Working Smarter, NOT harder.
I am not going to lecture on Crossfit Training, mixed martial arts training, or any other kind of training that you can think of that absolutely can leave an athlete hanging on their knees.
Everyone wants to work smarter, not harder. The body is no different. The body will take the path of least resistance or pain. If the body does this too long, it will develop a movement deficiency. I am going to break the body down into segment s. A joint should be either mobile or stable. If a mobile joint acts as if it is stable, the body is not going to move efficiently. As well as a stable joint that becomes mobile, more serious issues will occur.
Joint by joint from the ground up (unless you are gifted enough to walk on your hands):
Ankle – Mobile
Knee – Stable
Hips – Mobile
Low Back (Lumbar Spine) – Stable
Thoracic Spine – Mobile
Scapular – (Stable - relatively)
Shoulder – Mobile
Elbow – Stable
Wrist – Mobile
Just taking a quick look at the list you will notice that over other joint is mobile. Having adequate mobility in these joints will allow for the body to move more efficiently. When it comes to throwing and hitting a baseball, moving efficiently can aid in the longevity of an athlete.
If the scapula is not stable, then the rotator cuff will not function properly (the rotator cuff comes off the scapula). If the shoulder is not mobile, it won’t be able to handle the demands that are placed on it during the late cocking and acceleration phases of throwing. I could go on and on how one joint can have a negative effect on another.
As an athlete you want to get the most out of your body. It is your own responsibility to know what your body is intended to do or not to do. When your body is not in line with its design, there are reasons for concern. Bottom line, know your body and how it should operate. If you know how it works and shouldn’t work, then you will know when to be concerned.
Chris Ham, MSA, ATC, CES
Athletic Trainer
Vanderbilt University Baseball
Showing posts with label baseball strength. Show all posts
Showing posts with label baseball strength. Show all posts
Monday, September 5, 2011
Sunday, August 7, 2011
Approaches to Core Training
As an incoming college freshman, I was sent a manual through the mail with my football team’s workouts for the summer ahead. The manual was about 75 pages of mostly strength routines and information about the testing we would undergo once we arrived for pre-season training camp. The only core routines were hand-jotted at the bottom of the typed lifting program sheets, on a single line reading, “Abs: 250 reps”. Even at 18 years old, with no formal training in exercise, I remember thinking... Gosh, there’s got to be more to it than that!
What Are the Goals of Core Training?
As with every area of strength and conditioning, the common answer, “To Enhance Performance, and Prevent Injury” applies here. A performance goal of core training is to strengthen and support the middle of the body for improved coordination of the body as a whole. Many coaches aim to prevent injury by adding support to the mid-section’s structural beam, the lumbar spine, by using draw-in and bracing techniques, emphasizing stability exercises (i.e. planks), and ensuring that training does not compromise the natural anatomical arch of the low back. Other considerations may include improving hip mobility or scapulothoracic stability, depending upon how broadly the core is defined in your program.
A Movement Balanced Approach
This approach is about being anatomically balanced in all movement planes. Historically, exercise menus of various sit-ups, crunches, and twists have focused on building the endurance of the abdominal and oblique muscles. The erector spine, quadratus lumborum, and transverse abdominis, for example, have been more often neglected by traditional core routines. There are a few ways to create balanced core routines, either by incorporating all movements of the torso into each core program, or by equally dividing the movements throughout the training week. Here is a list of core movements to build exercise menus upon:
o Flexion: (e.g. Sit-Ups)
o Extension: (e.g. Superman)
o Lateral Flexion and Extension: (e.g. Side Plank Hip Lift)
o Rotation: (e.g. Medicine Ball Side Tosses)
o Low Back Support: (e.g. Supine Dead Bug Progressions)
o Hip Mobility: (e.g. Quadruped Hip Abduction)
o Scapulothoracic Stability: (e.g. Front Plank Scapula Pinch)
The goal is to diversify the types of core exercises being performed, as no one method of core training has been deemed most beneficial in scientific literature.
Rotational Core Training:
There are two predominant approaches to rotational core training: (1) Rotational Power-Endurance, and (2) Anti-Rotation. Rotational power-endurance exercises are dynamic in nature and most often include twisting movements using resistance. Some examples include medicine ball (MB) side tosses, MB standing torso rotations, “Russian twists”, and supine “knee-up” low trunk rotations.
Anti-rotation, or rotational stability, exercises include stability movements of the torso against rotational forces created from the momentum of the limbs. Common examples include, Grey Cook’s kneeling chop and lift exercises (from his menu of FMS corrective exercises), Convertaball twists, cable core presses, and Keiser push-pulls combinations.
What’s the difference… Rotation vs. Anti-Rotation? Rotational exercises train the concentric and eccentric nature of the twisting torso, while anti-rotation exercises are focused at stabilizing the rotation of the spine to best maintain the upright posture of the body. For example, there are anti-rotational elements to many functional single limb weightroom exercises (i.e. one-leg squats or deadlifts, lunges, one-arm presses, etc.). While rotational power-endurance exercises (i.e. MB throws) are excellent to develop rotational range of motion and explosiveness, developing anti-rotational stability should first be addressed to ensure the body can handle the force production of repetitive twisting.
Eric McMahon, M.Ed., RSCC
Minor League Strength and Conditioning Coach
Texas Rangers
What Are the Goals of Core Training?
As with every area of strength and conditioning, the common answer, “To Enhance Performance, and Prevent Injury” applies here. A performance goal of core training is to strengthen and support the middle of the body for improved coordination of the body as a whole. Many coaches aim to prevent injury by adding support to the mid-section’s structural beam, the lumbar spine, by using draw-in and bracing techniques, emphasizing stability exercises (i.e. planks), and ensuring that training does not compromise the natural anatomical arch of the low back. Other considerations may include improving hip mobility or scapulothoracic stability, depending upon how broadly the core is defined in your program.
A Movement Balanced Approach
This approach is about being anatomically balanced in all movement planes. Historically, exercise menus of various sit-ups, crunches, and twists have focused on building the endurance of the abdominal and oblique muscles. The erector spine, quadratus lumborum, and transverse abdominis, for example, have been more often neglected by traditional core routines. There are a few ways to create balanced core routines, either by incorporating all movements of the torso into each core program, or by equally dividing the movements throughout the training week. Here is a list of core movements to build exercise menus upon:
o Flexion: (e.g. Sit-Ups)
o Extension: (e.g. Superman)
o Lateral Flexion and Extension: (e.g. Side Plank Hip Lift)
o Rotation: (e.g. Medicine Ball Side Tosses)
o Low Back Support: (e.g. Supine Dead Bug Progressions)
o Hip Mobility: (e.g. Quadruped Hip Abduction)
o Scapulothoracic Stability: (e.g. Front Plank Scapula Pinch)
The goal is to diversify the types of core exercises being performed, as no one method of core training has been deemed most beneficial in scientific literature.
