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What Should You Eat For Chronic Pain? | Nutrition for Chronic Pain


Do you suffer from chronic pain? Perhaps you’ve had pain for greater than three months, and you’re not sure how you can support nutritionally? Fortunately, there is so much high-quality evidence to support how diet therapy can make a profound difference in chronic pain.

Chronic pain is associated with pro-inflammatory states which are linked to peripheral and central sensitization. This is when the brain perceives that there’s pain, and even a heightened sense of pain with very little stimuli, yet there is no tissue damage.

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Additionally, the mitochondria, which is essentially the powerhouse of our cells, are also associated with chronic pain. The damage to the mitochondria can be driven by how we eat. Consuming pro-inflammatory foods, such as the Standard American Diet—the Western Diet—which is rich in sugary foods, alcohol, processed meats, and enriched grains, can contribute to inflammation and even damage the mitochondria. Therefore, with the Standard American Diet, there becomes an imbalance between our essential fatty acids, which we need for optimal health, and pro-inflammatory markers. That’s where a specific diet therapy comes in.

The first thing we want to do is address the inflammatory markers. The Mediterranean diet is one of the best and well-researched diets that has been shown to decrease inflammation. Think of a diet comprised of fish, legumes, olive oil, low in grains, and high in vegetables – also referred to as an anti-inflammatory diet.

5 ways that you address your chronic pain through diet

1) Decreasing Inflammation

The best way to do this is through an elimination diet. Eliminate the potentially pro-inflammatory foods for at least three weeks and then slowly reintroduce them, one at a time. These include gluten, dairy, sugar, alcohol, caffeine, coffee, tea, corn, soy, processed meats, red meat, chocolate, tea, coffee, and shellfish. If you don’t want to do a full elimination diet, you can do a modified version—eliminate gluten and dairy, for example. These two definitely can play a role in inflammation, and specifically chronic pain. If you’re eating a lot of sugar, this is also a great place to start. Sugar is a massive pro-inflammatory agent, so decreasing sugar in your diet would be very beneficial.

 2) Calorie Reduction

When we are consuming fewer calories than required by our basal metabolic rate, then we can not only increase our brain’s ability to generate new neurons by decreasing free radicals, but we can also increase ATP, the energy source of the cells, and we can increase our number of mitochondria. These all could play a huge role in inflammation and pain.

3) Intermittent Fasting

Intermittent fasting, an eating pattern that cycles between periods of fasting and eating, can help turn on genes that help cells survive by reducing inflammation. There are many different ways to include intermittent fasting in your life. Fasting from seven o’clock at night until seven o’clock in the morning would be a 12-hour fast. You can slowly increase that to a 16 hour fast, or you can do 24-hour fast two days a week. There are many options to suit your lifestyle and it is strongly recommended to start slowly.

4) Specific Nutrient Supplementation

Omega 3’s, vitamin D, vitamin E, vitamin B-12, and magnesium have all been shown to impact chronic pain. There are other nutrients that also help specifically with chronic pelvic pain, such as vitamin E, B1, and B3. 

5) Gut Health

Seventy percent of your immune system is in your gut. If there is an inflammation issue, we should start in the gut. So, do you need to include prebiotics, probiotics, or do you need a specific gut health protocol? If you are not managing gut health properly, then you are not managing chronic pain and inflammation well, either. 

These are just a few of the ways that we can use diet to influence chronic pain.  When we have that central sensitization of the nervous systems, our brain still perceives that there’s pain, yet there is likely no tissue damage. Our nervous system is heightened, and we can begin to associate chronic pain with pro-inflammatory markers. We can use diet to decrease inflammation and optimize our micronutrient, antioxidant, and phytonutrient profile to begin to bring our body back into a state of balance and healing. 

Reach out for a 15-minute FREE discovery session to see how we can help you on your journey.

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How to fix your forward head posture | Cranial nerves

WHAT SHOES TO WEAR FOR FOREFOOT PAIN



What do your gut bacteria do? | 10 Functions of Gut Bacteria | Microbiome


Everyone talks about the microbiome and gut bacteria, but why is it so important? What are the actual functions of the bacteria?

Before we get into the 10 functions of your gut bacteria, let’s talk a little bit about the anatomy. The small intestine which is 18 to 25 feet of our intestine, should be a relatively sterile environment. The large intestine, however, is where we house the majority of the bacteria, especially the beneficial bacteria. When we get something like a small intestinal bacterial overgrowth (SIBO), it is in essence where the bacteria have now been relocated and overpopulated into the small intestine where it is not supposed to be. We have trillions of bacteria in our gut, and we have a thousand different species. There are also 5,000 different bacterial strains. With that said, everyone is unique, however, there are combinations of collections of bacteria that are present in healthy individuals.

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10 Functions of Gut Bacteria

So, let’s get into the 10 functions of gut bacteria and why it is so important that you have an optimal balance.

  1. Nervous System Modification

This is a really powerful function of our gut bacteria. We want to think of three key neurotransmitters which are essentially are chemical messengers that are formed from the gut bacteria.

  • Serotonin: This is the key hormone that stabilizes our mood, feelings of well-being, and happiness. Ninety percent of our serotonin is located in our gut.
  • Dopamine: Fifty percent of our dopamine, our feel-good hormone, is located in our gut.
  • GABA (gamma aminobutyric acid): This is an inhibitory neurotransmitter that decreases feelings of fear and anxiety and produces a feeling of calm.

All of these are associated with this amazing gut-brain connection.

2. Breaks Down Food Compounds

Essentially, the gut bacteria metabolize the food and medications that we consume.

3. Pathogen Resistance

Think of our gut bacteria as one of our protective mechanisms. It will protect us from pathogens and toxins.

4. Protection Against Any Epithelial Injury

It protects against infections, just like it does with toxins and pathogens.

5. Bone Density Modulation

The gut bacteria can influence our bone density.

6. Promotion of Fat Storage

The gut bacteria can influence the hormones that store fat. Additionally, the Standard American Diet (SAD), that is, the western diet, is influencing gut bacteria, which has been linked to obesity.

7. Immune System Stimulation

Seventy percent of our immune system lies within our gut. So when we have optimal gut bacteria, this gut bacteria is influencing how our immune system responds to foreign invaders, toxins, and pathogens that they might be exposed to.

8. Promotion of Angiogenesis

When we have more blood vessels in the gut, this can be very powerful for future advances in treatments for gut infections.

