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Another way to maximize your training results and ensure your are breaking through plateaus is to understand the general adaptation syndrome.

There are four principles of training, periodization, specificity, overload, and overtraining. The whole point of training is to see results. The results you want to see are directly related to your goals. Then you need to specifically train to reach those goals, using periodization and overload, while avoiding overtraining. If it’s that simple, why do so many people fail to achieve the results they desire?

There’s one more piece to the puzzle. If you want results, the body must adapt in the manner you want it to. And as we know, the body can adapt in positive ways and not so positive ways. Here’s why:

Prior to your workout (whether it’s your first workout ever, or your 10,000th workout) your body has a certain level of adaptation. After a workout where overload was achieved, the body actually goes into a “Shock Phase” for a period of time, and adaptation decreases because of the stress the workout placed on the body. As stated earlier, you must achieve overload in order to see gains.

However, as time progresses, the body adapts to the stress, and enters what is called a Supercompensation Phase. Ideally, you will train again at the highest point of this supercompensation phase. The timing of this is different for everyone, as some people recover quicker than others do. So yes, you make your gains when you rest, not when you train. The whole idea of training is to simply place an overload on the body, and then you must allow your body to rest to see results.

Now, you can imagine what would happen if you trained again too soon. Your body would not have had enough time to recover, and your adaptation would continue to decline. Continue this long enough and you have a classic case of overtraining.

If you are able to train again anywhere during your supercompensation phase, you will see improvements.

If you were to not train again for a while, you will see another decline in adaptation from your original state. You may have heard of this as “Use it, or lose it.” It’s important to continue to place an overload on the body if you want to continue to see gains or at least train in a manner that will maintain your current level of adaptation. Further, make sure your program specifically places an overload on the system you want to adapt.

For trained individuals, the supercompensation phase is relatively short, and there is a relatively small adaptation. For beginners, the opposite is true. This is why beginners see relatively big gains at the beginning of a program, and less as the program goes on.

A well designed, periodized program can keep you from reaching plateaus. Knowing the optimum time to rest between workouts for each individual can keep you seeing results. Often, this is found out through trial and error, and by keeping detailed training logs. To continue to place overload on the body, you have to change up you workouts often, every 4-6 weeks for beginners and as little anywhere from 2-4 weeks for experienced lifters.

Now that you know this, experiment to find out your optimum rest time, and make sure to change your program often so you keep seeing the results you deserve.

The clean and jerk is a very complex lift.  I thought I’d share today in complete detail how to perform the lift. The description below is fairly technical, but given how technical the lift can be, I figured it appropriate today.

1- The starting position: Approach the bar, standing with your feet hip width to shoulder width apart, centered on the barbell. your feet should be placed under the bar so the bar is directly over the balls of the feet. Keeping your back straight, tilt your the torso forward slightly, and bending at the knees, lower yourself into the starting position to grip the bar. your feet should be flat on the platform with your bodyweight distributed evenly between the balls of the feet and the heels.

2- The first phase of the pull : In the first phase of the pull the bar is raised from the platform in a controlled manner. Straighten your knees so the hips and shoulders raise at the same rate. Once the bar passes your knees, straighten up your torso to further raise the bar until it touches mid-thigh. At the same time the torso is brought into a more upright position, re-bend your knees slightly in preparation for the second phase of the pull. Your feet should remain flat on the platform with bodyweight, and the weight on the bar, shifted back slightly as the bar touches mid-thigh. The arms remain straight thoughout the first phase of the pull.

3- The second phase of the pull: Having completed the first phase of the pull, you should now be in what’s called the “power position”. From the power position you are now ready to enlist the large muscles of the legs, hips and back, in one explosive movement to accelerate the bar. With your knees bent and torso leaning slightly forward, you basically perform a vertical jump. The legs extend and the hips drive forward forcing the torso upward. Your arms should still be straight which will transfer the movement of the torso to the barbell. The feet, shoulders and arms further assist in lifting the bar. You should push yourself off the platform with such force that only the balls of the feet and/or toes remain in contact with the platform. As you do this, shrug the trapezious muscles,  which, with the addition of some arm pull, will cause the bar to reach its full height off the platform.

4- Receiving the bar: Using the arms, pull yourself under the bar and “catch” the barbell on the shoulders with the elbows forward of the bar and held high. Depending on your age and skill level, one of two things will happen. A more skilled athlete will move into a deep squat position, which does not require the bar be pulled as high. This means a heavier weight can be used. The less skilled athlete will only bend the knees slightly.  At this point, you will be in a basic front squat position.

