Nutrition and Tendon Health: How Diet Can Help Tendonitis Recovery

Tendonitis, the inflammation of tendons often caused by overuse or strain, can be exacerbated by poor dietary choices. Research suggests that a high-fat or high-glucose diet may contribute to low-grade inflammation, slowing tendon healing and potentially leading to degenerative changes. A systematic review published in the British Medical Bulletin found that diets rich in processed foods and unhealthy fats were linked to impaired tendon recovery due to increased inflammatory markers. Conversely, collagen-derived peptides and certain anti-inflammatory nutrients have been shown to support tendon repair. A study in Nature further emphasized that excessive sugar intake negatively affects Achilles tendon healing in rats, highlighting the potential risks of high-glucose diets for tendon health.

Photo by Kindel Media

To promote tendon recovery and reduce inflammation, an anti-inflammatory diet should prioritize whole, nutrient-dense foods. A well-structured diet includes omega-3 fatty acids from sources like salmon, walnuts, and flaxseeds, which have been shown to counteract inflammation. Vitamin C, found in citrus fruits, bell peppers, and leafy greens, plays a critical role in collagen synthesis, essential for tendon strength. Antioxidant-rich foods such as berries, turmeric, and green tea can further combat oxidative stress that contributes to tendon degeneration. Additionally, adequate protein intake from lean sources like chicken, eggs, and legumes provides the building blocks for tissue repair.

Photo by JJ Jordan

A sample daily anti-inflammatory diet for tendon health might include a breakfast of Greek yogurt with mixed berries and flaxseeds, followed by a lunch of grilled salmon with quinoa and steamed broccoli. A snack of almonds and green tea can provide additional antioxidants, while dinner could consist of roasted chicken with sweet potatoes and sautéed spinach. Hydration is also crucial, with a focus on water and herbal teas to support circulation and nutrient delivery to damaged tissues. By integrating these dietary strategies, individuals suffering from tendonitis may experience reduced inflammation, improved healing, and better overall tendon resilience.

Privacy Policy for Dr Parenteau Pain Relief and Rehabilitation

Privacy Policy

Effective Date: December 1, 2024

Dr Parenteau Pain Relief and Rehabilitation values your privacy and is committed to protecting the personal information we collect. This Privacy Policy outlines how we collect, use, disclose, and protect your information in compliance with British Columbia’s Personal Information Protection Act (PIPA).


1. Information We Collect

We collect the following personal information when you interact with us, including but not limited to:

  • Name
  • Email address
  • Phone number

2. How We Use Your Information

The information we collect is used for the following purposes:

  • To respond to your inquiries or appointment requests.
  • To communicate with you about services, updates, and promotions (with your consent).
  • To maintain our business records and improve our services.

We will not use your personal information for any purpose other than those outlined above without your consent, except where permitted or required by law.


3. How We Protect Your Information

We take reasonable steps to protect your personal information from unauthorized access, use, or disclosure. These measures include:

  • Secure storage of digital and physical records.
  • Restricting access to personal information to authorized personnel only.
  • Implementing technical safeguards, such as encryption and secure servers.

4. Disclosure of Your Information

We do not sell, rent, or trade your personal information to third parties. However, we may disclose your information in the following situations:

  • To comply with legal or regulatory obligations.
  • To third-party service providers who assist us in providing services to you (e.g., scheduling software or email services). These providers are bound by confidentiality agreements and are only permitted to use your information for specified purposes.

5. Retention of Information

We retain your personal information only as long as necessary to fulfill the purposes for which it was collected or as required by law. Once your information is no longer needed, we securely destroy or anonymize it.


6. Your Rights

Under PIPA, you have the following rights regarding your personal information:

  • Access: You may request access to the personal information we hold about you.
  • Correction: You may request corrections to any inaccurate or incomplete information.
  • Withdrawal of Consent: You may withdraw your consent to the collection, use, or disclosure of your information at any time, subject to legal or contractual obligations.

To exercise these rights, please contact us using the details below.