Rotational Core Training:
There are two predominant approaches to rotational core training: (1) Rotational Power-Endurance, and (2) Anti-Rotation. Rotational power-endurance exercises are dynamic in nature and most often include twisting movements using resistance. Some examples include medicine ball (MB) side tosses, MB standing torso rotations, “Russian twists”, and supine “knee-up” low trunk rotations.
Anti-rotation, or rotational stability, exercises include stability movements of the torso against rotational forces created from the momentum of the limbs. Common examples include, Grey Cook’s kneeling chop and lift exercises (from his menu of FMS corrective exercises), Convertaball twists, cable core presses, and Keiser push-pulls combinations.
What’s the difference… Rotation vs. Anti-Rotation? Rotational exercises train the concentric and eccentric nature of the twisting torso, while anti-rotation exercises are focused at stabilizing the rotation of the spine to best maintain the upright posture of the body. For example, there are anti-rotational elements to many functional single limb weightroom exercises (i.e. one-leg squats or deadlifts, lunges, one-arm presses, etc.). While rotational power-endurance exercises (i.e. MB throws) are excellent to develop rotational range of motion and explosiveness, developing anti-rotational stability should first be addressed to ensure the body can handle the force production of repetitive twisting.
Eric McMahon, M.Ed., RSCC
Minor League Strength and Conditioning Coach
Texas Rangers
Tuesday, July 19, 2011
Get out of the way
Are we getting in the way of true baseball performance training? I have read some very interesting commentaries on some exercises lately and have noticed some teams going to a very none aggressive styles of training, which leads to a very detuned baseball player. Why are we going down these roads? I have been in contact with many baseball strength and conditioning coaches that make comments like, most of the program is prehab, and very basic, but the reason is the funny part. As an organization we don’t want to be doing stuff that can potentially hurt a player. I’m sorry, do we need to wrap these men in bubble rap and play on a marshmallow field. I remember one coach that had a player, a very high prospect, which had a bit of a weight issue. As a pitcher he was progressing, but the teams had figured out that he could not get his big butt off the mound to field a ball, and so started bunting every inning. The strength coach involved started working with the player on basic agility drills and for the few weeks the player had lost a few pounds and gained a little quickness. This came to a halt when the field director attended a game and observed the activities. As he put it, we don’t want to risk him spraining an ankle or something, he just needs to do the basic stuff. REALLY, come on, bubble wrap! How about, can we bench, should we bench as baseball players, and again the funny part is the explanation I get every time I hear this comment. If we take the bar to the chest it puts to much strain on the shoulder, and this same coach will take a player put him in an incline and drop the arms and dumbbells past chest level. Do we not understand some basic mechanics? Just because it is a dumbbell doesn’t mean its ok to do anything we want. Come on, can we stop nit picking on little things that might have happened to one player out of a 1000. Lets get to the nuts and bolts, are the players really getting better or are we getting in the way of true progress and record breaking players (with out enhancement). I pose this to every baseball strength coach out there lets make sure we are not in the way!!!!!!
Brian Niswender
Co Founder BaseballStrengthCoaching.com
Brian Niswender
Co Founder BaseballStrengthCoaching.com
Tuesday, March 29, 2011
Plyometrics for Baseball
Over the years plyometrics have been named many different things from reactive training, explosive training, to neuromotor reactive training. No matter the name the priciples are the same if it is truly plyometrics, and for the sake of argument we will continue to use plyometrics for this specific training style in this blog. So the question is what is plyometrics?
One of the best explanations I have found explains plyometrics as: the ballistic actions which exploit the stretch-shortening cycle; exercises aimed at improving elastic/ reactive qualities of strength.(Radcliffe) These type of exercises should enable the athlete to achieve maximal rates of force development and increase muscle stiffness regulation in short periods of time.
What is the stretch-shortening cycle? It is the synergistic coupling of the eccentric and concentric actions of the muscle when rapid deceleration of the bodies mass is accompanied by the amortization (pause between changes of directions) and acceleration of the bodies mass in the opposite direction at maximal effort. For training purposes it is broken down into 4 parts or phases, the eccentric action, the amortization phase, the concentric phase and the distinguishing part of plyometrics the maximal effort and speed of the concentric phase. I put great importance on the maximal effort and speed during the concentric phase because without it the training becomes less effective as plyometric. Every exercise an athlete performs has the first 3 phases in some form, but the 4th quality makes the difference. Let me give you and example; I have heard many people call an exercise like jumping rope plyometric, but does it meet the criteria just set forth. No because it does not require maximal effort on the concentric phase as well as the eccentric demands are low in most cases. This does not require the body to recruit nueromuscularly in a maximal explosive manner, and so a plyometric exercise it is not.
In application for baseball I encourage coaches and trainers to see that every exercise can be plyometric if the 4 phases or qualities are met. This type of training should be very high intensity and so planning appropriate times for this training are very important to the baseball player’s performance. In most cases higher volumes of plyometirc training are saved for the off-season, but integration of a few exercises in-season can keep the player fast and powerful.
Brian Niswender
Co-Founder BaseballStrengthCoaching.com
One of the best explanations I have found explains plyometrics as: the ballistic actions which exploit the stretch-shortening cycle; exercises aimed at improving elastic/ reactive qualities of strength.(Radcliffe) These type of exercises should enable the athlete to achieve maximal rates of force development and increase muscle stiffness regulation in short periods of time.
What is the stretch-shortening cycle? It is the synergistic coupling of the eccentric and concentric actions of the muscle when rapid deceleration of the bodies mass is accompanied by the amortization (pause between changes of directions) and acceleration of the bodies mass in the opposite direction at maximal effort. For training purposes it is broken down into 4 parts or phases, the eccentric action, the amortization phase, the concentric phase and the distinguishing part of plyometrics the maximal effort and speed of the concentric phase. I put great importance on the maximal effort and speed during the concentric phase because without it the training becomes less effective as plyometric. Every exercise an athlete performs has the first 3 phases in some form, but the 4th quality makes the difference. Let me give you and example; I have heard many people call an exercise like jumping rope plyometric, but does it meet the criteria just set forth. No because it does not require maximal effort on the concentric phase as well as the eccentric demands are low in most cases. This does not require the body to recruit nueromuscularly in a maximal explosive manner, and so a plyometric exercise it is not.
In application for baseball I encourage coaches and trainers to see that every exercise can be plyometric if the 4 phases or qualities are met. This type of training should be very high intensity and so planning appropriate times for this training are very important to the baseball player’s performance. In most cases higher volumes of plyometirc training are saved for the off-season, but integration of a few exercises in-season can keep the player fast and powerful.
Brian Niswender
Co-Founder BaseballStrengthCoaching.com
Monday, March 28, 2011
Where are we going?
