core

Two for One Strength/Core Training

Bench, Squat & Dead Lift, Again?

Most novice lifters train from a canned program which usually consists of bilateral lifts using two arms and/or two legs. These exercises traditionally are presses, pulls, squats and occasionally bendovers. The compensation pattern for these lifts are to move the core forward or backward as the load increases or fatigue begins to set in. Most people are more challenged in terms of core strength and stability in the lateral plane, let alone the challenges of diagonal/rotational motion. In order to increase the core challenge on one side or through one hip to the same side or opposite side shoulder, consider adding single arm and/or single leg training.

 

 

 

Single Arm Presses
Single arm presses will make the core stabilize in order to prevent rolling off of the bench when doing decline, bench or incline.

1 Arm Incline

When doing single arm overhead presses, the stance should be with one foot elevated onto a short box. This will unload the hip compensation pattern front to back and load the hip side to side compensation pattern. If the pressing arm is on the straight leg side, the load will seem heavier. On the bent or elevated leg side, the load will seem lighter as the hip will shift underneath the pressing shoulder. Most of the core training will take place above the hip when using a bench for support. Standing as in the shoulder press or when using a cable trainer or tubing for incline, the bench pressing pattern will engage the glutes and depending on the stance, other parts of the hip and core musculature. The decline will place more front side core load than normal single arm pressing while in a standing stance.

 

Single Arm Pulls

1 arm band row

Single arm pulls will also add to core training while training the back and shoulder musculature. When standing the entire posterior core from the hamstrings, glutes, QL and erectors will definitely be involved to provide stability as the pulling motion is engaged. The stance (parallel, diagonal, linear) will influence the amount of stress through the posterior core as will the angle of the elbow in relation to the floor. The wide elbow, abducted away from the body will cause relatively greater stress through the core as the resistance is farther from the midline. An elbow near the body will feel stronger on each rep as the resistance is near to the midline. The linear stance will be easiest to execute one arm pulls from as it is in line with the line of stress. The parallel stance will be perpendicular to the line of stress and will cause a feeling of greater stress through the body.

seated 1 arm rows

When seated and doing one arm pulls as in a lat pull or low row, most of the core stress will be above the hip. To counteractthis, a small ball can be placed between the knees and squeezed to engage the inner sling adductors and low abs or an ankle band can be put around the knees and pushed out in order to stress the outer sling. I personally prefer training the inner sling with this exercise for most of my people. The opposite arm should punch forward as the pulling arm pulls back and the posture should be emphasized with a big chest attitude.

 

Single Leg Squats

Pitcher Squat

The single leg squat is excellent for training the legs while not stressing the back. If the single leg squat is prescribed as a split squat with the rear leg elevated rather than as a pistol type squat, the balance is better and the core training can be pretty intense. In order to elevate the core involvement, I will assign a weight held in front, much like a steering wheel. This will make the front side core engage. If I want to stress the lateral core, I will assign a weight held in one hand at shoulder height on the opposite side of the leg squatting, as if preparing to do a shoulder press. This will create resistance above the hip on the opposite side forcing the hip, core and shoulder to stabilize against the forces. The front foot of the squatting leg should be turned in slightly in order to add more balance and the back knee should almost touch the ground, enhancing thigh separation needed for acceleration and sprinting. In addition, with the weight held in front, the resistance can be pressed to the right or left by a partner which will add rotational stress through the core.

1 Leg Sit Back Squat

The single leg sit back squat is executed just like a normal sit back box squat, the difference being the stance is very narrow and the opposite leg is extended in front to create a counter balance. The weight resistance is loaded in front in the hands or in the case of extremely strong athletes, the addition of a weight vest. Additional stress can be added by pressing right and left on the weight held at arms length, thereby adding rotational stress as in the split/pitcher squat. The addition of a partner will create vertical resistance as well as rotary resistance to the person doing the exercise which, at the hip, knee and ankle will cause the lower limb system to stabilize against this rotational resistance and familiarize the nervous system with this type of feedback. Rotational stress at the hip, knee and ankle is a prime cause of injury when coupled with a loss of stability in this system.

 

Step – ups

1 Arm Step Up Press

Step – ups are an excellent exercise to add opposite arm, diagonal core stress through the body in order to foster strength and stability on single leg movements such as running, walking, hopping, bounding and jogging. The weight will be held at shoulder height and at the conclusion of a short (4 – 8 inch), medium (12 – 16 inch) or tall (above 16 inches) step up, the weight will be pressed or just held at the shoulder pressing position. The hip is not allowed to “drop” upon the step down portion of the movement and is encouraged to drive through the shoulder in order to execute the step up and press portion of the pattern. Most people just limit their training to linear step ups.  Lateral step ups and crossover step ups will enhance hip and ankle mobility and help to spare the knees and low back.

