Scoliosis can contribute to back, neck, rib, hip, pelvic, SI joint, or nerve-related pain, but the curve itself is not always the only pain generator. MPM provides diagnosis-first evaluation to determine whether pain is coming from scoliosis-related mechanics, discs, facet joints, nerves, muscles, SI joints, hypermobility, inflammation, or another overlapping condition.
This video explains how scoliosis can contribute to spine, hip, pelvic, and nerve-related pain, and how careful evaluation guides treatment planning.
Our team organizes conditions and treatments into related zones of expertise to make it easier to explore the care paths most relevant to your symptoms and goals.
Use the zone tags above to browse dedicated pages for each focus area, including services, providers, and what to expect during treatment.
A lot of people think scoliosis is just a curve in the spine, but for some patients, it can affect much more than posture alone.
Scoliosis is a condition where the spine curves and rotates abnormally, which can change the way the body distributes stress and moves over time.
Some people have very mild scoliosis and barely notice it. Others may develop chronic back pain, muscle tension, uneven posture, fatigue, nerve irritation, or compensation patterns throughout the body.
Because the spine works as one connected system, even a moderate curve can sometimes place extra strain on the muscles, joints, ribs, pelvis, and surrounding nerves.
One of the biggest misconceptions is that scoliosis is only important in teenagers. In reality, adults with scoliosis can also develop pain, stiffness, degeneration, or worsening imbalance over time.
My approach is to look beyond the curve itself and understand how the scoliosis is affecting function, biomechanics, movement patterns, and the nervous system as a whole.
Treatment depends on the individual patient and may include physical therapy, posture and movement retraining, pain management strategies, injections, bracing in select cases, or coordination with surgical specialists when appropriate.
The goal is not just to look at an X-ray, but to help patients move better, function better, and reduce the strain the body has been compensating for over time.
If you’ve been dealing with scoliosis, chronic back pain, or symptoms that feel connected to posture or spinal imbalance, we’re here to help you better understand what may be contributing and what options may help.
Scoliosis is a sideways curvature of the spine that may create an S-shaped or C-shaped curve. Some people have scoliosis without significant pain, while others develop back pain, neck pain, rib discomfort, hip pain, pelvic imbalance, SI joint pain, muscle fatigue, or nerve-related symptoms.
Scoliosis-related pain can be difficult to interpret because the spinal curve may affect posture, movement, muscle loading, facet joints, discs, nerve pathways, rib mechanics, and pelvic alignment. In adults, scoliosis may also overlap with degenerative spine changes, spinal stenosis, spondylosis, spondylolisthesis, sciatica, SI joint dysfunction, inflammatory back pain, hypermobility, or EDS.
For patients looking for scoliosis pain treatment in Manhattan or NYC, MPM focuses on identifying what is actually generating pain. The goal is not to treat an X-ray finding in isolation, but to understand whether symptoms are driven by the curve itself, secondary muscle imbalance, joint overload, nerve irritation, pelvic mechanics, inflammation, hypermobility-related instability, or chronic pain sensitization.
At Manhattan Pain Medicine (MPM), evaluation begins with a detailed review of the patient’s scoliosis history, pain pattern, imaging, curve location, posture, movement triggers, neurologic symptoms, functional limitations, prior physical therapy, prior injections, hypermobility features, and inflammatory symptoms.
MPM evaluates whether pain may be coming from scoliosis-related asymmetrical loading, muscle imbalance, facet arthropathy, disc degeneration, spinal stenosis, spondylolisthesis, sciatica, SI joint dysfunction, pelvic tilt, hip mechanics, rib-related pain, inflammatory spine disease, hypermobility spectrum disorder, Ehlers-Danlos syndrome, or another pain generator. Treatment may include medication management, physical therapy coordination, Feldenkrais, acupuncture, diagnostic ultrasound when appropriate, ultrasound-guided injections, spine injections, epidural injections, steroid injections, SI joint injections, regenerative options in selected cases, neuromodulation in selected chronic nerve pain patterns, or referral to orthopedic spine, neurosurgery, rheumatology, rehabilitation, or other specialists when needed.
Scoliosis is an important structural finding, but it does not always explain every symptom by itself. A patient may have scoliosis on imaging and pain that is actually coming from a disc, facet joint, SI joint, hip, nerve, muscle, inflammatory condition, or pelvic mechanics. Another patient may have a curve that changes load through the spine and pelvis enough to contribute directly to pain.
