Tag Archive for: headache

Not All Neck Injuries Are the Same

Not All Neck Injuries Are the Same

Neck injuries are really common and they can cause a variety of different symptoms. The most obvious is neck pain, but it can also be associated with headache, dizziness, visual problems, and autonomic problems as well.⁣

Neck pain can come from a variety of injuries, and no two injuries are the same, even if it got injured the same way.⁣

The tissues that are injured depend on how the neck was injured, how strong the neck was at baseline, genetic predisposition to inflammation degeneration, age, and history of previous injuries.⁣

Because of that, different tissues can be injured even if the mechanism of injury is the same. These can include:⁣
• Muscles⁣
• Ligaments ⁣
• Discs⁣
• Joint capsule or joint cartilage ⁣
• Arthritis⁣
• Nerves⁣



This isn’t even mentioning factors like psychological and social factors that contribute to persistent pain responses.⁣

Patients frequently bring in test results from MRI or other imaging hoping that we might be able to help their specific case with upper cervical chiropractic care.⁣

But many of these injuries may not even show up on an a standard MRI.⁣



That’s why we should never take for granted how important it is to actually examine a patient thoroughly with our own eyes and hands.⁣

While imaging may be an important piece of how we take care of someone, we always perform a thorough physical exam of the neck and assess for different neck injuries so we can treat it appropriately, but also know when to refer out.⁣

 



#protecttheneck #neuroplasticity #neuroscience

The Trigeminal Cervical Nucleus – Headache, Neck Pain, Facial Pain, and More

This region of the brainstem and upper spinal cord is really important for our perception of our head, neck, and face. This is especially true in terms of pain.⁣

Pain experienced in the head/neck/face have strong and fast connections to areas of the brain associated with autonomic and limbic consequences. That means that pain in these areas have a greater probability to have effects on emotions and organ function, which may explain why nausea and heightened distress and suffering are tied to chronic pain in these regions.⁣



The reasoning is that these areas can have strong direct connections to pain modulating areas of the brain. They also have been shown to have strong effects on blood flow patterns in the arteries of the brain in animal models.⁣



For practical purposes, we have to consider that pain in one part of the head/neck/face may be coming from another area with similar neurological origins. We should also consider that if someone has pain in one region, that we can treat another region to modulate the pain response as the actual source of injury may be too sensitized and makes the patient feel worse.⁣

The important takeaway is that we don’t necessarily need to treat the exact site of pain in order to get a good outcome⁣

Pain is tricky and can fool us, but an understanding of neurology can sometimes help us work around it.⁣

Occipital Neuralgia – Migraine-like Pain without the Migraine

A sharp and sometimes electric nerve pain coming from the back of the head that can radiate over the top of the skull or into the eyes.⁣

The pain from occipital neuralgia can be severe, and is often misdiagnosed as a #migraine.⁣

While occipital neuralgia is common after a head injury like #concussion, it can come out of nowhere from tight neck muscles or inflammation to a nerve called the greater occipital nerve.⁣

These types of headaches can be resistant to most medications, but can be alleviated by addressing mechanical factors in the neck, especially in the #atlas of the upper cervical spine.⁣
While there is no definitive test to diagnose occipital neuralgia, we can often find a tender point in the back of the head/neck that can reproduce the pain. That along with a detailed health history can help us identify the source of the head pain so it can be treated properly.⁣

What’s the Cost of a Blockbuster Headache Drug?

Migraine headaches remain the most common neurological disorder in the world. While there are a number of drugs that can target a stop a migraine attack in its tracks, there are many patients who have been resistant to current medications and have to endure several migraine days or more each month.

In the last 2 years, a new drug has hit the market that is targeting a promising chemical pathway that is known to affect migraine patients. The drug is called Aimovig. It is an inject-able antibody that hits a compound called calcitonin gene-related peptide or CGRP. It’s the first drug of it’s kind targeting this pathway as migraine medications have historically targeted blood vessels as a source of migraine related pain.