5- Recovery from the clean: The final part of the clean is to stand up and prepare to jerk the bar overhead. If the lift was a power clean (a slight bending of the knees) you will need to only straighten your legs so you are in a standing position. From the squatting position keep your torso as upright as possible and stand using your legs and hips.

6- Setting for the Jerk:

Before attempting to jerk, you can adjust your grip on the bar. A wider grip provides more stability when holding the barbell overhead.

Your elbows should be held high so your shoulders provide a secure base for driving the bar upward. With the feet hip width apart, stand with the weight of the bar and your body shifted toward the heels. The chest is filled with air and the and the chin is kept in (to avoid hitting yourself with the bar — yes, it’s happened).

7- The Dip and Drive:

While maintaining an upright position with the torso, bend your knees and ankles so the torso and bar dip slightly. you will then drive upward with the legs to propel the bar overhead. This movement should be performed with the weight of the bar and the weight of the lifter shifted to the heels.

The dip and drive should be performed with quickness. you should drive up onto the balls of your feet.

8- The Split: One foot is moved straignt forward and the other is moved straight back when splitting. The forward foot will be flat on the platform while the back foot will have only the ball in contact with the platform. This allows maintaining the upright position of the trunk. The arms push up against the barbell with elbows straight. The knees flex to allow yourself to sink into the receiving position. The head and trunk should be directly under the bar.

To recover from the split, move your forward foot back half the distance of the split. Then, move your trailing foot forward so you have both feet side by side, standing fully erect with the bar overhead.

Golfers, like any athlete, have very specific physical needs to be successful on the course. Here are the top five keys to golf fitness:

Flexibility
Increased flexibility improves resistance to injury, enables greater range of motion to promote greater club head speed, and allows for a more fluid swing as the body recoils at the top of the backswing.

Muscular Strength and Power
Greater strength is the foundation for power, which leads to increased striking power and distance. Good muscular strength also helps the golfer to keep proper posture for a consistent swing and to maintain the proper swing plane. A strong core (low back, abdominals, and hip flexors and extensors) allows forces to be transferred more efficiently from the lower body to the upper body.

Balance and Coordination
Balance and coordination are the keys to control and accuracy. It also helps to maintain proper swing planes when dealing with a difficult lie.

Anaerobic and Aerobic Conditioning
Golf is primarily an anaerobic (without oxygen) activity, due to the short period of time it takes to execute the golf shot. However, the aerobic system will help with energy recovery from shot to shot maintaining swing consistency, keeping you at your best from the first through the eighteenth hole.

Injury Prevention
The biggest concern for golfers is overuse injury. The repetitive nature of the sport makes the body prone to injury. The pure nature of the golf swing makes one side of the body stronger than the other, also contributing to injuries. The most common injury sites in golf are the low back, hips, shoulders, elbows, and wrists. Nearly half of all golf injuries occur in the lower back. The rotational forces in the low back make it prone to injury, particularly if it is weak and inflexible.

A well designed golf strength and conditioning program will address of these needs.

To increase your golf fitness check out PowerGolfFitness.com.

Image Credit: Cyron

As the warmer weather is approaching (here in Canada, at least), I thought I’d talk about the importance of proper hydration with exercise.

Water and hydration is an important part of any workout program.  Water is most important for helping to regulate our body temperature during intense exercise.  Water also helps to lubricate our joints for movement and it helps prevent cramping.  It is essential in the production and use of raw energy in the body’s cells.  What’s more, with less water in the body, our blood volume actually decreases causing the heart to work much harder.

Rehydration After Exercise - For these reasons, among others, replacing fluid loss is important after exercise.  Sport drinks like Gatorade are quite popular with athletes and they contain electrolytes like sodium and potassium which are lost through sweat.  Sodium and potassium are responsible for helping nerve and muscle cells work they way they should.  They also contain glucose for a quick energy boost, meaning they are often high in calories (now they have G2 — a lower calorie version of Gatorade with less sugar), and they are all expensive.  In addition, the formula may not be suitable to your type of exercise and your particular needs.

3 Types of Replenishers – As athlete’s needs become more specific, — it could depend on the sport they are training for, or even the phase of training they are in — so can their hydration needs.  The most elite of athletes will have their post-exercise hydration planned by their dietitian.  So here’s a small idea of some different ways to replenish your fluid stores after exercise.

