Sacral Pain: Causes, Diagnosis, and Treatment Options
Sacral pain is a common symptom that may be associated with muscle tension, myofascial pain syndrome, spinal disorders, or inflammation and misalignment of the sacroiliac (SI) joints.
The pain can be acute or chronic, dull or sharp, and may worsen with movement, prolonged sitting, standing, or physical activity.
The pain can be acute or chronic, dull or sharp, and may worsen with movement, prolonged sitting, standing, or physical activity.
Table of Contents
Where Is the Sacrum Located? (Sacrum Anatomy)
Main Causes of Sacral Pain
Symptoms of Sacral Pain
Sacral Pain and Myofascial Pain Syndrome
Sacral Pain in Women
Sacral Pain in Men
When Is Sacral Pain Serious?
Diagnosis of Sacral Pain
Treatment Options for Sacral Pain
Exercises for Sacral Pain Relief
How to Relieve Sacral Pain at Home
Prevention of Sacral and SI Joint Pain
Frequently Asked Questions (FAQ)
References and Medical Sources
Main Causes of Sacral Pain
Symptoms of Sacral Pain
Sacral Pain and Myofascial Pain Syndrome
Sacral Pain in Women
Sacral Pain in Men
When Is Sacral Pain Serious?
Diagnosis of Sacral Pain
Treatment Options for Sacral Pain
Exercises for Sacral Pain Relief
How to Relieve Sacral Pain at Home
Prevention of Sacral and SI Joint Pain
Frequently Asked Questions (FAQ)
References and Medical Sources
Where Is the Sacrum Located? (Sacrum Anatomy)
The sacrum is a large, triangular bone located at the base of the spine, positioned between the two pelvic bones. It forms the posterior wall of the pelvis and connects superiorly to the fifth lumbar vertebra (L5) and inferiorly to the coccyx (tailbone).
The sacrum develops from five separate sacral vertebrae during childhood, which gradually fuse into a single bone by the age of 21–25. For this reason, the sacral spine is labeled S1–S5, referring to the first through fifth sacral vertebrae (S stands for sacrum in Latin).
The sacrum and the iliac bones form the sacroiliac (SI) joints, which are flat, minimally mobile joints that play a key role in load transfer between the spine and the pelvis.
Branches of the sacral nerve plexus exit through the anterior sacral foramina and contribute to the formation of the sciatic nerve.
What Is the Difference Between the Sacrum and the Coccyx?The coccyx (tailbone) is a small bony structure located just below the much larger sacrum at the very bottom of the spine
The sacrum develops from five separate sacral vertebrae during childhood, which gradually fuse into a single bone by the age of 21–25. For this reason, the sacral spine is labeled S1–S5, referring to the first through fifth sacral vertebrae (S stands for sacrum in Latin).
The sacrum and the iliac bones form the sacroiliac (SI) joints, which are flat, minimally mobile joints that play a key role in load transfer between the spine and the pelvis.
Branches of the sacral nerve plexus exit through the anterior sacral foramina and contribute to the formation of the sciatic nerve.
What Is the Difference Between the Sacrum and the Coccyx?The coccyx (tailbone) is a small bony structure located just below the much larger sacrum at the very bottom of the spine
Sacrum, pelvic bones and coccyx anatomy
Most sacral pain is caused by dysfunction or irritation of nearby ligaments, tendons, aponeuroses, fascia, and skeletal muscles. Myofascial trigger points, muscle tension, and sacroiliac (SI) joint–related soft tissue strain are among the most common contributors to pain in this region
Main Causes of Sacral Pain
Sacral pain is almost always functional and non-inflammatory in nature rather than caused by bone pathology. In most cases, it is related to a muscular condition known as myofascial pain syndrome of the sacral region
Myofascial pain syndrome (MPS) is a primary disorder of skeletal muscle in which painful nodules — known as myofascial trigger points — develop within tight muscle bands. These trigger points can produce pain of varying intensity and character and often mimic spinal or joint disorders, including SI joint pain and lower back pain.
Mechanism of Muscle-Related Sacral PainThe development of sacral pain of muscular origin typically follows this pattern:
- Prolonged muscle overload or repetitive strain
- Formation of painful taut bands (trigger points)
- Reduced range of motion
- Joint dysfunction, particularly involving the sacroiliac (SI) joint
- Postural imbalance and altered movement patterns
- Development of chronic low back pain, sacral pain, and referred pain to other areas of the body
Myofascial Syndrome of the Sacrum
Myofascial sacral pain is frequently underdiagnosed, meaning it is often overlooked as a potential cause of a patient’s symptoms. Many clinicians focus on spinal imaging or SI joint pathology while missing the muscular origin of pain.