Image result for cgrp and migraine
Image Source: Russo AF.
Calcitonin gene-related peptide (CGRP): a new target for migraine.
Annu Rev Pharmacol Toxicol. 2015
Link:
https://www.ncbi.nlm.nih.gov/pubmed/25340934

Scientists and clinicians have been excited about this drug for a little while as clinical trials have shown it to be well-tolerated with few side-effects. It’s also promising in the fact that it seems to help reduce migraine frequency so it might serve a preventative purpose.

Cost Benefit Analysis

In terms of results, clinical trials on patients suffering from 8 headache days per month had a reduction of 3.7 headache days per month compared to 1.8 days on placebo. It also showed that 50% of the patients taking the drug were able to cut their headache days in half compared to 26% on placebo. [Source]

The price for Aimovig comes out to $575/month with an annual bill of $6900 which you may need to take throughout your life.

It might seem like a lot, but for many patients with treatment resistant migraines, the cost is worth it to experience less days wasted by the suffering of a migraine.

The Value of Upper Cervical Care

We know that a subset of migraine patients do extremely well with upper cervical chiropractic care. If you talk to many doctors, they will often report that many of their patients will have greater than 50% reduction in their headache days, with some having an almost complete resolution.

This is because a large number of patients who have several migraines per month also have an upper cervical spine problems which are a known driver of migraines. A small study looking at the effects of NUCCA on migraine cases showed a significant reduction in migraine days and large improvements in migraine disability.

You can read the full paper here: Effect of Atlas Vertebrae Realignment in Subjects with Migraine: An Observational Pilot Study

Migraine patients under NUCCA care with headache days and quality of life improvements at 4 weeks and 8 weeks.
Migraine disability scores significantly improved in NUCCA patients from baseline to 12 weeks

This was a small study with no control group, so we can’t tell exactly how effective this is on a large scale. However, the experience seen by the patients in this study is a close reflection to what we see in clinical practice everyday.

Probably the most significant aspect of upper cervical care is the fact that it’s capable of producing these outcomes at significantly less expense. For many chronic migraine patients, getting them to the point where a reduction in their migraine days are stable can happen within 8-12 weeks.

Once they’re there, then patients are usually ready for periodic visits to maintain their atlas alignment. While costs vary, the average migraine patient in our clinic might spend $1500-1800 in their first year with us, and a few hundred dollars in subsequent years.

A large difference from $6900 a year on going.

Concussion and Eye Movement Series Part 1: Anti-Saccades

Eye movements have become an important diagnostic for patients with neurological disease and dysfunction. It’s one of the reasons we have invested into using extremely sophisticated eye tracking technology so that we can asses and manage patients effectively with traumatic brain injuries.

This will be the first in a series of posts about eye movements that are commonly affected with concussion. The first eye movement we’ll discuss is called anti-saccades.

What’s A Saccade?

In order to know what an anti-saccade is, we have to know what a regular saccade is. A saccade is a fast eye movement that takes your eyes from one target to another. Saccades are the eye movements we use to explore the world around us. They are also eye movements that react very quickly to new things in our environment. These can be a movement in the background, a flashing light, a loud noise, or a touch on our skin.

When we perceive there’s something in our environment that needs our attention, we use saccades almost like a reflex to direct our brain’s attention toward that new stimulus.

What’s an Anti-Saccade

An anti-saccade is a concept developed to see if someone can consciously inhibit a desire to look at something new. During an anti-saccade, we would have you fixate on a central target, and when a new target comes up, we ask you to move your eyes in a spot opposite to where the new target appeared.

The anti-saccade test


Antisaccades require our brain 🧠 to ignore a new stimulus and to create a plan to move the eyes 👀 to a mirror location.

This task requires higher level brain activity because our brains are wired to look at new stimuli. Specifically it requires a functioning prefrontal cortex (PFC).

In patients with concussion, their ability to perform Anti-saccades is compromised where they make frequent eye movements towards the new target, or they take a long time to move their eyes in the opposite direction. This indicates problems with a function called response inhibition. It’s the ability for our brain to stop doing something we don’t want it to do.

