Headaches and Migraine

Neck and Spinal pain

Ear Pain and tinnitus

Tinnitus is the perception of sounds such as ringing, buzzing, or humming in the ears or head when no external sound is present. The most common causes of tinnitus are ontological in nature, meaning they are related to the structure, health and function of the ear. New onset tinnitus should be discussed with your GP and referral may be required to an audiologist or ENT. However, there are musculoskeletal causes or contributory factors of tinnitus that can benefit from physiotherapy treatments. Musculoskeletal or somatosensory tinnitus occurs due to dysfunction in the upper cervical spine, jaw and the surrounding musculature. This happens because nerve signals from the head and neck connect with the brain's auditory pathways. For example, muscle tension knots send abnormal nerve signals to the brainstem's auditory centres, confusing how your brain processes sound and causes false noises. The key to treatment is determining any musculoskeletal cause of tinnitus through physiotherapy assessment. An example treatment plan would be muscle release therapies including; massage, myofascial release, dry needling/acupuncture, paired with work on posture and lifestyle factors and key exercises to address the dysfunction.

Dizziness Overview

There are many and varied causes of dizziness, some of which are listed below:

· Inner ear problems (like BPPV or labyrinthitis)

· Dehydration or heat exhaustion

· Low blood pressure/postural hypotension

· Low blood sugar

· Iron deficiency anemia

· Stress or anxiety

· Medication side effects

· Migraines

· Heart or circulation problems

These causes of dizziness can be categorised into peripheral vestibular, cervicogenic, cardiovascular, neurological, and systemic/metabolic. Dizziness related to the peripheral vestibular system and the cervicogenic (neck), is treated with physiotherapy. It is key that serious medical causes are ruled out and a physiotherapist trained in vestibular and cervicogenic dizziness assess for the cause and can therefore treat the condition effectively. It is also important that they are trained to recognise when it is not appropriate for them to treat and refer to the correct medical professional. A full history and a battery of tests will be carried out by the therapist.

Cervicogenic (neck) and TMD related dizziness

Dizziness can sometimes occur alongside temporomandibular disorders (TMD) and neck pain. The relationship is complex, but there is a scientific explanation for how these systems can interact.

Your brain constantly combines information from three main sources to understand where your head and body are in space:

• The inner ear — detects head movement and balance.

• Your eyes — provide information about movement and your surroundings.

• The neck and body — provide information about head and body position through sensory receptors called proprioceptors.

When the neck is painful, stiff or excessively tense, the information coming from the neck can become altered. This may create a mismatch between signals from the neck, eyes and inner ear, which can contribute to feelings of dizziness, unsteadiness or movement sensitivity. This is called cervicogenic dizziness.

What about the jaw?

The jaw and chewing muscles have a rich supply of sensory nerves and are closely connected with the sensory system of the upper neck.

With TMD, pain, muscle tension or excessive clenching may increase sensory input from the jaw and face. Because the jaw and upper neck share neurological connections, this can influence how the brain processes sensory information from the head and neck.

This may help explain why some people experience jaw pain, headaches, neck pain, ear symptoms and dizziness together.

Vestibular Dizziness

The vestibular system, located in the inner ear, helps the brain detect head movement, head position, balance and spatial orientation. It acts as the body's internal accelerometer and gyroscope, to coordinate balance and steady your vision.

Vestibular disorder symptoms stem from a malfunction in the inner ear or balance centers of the brain. Symptoms vary widely depending on the specific condition but are generally broken down into five distinct categories:

1. Balance and Spatial Problems

• Vertigo: A distinct, false sensation that you or your surroundings are spinning, tilting, or moving.

• Imbalance or Disequilibrium: Feeling unsteady on your feet, veering to one side while walking, or having a frequent risk of stumbling and falling.

• Spatial Disorientation: Feeling floating, rocking, swaying (like being on a boat), or completely ungrounded.

2. Vision Distortions

• Oscillopsia: An illusion where the environment appears to jump, bounce, or blur whenever you move your head.