Look how smart I am.
This industry seems to be out of control. I see more and more people confused, while the need for our services increases every year. Why are we fighting within our own ranks for who knows more, when we should be looking for ways to help each other out? I really enjoy reading about how so and so came up with some new way to train, but in reality it is just a new name. Why are strength coaches and athletic trainers fighting over what is best for the athlete? Can we not all learn from each other, from doctors to the nutritionist?
This might seem like some kind of rant and in many ways it is, but with a purpose. Where are we going as an industry? Are we really in it for the purpose of increasing human performance, or are we in it for the money? In many ways some of these questions helped spark baseballstrengthcoaching.com and still drives us and our purpose, but the question still stands, are we increasing knowledge of baseball performance?
Brian Niswender
Co Founder Baseball Strength Coaching.com
This industry seems to be out of control. I see more and more people confused, while the need for our services increases every year. Why are we fighting within our own ranks for who knows more, when we should be looking for ways to help each other out? I really enjoy reading about how so and so came up with some new way to train, but in reality it is just a new name. Why are strength coaches and athletic trainers fighting over what is best for the athlete? Can we not all learn from each other, from doctors to the nutritionist?
This might seem like some kind of rant and in many ways it is, but with a purpose. Where are we going as an industry? Are we really in it for the purpose of increasing human performance, or are we in it for the money? In many ways some of these questions helped spark baseballstrengthcoaching.com and still drives us and our purpose, but the question still stands, are we increasing knowledge of baseball performance?
Brian Niswender
Co Founder Baseball Strength Coaching.com
Thursday, January 27, 2011
Building a Base.
When training young athletes, where do we start the training? Sometimes it is easy to try to tackle easiest problem or the easiest part to improve to see results, but if we don’t start with the base we may never get results to really stick. What do I mean by the base, I consider the base to be the athletic stance, or in many marshal arts schools the horse stance. This position is the feet shoulder width or slightly wider, and pointed straight ahead, the knees bent to a partial squatted position. The butt is out and the back is straight to slightly arched. The shoulders are back and the head is in a neutral position. In most cases the weight is balanced in the feet meaning weight is distributed evenly from front to back. In some cases the weight can be on the balls of the feet, but this would be used in only specific drills. This position brings the center of gravity into a power position slightly in front of the belly button. This gives the player better control of their body and balances the body for efficient movement. To see how truly strong a player is put them in this position and see how long they can hold it. You might be surprised to see the compensations made to hold this position. In developing this base we will also start to train the athlete from the feet and move up the body to the head. When looking at the feet, take a look at what the body wants to do and then correct the issues. How do the feet lay, do they pronate, suppinate, how is the arch, is it high, low, no arch. How is the instep, is it high, long, do they have funny wear patterns on their feet. Strengthen the feet and you can strengthen the whole body. From the feet move to the ankles, this is the next link in the chain. Strength in the ankle does not just come from the back side; the front of the ankle has to be addressed as well. Start to think strength in 360 degrees. Take the time to start with the base and results will show themselves. I will continue this progression in future blogs.
Brian Niswender
Co Founder BaseballStregthCoaching.com
Brian Niswender
Co Founder BaseballStregthCoaching.com
Wednesday, January 5, 2011
Webinar Presentation (January 11, 2011)
Name: Functional Training and Progressions of the Shoulder and Upper Extremity in the Overhead Athlete
Featured Speaker: David Yeager, ATC, CSCS Co-Founder, BaseballStrengthCoaching.com Certified Strength & Conditioning Specialist and professional baseball Athletic Trainer
Course Objectives:
- Define function, functional training, and the components of sport-specific training in baseball.
- Describe the criteria for beginning or advancing exercise / activity progressions.
- Describe the general characteristics and key components of the overhand throwing motion.
- Explain the Kinetic Chain Concept as it relates to exercise training in baseball.
- Define the goal and key components of sport-specific shoulder girdle training.
- Illustrate sample exercise progressions for the overhead throwing athlete.
When: 01/11/2011 8:00 PM - 9:00 PM
Time Zone: (GMT-06:00) Central Time (US and Canada)
Be sure to log on to www.baseballstrengthcoaching.com in order to register and receive an email containing the session link.
Hope to see you there!
BaseballStrengthCoaching.com
Featured Speaker: David Yeager, ATC, CSCS Co-Founder, BaseballStrengthCoaching.com Certified Strength & Conditioning Specialist and professional baseball Athletic Trainer
Course Objectives:
- Define function, functional training, and the components of sport-specific training in baseball.
- Describe the criteria for beginning or advancing exercise / activity progressions.
- Describe the general characteristics and key components of the overhand throwing motion.
- Explain the Kinetic Chain Concept as it relates to exercise training in baseball.
- Define the goal and key components of sport-specific shoulder girdle training.
- Illustrate sample exercise progressions for the overhead throwing athlete.
When: 01/11/2011 8:00 PM - 9:00 PM
Time Zone: (GMT-06:00) Central Time (US and Canada)
Be sure to log on to www.baseballstrengthcoaching.com in order to register and receive an email containing the session link.
Hope to see you there!
BaseballStrengthCoaching.com
Wednesday, December 8, 2010
What's Your Max?
This blog has two purposes, one is asking the question do we really know what our athletes maxes are? And second if we don’t know, are we doing our athletes a disservice by not testing them?
I ask the question do we really know what our athletes maxes are because I have been noticing a trend that more and more schools are using estimated maxes. In the past, this technique was used mostly in high school at the freshman and sophomore level but it has been slowly moving to the older athletes and I have been hearing it is being used to a greater extent in the college ranks. I am not saying the technique should not be used. It has many uses and is a great tool. But, when it is the only technique used, I believe we are not giving the athletes a true look at what their maximal strength is. I have been getting more and more athletes through my program both in person and athletes that I plan programs for that give me these estimated maxes but cannot really lift that weight. Many times I have found the athlete to be 20-30 and even 40 pounds off the estimated weight. This can be very significant considering that if the athletes max was say 250lbs and they could really only do 220lbs. This is more then a 10% mistake, and if these maxes are used for calculating workouts through out the week, in most cases the athlete would not be getting the proper stimulus.
This leads into the next question. Is this a disservice to the athlete? In my opinion the answer is yes. If they do not perform true maximal’s at least a few times a year, the athlete may never know where they really stand and when they move onto the next level have to move backwards in order to move forward. This can be very frustrating. In many instances, if we are able to get the athlete on track and work from their true maxes, the athlete sees greater gains in shorter periods of time, as well as, giving the athlete a greater confidence in their lifting ability.
I just want to leave you with one more thought. As coaches, would we be ok if we used estimates of speed or velocity????????
