Tension Headache
HeadacheOverview
Tension headache is the most common primary headache disorder, characterized by bilateral, non-pulsatile head pain often described as a tight band sensation. It results from sustained contraction of cervical and cranial muscles, frequently triggered by stress, poor posture, and muscle tension in the neck and shoulders. The condition is typically benign and self-limiting but can significantly impact quality of life and productivity.
Pathophysiology
Tension headaches involve sustained contraction of the frontalis, temporalis, occipitalis, and cervical musculature (particularly upper trapezius, levator scapulae, and suboccipitals). This muscular tension reduces blood flow and increases metabolic waste accumulation (lactate, hydrogen ions), triggering nociceptive pain pathways. Central sensitization and altered pain modulation via the descending inhibitory systems contribute to chronic tension headaches. Myofascial trigger points in neck and shoulder muscles refer pain to the head through convergence in the trigeminal nucleus caudalis.
Typical Presentation
Site
Bilateral temporal, frontal, and occipital regions; often described as a band-like distribution across the entire head; may include cervical and shoulder musculature
Quality
Pressing, tightening, squeezing, or vice-like sensation; non-throbbing; mild photophobia or phonophobia may be present
Intensity
Mild to moderate (4-6/10); rarely disabling; episodic or chronic (≥15 days per month in chronic variant)
Aggravating
Stress and emotional tension, poor posture, prolonged computer work, cervical dysfunction, sleep deprivation, caffeine withdrawal, muscle fatigue
Relieving
Rest, stress reduction, neck and shoulder stretching, heat application, massage, mild physical activity, relaxation techniques
Associated
Neck stiffness, shoulder tightness, jaw clenching, facial tension, mild anxiety, difficulty concentrating, cervical restricted range of motion, myofascial trigger points
Orthopaedic Tests
Cervical Range of Motion Assessment
Procedure
Patient seated or standing; examiner observes and measures active cervical flexion, extension, lateral flexion, and rotation bilaterally using a cervical goniometer or inclinometer. Document any restriction or asymmetry.
Positive Finding
Restricted cervical motion (typically <40° rotation or <45° lateral flexion) or asymmetry between sides, often with reported increase in headache symptoms during movement
Sensitivity / Specificity
Unknown / Unknown
Interpretation
Suggests cervical dysfunction contributing to tension headache; restricted motion supports myofascial or mechanical neck component. Normal ROM does not exclude tension headache.
Palpation of Upper Trapezius and Suboccipital Muscles
Procedure
Patient seated; examiner palpates bilateral upper trapezius and suboccipital musculature for muscle tension, trigger points, and tenderness. Apply gentle pressure and note patient response.
Positive Finding
Reproduction or exacerbation of headache; taut muscle bands; tenderness with palpation, especially in suboccipital and upper trapezius regions
Sensitivity / Specificity
Unknown / Unknown
Interpretation
Indicates myofascial involvement and muscular tension contributing to tension-type headache. Presence of trigger points may reproduce referred head pain.
Neck Flexion Test (Cervical Flexion Rotation Test variant)
Procedure
Patient seated or supine; examiner passively flexes the neck forward fully, then gently rotates the head left and right. Observe smoothness of motion and symptom reproduction.
Positive Finding
Pain or restriction during cervical flexion; exacerbation of headache during or after test; asymmetry in rotation range or quality of movement
Sensitivity / Specificity
Unknown / Unknown
Interpretation
Suggests cervical segmental dysfunction or facet-mediated contribution; helps differentiate cervicogenic features from primary tension headache.
Upper Cervical Mobility Screening (C0–C2)
Procedure
Patient seated; examiner stabilises C3 and below with one hand while gently mobilising the upper cervical spine (occiput to C2) through flexion, extension, and rotation. Assess segmental motion quality.
Positive Finding
Restricted segmental mobility at C0–C2; reproduction of headache or neck pain; asymmetry in rotation between left and right
Sensitivity / Specificity
Unknown / Unknown
Interpretation
Indicates upper cervical dysfunction; limitations here frequently correlate with tension and cervicogenic headache mechanisms. May indicate need for localised upper cervical treatment.
Cranio-Cervical Flexion Test (CCFT)
Procedure
Patient supine with knees bent; place a pressure biofeedback unit under the cervical curve at the level of C5. Patient performs gentle craniocervical flexion (nodding action) against the unit, progressively increasing pressure from 20 mmHg to 30 mmHg in 2 mmHg increments.
Positive Finding
Inability to achieve target pressure of 30 mmHg; substitution patterns (upper trapezius dominance); fatigue or tremor; reproduction of tension headache
Sensitivity / Specificity
68–88% for cervical dysfunction / 64–78% for cervical dysfunction
Jull et al., 2007, Manual Therapy; Schomacher & Farina, 2013, Journal of Manipulative and Physiological Therapeutics
Interpretation
Assesses deep cervical flexor endurance and motor control; poor performance suggests cervical instability or myofascial dysfunction contributing to tension headache.
Occipital Nerve Palpation and Tenderness Test
Procedure
Patient seated or supine; examiner palpates the midline and lateral aspects of the suboccipital region, identifying the occipital protuberance and greater occipital nerve pathway (medial to trapezius). Apply gentle pressure and assess tenderness.
Positive Finding
Tenderness over greater occipital nerve region; reproduction of headache into the vertex or frontal region; local muscle tension and trigger points in suboccipital muscles
Sensitivity / Specificity
Unknown / Unknown
Interpretation
Suggests occipital neuralgia or greater occipital nerve irritation contributing to tension and cervicogenic headache patterns. Helps differentiate nerve-mediated from purely myofascial causes.
