Cervical Radicular Pain: Joints vs. Nerves
An interactive, evidence-based guide analyzing the latest Network Meta-Analysis on articular and neural mobilizations. Designed for rehab professionals seeking objective, clinically aligned evidence.
Neural Mobilization
Targeting mechanical sensitivity of nerves (sliders & tensioners) may help reduce peripheral nerve sensitivity and neuropathic radicular symptoms in the short term.
Articular Mobilization
Joint-based manual therapy may help down-regulate localized nociception and assist in easing cervical and thoracic segmental mechanical sensitivity.
Combined Effects
The network meta-analysis suggests combining articular and neural techniques may provide greater short-term pain relief and improved disability compared to usual care alone.
Intervention Spectrum for Cervical Radiculopathy
What does the 2025 JOSPT Network Meta-Analysis indicate regarding mechanical and neural inputs?
Articular Mobilization (Joint Focus)
Upglides, downglides, and thoracic thrust manipulation. Aims to temporarily improve regional mobility, stimulate local mechanoreceptors, and lower segment threat.
Neural Mobilization (Neurodynamics)
Physiological sliding and tensioning of dural and peripheral structures to help reduce mechanical sensitivity and manage local tissue irritability.
Integrated Articular & Neural Approach
Combining targeted joint-based inputs with selective neurodynamic sliders. May provide greater short-term pain relief and improved disability compared to usual care alone.
Physiological Impact Analyzer
Articular Mobilization
Excellent first-line choice for downregulating mechanical local blockages. Direct mechanical decompression helps clear peripheral pathway limitations.
Use localized cervical/thoracic mobilization to address local mechanical sensitivity. Prior to general loading/strengthening exercises, make sure to give the patient Cervical Retractions and Sidebending to the involved side to be loaded repeatedly throughout the day to keep the cup empty!
The Modern Manual Therapy Roadmap
Integrating the JOSPT 2025 evidence seamlessly into clinical practice.
Decompress & Downregulate
Gentle upglides or thoracic manipulations assist in down-regulating local nociception, laying down structural relief before dynamic movement pathways are stimulated.
Introduce Nerve Sliders
Utilize non-provocative neural sliders with the goal of reducing peripheral nerve sensitivity and maintaining sliding dynamics during the short term.
Transition to Active Loading
Transition to active exercises once threat levels cool. Always prescribe targeted repeated movements like retractions and sidebending prior to complex strength progression.
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