Pearls of Wisdom

Pearls of Training Wisdom from Ed Coan, Charles R. Poliquin and Matt Wenning

Bench Press

Correct Grip Width

Grip width is a function of your biomechanics and needs to be set according to this. Biomechanics change from athlete to athlete due to shoulder width, length of the humerus and length of the forearms. A simple way to figure this out is to go into your natural push-up position, the body automatically selects the grip width you’re the strongest in and feels the best. That’s your competitive bench press grip. Just because you´re allowed to grip wider doesn´t mean it’s good for you.

Bench More with Structural Balance

Train your rotator cuff muscles and scapular retractors for a big bench and healthy shoulders. How are you supposed to bench big weights if you can´t even stabilize them? That’s like putting a Lamborghini engine into a Civic while still relying on the Civic’s breaking system. You´re just begging for an injury. 

Drive your head into the bench on the concentric phase of the lift

This activates your neck extensors and puts another 2-7 kg on your bench. Strong neck extensors potentiate every upper body lift.

Squat

Always keep your Sternum high

And pick a spot somewhere in front of you that’s slightly above to look at. This ensures that your head is high at all times. Your eyes dictate where the body goes. Look down and you’ll round forward.

Warm up your weak and/or inactive muscles before you train

Pick 3 exercises to address them and try to get those muscles working. Don’t smash yourself on the warm up, just potentiate those muscles. If you sit on your ass the whole day your glutes are most likely inactive and the lower back will take over a large portion of the work. I´m sure you experienced this at some point: your lower back is completely fatigued after squatting. That’s because your glutes are not firing.

60-70% of your total training volume should be traction based exercises for your spine

Heavy squatting and deadlifting always compress your spine so make sure you decompress it when doing your accessory work for more longevity.

Deadlift

The deadlift has a disadvantage to the bench press and the squat

This is because there´s no eccentric movement preceding the concentric phase. In the other two lifts it´s possible to correct your form on the way down but with deadlifts you can’t. That’s why the starting position is most important.

Deadlift cycles are the shortest due to their demand on the nervous system

Stretch your hip flexors statically before deadlifting

This will put another 5-15 kg on your deadlift. Tight hip flexors inhibit the strength of your hip extensors.

Endurance vs. Conditioning

The statement is simple – Endurance is the most overrated of all sports specific qualities. Why Because endurance is neither necessary nor the limiting factor in most sports. Conditioning is. Where is the difference?

Definition of Endurance and Conditioning as follows:

Endurance is the ability to maintain a certain effort with minimal fatigue – A classic example is a marathon. At a marathon it´s crucial to run 2+ h in one go with minimal fatigue.

Conditioning is the ability to repeat a certain effort with minimal fatigue – Classic examples are team sports like Soccer, American Football, Basketball and Ice hockey. In those sports it is crucial to keep fatigue between the first and the last sprint (and all the others in between) as minimal as possible.

Most Olympic, Team- and Combat Sports are cyclical, that means certain efforts must be repeated. A 100m sprinter has to repeat his performance in heats, semi-finals and finals. A thrower has 6 attempts per competition and an olympic weightlifter has 3 per discipline.  If the performance decreases too much from attempt to attempt then his conditioning is the limiting factor.

A more extensive example is soccer. Depending on the position of a player he runs about 8-12km per game. From which he runs 400-1200m above 85% of his top speed. The remaining 8-10km are walking, trotting and hardly relevant for the game.

These 400-1200m are crucial. The average sprinting distance is about 17m. Sprints over 30m, thats the distance between mid- and penalty line, are very rare.

The critical distance is 0-5 m. That´s the famous “one step faster”. Based on player statistics of the English Premier League, players with the highest salary, regardless of their position have one thing in common, they are the fastest over 0-5m.

At an average sprinting distance of about 17m and a game-relevant total distance of 400-1200m those are about 24 to 70 sprints per game. Assuming a uniform load density, it is a load of 2-3 seconds followed by a 1:20-4:00 minute break. I sprints are repeated with minimal rest its more than 3 in a row before the ball is out of sight.

So what is critical for a game in this case in terms of physical qualities?

Endurance or Conditioning?