This is why MPM evaluates scoliosis-related pain through a diagnosis-first lens. The curve is interpreted in context with the patient’s symptoms, physical exam, movement pattern, neurologic findings, imaging, prior treatment response, and functional goals.
This approach helps avoid two common mistakes: dismissing pain because scoliosis is considered mild, or assuming the curve explains everything without evaluating other treatable pain generators.
Scoliosis fits within MPM’s Musculoskeletal issues Zone of Expertise, with important overlap in Hypermobility and Pelvic Pain. A spinal curve can affect how the pelvis, SI joints, hips, ribs, and muscles load during movement. In some patients, this may contribute to one-sided back pain, hip pain, pelvic discomfort, rib pain, muscle tightness, or altered gait.
In patients with hypermobility spectrum disorder or Ehlers-Danlos syndrome, ligament laxity and joint instability may make scoliosis-related pain more complex. Muscles may overwork to stabilize the spine and pelvis, which can contribute to fatigue, guarding, trigger points, or recurrent pain flares.
MPM evaluates scoliosis in the context of the whole movement system. The goal is to understand whether symptoms are primarily structural, mechanical, inflammatory, nerve-related, hypermobility-related, or mixed.
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These guys are the best. I've been going here for over 6 years and their familiarity with my Schwannomatosis (most ppl have never even heard of it - its rather rare) and their ability to diagnose my CRPS quickly and accurately and then treat it like I was merely getting a flu shot is just incredible...
Highly recommended for those who need Pain Management. Everyone at Manhattan Pain Medicine is extremely nice and helpful. I have had very good interactions with both Dr. Siefferman and Dr. Louis. All of the staff is very responsive. 5 stars.
The providers at Manhattan Pain Medicine are exceptional. I wish I had found them 30 years ago!
I genuinely can’t say enough good things about the team at Manhattan Pain Medicine. I have MCAS, EDS, and an inflammatory autoimmune disease, and I’ve basically been searching for answers since I was a kid. I had years of unexplained inflammation markers, chronic pain, and allergic reactions despite...
I have a complex medical history and have seen a lot of doctors over the years. Dr. Mikaberidze and Dr. Siefferman each took the time to really listen and understand everything I had been dealing with. I also appreciated how they work together and communicated about my care. I left with a plan that...
Sharing my gratitude for the pleasant experience last week during my visit, the medical team provided great care and also treated my session as a learning experience, I left my session with a wealth of knowledge. A big thank you to the kind, and professional staff who welcomed me to the office as a...
I cannot say enough good things about Manhattan Pain Medicine. From the moment I walked in, I felt truly cared for and taken seriously. Dr. Nino Mikaberidze, Director of Rheumatology, is exceptional — knowledgeable, compassionate, and incredibly thorough. She takes the time to listen, explains every...
Dr Siefferman is the most thorough, patient doctor I have even been to. Currently I travel from miami to nyc to see him because his bed side manner and desire to help is incomparable.
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This practice is wonderful. I have been a patient of Dr. Siefferman’s since 2019 and he’s extremely helpful and kind. He has brought in a Rheumatologist who is also great. They handle very complex pain issues and always try to find new ways to help me.
Dr. Siefferman is an incredible doctor! He is extremely diligent and knowledgeable. It feels like you are his only patient. He invests a lot of time and effort into your injuries and concerns. I did not find these wonderful qualities with other pain specialists before, who were always rushed and som...
ZocDoc
Dr. Siefferman is a doctor who combines the old world bedside manner of doctors from my childhood (60 years ago) with a sta te of the art embrace of modern technology. It is always a pleasure to have an appointment with him...always has options and solutions to my medical issues. He is truly the doc...
ZocDoc
Dr. Siefferman is a genius. He is very informed and listens attentively.
ZocDoc
Dr. Siefferman and his entire team continue to be efficient, dedicated, and driven by precision and a genuine desire to give fantastic care. Will always recommend.
ZocDoc
Doctor Siefferman is fantastic. Have been seeing him for 5 years. Couldn’t recommend more.
ZocDoc
Dr. Siefferman is the ONLY doctor who has ever been able to diagnose my pain and treat it. He is hands down the best
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Scoliosis is a sideways curvature of the spine. The curve may be C-shaped or S-shaped and can affect the way the spine, ribs, pelvis, and muscles load during movement. Some cases are mild and do not cause significant symptoms. Other cases may contribute to back pain, neck pain, hip pain, rib discomfort, pelvic imbalance, or nerve-related symptoms.