The muscles most commonly involved in sacral and pelvic myofascial pain include:
The muscles most commonly involved in sacral and pelvic myofascial pain include:
- Multifidus muscle
- Iliocostalis muscle
- Quadratus lumborum (QL)
- Gluteus maximus
- Gluteus medius
- Piriformis muscle
- Pelvic floor muscles
- These muscles can develop myofascial trigger points that refer pain to the sacrum, lower back, buttocks, or posterior pelvis
Typical Signs of Myofascial Sacral PainCommon clinical features include:
- Dull, aching pain with poorly localized borders
- Chronic pelvic muscle pain
- Pain that worsens with prolonged sitting or when standing up from a chair
- The “warming-up” effect — movement temporarily reduces discomfort
- Episodes of stiffness, tightness, or sharp shooting pain
- A sensation of a “block,” pressure, or deep tightness in the sacral area
Ligamentous Sacral Pain
The sacrum connects to the pelvic bones and the lumbar spine and is stabilized by a strong network of ligaments. The primary ligaments supporting the sacrum and sacroiliac (SI) joint include:
Why Ligament-Related Sacral Pain Can PersistA key characteristic of the pelvic and sacral ligaments is their limited blood supply. Because of this, ligament strains or sprains in the pelvic region tend to heal slowly and may cause persistent, dull aching pain in the sacral or SI joint area.
However, primary sacral ligament injury is relatively uncommon. In most cases, ligament pain develops secondary to chronic muscular dysfunction, particularly when multiple myofascial trigger points are present in the surrounding muscles.
- Sacrotuberous ligament
- Sacrospinous ligament
- Iliolumbar ligament
Why Ligament-Related Sacral Pain Can PersistA key characteristic of the pelvic and sacral ligaments is their limited blood supply. Because of this, ligament strains or sprains in the pelvic region tend to heal slowly and may cause persistent, dull aching pain in the sacral or SI joint area.
However, primary sacral ligament injury is relatively uncommon. In most cases, ligament pain develops secondary to chronic muscular dysfunction, particularly when multiple myofascial trigger points are present in the surrounding muscles.
Over time, persistent muscle tension and taut bands can overload the ligament attachments, potentially leading to inflammation at the ligament insertion sites (enthesopathy) — a common contributor to chronic sacral and SI joint pain
Sacroiliac Joint Dysfunction
In adults, the sacroiliac (SI) joint — the joint between the sacrum and the pelvic bones — has minimal range of motion. Despite this, many practitioners attribute sacral pain to SI joint dysfunction, “joint blockage,” or misalignment, and recommend mobilization, manipulation, or joint adjustment.
However, symptoms such as:
However, symptoms such as:
- Pain on one side of the sacrum
- Sacral pain that worsens with walking
- Difficulty standing on one leg
- Pain radiating to the groin or buttock
- Combined buttock and sacral pain
Although in rare cases muscular dysfunction can secondarily affect the joint, the primary driver of pain is typically myofascial muscle tension and trigger points, not structural joint displacement
In the vast majority of cases, pain attributed to “SI joint dysfunction” is actually muscle-related sacral pain involving the gluteal muscles, piriformis, quadratus lumborum, or deep spinal stabilizers.
Pelvic Bone Displacement
A true sacroiliac (SI) joint misalignment, where the pelvic bone shifts relative to the sacrum and joint congruency (the normal alignment of joint surfaces) is disrupted, is extremely rare.
When it does occur, it is typically caused by one of two factors:
1. External Mechanical TraumaSignificant force applied to the pelvis, such as:
When it does occur, it is typically caused by one of two factors:
1. External Mechanical TraumaSignificant force applied to the pelvis, such as:
- Falling directly onto the buttocks or one side of the pelvis
- Motor vehicle accidents
- A strong lateral impact
- A slipping fall with rotational force
In these cases, structural injury may result in true SI joint dysfunction or joint surface displacement.
Muscle-Induced Pelvic MisalignmentIn rare situations, severe muscle spasm can contribute to pelvic asymmetry.
For example, the quadratus lumborum (QL) muscle attaches to the lumbar vertebrae and the iliac crest. When the QL goes into significant spasm or sustained contraction, it may elevate one side of the pelvis. This can create an apparent pelvic misalignment and potentially affect SI joint mechanics.
For example, the quadratus lumborum (QL) muscle attaches to the lumbar vertebrae and the iliac crest. When the QL goes into significant spasm or sustained contraction, it may elevate one side of the pelvis. This can create an apparent pelvic misalignment and potentially affect SI joint mechanics.
- However, such cases are uncommon and, if structurally significant, would typically be visible on imaging studies such as an X-ray.