Critical are those 24 to 70 sprints in under 90 minutes game time and their repetition with minimal fatigue, not endurance. Endurance isn´t relevant in soccer because of the short bursts of sprints they do.

To run 10-60 minutes at once has very poor correlation with the ability to repeat 24 to 70 sprints in 90 minutes with minimal fatigue.

2 FORMS OF ENDURANCE

Endurance at high intensity – that is the ability to maintain a stress of high intensity upright with minimal fatigue. A good example is a 100m sprinter. A sprinter reaches his top speed after 60-70m. From 60-70m the critical factor becomes maintaining the top speed as long as possible without getting tired. In this case we speak of speed endurance. Usain Bolt is a great example for this. His greatest advantage over his opponents, and the reason why he is even more dominant over 200m than over 100m, is his exceptional speed endurance, the ability to maintain his top speed with minimal fatigue and leave all his opponents behind after 60-70m.

Endurance at low intensity – that is the ability to maintain a stress of low intensity upright with minimal fatigue. A good example is the marathon. In a marathon it´s crucial to maintain a performance for 2+ h with minimal fatigue. In one go and without interruptions.

Intensity – definition: Intensity is the load of a performance in relation to the maximal performance. A performance at high intensity for example is a sprint over 50 meters at maximum speed or BB Back Squats for 3 reps with 90 % of 1RM. In contrast to this, a performance of low intensity is a run over 10000m at maximum speed or squats for 25 reps with 50 % of 1RM. That means intensity is not defined on the subjective level of effort but correlates performance with maximum power/effort.

Both forms of endurance, especially the last one, are not relevant in most Olympic-, Team- and Combat Sports because the duration of the load in those sports is far lower.

In most Olympic-, Team- and Combat sports conditioning is critical. The ability to repeat a performance with minimal fatigue.

2 FORMS OF CONDITIONING

Conditioning at high volume – the ability to repeat a certain performance very often with minimal fatigue.  The best example is soccer, where depending on the position of the player the average sprinting distance has to be repeated up to 70 times per game with minimal fatigue.

Conditioning at low volume – the ability to repeat a certain performance a few times with minimal fatigue. Best example is Olympic Weightlifting. There you only have to repeat an attempt 3 times per discipline and competition – so 3 Reps of the Snatch and 3 Reps of the Clean & Jerk, thats it.

The lower the volume, the more critical becomes the performance during the attempt itself. It is not that crucial to repeat that performance often.

The higher the volume, the more critical is the ability to repeat it. Therefore in weightlifting the ability to repeat a performance is less important than the absolute performance, namely to move maximal weight. In comparison with weightlifting soccer players need lower maximal- and explosive strength level than weightlifters – but higher levels of conditioning. As the ability to repeat maximal Sprinting Speed for the 90 minute game is critical.

TRAINING ENDURANCE VS. CONDITIONING

The training for Endurance and Conditioning is obviously very different.

The Training of Endurance basically includes a higher volume of total work, a lower -if any – number and duration of breaks and lower average intensity of effort. While the training of conditioning basically comprises a lower total volume of work and an increased number and duration of breaks at higher average intensity of effort.

51 rounds divided into 3 blocks á (9 rounds, 3 minutes pause, 5 rounds, 3 minutes pause, 3 rounds) with 10 minute pauses between the blocks. The rounds have to be executed with minimal 85% of world record time.

That´s a solution for a 1500m short track speed skater whose limiting factor is endurance over 1500m. That means he fatigues too much in the last 3-5 rounds of the 1500m race which is 14,5 rounds.

This is a program written by the legendary short track speed skating Coach Yves Nadeau, whose athletes won 204 medals at World Championchips and the Olympic Games since 1983.

Sample training program for Conditioning in Soccer

This is a modified strongman medley used to condition a soccer player

A1 Forward Sleddrag, 20m, 5s rest
A2 Prowler Push, High Handle, elbows extended, 20m, 5s rest
A3 Sprint, 20m, 120s rest
Repeat 4-10 times depending on the current Conditioning Level of the Athletes

This is a solution for a player or a team whose physically limiting factor is fatigue in the latter part of the game.

