The Tribune

By HANNA FOSTER-MIDDLETON

Have you ever woken up with a stiff neck, a heavy head, or that horrible sensation that the world isn't quite as steady as it should be? Perhaps you feel slightly dizzy when turning your head, experience pressure at the base of your skull, or find yourself suffering from headaches that seem to start in your neck and creep over the top of your head.

You might be surprised to learn that some of these symptoms can be connected to a small group of muscles tucked away beneath the back of your skull.

And while these little muscles don't look particularly impressive, they can certainly cause a surprising amount of trouble!

Meet Your Suboccipital Muscles

Right at the base of your skull sit four pairs of small, deep muscles known as the suboccipital muscles. Their job is to help control the fine movements of your head and provide your brain with information about where your head is positioned.

Think about how often you use them. Looking down at your phone, working at a computer, driving, reading, or simply holding your head upright all day.

These muscles are constantly working.

When they become tense, fatigued or irritated, they can contribute to headaches, neck stiffness, pressure behind the eyes and sometimes even a sensation of dizziness or imbalance.

And here's where things get particularly interesting.

Your Neck and Your Balance System

Most people associate balance with the inner ear, and rightly so. Our vestibular system, located in the inner ear, plays a major role in helping us stay upright and orientated.

But it doesn't work alone.

Your brain constantly combines information from three important sources: your eyes, your inner ears and the sensory receptors in your muscles and joints.

Your upper neck is particularly rich in proprioceptors, the tiny sensory receptors that tell your brain where your head is in space.

When your neck becomes stiff or painful, that information can become less reliable.

Imagine your eyes telling your brain that you're looking straight ahead, your inner ears reporting that you're stationary, but your neck sending slightly conflicting information.

Your brain isn't terribly fond of mixed messages!

In some people, this mismatch may contribute to a condition known as *cervicogenic dizziness*.

Rather than the room spinning dramatically, people often describe feeling lightheaded, unsteady, slightly disorientated or as though they're walking on a moving boat.

However, dizziness has many possible causes, so we should never automatically blame the neck.

And What About the Vagus Nerve?

You've probably heard more about the vagus nerve recently. It's become something of a celebrity in the wellness world.

The vagus nerve is a major part of our parasympathetic nervous system, which helps regulate functions such as heart rate, digestion and the body's relaxation response.

It travels from the brainstem through the neck and onwards into the chest and abdomen.

Because of its location, people sometimes assume that tight muscles at the base of the skull can physically trap or compress the vagus nerve.

But that's not something we have good scientific evidence to support.

What we do know is that persistent neck pain, stress and muscle guarding can influence our autonomic nervous system, the system responsible for regulating many automatic bodily functions.

Pain can increase sympathetic nervous system activity, leaving us feeling tense, unsettled and sometimes more sensitive to bodily sensations.

The relationship between neck tension, autonomic regulation and the vagus nerve is an interesting area of research, but it's important not to suggest that releasing tight neck muscles directly frees the vagus nerve.

Our bodies are a little more complicated than that/

When Dizziness Is Actually Vertigo

There's an important distinction between feeling dizzy and experiencing true vertigo.

Vertigo usually involves a sensation of spinning or movement when you're actually stationary.

One of the most common causes is benign paroxysmal positional vertigo, or BPPV, which occurs when tiny calcium crystals become displaced within the inner ear.

This typically produces brief spinning episodes when rolling over in bed, looking upwards or changing head position.

Neck tension doesn't cause those crystals to move, and massaging the base of your skull won't put them back where they belong.

That's why a proper assessment matters.

What Can Physiotherapy Do?

When dizziness has a cervical component, physiotherapy can be extremely helpful.

Treatment may include gentle manual therapy, improving upper cervical mobility, strengthening the deep neck stabilisers and retraining the coordination between the eyes, head and balance system.

Sometimes we incorporate gaze-stabilisation exercises, proprioceptive retraining and balance activities to help the brain process sensory information more effectively.

And yes, addressing those tight suboccipital muscles can make a real difference to headaches, discomfort and neck movement.

But treatment should focus on restoring normal function, not simply chasing tight muscles.

A Few Things You Can Try

Start by becoming aware of your posture, particularly when using your phone or computer.

Take regular movement breaks, gently rotate your head within a comfortable range, and avoid spending hours with your chin poking forwards.

Slow, relaxed breathing may also help reduce general tension and encourage a calmer nervous system.

And remember, dizziness accompanied by sudden severe headache, double vision, difficulty speaking, fainting or new weakness needs urgent medical attention.

The Bottom Line

Your neck and your balance system are much more closely connected than most people realise.

Those little muscles beneath your skull can influence how comfortably and accurately your brain senses head movement.

So, if you're experiencing persistent neck tension, headaches or unexplained dizziness, don't just put up with it.

A Physiotherapist will look beyond the symptoms to understand what may be contributing to the problem.

Because sometimes getting your head straight really does start with your neck!