9. Biosynthesis of Vitamins and Amino Acids

Water-soluble vitamins are plentiful in the diet, but also can be synthesized by the gut.

10. Metabolism of Therapeutics

This is ultimately how we process our medications and supplements. So keep in mind, that if you are planning to take things, you have to make sure that your gut is optimized so that you can metabolize these appropriately.

Now that you know the functions of gut bacteria, you know how important it is to optimize it. You can do that through numerous things, and you can see some other videos for different suggestions to optimize your gut health. But, we do want to think about everything from prebiotics, the fiber that the probiotics feed on, probiotics whether that’s through fermented food or supplementation, and then, of course, stress management, a high-fiber diet with 25 to 35 grams a day, drinking plenty of water, eating a whole, natural food diet to ensure that you are optimizing the diversity of your gut—that is one of the key things that your gut loves, diversity.

Reach out for a 15-minute FREE discovery session to see how we can help you on your journey.

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IS YOUR GUT PREVENTING YOUR WEIGHT LOSS?

How to fix your forward head posture | Cranial nerves

WHAT SHOES TO WEAR FOR FOREFOOT PAIN



How to fix your forward head posture | Cranial nerves


Do you have forward head posture, or do you have a friend or family member who does? Perhaps you’re always telling them to stand up straight, but they just can’t seem to do it. Let’s talk about the neurology and physiology behind forward head posture and most importantly, what you can do about it.

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Three things that contribute to forward head posture:

  1. Decreased tone in the trapezius muscle and increased tone in the sternocleidomastoid muscle

This is typically due to some kind of breathing dysfunction. That can be from an airway issue such as nasal valve collapse, deviated septum, chronic allergies, jaw issues, enlarged tonsils, just to name a few, which contributes to poor breathing mechanics, breathing more from the neck and shoulders as opposed to the abdomen and diaphragm. It can also be caused by a stressful event, trauma, or even chronic ongoing stress. This specific imbalance in these muscles is what contributes to forward head posture. Additionally, people that have asthma or COPD will almost always have a forward head posture.

2) State of the nervous system

If you are in a chronically stressed state, perhaps a fight or flight state, or even a freeze state where you feel shut down, how you hold your posture will be impacted. Your posture is your story and how you present yourself to the world. Do you walk into a room with confidence and standing up tall, or do you feel shy, reserved, and rounded forward? All of your thoughts, emotions, beliefs, and activities impact your posture. We can’t simply think about your forward head posture as a plumb line.  It is so much more than that. 

3) Scars

No matter where the scar is or how old it is, it can affect your breathing, emotions, and movement. Scars contribute to postural changes, shifts in the nervous system, and contribute to muscle imbalances. It’s important to look at any scar in your body no matter where it is or what it’s from, and begin to address the scar from a fascial perspective. This means that doing scar work can influence your emotions, breathing, and movement. 

Now that you have three causes, let’s talk about three solutions. So, when we’re thinking about how we’re going to shift this forward head posture, we have to think beyond just simple exercises such as chin retractions and thoracic mobility. We have to think about the cranial nerves because they are impacting our nervous system, facial expression, and whether we’re in a state of social engagement, which means we’re mindful, joyful, and grounded. We’re going to address this more so from a cranial nerve perspective and optimizing breathing so that you can make a change immediately. You can also have a cumulative effect the more that you do these.

What I would recommend before you start the exercises is to have someone take a side view picture of your forward head posture. Then, take one again after you finish the exercises to see if there is a change. There absolutely should be at least a subtle change if not a very noticeable change. 

Three solutions for forward head posture

Three solutions for forward head posture

1) The Basic Exercise

With this, you’re putting input to the back of your head and looking with your eyes to create more blood flow around the brainstem. This is where the vagus nerve originates. What happens when we’re not in a state of social engagement is our first two vertebrae can become slightly misaligned. By bringing blood flow to the area and stimulating the vagus nerve can bring the first two vertebrae back into alignment, which means we’re back into a state of social engagement. This can impact your forward head posture almost immediately.

To perform the basic exercise, interlace your fingers and bring them behind your head. Look with your eyes only in one direction until you sigh, swallow, or yawn. When you’ve done that, repeat on the other side. This should take approximately 30 to 60 seconds, however, it can take longer depending on if your nervous system is ready to relax 

2) The Salamander Exercise 

This is also a cranial nerve reprogramming exercise, which will help to create more space in the chest cavity, the heart, and the lungs, therefore impacting breathing and forward head posture.

To perform the salamander, assume a table position. Look with your eyes first and then your head as you bring your ear to your shoulder and hold that for 30 to 60 seconds. Repeat on the other side again making sure you lead with your eyes, then side bend your head bringing your ear towards your shoulder. 

3) The Trapezius Twist

This is essentially waking up all of the trapezius muscles. It’s not stretching or strengthening them. It’s just waking them up, which means there will be an immediate change in posture, breathing, forward head posture, as well as overall posture. Especially after you’ve been sitting for some time, get up and do these three twists! You won’t be disappointed.

To perform this exercise, start with your arms grasped together at waist level rocking back and forth. Next, move your arms up to the heart line rocking them back and forth. Lastly, raise your arms slightly above your shoulders and once again rock them back and forth. You should do about five to ten repetitions at each position. 

There you have it, some causes for forward head posture and most importantly some solutions. We do have to remember that with forward head posture it becomes a vicious cycle because the more forward the head is the more blood flow that is constricted from the vertebral arteries. This means less blood flow to the brain. It also is affecting our airway which means it’s impacting our lymphatic system, hormonal system, and causing inflammation in the body. It’s really important to understand the neurology and physiology of forward head posture and begin to think about it from a much different perspective rather than simply corrective exercises like the chin tucks, upper back stretches, and retractions. We want to think of it especially from a nervous system perspective.

Reach out for a 15 minute FREE discovery session to see how we can help you on your journey.

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WHAT SHOES TO WEAR FOR FOREFOOT PAIN

How to Map Your Own Nervous System: The Polyvagal Theory



WHAT SHOES TO WEAR FOR FOREFOOT PAIN


Do you have forefoot pain or pathology and you’re not really sure what shoe you should be wearing? There are numerous foot pathologies that you could have, however we are going just zero in on a few today, such as bunions, first metatarsal joint arthritis, neuromas, and plantar plate tears.

Before we get into details about each, let’s just go over some quick anatomy.  The forefoot includes the phalanges (toes), the five metatarsals, and the connective tissue.