The ability to repeat multiple blocks of three 20m efforts with minimal rest has clearly a higher correlation to soccer-specific performance than 10-60min straight jogging. To train the sprinting power, speed and conditioning at the same time a combination of strength- and condititoning training in the weightroom can also be utilized. To see how it looks in detail, here is an example of a squat training program for conditioning in Ju Jitsu.

Sample training program for Conditioning in Ju Jitsu

 12 sets of 4 reps of BB Back Squats with a 30X0 tempo and 60s rest.

From workout to workout increase the average- and maximal weight used.

That´s a solution for a fighter whose physical limiting factor is fatiguing from effort to effort. The higher intensity and resistance on the squats allow for training conditioning and power of a single action at the same time.

This is the program used for preparation of YPSI Athlete Romy Korn for the Ju Jitsu World Championship 2014 in Paris where she became World Champion in the 70+ kg weightclass at a bodyweight of 71,2kg with all her opponents outweighing her by 15+kg.

Conclusion: For a coach it is crucial to identify whether endurance and/or conditioning are necessary for a certain sports and disciplines. And to assess which the limiting factor of the individual athlete is. So the training program can be specifically tailored to the needs of the individual sport and the limiting factor of the individual athlete. To maximise the efficiency of training and therefore increase pPerformance on the field, court, ice or mat.

Detoxing Estrogens

Generally women are interested in losing fat on the buttocks and hips. These areas are often associated with a malfunction of the various mechanisms of estrogen detoxification. 

Coaches, and nutritionists alike who are aware of this phenomenon will often resort to dietary supplements to solve this problem. Some are excellent, others less so, especially the cheap imitations. This strategy should be part of a broader set of interventions which include curtailing certain life habits and specifically on improving nutritional habits. 

Most people often forget the basics, it is far easier to have an expert tell you to take 2 capsules per meal of product x than it would be to use a method that is less fashionable, like taking fiber.

Fiber, for a better butt?!? Yes

The body produces hormones which in turn must be recovered or excreted (out of the body). In the case of estrogen, most are excreted in the stool and the availability of fiber is part of the process. Think of it as a kind of magnet for your body to rid itself of unneeded hormones. Without a good intake of fiber you cannot receive the full benefits from supplements such as DIM or Calcium-D-Glucarate.

The best way to approach this, just as with any weight loss process, is through the diet. We know that vegetables from the brassica family are not only rich in fiber, but most contain a host of beneficial molecules for overall optimal health. Therefore the first step should be to gradually increase the consumption of brassica vegetables which will facilitate a greater supply of fiber, thus eliminating unwanted accumulation of fat.

4 Reasons Why You Need Quality Sleep

1. Want leaner legs? - Phase 1 & Phase 2 detoxification happen during sleep, if your sleep is poor you will have higher body fat on the lower body. Also, it will be more difficult to lower stored body fat on Thighs, Hamstrings, Knee, Calves

2. Sleep deprivation can increase inflammation, which will lead to a reduction in insulin sensitivity. Which will lead to a increase in body fat over time due to insulin resistance.

3. Sleeping just one less hour can lead to a increase of hunger as much as 45% according to one study on sleep & nutrition habits.

4. Sleep is a opportunity for the body to repair itself. Most restorative functions of the body happen overnight, so poor sleep will comprise your ability to recover from your training sessions.

Hamstrings Development

The evidence is mounting that a range of exercises are necessary, if athletes want to achieve complete hamstrings development. 

This new study shows that 4 different exercises produced very different responses in each of the 4 hamstrings muscles and 3 main regions (proximal, middle, and distal) when measured using MRI from pre- to post-exercise. 

This suggests that both hip extension exercises (e.g. Russian belt deadlift and hip extension conic pulley, as in this study) as well as knee flexion exercises (e.g. Nordic curl and flywheel leg curl, as in this study) are necessary to achieve increases in muscular strength and size of all hamstrings muscles and regions.

Demystifying Cholesterol

Cholesterol, an animal sterol, is a waxy substance found in every cell in our body. Cholesterol is used as a base for the production of steroid hormones, bile salts, and vitamin D as well as maintaining cell membrane fluidity. Without cholesterol we would not be able to properly digest foods, our cell structure would not be able to withstand any changes in temperature, and a significant number of important hormones such as estrogen, and testosterone could not be produced.