In cases where one side of the pelvis is elevated, a functional leg length discrepancy may be observed. As the pelvic bone shifts upward, the leg on that side may appear shorter, even though the actual bone length remains normal.
Inflammation of the Sacroiliac Joint
True inflammation of the sacrum or the sacroiliac (SI) joint, known as sacroiliitis, is relatively rare — even though MRI scans may show bone marrow edema or changes within the joint space.
With aging, bones and joints naturally undergo structural changes. The SI joint space may narrow, and degenerative alterations may appear on imaging. However, these findings are often physiological age-related changes, not necessarily pathological or symptomatic.
Imaging Findings Must Be Correlated ClinicallyDegenerative or inflammatory changes seen on MRI or X-ray should always be correlated with a proper clinical examination. This includes:
With aging, bones and joints naturally undergo structural changes. The SI joint space may narrow, and degenerative alterations may appear on imaging. However, these findings are often physiological age-related changes, not necessarily pathological or symptomatic.
Imaging Findings Must Be Correlated ClinicallyDegenerative or inflammatory changes seen on MRI or X-ray should always be correlated with a proper clinical examination. This includes:
- Palpation of the SI joint region
- Percussion and provocation tests
- Compression and movement of the iliac crests
Can SI Joint Inflammation Be Secondary?In some cases, apparent SI joint inflammation may develop secondary to chronic muscular dysfunction and poor circulation in surrounding tissues.
For example, morning pelvic stiffness is more commonly associated with muscular causes. During sleep, muscles remain relatively inactive and may tighten; after waking and beginning to move, they “warm up,” and symptoms improve.
In contrast, inflammatory sacroiliitis typically worsens with movement and activity, rather than improving
In contrast, inflammatory sacroiliitis typically worsens with movement and activity, rather than improving
Sacral Pain from Prolonged Sitting
Sacral pain often worsens while sitting because the gluteal muscles are compressed under body weight, leading to reduced blood flow and muscle ischemia. At the same time, the lower back remains in prolonged static muscle tension, which can activate myofascial trigger points in the lumbar and pelvic muscles.
As a result, people commonly experience sacral or SI joint pain when sitting for long periods.
When standing up, walking, or gently stretching, circulation improves, muscle tension decreases, and the pain typically subsides. This “movement relieves pain” pattern is characteristic of muscle-related sacral pain, rather than true inflammatory sacroiliac joint disease.
When standing up, walking, or gently stretching, circulation improves, muscle tension decreases, and the pain typically subsides. This “movement relieves pain” pattern is characteristic of muscle-related sacral pain, rather than true inflammatory sacroiliac joint disease.
Disc Herniations and Protrusions
The sacrum connects to the spine through the L5–S1 intervertebral disc, the segment between the fifth lumbar vertebra and the sacrum. A herniated disc at L5–S1 can develop in this area, as it is one of the most mobile and mechanically stressed segments of the lower spine.
However, if an L5–S1 disc herniation produces symptoms, they typically radiate into the lower extremity (leg) rather than remaining localized in the sacral region. This is because disc-related pathology most often affects adjacent nerve roots, leading to nerve compression or irritation.
Nerve involvement at the L5–S1 level commonly results in:
However, if an L5–S1 disc herniation produces symptoms, they typically radiate into the lower extremity (leg) rather than remaining localized in the sacral region. This is because disc-related pathology most often affects adjacent nerve roots, leading to nerve compression or irritation.
Nerve involvement at the L5–S1 level commonly results in:
- Sciatic nerve pain (sciatica)
- Radiating leg pain
- Numbness or tingling in the leg or foot
- Weakness in specific muscle groups
Pure, isolated sacral pain without leg symptoms is less typical of a disc herniation and is more commonly associated with muscle-related sacral pain or myofascial dysfunction.
Symptoms of Sacral Pain
Symptoms of sacral pain can vary widely, ranging from mild discomfort to severe pain that makes sitting or walking difficult.
Patients commonly describe sacral pain in the following ways:
Patients commonly describe sacral pain in the following ways:
- A pulling or aching pain in the sacrum after prolonged sitting
- Dull sacral pain at the end of the workday
- Sharp pain in the sacral area when bending forward or twisting the torso
- Sacral pain when standing up from a chair
- Pain in the sacrum when walking, especially during the first few steps
- Sacral pain when sitting on a low or hard surface
- These symptom patterns are frequently associated with muscle-related sacral pain, SI joint irritation, or myofascial trigger points in the gluteal and lumbar muscles
A distinctive feature of muscle-related sacral pain is that the discomfort decreases after movement or gentle stretching and worsens after prolonged inactivity, such as sleeping or sitting for long periods.
