Whiplash
A sudden and strong movement that moves the head back and forth strongly can not only cause injuries to the neck and spine. The brain also experiences a strong impact because it is pressed against the inner side of the skull (coup-contrecoup injury).
What is it?
Around 56% of whiplash patients recover within three months and 82% after two years, but 20% have permanent symptoms. Elderly people, people with neck osteoarthritis or headache sensitivity generally recover more slowly. The severity of the impact plays a major role in recovery, especially with a rotated flexion, where the head is catapulted in multiple directions.
Whiplash can damage not only muscles, but also nerve tracts in the neck. The occipital nerve (C2 nerve), which affects the autonomic nervous system and spinal cord pain pathways, is often affected. This can cause symptoms similar to fibromyalgia, as well as balance disorders due to impaired proprioceptive information processing. Chronic headache (cervical syndrome) is a common consequence.
In addition, whiplash can damage the pituitary gland, a gland that regulates hormones and is connected to the hypothalamus. If the connective peduncle ruptures due to the impact, this can lead to hormonal disruptions, with possible effects on the thyroid, adrenal glands and sex glands. An endocrinological examination can be useful here.
The brain can also be damaged by a coup-contrecoup impact, where it is pressed against the wall of the skull, similar to a ball hitting the inside of a box. This can cause a concussion (comotio cerebri), with cognitive complaints such as memory, concentration and fatigue problems.
Whiplash can cause a complex range of symptoms, from pain and movement restrictions to neurological and hormonal disorders. A multidisciplinary approach is often necessary for optimal recovery.
How to treat
A qEEG examines how the brain works in a resting state. Based on a comparison with a normal population, possible dysfunctions are identified.
Stimulating the back of the head, the C2 dermatome, with direct current (tDCS) can reduce cervicogenic headaches, neck pain, balance disorders and general body aches.
Other forms of neuromodulation such as tES, HD-TEs, TMS, Neurofeedback can be used to treat concentration, memory or attention disorders.
The qEEG data can help us determine which neuromodulative techniques could possibly improve, compensate or stabilize impaired brain function.
Other conditions that we treat
Auditory and vestibular disorders
These disorders are related to hearing and balance and can have a major impact on your daily life.
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Neurological and cognitive disorders
These disorders affect brain function, which can lead to problems with attention, memory, and motor skills.
Mental and emotional disorders
Mental illness can be deeply rooted in neurobiological dysfunctions.
Chronic Pain and Fatigue Syndromes
Chronic pain and fatigue are often difficult to treat with conventional methods, especially when there is no obvious physical cause.
Fatigue syndromes and sleep disorders
Sleep and energy management are essential for brain function. Problems in these areas can lead to severe tiredness and difficulty concentrating.
Headache and facial pain disorders
Headaches and facial pain can result from complex neurological processes.
Ready to take the first step?
Our specialists are here to help you. Find out what treatments are possible or schedule a consultation.