  • Isotonic Replenisher – Is usually made of 80% water and 20% juice concentrate (glucose and/or fructose source).  This replenisher will help athletes replace fluids quickly during and after exercise, but will also give a boost to help replace some energy. this is usually the most common type of replenisher.
  • Hypotonic Replenisher - Is usually made up of 90% water and 10% juice concentrate. This will help replenish fluids fast — useful in hot weather training — but won’t give much of an energy boost.  It can be used during and after less intense exercise, and before training to help prevent dehydration.
  • Hypertonic Replenisher – Is usually made of 70% water and 30% juice concentrate.  This formula provides more energy replacement and can be used after intense exercise to replenish lost energy stores.

Homemade Recipes – You can save a ton of cash by making your own homemade sport drinks, and you can match your formula to your specific training needs.  Each of these recipes will give you a 1 litre serving.

  • Isotonic Replenisher – Add 200ml of juice concentrate (orange and grape work well) to 1L of water, then add a pinch of salt.
  • Hypotonic Replenisher – Add 100ml of juice concentrate to 1L of water, then add a pinch of salt.
  • Hypertonic Replenisher – Add 300-400ml of juice concentrate to 1L of water, then add a pinch of salt.

So there you go, a little background on the how and why of hydration and a little tip to help you customize your training plan on the cheap.  Enjoy!

Isotonic Replenisher – Add 200ml of juice concentrate (orange and grape work well) to 1L of water, then add a pinch of salt.

There is so much conflicting information out there when it comes to the topic of strength training, sometimes it can be very difficult to know where to start. If you’re an average beginner looking for some basic guidelines to follow, the following 6 points will start you off on the right track.

1) Train With Weights and Focus On Compound, Free Weight Movements.

If you want to make solid, noteworthy gains in muscle strength, you absolutely must train with free weights and focus on basic, compound exercises. A compound exercise is any lift that uses more than one joint at a time. Examples of these lifts are the olympic lifts, squat, deadlift, bench press, chin up, barbell row, and overhead press. Compound movements allow you to handle the most weight leading to the greatest increase in strength.

2) Be Prepared To Train Hard.

One of the biggest factors that separates those who make modest gains from those who make serious gains is their level of training intensity. In order to make gains and force your body to adapt, you must be willing to push your body beyond what it is currently capable of — within reason. Every workout you should be trying to lift more weight or lift the same weight for more reps.

3) Track Your Progress In The Gym From Week To Week.

As stated above, in order to make continual gains in muscle strength, you must always focus on progressing in the gym from week to week. This could mean performing 1 or 2 more reps for each exercise or adding more weight to the bar. To do this consistently, you need to be sure of your performance from your last workout. Keep a detailed training log to track your progress as your strength increases over time. This will also help you find which training programs, exercises, work well, and it will also help you identify areas you need to work on.

4) Avoid Overtraining.

Overtraining has become one of the most overused term in fitness lately. But many beginners risk overtraining because they feel that more is better when it comes to exercise. When most people begin a workout program, they are stuck with the misguided notion that more is better. They naturally assume that the more time they spend in the gym, the better results they will achieve. When it comes to building muscle, nothing could be farther from the truth! If you spend too much time in the gym, you will actually take yourself farther away from your goals rather than closer to them. Remember, your muscles do not grow in the gym; they grow out of the gym, while you are resting and eating. Recovery is absolutely vital to the muscle growth process. If you don’t provide your body with the proper recovery time in between workouts, your muscles will never have a chance to adapt.

5) Increase Your Water Intake.

If you want a simple, easy and highly effective way to maximize your strength gains, drinking more water is it. Water plays so many vital roles in the body and its importance cannot be overstated. In fact, your muscles alone are made up of 70% water! Not only will drinking more water cause your muscles to appear fuller and more vascular, but it will also increase your strength as well. Research has shown that merely a 3-4% drop in your body’s water levels can impact muscle contractions by 10-20%! Aim to consume about 0.6 ounces for every pound of bodyweight each day for optimal gains.

6) Be Consistent!

Consistency is everything. Those who make the greatest gains in muscular strength are the ones who are able to apply overload on a proper and consistent basis. Simply knowing is not enough, you must apply! This includes your nutrition as well.  If you skip a meal or a workout, don’t let that be an excuse to continue slacking. Get over it, and get back to working towards your fitness goals.

In fact, implement what Dr. John Berardi calls the 90% rule. Eating and training well 90% of the time will provide you with amazing results.