Many patients report morning sacral stiffness or increased pain after getting up from bed or rising from a seated position. Once they begin walking or warming up, the pain gradually improves.
Many patients report morning sacral stiffness or increased pain after getting up from bed or rising from a seated position. Once they begin walking or warming up, the pain gradually improves.
Pain in the sacral region may also be accompanied by additional complaints. Patients commonly report:
- Pain radiating to the buttock — may indicate involvement of the gluteal muscles
- Pain radiating down the leg — often not radiculopathy, but rather gluteus minimus syndrome
- Pain in the sacrum and groin — may be caused by the iliacus muscle and the hip adductor muscles
- Numbness in the buttock — trigger points may lead to neurological deficits
- A sensation of a tight “string” in the leg — this may be associated with either spinal pathology or nerve involvement
Sacral Pain in Myofascial Syndrome
Myofascial pain syndrome affecting the sacral muscles is the most common cause of chronic discomfort in the lower back and sacral area.
Even when imaging studies such as MRI or X-ray show structural changes — including degenerative disc disease (osteochondrosis), narrowing of the SI joint space, bone marrow edema in the sacrum, or signs of sacroiliac joint (SI joint) inflammation — the clinical picture does not always correlate with these findings.
In many cases:
Even when imaging studies such as MRI or X-ray show structural changes — including degenerative disc disease (osteochondrosis), narrowing of the SI joint space, bone marrow edema in the sacrum, or signs of sacroiliac joint (SI joint) inflammation — the clinical picture does not always correlate with these findings.
In many cases:
- Imaging may appear completely normal, yet the patient experiences persistent sacral pain.
- Conversely, significant degenerative or inflammatory changes may be visible on MRI, but the patient reports little to no pain.
This mismatch between MRI findings and actual symptoms is common in musculoskeletal medicine. It highlights the importance of evaluating myofascial trigger points and muscle dysfunction as primary sources of chronic sacral pain.
What Happens in the Muscles Around the Sacrum
With prolonged muscle overload, awkward movements, or exposure to cold, circulation within the muscles can become impaired. Muscles require a constant supply of oxygen and nutrients to function properly. When demand exceeds supply, metabolic stress develops and muscle fibers may become irritated and damaged — similar to how heart muscle suffers during reduced blood flow in coronary artery disease.
Trigger points in the quadratus lumborum and gluteal muscles commonly refer pain to the sacrum. In addition, myofascial sacral pain may radiate to:
- As a result, sacral pain may develop and persist for a long time, even in the absence of structural bone or joint pathology.
Trigger points in the quadratus lumborum and gluteal muscles commonly refer pain to the sacrum. In addition, myofascial sacral pain may radiate to:
- The groin
- The perineum
- The lower buttock region
- The outer and posterior thigh
- In some cases, the anal or rectal area
The piriformis muscle attaches to the anterior (front) surface of the sacrum. When affected by myofascial trigger points, it can contribute to sacral pain — a condition commonly referred to as piriformis syndrome.
The sciatic nerve passes either beneath or, in some individuals, through the piriformis muscle. If the piriformis becomes tight, inflamed, or develops trigger points, it can compress or irritate the sciatic nerve.
The sciatic nerve passes either beneath or, in some individuals, through the piriformis muscle. If the piriformis becomes tight, inflamed, or develops trigger points, it can compress or irritate the sciatic nerve.
Sacral Pain in Women
Sacral pain in women is more common than in men. This is largely due to differences in female pelvic anatomy and hormonal fluctuations. The density and elasticity of connective tissue change throughout the menstrual cycle under the influence of hormones.
These physiological adaptations are essential for childbirth, as increased pelvic mobility allows the baby to pass more easily through the birth canal. However, this increased ligament laxity can also make women more susceptible to pelvic instability, SI joint pain, and muscle-related sacral pain.
n some cases, pain in the sacral region may have a gynecological origin. Possible causes include:
These physiological adaptations are essential for childbirth, as increased pelvic mobility allows the baby to pass more easily through the birth canal. However, this increased ligament laxity can also make women more susceptible to pelvic instability, SI joint pain, and muscle-related sacral pain.
n some cases, pain in the sacral region may have a gynecological origin. Possible causes include:
- Endometriosis
- Pelvic inflammatory disease (PID)
- Pelvic adhesions (scar tissue)
- Menstrual pain (dysmenorrhea)
- Ovulation pain (mittelschmerz)
When sacral pain is caused by internal pelvic organ pathology, it is typically accompanied by additional symptoms, such as:
- Abnormal vaginal discharge
- Irregular or heavy bleeding
- Pelvic cramping
- Fever (in cases of infection)
Sacral Pain in Men: Causes and When to Consider Urological Conditions
Sacral pain in men is most commonly associated with myofascial trigger points and overload of the ligamentous structures in the lower back and pelvic region.