Now, let’s jump right into our foot pathologies and what feature in the shoe you should be looking for to accommodate for your pain.

  1. 1st MPJ arthritis:

This 1st metatarsal phalangeal joint is also referred to as the great toe. This is caused by the joint jamming too early in the gait cycle or an inflammatory reaction.  If you have arthritis in this toe and it is either painful and or limited in mobility, then the most important feature for your shoe will be a more rigid midsole. Secondly, you’ll want a wide toe box so that you have room for your toes to splay properly.

midsole

2. Bunion:

A bunion occurs when we lose stability in the metatarsal cuneiform joint (first ray). The first metatarsal will swing out and create a valgus position on the great toe. With a bunion, you definitely want a wide toe box. Because a bunion is caused by a lack of stability in the 1st ray, this often indicates that the foot is likely an unstable, everted foot type. In this case, a stiff heel counter in the back of the shoe will help control the foot so that it does not overpronate.

heel counter

3. Neuroma:

A neuroma is a scarred or fibrotic nerve often between the third and the fourth metatarsal. The nerve rubs on the fascial tissue and then becomes fibrotic.  This typically occurs from a loss of stability in the foot and/or compression in footwear, among other things such as injury. What will be most important with acute symptoms of a neuroma will be a stiff midsole. If the midsole is flexible, and you have an active, painful neuroma, you will continually compress the nerves at toe-off in your gait. So when your foot is more irritated, a stiffer midsole with a wide toe box will be most beneficial. 

toe box

4. Plantar plate tear:

The plantar plate is an extension of the plantar fascia that runs horizontally across the joints. A plantar plate tear can be very painful, and you’ll want to immobilize the tissue for a period of time. In this case, once again, you’ll want something more rigid in the midsole. During an acute injury, you will want to immobilize the tissue for a period of time, therefore utilizing the rigid midsole.

In certain circumstances depending on the level of forefoot pain and pathology and how it’s affecting your quality of life, a forefoot rocker is frequently recommended. If someone has advanced great toe arthritis, whether it’s fused itself or a fusion surgery has been performed, a rocker bottom shoe can be very helpful.  It can be added to the shoe or there are actually shoes that you can purchase with this specific feature.

Now for your bonus! The more cushion you have in your shoe, the more impact force you will have through your body. Picture yourself walking outside barefoot. Imagine how you would walk–your pace, your intention, your impact.  Now picture yourself doing the same walk in high cushioned shoes. Think about the difference in how you would interact with the ground. You will strike the ground much harder because you do not have the same sensory input that you would have if you were walking barefoot. 

When you have pain that is affecting your quality of life, shoes can be part of the solution, rather than part of the problem.

If you’d like to schedule a free 15-minute virtual discovery session, please email drarianne@themovementparadigm.com or text 302-373-2394 to schedule. We’d love to help you get healthy again!

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THE SCIENCE OF KNOWING WHAT TO DO BUT NOT DOING IT | 6 Mindset Hacks


Did you ever wonder why you know exactly what you should be doing to make your life better, happier, healthier, but you don’t do it? You keep saying next week, next year, in five years, but it never really becomes a reality. We have all been there but let’s talk about the science of why that happens and what you can do about it. To put it simply, we are humans and we all have emotion. With that, we are naturally going to gravitate towards pleasure and away from pain. Say for example, Friday night rolls around, and your spouse or significant other wants to order pizza. You’ve had a long week so even though you’re planning to have a salad, you go for the pizza. Another example is sleeping in versus working out in the morning. The reality is that we consistently overcomplicate things. We make them way too complex for what they need to be.

Your subconscious mind is 99 percent of your mind. This is the house of all of your past experiences. This includes your memories, beliefs, and unresolved emotions. This is the domain of your habits. Our conscious mind, however is one percent of our mind and is responsible for our thoughts, goals, awareness of self. For us to be able to set a goal and be able to succeed at it, we have to align the subconscious mind with the conscious mind. Even though we know what we should do i.e. our conscious mind, our subconscious mind is a million times faster and much more powerful. If those two are not aligned, then unfortunately we will not be able to meet our goals or set out to do what we said we were going to do. As it relates to habits, we run our day on approximately 45 percent to 95 percent on habits.  Our thoughts are actually part of our habits. We have about 50,000 to 70,000 thoughts a day. You can hopefully appreciate that if these conscious thoughts are overpowering our conscious mind, then we are going to default to whatever is easier. We are not necessarily going to move towards the pain, we are going to move towards pleasure, whatever is the easiest thing right now. Going back to that Friday night pizza, “I’ve had a long week and I’m tired,” so I’m just going to go back to what’s comfortable and what’s easy…pleasure.

Additionally, when we get out of our comfort zone, for example setting a goal to exercise every day, this signals fear to the body. Immediately we have chemicals released that are signaling fear and danger. So guess what happens? We also want to move towards what’s easy, what’s comfortable, and what’s pleasurable. We easily will revert back and not achieve our new year’s resolution to exercise every day.

So let’s talk about six ways that you can begin to align your subconscious mind with your conscious mind, you can begin to make your goals a reality.

1) Healthful habits

You want to develop healthful habits so that when your conscious mind gets tired from all those thoughts that are racing through your head, that your subconscious mind decides to take over and do the right thing.

2) Be aware

Be aware of your thoughts, inner voice, and most importantly the language that you are speaking to yourself. If you continue to say, “I’m never really going to get strong,” then you will not get strong. You will not necessarily work out like you’re supposed to in order to get strong. So, you want to make sure that you’re in tune with the language that you’re speaking and shift it to a productive language. “I am going to work out so that I am strong.”

3) Clarity

Have clarity about what you want, what are you striving to do, and the goal(s) that you are hoping to achieve. If you do not have clarity of your vision, dream, or goal, then it will be very challenging to allow that subconscious mind to be aligned with the conscious mind.

4) Take small action steps

This is extremely important to make sure that you are making small incremental changes, especially in your habits. Think of the first time that you were told you had to brush your teeth. Since you were a young child, you’ve been brushing your teeth every single day, at least we hope so. That’s a perfect example of how habits start.

5) Consistency

It is so crucial that for you to do what you want to do, to be consistent with your habits, day in and day out. Blocking time in your schedule, for example, to allow yourself the time to be able to perform whatever it is that you need to do. Whether that’s working out, meal prepping, or meditation. Be consistent with whatever you do so that it becomes a habit, just like brushing your teeth.