⚠ Red Flags
- •Sudden onset of severe headache (thunderclap presentation suggesting subarachnoid hemorrhage)
- •Progressive worsening over weeks despite treatment
- •Headache with fever, neck stiffness, and confusion (meningitis)
- •Focal neurological signs (weakness, numbness, visual disturbance, ataxia)
- •Headache in elderly patient with vision changes and jaw claudication (temporal arteritis)
- •Headache following head trauma with altered consciousness
- •Papilledema or signs of increased intracranial pressure
- •Cancer history with new headache pattern
⚡ Yellow Flags
- •High stress levels and poor stress coping mechanisms
- •Anxiety or depression comorbidity
- •Catastrophic thinking about headache ('this is serious')
- •Chronic medication overuse (medication overuse headache)
- •Secondary gain from headache (work avoidance, attention-seeking)
- •Perfectionism and high achievement orientation
- •Poor work-life balance and ergonomic issues
- •Sleep disturbance and irregular sleep-wake cycle
- •Passive coping strategies rather than active problem-solving
Osteopathic Techniques
Region
Suboccipital muscles and upper cervical spine
Technique
Soft Tissue
Rationale
Direct release of suboccipital myofascial trigger points reduces referred pain to the head and restores normal cervical proprioception. The suboccipital muscles have dense mechanoreceptor innervation; their relaxation immediately reduces trigeminal system sensitization.
Region
Cervical spine (C0-C3)
Technique
MET
Rationale
Muscle Energy Technique applied to cervical flexors, extensors, and rotators restores segmental mobility and reduces muscular guarding. MET is particularly effective for tension headaches as it engages the patient's own muscular system to release tension without forceful manipulation.
Region
Temporomandibular joint and masseter muscle
Technique
Soft Tissue
Rationale
Tension headache patients commonly clench their jaw, creating referred pain via the trigeminal nerve. Intraoral massage of masseter and temporalis muscles and TMJ articulation reduces this muscular holding pattern and associated referred pain.
Region
Thoracic inlet and cervicothoracic junction
Technique
Articulation
Rationale
Restricted thoracic inlet mechanics and upper thoracic vertebral dysfunction contribute to compensatory cervical muscle tension. Gentle articulation of T1-T4 segments restores normal respiratory mechanics and reduces cervical muscle overload.
Region
Cranial fascia, meninges, and venous drainage pathways
Technique
Cranial
Rationale
Cranial osteopathy addresses restrictions in cranial bone mobility, dural tube tension, and venous return via the jugular system. Normalization of cranial rhythm and dural mobility reduces pressure on pain-sensitive structures and enhances cerebrospinal fluid circulation.
Region
Upper trapezius and levator scapulae
Technique
Soft Tissue
Rationale
These muscles are primary contributors to tension headache through their insertion on the cervical spine and occipital base. Deep soft tissue release combined with stripping techniques reduces myofascial pain and improves scapulohumeral rhythm to prevent compensatory cervical tension.
Add-On Approaches
Chinese Medicine
Acupuncture targeting Gallbladder 20 (Fengchi), Gallbladder 21 (Jianjing), and local points (Baihui, Taiyang) based on liver qi stagnation and kidney yang deficiency patterns. Herbal medicine emphasizing qi and blood circulation (Si Junzi Tang modified). Cupping therapy along the Bladder meridian to release tension and stagnation.
Chiropractic
Cervical spine manipulation (HVLA or mobilization) to address vertebral dysfunction and restore segmental motion. Upper thoracic adjustment to reduce cervical compensation. Cervical radiographs to rule out structural pathology before manipulation.
Physiotherapy
Cervical active range of motion exercises, postural retraining with ergonomic assessment, thoracic mobility work, scapular stabilization exercises, and progressive resistance training. Dry needling to myofascial trigger points. Pain neuroscience education to address movement fear and catastrophic thinking.
Remedial Massage
Deep tissue massage to upper trapezius, levator scapulae, and suboccipital muscles with focus on trigger point release. Swedish massage for general relaxation and improved circulation. Remedial massage combined with postural correction advice to prevent recurrence.
Rehabilitation Exercises
Cervical Flexion and Extension
Cervical Lateral Flexion (Ear to Shoulder)
Cervical Rotation
Suboccipital Stretch (Chin Tucks with Forward Flexion)
Upper Trapezius Stretch (Contralateral Side Flexion with Arm Depression)
Levator Scapulae Stretch (Cervical Flexion with Ipsilateral Rotation)
Deep Cervical Flexor Activation (Isometric Neck Flexion Against Resistance)
Scapular Retraction (Prone or Standing Row-Like Motion)
Posture Reset (Thoracic Extension with Scapular Retraction)
Proprioceptive Cervical Retraining (Marching in Place with Head Movement Stabilization)
Aerobic Walking or Swimming (30 Minutes, 3-4 Times Weekly)
Ergonomic Workstation Modification and Mindful Posture Breaks
Referral Criteria
- •Sudden onset severe headache with systemic symptoms (fever, neck stiffness, confusion) - refer to emergency department
- •Headache with progressive neurological deficits - refer to neurologist
- •Headache following significant head trauma - refer to appropriate medical specialist
- •Failure to improve after 4-6 weeks of conservative treatment - consider neurology referral to rule out secondary causes
- •Headache with signs of temporal arteritis (elderly, vision changes, jaw claudication) - urgent referral to medical practitioner
- •Chronic tension headache with significant anxiety or depression - refer to mental health professional for concurrent psychological support
- •Medication overuse headache pattern (>10-15 days per month analgesic use) - refer to headache specialist for medication withdrawal management
- •Suspicion of cervical myelopathy or serious cervical spine pathology - refer for appropriate imaging and medical evaluation
- •Headache inadequately controlled by multimodal therapy - consider referral to pain medicine specialist or headache clinic