Yes, scoliosis can contribute to back pain in some patients, especially when the curve affects spinal loading, muscle balance, facet joints, discs, SI joints, or nerve pathways. However, scoliosis is not always the only cause of pain. MPM evaluates whether the pain is coming from the curve itself, secondary mechanical changes, degeneration, inflammation, hypermobility, or another pain generator.
Yes. Depending on the curve location and movement pattern, scoliosis may contribute to neck pain, rib discomfort, hip pain, pelvic imbalance, SI joint pain, or muscle tightness. Similar symptoms can also come from hip pathology, SI joint dysfunction, thoracic outlet syndrome, slipping rib syndrome, pelvic floor dysfunction, or spine-related nerve irritation, so careful evaluation is important.
Scoliosis can contribute to nerve-related symptoms when spinal alignment, disc changes, stenosis, foraminal narrowing, or degenerative changes irritate nerve roots. This may cause pain, numbness, tingling, burning, or weakness that travels into the buttock or leg. However, sciatica-like symptoms can also come from herniated discs, spinal stenosis, SI joint dysfunction, hip conditions, peripheral neuropathy, or pelvic nerve irritation.
No. Many people with scoliosis do not have significant pain, especially when the curve is mild or stable. When pain is present, it is important to determine whether the scoliosis is the main pain driver or whether symptoms are coming from muscles, joints, discs, nerves, inflammation, hypermobility, or another condition.
Adult degenerative scoliosis is a spinal curve that develops or worsens over time due to age-related changes in the discs, joints, bones, and supporting tissues of the spine. It may be associated with back pain, stiffness, posture changes, spinal stenosis, nerve symptoms, or difficulty standing and walking for long periods.
Yes. In some patients, hypermobility spectrum disorder or Ehlers-Danlos syndrome can affect joint stability, ligament support, muscle control, and pain sensitivity. When scoliosis and hypermobility overlap, the spine, ribs, pelvis, hips, and SI joints may require more careful evaluation and treatment planning. MPM considers hypermobility as one possible contributor, not as an automatic explanation for every scoliosis-related symptom.
Determining whether scoliosis is causing pain requires more than reviewing the curve on imaging. MPM evaluates the pain location, movement triggers, neurologic symptoms, posture, functional limitations, physical exam findings, imaging, prior treatment response, and possible overlapping pain generators. The goal is to identify whether pain is curve-related, joint-related, nerve-related, muscle-related, inflammatory, or mixed.
Treatment depends on the pain generator. Options may include physical therapy coordination, movement retraining, strengthening, posture and load management, Feldenkrais, acupuncture, medication management, image-guided spine injections, epidural injections, SI joint injections, steroid injections, trigger point-focused care, regenerative options in selected cases, neuromodulation for selected chronic nerve pain patterns, or referral to spine, orthopedic, rheumatology, or rehabilitation specialists when appropriate.
Injections may help selected patients when a specific pain generator is identified. For example, an epidural injection may be considered when nerve root irritation is contributing to radiating pain. An SI joint injection may be considered when SI joint dysfunction appears to be a meaningful pain source. Steroid injections or other image-guided options may be considered depending on the diagnosis. Injections should not be used as a generic treatment for scoliosis itself.
No. Many patients with scoliosis do not need surgery. Treatment depends on curve severity, symptoms, progression, neurologic findings, function, age, overall health, and response to conservative care. Surgery may be considered for severe curves, progressive deformity, neurologic compromise, or pain and functional limitation that do not respond to appropriate care. MPM coordinates referral when surgical evaluation may be needed.
Scoliosis-related or spine-related pain should be evaluated urgently when it is associated with new weakness, progressive numbness, bowel or bladder dysfunction, saddle anesthesia, fever, unexplained weight loss, history of cancer, major trauma, severe night pain, chest pain, shortness of breath, trouble walking, rapidly worsening deformity, or severe progressive neurologic symptoms.
Before care begins, our team helps patients understand the practical side of treatment, including insurance verification, out-of-network benefits, cost-share estimates, self-pay options, and billing questions. We believe patients should have as much clarity as possible before moving forward.
If scoliosis-related back, neck, rib, hip, pelvic, SI joint, or nerve-related pain is affecting your movement, sleep, work, or daily function, MPM can help evaluate what may be contributing. Our diagnosis-first approach considers scoliosis mechanics, discs, facet joints, nerve irritation, SI joint dysfunction, pelvic tilt, hip mechanics, hypermobility, EDS, inflammatory spine disease, and chronic pain patterns. Request an appointment to discuss your symptoms and care options.