This requires a part of our brain called the pre-frontal cortex. Specifically, the dorsolateral prefrontal cortex. We’ll just call it the PFC for short. The PFC is what allows us to inhibit a desire to do something that may be inappropriate.

We need our PFC to stop ourselves from making inappropriate reactions. It’s one of the main differences between an adult brain and a child’s brain is that our PFC keeps us from having meltdowns when something goes wrong.

Parents of toddlers, you guys know what I’m talking about.


So when we take a hit to the head and our PFC goes down, we can have responses that aren’t appropriate. This might mean an emotional outburst, or problems controlling wreckless behavior like uncontrolled gambling. A viable PFC is critical for that and for keeping our bodies from over reacting to stress.

This provides us a meaningful way to assess PFC activity and gives us an way to improve PFC activity using eye movement therapies.

Not only can anti-saccades be used to assess the functionality of someone’s PFC. It can play a role in helping someone rehabilitate their PFC or other aspects of the brain connected to it.

New Research Shows Concussion + Neck Injury = Longer Recovery

If you’re a reader of our blog, then you’re aware of our stance that an injury strong enough to concuss is strong enough to also injure the neck. You can read some of our thoughts on this subject here:

2 Reasons Why Your Concussion Symptoms Aren’t Going Away

Head Injury, Chronic Dizziness, Concentration Problems, and the Atlas – A Case Study

What a 10 mph car accident does to the neck

You can find a lot more by using the search tool on the website, but that should get you started.

 After years of research, we now know that injuries to the neck can mimic symptoms seen in concussion. This is a big reason why patients with chronic whiplash look really similar to patients with post-concussion syndrome when you’re just looking at symptoms alone [source]. However, many clinicians have suspected that when patients have both a neck injury and a brain injury, that it can take longer for the patient to recover and return to sport.

A study published in the Journal of Head Trauma Rehabilitation is helping to shed light on this concept. THe study looked at patients in a multidisciplinary pediatric concussion clinic with sports related concussion. A total of 246 patients were included and were assessed for neck pain, headache, dizziness, and abnormal cervical spine exam findings. Out of the 246 patients with concussion, 80 met the criteria for a neck injury.

When reviewing the data, the authors found that patients with a neck injury took an average of 28.5 days to make a clinical recovery compared to 17 days for the patients who only showed physiologic brain injury alone. Patients with neck injury were also almost 4 times more likely to experience delayed recovery (longer than 4 weeks) from their symptoms.

So just to summarize, if you have a neck injury + concussion:

  • It will take on average 10 days longer to make a clinical recovery than a concussion alone
  • You are 4 times more likely to have symptoms beyond 30 days than a concussion alone

So you might be saying….well…maybe some of these neck injuries were really serious ones. Like the ones you might see where people have to wear a neck brace and get carted off the field. Obviously people with severe neck and spinal cord injuries can drastically skew the number of days it takes for people to recover and some may not recover at all.

The authors actually accounted for these types of injuries. One patient had a compression fracture and 5 patients had spinal cord injury or cord neuropraxia. All of these patients were taken out of the data analysis. So that leaves us with patients with a neck injury, but an injury that compromises the spinal cord.

Protect the Neck

The role of the neck has become a growing area of research in the field of head trauma. One study looking at the relationship between neck strength and risk for concussion showed that for every pound of increase in neck strength, there was a 5% reduction in risk of concussion. Another study shows a rehabilitation program that includes treating the neck in patients with post-concussion symptoms can accelerate a patients return to normal activity.

The neck is a neurologically important and inherently mobile area that can be prone to injury. When it is injured, people with a combination of brain and neck injuries may have higher levels of sensitivity than patients with more routine neck pain. That means that people who suffer concussions and neck injuries may benefit from more precise and gentle care than approaches that take a more aggressive style of treatment.

 

What are the risk factors for poor outcomes after a concussion?