• Tracking Difficulties: Inability to focus easily on objects, especially moving objects or busy visual patterns (like grocery store shelves).

• Light Sensitivity: Standard light sources suddenly feeling uncomfortable or triggers for dizzy spells.

3. Hearing and Ear Symptoms

• Tinnitus: Hearing abnormal noises like ringing, buzzing, roaring, or clicking in one or both ears.

• Hearing Loss: Sudden, fluctuating, or progressive reduction in your ability to hear.

• Aural Fullness: A distinct sensation of pressure, fullness, or fluid inside the ear canal.

4. Cognitive and Psychological Impacts

• Brain Fog: Feeling mentally sluggish, experiencing forgetfulness, or losing your train of thought.

• Disorientation: Difficulty concentrating or feeling "spaced out" because the brain is working overtime to stay upright.

• Anxiety and Panic: Secondary symptoms caused by the unpredictable and scary nature of losing your balance control.

5. Physical and Gastrointestinal Symptoms

• Nausea and Vomiting: Caused by the brain receiving conflicting motion signals from the eyes and inner ears.

• Motion Sickness: An increased susceptibility to carsickness or seasickness.

• Physical Fatigue: Chronic exhaustion resulting from the brain continuously overcompensating for a broken balance system.

Vestibular physiotherapy can help improve or completely resolve symptoms. Vestibular Physiotherapy also known as vestibular rehabilitation therapy (VRT), is a specialized exercise-based programme designed to retrain the brain to process balance signals correctly. It is highly effective for dizziness originating from the inner ear (peripheral vestibular system) or the brain's balance pathways (central vestibular system). Vestibular physiotherapy also includes canalith repositioning manoeuvres useful for BPPV.

1. Positional Inner Ear Issues

• Benign Paroxysmal Positional Vertigo (BPPV): This is the most common cause of vertigo. It happens when tiny calcium crystals dislodge and float into the inner ear canals, causing brief, intense spinning when you roll over in bed, look up, or bend down. Physiotherapists treat this effectively using guided head manoeuvres (like the Epley manoeuvre) to move the crystals back into place.

2. Inner Ear Infections and Inflammation

• Vestibular Neuritis: Inflammation of the vestibular nerve, usually following a viral illness. It causes sudden, severe dizziness or spinning that can leave you off-balance for weeks.

• Labyrinthitis: Similar to neuritis, but the inflammation affects the labyrinth chamber, causing both dizziness and temporary hearing changes or ringing (tinnitus).

• How physiotherapy helps: If residual unsteadiness remains after the initial infection clears, a therapist utilizes specific components of vestibular rehabilitation therapy.

3. Neurological and Brain-Related Dizziness

• Vestibular Migraine: A type of migraine where the primary symptom is dizziness, rocking, or motion sensitivity, which can happen with or without a headache. VRT helps desensitize the brain to motion triggers and also cervicogenic triggers.

• Post-Concussion Syndrome: Lingering dizziness, blurred vision, or unsteadiness following a head injury or whiplash. Therapy focuses on getting the eyes, inner ears, and neck joints back in sync.

• Stroke or Neurological Changes: Damage to the brainstem or cerebellum can disrupt balance pathways. Custom physical therapy can help the brain find alternative pathways to steady itself.

4. Chronic or Habitual Dizziness

• Persistent Postural-Perceptual Dizziness (PPPD): A chronic condition causing a constant feeling of rocking, swaying, or heavy unsteadiness, which worsens in busy environments (like supermarkets) or when looking at screens. VRT uses habituation exercises to gently retrain the nervous system not to overreact to visual movement.

• Mal de Debarquement Syndrome (MdDS): A persistent sensation of rocking or floating that continues long after you get off a boat, plane, or train.

• Cervicogenic Dizziness: Dizziness that stems from stiffness, pain, or injury in the joints and muscles of the neck, which send faulty orientation signals to the brain.

5. Compensatory Support

• Ménière’s Disease: While physiotherapy cannot stop an acute flare-up of Ménière's, it is widely used between attacks to treat chronic unsteadiness or to treat secondary issues like BPPV, which frequently co-occur.

