Pilates with Kierstin! Split Lunges

Kierstin Elliott

Exercise: Split Lunges

Set Up: Stand with right foot in front and left in back, hip distance apart. Pelvis should be square to the front. Weight is primarily in the front foot while the back heel is lifted acting as a kickstand. Hinge forward from the hips slightly to maintain neutral pelvis.

Execution: Inhale to bend both knees as you angle the tailbone to the back wall sitting back into a squat-like position- keep lengthening through the spine. Exhale to stand following the same forward angle that keeps the crown of your head in line with the back heel, squeezing gently into your right glute. Repeat 10x and switch to left foot in front.

Focus: Primary focus is the right glute. Keep front knee stacked over ankle the entire time. Be sure to maintain length in lower back while keeping lower abs engaged. Taper ribs toward hip bones while keeping hips square/level.

Importance: Great exercise for glute strengthening, balance, and stability.

Modifications: To make it easier, use a chair, or wall to hold onto until balance improves. To make it harder, add free weights to incorporate some arms simultaneously, or simply transfer weight solely to front leg as you stand floating the back leg off the floor for a little extra balance challenge!

Saggy Jeans and Tailfeathers: How Your Pelvic Positioning Affects Your Body

animal bird blue bright
Photo by Pixabay on Pexels.com

Joanna Hess PT, DPT, PRC, WCS

Wait! Marie Kondo has you throwing out your favorite jeans because the joyless saggy bottoms that your tushy cannot manage to fill out? We are seeing an epidemic flat butt among mamas, plumbers, barre fanatics, and office workers—all with strangely similar symptoms—pelvic floor dysfunction, low back and sacroiliac pain, and a tucked under pelvis. In this blog we will explore why the position of the pelvis, the maker of flat butts and the maker of less flat booties, is important and how to more easily move out of this position for benefit beyond your behind.

Besides needing a new wardrobe, why should I care about my flat bum?

The flat bum or preference towards posterior pelvic tilting shrinks the distance between the front and back of pelvic outlet which changes pelvic floor muscle tension. The body needs access to the full range of the pelvis and pelvic floor muscles. Over time, this position could cause excessive pelvic floor activity to compensate for the loss of resting tension. Think of the pelvic floor muscles simplified as a rubber band between two points, the pubic bone and tailbone. When the distance between the two points decreases, the rubber band loses its stability from resting tension. Changes in pelvic position alters stability from the pelvic floor muscles. This posterior pelvic tilt position also decreases the accessibility for hip extension and therefore the upper glute muscles get sleepy. As the top of the pelvis moves back, the sacroiliac joint in the low back opens and decreases its bony stability. Translated into everyday life, the flat butt position increases the potential for incontinence, pelvic floor muscle tension, sacroiliac pain, and decreased efficiency in movement.

The Flat Bottom. Only in the eye of the beholder?

Pelvic floor and tilt

The disagreement of the “neutral pelvis” or zero-point causes confusion when describing pelvic tilt—anterior pelvic tilt, posterior pelvic tilt, and neutral pelvis. Some argue that the neutral pelvis is when the ASIS’s (front hip bones) are level to the PSIS (back butt dimples). Others say that the pelvis is neutral when ASIS’s are in the same plane as the pubic bone. Or for those with X-ray vision, pelvic tilt is the vector of the sacral angle at S2 in relation to the vertical axis. But often, neutral pelvic position is subjective to the observer and relative to other parts of the body—namely the spine/rib cage and thigh bone. Clinically, this “neutral pelvis” is hard to find because 1) pelvis’ are shaped very differently, 2) left and right pelvis on the same person can also be quite different, 3) feeling these bony landmarks have been shown to be remarkably unreliable, 4) the neutral pelvis should be on top of vertical thigh bones. See how the eyes can be tricked confusing spinal curve focusing on pelvic tilt without also including rib position.

Rib pelvic alignmentThe inability to move in and out of posterior pelvic tilt and anterior pelvic tilt decreases efficiency and possibly results in pain and instability. Anterior pelvic tilt is when the front part of the pelvis moves forward/down. Posterior pelvic tilt is when the front part of the pelvis moves back/up. A neutral pelvis on top of vertical femurs and happy rib cage should correlate with better muscle performance.

Do I have a flat butt?

Aside from the saggy jeans, the flat butts of the world have a few other correlations.