When patients suffer a concussion, the vast majority of patients will have symptoms for 10 days or less. About 10-15% of concussed patients will develop persistent symptoms and be diagnosed with post-concussion syndrome.

Thanks to an explosion in concussion research in the last 20 years, we know a lot more about these head injuries than we have in the past. While we don’t know the exact physical reasons why some people are more likely to suffer from post-concussion syndrome, we do know some specific risk factors for people developing persistent symptoms.

Here’s a short but important list of factors that may make a young athlete more susceptible to chronic concussion symptoms:

  1. Patients with a history of migraine headache
  2. Patients with a history bipolar or anxiety disorder
  3. Patients with a family history of bipolar or anxiety disorder
  4. Patients with a previous concussion

There’s a few interesting things to take away from this:

  • Having a history of migraine likely means that your nervous system will be more vulnerable to the headache and nausea experienced with concussion symptoms. It may also signal that you have a sensitivity in your neck to issues that may stimulate the headache process and can be worsened by head trauma.
  • The first is that mental health seems to be a major player in the future expression of post-concussive symptoms like headache and dizziness. It shows us the power that mental health can have on physical health problems.
  • There’s no association with the severity of the concussion or losing consciousness. While a more severe hit to the head or getting knocked out seem like they would predict worse recovery, the data suggests that it doesn’t play a significant role in the development of persistent symptoms.
  • A lot of people get their physical symptoms treated for post concussion symptoms by a variety of providers, but a lot of people ignore their psychological and cognitive treatments. Having someone that can help manage their anxiety appropriately and use cognitive behavioral interventions can help many patients benefit from their physical symptoms.

Don’t Forget: Health Is A 3 Legged Stool

It’s easy to think about health in terms of physical ailments, but your overall well being is dependent on physical, mental, and emotional health. There’s a reason why people with depression and anxiety have worse outcomes for every physical ailment that exists. If you have a poor mental and emotional outlook, your brain simply doesn’t mobilize it’s repairing and recuperative resources as effectively.

In the world of concussion we often talk about getting the right care for concussions linking it to cervical spine problems, vestibular problems, or brain problems. What we sometimes forget is that some of our susceptibility to illness is related to our belief in the fragility or resilience of our bodies. Let’s restore faith in the strength of our bodies and make ourselves more robust healing machines.

Homocysteine and Migraines – What Does It Mean?

Homocysteine and Migraine

 

Headaches are very common and almost everyone has experienced one at one point in their life. They can be painful and disabling, which cuts into your focus, productivity, and quality of life. Headaches come in different types such as tension, cluster, and migraine. The migraine type headaches are the third most common disease in the world and effect about 14.7% of the worlds population. That’s around 1 in 7 people who will experience a debilitating headache that will put that person down for the count, locked up in a room with the lights off, and a trash can near by. It is not a pleasant way to spend your day.

When you have a migraine you look for any way to get rid of them. People have asked what’s the relationship of homocysteine to migraines after hearing about methylation problems in the body.

Homocysteine is an amino acid found in the blood, but if found in high amounts has been shown to cause inflammation leading to an increased chance of stroke or cardiovascular disease. Migraine headaches are severe throbbing or pounding headaches that usually occur on one side of the head. People may experience a sensitivity to light, sounds, and smells. Some experience nausea or vomiting. Some migraine patients experience what is called an aura before the onset. An aura is a visual disturbance, such as a blind spot or flashing light.

Homocysteines are a major player in chronic inflammation.

Homocysteines are a major player in chronic inflammation.

The question being studied is, “does an increase in homocysteine in the blood directly relate to an increase in migraines?” There have been a lot of studies to answer this question and the results appear to be conflicting. On one side, many studies show no significance between the two. On the other side, some do show significance that an increase of homocysteine in the blood does correlate to an increase in migraine headaches. There seems to be no sound conclusion when it come to levels in the blood.

However, a study out of Headache tested homocysteine levels in the cerebrospinal fluid (CSF) in the spine and showed a very significant increase. It showed that migraine patients with auras had a 376% increase in the CSF and patients without had a 41% increase. What this means is an increase of inflammation in the CSF for people with migraines.

