Erik Dalton, PhD., creator of Myoskeletal Alignment Techniques, explores sacroiliac joint syndrome and shares techniques for hip and back pain.

In this article we’ll explore hands-on techniques for hip and back pain.

In the early 20th century, sacroiliac joint syndrome (SIJ) was the most common medical diagnosis for low back pain, which resulted in that period being labeled the “Era of the SI Joint.”

Any pain emanating from the low back, buttock or adjacent leg usually was branded and treated as SIJ.

However, this medical mindset came to a screeching halt in 1934, when Jason Mixter, MD (1880–1958), published an article on the intervertebral disc in The New England Journal of Medicine. (Parisien RC, Ball PA. William Jason Mixter (1880-1958). Ushering in the “dynasty of the disc.” Spine Nov. 1998;23(21):2363-6.)

His landmark report challenged the popular understanding of sciatica and helped establish surgery’s prominent role in the management of sciatica at the time.

Throughout the years, discectomy surgery has increased in popularity, causing many to define this period as the “Dynasty of the Disc.”

SI joint syndrome continued its fall from fashion due to the lack of reliable clinical studies confirming its very existence.

Although many manual therapists quietly continued treating this disorder with some success, no one was able to put forward a convincing biomechanical theory explaining how the sacrum becomes stuck “crooked” between the two innominate bones.

Physicians were reluctant to envision a joint with so little movement causing so much pain, while manual therapists countered that its limited motion was vital to proper lumbar spine functioning.

Since most SI joints only move about 2 to 4 millimeters during weight bearing and forward bending, they are described as a gliding-type joint. This motion is quite different from the hinge-type articulation at the knee or the ball-and-socket motion of the hip.

Considered a viscoelastic joint, the SI’s major movement comes from ligamentous stretching (Figure 1). Therefore, its primary function within the pelvic girdle is to provide shock absorption for the spine by stretching in various directions.

Figure 1

When sacroiliac joints work in perfect harmony with the third bony articulation of the pelvis (symphysis pubis), a marvelous self-locking mechanism develops that helps us walk. Aided by power generated by the hip abductors (gluteus medius/minimus, tensor fasciae latae and piriformis), the pelvic joints brace the weight-bearing side during gait.

This locking system, termed force closure, allows smooth transference of body mass from one leg to the other (Figure 2).

Figure 2

Although no muscles directly bind down the three pelvic joints, when working synchronously with the SI ligaments they provide the pelvis—“the great adapter”—with a remarkable antigravity spring system that can absorb both ascending and descending forces (Figure 3).

Figure 3

Sacroiliac pain tends to be low down, often more to one side, and often extends into the buttock, the back of the thigh and sometimes the calf. It can start suddenly, but tends to persist as a dull ache or feelings of pins and needles in the buttock.

During the aging process, there is an increase in the grooves on the opposing surfaces of the sacrum and ilium, which reduces available motion of the SI joint. This is a perfect example of the body’s innate wisdom attempting to sacrifice complexity of motion for stability.

An interesting note is that the age with highest incidence of disabling back pain (25 to 45 years old) is the same age at which the greatest amount of motion is available in the sacroiliac joints.

It’s not uncommon for an SI joint to become stiff and permanently lock as we age. This may be a good reason for massage therapists to begin incorporating specialized soft-tissue mobilization maneuvers—such as the one shown in Figure 4—to help maintain joint-play and prevent development of agonizing SI joint arthritis.

Figure 4

Ligamentous laxity can also be a problem. Traumatic blows to the hip may result in SI joint ligament hypermobility, and over-stimulation of the joint’s mechanoreceptors. As the articulating joint surfaces become jarred loose, ligament microtearing may create an inflammatory response.

As sensitized chemoreceptors and mechanoreceptors bombard the spinal cord and brain with noxious stimuli, the brain may choose to layer the area with protective muscle guarding to prevent further insult.

This is the beginning of a therapeutically challenging pain/spasm/pain cycle that often is hard to break.

It is possible, however, to down-regulate the pain emanating from hypermobile joints by first restoring proper pelvic alignment using techniques such as the one shown in Figure 5, and then addressing core strength issues via home retraining exercises.

Figure 5

Femoroacetabular, SI and Lumbar Spinal Joints

Although the three bones of the pelvis frequently are at the seat of a primary lesion, I’ve found that a missing key in successful correction of SI pain is mobilizing motion-restricted femoroacetabular (hip) joints. For the pelvis to effectively absorb the forces imposed upon it, the hips must be aligned and functioning properly.

Figure 6

Normally, it’s not the gross motions creating dysfunction within the hip’s truncated joint capsule, but restrictions of minor movements caused by such things as iliofemoral ligament adhesions (Figure 6).

Therefore, a rational treatment approach would begin with mobilization of the adhesive anterior hip capsule as shown in Figure 7, followed by the iliosacral and sacroiliac alignment techniques presented above.

Figure 7

Legendary neurologist and physiotherapist Vladimir Janda, MD, reminds us that, “Any alteration in joint function caused by capsular restriction or loss of joint play affect muscles that cross the dysfunctional joint either through inhibition (weakening) or facilitation (tightening).” (Janda V. Treatment of chronic back pain. Journal of Manual Medicine1992;6:166-8.)

Many in today’s flexion-addicted society suffer from anterior hip capsule adhesions and tight iliopsoas muscles that bind the right femur into a flexed position, preventing adequate hip extension during gait.

Yet we have to walk … so what happens biomechanically? As the right leg swings back into extension, the neurologically shortened iliopsoas and fibrosed right hip capsule prevent full hip extension causing the pelvic bowl to anteriorly rotate.

This results in facet joint and disc compression, overstretching of pelvic ligaments, and compensatory lumbar scoliosis.


A stable pelvis is achieved through proper upper and lower quadrant balance and is essential for long-term low back and SI joint health.

In the presence of pelvic instability, the brain will attempt to stabilize the lumbosacral joint by layering the area with protective spasm, but it does little good for therapists to try and release the muscle hypertonicity until the hip and pelvic alignment problems are corrected.

Myoskeletal techniques for hip and back pain include low-force mobilization and graded-exposure stretching. These techniques help the brain recognize and reorganize neural input, resulting in less reactive muscle spasm, less pain and happier clients.

About the Author:

Erik Dalton, PhD, developed Myoskeletal Alignment Techniques, a hands-on bodywork system designed to restore function, relieve pain, rebalance and re-educate the body. He has more than 30 years’ experience in educating massage therapists. Dalton’s courses are approved by the National Certification Board for Therapeutic Massage & Bodywork for continuing education. Watch “Myoskeletal Hip & Sacroiliac Joint Techniques” by Erik Dalton, PhD., on MASSAGE Magazine’s YouTube channel.