6) Celebrate

Celebrate your successes! This is where we can have serotonin and dopamine responses that can improve that feeling of happiness, as well as reward and motivation. It keeps you motivated to keep doing what you’re doing to keep this habit going to make sure that it’s truly part of your life.

There are six different ways to help you align your subconscious mind with your conscious mind, allow you to achieve your goals, and do what you say you are going to do.

If you need help on your journey to better health, contact drarianne@themovementparadigm.com to schedule a FREE 15 minute virtual consultation.

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THE TRUTH ABOUT COLLAGEN | What does the research say?


The collagen industry has blown up over the past few years. In 2018 sales were up to $47 million, and collagen has been added to many different dietary supplements, bars, foods, and so on. Let’s talk about what collagen is and its role in your body. Also, are collagen supplements beneficial, and what is the current research?

What is collagen?

It is a protein, and it represents 30% of our total body protein. It is found in the connective tissue, which is essentially the glue that holds us together. This is found primarily in the tendons and skin, but also in the bones, ligaments, even some internal organs, blood vessels, and our lymphatic system. Collagen is everywhere in our bodies.

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There have been about 29 different collagens that have been identified. Types I, II, and III are typically found in the human body. Type I is most commonly found in our bones, ligaments, and skin, which represents our skin elasticity and strength. Type II is typically found in cartilage, while Type III is typically always found with type I. You’ll see that in your skin as well as blood vessels and internal organs, in addition to the others I mentioned.

All collagen has 19 different amino acids but it’s particularly high in hydroxyproline, glycine, and proline. This is unique because your hydroxyproline is not found in other proteins. However, collagen is lacking tryptophan which is one of our essential amino acids. This means it is required from the diet. Of course, there are some pros and cons to this, but it has been shown that the combination of hydroxyproline with glycine can be promising to increase human growth hormone.

Collagen cannot be absorbed in its whole form so it has to be broken down into smaller peptides. Hydrolyzed collagen peptides are typically what you see in many of the supplement forms. They will be broken down into two or three peptides that we can absorb in the gastrointestinal tract.

At the most basic level, when we are consuming collagen peptides, they serve as building blocks for other proteins or collagen production. This can stimulate fibroblasts activity, which can therefore influence a lot of the different benefits that we may see from collagen. It’s important to recognize that when you are consuming collagen, you can’t determine where that is going to go in your body. As we ingest it, it’s going to go into an amino acid pool, and our bodies are intelligent enough to determine where that needs to go. For example, if there is wound healing that needs to take place, then that amino acid pool is going to go towards healing the body. If it is skin elasticity or joint health, then it’s going to go where it needs to go. That means that people can experience different benefits.

Sources of Collagen

Now let’s talk about the sources of collagen. One of the most common sources of collagen you might have heard of is bone broth. The difference with bone broth versus stock is it’s typically simmered for over 24 hours, so you’re getting more vitamins and minerals.

Another source is supplementation. It’s important to remember we cannot consume collagen in its full form, and it needs to be broken down into these collagen peptides, so it is more easily absorbed and can contribute to protein synthesis. As it relates to supplementation, bovine hides are more helpful for type I and III collagen; so hair, skin, and nails. Collagen source from fish is helpful for your type I collagen fibers. Supplements containing chicken are going to be helpful for your type II,  which is more joint health and cartilage. However, the research still isn’t super clear on that. Although the research is growing, and we are continuing to see some potential benefits of collagen intake, we do want to remember it’s not completely clear, and there are a lot of bias studies. Some studies have been done by collagen supplement companies themselves.

Benefits of Collagen

Let’s look at the research for the benefits of collagen.

1) Joint Health

We want to recognize some of the trials in the studies have been very small, meaning a low subject sample. However, there are some promising things to show; there has been a decrease in pain associated with joint-related arthritis, as well as joint pain related to activity. In conclusion, collagen supplementation can potentially help, however, further research is really necessary to determine if this is a beneficial result. 

2) Skin Health

This is where the research has been promising in showing an improvement in the elasticity of the skin, the dryness of the skin, even clearness and complexity, and decreasing wrinkles. It also has impacted cellulite. There have been some larger double-blind placebo-based studies and some smaller trials. Again, we always want to remember some of these studies have been biased because they’ve been conducted by the supplement company. However, there’s definitely promising evidence here, too.

3) Muscle Growth

This is something that has been claimed by some. However, collagen does not improve muscle growth. Collagen is not a complete amino acid profile as we mentioned; it’s missing the essential amino acid tryptophan. However, collagen is a protein source and if someone is low in protein, this can be a beneficial clean protein supplement. 

4) Gut Health

This is something that is claimed by some supplementation companies, but there is no evidence at this point to support collagen supplementation will improve gut health. 

It could potentially help with bone health, too. However, the research is very minimal at this point but it’s something we can continue to pay attention to as research develops. 

What’s the take-home of collagen?

It is something that is throughout our entire body forming the connective tissue that is the glue holding us together. It is something that can be beneficial through supplementation, but we do want to look at that with a careful eye. Benefits it may have are helping with skin and joint health, but not so much with gut health. Not only do we want to look at it from a clear evidence-based perspective, but we also want to realize the collagen we’re consuming could go to different places in your body. It’s going to go where your body needs it most. So one person may have benefits of specifically skin health, where someone else might have more joint health-related improvements.

It shows promising results but we want to understand there are pros and cons with everything. You do want to make sure it is in conjunction with a healthy protein-based diet. You want to get your protein sources from food throughout the day that have complete amino acid profiles. So, if you are using collagen as an adjunct then it can be very helpful.

Reach out for a 15-minute FREE discovery session to see how we can help you on your journey.

For more content, make sure to subscribe to our YouTube channel here.

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Vagus Nerve Hack | Neck Release


Not only can you consciously tap into the power of your vagus nerve; you should.

Known as the “wandering nerve” in Latin, it begins in the brainstem and innervates the muscles of the throat, circulation, respiration, digestion and elimination tracks. It accounts for 80 percent of our parasympathetic, or “rest and digest,” nervous system.

Healthy vagal activity is associated with better physical and mental well-being. Otherwise, it can cause issues such as inflammation, heart disease, and strokes.

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In other blogs, we have covered some of the best vagus nerve hacks. Today’s neck release will not only target some of the key muscles that are involved in stress breathing, but also the carotid artery which moves into the carotid sinus, innervated by the vagus nerve.

So just like all the other vagus nerve hacks, this will induce a relaxation response. We are doing this through stimulation of the vagus nerve via the carotid sinus.