Brian Niswender, MA, CSCS
Co-Founder
BaseballStrengthCoaching.com
I ask the question do we really know what our athletes maxes are because I have been noticing a trend that more and more schools are using estimated maxes. In the past, this technique was used mostly in high school at the freshman and sophomore level but it has been slowly moving to the older athletes and I have been hearing it is being used to a greater extent in the college ranks. I am not saying the technique should not be used. It has many uses and is a great tool. But, when it is the only technique used, I believe we are not giving the athletes a true look at what their maximal strength is. I have been getting more and more athletes through my program both in person and athletes that I plan programs for that give me these estimated maxes but cannot really lift that weight. Many times I have found the athlete to be 20-30 and even 40 pounds off the estimated weight. This can be very significant considering that if the athletes max was say 250lbs and they could really only do 220lbs. This is more then a 10% mistake, and if these maxes are used for calculating workouts through out the week, in most cases the athlete would not be getting the proper stimulus.
This leads into the next question. Is this a disservice to the athlete? In my opinion the answer is yes. If they do not perform true maximal’s at least a few times a year, the athlete may never know where they really stand and when they move onto the next level have to move backwards in order to move forward. This can be very frustrating. In many instances, if we are able to get the athlete on track and work from their true maxes, the athlete sees greater gains in shorter periods of time, as well as, giving the athlete a greater confidence in their lifting ability.
I just want to leave you with one more thought. As coaches, would we be ok if we used estimates of speed or velocity????????
Brian Niswender, MA, CSCS
Co-Founder
BaseballStrengthCoaching.com
Monday, November 1, 2010
Puppy Training: Trusting the Process
Like a majority of American families, I have a dog to take care of and teach some house etiquette in order to keep my sanity. When he was a puppy my wife and I had to potty train him just like any other puppy. Yeah, he had his share of accidents on the floor and we picked up a lot of poop on those days. It was a process teaching him to wait and go outside. We rewarded him and praised him every time that he went outside. My wife and I trusted that process of potty training and things have worked out.
One can say the same thing about resistance training, corrective exercises, rehab, weight loss, golfing, hitting a baseball – well you get the picture. I am an athletic trainer (would rather be called a movement therapist) and I do have some treatments that will have an athlete feeling pretty good going into a competition, but the results of the treatment don’t typically last. Modalities that are listed as “treatments” are really just band-aids on a ruptured aorta. I am talking about oral NSAIDS, cortisone injections, ice, massage, knee straps, physical therapy, and surgery - all reactive modalities. My athletes wait for issues to reach their threshold and its then when they start to perceive it as a problem. To be blunt – there will never be any modality or treatment that will overcome a dysfunctional athlete with a warped sense of reality with a few weeks or even days before their next competition.
When I would brag on my dog as a puppy he would end up whizzing on the carpet – I would be mad for a minute, clean it up , and take him outside. I made the time to help him out with the process of potty training and guess what - he’s a good dog. I know that if we all had the time (and the commitment of the athletes) that we could make some major adjustments in movement patterns. It’s a process – the runner that has been running for years is probably not going to fix an overuse injury in a matter of a few days. The same can be said about a pitcher with a sore shoulder. Trust the process!!
Chris Ham, MSA, ATC, CES
Athletic Trainer
Vanderbilt University Baseball
One can say the same thing about resistance training, corrective exercises, rehab, weight loss, golfing, hitting a baseball – well you get the picture. I am an athletic trainer (would rather be called a movement therapist) and I do have some treatments that will have an athlete feeling pretty good going into a competition, but the results of the treatment don’t typically last. Modalities that are listed as “treatments” are really just band-aids on a ruptured aorta. I am talking about oral NSAIDS, cortisone injections, ice, massage, knee straps, physical therapy, and surgery - all reactive modalities. My athletes wait for issues to reach their threshold and its then when they start to perceive it as a problem. To be blunt – there will never be any modality or treatment that will overcome a dysfunctional athlete with a warped sense of reality with a few weeks or even days before their next competition.
When I would brag on my dog as a puppy he would end up whizzing on the carpet – I would be mad for a minute, clean it up , and take him outside. I made the time to help him out with the process of potty training and guess what - he’s a good dog. I know that if we all had the time (and the commitment of the athletes) that we could make some major adjustments in movement patterns. It’s a process – the runner that has been running for years is probably not going to fix an overuse injury in a matter of a few days. The same can be said about a pitcher with a sore shoulder. Trust the process!!
Chris Ham, MSA, ATC, CES
Athletic Trainer
Vanderbilt University Baseball
Monday, September 27, 2010
Pull With Your Back
As coaches, we strive to achieve the maximum benefit for our athletes in the shortest period of time. Often, we see athletes performing an exercise correctly but not receiving the outcomes they should. Perhaps, this lack of outcome stems from the lack of appropriate focus on the performance of the exercise. For me, one of those exercises is the Lat Pulldown / Pull-Up exercise.
The primary muscles that are engaged during this exercise are the latissimus dorsi, rhomboids, teres major, and the lower trapezius. Their function is to adduct the arm and draw it closer to the pelvis. During the throwing motion, these muscles act as large decelerators to counteract the distraction forces at the glenohumeral joint. The muscles of the hand /forearm flexors, as well as, the biceps brachii are considered secondary movers during the Lat Pulldown exercise.
One of the common mistakes that I notice when athletes perform this exercise is that they over-emphasize their grip and as a result pull down using the smaller muscles of the arms. As I mentioned, the primary focus should be placed on the larger musculature of the back. Using mental cues can improve the mind-body connection. When coaching these athletes, I find it helpful to use the mental cue, “Pull with your back!” to emphasize the proper performance of the Lat Pulldown exercise. This will make an immediate impact in the technique by locking your “lats” into activation. To check this technique, the coach can place his hands on the athlete’s shoulder blades and feel that the pulldown movement is being initiated by their depression and retraction.
Focusing on the proper muscular activation while performing a movement can help to insure maximum benefits are achieved. “Pull with your back!” can be used for any exercise that requires the large upper back muscles to perform (i.e. seated row, bent-over row, etc).
David Yeager, ATC, CSCS
Co-Founder
BaseballStrengthCoaching.com
The primary muscles that are engaged during this exercise are the latissimus dorsi, rhomboids, teres major, and the lower trapezius. Their function is to adduct the arm and draw it closer to the pelvis. During the throwing motion, these muscles act as large decelerators to counteract the distraction forces at the glenohumeral joint. The muscles of the hand /forearm flexors, as well as, the biceps brachii are considered secondary movers during the Lat Pulldown exercise.
One of the common mistakes that I notice when athletes perform this exercise is that they over-emphasize their grip and as a result pull down using the smaller muscles of the arms. As I mentioned, the primary focus should be placed on the larger musculature of the back. Using mental cues can improve the mind-body connection. When coaching these athletes, I find it helpful to use the mental cue, “Pull with your back!” to emphasize the proper performance of the Lat Pulldown exercise. This will make an immediate impact in the technique by locking your “lats” into activation. To check this technique, the coach can place his hands on the athlete’s shoulder blades and feel that the pulldown movement is being initiated by their depression and retraction.