• Vestibular Schwannoma (Acoustic Neuroma): A benign tumour on the balance nerve. Vestibular therapy is frequently utilized both before and after surgical removal to help the brain adapt to the loss of balance input from that side.

Each condition has a lot of crossover symptoms which can make accurate diagnosis difficult but careful examination and exploration of the symptom patterns and typical features helps alongside special test.

Temporomandibular Disorders (TMD)

Temporomandibular disorders (TMD) are a group of conditions that affect the temporomandibular joints (TMJs), the muscles used for chewing, and the surrounding tissues. The TMJs connect the lower jaw (mandible) to the skull and allow movements such as opening and closing the mouth, chewing and speaking.

TMD can affect the jaw joints, the muscles, or both, and symptoms can vary considerably between individuals.

Common symptoms

People with TMD may experience:

• Pain around the jaw, face, ear, temple and neck

• Tenderness in the chewing muscles

• Clicking, popping or other sounds from the jaw

• Difficulty or discomfort when opening the mouth

• Jaw stiffness, feeling that the jaw is "locked" or recurrent dislocations

• Headaches, particularly around the temples

• Pain when chewing or yawning

• Changes in the way the teeth come together

• Tinnitus or a feeling of fullness in the ear

Importantly, jaw sounds such as clicking are common and do not necessarily indicate disease, particularly when they are not associated with pain or restricted movement.

Why does TMD occur?

TMD is usually considered multifactorial but can be caused by one single event. Factors that can contribute to the development or persistence of symptoms include:

• Increased activity or overuse of the jaw muscles

• Jaw clenching or tooth grinding (bruxism)

• Stress and psychological factors

• Previous trauma or injury

• Changes within the temporomandibular joint

• Increased sensitivity of the nervous system to pain

• Congenital factors

• Poor sleep

• Other conditions, for example rheumatological conditions or hypermobility disorders

In some people, the tissues within the joint can become irritated or inflamed, while others may develop changes affecting the articular disc, cartilage, underlying bone and others will have predominantly muscular pain. TMD can also fluctuate over time, with periods when symptoms improve, become more noticeable, episodes of locking or dislocation.

Is TMD serious?

For most people, TMD is not a serious or progressive condition. Symptoms often improve with conservative treatments and appropriate self-management.

The presence of joint noises alone does not necessarily mean that the joint is being damaged. Similarly, experiencing jaw pain does not automatically mean that there is significant structural damage.

How is TMD diagnosed?

Diagnosis is primarily based on your symptoms and clinical examination. A suitably trained clinician will assess in detail:

• Jaw movement and range of motion

• The temporomandibular joints

• The muscles involved in chewing both outside and inside the mouth

• All areas of tenderness, pain, tension and weakness

• Your history including clenching, grinding or other contributing factors

Imaging, such as magnetic resonance imaging (MRI) or cone-beam computed tomography (CBCT), is not routinely required for every patient. Imaging may be recommended when the clinical findings suggest that additional information about the joint or surrounding structures would be useful. Your clinician can determine whether your symptoms are consistent with TMD and whether further investigation or specialist management is appropriate.

Treatment

Treatment depends on the type and severity of TMD, but the initial approach is usually conservative and this is where physiotherapy can really help (see treatment section). Even for those who are due to have or have had surgery (such as Arthrocentesis TMJ wash out), physiotherapy will help maximise the benefit achieved by those surgeries.

A TMD trained physiotherapist will explore all the factors contributing to your TMD, perform a thorough examination, determine a treatment plan that suits you and deliver that in a collaborative way. A key part of treatment is understanding that pain does not always correlate directly with the amount of structural change within the joint. Factors such as muscle tension, stress, sleep and the way the nervous system processes pain can all influence symptoms.

Treatment is often aimed at improving function and reducing pain, rather than trying to eliminate every joint sound.

The good news is that TMD is common, and most patients can be managed successfully with conservative treatment and appropriate advice.

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