Our cholesterol is produced in the liver, from the molecule acetyl-coenzyme-A, through a number of complicated reactions that I won’t bore you with. A key step is a conversion that is controlled by the enzyme HMG-CoA (3-hydroxy-3-methyl-glutaryl-CoA) reductase. This enzyme can block the production of cholesterol making it an important target for cholesterol lowering drugs called statins, but it also controls the production of many other molecules such as co-enzyme-q10. That’s why there are so many side effects of taking these drugs. Nearly 10-12% of patients on statin drugs will experience statin induced muscle pain. Other potential adverse reactions to statin drug use include elevated liver enzymes, lung disease, and in a small subset of patients can even increase risk for Type 2 Diabetes Mellitus.

But back to cholesterol synthesis. The majority of cholesterol is synthesized, recycled, and degraded in the liver. So how does the water fearing cholesterol molecules that you eat get to the liver from the gut? And then how does it go from the liver to the cells if it cannot travel through the bloodstream alone?

Well, first cholesterol molecules are transported to the liver via the lymph in complexes called chylomicrons. When it gets to the liver it is repackaged and the cholesterol is “chaperoned” around the body by the lipoprotein complexes. There are a number of lipoprotein complexes, which are classified based on the ratio of proteins to fat and cholesterol. Think of these as cholesterol carriages, moving it all around the body. LDL takes the cholesterol to tissues and HDL brings cholesterol back to the liver when we have too much. Low density lipoproteins (LDL), very low density lipoproteins (vLDL) and chylomicrons all have very high fat and cholesterol content as compared with the protein rich high density lipoprotein (HDL). Once packaged into vLDL, the cholesterol enters circulation and some of the cholesterol is deposited to the tissues along with fatty acids. Once it drops the cholesterol off, the LDL complexes should be taken up by liver cells after attaching to the LDL receptor on their surface. Meanwhile, HDL scavenges blood vessels and tissues for free-form excess cholesterol. It then returns to the liver where cholesterol can be excreted through the bile or recycled.

Cholesterol and Cardiovascular Health

High cholesterol, triglycerides, LDL, and trans fats are linked to increased risk of cardiovascular events such as heart attacks and strokes. Cholesterol can build up due to increased production, increased consumption, or decreased excretion. The cause of the build-up as well as the form of cholesterol in the plasma is important when determining risk and treatment.

Genetic disorders can affect the LDL receptors in the surface of liver cells causing an increased amount of LDL in circulation. High LDL levels in circulation lead to an increased risk of cardiovascular events irrespective of diet and lifestyle in these patients. However, genetic causes affect a small percent of the population diagnosed with high cholesterol. The majority of cases in North America can be linked to diet and lifestyle.

Increased consumption of cholesterol rich foods result in increased levels of LDL in circulation. Excess LDL-C can attach onto and infiltrate the walls of blood vessels. When the LDL infiltrates it will form a reactive oxidative species that will attract immune cells. From the complexes formed, more white blood cells will congregate and an inflammatory cascade will be initiated. As more and more cells are attracted to this middle layer of a blood vessel, the plaque will begin to disrupt blood flow and may eventually fully block the vessel, or a piece of the plaque can rupture and travel around the body. All of these scenarios can have very serious consequences.

The “arthrogenic triad” are lab findings that show an increased risk for the development of atherosclerosis (or hardening of arteries) this includes high serum LDL, low HDL and high triglycerides. Risks are increased with low fiber diets as this prevents the excretion of cholesterol. A somewhat inactive lifestyle can also increase the risk of the LDL adhering to the vessels.

High Protein Diet Has No Harmful Effects

Many people are under the impression that high protein diets are evil and cause all types of diseases, however a recent study says that notion is nonsense.

A study published in the Journal of Nutrition and Metabolism found that in resistance-trained men that consumed a high protein diet (~2.51–3.32 g/kg/d) for one year, there were no harmful effects on measures of blood lipids as well as liver and kidney function. In addition, despite the total increase in energy intake during the high protein phase, subjects did not experience an increase in fat mass.

A High Protein Diet Has No Harmful Effects: A One-Year Crossover Study in Resistance-Trained Males