Pilates and Obesity; How can I be an effective instructor?

This question was sent as an email, but we thought others might be interested!

Hi Leslie/Melanie,

I love your Pilates Blog, and I have learned lots from it. I have attended Melanie’s workshop in Toronto; she is a great and skillful instructor trainer.
I have a few obese clients that come to take Pilates. What kind of cues or images would you give to them for engaging their Pelvic Floor muscles & Tranversus Abdominis? For clients with soft tissues around the waistline, would you be using imprint position most of the times for them to engage abdominal muscles?
I would like to hear your advice & comments.

Thanks
Jeff

Response from Melanie and Leslie

Hi Jeff:

Thanks for your great question. Melanie sent me some of her best cues, and I have added a few of my own. Here it goes:

When working with obese clients, it is important (as with all students) to give them lots of visual and sensory feedback. They can visualize drawing their abs and pelvic floor muscles in to a point in the center of their pelvic bowl or a couple of inches in front of the sacrum (S2). Advise your client that they should not feel any gripping or rigidity when they recruit their abs properly.

When first teaching them how to find and recruit the pelvic floor, try having the student sit on a stability ball. This way they may be able to feel the muscles of their pelvic floor in contact with something. In this position, they can lean slightly forward or back to feel either the anterior or poster muscles of the pelvic floor working more. This may be a good place to start them out. If the ball is too unstable, have them just sit on a chair and do the same thing.

In addition, you may be more successful sensing if they are, indeed, finding their pelvic floor and transversus abdominis by having them work in a four point (cat stretch, starting position). If you are able (and the client is comfortable), you can place your hands just on the inside of their hip bones (ASIS) to see if they are drawing those muscles inwards and flat. Because gravity is helping you to see if they are drawing up their abdominals when they are in a four point, cat stretch position, this may be a more successful way for you to help give them feedback and “see” what they are doing. They may put their elbows on a box if this is better for their wrists. Because of their own weight, often finding pelvic floor and transversus abdominis in supine is too difficult; the cat (four point) position will help you see (and feel) what their back is doing and help you determine if their muscles are working (i.e. if you see them lift toward their spine, away from the pull of gravity.)

The timing of recruitment is important. You may wish for them to completely relax (allowing their abdominals to “let go”). Then, cue them gently lift their pelvic floor (teach them how to do this sitting on the ball first, as mentioned before). You should see no change in their spine, pelvis or sacrum when they engage their pelvic floor. In addition, you should not feel their back get rigid. Also, when they engage their pelvic floor, ideally, you should see or feel (if you are able to palpate) that the lower abs gently lift in and flatten in the direction of the fibers. If they are very weak, you may, in fact, have to cue them to also think about gently using their tranversus abdominis– often it will fire properly if their pelvic floor is working. Check to make sure that they are not recruiting their obliques prior to their transversus abdomins by noticing if their back gets rigid or if you see them “cinch in” at the waist prior to flattening their lower abs.

Also, keep in mind that doing things in a closed chain position may really help. Give your student more feedback by having them do abdominal work while their arms are pulling down against resistance (i.e. midback work on the cadillac with their legs over an arc). This will do two things; help close the chain, and pre-tension their transversus abdominis to fire. Because the latissimus dorsi, obliques and tranversus abdominis all feed into the thoracolumbar fascia, this can be a great way to “trick” the abdominals into working. You can either have them pull the arm springs down as they do ab prep, for example, or just have them hold tension on the strap (hover arms above the mat with tension) while doing ab work. It is even a great way to have them pick one foot off the mat at a time with their head down, do hip release, do hip rolls etc. If the arm springs are too heavy, you can also tie the flexband around the cadillic upright bars instead.

As always, keep in mind that you will need to be very encouraging to these clients. Refer to the alignment of their bones when correcting them and try to give them a mental image of what by showing them pictures of the muscles and bones or showing them a skeleton. We find that students that are overweight often appreciate being educated about what is happening at an anatomical level. You will have to be aware certain cues may make them feel uncomfortable or seem insulting. For example, constantly telling them to just “pull their abdominals in” when they really don’t feel what you are talking about at a muscular level and, perhaps, already have a complex about their weight, will be very discouraging to them. I expect you are already keen to this, since you are working to find other ways to cue.

