Training Youth Athletes and GP

What's the biggest mistake trainers are making in this industry?

What most people don't' understand about the training and conditioning industry and every trainer I know TALKS about how great they are, but very few are actually TRULY great.
Trainers have stopped training people for quality & started
focusing only on making the training session hard.

No one seems to understand the fact that training someone
for fat loss, sports performance or even just general health,
doesn't mean that you have to beat the crap out of them every
session. In fact, that's the WRONG thing to do.

Efficient work is better and more beneficial than hard work.
And most trainers just don't get that.

Efficient work far out weighs hard work any day of the week.

But most trainers and coaches I have ever come into contact
with either do not understand the reality of this or simply
don't have the skills to create training programs that don't
involve beating the crap out of there athletes.

Injuries are up in young athletes worldwide, in part, because
you are training them too hard.

Potential is not being maximized because you don't know
how to create long-term programs that develop a young
athlete's ability, and not pound them into submission.

Kids are over-specializing at a young age, which is counter-
productive to their ultimate ability, and, even though you
may believe it to be wrong, you can't resist making training
sessions hard.

Want to learn more about how to EFFECTIVELY train
young athletes?

Get acquainted with Mach 3 Elite Training NOW!

The Shoulder

Shoulder Injury Prevention: Causes and Solutions

 

Chronic shoulder pain is nothing new to lifters or overhead athletes. It can range from something you just live with and work around to debilitating and career ending. It is not something you mess with. If you currently have shoulder pain, go have it looked at. If you haven't experienced it to this point, pay close attention to the following.

 Shoulder pain that is chronic in nature is often the result of an “impingement syndrome.” Basically, the soft tissues between the head of the humerus and the acromion and coracoid are literally pinched during throwing, striking, pressing, and other high speed or weighted activities. Those soft tissues include the rotator cuff tendons, the subacromial bursa, glenoid labrum, and even the biceps tendon. Ask an orthopedic surgeon, and he or she will tell you the rotator cuff will look like its shredded. These chronic type symptoms can also lead to acute tears of the cuff, labrum, and biceps tendon, which in many cases, means surgery and a long, painful rehabilitation process.

 So how does one get to that point? There can be any number of causes, the most common of them I will discuss here because they are preventable.

 

Poor posture

Sitting is a necessary evil for many of us from sitting in front of a computer all day to driving for a living. Students must sit in class all day learning and studying. God forbid they're given a physical education class to run around in and undo what institutional learning has done to them physically. Over time, prolonged sitting leads to muscle adaptations. Some muscles become short and tight while others become lengthened and weak. Anyone familiar with Upper Crossed Syndromes will recognize this—tight pecs and levator along with weak rhomboids, serratus anterior, and deep cervical flexors.

What these muscle adaptations do is alter scapular mechanics and gleno-humeral rhythm. The humeral head then rides up into the acromion and/or forward into the corocoacromial ligament causing impingement.

 

Volume of pressing is greater than pulling

 What this does is reinforce the anterior dominance of the pecs in relation to the scapular stabilizers of the upper back. Again, posture and shoulder girdle mechanics suffer.

 

A lack of stability through the trunk and hips

We have known for some time that poor trunk and hip stability is a prominent cause of shoulder and elbow injury among pitchers. This is well-documented. More and more research is coming forth looking at these factors with other athletic populations and finding the same results. A study is underway right now looking at swimmers with and without shoulder pain. To this point, the leading indicator of shoulder pain is single leg balance (side opposite the painful shoulder). The shoulder will only be as stable as the rest of the body.

 

Exercise selection

 There are just certain exercises that should be avoided by overhead athletes, powerlifters, and Olympic lifters, particularly bodybuilding type exercises. Heavy shrugs and upright rows, flyes and pec dec for the chest, and front and lateral deltoid raises really should be excluded. It's rare to see someone performing them correctly, and they all increase the risk of impingement through various mechanisms. There’s little reward for such high risk. If you are a bodybuilder, I understand you must do them. However, please use a weight that allows you to maintain perfect posture and form.