 

Single Leg Bendovers
Single leg bendovers are one leg good mornings, one leg RDL’s or one leg stiff legged dead lifts. No matter the range of motion,

1 Leg Good Morning

the knee is flexed to some degree, the load is in the hand(s)s or on the shoulders and the hip is pushed back with a hinge motion in order to foster the hip hinge action, braced core, pillar posture that is a key to low back health. Single leg bendovers (as opposed to double leg bendovers) are usually much more stressful to the inside hamstring adductor area (especially when lifting the swing leg up for thigh separation) and much more challenging to the balance and stability system. If the weight is in the opposite hand and the swing leg is moved out in order to move the weighted hand inside the support foot the rotational stability and strength required is very demanding, even with very light loads. Posture is paramount. The back should be flat, the abs braced and the pillar core maintained throughout the movement. The foundational movement pattern of the bendover should have been mastered prior to assigning this exercise. If the swing leg is rotated the other way and the hand(s) go outside the support foot, this move is similar to the follow through on a throw and is slightly easier to accomplish.

 

Adding some single leg and single arm training to your workouts will accomplish many things. It will add core stress, lower loads, are safer, creates a greater neural load, will increase balance/stability and are more functional, more akin to the normal movement patterns of the body in normal life skills as well as sport skills. Try it – you just might like it!

 

Core Vector Training

The core is an area of the body roughly defined as the region from the armpits to the knees.  Most of our movements occur through the core after beginning somewhere else.  For instance, in jumping the area of the core will move toward the ground as the arms reach back or up and the legs flex.  Upon forceful extension of the arms and legs the body is propelled upward with the force moving through the core to the blocked arms.  When sprinting, the arms and legs are dynamically moved through out the range of motion in order to develop the velocity of the body, moving the core forward. These ballistic arm and leg movements occur around a generally stable, strong core.  If the core lacks proprioceptive strength, (strength with balance and stability) then energy leakage can occur upon force production or force absorption and the power generated by the limbs and transferred through the core can be lost, resulting in less speed or height generated for an event, routine or technique.  During force reduction, the compensation pattern to accommodate these weaknesses can lead to injury.

In training the core it is important that the many vectors of stress and planes of motion be addressed as the demands of sport occur at high speeds and a variety of angles.  Training the core in the variety of angles needed is similar to the angles of attack in the combative arts.  The attack vectors of martial arts are up and down; diagonal up and down right and left; across the body from right to left and vice versa: and finally straight in, which is unnecessary for core development.

If the core can be trained in these various angles with a variety of implements then it will better be able to withstand as well as transfer the forces needed in preparation and competition.  The labels for the various vectors are as follows:

Straight Down             –             Slams

Straight Up                        –             Scoops

Side to Side                         –             Twists

Diagonal Up                        –            Lift

Diagonal Down            –             Chop

The stances are relatively simple to master as there are 4 basic stances with three levels of difficulty.  There is the lunge stance (kneeling or standing), the squat stance (kneeling or standing), diagonal variations off of each of these and the single leg stance.  To vary the level of difficulty for each all you do is shorten the stance from wide to narrow.  The lunge stance starts out with the foot about 1-2 foot widths wider than or away from the opposite knee.  The next level of difficulty is the foot/knee is on one side of a line and the opposite foot/knee is on the other side of the same line.  The most difficult lunge stance is the one in which the foot/knee and opposite foot/knee are on the same line, as if on a balance beam.  In the squat stance start out wider than hip width, move to hip width and the most difficult stance in order to maintain core stability during a strength movement is with the feet less than hip width.  Needless to say, the single leg stance is the most difficult of all to maintain balance and execute pillar core training.

As for modalities used to implement core training the Keiser Functional Trainer is excellent for the constant variety of speeds and loads at any angle and it has a power output reading.  Most of us are not so fortunate to be able to afford a Keiser, so substitute some light to medium resistance tubing in order to give resistance in the proper ranges of motion.  Medicine balls are excellent in order to mimic the movements in the various vectors and stress the ability to maintain a tall pillar core without arching or collapsing with rotation. The medicine ball can also be thrown to the floor or off of a wall in the various vectors in order to increase the power developed and force transfer through the core.  The most stressful implement to use in core vector training is the water ball.  The water ball is simply a small stability ball with about a gallon or 8.8 pounds of water.  Just get a small piece of tubing and fill the sink with water.  Take the smaller stability ball that is about ¾’s full of air and insert the tubing into the sink, under the water and suck start it in order to start the flow of water.  Insert the tube into the ball in order to siphon the water from the higher sink into the lower ball on the floor.  Keep adding water until about a gallon of water is added into the ball.  During the movements the added water will move about inside the stability ball and cause the core to react and proprioceptively stabilize in order to execute the movements.