1. The Tailfeather Test: Stand comfortably and squeeze the gluts.

a. Neutral pelvis: Thigh bones rotate.

b. Posterior tilt-ing pelvis: The butt will further tuck under and mainly access the lower glutes.

c. Anterior tilt-ing pelvis: The pelvic floor muscles will do most of the work.

2. You bear weight more in the heels

3. Back of your rib cage is behind your pelvis

4. Your Thigh bones are angled so that your pelvis is front of your knees

5. Your lower belly pooch

6. You Sit with pressure more on the sacrum/tailbone vs. sit bone

7. You have Overactive and possibly overworking pelvic floor muscles—the front to back pelvic distance decreases with your posterior tilted pelvis and loses the resting tension from length. As described earlier, this is similar to tensile strength of a slightly stretched rubber band vs. rubber band without pull/tension. Therefore, your pelvic floor muscles have to work harder to keep some type of tension for purposes like continence, stability, etc. The inability for the pelvic floor muscles to work optimally can lead to incontinence, pain, and constipation.

9. You have Breathing and abdominal pressure problems

10. You have Sacroiliac joint pain. As the pelvis tips back, the sacrum moves away from the ilium decreasing the bony stability. The hip muscles have to work harder, but as felt in the Tailfeather Test, the glut muscles aren’t in a good place to work.

Is there a better fix than butt implants?

Bodies have and love variability for posterior, anterior and “neutral” pelvic positioning. The brain likes positions where muscles and nerves work with ease and stability—life shouldn’t be so difficult—but it needs the chance to choose and learn it. Folks working with bodies have traditionally “corrected” spinal curves by changing pelvic position. From what has already been discussed, spinal and pelvic position can be altered many different ways—from the changing weight-bearing area in the feet, to position of ribs and range of breath, and even head angles with visual and vestibular input. Consider these hacks into pelvic stability until the brain learns how to access this stability in many situations and positions.

1. Standing. Bring your chin down to your neck and keep looking down until you see the front of your ankles. You’ve just untucked your pelvis and brought your ribs over your pelvis. This one is courtesy of my colleague, Stephanie Stamas. Or check in to feel where the weight is going through your feet. The front to middle of the foot is a good place to start and then do the Tailfeather Test. You might have to toggle other parts of the body because of how the body will compensate in the chain.

2. Sitting. Get your hips as far back as possible. Or put a pillow in the back of the chair so that your hips can find the pillow and you are sitting on top of your sit bones. Then, relax the trunk into the seat back/pillow. Again, you’ve untucked your pelvis and brought your ribs over the pelvis.

3. Better squats/lunges/burpees/stairs/ab work. You can do 5 sets of 20 squats, but still no junk? Take care to see if your pelvis is tucking under in the movement. If so, use an inhale to keep the pelvic floor lengthening as your hips bend in movement. Later, the movement should be dissociated with breath pattern (as long as you are breathing.)

4. See a physical therapist. Often times, the habits of pelvic tucking are a little more complicated because it is a protective and compensatory mechanism for stability. A physical therapist can help with seeing the bigger picture and how different parts of the body relate to each other. They can also help facilitate better movement through manual therapy and specialized movement.

Good luck with the joy sparking!

Sacroiliac Joint Dysfunction

Pelvic 3

By: Kaitlyn Parrotte, PT, DPT, OCS, CFMT

What is the sacroiliac joint?

You’ve probably heard of SI pain, but what is the SIJ and what can we do if something goes wrong?

The sacroiliac joint (SIJ) connects the sacrum, the wedge-shaped bone at the bottom of the spine, to the ilium, which is one of three bones that make up each half of the pelvis. (1) The sacroiliac joint is designated as a diarthrodial joint, which means it is a moveable joint that is surrounded by connective tissue. (2,3) Each joint is supported mainly by ligaments that lie in front and behind it, that are made up of strong, threadlike types of connective tissue. Stability is also enhanced through ligaments that connect between the spine and the sacrum (sacrospinous ligament), and the sit bone and the sacrum (sacrotuberous ligament). (2)

The SIJ helps us to walk and change positions by being stable enough to move weight from the spine to the legs, while allowing for a small amount of movement between the spine and the pelvis. This small amount of movement between the spine and the pelvis is also important as it allows for the pelvis to expand to make childbirth easier. (2,4) These functions can occur due to the unique design of the SIJ.