In most cases, the source of pain is musculoskeletal rather than internal organ pathology. However, in rare cases, sacral pain may be a sign of underlying urological conditions. Therefore, it is important to consider all possible causes of sacral pain in men.
Urological Causes of Sacral PainThis section focuses on specific urological disorders that may contribute to pain in the sacral area:
In most cases, the source of pain is musculoskeletal rather than internal organ pathology. However, in rare cases, sacral pain may be a sign of underlying urological conditions. Therefore, it is important to consider all possible causes of sacral pain in men.
Urological Causes of Sacral PainThis section focuses on specific urological disorders that may contribute to pain in the sacral area:
- Prostatitis (inflammation of the prostate gland) may cause pain radiating to the sacrum. It is typically accompanied by additional symptoms such as:
- urinary difficulties or painful urination
- increased urinary frequency
- sexual dysfunction or discomfort
- Urological-related sacral pain is possible, but it rarely occurs in isolation. In most cases, it is associated with:
- impaired urination
- changes in sexual function
f sacral pain is not accompanied by urinary or reproductive symptoms, it is more likely to be related to musculoskeletal causes such as myofascial pain syndrome.
A comprehensive evaluation is essential to differentiate between musculoskeletal and urological sources of pain
A comprehensive evaluation is essential to differentiate between musculoskeletal and urological sources of pain
When Sacral Pain May Be Serious: Warning Signs
In most cases, sacral pain is benign and does not pose a threat to life or overall health. However, certain symptoms may indicate a more serious underlying condition and should not be ignored.
You should seek medical attention if sacral pain is accompanied by:
You should seek medical attention if sacral pain is accompanied by:
- Fever along with pain in the sacral area
- Unexplained or rapid weight loss
- Weakness in the leg
- Loss of sensation in the leg or perineal region
- Urinary incontinence
- Swelling or redness over the sacral area
Такие симптомы могут указывать на воспаление крестца (остеомиелит), перелом, новообразования, выраженное повреждение нерва
Diagnosis of Sacral Myofascial Pain Syndrome
The primary diagnostic method is palpation-based assessment. Using techniques of deep gliding palpation, the clinician identifies myofascial trigger points in the muscles surrounding the sacrum.
The key objective is to reproduce the patient’s familiar pain by applying pressure to these trigger points. This helps confirm that the pain originates from myofascial structures.
Additional diagnostic steps may include:
The key objective is to reproduce the patient’s familiar pain by applying pressure to these trigger points. This helps confirm that the pain originates from myofascial structures.
Additional diagnostic steps may include:
- Passive muscle stretching tests to assess muscle tightness and pain response
- Diagnostic dry needling of trigger points, performed to elicit a local twitch response, which supports the diagnosis of myofascial pain syndrome
Reproduction of the patient’s typical pain during examination is a critical criterion for identifying myofascial trigger points as the source of sacral pain.
Initial Evaluation of Sacral Pain
he first step when seeking medical care for sacral pain is a comprehensive clinical evaluation, including a physical examination and detailed medical history.
During the consultation, the doctor will assess:
During the consultation, the doctor will assess:
- The exact location of the pain
- When the pain began
- Possible triggers or causes
- Factors that relieve or worsen the pain
Physical ExaminationAt this stage, the clinician will also:
- Perform palpation of the sacral region to detect areas of tenderness or trigger points
- Assess the range of motion in the lower back and pelvis
Orthopedic Examination for Sacral Pain
The orthopedic examination is a key component in evaluating sacral pain, particularly when assessing the sacroiliac (SI) joint and pelvic alignment.
During the examination, the clinician performs several functional tests:
During the examination, the clinician performs several functional tests:
- Palpation of the iliac crests — pressure is applied to assess pain and tenderness in the sacroiliac (SI) joints
- Seated pelvic assessment — the patient is examined in a sitting position while objects (such as a book) are placed alternately under the ischial tuberosities to detect pelvic asymmetry
- Sacral spring test (prone position) — with the patient lying on their stomach, the clinician applies gentle thrust pressure to the sacrum to evaluate joint inflammation and functional restriction (sacral block)
Purpose of the Orthopedic AssessmentThe orthopedic examination is aimed at evaluating:
- Pelvic symmetry
- Possible displacement of pelvic bones
- Function of the sacroiliac joints
X-ray for Sacral Pain: When Is It Needed?
X-ray imaging is not always required for sacral pain. It is typically recommended only when there is a suspicion of bone-related pathology.
