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Tension-type headache
Tension-type headache
–Relieve with light release
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Clients in the ethics office area experienced persistent blunt pain in the right side of the scalp, which felt like a “mantra” pressure, and noticeable pain points when pressed on the scalp or shoulder and neck muscles. Use cranial basal rhythm regulation + shoulder and neck fascia release regulation. A rhythmic disorder was perceived, with a carton on the right, leading the skull to open slowly, focusing on relaxing the junction of the pillowbone with the first cervical spine (the temporal spine). The user immediately felt the blunt pain reduced by 60%, and continued to relax the shoulder and neck, the rear muscles and the breast collar muscles with light manipulation. The user felt the blunts disappeared and the head was easily awake.
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Possible causes:
Head: Right temporal region, scalp tension (possibly related to suboccipital muscles and dural tendons).
Neck: Palpation reveals tender points in shoulder and neck muscles (especially occipital muscles and sternocleidomastoid muscle), suggesting fascial adhesion or musculoskeletal strain.
Tension headache: Long-term poor posture (e.g., head down) or muscle tension causing abnormal cranio-cervical linkage, leading to rhythm disorders.
Cervical-occipital joint dysfunction: Tension at the occipital-C1 connection point affects cranial micro-movement rhythm and exacerbates head compression sensation.
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Core Principles and Interconnected Mechanisms
1. Cranial-Cervical Synergistic Dysfunction: The occipitocervical joint is the only direct connection between the skull and spine; its tension restricts normal skull movement (such as extension and lateral flexion), causing obstruction of intracranial venous sinus reflux and triggering dull pain.
2. Muscle fascia tension transmission: The occipital muscle group (e.g., posterior superior oblique muscles) directly attaches to the occipital bone and atlas vertebra; its tension can pull the occipital bone backward and downward, increasing the tendency for atlas misalignment; when the sternocleidomastoid muscle is tense, it can pull the temporal bone upward and the sternum downward via the fascial chain, forming “bidirectional traction”, exacerbating head compression sensation.
3. Regulation of craniosacral rhythm: Normal micro-movements of the skull help maintain cerebrospinal fluid circulation and intracranial pressure balance; stiffness may cause neural vascular compression.
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4. For office workers, “slight head and neck discomfort” is not a “small problem,” but rather a warning that the cranio-collar-shoulder system is about to overload. The key to the prevention of headaches and bloating lies in “early sensing signs of tension” (such as scalp tightness and shoulder and neck stiffness) and breaking the vicious cycle of “dysregulated neuropathic pain” through “gentle regulation of cranio-vertebral linkages” and “targeted relaxation of key muscles.” Core principle: less confrontation, more guidance, achieve “maximum relaxation” with “minimal strength,” incorporate daily habit adjustments, and fundamentally reduce the risk of labor injury.
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– In this case, the “right temporal pain” is essentially an acute tension of soft tissue such as the muscles under the pillow and the pleural atrophy. It has not yet formed irreversible fascial adhesion or a change in joint structure. At this time, by gentle manipulation (such as relaxation of the pillowbone-pharynx connective point), the closed loop of “muscle tension causing increased pain of blocked cranial / cervical circulation” can be quickly broken.
– Delayed treatment of acute strain can lead to chronic injury, muscle fibrosis, fascia thickening (e.g., formation of “trigger points”), requiring more complex treatments (such as ultrasound-guided release and long-term rehabilitation training), with recovery time extended by 3–5 times.