What is Special About Cerebrospinal Fluid

CSF also acts an a cushion and protector of the nervous system. It should flow normally through out the system without being stagnant. In recent years, CSF has been identified as a fluid that helps to remove waste products from the brain’s normal metabolism, and that failure in CSF movement from things like lack of sleep may contribute to the pathology of Alzheimer’s disease.

Why Is CSF Important to Us?

Sometimes when a segment in the spine shifts out of place it can not only put pressure on the disc, nerves, and bloods vessels around that segment, but it can also effect the flow of CSF through that area. When this happens this can cause CSF in areas in the head and spine to be stagnant because a segment has shifted out of place affecting the normal flow. When the CSF is stagnant you can have a pooling where it can collect homocysteine causing inflammation.

As a structural chiropractor that focuses on the craniocervical junction, the interaction between the neck and cerebrospinal fluid is an important area  of interest. A study by the Upper Cervical Research Foundation showed that a correction of the atlas vertebra shows significant improvement in migraine symptoms and potential changes in venous drainage patterns. This allows things to function better, including the CSF to flow better.

Ask Dr. Haslett a Question

The Craniocervical Junction and Headache Disorders

CCJ-and-headache

 

  • Chronic headaches come in different types
  • The neck and headache disorders
  • The craniocervical junction, NUCCA, and migraines

Headaches disorders are among the most common conditions that people seek treatment from a doctor. While most people will experience a headache of some form,  there are those who develop chronic and repetitive bouts with headaches of different types.

Each headache has unique characteristics that help to make an effective diagnosis for effective treatment. However, when we look at the reality of a daily patient interaction, we see that people with these headache disorders can have traits that overlap. (Remember this point because this is something I’ll come back to later)

That makes these headaches  extremely burdensome on the patient, but it can also be challenging for a doctor or therapist to find effective solutions. The chronic use of medications has led to the emergence of medication overuse headaches as the third leading cause of chronic headaches in the United States.

Medication overuse headaches were once classified as rebound headaches because of the way headaches could come back with a vengeance after the pain-relieving effects of a medication wore off. It became re-classified in part due to the alarming number of patients showing a regression in their headache symptoms after prolonged and frequent use of medication. While the physiology of this disorder is widely unknown, it does show characteristics of physical dependency as seen with drug withdrawals.

As drug therapies become less effective for this subset of headache patients, there has become a growing need to identify non-pharmacologic strategies to help patients with headache disorders. For many of these patients, a possible solution might lie in the neck.

The Neck and Headache Disorders

Headaches caused by a neck problem are usually classified as a subtype known as cervicogenic headaches. People with cervicogenic headaches are usually those with chronic headache along that is associated with neck pain, whiplash, or a resistance to most medications.  Studies on chiropractic and cervicogenic headaches are mixed, but it is mostly accepted that these types of headaches can be responsive to traditional spinal manipulation [1].

The study of these headaches has helped us understand the neurology behind head and neck pain in general. There’s a lot of really sensitive anatomy in your neck. Structures ranging from the muscles, ligaments, joints, nerves, arteries, and nerves. Things like whiplash, concussion, and even sub-concussive head injuries can damage some of these structures causing pain receptors to fire into your brain stem.

The muscles in the deep part of the neck have been implicated in headache disorderrs

The muscles in the deep part of the neck have been implicated in headache disorders

That’s where things can get a little bit screwy. The area in the brain stem that gets pain signals from the neck also receives pain signals from the head and face too! When nerve fibers from different parts of the body converge onto one location called the trigeminocervical nucleus (TVN), it allows for 2 things:

  1. It allows dysfunction in what part of the body to be felt in other parts of the body. It’s like when you have a pinched nerve in your back but you feel it in your leg, or when someone has a heart attack, they may feel it in their left arm.
  2. It allows the opportunity for treatments in one part of the body to have the ability to reduce pain in other areas. i.e – targeting TMJ and the neck to help with head pain

But What About Neurovascular Headaches Like Migraine?