 

Glenohumeral internal rotation deficit (GIRD)

 This involves the overhead athlete more so than lifters, but they too should test themselves. A difference of 25-degrees dominant shoulder to non-dominant indicates a positive test. GIRD develops because throwing or striking from an overhead position requires a great deal of shoulder joint external rotation. Over time, the athlete develops excessive external rotation at the expense of internal rotation. Physiologically what happens is the posterior shoulder capsule tightens and thickens resulting in superior/posterior translation during the cocking phase and superior/anterior translation during the follow through. In both instances, impingement can occur as well as significant shear on the labrum.

So, now that we have discussed the causes, what should you be doing about it? There are six strategies aimed at maintaining shoulder health while maximizing performance. Note: The order of the solutions does not correlate exactly with the order of causes above. The first three solutions are aimed toward improving posture and gleno-humeral rhythm.

 

Increase thoracic spine extension and rotation

 

The faulty posture we see so much of is due in part to the rounding of the thoracic spine. The scapulae must be seated properly for normal gleno-humeral rhythm to occur, and this can’t happen with a kyphotic t-spine.

 Thoracic spine extension mobilizations can be performed lying over a foam roller. Start at the top of the shoulder blades and work down to just below the inferior angles about an inch at a time. Take 2–3 deep breaths as you relax back over the roll at each level.

 Thoracic spine rotation begins lying on your side with the top hip at 90-degrees, pressing the knee into a ball or the ground, depending on how mobile you are. Roll the shoulders back toward the floor, reach with the down arm, and give a pull on the ribs with the top arm to take the t-spine as far as possible. The goal is to get the shoulders flat on the floor. You will probably see a difference side to side, especially if you are a thrower. Work the limited side twice as many sets as the other. These are great preventative exercises to use as part of the warm-up.

 

T-spine rotation

 

Decrease tone and lengthen overactive muscle groups

 A foam roller and/or the massage stick are great for decreasing muscle tone. The main targets in this case are the pecs, upper traps, and levator. Follow up with flexibility work to lengthen the muscles. To get the levator, retract and depress the shoulder blades, tilt your head toward your shoulder, and then rotate in that same direction. You will feel the opposite side stretching. Optimal length is chin touching the clavicle. If you know a good manual therapist, take advantage. There are many techniques they can use that you really can't do well to yourself.

 

Activate under-active and lengthened muscle groups

 Targets in this case would be the lower traps, rhomboids, and serratus anterior. T's, Y's, L's, and W's are great for strengthening the scapular stabilizers and rotator cuff musculature simultaneously. Be sure to lock the scapulae into retraction and depression before lifting and go light. It is easy for the upper traps to start taking over, especially once fatigued.

 

 W’s and Y’s

 Push-ups with a plus are great for activating the serratus. Turkish Get-Ups with a kettlebell is just a great way to put it all together. This is a fairly technical lift and unfortunately a single picture will not do it justice. Those of you who have tried these know how difficult they can be, but are the ultimate shoulder stability exercise.

 

Adjust training volume front to back

 At a minimum, training volume should be 1:1, meaning for every set of bench presses, perform a set of rows. Shoulder press, chins. Flies, reverse flies (posterior delt raises). And so on. Superset the exercises or do them on separate days. It doesn't matter as long as it evens out in the end.

 

Improve trunk stability

Perform prone and lateral pillar bridges to engage the trunk and scapular muscles simultaneously. Do these in place of crunches during your core work. Yes, I said replace crunches. The only things crunches are good for are increasing thoracic kyphosis, pulling the scapulae into a more protracted and elevated position, and putting undo stress on the cervical spine. All things we are trying to prevent.