Scoliosis is a sideways curvature of the spine. Some curves are mild and stable, while others are more pronounced or progress over time. The curve may involve the thoracic spine, lumbar spine, or both, and may affect posture, rib position, pelvic alignment, muscle loading, and how force travels through the spine and hips.
Many patients first learn they have scoliosis through imaging. Others are diagnosed earlier in life and later develop pain as adults. For some patients, scoliosis is mainly a structural finding that requires monitoring. For others, it may contribute to pain, fatigue, stiffness, or nerve-related symptoms.
Scoliosis can cause or contribute to pain, but the relationship is not always straightforward. A spinal curve can create asymmetrical loading across the muscles, discs, facet joints, ribs, hips, pelvis, and SI joints. Over time, this may lead to muscle fatigue, joint irritation, altered movement, degenerative changes, or nerve compression.
At the same time, scoliosis may be present without being the primary cause of pain. A patient may have scoliosis and also have a herniated disc, spinal stenosis, SI joint dysfunction, hip pathology, inflammatory arthritis, hypermobility, or chronic pain sensitization. This is why MPM evaluates the curve in context rather than assuming it explains every symptom.
Adult scoliosis may be related to a curve that began earlier in life or may develop later due to degenerative spine changes. As discs, facet joints, and supporting tissues change with age, the spine may become more asymmetric. This can contribute to back pain, stiffness, difficulty standing upright, leg symptoms, or reduced walking tolerance.
Degenerative scoliosis may overlap with spondylosis, spondylolisthesis, spinal stenosis, facet arthropathy, and nerve root irritation. Patients may feel lower back pain, buttock pain, hip-region pain, or radiating symptoms into the leg. Imaging may show several findings, but the key question is which finding best matches the pain pattern.
Scoliosis can change how muscles work along the spine, shoulders, ribs, and pelvis. Some muscles may become overworked while others may become inhibited or underused. This can contribute to tightness, fatigue, trigger points, stiffness, or pain that worsens with posture or activity.
In thoracic curves, some patients may feel rib discomfort, chest wall tension, shoulder blade pain, or symptoms that overlap with slipping rib syndrome, scapular dyskinesia, thoracic outlet syndrome, or neck and back pain. These patterns require careful evaluation because rib or shoulder blade symptoms may not come from the curve alone.
The spine and pelvis function together. When scoliosis changes alignment or loading, some patients develop pain around the pelvis, SI joint, hip, groin, or buttock. This can be especially relevant when scoliosis overlaps with anterior pelvic tilt, sacroiliac joint dysfunction, hip impingement, labral pathology, pelvic pain, or hypermobility.
Patients may describe one-sided lower back pain, pelvic imbalance, hip tightness, groin discomfort, or pain that worsens with standing, walking, stairs, or transitions. MPM evaluates the spine, SI joint, hip, and pelvis together when symptoms suggest a connected pattern.
Scoliosis can contribute to nerve-related symptoms when spinal alignment, disc changes, stenosis, or foraminal narrowing irritate a nerve root. This may cause pain, numbness, tingling, burning, or weakness that travels into the buttock, hip, thigh, calf, or foot.
However, radiating pain does not always mean scoliosis is the cause. Similar symptoms may come from herniated discs, spinal stenosis, spondylolisthesis, peripheral neuropathy, piriformis-region irritation, SI joint dysfunction, hip pathology, or pelvic nerve irritation. MPM evaluates neurologic findings, imaging, movement triggers, and pain distribution to clarify the source.
In patients with hypermobility spectrum disorder or Ehlers-Danlos syndrome, scoliosis-related pain can be more complex. Joint laxity, ligamentous instability, altered proprioception, and muscle guarding may affect how the spine and pelvis are supported. Muscles may overwork to stabilize the body, creating fatigue, tightness, or recurrent pain flares.
Hypermobility can also contribute to overlapping conditions such as SI joint instability, chronic sprain patterns, thoracic outlet symptoms, slipping rib symptoms, hip pain, pelvic pain, and nerve irritation. MPM evaluates these relationships carefully and avoids one-size-fits-all treatment plans.
Not all spine pain in a patient with scoliosis is mechanical. Autoimmune or inflammatory conditions can also cause back pain, stiffness, SI joint pain, tendon pain, and fatigue. Conditions such as seronegative spondyloarthropathy, inflammatory sacroiliitis, rheumatoid arthritis, Sjogren’s-related pain, autoimmune-related pain, and enthesitis may overlap with mechanical scoliosis-related symptoms.