An X-ray of the sacral region may help identify:
X-ray does not visualize soft tissues, including:
An X-ray of the sacral region may help identify:
- Fractures of the sacrum or surrounding bones
- Significant narrowing of the joint space (ankylosis)
- Bone displacement or loss of joint congruency
X-ray does not visualize soft tissues, including:
- Muscles
- Ligaments
- Fascia
X-ray is helpful for identifying serious bone abnormalities, but it cannot detect common causes of sacral pain related to myofascial structures or soft tissue dysfunction.
MRI and CT for Sacral Pain: When Are They Needed?
Advanced imaging methods such as MRI and CT scans are not always required for sacral pain. They are typically recommended when there are signs of serious or unclear pathology.
It is important to note:
It is important to note:
- MRI (Magnetic Resonance Imaging) does not involve radiation
- CT (Computed Tomography) involves exposure to ionizing radiation
- Disc herniations and protrusions in the lower lumbar spine
- The position and angle of the coccyx
- Fluid accumulation (inflammatory infiltrate) in the sacroiliac (SI) joints
- Bone marrow edema in the sacrum and iliac bones
- Detect subtle or complex fractures
- Assess post-traumatic changes layer by layer
- Provide 3D reconstruction of the skeletal anatomy
Findings from MRI and CT should always be correlated with the patient’s symptoms and physical examination.
Imaging alone does not determine the source of pain — the true cause must be confirmed through clinical assessment, including examination of the patient and identification of pain-generating structures.
Imaging alone does not determine the source of pain — the true cause must be confirmed through clinical assessment, including examination of the patient and identification of pain-generating structures.
Ultrasound for Sacral Pain: When Is It Useful?
Pelvic ultrasound is a safe diagnostic method that does not involve radiation. However, it is performed only when clinically indicated.
If there is suspicion of internal organ involvement, ultrasound can help identify or rule out conditions such as:
If there is suspicion of internal organ involvement, ultrasound can help identify or rule out conditions such as:
- Gynecological disorders
- Urological conditions
- Intestinal (bowel) diseases
- Initial clinical evaluation (medical history and physical examination)
- Additional diagnostic methods, if needed
- Orthopedic assessment (pelvic alignment and SI joint function)
- Functional testing
- Identification of myofascial trigger points
All imaging and instrumental diagnostic methods should complement, not replace, a thorough in-person clinical examination.
Accurate diagnosis of sacral pain depends on correlating imaging findings with physical examination and the patient’s symptoms.
Accurate diagnosis of sacral pain depends on correlating imaging findings with physical examination and the patient’s symptoms.
Treatment of Sacral Pain: Choosing the Right Approach
The choice of treatment for sacral pain depends on the type and underlying cause of pain in each individual patient.
In most cases, sacral pain is myofascial in origin, meaning it is caused by trigger points in the muscles surrounding the sacrum.
Goals of TreatmentThe primary goal of treatment is to restore normal muscle function and promote recovery of affected muscle tissue in the sacral region.
This typically involves:
In most cases, sacral pain is myofascial in origin, meaning it is caused by trigger points in the muscles surrounding the sacrum.
Goals of TreatmentThe primary goal of treatment is to restore normal muscle function and promote recovery of affected muscle tissue in the sacral region.
This typically involves:
- Deactivation of myofascial trigger points
- Restoration of normal movement in the sacroiliac (SI) joint
- Postural correction, when necessary
- Joint-related (articular) pain
- Neuropathic (nerve-related) pain
Effective treatment of sacral pain requires an individualized approach that targets the primary source of pain while also addressing any contributing conditions.
Trigger Point Therapy for Sacral Pain
Treatment of sacral pain primarily focuses on addressing myofascial trigger points, which are the most common source of chronic pain in this region.
During the procedure, the sacral area is carefully examined using palpation. The clinician mobilizes the skin and applies deep gliding palpation to identify and localize trigger points within the surrounding muscles.
Treatment MethodsThe following techniques are commonly used to treat trigger points in the sacral region:
During the procedure, the sacral area is carefully examined using palpation. The clinician mobilizes the skin and applies deep gliding palpation to identify and localize trigger points within the surrounding muscles.
Treatment MethodsThe following techniques are commonly used to treat trigger points in the sacral region:
- Dry needling (insertion of a needle without medication) to deactivate trigger points
- Myopressure — deep manual kneading of tight muscle bands
- Ischemic compression — sustained pressure applied to trigger points to release muscle tension
- Reduction or complete relief of sacral pain
- Improved mobility in the sacral and pelvic region
- Restoration of normal muscle elasticity
Trigger point therapy — including manual techniques and dry needling — is the core treatment approach for chronic sacral pain of myofascial origin.