Another way to execute core vector training is by using dumbbells and ankle weights and moving the limbs through a variety of movement vectors while beginning with a pillar core in extension on the floor for front side or on a stability ball for back side core.  A 2 – 5 pound dumbbell and 2 – 5 pound set of ankle weights are sufficient for most any athlete.  While on the back, the dumbbell is extended above the head and the opposite leg is extended while the same side leg is flexed at the knee. The athlete will bring the dumbbell and ankle weight up in a long arm and leg movement and meet in the middle for a sit – up type movement.  As the dumbbell and ankle weight are returned to the ground it is imperative the athlete get long through the core but does on arch the back.  The second vector is to move the arm out to “2 o’clock” position and the opposite leg out to the “8 o’clock” position and now execute the same sit – up type movement in a diagonal type vector.  The final movement starts from a totally different position.  The arm is extended above the shoulder straight up at the ceiling while the opposite leg is extended up above the hip in a similar fashion.  The arm moves away from the body toward the “3 o’clock” position and the leg moves away from the center of the body toward the “9 o’clock” position.  Neither the arm nor leg will touch the floor as the core of the body fights to keep the belly button facing straight up to the ceiling.  Do not let the belly button follow the long, straight leg away from center is one cue, the other being to maintain ground contact with both hips throughout the movement.

The same concept can be utilized on a stability ball for the “super man” type of exercise.  However, we will change the vectors and emphasis of motion. Just about everyone is familiar with the “superman” exercise.  However, we will add a dumbbell in one arm and ankle weights as well as provide a different aiming point and cue for technique execution.  Most people will coach and execute the movement by reaching up for the ceiling with the arm and leg.  The optimal execution is to reach the foot and hand for the meeting point between the wall and floor and let the long stable core support the shoulder extension at the deltoid and hip extension at the glute.  The foot should not get higher than the glute and the hand should not get higher than the deltoid.  The cue is to “reach” and get “longer” through the back side core.  The vectors are the normal superman with either the same arm or opposite arm involved.  The second vector is the arm at “2 o’clock” and the leg at “8 o’clock” and the final vector is with the arm at either 3 or 9 o’clock and the opposite leg at either 6 or the opposing 8 or 4 o’clock angles.

Question and Answer for Strength Coaches

What emphasis do you put on core training and when and where does it fit in your program?

Core training is done at the beginning, middle and end of all of our strength workouts performed in the weight room.  At the beginning of our workouts we may do chronic abs which are a series of on the floor sit –ups done either coach directed or at the athletes direction targeting all areas of the abs. We may also do hanging abs, where we hang from the racks and lift our legs, knees or feet up to our stomach, chest or hands in a variety of exercises.  We may also do some swiss ball exercises, some mediball drills or some rubber band or tubing exercises for our core.  I always assign some type of core training prior to the work out in order to awaken and stimulate the core in order to foster correct neural recruitment to protect the core as the heavier exercises are executed.  Years ago it was recommended that no core work be done prior to heavy weight training in order to prevent core fatigue and possible injury.  I have found over the years that some core work at the beginning actually seems to help foster better mechanics during the lifting workouts.

At the end of our workouts we assign more ab/core work and a lot of this is of the weighted or heavier variety.  We repeat our pre workout chronic abs but add ankle weights and a plate or mediball in our hands for extra resistance.  We do burnout sets with the mediball.  We prescribe swiss ball exercises for stability and strength when the athlete is already fatigued.  We do more rubber band or tubing ab drills.  I also have found that if I break up the ab work I can get better compliance from my athletes, especially when it is not coach directed.

Many of the exercises our athletes perform call the core into play.  When an athlete cleans, snatches, squats or does combination lifts, the core is being called upon in order to support and stabilize the load.  Many of our circuit workouts with dumbbells have an extreme core component in the execution of the individual exercises.  In essence, any time our athletes are standing and lifting loads that are in their hands or on their shoulders, their core is involved to some degree.  The higher the load is over their shoulders and the lower the hips are in the movement, the greater the core is being called into play.  Going from bilateral support to unilateral support increases core involvement.  Decreasing the stability of the athlete or increasing the instability of the surface the athlete is on increases the demand on the core.

