level of success and status (from self and others). The top of the pyramid, ‘Need for Self-actualisation,’ occurs when individuals reach a state of harmony and understanding.

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The hierarchy indicates that the highest level of achievement is self-actualisation. But it also reminds us of the necessity of maintaining our most vital physical needs. On a most basic level, we are required to satisfy our needs for food, water, and air. It is only when these basic needs are met that we can turn our thoughts to higher needs, such as love and acceptance.

As each of these needs is fulfilled, some of us reach a point of restlessness. It is at this point that we begin to seek higher goals of personal fulfillment. We attempt to grow beyond what we currently are and we strive to fulfill our highest potential. This is what Maslow termed self-actualisation. It is this self-actualisation that many of us seek. Achieving this state of fulfillment, however, involves more than having success in the workplace or the admiration of others. It is about applying a holistic approach to the goals we set for ourselves and making sure we have a strong foundation as a starting point.

In the 1960’s studies showed that parts of the Hierarchy of Needs overlapped and in 1969, Clayton Alderfer revised Maslow’s Hierarchy of Needs, suggesting that needs could be classified into three categories, rather than five. His theory suggested that our needs be categorised as Existence, Relatedness, and Growth (ERG). Existence needs are similar to Maslow’s physiological and safety need categories. Relatedness needs involve interpersonal relationships and are comparable to aspects of Maslow’s belongingness and esteem needs. Growth needs are those related to the attainment of one’s potential and are associated with Maslow’s esteem and self-actualisation needs.

The ERG theory differs from the Hierarchy of Needs in that it does not suggest that lower level needs must be completely satisfied before upper-level needs become motivational. ERG theory also suggests that if an individual is continually unable to meet upper-level needs that the person will regress and lower-level needs become the major determinants of their motivation.

It’s easy to apply these theories as a framework for our own goals; Maslow’s advice is just as applicable today as it was in the 1940’s. Maintaining our physical health is absolutely necessary to keep our journey towards self-actualisation on a firm foundation. Make the investment in your physical health, and you will continually receive dividends throughout the other facets of your life.

However, if we aren’t satisfying our lower-level needs (hunger, thirst, bodily needs), then we’ll never be able to reach our goals at the next level (self-esteem / self-awareness). When using this model in line with motivation for our fitness goals, we can see that materialistic rewards are only good for short-term goals. Sooner or later, your fitness motivation goals will need to be based on a solid foundation of self-improvement and that vision you have of a better you. A reunion or holiday may motivate us to lose a few kilos in a month, but what will sustain our good habits to help us walk around the block when we’re in our 80s? Health and fitness motivators are different for everyone. What works for one person may not work for another. Just as some workers are driven by salary and others by a sense of purpose, we all have a unique set of drivers that can propel our fitness motivation levels to the point
where we not only reach our goals but we change our long-term habits and perhaps even motivate those around us in the process.

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