Building a healthy lifestyle is a result of the cumulative effect of small steps. Sure, performing 1 extra rep on your bench press will not make a huge difference to your overall results, and neither will consuming a single meal. However, over the long haul, all of those extra reps you perform and all of those small meals you consume will help decide your overall success. If you work hard and train and eat in a consistent fashion, all of those individual steps will add up to incredible results.

A couple of years back, I decided I wanted an Olympic Lifting platform to perform many of my lifts on. Since I couldn’t afford, nor did I even want to spend up to $1500 plus shipping for a platform, I decided to build my own. Here’s briefly how I built an 8x8ft lifting platform in just a couple of days:

Materials

  • 4 4x8ft 3/8″ plywood (low grade) – about $10 per piece
  • 1 4x8ft 3/4″ maple plywood (high grade) – about $50
  • 2 2x2ft 3/4″ maple plywood (high grade) – about $30 NOTE: you could use any hardwood like oak, etc.
  • 1 4x6ft rubber horse stall matting – about $50
  • 1 pack of wood screws – about $5
  • 1 can polyurethane stain – about $25
  • Your own lifting platform – priceless (I know, cheesy, but couldn’t resist)

All in this cost me less than $250 Canadian. Much better than $1500US. I went with low grade plywood for the base to cut cost, and if I needed to replace them from moisture, etc. It’s also for this reason I didn’t glue the plywood together. I went with high grade plywood for the top, the surface I’d be lifting on.

So here’s the general steps:

  1. Cut the horse stall matting with a cutting knife so you end up with two 2x6ft pieces. Use a straight edge and some chalk to mark your half-way line to cut. Using a cutting knife is the only way to go here. Be patient and you’ll have to make several passes to finally cut through the mat.
  2. Place 2 of the low grade plywood pieces side by side, vertically.
  3. Place the other 2 low grade plywood pieces on top of the first two pieces side by side horizontally, so the layers of plywood are criss-cross to each other.
  4. Use a few of the wood screws to attach the base together. No need to go crazy here, but make sure you’ve got a good attachment.
  5. Place the high grade plywood in the middle of the platform vertically, criss-cross to the top layer of the base. This should leave a 2 ft space on either side of the plywood. This is where the matting will go. Don’t secure the top yet, we’ll make sure everything lines up first.
  6. Place the 2 pieces of matting on either side of the main piece of plywood.
  7. Because the matting is only 6ft long, place the remaining 2x2ft plywood pieces at the top of the platform on either side.
  8. After you’ve made sure everything will fit nicely, mark where the main high grade plywood pieces will go and secure those to the base. Make sure to only place the screws on the edges of the pieces – you don’t want screws in the middle of where you’ll be lifting!
  9. Before securing the matting, stain and coat the top plywood, following the directions on the product you are using. I used three coats, but probably could have used five.
  10. After the stain and coating has dried, secure the mats in place, placing the screws along the edges of the mats.

And that’s about it. Even people with minimal building skills (like me) should be able to do this. I even thought about stenciling a Chicago Bears logo onto the platform for some inspiration, but decided not to.

I didn’t take pictures of the process, but I hope to post some diagrams at some point to help illustrate this better.

With the World Cup in full swing, I thought I’d share with you a sample breakdown of a soccer conditioning program that I would prescribe to my athletes. This training would go along with the off-season strength program.

Before you can even begin to decide how to train for your sport, you need to know what the physical (metabolic) requirements are. This is called the principle of specificity. Here are some numbers for you:

A soccer player, in any given game will:

Walk for 26% of the game, or about 2600 meters
Jog 49%, or 4900 meters
Cruise 17%, 1700 meters
Sprint 8%, 800 meters
and have the ball for less than 2%, 180 meters.

In other words, a soccer player travels about 10k in one game!

This gives you an idea how much you should be focusing on each component. You should be training for aerobic endurance about 75% of the time, and anaerobically only about 25%. This also gives you an idea on how to structure your training with respect to interval times and distance.

Based on the analysis, here is the breakdown of training. Keep in mind this may or may not be for you depending on your age, training history, injury history, level of play, and many other variables.

Aerobic Training:
80-90% HR Max, 6-30min per rep, 1-8 reps with no more than 1 min rest. (rest should be a walk — you would never stand still in a game)

Lactate Threshold Training (Anaerobic Lactic):
>85% HR Max, 3-6 minutes per rep, 4-8 Reps with a 1:0.5 to 1:1 work to rest ratio. In other words if you were to perform a rep that lasted 3 minutes, your rest would be anywhere from 1.5 min to 3 minutes.