According to a well-known researcher named Andry Vleeming, the SIJ gains its stability in one of two ways: through form closure or force closure. Form closure refers to the stability provided by the bony surfaces of the sacrum and ilium, which fit together like a puzzle. You may use this type of stability, for instance, when you are lifting a heavy box, or pushing a very full cart of groceries; you want your SIJ to be as immobile as possible so your trunk can be stiff and rigid, allowing you to move a heavy load without overstressing any muscles in your back. Force closure describes stability occurring through the ligaments and muscles around the joint; this allows for more movement to occur. For this type of stability, think salsa dancing. In salsa dancing you need a great deal of hip and pelvic movement; however, you need those movements to be in control so you can move with precision along with the quick beat of the music. (5-7)

 

What is sacroiliac joint dysfunction?

Sacroiliac joint dysfunction (SIJD) is a common cause of low back pain, accounting for up to 40% of cases of nonspecific low back pain. (4,8) It can occur in any population: males and females; those with a sedentary lifestyle and those who are athletes. However, there seems to be a slightly greater occurrence in women, with the theory being that since the joint surface in women is smaller and less curved, the SIJ may become dislodged more easily. (2,4) SIJD can have a negative impact on quality of life, from being less active to having a financial impact. For instance, indirect health-care costs associated with low back pain range from $7-$28 billion per year, and individuals lose an estimated 5.2 hours of work time per week. (4)

The origin of SIJ pain is unknown; however, factors that may contribute include fractures, ligamentous injuries, or inflammation that occur with excessive stress to the SIJ. (8) Risk factors for developing SIJD include abnormal walking patterns, differences in leg length, scoliosis (abnormal curvature of the spine), heavy physical exertion, trauma, pregnancy, and back surgery. (8) Presentation of symptoms can vary quite a bit; however, individuals with SIJD often present with achy low back pain that can make it difficult to find a comfortable position. Pain may worsen with running, climbing stairs, or standing from a seated position. Also, if pain is truly coming from the SIJ, a person will not experience symptoms down into the leg, as is seen with sciatic nerve involvement. (4)

 

How is SIJD diagnosed?

SIJD can be very challenging to diagnose due to the complexity of the joint itself, as well as the variation in pain patterns that can be seen; thus, if you visit a healthcare provider, you may find he or she performs an array of components in an examination. Many individuals have tenderness with touch over the joint; this can help a healthcare provider rule in SIJD. (2,8). Also, various orthopedic tests can be performed that put stress on this joint, such as by putting a person’s trunk or leg in a certain position to see if it recreates symptoms. (2) Imaging can be performed in this area, but it rarely provides clear information that can help make a diagnosis; however, a doctor might recommend it if there is a concern for infection, inflammation, fracture, or other more serious conditions. (2) Injections into the SIJ itself can also be used to help diagnosis this condition, and are shown to be one of the single-most definitive diagnostic tools available. (2) Overall, effective diagnosis for dysfunction at the SIJ requires the use of multiple tools to help increase the accuracy of the condition being ruled in or out.

 

How can this impact function? Why does it matter?

It is hypothesized that SIJD can have such a significant impact on quality of life because it results in inadequate stability at the joint during movement. If the SIJ is unable to maintain an optimal level of stability, then excessive stresses will likely be placed on surrounding structures and tissues when each leg has body weight going through it. This can lead to other areas of pain, and potentially start the process of degeneration. (4) A recent research group looked at the impact of SIJD on a simple, but common functional task of rising from a chair. They found that in individuals with SIJD, there were significant differences in the amount of weight a person was putting through the leg on the painful side, as well as in the amount of bend at the hips when sitting. They also found that when individuals began to rise from a chair, muscles on the side of SIJ did not turn on right away, which means the muscles were not helping to keep the SIJ from moving too much. (4) Thus, this condition can make it challenging to use the body efficiently due to pain and weakness, which can negatively impact function throughout a given day.

 

What can physical therapy do?

Once a person is diagnosed with SIJD, what can be done? Research has shown that non-surgical treatment, such as physical therapy, can be very beneficial for someone with SIJD. If you see a physical therapist, you will likely receive some variation of joint mobilization and exercise, which is shown to help achieve significant improvements in pain, function, alignment, and muscle control. Exercise programs that emphasized pelvic stability through core, pelvic floor, and gluteus (hip and buttock) exercises, as well as increasing the strength of hip rotator muscles, decreased pain and decreased reported disability after a range of 8-12 weeks. (8,9) In other studies, an exercise program that focused mostly on gluteus maximus strengthening was utilized, since this muscle is considered one of the primary stabilizers of the SIJ. The exercises in these programs included bridging, single leg bridging, hip extension on hands and knees, fire hydrants, deadlifts, and single-leg squatting. In these studies, participants reported less pain after the course of treatment, demonstrated increased muscle strength, and returned to normal daily activities. (10,11) While there is no set exercise protocol established at this point, a strengthening program, with or without a home program, is a mainstay for treating this condition, and results in improved function.