Neurovascular headaches are those attributed to problems in the blood vessels in the head or brain. Migraine and cluster headaches are the main classes of chronic neurovascular headaches.

From a basic science standpoint, the neck still seems to be a problem area for migraine patients. We also know that patients with migraine also tend to have overlapping pain in parts of their neck too. However, from a clinical research standpoint, most studies on treating the neck in migraine patients have been underwhelming.

Findings like these challenge my beliefs because while I know the research says that treating the neck is not likely going to get you far, the results in my practice seem to dispute that.

The Cranialcervical Junction and Headaches

As an office focused on upper cervical chiropractic, we often see headache patients who have chronic and treatment resistant headaches. They’ve usually been through multiple rounds of different medications and have bounced around through various specialists from renowned neurologists, to local chiropractors.

Despite seeing these patients with significant challenges, our success rate in chronic migraine headache is pretty high. About 85% of our patients with a primary complaint of migraine headache reported a favorable outcome after 8 weeks on a progress exam.

 

How I imagine Brad Pitt would react if he had chronic migraines and didn't anymore

How I imagine Brad Pitt would react if he had chronic migraines and didn’t anymore

Of course I wish everyone got better, and I spend a lot of time reading and going to seminars trying to get answers for the other 15%. We just have a high degree of confidence that even some of the most challenging headache cases seem to do well when we address the upper neck.

If so many people get relief in our office, but clinical trials on chiropractic show limited effect, then what gives?

The big thing is that I don’t practice the same way that most chiropractors practice. Our office uses precise x-rays of the top of the neck called the craniocervical junction and we use very low-force techniques like the NUCCA procedure to address the neck. We also take pre and post x-rays to verify that we’ve changed the way the head sits on top of the neck.

  • Maybe previous chiropractic studies didn’t use techniques that accurately identified the problem area in the spine?
  • Maybe the way the spine was manipulated was not well suited to the specific patients?
  • Maybe the adjustments used didn’t actually show a structural change in the craniocervical region? It’s hard to say.

However,  a small 2015 study on patients suffering from chronic migraine headaches showed that the correction of the atlas vertebra using precise upper cervical methods showed a reduction in headache days and high patient satisfaction.

Obviously we can’t generalize these findings to every migraine patient because there was no control group and migraine studies have a high rate of placebo, but this is clearly something worth studying more.

Is It Worth It?

So I can’t tell someone if getting their atlas corrected is going to be worth it. For many people, the prospect of having far fewer headaches is worth any price. For others, you may have become so used to having headaches that you have learned to live with it and don’t mind the pain.

What I can say is that getting the atlas corrected through the NUCCA procedure is a really safe way to address some of the real anatomical and physiologic causes of many headaches.

The only things I can say for sure are this:

  1. If your atlas is a major cause or contributor to your headache syndrome, we’ll know it pretty quickly as you will likely respond to this within a few weeks.
  2. We will do everything in our power to help you find solutions to this disabling secondary condition, even if it means we have to refer you to another provider that is better equipped to help.

 

Talk to Dr. Chung

 

 

Combating Medication Overuse Headaches

Medication Overuse Headaches

Medication overuse headache (MOH) is a very common manifestation of chronic headache patients. It is one of the unique instances where a once effective way of controlling an illness will actually perpetuate the illness further as the body adapts to a chemical intervention. This condition is unique to patients with chronic daily headache disorders and various chronic pain syndromes like fibromyalgia.

The most frustrating part about MOH is that you may do better for a long period of time because of a medication, but as the effectiveness of the medication wanes over time you may actually experience the headache worse than before.

It’s a situation that can cause despair as medications are generally the treatment of choice for all headache conditions. If your body has become resistant to all of the available medications, what can you do next?

Why Is Your Medicine Making Your Head Hurt?