How To Perform This Exercise

To perform this exercise, use a small to medium-sized ball, preferably soft, and gently place it on the left side of the upper neck right under your ear. You will compress, shear, and lengthen, by placing some pressure into the tissue and then gently twisting the ball across the neck. You want to be gentle with your twist and you want to move your head in the opposite direction as you are doing this. Once you get to the center of your neck, you’ll want to be more cautious because you have your hyoid bone, larynx, pharynx, and esophagus there, which will be a little more sensitive. Then, continue to rotate the ball to the other side of your neck while naturally rotating your head in the opposite direction.

So what are some things that you may experience after performing this exercise?

1) You may feel like your face and neck feel much more relaxed or softened.

2) You may feel a sigh, swallow, or yawn which is a sign of relaxation of the nervous system.

3) You may feel warmth in your face.

4) You may feel like you can see, hear, or speak more clearly. This is due to the stimulation of the vagus nerve, and some of the other facial and cranial nerves.

The great thing about these simple vagus nerve hacks is that you can do them anytime and anywhere during the day. It can bring you back to this parasympathetic state, the state of social engagement, where you are connected, mindful, and joyful.

Reach out for a 15-minute FREE discovery session to see how we can help you on your journey.

For more content, make sure to subscribe to our YouTube channel here.

Other things that may interest you:

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STOP rolling your IT Band!


Do you have IT band syndrome, and you have been foam rolling like crazy and there’s no improvement? In fact, it’s so painful when you do it, you can barely tolerate it. The IT band, short for illiotibial band is a thick band of fascia that runs along the lateral side of the leg. Think of our fascia as our ectoskeleton; it’s the glue that holds us together and is our force transmission system. An interesting fact about fascia is that it has seven times as many sensory nerves than muscle, which is why it feels so painful to roll your IT band. That is why foam rolling is not the most beneficial way to treat it. It is important to get to the root of the issue.

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What are the muscles that the fascia attaches to? One is the TFL, tensor fascia latae, which is on the side of the hip, and the other is the glute max. Those are the two muscles that should be targeted through soft tissue release with IT band syndrome.

It is important to try to find the root cause. Just because we have pain near the outside of the knee does not mean that it is the source of the problem. Oftentimes there is a loss of deep hip stability or foot stability that is contributing to IT band syndrome. If there is a loss of stability in the hip, the TFL can become overactive and will pull the hip joint forward. Even the hamstrings can become overactive and push the hip forward. We then lose what we refer to as joint centration, which means that the hip is shifting forward and up. Therefore, soft tissue work, stabilizing the hip, and integrating the feet and the ground into movement are essential. Here are some ways to incorporate all of those things. Make sure to check out the video on how to perform these exercises HERE.

1) Soft Tissue Release

The first is the TFL release. You can use a lacrosse ball or tennis ball. Place the ball right on the outside of the hip and lie down on it. The bottom leg will be extended and the top leg can be bent. The leg will naturally rotate in and you can stabilize yourself with your elbows on the floor.

You would hold this for roughly two minutes. You’re goal is to completely relax. When you get to that painful point it might feel like it is taking your breath away, so if it doesn’t feel like that you can adjust the ball to a spot that does. 

The second one is the glute release. For this one, bring the ball underneath the buttocks. Let the hip naturally rotate out. Once again you can hold it there for about two minutes. After you’ve done your soft tissue releases, now you want to move that tissue in its new range. 

2) Hip 90/90 Stretch 

Starting with your feet outside hip-width apart while sitting on the ground, you can drop your legs down to the side. This will be your 90/90 position. Bring your arms behind you and stabilize yourself in that position. Try to hold this here for a period of time. Following that, move to the back hip. You want to think of hinging from your hips, not just rounding your spine, over the front hip. You can make it active by pressing into the ground with your hands and breathing into that position.

3) Dynamic Movement

Now we want to integrate that into dynamic movement, specifically working in lateral and rotational planes. This can include various lunges and single leg balance activities.

You want to remember that IT band syndrome is a symptom, not a diagnosis. So think beyond rolling your IT band and look at a way to integrate all of this into more proper movement. 

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Why you should consider eliminating gluten and dairy | Elimination Diet


If you haven’t considered eliminating gluten and dairy and you have health concerns, then read on. They may be contributing to your emotional, mental, and/or physical health issues. I’m sure you’ve heard a friend or family member say they’ve gone gluten-free or dairy-free, and they feel much better. Well, you simply don’t know if that will be the same for you until you eliminate it for yourself. And, doing a full or modified elimination diet versus doing a food sensitivity test can be way more valuable. Let’s discuss the different categories of adverse food reactions that you can have and how you could properly eliminate and reintroduce gluten and/or dairy.

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Food triggers are one of the most overlooked things that can be a major contributor to many different health concerns that you may be experiencing. Some common symptoms of gluten and/or dairy can be things like puffiness, bloating, digestive issues, joint pain, dark circles under the eyes, and general inflammation. Of course, these could be associated with other things, but this would be why you’d want to explore if them to see if they’re an issue for you. There are three adverse food reactions. 

1) Food Allergy

This is something you most likely would know that you had. This would be an immune reaction that could be mild to severe and it would happen immediately after you’ve consumed the food.

2) Food Intolerance

This could be something like lactose intolerance, for example, where it’s a non-immune reaction, but it means that your body does not have sufficient enzymes to be able to break down the food. 

3) Food Sensitivity    

This can happen from hours to days after you’ve consumed food that you might be sensitive to. This is where the GI system then impacts the immune system, causing all kinds of issues in your body from pain, sleep disturbances, puffiness, and so on.

How to do an Elimination

Foods stay in your system for different periods of time. Dairy stays in your system for approximately two weeks. Gluten stays in your system for approximately three weeks. So, the best way to do a modified elimination diet of gluten and dairy is to eliminate them both for three full weeks. That means not even a bite of bread or a beer or creamer in the coffee; zero of each of those foods for the entire three weeks.

How to Reintroduce

Then you will begin the reintroduction process which is the most important part. This is the part that most people forget, and it should be very intentional and be very structured. You would start with introducing one food at a time. Say for example you are going to reintroduce gluten, you would have a piece of bread in the morning and a piece of bread in the afternoon. Make sure to keep the ingredients very simple so it’s a clean source of whatever you’re reintroducing. Now you’ve had that twice on your first day, you’re going to wait an additional three days without having any more gluten. You will track all of your symptoms for the next three days; everything from digestive issues to pain and inflammation to sleep to mental and emotional health, and urinary complaints. That is going to tell you if you are sensitive to gluten or not.