In summary, the more ways we can target the core, the better we get at just about everything we do.


Is warm-up that important?

Warm – up is a critical component of the training and conditioning process in my philosophy as a coach.  Warm – up will set the tone, tempo and attitude of the individual, group or team for the entire workout.  If the warm – up is slow, methodical, sloppy, half – hearted, mechanical, or non – existent, then the workout,  practice or competition will reflect that type of warm – up.  However, if the warm – up is up tempo, crisp and possesses variety, then the following session will begin will reflect those same attributes.

I try to accomplish several things during warm – up. I want to warm the athletes up.  But, I also want to create suppleness throughout the body, turn the neuromuscular system on, properly prepare the athletes for the workout to follow and progress the warm – up to the point the athlete is ready to handle the stressors of the upcoming workout.  I call this sequence warm – up, loosen – up, turn – on, build – up and workout.

Warm – up consists of a variety of exercises and drills I implement in order to create an athlete that is prepared for the workout.  When I was coming up, warm – up used to consist of “run around the goalpost” or “3 times around the gym” or “give me a lap around the track” and that was it.  Today, warm – up is utilized for pre – hab injury prevention exercises, neural innervation to “turn on” the proper musculature, agility, mobility, core strengthening, joint loosening, balance enhancement, spatial awareness training, as well as building up to the speed, power and strength in the ranges of motion needed in the workout itself.  In other words, as Vern Gambetta queried many times,

“Where does warm – up end and the work out begin?”

The warm – up is crafted based upon several parameters.  The type of workout that will follow the warm – up, the sequence of the previous workout, the warm – up menu for the training period, the demands of the sport and the needs of the athlete.  If the workout is a horizontal speed session, then the warm – up is more like a “track” warm – up, with lots of sprint technique drills.  If the workout is a lateral speed and agility session, the warm –up is designed to prepare the athlete for hip, knee, ankle flexion, rotation and extension at the proper speed and depth.  If the work out is a strength, plyometric, conditioning or work capacity session, then the warm – up will again reflect those differences.

During warm – up I prescribe lots of pre – hab drills in order to foster injury prevention.  Things such as neck for football, multi – planer balance single leg squats and single leg good mornings as well as rubber band walks for ACL protection.  Slide board drills for groin development/protection, hamstring slow speed strengtheners on glute hams, physioballs and with partners to name a few.  Loosen – up consists of dynamic movements to prepare the joints and the body for the full range of motion demands of the workout.  I do not do a lot of “stretching” prior to a training session.  Old timey stretching/flexibility is saved for post workout time.

Turn – on is a reference to incorporating the neural component of the neuromuscular system.  Many of my athletes have been in bed sleeping or sitting in class just prior to the training session.  Many of the muscles have been somewhat dormant and need to be awakened or “jazzed up” for the workout.  The core needs to be addressed, the glutes need to be made to function and on some specific athletes, the abductors and adductors of the hip need remedial work.  I assign specific drills and exercises in order to get these areas fired up and functioning as they were designed.

Build – up refers to the athlete continuing the warm – up to the point in which they are prepared to move at the speed needed for the session and in the manner required for the drills assigned.  If the athlete is doing an agility workout, they need to be prepared to bend, rotate, extend and explode in and out of cuts.  If the training session is a horizontal conditioning session, then the athlete needs to be prepared to run at the tempo required for the sprints assigned.  If the athlete is going from warm – up to the platform, then they need to be ready to pull and rack quality weight with posture, power and technique.

My warm – ups are generally 10 – 20 minutes in length and consist of a variety of drills, modalities, techniques, planes, tempos and ranges of motion.  It is imperative the athlete be prepared for the upcoming session.  I look at it this way.  If the upcoming training session were a competition, would I want my athletes prepared to start fast, with great focus, function and fundamentals?  I think we all would respond with a resounding “Yes!”

Neutral or Natural Spine? Which is Optimal for Health and Performance?

There has been great controversy over the past several years about the position of the spine (specifically the low back) as it relates to optimal performance and long term health.  Is the Lordotic spine healthy?  It seems to function quite nicely for a great many athletes.  What about the Kyphotic spine?  This back position seems to produce the greatest amount of symptoms and problems.  But what about the concept of “neutral” spine, how do we define it, what is it?   Is it braced, drawn in, tail tucked, flat back bowed, arched or what?  How do we attain it?  Why are we so worried about it?  What happens if I don’t have it?  How do I get it?  Where do I find it?  Who invented it?