Inflammatory clues may include morning stiffness, pain that improves with movement, pain that worsens with rest, alternating buttock pain, heel pain, swollen joints, eye inflammation, psoriasis, bowel symptoms, or systemic symptoms. These features do not diagnose inflammatory disease by themselves, but they may indicate the need for rheumatology coordination.
Imaging is important, but it does not always tell the full story. A patient may have a visible curve and mild symptoms. Another patient may have a moderate curve and severe pain because of nerve irritation, facet joint pain, SI joint dysfunction, muscle overload, or inflammatory overlap. Some imaging findings may be incidental, while others may be clinically meaningful.
MPM reviews imaging in the context of the patient’s symptoms, physical exam, neurologic findings, and prior treatment response. This helps determine whether pain is most likely coming from the scoliosis mechanics, a specific spinal structure, SI joint, hip, nerve pathway, muscle pattern, inflammatory process, or chronic pain mechanism.
MPM begins with a detailed history of the scoliosis diagnosis, pain location, activity triggers, standing or walking tolerance, sitting tolerance, neurologic symptoms, prior imaging, prior physical therapy, prior injections, surgical history, hypermobility, inflammatory symptoms, and functional goals.
The exam may include spine movement assessment, posture and gait review, neurologic screening, SI joint evaluation, hip assessment, muscle and myofascial exam, and review of how symptoms behave with specific positions or activities. When appropriate, MPM may use diagnostic ultrasound for selected soft tissue or peripheral pain contributors, or image-guided diagnostic injections to clarify a suspected pain generator.
Treatment depends on the pain source. For many patients, care may include physical therapy coordination, strengthening, load management, activity modification, Feldenkrais, acupuncture, posture and movement retraining, medication management, or pain psychology support when chronic pain is affecting daily function.
When a specific pain generator is identified, image-guided interventions may be considered. Epidural injections may be appropriate for selected nerve root irritation or radicular pain patterns. SI joint injections may be considered when SI joint dysfunction is a meaningful contributor. Steroid injections may be considered when inflammation is present and clinically appropriate. Trigger point-focused care may be helpful when muscle pain is a major contributor.
Regenerative options such as PRP, prolotherapy, or other treatments may be considered only in selected cases after careful diagnosis, imaging review, risk discussion, and treatment goal clarification. These options should not be presented as curve correction or as guaranteed treatment for scoliosis.
Some patients with scoliosis-related spine disease develop persistent nerve pain despite appropriate conservative and interventional care. In selected chronic neuropathic pain patterns, spinal cord stimulation or dorsal root ganglion stimulation may be considered after careful evaluation. These treatments are not routine scoliosis treatments and do not correct the curve, but they may be relevant for selected patients with persistent nerve-related pain.
MPM may coordinate referral to orthopedic spine surgery or neurosurgery when symptoms suggest progressive deformity, severe structural compression, significant neurologic deficits, worsening function, or curve-related issues that may require surgical evaluation. Surgery is not required for every patient with scoliosis, and many patients are managed without surgery.
The decision depends on curve severity, progression, neurologic findings, functional limitation, age, overall health, imaging, prior treatment response, and specialist assessment.
Back, neck, hip, rib, pelvic, or leg pain in a patient with scoliosis may also come from disc disease, spinal stenosis, facet arthropathy, SI joint dysfunction, hip pathology, inflammatory disease, hypermobility, EDS, nerve entrapment, pelvic conditions, infection, fracture, malignancy, or central pain syndromes.
This is why MPM avoids assuming that scoliosis is always the cause of pain. A diagnosis-first approach helps clarify which findings matter and which treatments are most likely to be appropriate.
Patients should seek urgent evaluation for scoliosis-related or spine-related pain associated with new weakness, progressive numbness, bowel or bladder dysfunction, saddle anesthesia, fever, unexplained weight loss, history of cancer, major trauma, severe night pain, chest pain, shortness of breath, trouble walking, rapidly worsening deformity, or severe progressive neurologic symptoms.
These symptoms may indicate a more serious spine, neurologic, infectious, inflammatory, vascular, or systemic condition and should not be treated as routine scoliosis pain.
MPM approaches scoliosis pain through a diagnosis-first model. The goal is to determine whether symptoms are driven by the spinal curve, secondary mechanical overload, discs, facet joints, nerves, SI joints, pelvic mechanics, hip involvement, hypermobility, inflammation, or chronic pain sensitization.
For patients looking for scoliosis pain treatment in Manhattan or NYC, MPM provides careful evaluation, coordinated care planning, and individualized treatment options focused on function, safety, and diagnostic clarity.