If you have any kind of reaction, then you know that your body’s having a low level of immune response to that particular food. After you have finished that, then you would move to dairy. You would have it twice in one day, wait the three days, and determine if it is appropriate for you.

By doing this experiment of one, you are finding out the information yourself and know if these things are an issue for you. I think assessing food triggers is one of the most fundamental things that we should all do as part of evaluating what we’re putting in our body and how it’s impacting our health.

Reach out for a 15-minute FREE discovery session to see how we can help you on your journey.

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5-Minute Golf Fitness Screen


Are you a golfer who wants to improve their distance or accuracy this season, or perhaps you have low back, shoulder, or elbow pain every time you golf? Are you looking to not only improve it, but prevent it from getting any worse?

Read on for your golf-specific screen that you could do to assess how your physical body and perhaps, limitations, are impacting your swing efficiency and performance.

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1) Pelvic Tilt Test

At address position, we should be in a neutral spine. “S” posture, refers to an extended posture and a ”C” posture refers to a rounded posture.  Both limit your ability to rotate in your backswing. And of course, the backswing is what dictates the transition, or downswing.

From your address position, we want to see if you can move through a clean range of motion, extending and rounding the spine without any shaking and or difficulties. Are you able to move through it in its full range of motion? That’s what we want you to be able to do in your golf swing.

2) Torso Mobility Test

This test looks at the concept of disassociation. In the entire golf swing, we have to be able to disassociate our torso from our pelvis. To do the torso mobility test, we are in our address position, crossing the arms over the chest, and from there, rotate just the torso back and forth while keeping the hips stable. If you’re able to keep the hips stable and move your arms, that means you have good disassociation between the torso and the pelvis. Now, we do want to look if it is a more lateral motion or rotational, and if the pelvis moves side to side or rotates as we’re trying to separate the two.

3) Pelvic Mobility Test

Here, we’re going to get into address position, crossing the hands over the chest. From there, move the pelvis back and forth in that rotational plane while keeping the upper body stable. If you attempt to move your pelvis and your torso is moving as well, then that’s indicative that you don’t have good disassociation. Also, you want to make sure that it’s not a lateral motion and it is in fact, rotational.

4) Toe Touch Test

Being able to touch your toes from standing shows that you have a proper weight shift in the pelvis. The pelvis needs to shift backwards for us to be able to get into a proper address position.  Our address position is the foundation of our entire swing. So that is, in fact, where we need to be the whole time. As you transition, you’re starting from a hip hinge position and mostly stay in there as you come through impact. So, are you able to touch your toes, have a nice uniform curve in your spine, and be able to get that natural weight shift in the pelvis?

5) Single Leg Stance

Are you able to stand on one leg with the other leg in a 90 degree angle at hip level, holding that position for at least 25 to 30 seconds without any increased effort? Is this a relaxed position for you or does it require a lot of effort? If this is fairly easy, then you can attempt to close your eyes. Why is this so important? In your golf swing, you are shifting your weight from one side to the other. You must have really good stability on your trail leg to load the backswing and as you come through to impact, you have to be able to have a great stability on your lead leg to load into it. It seems very basic, but it’s really imperative for a great golf swing.

6) 90/90 Test

We want to think about our shoulder mobility and our shoulder mobility as it relates to our golf posture. If we start from a position, with our elbows at 90 degree angle, and rotate them back as far as we can, we should be able to get to at least 90 degree angles, preferably a little bit farther here. Now move into your address position and perform the same test. Are you able to get into the same position? Have you lost a lot of motion? In your swing, you have to be able to have that proper external rotation while you’re in your address position. So, it is really important to optimize shoulder mobility, and this is a great way to test it.

7) Seated Thoracic Rotation

First, grab your club and bring it right over your shoulders. Start by rotating to the right, back to center and then to rotate to the left. See if there’s a restriction on either side. Now, you’re going to take the club above your shoulders, keeping the shoulder blades out of the equation, which means you can’t use them or compensate with them. Now rotate to the right and rotate to the left. See if there’s any asymmetry, and if you are able to get to about 45 degrees.

8) Total Rotation

Have your feet together, arms to the side, and rotate to the right. Are you able to get your shoulders in line? Then, rotate to the left and you should be able to see the wall behind you. If someone is standing behind you, they should be able to see both shoulders. That is going to be indicative of proper neck, ankle, thoracic, and hip mobility. In order to have a great backswing and get into a properly loaded position, we have to have enough internal rotation in the hip, for example. Just as when we come down through our downswing, we need to have enough mobility to be able to rotate into it. If not, you’ll start to see a sway and slide.

It is important to understand how your physical limitations can impact your swing efficiency and injury risk. So, take five minutes and see how you move. Need help? Reach out for a golf rehab or performance assessment.

Reach out for a 15-minute FREE discovery session to see how we can help you on your journey.

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How Sugar Affects Your Pain


You probably know that sugar is not the best for you, but do you know how it’s impacting your pain and inflammation in your muscles and your joints? Sugar is, in fact, at the top of the list as one of the biggest contributors to pain. Numerous studies continue to prove that sugar promotes pro-inflammatory markers. Why is that important? Chronic low level and systemic inflammation contributes to many of the health conditions that we face. In fact, 90% of all chronic disease is associated with inflammation.

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Let’s discuss five different ways that consuming added sugars in your diet contributes to inflammation and therefore, pain.

1) Stimulates free fatty acids in the liver

When free fatty acids are digested by the body, the compounds that are released contribute to pro-inflammatory markers. 

2) Produces Advanced Glycolytic end products (AGEs)

When sugar is combined with a protein or fat in the bloodstream, oxidation or inflammation in the body occurs. 

3) Causes leaky gut

Increased sugar intake can contribute to leaky gut, also referred to as intestinal permeability. We have tight junctions in our gut that function as a protective barrier to not let toxins and pathogens move through into our bloodstream. However, in the case of leaky gut, these tight junctions break down and foreign invaders can pass through to the bloodstream. This, in turn, creates an immune response. This can also contribute to leaky brain. Leaky brain is where these pathogens, toxins, and foreign invaders cross the blood-brain barrier and can contribute to brain fog, loss of clarity, memory issues, etc. 