We hope these few ideas will be helpful! Thanks for reading our blog; we love the great questions and look forward to hearing if others have any great ideas too!

Thanks, Leslie and Mel

Pilates and Posture: Kyphosis-Lordisis

One of the classic postural types is called Kyphosis-Lordosis. Characteristically, Kyphosis-Lordosis is a posture in which all the natural curves of the spine are exaggerated.

As seen above, the figure on the left side has increased the curve in the neck (hyper-extension), displacing his head into a forward position; notice the figure’s chin on the left is forward of his sternum, unlike the figure on the right where the head is erect and the chin is in-line with the sternum. In addition, the curve of the upper back (thoracic spine) on the left is more pronounced (increased kyphosis) and the shoulders are rounded forward. Likewise, the curve of the lower back (lumbar spine) is also exaggerated (hyper-lordodic). The exaggerated curve of the lumbar spine is accompanied by a tipped pelvis (anteriorly tipped).

In this set of pictures below, you can see the shape of the bones more clearly. Although the figures are facing the other direction from the figures above, you can compare the curves of the spine and position of the head and pelvis more clearly here. The figure on the right displays the ideal curves while the figure on the left displays Kyphois-Lordosis

So, what can be done in pilates to help offset this particular postural alignment?

First, you must understand what muscular imbalances are associated with this posture.

Because of the position of the head and neck, a small pad or other prop may need to be place behind his or her head during all exercises that are conducted on their back (supine). This will help to keep the head and neck in a more ideal posture. In addition, the individual may need to work in an imprinted position more frequently than in neutral. He or she may be able to eventually work in a neutral position as they become stronger.

Take a look, again, at the curve in the lower back. Notice how the muscles of the lower spine are shortened and the muscles on the front side (the abdominals are lengthened.) This individual will need exercises that encourage he or she to lengthen the tight lower back muscles and recruit the weak abdominals.

It is imperative that a student with lordosis of the lumbar spine, learn to use their abdominals to support their back instead of their hip flexors or hip extensors. In other words, often new students with a lordodic tendency (hyper-extension of the lumbar spine) try to use gluts (bum) or muscles in the front the hip to control their back. Because of this tendency to recruit the wrong muscles, they tend to remain unable to control their back even after years of trying to do “abdominal specific” work.

Here are a few exercises you can do to promote good balance of the abdominals, hip flexors and gluts and lengthen the lumbar spine.

First, Practice lengthening the lumbar spine correctly. Here the student is lying on their back with her legs relaxed over a pillow. She is gently elongating her back into the mat (you can slightly see how the purple waist band is tipped toward her belly button in the second photo), so that the curve in her lower back diminishes (i.e more of her low back touches the mat) . It is important to make sure that your abdominals are moving your back instead of your legs. Any gripping in your back muscles or legs indicates that you may not be finding your core muscles correctly.

sit-up:

Now, try to go into a sit-up position without gripping your legs and back. You are trying to keep your back from moving into a bigger curve (i.e. arch away from the floor.) Your movement may be very small. It is important that you train you abdominal muscles to bring your upper body off the floor instead of changing your lower back or using your legs.

Dead Bug:

Finally, see if you can keep your lower back lengthened on the mat (using your abdominals, like you did in the first exercise) and pick one foot of the ground without arching your back away from the floor. If this is too hard, imprint. Alternate legs.

It is also important to teach the upper back muscles (erector spinae) to learn how to extend the upper back. Take a look at the picture of the skeleton above. Notice how the upper back is rounded, this prolonged posture makes the upper back muscles very weak and the muscles on the front side of the chest very tight (the pecs). So, it is important that this individual learns how to move their back out of this curve, open their chest and work the weak upper back muscles.

Here are a few exercises you can do to promote extension of the upper back without creating unwanted hyperextension of lumbar spine:

Turtle:

Finally, because of the way the pelvis tips, the muscles in the front of the hip can become really short and tight. Conversely, the muscles on the opposite side (the bum and hamstrings) are really weak. Take a look at the little girl’s stance below. Because of the angle of her pelvis, you can see the distance between the front of her hip bone and thigh is very short.

Here is a good exercise to open the hip and, simultaneously, use the gluts and hamstrings:

Bridge

All of these exercises are best done under the supervision of a certified pilates expert.

Pilates and Posture: What is ideal?