Manual Therapy for Sacral Pain: Post-Isometric Relaxation
One of the primary manual therapy techniques used in the treatment of sacral pain is post-isometric relaxation (PIR).
This method is designed to relax muscles by gently stretching affected muscle fibers after controlled contraction.
How Post-Isometric Relaxation WorksThe process involves several steps:
Benefits of PIRPost-isometric relaxation helps to:
This method is designed to relax muscles by gently stretching affected muscle fibers after controlled contraction.
How Post-Isometric Relaxation WorksThe process involves several steps:
- The clinician first identifies shortened and tense muscles, often associated with myofascial trigger points
- The patient is asked to gently contract the targeted muscle
- This is followed by complete relaxation, after which the clinician carefully stretches the muscle to a new range of motion
Benefits of PIRPost-isometric relaxation helps to:
- Reduce muscle tension
- Improve flexibility and range of motion
- Decrease pain in the sacral region
Post-isometric relaxation is a core manual therapy technique in the treatment of sacral pain, particularly when muscle tightness and trigger points are involved.
Do You Need to “Realign” the Sacrum?
When experiencing pain or discomfort in the sacral area, many patients feel that the sacrum is “out of place” and needs to be realigned.
However, this sensation is often misleading.
The feeling that the “sacrum has gone back into place” usually occurs due to relaxation of the surrounding muscles and ligaments. When muscle tension decreases, the pull on the sacrum and pelvic bones is reduced, allowing normal joint and fascial mobility to return.
However, this sensation is often misleading.
The feeling that the “sacrum has gone back into place” usually occurs due to relaxation of the surrounding muscles and ligaments. When muscle tension decreases, the pull on the sacrum and pelvic bones is reduced, allowing normal joint and fascial mobility to return.
In most cases, the sacrum does not need to be manually realigned — the key is to treat the muscles around the sacrum.
Therapeutic Exercises for Sacral Pain
When experiencing pain or discomfort in the sacral area, many patients feel that the sacrum is “out of place” and needs to be realigned.
However, this sensation is often misleading.
The feeling that the “sacrum has gone back into place” usually occurs due to relaxation of the surrounding muscles and ligaments. When muscle tension decreases, the pull on the sacrum and pelvic bones is reduced, allowing:
The key to recovery is:
However, this sensation is often misleading.
The feeling that the “sacrum has gone back into place” usually occurs due to relaxation of the surrounding muscles and ligaments. When muscle tension decreases, the pull on the sacrum and pelvic bones is reduced, allowing:
- Improved joint mobility
- Restoration of normal movement in the sacroiliac (SI) joints
- Reduced pain and stiffness
The key to recovery is:
- Treating the muscles around the sacrum
- Releasing myofascial trigger points
- Restoring normal muscle function
Sacral pain is usually caused by muscle dysfunction, not bone misalignment. Effective treatment focuses on the surrounding soft tissues rather than attempting to “adjust” the sacrum itself.
Physiotherapy for Sacral Pain
Physiotherapy for sacral pain can be divided into specific and non-specific methods.
It is typically used as a complementary treatment alongside manual therapy techniques such as trigger point release and dry needling.
How Shockwave Therapy WorksDuring the procedure:
- Specific methods target the underlying cause of pain — primarily myofascial trigger points
- Non-specific methods focus on general pain relief and improved circulation
It is typically used as a complementary treatment alongside manual therapy techniques such as trigger point release and dry needling.
How Shockwave Therapy WorksDuring the procedure:
- The applicator is positioned over palpable muscle tightness or trigger points in the sacral region
- Approximately 200–400 impulses are delivered to each trigger point
- Stimulate tissue regeneration
- Improve local blood circulation
- Reduce muscle tension
- Help deactivate trigger points
Shockwave therapy is a key physiotherapy method for sacral pain, particularly when targeting myofascial trigger points and supporting muscle recovery.
Prevention of Sacral Pain: Exercises and Daily Habits
Prolonged sitting is one of the most common causes of sacral pain. A sedentary lifestyle can lead to muscle tightness, trigger point formation, and reduced mobility in the sacral region.
To prevent sacral pain, it is important to follow simple daily recommendations:
To prevent sacral pain, it is important to follow simple daily recommendations:
- Daily Movement TipsStand up and move for 2–3 minutes every 40–60 minutes
- Avoid prolonged static sitting positions
- Forward bends — to stretch the hamstrings and lower back muscles
- Knees-to-chest stretch (alternating legs) — to stretch the gluteal muscles
- Side bends — to activate and stretch deep back muscles
- Single-leg standing with pelvic lift — to improve pelvic stability and muscle balance
Benefits of These ExercisesThese movements help to:
- Maintain muscle elasticity in the sacral region
- Prevent the formation of trigger points
- Improve mobility and posture
- Reduce the risk of developing chronic sacral pain
Posture and Sacral Pain: How Pelvic Position Affects Your Lower Back
Poor posture can overload the muscles around the sacrum and lead to chronic sacral pain. One of the key factors is the position of the pelvis relative to the body.