Focusing on the proper muscular activation while performing a movement can help to insure maximum benefits are achieved. “Pull with your back!” can be used for any exercise that requires the large upper back muscles to perform (i.e. seated row, bent-over row, etc).
David Yeager, ATC, CSCS
Co-Founder
BaseballStrengthCoaching.com
Sunday, July 18, 2010
Protein - A Little Goes a Long Way
The subject of protein for the athlete--- from how much is needed to what kinds are best, is the source of many hot debates. In many athletic circles, its function in building muscle has been extolled as almost magical. True, protein is an important nutrient. It’s found in a wide variety of foods coming from both animals and plants. Protein plays a vital role in repairing and rebuilding muscles, is an essential part of hormones, enzymes and antibodies that support our immune system. It’s not an energy source unless our bodies don’t have enough carbohydrates—the preferred fuel for all sports activities. Let’s explore the physiological basis for how much and what kinds of protein an athlete needs to help put this subject into a practical perspective for baseball.
Is protein more important than fats or carbohydrates?
No. All three of these nutrients, in the right balance and at the right time, provide the nutrition athlete’s need for the best training and performance.
How much protein does an athlete need?
The short answer is: more than a sedentary person who doesn’t play sports. Protein needs in athletes are higher, but exactly how much higher? Protein needs are calculated by weight, what type of athlete you are (endurance or strength & power) your training goals and by where you are in your sports season. See the table below for examples.
Average Protein Requirements for a 70 Kg athlete ( Divide your weight by 2.2 to find kilograms)
Type of athlete Protein Requirements (grams)
Sedentary .9 grms/kg 56 grms/day
Regular exerciser 1.0 grms/kg 70 grms/day
Endurance 1.2-1.4 grms/kg 105 grms/day
Resistance 1.4-1.7 grms/kg 112 grms/day
Protein needs for baseball (in season) are about 15-20% of the total day’s calories and are equal to about 1.2 grams/kg of body weight. To get an idea of what you might need daily take a minute and do the math. In the off season, if training goals change, protein requirements may change as well. We will address that topic (and protein for muscle building) when we discuss nutrition for the off season in September’s sports nutrition journal article.
It’s easy to meet your dietary protein needs through basic, nutritious foods eaten in a well balanced diet. If you eat cereal with milk for breakfast, yogurt and fruit for a snack, followed by a turkey sandwich for lunch, peanut butter & jelly sandwich or chocolate milk after your workout and dinner of a beef vegetable stir fry…. you’ve eaten about 95 grams of protein! You also get extra protein in your between meal snacks. Foods like whole grains and even certain vegetables have a little bit of protein, too, so it all adds up. If you eat enough food to support your training and performance, chances are that you are getting plenty of protein. There is no need to take extra protein in the form of pills or powders—food works! Save your money, choose well and enjoy all the satisfaction and flavor eating good food offers.
Protein from animals (lean meats, fish, eggs, poultry) is the most concentrated source and contains all of the essential amino acids. High quality plant sources include soy products, like tofu and soy milk, nuts and dried beans peas and lentils. Low fat dairy products are also an excellent source of essential amino acids.
Is more protein better?
No. Research confirms that anything over 2 grams/kg of body weight is excessive and does not benefit the athlete in any way. In fact, it might be harmful. Higher amounts of protein stress the kidneys because they have to excrete the nitrogen that is produced from protein breakdown (notice those body builders at the gym with gallons of water in tow?) Also, extra protein that isn’t used is stored as fat in your body. Only small amounts are used to repair and rebuild muscles so keep that in mind when choosing your recovery snack, after workouts and games. Anything more than 20 grams of protein is wasted.
By Kim Larson, RD, CD
Regular Contributor
BaseballStrengthCoaching.com
Is protein more important than fats or carbohydrates?
No. All three of these nutrients, in the right balance and at the right time, provide the nutrition athlete’s need for the best training and performance.
How much protein does an athlete need?
The short answer is: more than a sedentary person who doesn’t play sports. Protein needs in athletes are higher, but exactly how much higher? Protein needs are calculated by weight, what type of athlete you are (endurance or strength & power) your training goals and by where you are in your sports season. See the table below for examples.
Average Protein Requirements for a 70 Kg athlete ( Divide your weight by 2.2 to find kilograms)
Type of athlete Protein Requirements (grams)
Sedentary .9 grms/kg 56 grms/day
Regular exerciser 1.0 grms/kg 70 grms/day
Endurance 1.2-1.4 grms/kg 105 grms/day
Resistance 1.4-1.7 grms/kg 112 grms/day
Protein needs for baseball (in season) are about 15-20% of the total day’s calories and are equal to about 1.2 grams/kg of body weight. To get an idea of what you might need daily take a minute and do the math. In the off season, if training goals change, protein requirements may change as well. We will address that topic (and protein for muscle building) when we discuss nutrition for the off season in September’s sports nutrition journal article.
It’s easy to meet your dietary protein needs through basic, nutritious foods eaten in a well balanced diet. If you eat cereal with milk for breakfast, yogurt and fruit for a snack, followed by a turkey sandwich for lunch, peanut butter & jelly sandwich or chocolate milk after your workout and dinner of a beef vegetable stir fry…. you’ve eaten about 95 grams of protein! You also get extra protein in your between meal snacks. Foods like whole grains and even certain vegetables have a little bit of protein, too, so it all adds up. If you eat enough food to support your training and performance, chances are that you are getting plenty of protein. There is no need to take extra protein in the form of pills or powders—food works! Save your money, choose well and enjoy all the satisfaction and flavor eating good food offers.
Protein from animals (lean meats, fish, eggs, poultry) is the most concentrated source and contains all of the essential amino acids. High quality plant sources include soy products, like tofu and soy milk, nuts and dried beans peas and lentils. Low fat dairy products are also an excellent source of essential amino acids.
Is more protein better?
No. Research confirms that anything over 2 grams/kg of body weight is excessive and does not benefit the athlete in any way. In fact, it might be harmful. Higher amounts of protein stress the kidneys because they have to excrete the nitrogen that is produced from protein breakdown (notice those body builders at the gym with gallons of water in tow?) Also, extra protein that isn’t used is stored as fat in your body. Only small amounts are used to repair and rebuild muscles so keep that in mind when choosing your recovery snack, after workouts and games. Anything more than 20 grams of protein is wasted.
By Kim Larson, RD, CD
Regular Contributor
BaseballStrengthCoaching.com
Saturday, May 15, 2010
Whats wrong with that exercise?