4) Increases LDL

When we have increased LDL from overconsumption of sugar, there is an increase in inflammatory markers, specifically C-reactive protein. 

5) Causes weight gain

Increased sugar consumption can lead to weight gain, which thereby increases your insulin resistance as well as inflammation. That can contribute to a whole cascade of other symptoms. 

In one study that was performed, the participants who drank 40 grams of added sugar a day (one soda), increased their insulin resistance, inflammation, and LDL markers. Also, consuming 50 grams of fructose within 30 minutes can increase your C-reactive protein, an inflammatory marker. Lastly, 50 grams of refined carbohydrates in the form of white bread can increase your pro-inflammatory marker, niuclear factor-kappa B (NF-kappa B), and increase blood sugar. 

Now you have a little bit of a better understanding of how sugar impacts your body, specifically inflammation, and therefore pain. If you’re in a chronic inflammatory state, you’re pain will likey be higher. Your first step in evaluating sugar is to track it. See how many grams a day you are consuming.

There is a difference between natural sugars and added and refined sugars. That doesn’t mean you need to eat six fruits a day, however. As it relates to added sugars, you want to have less than 20 grams of sugar. That means you have to think about how many grams of sugar is in your creamer, salad dressing, tomato sauce, etc. In most cases, there is high fructose corn syrup in those as well. You want to evaluate how many grams a day you’re actually getting and then begin to slowly decrease it. You don’t need to do it overnight. It is important to recognize that if you are consuming a lot of sugar, you can have a significant die-off reaction as you begin to eliminate those sugars from your diet. Just begin to slowly work them out of your diet and transform to a more natural, whole food plan.

Reach out for a 15-minute FREE discovery session to see how we can help you on your journey.

For more content, make sure to subscribe to my YouTube channel here.

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Understanding Your Pain


We have all experienced pain in our lives. Perhaps it’s been acute pain where you roll your ankle, or it’s more chronic pain, something like low back pain that’s been around for months or even years. It could also be from surgery or some kind of procedure that you may have had done that could cause a considerable amount of pain. Therefore, it is important to understand pain—understand the pain in your own body, and what implications it has. Just for a quick statistic, 15 million U.S. adults suffer from some kind of chronic pain, and 80% of our global opioid supply is consumed in the U.S. There are 125 deaths per day due to opioids, which are most commonly prescribed for low back pain, which is why it’s such a powerful topic to talk about and understand implicitly.

What’s a common course of low back pain in America? You have an acute episode of low back pain, go to your medical doctor, and get some kind of prescription pain medication. The pain medication doesn’t work, so maybe you get a muscle relaxer, too. Now your primary care is going to refer you for an X-ray, and it shows nothing, or maybe some degeneration that everyone over 35 years old typically has. Then you’re referred to get an MRI, and it shows a herniated disc or some degeneration as well. Of course, that doesn’t give you any information either because imaging in most cases does not correlate to your symptoms. So, then you are referred for an injection. You get an injection that doesn’t really do much at all or lasts for a short period of time before your symptoms return, and you’re referred to physical therapy. The course of low back pain in America is problematic because this is what contributes to moving from acute pain to chronic, which we’ll discuss.

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Let’s start with the definition of pain. Pain is an unpleasant sensory and emotional experience associated with tissue damage or potential tissue damage. Essentially, pain is an alarm system. What it’s telling us is where the pain is, the amount of pain, the nature of the pain, and it is signaling to us, danger.

Now let’s talk about acute pain versus chronic pain. An example of acute pain is when you put your fingers on a hot stove. We have nociceptors, sensory receptors in the skin that will signal through the spinal cord to the different areas of the brain, to create a motor response or reaction. With somatic pain as described, we are signaling to the brain to pull back. Now we can also have visceral pain of the organs or the lining of the organs. Lastly, referred pain, which can be something like a heart attack referring pain to the left shoulder. All of these can be different forms of acute pain.

Chronic pain is much different. Chronic pain is defined as pain that you’ve had for three to six months or longer. With chronic pain, there is no tissue damage, however, your brain is sensitized and signaling that there’s still danger. This causes you to have a heightened sense of pain because your brain is still perceiving that this pain is happening even though the injury has healed. The key take home with this is that pain is not directly correlated to the amount of tissue damage. For example, someone that has had chronic pain for years would indicate that there is no tissue damage at that point, yet the pain can be very heightened. Conversely, someone with an acute tissue injury could have a very low level of pain.

Now that you know a little bit more about acute versus chronic pain and that it is not necessarily related to tissue damage, it’s important to know what you can do about it. It is not simply a matter of taking Advil or Tylenol, because we actually have our own natural painkillers. Endorphins, enkephalins, and serotonin are some of the best natural painkillers; better than NSAIDs.

Also, it is important to recognize that pain is not simply a sensory experience. It is always an emotional experience as well. It has been shown that if you are in a positive mental state, this can impact your ability to manage pain. So, what can you do about your pain?

1) Don’t Panic

Pain is information. Whether you’ve had it for a day or you’ve had it for three years, it is information that your nervous system is either on high alert, or you have some kind of potential tissue damage. Either way, you want to explore it with a gentle curiosity. You want to understand your alarm system because that is your nervous system that is giving you this powerful information to be able to do something about it. Recognizing that no matter how long you’ve had pain, you can continue to make improvements, and be able to be in a pain-free state. 

2) Improve your Movement

You should get evaluated to see what your movement patterns look like so you can limit compensations that are so common. The more that you compensate, you continue to alter your motor control, and the more you will have pain. When you have pain, you have more distorted motor control, so it ends up being this vicious cycle of pain.

3) Stress Management 

This is one of the key things that you want to think about as it relates to pain. Incorporating things like mindfulness, yoga, and meditation into your life to make sure that you are in a positive emotional state to be able to manage the pain. If you have pain, and it’s already heightened, and when you add stress on top of that your pain tolerance will decrease. So, your pain is actually higher. 

4) Graded Exercise

With all of the pain science research, one of the most important things is exercise, specifically, graded exercise. This means it has to be done at a very slow pace and returning to a comfortable state over time. For example, if you’ve had chronic low back pain for 10 years, then beginning a walking program starting at 45 minutes is way too much. Starting with 10 minutes is more appropriate and then every other day progressing to 12, 15, 20 minutes slowly and working your way up to a point that feels great for you. 

That’s just a quick taste of a little bit of pain science and how you can manage pain in your life. I hope this was helpful for you.

Reach out for a 15-minute FREE discovery session to see how we can help you on your journey.

