Back & Neck Pain Specialist in Midtown Manhattan
Integrated Evaluation of Back, Neck, and Related Spine Pain
Evaluation for patients seeking a clear understanding of the likely source of back pain, neck pain, related nerve pain, or mechanical spine symptoms — and the most appropriate next step.
Back and neck pain may arise from the spine itself, but often involves related structures including discs, joints, muscles, ligaments, nerves, the sacroiliac joint, ribs, shoulder girdle, pelvis, or movement-related contributors. Symptoms may be localized or may refer into the shoulder blade, arm, buttock, leg, head, or chest wall.
At Network Spine, evaluation focuses on identifying the most clinically relevant pain generator(s) rather than treating an imaging finding or isolated body part in isolation.
Combined Osteopathic, Physiatric, and Biomechanical Approach
Back and neck pain are evaluated through an osteopathic, physiatric, and biomechanical framework. The goal is to understand not only where symptoms are felt, but why they are occurring, what structures may be contributing, and which treatment options are most appropriate.
Evaluation typically includes a focused history, neurologic and orthopedic examination, review of prior imaging when relevant, and osteopathic assessment. This broader approach considers spinal mechanics, nerve involvement, soft-tissue dysfunction, posture and movement patterns, and the contribution of related regions such as the pelvis, ribs, shoulders, hips, or sacroiliac joint.
Treatment recommendations may include rehabilitation planning, osteopathic manipulative treatment, medication management, further diagnostic clarification, image-guided procedures, or referral when appropriate. Interventional care is considered selectively, based on the clinical pattern rather than imaging findings alone.
Common patterns of back and neck pain
Symptoms may reflect disc herniation, degenerative disc disease, radicular pain, facet-mediated pain, sacroiliac joint dysfunction, myofascial pain, overuse-related strain, cervicogenic headache patterns, or more complex mechanical and movement-related contributors.
Pain may be primarily central or off to one side, or it may refer or radiate into the shoulder blade, arm, buttock, leg, or head. Some patients describe dull, aching, throbbing, sharp, electric, or burning pain. Because imaging findings and symptoms do not always match neatly, evaluation focuses on identifying which findings are clinically relevant.
Cervical Dystonia and Persistent Neck-Muscle Overactivity
Cervical dystonia is a neurologic movement disorder involving involuntary activation of selected neck muscles. It may cause abnormal head position, restricted movement, tremor, sustained muscular contraction, and neck or shoulder-region pain. It is distinct from ordinary muscle tension, postural discomfort, or a routine neck spasm.
When the evaluation supports cervical dystonia or another selected pattern of clinically relevant muscle overactivity, botulinum toxin chemodenervation may be considered as part of a broader treatment plan. Treatment is directed at specific muscles and may be coordinated with corrective exercise, movement retraining, and osteopathic manipulative treatment when appropriate. It is not a routine treatment for general neck pain.
Disc Herniation / Slipped Disc
A disc herniation occurs when disc material extends beyond its usual boundary and may contribute to neck pain, back pain, or nerve-related symptoms. The term “slipped disc” is often used to describe this, although the disc does not literally slip out of place.
Disc findings on MRI do not always explain symptoms. Some disc herniations are incidental, while others may irritate or compress a cervical or lumbar nerve root and contribute to arm or leg pain, numbness, tingling, or weakness.
Evaluation focuses on determining whether the disc finding matches the symptom pattern, examination, and functional limitations. Treatment may include activity modification, rehabilitation guidance, medication strategy, osteopathic treatment, epidural steroid injection, or referral when clinically appropriate.
Nerve Pain & Radiculopathy — Pinched Nerve
Nerve-related pain may occur when a cervical or lumbar nerve root is inflamed or compressed. This may be related to a disc herniation, degenerative narrowing, inflammation, or other spine-related factors.
Cervical radiculopathy may cause symptoms extending from the neck into the shoulder, arm, or hand. Lumbar radiculopathy, often called sciatica, may cause symptoms extending from the lower back or buttock into the thigh, leg, or foot. In some cases, pain felt in the shoulder, hip, or knee may be influenced by a spinal or nerve-related source rather than a problem isolated to that joint.
Evaluation focuses on determining whether symptoms are truly nerve-related, whether imaging findings match the clinical pattern, and whether treatment should emphasize rehabilitation, medication strategy, osteopathic care, epidural steroid injection, or referral when appropriate.
Facet-Mediated Neck and Back Pain
Facet joints are small joints in the back of the spine that can contribute to neck pain, mid-back pain, or low back pain. Facet-mediated pain is often mechanical, meaning it may worsen with extension, rotation, prolonged standing, certain positions, or transitions.
Symptoms can overlap with disc, muscle, and sacroiliac-related pain, so diagnosis is based on the overall pattern rather than imaging alone. When facet pain is suspected, treatment may include activity modification, rehabilitation guidance, osteopathic assessment, medication strategy, or carefully selected diagnostic medial branch blocks. Radiofrequency ablation may be considered only when the clinical pattern and diagnostic response support it.
Sacroiliac Joint Pain
The sacroiliac joints connect the spine and pelvis and can contribute to low back, buttock, hip-region, or posterior thigh pain. SI joint pain may be influenced by prior injury, altered mechanics, asymmetry, prolonged sitting or standing, repetitive loading, pregnancy-related changes, or adjacent lumbar spine conditions.
Because SI joint pain can mimic lumbar disc, facet, hip, or nerve-related pain, evaluation focuses on identifying whether the SI joint is a primary pain generator or one contributor within a broader mechanical pattern. Treatment may include rehabilitation guidance, osteopathic treatment, activity modification, medication strategy, or image-guided SI joint injection when clinically appropriate.
What informs this approach
This approach is informed by training across osteopathic medicine, physical medicine and rehabilitation, and pain medicine. That broader framework allows spine pain to be assessed from structural, biomechanical, neurologic, and interventional perspectives rather than through imaging findings alone.
For patients whose symptoms are persistent, recurrent, mechanically influenced, or not fully explained by a single diagnosis, that framework can support more precise decisions about when to emphasize rehabilitation, osteopathic treatment, medication strategy, or selective image-guided procedures.
Advanced Injection Options in Spine Care
Orthobiologic treatments may be considered selectively in spine-related care when symptoms appear related to certain ligament, joint, disc, enthesis, or degenerative conditions. They are not routine first-line treatment and are not appropriate for every back or neck pain condition.
What a visit typically involves
A visit typically includes review of symptoms, prior treatment, imaging when available, focused examination, and discussion of the most appropriate next steps. Depending on the clinical situation, that may involve further diagnostic clarification, osteopathic treatment, rehabilitation guidance, medication strategy, or discussion of whether a targeted procedure is reasonable.
Important note
Treatment recommendations depend on the individual evaluation, examination findings, prior care, and imaging when relevant. Not every patient with neck or back pain is a candidate for injection-based treatment, and no specific outcome can be guaranteed.