Anaerobic Training:
>90% HR Max, 20sec – 3 min per rep, 2-4 sets of 4-8 reps with a 1:4 work to rest ratio.

If you want to do the math on the volume for each, it closely resembles the portion of aerobic to anaerobic needs.

I would prescribe each type of workout on its own day, along with two strength training sessions per week. I would also have my athletes perform speed, agility and quickness work on strength days, or before the anaerobic training day.

For a great, complete soccer training program, I recommend Phil Davies’ Total Soccer Fitness program.

Training on hills or stairs is a great way to increase your running speed. Hills for sprinting are a way of increasing resistance, like adding weight in strength training.

Hills provide more resistance than level ground; and of course, the steeper the hill, the greater the resistance. You develop greater push off strength and power in your running stride with hill training. By increasing your stride strength and power, you increase  your running stride length.

This is important because running speed is made up of two factors, stride length (how long each step is) and stride frequency (how quick your turnover is, or how many strides you take in a given amount of time).

So, Running Speed = Stride Length x Stride Frequency

So, if you increase your stride length, you increase your running speed, making you faster.

When you add hills to your conditioning program, use the same principles as any type of resistance training. Start with minimal reps, and allow plenty of rest in between workouts.

During your workout, you’ll need more rest time in between sets because you are working at a higher intensity than regular sprints. In strength training, if you use heavier weight, you’ll perform less reps and need more rest between sets. Use the same common sense for running hills.

Distance runners use hills to increase their speed and anaerobic power, usually one day per week, and focus on their aerobic endurance the rest of the week. They also use gentle slopes to help increase aerobic power by increasing the runner’s workload. Sprinters use hills, stairs, sleds, etc. to increase their strength and power by using them as resistance, much like weight training.

Hill running will help you run faster and help your anaerobic and aerobic conditioning.

The Pull UpI’m asked all the time what people can do in place of the pull ups and chin ups if they can’t do full pulls or chins. Especially if they call for multiple reps.Here’s what I suggest in progressive order:

Pull Up/Chin Up Holds (Isometric Pulls/Chins)

Using a bench, plyo box or chair for support and position yourself at the top of the movement with your chin above the bar. Remove your feet from the support, and simply hold yourself in this position for as long as possible. Try for as many seconds as reps. If the exercise calls for 6 reps, hold for 6 seconds.

Drop Pull Ups/Chin Ups (Eccentric Pulls/Chins)

When you can hold yourself for as many seconds as reps are called for in your exercise, try doing Drop Pull Ups. You’ll position yourself above the bar again, using a support, but instead of holding that position, you will let yourself perform the negative or eccentric part of the movement. Slowly drop down to the arms extended position. If the lift calls for a 2 second eccentric portion, then it should take you 2 seconds to lower yourself.

Use your support to bring yourself back up to the top of the movement and repeat as many times as possible, until you can complete the required amount of reps. So, if you can perform 2 drops, and the exercise calls for six reps, you should finish the exercise by holding the top position for 4 seconds.

Full Pull Ups/Chin Ups (Concentric/Eccentric Pull/Chins)

Once you can perform as many drop pull ups as are called for in your program, you should be able to do at least one full pull up. Again, if you are asked to do six pull ups, You might find yourself doing one full pull up, doing 3 drop pull ups, and then a pull up hold for 2 seconds.

Keep working at it. This is not an easy exercise, but one that will provide many benefits. Of course, if you have access to an assisted pull up station go for it, or use bands to help you, but many people I consult with train at home, and don’t have access to these. This is a great progression for beginners and advanced athletes alike. Good luck.

This site will be dedicated to giving you the latest strength training and conditioning information and cutting-edge training programs to help you increase sport performance and reach all of your fitness goals. In other words, I want to become your online virtual strength coach!

So I can help you as much as possible, and give you the information you want, I’d love to hear from you. I’ve created a short survey that shouldn’t take you more than a couple of minutes to complete. By completing this survey, you’ll help me understand what it is you need to reach your training goals.

Click here to take the survey.

Please, don’t forget, while you’re here, download my free ebook – Ultimate Strength – by clicking on the cover to the right. Think of it as my gift to you for taking the time to help me out. Enjoy!

Be sure to check back often, as I begin to build some great content for you. As a matter of fact, why don’t you subscribe to my RSS feed by clicking here, so you’ll know immediately whenever the site is updated.

Stay strong, and good luck with all of your training goals,
Mike Dunk, CSCS, OCT