Yesterday, one of my new students asked me if I thought Pilates could help their posture, and I told her that over the last ten years, I have seen countless numbers of students radically improve their posture through pilates. So, she asked me to analyze her posture and suggest exercises that would be most beneficial for her to do. Of course, I did this for her, and she was able to leave the lesson with five or six things that she could focus on while working in group classes and on her own.

Later, I realized that this would be a great topic to focus on for our blog. So, here is my first entry about Pilates and Posture. Today, I will talk about what is commonly considered “Ideal Posture.” An ideal posture (or standard posture) is something that we strive for.

In general, ”good posture” is one that promotes overall balance for all the joints and organs and minimizes stress and strain throughout the body. Good posture allows joints to glide and move as they were meant to, minimizing unwanted grinding or sheering. Good posture also is “conducive to good alignment of the abdomen and trunk, so that the chest and upper back are in a position that favors optimal function of the respiratory organs” (Florence Peterson Kendall, PT)

As seen in the profile picture below, the spine has its’ normal curves, the pelvis is level (the two hip bones in the front (ASIS) are on the same plane as the pubic bone), the hip joint is centered in the socket and the thigh bones are stacked directly over the bones of the lower leg (tibia and fibula) and the head sits balanced on the spine so that there is a slight (lordodic) curve in the neck and the chin sits in line with the sternum.

 

The back view of an ideal posture, seen to the right, shows the head balanced (neither tilted or rotated), a straight neck, level shoulders and shoulder blades, a straight spine (right and left sides of the trunk are symmetrical), level pelvis and neutral hip joint and knees. The toes are pointing slightly outward.

 Since there is a direct coorelation between the static alignment of the bones and the balance of the muscles which attach to them, pilates exercise can be used as means to change posture. In order to do this effectively, one’s posture should first be analyzed for deviations that appear different from the standard posture. Then, a qualified instructor should be able to select exercises that help to lengthen or strengthen muscles that contribute to the postural deviation. In addition, the instructor needs to be able to successfully guide the student through the exercises, using props or modifications as needed, in order to ensure that the student is effectively changing their habitual movement pattern and using the correct muscle groups throughout.

Stay tuned for more entries about posture and learn about the three classic postural types and which pilates exercises may be most beneficial to focus on in each case.

 

 

Happy hamstrings: What is the best way to stretch?

Having good hamstring length is important for all athletic endeavors and to comfortably do regular every day activities; to bend over to tie your shoes you will need elongated hamstrings. Without lengthened hamstrings, undue stress and strain may occur in the back, hips and knees.

Commonly, people know static stretches to build passive hamstring length. An example of static hamstring stretching would include lying your back while your instructor holds your leg in the air.

 

This photo illustrates a static stretch for the hamstrings using a wall to support the leg rather than a person

 

Static stretching will encourage the muscles to relax in order to create elongation, however, because the stretch is done passively, it may create an imbalance with the opposing muscle groups, make the muscle less sensitive to neural messages sent to the it by the brain, which diminishes its’ ability to generate force, and reduce blood flow in the stretched muscle. Therefore, static stretching is not considered a wise way to stretch prior to strenuous activity; a static stretch should only be held for 6-30 seconds, and should be done only preceding a gentle activity.

 

A dynamic hamstring stretch, conversely, involves actively taking the muscle in and out of a stretch. Since good flexibility is specific to body position and speed, a dynamic hamstring stretch will lengthen the muscle, but also prepare it for quick, ballistic and/or explosive activity. Consider when a soccer player kicks a ball or a martial artist kicks an opponent, he or she requires long muscles that can respond quickly in a variety of positions. In addition, since dynamic stretching increases blood flow to the muscles, it is an ideal way of stretching to prepare the muscles to be able to lengthen during a variety of situations- from playing sports and to doing other daily activities as gardening or picking up heavy objects. Training your hamstrings to stretch dynamically can greatly diminish the risk of tears and other injuries.

There are numerous exercises on the pilates reformer that can be used to dynamically lengthen the hamstrings. Here are three great exercises that can help you create long, strong and responsive hamstrings.