There are two common types of postural imbalance that can be corrected:
1. Anterior Pelvic TiltIn this condition, the pelvis is positioned forward relative to the body’s vertical axis.
The pelvis should be gently guided back toward a neutral position by improving posture and muscle balance.
2. Posterior Pelvic TiltHere, the pelvis tilts backward, and the gluteal region shifts behind the body’s vertical axis.
There are two common types of postural imbalance that can be corrected:
1. Anterior Pelvic TiltIn this condition, the pelvis is positioned forward relative to the body’s vertical axis.
- The lower back may appear overly arched
- Muscles around the sacrum and lower back become overloaded
The pelvis should be gently guided back toward a neutral position by improving posture and muscle balance.
2. Posterior Pelvic TiltHere, the pelvis tilts backward, and the gluteal region shifts behind the body’s vertical axis.
- The lower back may appear flattened
- Muscle imbalance can affect the sacral region and surrounding structures
Correcting pelvic alignment and posture is an essential part of preventing and treating sacral pain, especially when muscle overload is the primary cause.
Exercises for Sacral Pain Relief
Exercises for sacral pain are one of the most effective ways to restore function when the cause is muscle or joint-related.
If sacral pain is caused by overload, prolonged sitting, muscle spasm, or myofascial trigger points in the gluteal muscles, properly selected exercises can help relieve tension and restore normal pelvic mobility.
If sacral pain is caused by overload, prolonged sitting, muscle spasm, or myofascial trigger points in the gluteal muscles, properly selected exercises can help relieve tension and restore normal pelvic mobility.
- Recommended ExercisesPelvic tilt (lying on the floor with the lower back pressed down)
- Helps stretch the lower back muscles and ligaments while improving control of pelvic movement
- Gluteal stretch (“Pigeon Pose”)
- Targets tight gluteal muscles and helps release trigger points
- Lower back relaxation exercise (lying on your back, alternating leg extension with the heel reaching downward)
- Helps mobilize the sacroiliac (SI) joint and sacral ligaments
Benefits of ExerciseRegular performance of these exercises can:
- Reduce muscle tension and pain
- Improve mobility of the sacroiliac joint
- Restore flexibility in the sacral and pelvic region
How to Relieve Sacral Pain at Home
Many patients ask: How can I relieve sacral pain on my own? What should I do if my sacrum hurts at home?
If the pain is mechanical in nature and worsens with sitting or standing, the following strategies may help:
If the pain is mechanical in nature and worsens with sitting or standing, the following strategies may help:
- Simple Home Remedies for Sacral PainStay active instead of resting too much
- With myofascial sacral pain, prolonged rest can actually worsen symptoms. Gentle movement helps maintain muscle function and reduce stiffness
- Apply moist heat
- Warm baths or hot compresses applied to the sacral area can help relax muscles and reduce pain
- Self-massage of the gluteal muscles
- Using massage rollers or balls can help release muscle tension and deactivate trigger points
For most cases of sacral pain caused by muscle tension, simple home measures — including movement, heat therapy, and self-massage — can provide significant relief.
However, if pain persists or worsens, a professional evaluation is recommended.
However, if pain persists or worsens, a professional evaluation is recommended.
Источники и литература
References and Literature:
- Steen JP, et al. Myofascial Pain Syndrome: An Update on Clinical Characteristics, Pathophysiology, and Treatment. Journal of Clinical Medicine. 2025
- Simons DG, Travell JG, Simons LS. Myofascial Pain and Dysfunction: The Trigger Point Manual. 2nd ed. Baltimore: Lippincott Williams & Wilkins; 1999
- Castro-Sánchez AM, et al. Manipulative Therapy of Sacral Torsion Versus Myofascial Release in Patients With Sacroiliac Joint Dysfunction: A Randomized Controlled Trial. Journal of Manipulative and Physiological Therapeutics. 2021
- Newman DP. Sacroiliac Joint Dysfunction: Diagnosis and Treatment. American Family Physician. 2022;105(3):239–248
- National Institute for Health and Care Excellence (NICE). Low Back Pain and Sciatica in Over 16s: Assessment and Management (NG59). London: NICE; 2020 (updated)
- World Health Organization (WHO). WHO Guideline for Non-Surgical Management of Chronic Primary Low Back Pain in Adults. Geneva: WHO; 2023