I have been doing a little surfing in the last few weeks and am astounded by what I see. Baseball is natoriace for banning exercises that “will harm baseball players”, but what is the science behind it, what is the reason for the negativity towards the exercise. In many cases an isolated incident may have contributed to an injury and all of a sudden we can’t use the exercise any more. That is ridiculous and such small thinking that it is no wonder that so many players seek outside help, and in many of those cases find trainers that really don’t know what they are doing. I firmly believe that there are few exercises that athletes should not perform, but is all instances the player must be evaluated and cleared before doing any exercise program or exercise. A great example of an exercise I love but in many cases is done wrong especially in the lower levels of baseball is the Clean. What a great exercise, the player gets work in all parts of the body, in multiple disciplines, (power, strength, balance), but if the exercise is done wrong it can become one of the most dangerous exercise for an athlete to perform.
An exercise that gets a bad name in baseball is the bench press, but why? Iv heard it all, It hurts the rotator cuff, it causes the humerus to compress into the shoulder joint which causes pinching of the bursa, we get enough chest work while playing so we don’t need to do chest work, and this just names a few. What a bunch of hog wash, can these things happen, well yes, but that does not mean it will happen with every player and in most cases will never happen in most players. The question comes back to, just because it happened to one player does not mean it will happen to all players. Let’s free our minds and have the ability to be professionals. In many cases that trainer that says no benching, has his players doing DB bench press, really, yah that’s a lot different, and in some cases can even be more dangerous, but since the DB bench is “open chain” it must be ok. Come on wake up and learn the mechanics of the body.
Enough ranting and raving, I could go on and on with many different exercises, but what’s the point. We need to step away and decide if we are here to increase the players’ performance or sell an idea or program. Realize that not every exercise is right for a player but being able to identify the players’ needs and then prescribing a program that can help them get to the level they want is the goal. Take a minute and look at the exercise you use and realize that there are many ways to reach a goal and the player is the most important part of the equation.
Brian Niswender, MA, CSCS
Co-Founder BaseballStrengthCoaching.com
Warrior Sports Training
An exercise that gets a bad name in baseball is the bench press, but why? Iv heard it all, It hurts the rotator cuff, it causes the humerus to compress into the shoulder joint which causes pinching of the bursa, we get enough chest work while playing so we don’t need to do chest work, and this just names a few. What a bunch of hog wash, can these things happen, well yes, but that does not mean it will happen with every player and in most cases will never happen in most players. The question comes back to, just because it happened to one player does not mean it will happen to all players. Let’s free our minds and have the ability to be professionals. In many cases that trainer that says no benching, has his players doing DB bench press, really, yah that’s a lot different, and in some cases can even be more dangerous, but since the DB bench is “open chain” it must be ok. Come on wake up and learn the mechanics of the body.
Enough ranting and raving, I could go on and on with many different exercises, but what’s the point. We need to step away and decide if we are here to increase the players’ performance or sell an idea or program. Realize that not every exercise is right for a player but being able to identify the players’ needs and then prescribing a program that can help them get to the level they want is the goal. Take a minute and look at the exercise you use and realize that there are many ways to reach a goal and the player is the most important part of the equation.
Brian Niswender, MA, CSCS
Co-Founder BaseballStrengthCoaching.com
Warrior Sports Training
Sunday, April 18, 2010
Let’s Get to the Core of the Problem
Well, it’s been a little while since our last installment on the BaseballStrengthCoaching.com blog site. I apologize for that. With the initiation of the baseball season, I have been striving to settle in to a routine, adapt to the rigors of travel, and adjust to the day-to-day grind that is the game of baseball. But, that’s a topic for another time.
What I want to talk about this week is the dreaded Oblique Muscle Strain. Baseball is a rotational sport. Everything players do from swinging the bat, pitching the ball, or fielding a ball in the hole, involves a rotary movement at the hips, torso, or shoulder complex. The oblique muscles are the responsible for creating this torso rotation pattern. In recent years, many major league players, both position player and pitcher alike, have been sidelined by injury to this muscle.
In my opinion, these injuries occur for several reasons. First, have you ever followed a hitter around for a day and counted exactly how many total swings he performs? Let’s look at an example of a typical day. Player A shows up to the ballpark and goes to the hitting cage for early work. He may perform up to 30-40 repetitions attempting “lock in his swing”. Then, later in the day, Player A participates in the daily team batting practice which consists of up to 15-20 minutes of a group of 4 hitters. Each hitter may perform another 40+ repetitions. During the game, he takes another 5-10 swings while in the on-deck circle. This time, often with an additional weight on the bat. And finally, he averages 5 at-bats per game. And just for argument, let’s say that he takes 4 swings per at-bat for an additional 20 repetitions.
40 + 40 + 10 + 20 = 110 swings per day
110 swings per day. And, that doesn’t even take into account the number of rotational movements that are performed with his throwing activities. Add these numbers up over the course of an entire season and the rotational repetition volume is astounding. High volume can lead to fatigue. With fatigue comes changes in movement patterns. Changes in movement patterns equal abnormal muscle firing patterns.
The second reason I think these injuries occur is a result of a neuromuscular “misfire” and is directly related to the type of core training that we traditionally perform. During the hitting and throwing motions there is a period of loading (potential energy) and unloading (kinetic energy). As the pitch is being delivered the hitter performs a slight countermovement to “load” his swing and harness energy. As the ball gets closer to the plate, he begins to initiate his swing and “unload” his energy through the bat to the ball. It is at the point of switching from loading to unloading that these oblique injuries occur. In terms of plyometric training we call it the “amoritization phase”. And ideally, the switch should be as quick as possible in order to maximize the benefits of the stretch-shortening cycle and create the optimal resulting concentric force. Traditionally, players and coaches emphasize standard crunches, concentric med ball rotations, and possibly even medicine ball throwing exercises to improve overall core / trunk force production. However, when an athlete is not trained to harness energy and quickly change direction to release that energy. He lacks the neuromuscular conditioning to execute the fine-tuned pattern of load-stabilize-unload. When this lack of programming is coupled with the fatigue and abnormal muscular recruitment I mentioned earlier, the potential for injury increases.
Finally, “it’s all in the hips”. Hip mobility is a key factor. Athletes must have adequate flexibility and range of motion in the pelvis and hips to allow for complete torso rotation. When he lacks mobility in the hips, greater stresses are transmitted up through the spine creating greater needs of the abdominal musculature. Greater requirements result again in abnormal muscle recruitment patterns and can potentially lead to injury.
Prevention programs of these oblique and abdominal muscle injuries should emphasize the following points:
1. Monitor swing volume and tailor activities accordingly. Emphasize quality over quantity.
2. Core strengthening programs should focus on stabilization, eccentric loading, and the quick switch from load to unload. (Of course a good baseline strength level should be present before progressing to this type of training.)
