Why Is My Face Drooping on One Side Natural Bells Palsy Treatment and Relief in Sarasota

Posted in Head Disorders on Apr 26, 2026

Waking up and noticing that one side of your face isn’t moving properly can be alarming. You may see:

One side of your mouth drooping

Difficulty closing one eye

An uneven smile

Facial weakness or numbness

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In many cases, this presentation is diagnosed as Bell’s palsy—a condition involving dysfunction of the facial nerve.

But here’s the critical question most people are never asked:

Why did the facial nerve become dysfunctional in the first place?

To truly understand Bell’s palsy, we need to look deeper—beyond the face—and into the brainstem and upper cervical spine, where these nerves originate and are controlled.

What Is Bell’s Palsy?

Bell’s palsy is a condition characterized by:

Sudden weakness or paralysis of the muscles on one side of the face

Dysfunction of the facial nerve (cranial nerve VII)

This nerve controls:

Facial expression (smiling, blinking, frowning)

Tear production

Saliva production

Taste (front two-thirds of the tongue)

When the facial nerve is irritated, inflamed, or not functioning properly:

The muscles it controls lose tone

One side of the face becomes weak or droops

The Cranial Nerves Involved in Bell’s Palsy

While Bell’s palsy primarily affects the facial nerve (CN VII), several cranial nerves work together to support facial function and sensation:

1. Facial Nerve (Cranial Nerve VII)

Controls facial muscles

Responsible for symmetry of the face

Affects blinking, smiling, and expressions

2. Trigeminal Nerve (Cranial Nerve V)

Provides sensation to the face

Helps coordinate chewing

3. Glossopharyngeal Nerve (Cranial Nerve IX)

Involved in swallowing

Contributes to throat sensation

4. Vagus Nerve (Cranial Nerve X)

Controls autonomic functions

Plays a role in voice and swallowing

5. Hypoglossal Nerve (Cranial Nerve XII)

Controls tongue movement

All of these nerves originate from or are closely associated with the brainstem

This is key.

Because if something disrupts brainstem function, it can affect multiple cranial nerves—not just one.

The Brainstem: The Control Center Behind Facial Function

The brainstem sits at the base of your skull and is responsible for:

Coordinating cranial nerve activity

Regulating muscle tone

Maintaining symmetry and balance in the body

The facial nerve specifically exits the brainstem at the level of the pons, then travels through the skull to innervate the muscles of the face.

When the brainstem is functioning normally:

Nerve signals are clear and balanced

Facial muscles work symmetrically

But when the brainstem becomes irritated or stressed:

Nerve signaling can become distorted

How Upper Cervical Misalignment Can Be a Root Cause

The top two bones in your neck—C1 (atlas) and C2 (axis)—surround and protect the brainstem.

This area is known as the craniocervical junction, and it is one of the most neurologically important regions in the body.

When there is an upper cervical misalignment, it can:

Irritate or compress the brainstem

Disrupt cranial nerve signaling

Alter muscle tone and coordination

What Does This Lead To?

Weakness in facial muscles

Loss of symmetry

Drooping on one side of the face

Bell’s palsy may be the result of brainstem irritation—not just a random nerve issue

The Chain Reaction

Here’s how this process can unfold:

Upper Cervical Misalignment → Brainstem Irritation → Facial Nerve Dysfunction → Muscle Weakness → Facial Drooping (Bell’s Palsy)

This perspective shifts the focus from:

“What’s wrong with my face?”

to

“What’s affecting the nerve controlling my face?”

Common Symptoms of Bell’s Palsy

In addition to facial drooping, Bell’s palsy may include:

Inability to fully close one eye

Uneven smile or facial expression

Drooping of the mouth

Excessive tearing or dry eye

Loss of taste

Sensitivity to sound

Difficulty speaking clearly

Because multiple cranial nerves are involved, you may also experience:

Neck pain or tightness

Headaches

Dizziness or vertigo

Brain fog

Why Conventional Approaches May Miss the Root Cause

Many conventional treatments focus on:

Reducing inflammation

Managing symptoms

Waiting for spontaneous recovery

While some people do improve over time, this approach doesn’t always address:

Why the nerve became dysfunctional in the first place

If the brainstem is under stress due to upper cervical misalignment, the underlying issue may persist.

The Upper Cervical Chiropractic Approach

Upper cervical care focuses on one primary objective:

Restoring proper alignment at the top of the neck to reduce brainstem irritation

This approach is:

Highly specific

Neurologically focused

Based on objective measurements

Adjustments are only performed when testing indicates they are necessary.

Precision Matters: CBCT Imaging

To determine exactly what’s happening, CBCT (Cone Beam CT) imaging is used.

This advanced imaging provides:

A 3D view of the upper cervical spine

Precise measurement of misalignment

Exact direction and degree of the problem

No guessing. No generalized adjustments.

Every correction is:

Customized

Precise

Based on your unique anatomy

No Twisting, Popping, or Pulling

Upper cervical adjustments are very different from traditional chiropractic techniques.

They are:

Gentle

Specific

Controlled

There is:

No twisting of the neck

No cracking or popping

No forceful manipulation

The goal is not to aggressively move the spine…

👉 It’s to restore alignment so the nervous system can function properly