 

Are there other treatments?

In some cases, physical therapy alone is unable to resolve the issue. In these situations, a patient may be given an injection of corticosteroids to decrease inflammation, in or around the SIJ. Prolotherapy is also sometimes used in this population to help reconstruct or regenerate damaged or weakened connective tissue. While it is helpful to know what other options are out there, it is important to note that the research in these areas is continuing to develop, and there is no consensus on dosage or who is the optimal candidate. (2)

 

Conclusion

The sacroiliac joint is a complex joint between the back and the pelvis, that allows for minimal mobility, and is required to maintain stability between the trunk and the legs. It can become painful due to direct or indirect trauma, which can have a significant impact on function and quality of life. While diagnosis can be tricky due to the wide variety of symptoms, research is finding that conservative care through physical therapy can make a significant difference by promoting optimal alignment and stability. If you or someone you know is struggling with sacroiliac joint dysfunction, make an appointment with a physical therapist today to help improve function. Feel free to contact our office at 212-354-2622, or visit our website (www.beyondbasicsphysicaltherapy.com) for more information!

 

 

Sources:

1. Ullrich, Peter F. “Sacroiliac Joint Anatomy.” Spine-Health, www.spine-health.com/conditions/spine-anatomy/sacroiliac-joint-anatomy.

2. Peebles R, Jonas CE. Sacroiliac joint dysfunction in the athlete: diagnosis and management. Current Sports Medicine Reports, vol. 16, no. 5, 2017, pp. 336-342.

3. “Diarthrodial Joint.” Biology Online, www.biology-online.org/dictionary/Diarthrodial_ joint.

4. Capobianco RA, Feeney DF, Jeffers JR, et al. Sacroiliac joint dysfunction patients exhibit altered movement strategies when performing a sit-to-stand task. The Spine Journal, 2018, DOI: https://doiorg/10.1016/j.spinee.2018.03.008.

5. Vleeming A, Stoeckart R, Volkers AC, et al. Relation between form and function in the sacroiliac joint. Part I: Clinical anatomical aspects. Spine, vol 15, 1990, pp. 130-132.

6. Vleeming A, Volkers AC, Snijders CJ, et al. Relation between form and function in the sacroiliac jt. Part II: Biomechanical aspects. Spine, vol 15, 1990, pp. 133-136.

7. Vleeming A, Schuenke MD, Masi AT, et al. The sacroiliac joint: an overview of its anatomy, function, and potential clinical implications. J Anat, vol 221, 2012, pp. 537-567.

8. Al-Subahi M, Alayat M, Alshehri MA, et al. The effectiveness of physiotherapy interventions for the sacroiliac joint dysfunction: a systematic review. J Phys Ther Sci, vol 29, 2017, pp. 1689-1694.

9. Albright J, Allman R, Bonfiglio RP, et al. Philadelphia Panel Evidence-Based Clinical Practice Guidelines on Selected Rehabilitation Interventions for Low Back Pain, Physical Therapy, vol 81, n 10, 2001, pp. 1641–1674.

10. Added MAN, de Freitas DG, Kasawara KT, et al. Strengthening the gluteus maximus in subjects with sacroiliac dysfunction. International Journal of Sports Phys Ther, vol 13, n 1, 2018, pp. 114-120.

11. Yoo WG. Effect of the single-leg, lateral oblique, decline squat exercise on sacroiliac joint pain with knee pain. J Phys Ther Sci, vol 28, 2016, pp. 2688-2689.

Pilates Blog: Centering

Denise Small, PT, DPT

In today’s Pilates blog, we are going to discuss the basic principle of Centering.  Pilates used the word centering to refer to the “core” musculature.  He believed that all movements should radiate out of the core for maximum stability.  There is a lot of use of the word “core” in exercise literature. However, no one ever discusses what that actual means. In the Pilates method, the “core” refers to the diaphragm, the pelvic floor, the deep spinal muscles, and the transverse abdominus.  The transverse abdominus is a deep abdominal muscle that is attached to our pelvic bones in a horizontal fashion, from one hip bone to the other. One way to find these muscles is by breathing, as all the core muscles are attached to the diaphragm and ribs via fascial connections.