3. Attention should be placed on hip mobility.
David Yeager, ATC, CSCS
Co-Founder, BaseballStrengthCoaching.com
What I want to talk about this week is the dreaded Oblique Muscle Strain. Baseball is a rotational sport. Everything players do from swinging the bat, pitching the ball, or fielding a ball in the hole, involves a rotary movement at the hips, torso, or shoulder complex. The oblique muscles are the responsible for creating this torso rotation pattern. In recent years, many major league players, both position player and pitcher alike, have been sidelined by injury to this muscle.
In my opinion, these injuries occur for several reasons. First, have you ever followed a hitter around for a day and counted exactly how many total swings he performs? Let’s look at an example of a typical day. Player A shows up to the ballpark and goes to the hitting cage for early work. He may perform up to 30-40 repetitions attempting “lock in his swing”. Then, later in the day, Player A participates in the daily team batting practice which consists of up to 15-20 minutes of a group of 4 hitters. Each hitter may perform another 40+ repetitions. During the game, he takes another 5-10 swings while in the on-deck circle. This time, often with an additional weight on the bat. And finally, he averages 5 at-bats per game. And just for argument, let’s say that he takes 4 swings per at-bat for an additional 20 repetitions.
40 + 40 + 10 + 20 = 110 swings per day
110 swings per day. And, that doesn’t even take into account the number of rotational movements that are performed with his throwing activities. Add these numbers up over the course of an entire season and the rotational repetition volume is astounding. High volume can lead to fatigue. With fatigue comes changes in movement patterns. Changes in movement patterns equal abnormal muscle firing patterns.
The second reason I think these injuries occur is a result of a neuromuscular “misfire” and is directly related to the type of core training that we traditionally perform. During the hitting and throwing motions there is a period of loading (potential energy) and unloading (kinetic energy). As the pitch is being delivered the hitter performs a slight countermovement to “load” his swing and harness energy. As the ball gets closer to the plate, he begins to initiate his swing and “unload” his energy through the bat to the ball. It is at the point of switching from loading to unloading that these oblique injuries occur. In terms of plyometric training we call it the “amoritization phase”. And ideally, the switch should be as quick as possible in order to maximize the benefits of the stretch-shortening cycle and create the optimal resulting concentric force. Traditionally, players and coaches emphasize standard crunches, concentric med ball rotations, and possibly even medicine ball throwing exercises to improve overall core / trunk force production. However, when an athlete is not trained to harness energy and quickly change direction to release that energy. He lacks the neuromuscular conditioning to execute the fine-tuned pattern of load-stabilize-unload. When this lack of programming is coupled with the fatigue and abnormal muscular recruitment I mentioned earlier, the potential for injury increases.
Finally, “it’s all in the hips”. Hip mobility is a key factor. Athletes must have adequate flexibility and range of motion in the pelvis and hips to allow for complete torso rotation. When he lacks mobility in the hips, greater stresses are transmitted up through the spine creating greater needs of the abdominal musculature. Greater requirements result again in abnormal muscle recruitment patterns and can potentially lead to injury.
Prevention programs of these oblique and abdominal muscle injuries should emphasize the following points:
1. Monitor swing volume and tailor activities accordingly. Emphasize quality over quantity.
2. Core strengthening programs should focus on stabilization, eccentric loading, and the quick switch from load to unload. (Of course a good baseline strength level should be present before progressing to this type of training.)
3. Attention should be placed on hip mobility.
David Yeager, ATC, CSCS
Co-Founder, BaseballStrengthCoaching.com
Friday, March 5, 2010
Finding Balance
Finding Balance
I have struggled all week with the blog. I wanted to touch on a very important part of the athletes training, that being balance. Some times this very simple concept is overlooked. The transfer of forces from the ground to the hands is based on balance, but where do you start and can it be covered in a blog. As I struggled with the topic I remembered a story I read from a master of kung fu. It explained the importance of a strong foundation as related to a tree. A tree that grows roots deep into the soil will withstand any storm and a tree that’s roots are shallow will fall over. The same is true of the athlete. The athlete that grows and trains his roots deep will be able to perform any task. In this metaphor the soil is the surroundings of the tree and so relates to the surrounding of the athlete. Who and what does the athlete surround himself with will determine how deep the roots can go. If an athlete is jumping from new fad to new fad they can never really lay down roots, because something new is being introduced constantly. The athlete must also surround him self with the right instructors and mentors. These strong influences can help the athlete stay grounded, motivate and support. So to keep it simple this week, really take a look at your program and who you surround yourself with. These things are either helping you or bring you down, and remember the tree, get those roots deep and stay with it. Hard work always pays off.
Brian Niswender, MA, CSCS
BaseballStrengthCoaching.com
I have struggled all week with the blog. I wanted to touch on a very important part of the athletes training, that being balance. Some times this very simple concept is overlooked. The transfer of forces from the ground to the hands is based on balance, but where do you start and can it be covered in a blog. As I struggled with the topic I remembered a story I read from a master of kung fu. It explained the importance of a strong foundation as related to a tree. A tree that grows roots deep into the soil will withstand any storm and a tree that’s roots are shallow will fall over. The same is true of the athlete. The athlete that grows and trains his roots deep will be able to perform any task. In this metaphor the soil is the surroundings of the tree and so relates to the surrounding of the athlete. Who and what does the athlete surround himself with will determine how deep the roots can go. If an athlete is jumping from new fad to new fad they can never really lay down roots, because something new is being introduced constantly. The athlete must also surround him self with the right instructors and mentors. These strong influences can help the athlete stay grounded, motivate and support. So to keep it simple this week, really take a look at your program and who you surround yourself with. These things are either helping you or bring you down, and remember the tree, get those roots deep and stay with it. Hard work always pays off.
Brian Niswender, MA, CSCS
BaseballStrengthCoaching.com
Friday, February 26, 2010
MLB Exploring Testing for HGH in Minors
League consulting with experts concerning immediate next steps
By Jesse Sanchez / MLB.com
02/24/10 1:30 AM EST
Major League Baseball plans to explore the possible implementation of blood testing for human growth hormone in the Minor Leagues later this year, an official in baseball with direct knowledge of the matter told The New York Times for a story published on its Web site late Tuesday.
The news comes one day after a British rugby player was suspended for testing positive for HGH, the first time that an athlete had been publicly identified for testing positive for the substance, the report said. In a statement to The New York Times, Major League Baseball said it was "well aware of the important news with respect to" the positive drug test that resulted in the ban of the rugby player. The statement continued: "We are consulting with our experts concerning immediate steps for our minor league drug program and the next steps for our Major League drug program."
Commissioner Bud Selig previously has implemented new steps against the use of performance-enhancing drugs in the Minor Leagues during the past decade, doing so without needing the consent of the MLB Players Association because most Minor Leaguers aren't members.
