Pain Relief Chiropractic

Occipital neuralgia is a condition involving irritation of the occipital nerves and is often
characterized by sharp, shooting, burning, or electric-like pain that starts near the base of the skull
and radiates upward. A 2025 study of 212 patients with occipital neuralgia found that 117 reported a
prior head or neck injury, with whiplash identified as the most common cause. Let’s look at how a
history of whiplash may influence the risk of occipital neuralgia.
The greater occipital nerve originates from the second cervical spinal nerve and passes
through several layers of muscle and connective tissue before reaching the scalp. During a whiplash
injury, the rapid back-and-forth motion of the head and neck may stretch or compress the nerve,
cause microscopic injury, or trigger abnormal nerve signaling. In some individuals, these changes
may contribute to the shooting, burning, or electric-like sensations.
Whiplash commonly causes tightness in the small muscles at the base of the skull as well as
tension throughout the neck and shoulders. When these muscles remain chronically tight, they may
place pressure on nearby occipital nerves and contribute to symptoms. Trauma can also affect the
joints between the skull and first cervical vertebra as well as those between the first and second
cervical vertebrae. These structures are closely related to the nerve roots that eventually form the
occipital nerves. Joint irritation may increase local inflammation, alter nerve mechanics, and produce
pain patterns that resemble occipital neuralgia.
The healing process itself may also play a role. As injured tissues repair, scar tissue and
thickened connective tissue can develop. Because the occipital nerves pass through multiple
muscular and fascial layers, these changes may reduce the available space around the nerves and
contribute to ongoing irritation or entrapment. In some individuals, the nervous system becomes
more sensitive following injury. This process can cause normally harmless sensations to become
painful and may contribute to scalp tenderness, increased nerve sensitivity, or symptoms that persist
long after the initial injury has healed.
Occipital neuralgia is sometimes mistaken for migraines, tension headaches, or headaches
that originate from the neck. Clues that suggest occipital neuralgia include pain that begins near the
base of the skull, tenderness over the occipital nerves, scalp sensitivity, and sharp pain that radiates
toward the top of the head. Because several conditions can produce similar symptoms, a thorough
examination is important. If the examination suggests occipital neuralgia is present and the patient is
a candidate for chiropractic care, treatment may include a multimodal approach using manual
therapies, specific exercises, physiotherapy modalities, and patient education to help reduce
mechanical stress on the occipital nerves. Chiropractors are also trained to recognize when comanagement or referral to another healthcare provider may be appropriate.

Brent Binder, D.C.

4909 Louise Dr. Suite 102

Mechanicsburg, PA 17055

Tags: mechanicsburg pa chiropractor, pain relief, whiplash

Whiplash is a common neck injury that typically occurs when the head is suddenly forced
backward and forward, often during a motor vehicle collision, sports injury, or fall. This rapid
motion can place excessive stress on the muscles, joints, ligaments, discs, and nerves of the
cervical spine. Many people walk away from a collision feeling relatively normal only to
develop neck pain, stiffness, headaches, dizziness, or shoulder pain hours or even days later. This
delayed onset can cause some individuals to underestimate the severity of the injury or delay
seeking evaluation.
Whiplash injuries are commonly classified using the Quebec Task Force grading system,
which ranges from Grade I to Grade IV. Grade IV whiplash injuries are the most severe and
involve fractures or dislocations of the cervical spine. These injuries usually produce immediate
and obvious symptoms and require urgent medical evaluation. Grade III injuries involve
neurologic findings such as numbness, weakness, altered reflexes, or radiating arm pain.
Symptoms in these cases also tend to appear relatively quickly, often within hours of the trauma.
The majority of whiplash cases fall into the Grade I and Grade II categories. Grade I
whiplash typically involves neck pain, stiffness, or tenderness without significant objective
physical findings. Grade II injuries may include reduced range of motion, muscle spasm, or
musculoskeletal tenderness. In many Grade I and II cases, symptoms such as neck pain and
stiffness, headaches, upper back or shoulder pain, dizziness, reduced neck mobility, fatigue, and
difficulty concentrating may gradually worsen over the first 24 to 72 hours after the injury.
Researchers have noted several factors that may contribute to this delay, including
inflammation, muscle guarding, soft tissue irritation, and nervous system sensitization that
develops over time following the initial trauma. Adrenaline released during an accident may also
temporarily mask pain immediately afterward.
Because symptoms can evolve gradually, early evaluation is important even if discomfort
initially seems minor. Chiropractic evaluation after a whiplash injury can help identify areas of
restricted movement, muscular dysfunction, joint irritation, postural changes, and neurologic
findings. Early conservative care may help improve mobility, reduce pain, restore function, and
guide patients through a safe return to normal activity. While not every collision results in
serious injury, patients should remember that whiplash symptoms are not always immediate. In
many cases, the body’s response to injury continues to evolve during the first days after trauma.