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How to Burn More Calories During Your Day | NEAT


Did you know that you can burn almost 350 additional calories each day, which is equivalent to 30 pounds per year if you include more NEAT in your life? NEAT stands for Non-Exercise Activity Thermogenesis. It is defined as any other type of activity that is outside of your purposeful physical training. Think of this as the energy expenditure related to the daily maintenance of your body, leisure activities, occupation, and all of the things outside of your intended physical 30 to 60 minutes at the gym.

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There are three different categories of NEAT that you can include. These include body posture variations, ambulation/locomotion, and fidgeting. We will discuss each one of these and how to include them in your daily routine.

3 Ways to Include NEAT:

1) Body Posture Variation

One of the most important things that we should all consider is to assume as many different positions and postures as possible during our day. There is no one good or bad posture. The best posture is the next posture, so you want to think about constantly changing positions. There isn’t such a thing as perfect ergonomics, it’s really about moving consistently throughout the day. Are you sitting, standing, waling, moving, and weight shifting? Are you able to sit down onto the ground and get back up? The more that we can assume different variations of postures of sitting, standing, and moving, the better. Our bodies crave movement, so let’s give them what they deserve. 

2) Ambulation or Locomotion

How can you increase your steps throughout the day? You can use a monitor to track how many steps you’re getting a day. Use that as a goal to slowly increase your steps to your day. Let’s not forget about all the locomotive patterns like crawling or skipping; any ways that you can begin to reinforce one of our most powerful movements in our body, which is walking. It is the most powerful assessment of movement efficiency. The more you can begin to increase steps and dynamic movement throughout the day, the better.

3) Fidgeting 

This can be twirling your hair, rubbing your head, or tapping your foot. If you are doing this 150 minutes a day, this can, in turn, burn 350 calories a day, which is equivalent to 30 pounds per year. Every time you’re in your chair or you’re standing at your work desk, think about how you can add a little bit of extra movement in. This will increase NEAT and can be beneficial in metabolism and your weight loss goals or maintenance. 

In today’s movement culture, we are so focused on performing 30 to 60 minutes of physical activity most days of the week. Instead, we want to think about this from a movement mindset perspective and move most hours of each day. That begins with incorporating some of these most fundamental things like walking more, fidgeting more, and changing and assuming different positions. Once we can begin to incorporate these things, we can make such a profound difference in our movement and overall health. Once again, our bodies crave movement, they do not crave sustained positions. 

Reach out for a 15-minute FREE discovery session to see how we can help you on your journey.

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Other things that may interest you:

IS YOUR GUT PREVENTING YOUR WEIGHT LOSS?



Top 5 Vagus Nerve Hacks to Help You Relax and Restore


Do you know how important the vagus nerve is?

The vagus nerve is our wandering nerve that originates from the brainstem. It is one of the longest cranial nerves and innervates the muscles of the face, throat, respiration, digestion, and heart. It has such a profound impact, and it is 80 percent of our parasympathetic nervous system. This is important because it can allow us to fully relax, restore, recover, and digest. It can also help us become socially engaged, connected to the greater world, connected to ourselves, and be more mindful, joyful, and grounded.

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Here are five vagus nerve hacks that you can do to bring you back to this parasympathetic state; to the state of relaxation and social engagement.

1) Humming

Singing is a great way for us as humans to communicate and be connected to the greater world. Humming is a means of vocalization that has an extended exhale. When this happens, we are releasing a neurotransmitter called acetylcholine, which will stimulate the vagus nerve and create this relaxation response. Additionally, when we are humming, the vibration of humming oscillates the air and causes the nasal cavity to release nitric oxide, which thereby increases vasodilation and circulation. Lastly, it can create a co-regulation with other humans. This creates a safe place for us and that brings us back to that state of social engagement.

2) Sternal Release

The vagus nerve innervates the SA node of the heart, which is also referred to as our pacemaker. It also sits inside of the lung tissue and passes right through the diaphragm. You have baroreceptors in your aorta and carotid which detect pressure changes, especially blood pressure changes. When we are stimulating these things, we can induce a relaxation response. 

To do the sternal release, place a soft ball under your sternum, inhale through the nose, and pretend to cough, but don’t actually cough. So, you’re breath-holding and then slowly exhaling. Perform this for 10 to 20 minutes.

3) Neck Release

Release the areas around the carotid artery, which moves into the carotid sinus, and is innervated by the vagus nerve. As we move through the tissues, we are moving, compressing, lengthening, and shearing all of these tissues around the vagus nerve.

You’ll start just below your ear by compressing and twisting the ball gently as you shear across the tissues. Gently lengthen the neck by turning your head in the opposite direction. Go slowly and carefully over the trachea, hyoid, and larynx in the center, because they can be a little bit more sensitive. After performing the neck release, you should feel warmth in the neck and perhaps even your face. You might even be able to use your senses a little more clearly; sight, sound, and smell. It might just feel like your face softens afterward as well.

4) Probiotics

The enteric nerves from the gut and the vagus nerve are connecting the gut and the brain, which is referred to as our gut-brain connection. Think of this as a highway, a beautiful bi-directional communication. This can be greatly impacted by our HPA axis, hypothalamic pituitary adrenal axis, referred to as our stress pathway. This can be influenced by probiotics. The two primary strains of bacteria that have been shown to impact mood, behavior, depression, anxiety, also referred to as psychobiotics are lactobacillus rhamnosus and bifidobacterium longum. Both of these strains have been shown to have improvements in anxiety and depression-related behavior, but they can also impact GABA, which in essence, inhibits feelings of fear and anxiety. This can have a profound effect on mood and behavior.

5) Visceral Release 

We tend to hold a lot of tension in our abdomen. It is important to remember that 80 percent of our vagus nerve is sensory indicating that it is providing information back up to the brain. The vagus nerve is innervating our gut, so if we’re holding tension here, we are signaling “tension” or distress to our brain. It’s really important to create these relaxation responses of the organs, tissue, fascia, and skin by stimulating the vagus nerve.

For the visceral release, lie on a ball or even a rolled-up towel or blanket on your side, and gently guide the tissue, skin, fascia, and organs over the ball. Breathe diaphragmatically, starting on your left side and then moving to your right. 

These are five of many different vagus nerve hacks, but please follow us (@themovementparadigm) on TikTok, IG, and FB, for more health tips to help you feel great again!

Reach out for a 15-minute FREE discovery session to see how we can help you on your journey.

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