7. Contact Us

If you have any questions, concerns, or requests regarding this Privacy Policy or your personal information, please contact us:

Dr Parenteau Pain Relief & Rehabilitation
1B – 1830 Oak Bay Avenue
Victoria, BC, V8R 6R2
Phone: (250) 589-6325
Email: drparenteau@gmail.com


8. Changes to This Privacy Policy

We may update this Privacy Policy from time to time to reflect changes in our practices, legal requirements, or other factors. The updated policy will be posted on our website with the effective date. We encourage you to review this page periodically.


Consent

By providing us with your personal information, you consent to its collection, use, and disclosure as outlined in this Privacy Policy.


 

Exercise to Grow More Blood Vessels!?

Yes, if we engage in regular exercise, we trigger chemicals and cellular responses that grow new blood vessels in our skeletal muscles, brain tissues, bones and other tissues.

This process is referred to as either angiogenesis or neovascularization.

Capillaries are the smallest blood vessels in the body. They are so small they only fit a single red blood cell. They are about 5-10 micro meters wide (μm). To put this in perspective, one of your hairs is about 10 times wider than a capillary.

Capillaries bring oxygen to tissues and remove CO2 as well. Further, all nutrients (vitamins, fats, sugars, proteins) are delivered to our cells via the capillary network. Like spider webs, capillaries in our skeletal muscle system wrap themselves around our muscles fibers and bring oxygen and nutrients and then whisk away waste products and lactic acid. Obviously, the more capillaries we have, the faster these molecular exchanges will occur.

Whether it is resistance training or endurance workouts, exercise triggers the muscle cells to release a cascade of chemicals (e.g.: Vascular Endothelial Growth Factor (VEGF), Fibroblast Growth Factors (FGFs), Angiopoietin 1, etc) that literally grow new capillary branches into our skeletal and cardiac muscles as well as our brain tissues and even bones. This is extremely beneficial for many reasons:

  1. Physical and mental stamina and performance increase
  2. Diabetic patients experience a higher rate of blood sugar being stored in muscle tissues and whisked away from the blood stream
  3. Bone density increases
  4. Brain stimulation and preservation of neurons to prevent dementia

Although we all intuitively know that exercise helps our bodies and brains, it is good to know the minute details such as neovascularization processes. I encourage you all to undergo endurance and resistance training exercises at least 4 times per week.

HOW MUCH DO I HAVE TO EXERCISE TO TRIGGER NEW BLOOD VESSELS

  • it takes 6 to 8 weeks of at least 4 exercise sessions per week to trigger an increase in your capillary vessels
  • the intensity should be at least moderate, but the more intense the better

You will grow capillaries and reap all of the benefits of increased blood flow to key body parts.

 

Now, go and do it!

 

– Dr Parenteau

 

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1. Ross, M., Kargl, C.K., Ferguson, R. et al. Exercise-induced skeletal muscle angiogenesis: impact of age, sex, angiocrines and cellular mediators. Eur J Appl Physiol 123, 1415–1432 (2023). https://doi.org/10.1007/s00421-022-05128

2. Xian Wu Cheng, MD, PhD, Masafumi Kuzuya, MD, PhD, Weon Kim, MD, PhD, Haizhen Song, MD, Lina Hu, MD, Aiko Inoue, MS, Kae Nakamura, PhD, and Toyoaki Murohara, MD. American Heart Association Journals: Exercise Training Stimulates Ischemia-Induced Neovascularization via Phosphatidylinositol 3-Kinase/Akt-Dependent Hypoxia-Induced Factor-1α Reactivation in Mice of Advanced Age. Circulation: Volume 122, Number 7 https://www.ahajournals.org/doi/10.1161/CIRCULATIONAHA.109.909218#con1

Achilles Tendon Maintenance

Men in their forties are at risk of rupturing their Achilles’ Tendons. If you have been inactive for some time and want to get back into sports, or if you want to make sure you’re not at risk of injury, follow our basic protocol.

 

Perform this program 4 times per week.

1. Warm Up

Go for a 5 minute walk or climb a flight of stairs 3 times

2. Calf Raises

Use stairs to get deep stretch at bottom of movement, then perform calf raise

3 sets of 16, 14, 12

3. Seated Toes-to-Nose Raises

– sit on edge of bed/chair, heels on floor

– raise toes towards your nose and then relax foot

1 set of 30

4. Jogger’s Stretch

– hands on wall, stretching leg back

– keep knee straight and lean forward until stretch felt in calf

2 sets of 30 seconds for each leg

5. Soleus Stretch

– hands on wall, one leg back

– knee of back leg drives forward until stretch is felt lower than calf (try and keep heel on ground)

2 sets of 30 seconds each leg

6. Pike Stretch for Hamstrings

1 set of 60 seconds

 

Knee Stability Exercises – Level 2

**Do not start this program without first being examined and prescribed a beginner program. This is NOT a beginner program.