 

Improve hip stability

 Single leg squats and dead lifts will force greater hip stabilization versus the traditional squat and dead lift. I'm not saying replace the latter but use the single leg versions of these exercises instead of hitting the leg press and hamstring curl machine. You can’t go wrong with exercises that challenge everything from the ground up. Use the sleeper stretch. The test is the cure in the case of GIRD. This can be done before or after training. Just do it daily.

 

So there you have it—the causes and the solutions of shoulder pain. While prevention takes some time and effort, it is always easier and less painful than the rehabilitation. Don’t let your shoulders get in the way of your gains in the gym or your performance on the field.

 

 

 

 

Conditioning Do's/Don'ts

Conditioning is a crucial part of an athletes training plan. Although many athletes may not be aware, there is a science to conditioning and guidelines any athlete playing a fast-pace and intense sport should use when conditioning for their sport. Here's some advice on anaerobic conditioning, the type of conditioning all football, baseball, volleyball, track, soccer and basketball athletes should use when preparing for the season.

 

Condition with a Purpose

A plan should dictate your conditioning. You should avoid consistently just tossing in some "whatever" conditioning drills you can remember doing or find in a book, etc...at the end of a workout and running it until you turn red. Determine the number of reps and sets before the drill and complete each at 100% effort.

 

Conditioning should also be specific to the demands of your sport. If there are four quarters, conditioning should mimic the feel you will face under pressure. In the first quarter, everything is easy and flowing. In the second and third quarter is where skill is essential and conditioning allows you to perform your skills. It is the end of the game (the fourth quarter or 2nd half or 9th inning) where champions are made. Conditioning to dominate at the end of a game is critical. If you tire physically, you get mentally weak and start to make critical errors. Likewise, you get sloppy physically and don’t hustle the way it takes to maximize performance.

 

Rest time is Important!

If you don’t have enough rest between reps, sets and drills, some negative things can happen:

1. You can’t maximize fast-twitch muscle recruitment due to fatigue so you won’t become faster

2. You can over-stimulate the nervous system which can produce bad running form

3. You can get sick and puke due to lactic acid build-up.

A 1:6 work:rest ratio in the early phases of a training program is a good start. As you progress and get closer to season, you will typically condition at a 1:2 or 1:3 work:rest ratio. Also, use a heart rate monitor to determine when you’re ready for the next set.

 

Train and Condition using Agility

Agility is king when it comes to sport conditioning. If your sport incorporates change of direction, train that way. Many people think of conditioning as just running wind-sprints at the end of practice. I believe that running sprints are great but that you must incorporate agility/change of direction in there as well.

 

Train in the Zone

Anaerobic conditioning is performing high intensity, short duration activities where you are typically at 50-85% of your maximum heart rate for no more than 3 minutes. In the first 10 seconds of an activity, creatine phosphate and ATP are burned. Then glucose and glycogen are burned. This can last between 1-3 minutes depending on the condition of the athlete. Lactic acid than builds up and rapid fatigue takes place. The better shape you are in, the longer you can train at a higher intensity before hitting lactate threshold.

 

Lactate Threshold

To improve your lactate threshold, you must train in the 50-85% heart rate zone. One of the easiest ways to measure this is by wearing a heart rate monitor. If you are above your zone, you will eventually have too much lactic acid built up in the system. Muscles will become inhibited, performance will diminish, and you will get sick. There is a fine line of training in that zone and passing it so monitor it closely.

 

Puking isn’t a good thing

Conditioning until you puke is not smart. It inevitably happens when you push yourself beyond your comfort level because you don’t know when enough is enough. Many people push until they puke but you accomplish nothing positive by doing so. Puking is a sign that you did not have enough rest time to recover from the anaerobic activity. You were above your 85% heart rate zone for too long and lactic acid built up in the blood. Puking is the body’s signal saying that too much lactic acid has been produced and now it’s time to get rid of it. If you feel sick and nauseous, give yourself time to recover or reduce your intensity. If you get sick and vomit, it is best to end your conditioning.