Try this exercise to find your “core.”  Lie on your back with your knees bent. If you need, you can have a small pillow under your head for support.  Now, imagine that you have a small, helium filled balloon in your abdomen behind your navel.  As you inhale see the balloon expand. As you exhale, imagine the balloon being hugged by your navel and your spine, simultaneously.  On your next exhale keep that image of hugging the balloon as it floats up into your ribcage.   This image incorporates the three dimensions of our torso, aka the “core” of our body.

ballon

There is no need to think of contracting individual muscles. Just keep this vision in mind and you will have a wonderfully functional core.  Go over this exercise with your PT in your next session, or come see me for a private session at Beyond Basics. Your body, and your core, will thank you!

Why Do I Still Look Pregnant: Part II

Fiona McMahon, DPT

Diastasis-Recti-Repair

Diastasis recti (DR) can be the bane of many women who are trying to decrease the size of their stomach following pregnancy. DR occurs when the two six pack muscles (rectus abdominus) separate from one another, leaving the appearance of visible gapping and bulging of the stomach, creating the look of a belly or paunch. We most commonly see DR following pregnancy; however, it can be seen in men and women with abdominal obesity, children with bowel issues, and people who have undergone abdominal surgery. Aside from its cosmetic effects, DR can also cause problems with the low back, bowel, and bladder.

Most physical therapists are trained to recognize and treat the musculoskeletal components of DR. We know to release the tight structures that are preventing the full closure of the abs, we correct alignment to reduce pull, we use sports tape to encourage the abs to activate, and we strengthen our patients’ core. It usually works wonderfully, but what if it could work better?

Staff physical therapist and resident “thinker outside of the box”, Melissa Stendahl, PT lead an inservice earlier this May to instruct the crew at BBPT on how to incorporate visceral mobilization to improve the results of traditional DR treatment.

 

If DR is a dysfunction of the musculoskeletal system, why treat the viscera?

In pregnancy the uterus grows and as it enlarges and becomes an abdominal organ. The intestines don’t have much say when this happens and get pushed behind the uterus in order to accommodate their new neighbor. After pregnancy the uterus returns to her old home, however the intestines may remain “sticky” from the trauma of being squashed by the uterus, leading to pull on the abdominals from the inside, which prevents the full closure of the abdomen. By treating the organs (AKA the viscera) we can help reduce one more factor impeding the full closure of the abdominal muscles.

How do I know if my organs are playing a role in the failure of my diastasis to close?

Some of the signs of visceral involvement with DR include low back pain, left sided sciatica, lower extremity joint pain, distention or bulging of the lower abdomen, difficulty digesting raw vegetables, and weakness in the lower extremity following workouts, secondary to reduced bloodflow.

What type of results can I expect from visceral mobilization?

According to Brandi Kirk, pioneer of this approach for DR, resolution of DR using visceral techniques can take from 12 visits to 1 visit depending on the severity of the separation.  She was able to demonstrate in her visceral mobilization class the following closures:

 

Class 1

Patient Diastasis Width Before Diastasis Width After
A 2 finger widths 0.5 finger widths
B 3 finger widths 0.5 finger widths
C 1 finger widths 0 finger widths

 

Class 2

 

Patient Diastasis Width Before Diastasis Width After
A 2 finger widths 1 finger widths
B 3 finger widths 1.5 finger widths
C 2 finger widths 0.5 finger widths

 

If you have struggled in closing your diastasis independently or are experiencing some of the symptoms mentioned above, it is time for a little extra help. Come see the physical therapists at Beyond Basics, who are trained to give you the most complete treatment for your DR. You deserve it!

Mythbusting at Your Core

Did you know that…

The core is not only made of abdominal muscles?

You don’t have to activate your core?

A straight spine is not a good spinal posture?

In his recent “17 Core Stability and Posture Myths That Annoy Me Greatly” post on his blog The Physio Detective, Australian physical therapist Anthony Lo debunks a number of myths about posture and your core muscles. As physical therapists, these are of course things that we know to be true, but when it comes to these important parts of your body, many people outside of the field are not only sharing but perpetuating incorrect facts about them. Lo does an excellent job of bringing the myths to the forefront so non-physical-therapists can educate themselves, too! Take a look at his list and read closely to ensure your continued health and alignment!