Let’s look at some definitions.

Another way to look at this concept is the tilt of the pelvis.  In lordosis, the pelvis is rotated forward or anteriorly.  In kyphosis, the pelvis is rotated posteriorly.  In neutral, the pelvis is aligned.  In examining this concept as a performance practitioner rather than a researcher, athletic trainer or physical therapist has led me to some conclusions.  First of all is the pelvic position and the corresponding lumbar spine position resulting in some type of symptom manifesting itself in terms of pain, discomfort, tightness or inhibition of performance.  If so, then I will prescribe some corrective exercises, stretching, foam rolling in order to address the inhibited performance due to pain, discomfort and tightness.  I will also refer this person to an athletic trainer for further evaluation.  If there is no pain, discomfort, tightness or inhibited performance, then why fix it if it ain’t broke?  Most sprinter, hurdler, jumper, power, speed athletes will have a lordotic lower spine.  If they are asymptomatic and pass the intrinsic muscle tests for the pelvic floor and lower core region – then train.  The kyphotic person may need some remedial work, regardless of symptom level if you plan on loading the spine with squats, cleans, deadlifts or other types or resistance exercises that place load through the core.  According to Dr. Stuart McGill, one of North Americas leading experts on the spine and its ability to withstand load a flat lumbar spine will tend to exhibit symptoms or problems much more often under load stress than a lordotic spine.  Extension work for the kyphotic spine will be prescribed in order to enhance the lumbar area’s ability to withstand load.

My concern is the ruckus over the “neutral” spine concept and its application to performance training.  After listening to many experts argue over the efficacy of this concept (it reminds me of the back side of the “drawing in” controversy), reading about this in the various publications concerned with performance and health exercise information as well as coaching thousands of athletes performing literally millions of repetitions over the past 25+ years I have come to the conclude the following observations.  In a nutshell, the “neutral” spine is a manufactured and artificial position for the lumbar region.  The term I feel much more comfortable with is the “natural” spine position.  Here is a practical application of the difference.  Have the client/athlete reach overhead until they feel skinny.  At this point, have them take a big, deep breath and lock it in as if you were going to punch them in the stomach.  While maintaining this core-lumbar position, drop the arms, exhale and drop into a basic athletic position.  This is a natural spine position that is ready to absorb and produce force throughout the core region.  In order to convince the skeptic, have the client/athlete produce a lordotic lumbar spine while in basic athletic position and then press down on their shoulders much in the manner of a resistance squat load.  Repeat this drill with a kyphotic lumbar spine and ask the client/athlete, “ which is better to absorb and produce force?”.  Then, if the client/athlete or colleague is still not convinced, ask them to assume the “neutral” spine position and repeat the drill a final time.  The asymptomatic, “neutral” spine is a manufactured position that is unable to be replicated during the duress of performance.  It also goes against the concept of maintaining pillar core integrity in order to transmit the power generated from the legs into the shoulders, arms, hands or implement with very little flexion, extension or rotation in the lumbar spine, until the mobility of the hips and thoracic region have been exhausted.

Dr. McGill explained this concept to me at a seminar in which in a one on one conversation I had asked him why I was being instructed at a performance center to teach the tail tucked position in training performance individuals.  His first response was “I would have no idea”.  When he laughed and said he would expound upon his point, I knew he was teasing me and asked him to please continue.  He asked me if I would humor him in a little experiment.  I said “sure”.  He then instructed me to assume an athletic position, “tuck my tail” and then react to his instruction for the next 30 or so seconds.  At this time he commanded me to “jump, do a squat thrust, shuffle right, shuffle left, do a quarter turn right, do a quarter turn left, squat, buzz my feet, lunge right, lunge left and get back into position”.  At this point, he asked me what had happened to my lumbar postural position.  I responded that I had no idea.  He stated that was his point – that artificial/manufactured core positions are not practical to teach for performance athletes that are asymptomatic.  In rehab settings in which specific symptoms or deficiencies are being addressed then artificial spine positions are certainly a part of the rehabilitation protocol.   The natural lumbar spine position with core integrity to withstand force in multiple planes as well as transmit force in a variety of angles while still maintaining the ability to respire (without holding your breath) is a huge piece of performance that allow us as coaches and trainers to unlock the power of the legs and hips and express that power in our sports.  This “natural” spine position combined with hip mobility, the skill of disassociation of the hip – shoulder complex and internal coordination resulting in huge force summation creates the physical performances we all long to enhance with our expertise.