Feet in straps:

 

 

 

 

 

 

 

 

 

 

 

 

 

 

The back is stable against the carriage using the abdominal muscles, and all the muscles of the legs are active (gluts, hamstrings and quadriceps) to maintain the extension of the knees and to create resistance against the straps. When the legs are brought towards the body, the hamstrings are elongated, but the opposing muscle groups are active and the spine and pelvis are stable. This exercise begins slowly and can progress to a faster pace (still with control), 8-10 times.

Elephant:

During elephant, the gluts and hamstrings actively work to press the carriage out, simultaneously, the spine is supported in a neutral position. Then, the carriage is pulled in by using the hip flexor muscles. Notice that the upper body remains completely stable while the movement occurs at the hip joint, as if it were a hinge. This exercise begins slowly and may progress to a quicker pace (still with control), 8-10 times.

Front Splits standing on the floor:

 

 

 

 

 

 

 

In this exercise, the front leg is straightening to push the carriage out and bending to pull the carriage back in. The quadriceps are working to straighten the knee creating a hamstring stretch, then the hamstrings are working to pull the carriage back in. This exercise begins slowly and can progress to a quicker pace (still with control), 5-8 times.

All of these pilates exercises should be executed under the guidance of a certified pilates instructor.

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

What, exactly, is “the core?”

It’s surprising to me how common the term, “the core”, has become. I hear people talk about it all the time. “I’m going to pilates to work on my core,” or “I think my core is really weak.” But, what exactly is “the core?”

Specifically, “the core” is describing the joints (articulation of two bones), ligaments and muscles that stabilize the rib cage, middle and lower spine, sacrum and pelvic region. When we exercise, “the core” refers primarily to the muscles that control or stabilize this region.

Imagine your trunk, specifically the region from your ribcage to your pubic bone, as a three-dimensional cylinder. If you wrap a large sheet of paper around your trunk, you would have the sides of the cylinder. Then imagine, if you could put a top on the cylinder just under your rib cage and a bottom on the cylinder underneath your sit bones and pubic bone (as if you were sitting on it.) This is the area that is your core.

The core muscles around this region need to co-activiate in order to create and maintain intra-abdominal pressure. That’s seems technical, but mostly what it is saying is that all the muscles in this region that are close to the bones need to work together to create the right amount of pressure to create stability in the trunk. This stability is important because without it your joints and discs are allowed to move too much. Too much movement at any particular joint will create unwanted sheering and will not allow the loads of weight bearing and movement to be transferred between the trunk, pelvis and legs effectively.

Now, imagine you are a long distance runner and every time you move your legs to take a stride, one or two parts of your spine move more than the other parts. In essence, you “give” too much at one or two joints thus creating a lot of friction and sheering at these regions. Over time, these joints will begin to break down, and you may end up with spinal degeneration (i.e. facet syndrome, spinal stenosis, degenerative disc disease).

The primary muscles of your core (that make up the imaginary cylinder) are the pelvic floor (the bottom of the cylinder), the transversus abdominis (the front and sides of the cylinder), the diaphragm (the top of the cylinder), the multifidis (the back of the cylinder) and some of the deep fibers of the psoas muscle.

Learning how to use these muscles correctly during exercise will help develop your core strength and minimize injuries to your spine and pelvis. Cool, huh?

Stay tuned for more information about core stabilization and exercises that help you strengthen it most effectively!

See a pelvic rotation? Check out the tensor fascia latae.

Hello all!

I have made an interesting discovery lately with two of my students. I thought others might have had similar experiences, and I would love to hear more about what you think!

I work with one gal that has a clockwise pelvic rotation. She has a history of left knee pain and burning along the peroneal nerve on the same side. In addition, her left femur is medially rotated. She believes that some or all of this may be attributed to a ski accident over 20 years ago.

At any rate, over the last month, we (she and I) have made an interesting discovery. It seems that most of the rotation and pain in that leg is due to the fact that she constantly grips her left TFL (tensor fascia latae) and possibly iliacus.

So, we discovered that whilst pushing out in from the bar in footwork she grips in her hip (thus medially rotating her hip and causing the clockwise rotation) instead of using her adductors or quadriceps on that leg. It is really interesting. Even when lying supine with her knees bent and a fitness circle or ball between her knees, she uses these muscles instead of her adductors! As soon as she stops doing it, her pelvis looks symmetrical.

Then, I realized that I had another student that was doing the same thing, and believe it or not, the same results occured. It is really exciting.

I would love to hear if anyone else has had a similar experience.

Leslie