Brent Binder, D.C.

4909 Louise Dr.

Suite 102 Mechanicsburg, PA 17055

Tags: mechanicsburg pa chiropractor, pain relief, whiplash

It’s estimated that up to 50% of patients with whiplash-associated disorders
(WAD) continue to experience symptoms one year after their injury. Common chronic
WAD symptoms include persistent neck pain and stiffness, headaches, shoulder and
upper back pain, arm pain or numbness and tingling, dizziness or balance issues, fatigue
and sleep disturbance, cognitive difficulties, and increased pain sensitivity.
Because of the significant toll chronic WAD can have on individuals, families, and
society as a whole, there has been substantial research aimed at better understanding
these injuries in hopes of preventing long-term pain and disability. In particular, the view
is beginning to shift from WAD being the result of simple soft tissue injury to a more
complex condition involving the nervous system, where ongoing inflammation in and
around neural tissues may continue to drive pain long after the initial injury.
The sudden acceleration and deceleration of the head and neck that characterizes
whiplash can place rapid strain on cervical tissues, including the joints, muscles,
ligaments, and tendons. In response, the body initiates an inflammatory process, releasing
chemical messengers that help coordinate healing. These inflammatory signals can also
affect nearby nerves, increasing their sensitivity and altering how they transmit signals.
In the short term, this response is normal and part of recovery. However, if the
condition is not effectively managed, this heightened state can persist. Ongoing irritation
of the nervous system may amplify pain signaling and contribute to increased sensitivity
over time, a process known as central sensitization. As a result, stimuli that would not
normally be painful may begin to produce pain, and symptoms can persist even after the
original injury has largely healed.
Patients with signs of sensitization often require a more comprehensive treatment
approach—one that addresses both the physical tissues and the nervous system. Care may
include manual therapies and therapeutic modalities, targeted exercises and a gradual
return to normal activity, and patient education to support positive recovery expectations.
In some cases, additional strategies aimed at reducing inflammation, such as dietary
considerations, may also be included as part of a broader, individualized plan.

Brent Binder, D.C.

4909 Louise Dr. Suite 102

Mechanicsburg, PA 17055 (717) 697-1888

Tags: mechanicsburg pa chiropractor, pain relief, whiplash

Most people associate tinnitus with excessive noise exposure, such as the ringing that
can follow a rock concert. However, tinnitus can also develop following a whiplash event,
such as the rapid acceleration and deceleration of the head and neck that occurs during a
motor vehicle collision. While a crash may involve loud noises that can temporarily affect
hearing, the persistent nature of tinnitus associated with whiplash-associated disorders
(WAD) suggests a different underlying mechanism.
Research in this area is ongoing, but the leading explanation involves a process
known as somatosensory modulation. The nervous system has sensory receptors throughout
the body that relay information to the brain, where it is interpreted as somatosensory input—
including touch, body position, temperature, and pain. Importantly, the somatosensory
system shares neural connections with other sensory systems, including the auditory system.
When somatosensory input is altered—due to injury, irritation, or persistent pain
signals from tissues of the head and neck—it can interfere with how the brain processes
information from other systems, such as sound. In this way, whiplash does not necessarily
cause direct injury to the auditory system. Instead, injury to cervical muscles, joints, or
related nerves may disrupt normal sensory signaling, leading the brain to misinterpret
auditory information and produce the perception of ringing in the ears.
In June 2025, researchers studied 80 patients experiencing WAD-associated tinnitus
and assigned them to either an intervention group or a control group. The intervention group
received a combination of manual therapy, stretching exercises, and relaxation techniques
aimed at reducing muscle tension and addressing myofascial trigger points in the head and
neck region, while the control group was placed on a waitlist and received no treatment. As
expected, patients in the intervention group demonstrated improvements in pain and cervical
range of motion. Notably, they also reported a reduction in tinnitus symptoms, suggesting
that addressing dysfunction in the head and neck may help normalize somatosensory
modulation contributing to tinnitus.
Doctors of chiropractic commonly incorporate these types of therapies as part of a
multimodal approach to managing patients with whiplash-associated disorders. Restoring
normal motion and function to the cervical spine may help alleviate not only neck pain but
also associated symptoms, such as tinnitus. In cases where symptoms do not improve,
referral to an appropriate medical specialist may be warranted.

Brent Binder M.S.,D.C.

4909 Louise Dr. Suite 102

Mechanicsburg, PA 17055

(717) 697-1888

Tags: mechanicsburg pa chiropractor, pain relief, whiplash