A second baseball official confirmed to The Times on Tuesday that Selig will likely move to get the union's approval to test for HGH on the Major League level.
The players unions in both baseball and the National Football League have accepted the use of urine tests for various performance enhancers. However, they have resisted blood testing, questioning the reliability of any current test for H.G.H.
"We believe we have the best drug-testing policy and there is no reason to forcefully implement any blood-testing at this time," George Atallah, a spokesman for the NFL union, told The Times. A spokesman for the baseball union only told the newspaper "that it was consulting with its medical experts" and declined further comment.
According to the report, MLB and the NFL have provided hundreds of thousands of dollars in research financing to Don Catlin, a longtime anti-doping expert, hoping that Catlin could produce a reliable HGH urine test. The Times reported that "Catlin has said he is making progress on the test but is not sure when it might be ready for widespread use."
Selig has publicly supported an HGH test.
"When a valid, commercially available and practical test for HGH becomes reality -- regardless of whether the test is based on blood or urine -- baseball will support the utilization of that test," Selig said in 2008, at a hearing before Congress.
That following November, then-head of the baseball union Donald Fehr said he would consider support for an HGH test "if and when a blood test is available and it can be signed and validated by people other than those that are trying to sell it to you. Then we'd have to take a hard look at it."
The report also said that officials for the World Anti-Doping Agency and the United States Anti-Doping Agency pointed out privately that athletes often used HGH out of competition and not when events were taking place. It was only in 2008 that kits were developed allowing for wider testing of athletes outside of competition.
Jesse Sanchez is a national reporter for MLB.com. This story was not subject to the approval of Major League Baseball or its clubs.
By Jesse Sanchez / MLB.com
02/24/10 1:30 AM EST
Major League Baseball plans to explore the possible implementation of blood testing for human growth hormone in the Minor Leagues later this year, an official in baseball with direct knowledge of the matter told The New York Times for a story published on its Web site late Tuesday.
The news comes one day after a British rugby player was suspended for testing positive for HGH, the first time that an athlete had been publicly identified for testing positive for the substance, the report said. In a statement to The New York Times, Major League Baseball said it was "well aware of the important news with respect to" the positive drug test that resulted in the ban of the rugby player. The statement continued: "We are consulting with our experts concerning immediate steps for our minor league drug program and the next steps for our Major League drug program."
Commissioner Bud Selig previously has implemented new steps against the use of performance-enhancing drugs in the Minor Leagues during the past decade, doing so without needing the consent of the MLB Players Association because most Minor Leaguers aren't members.
A second baseball official confirmed to The Times on Tuesday that Selig will likely move to get the union's approval to test for HGH on the Major League level.
The players unions in both baseball and the National Football League have accepted the use of urine tests for various performance enhancers. However, they have resisted blood testing, questioning the reliability of any current test for H.G.H.
"We believe we have the best drug-testing policy and there is no reason to forcefully implement any blood-testing at this time," George Atallah, a spokesman for the NFL union, told The Times. A spokesman for the baseball union only told the newspaper "that it was consulting with its medical experts" and declined further comment.
According to the report, MLB and the NFL have provided hundreds of thousands of dollars in research financing to Don Catlin, a longtime anti-doping expert, hoping that Catlin could produce a reliable HGH urine test. The Times reported that "Catlin has said he is making progress on the test but is not sure when it might be ready for widespread use."
Selig has publicly supported an HGH test.
"When a valid, commercially available and practical test for HGH becomes reality -- regardless of whether the test is based on blood or urine -- baseball will support the utilization of that test," Selig said in 2008, at a hearing before Congress.
That following November, then-head of the baseball union Donald Fehr said he would consider support for an HGH test "if and when a blood test is available and it can be signed and validated by people other than those that are trying to sell it to you. Then we'd have to take a hard look at it."
The report also said that officials for the World Anti-Doping Agency and the United States Anti-Doping Agency pointed out privately that athletes often used HGH out of competition and not when events were taking place. It was only in 2008 that kits were developed allowing for wider testing of athletes outside of competition.
Jesse Sanchez is a national reporter for MLB.com. This story was not subject to the approval of Major League Baseball or its clubs.
Monday, January 25, 2010
Find the time
There is always more you can do, or a better way to do what you are doing. The worse thing we hear from a player or a coach is that I don’t have time to condition, to strength train, to work on speed. Planning is the key and then understanding what are the very basic things we need to do to stay healthy and improve our performance. To gain strength, you don’t need 3 hours in the gym. To gain speed you don’t have to run 20 sprints. To gain conditioning you don’t have to run 20 miles. Strength is gained through continuing to challenge the body to adapt to the stimulus you provide. This can be through weight or a change in position or repetitions just to name a few. Find a few movements that are demanding to the body and you can get great strength gains in only a few minutes a day. Take the walking lunge with a knee drive and MB diagonal chop. Here is a simple exercise that requires dynamic balance/ strength of position/ core movement and stabilization; this is a total body super exercise. Do 20 of these and then let us know if this is not demanding. How can we work on speed, always remember it is the little things that matter with speed, especially in baseball. Work on arm swing, body position or even take off from first, that first step can make or break that steal. Remember intensity is the key to great conditioning in baseball. Do those sprints but make them fast and add a few things like bounding type movements, lateral shuffling movements. This way we can increase conditioning but also increase speed, power, coordination and decrease injury rates. So how does it all work together, let’s put together a sample plan:
Lets get a 8 minute workout:
1) 30 yard sprint there and back- 30 seconds
2) 20 Lunge chops- 2 minutes
3) 30 yard spring there and back- 30 seconds
4) 20 lunge chops- 2 minutes
5) 30 second break
6) 30 yard sprint there and back- 30 seconds
7) 30 yard marching arm swings- 30 seconds
8) 30 yard bounds- 30 seconds
9) 30 yard side shuffle- 30 seconds
10) 30 yard Sprint there and back- 30 seconds
Try it out, it’s fast but effective and many things can be substituted. The time is well worth the effort.
Brian Niswender, MA, CSCS
Warrior Sports Training
Baseballstrengthcoaching.com
Lets get a 8 minute workout:
1) 30 yard sprint there and back- 30 seconds
2) 20 Lunge chops- 2 minutes
3) 30 yard spring there and back- 30 seconds
4) 20 lunge chops- 2 minutes
5) 30 second break
6) 30 yard sprint there and back- 30 seconds
7) 30 yard marching arm swings- 30 seconds
8) 30 yard bounds- 30 seconds
9) 30 yard side shuffle- 30 seconds
10) 30 yard Sprint there and back- 30 seconds
Try it out, it’s fast but effective and many things can be substituted. The time is well worth the effort.
Brian Niswender, MA, CSCS
Warrior Sports Training
Baseballstrengthcoaching.com
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