People with chronic headaches will generally have 7-10  headache days per month. For better or for worse, there are a wide variety of medications that can help knock a headache out or prevent them from occurring. It’s not unusual for a chronic headache patient to have  a cocktail of drugs that they have to take on a daily basis.

The problem with a frequent medication regiment in chronic pain conditions is that the cells of your body almost always have an adaptation to to make itself more resistant to the medications’ effects. This can happen even if you’re taking your medications correctly as prescribed by your doctor.

The headache that results from MOH is often called a rebound headache. As the effect of the medication wears off, the headache returns rapidly which can create a need for another dose of medication. In this way it becomes a cycle of struggle as the effects of the medication start to decline faster and the rebound headaches become more persistent. When this occurs, the chronic headache patient can become the chronic daily headache as the headaches will begin to occur greater than 15 days per month. Because of the reliance on these medications, medication overuse headache has become the 3rd most common headache disorder, and the most common cause of migraine-like symptoms.

Research has shown that this can occur regardless of the type of medication you take. It’smost frequently associated with prescription migraine medications, but it has been documented to occur in people taking over-the-counter drugs like ibuprofen. Hard pain meds like oxycontin may be used by headache patients without a doctor’s prescription, and these can tend to accelerate the process to MOH because of the way that opiods sensitize your brain.

You can read more about how pain pills can make your pain worse in this article I wrote last year:

Research: Can Pain Pills Cause More Pain Over Time?

How to Beat Medication Overuse Headaches

The easy answer is to stop taking your medications for a while because….

you can't if you dont

If you don’t understand this meme, then ask someone who is younger than 30. I promise it’s funny.

Unfortunately, biology isn’t that simple, especially if you have chronic pain.  Are there side effects to stopping a daily medication? Will you experience worse pain when you stop taking the drugs? How will you cope with the pain if you can’t take any meds? How long will this take before you can make the meds work again?

Chronic headache patients need effective non-pharmacological methods to deal with the pain of headache physiology.

One specific target for drug-less treatment of headaches is by correcting dysfunctions in the neck.

In many cases, headaches syndromes can be a result of a secondary effect of a shift in at the top of the neck. This is why chronic headache patients are some of my favorite people to see in practice because a gentle correction of the neck  has allowed us to have a very high success rate with chronic headache syndromes.

While addressing the cervical spine may not address the cause of  a medication overuse headache, it may help fix the primary source of a patient’s headache condition so that taking the medication becomes less necessary. The most common comment I get from headache patients is when they tell me that they’re taking less ibuprofen since they started getting their neck better.

A shift in the atlas can disrupt fluid in the spine and cause neuroinflammation in the brain. In some cases, this may be tied to MS.

A shift in the atlas can disrupt fluid in the spine and cause neuroinflammation in the brain. In some cases, this may be tied to MS.

Within 2 weeks of neck corrections with the NUCCA procedure, the vast majority of our headache patients experience relief in either the frequency or intensity of their daily headaches.

Not All Neck Adjustments Involve Cracking

A lot of people are scared about having their neck worked on by a chiropractor. The general portrayal of a neck adjustment by viral Youtube videos can make it seem scary.

While chiropractic adjustments have a tremendous track record for safety, the bottom line is that a lot of people just don’t want their neck cracked because the sound and the motion make them really uneasy. This leads to patients tightening up their neck and bracing which can make a neck manipulation hurt in the hands of a chiropractor that is not skilled.

That’s one of the big reasons why I’ve used the NUCCA procedure throughout my career. The NUCCA procedure involves a very light pressure to correct the neck as opposed to a high velocity manipulation. By using the NUCCA procedure, the doctor is able to measure and control how much force goes into the neck, and if we have corrected the underlying dysfunction. All of this happens without the popping, twisting, or cracking of the spine.

Not all patients with headaches are good candidates for the NUCCA procedure. Only patients with a subtle shift in the top vertebra called the Atlas will benefit from the NUCCA correction. A thorough history and examination will help us determine if the Atlas is causing a problem and if it’s something that can be fixed.

 

Request a Consultation with Dr. Chung