Stabilizing the knee via exercises is an important injury prevention technique that most people do not incorporate enough into their routine. Many sports place strain on the knee and therefore can cause injury. You cannot strengthen ligaments or joint cartilage. It simply is what it is. However you can strengthen tendons and muscles and improve flexibility and co-ordination. There is no better injury prevention for the knee than a 2 to 3 times per week stability program.

Here are the goals with knee stability programs:

Increased flexibility of:
1. Hips (internal, external rotation)
2. Quadriceps
3. Hamstrings
4. Inner thigh muscles
5. Calves

Increased co-ordination of:
1. Ankles
2. Core
3. Hip & knee movements

Increased strength of:
1. inner thighs
2. hip muscles
3. hamstrings

 

We cannot ignore any aspect of the leg structure, from the core down to the ankles, as they all have an impact on the efficacy of knee movement. Please do these exercises after a proper warm up (e.g.: 5 minutes on the eliptical).

 

1. Foam Airplanes
– stand on foam board (without shoes)
– arms out in “T” formation (do not let arms drop throughout exercise)
– lift one leg off
– keeping chest over hips (straight back), bend one “wing tip” down to ground by moving hips NOT arms
– then reverse movement and bring other “wing tip” towards ground
2 sets of 8 on both sides

 

 

2. Balance & Pass Medicine Ball
– balance on an exercise ball with your knees (feet OFF ground)
– stand erect, chest over hips, arms out, one hand holding med ball
– pass ball back and forth (see video below)
2 sets of 10 passes (5 to each hand)

https://www.instagram.com/p/BOBGjNuhxuH/?taken-by=drparenteau

 

3. Face-the-wall Squats
face wall, feet wide apart
have chair behind you to catch you if you fall
– toes turned outward 45 degrees and toes one inch from the wall
– pull chest “back” by pinching shoulder blades together and keeping ears over shoulders (head back)
– hands between your legs (finger tips against wall)
– squat down as low as possible while maintaining proper technique

2 sets of 15

 

 

4. Hamstring “pops” on exercise ball
– lay on back, feet on ball
– arms at your sides, palms down for support
– lift buttocks off floor and lift on leg up in air
– simultaneously roll the ball towards your buttocks and elevate the leg towards ceiling (see video below)
2 sets of 8 each leg

https://www.instagram.com/p/BJPFvCcDALN/?taken-by=drparenteau

 

5. One-legged Quarter Squat with Ball and Foam Board
– pin ball between wall and buttocks (NOT low back)

– place both feet on foam board (NO shoes)
– chest out, arms out (do NOT lean forward)
– lift one leg in the air
– drop into a controlled, quarter squat (NO further, too much pressure on PCL)
– press back up and repeat (see video below)
– make sure foam pad is far enough away so that at bottom of quarter squat your knee is not shifting forward

2 sets of 8 each leg

https://www.instagram.com/p/BbiZGC6A2Ys/?taken-by=drparenteau

 

6. Hip Circles
– Lie on your side.
– Bend bottom knee.
– Point toe of top leg.
– “Draw” as large a circle as you can by moving leg in a circle.
– Go as far UP and BACK as possible.
– reach forward lay forearm flat on ground to keep pelvis from leaning back during exercise
Do 2 sets of 10 on each side

 

 

7.  Single Leg Pot Stirs on Exercise Ball
– lay on ground
– one leg on ball
– lift pelvis slightly off floor
– palms down on floor for support
– “stir the pot” with foot on ball
2 sets of 8 “stirs” for each leg

https://www.instagram.com/p/Bbm9sfZgGEf/?taken-by=drparenteau

 

WHAT KIND OF HEADACHE DO YOU HAVE?

headache

photo by Petr Kratochvil (click image for more)

Many of my headache patients come to see me and describe their intense headaches as “migraines.” This self diagnosis is purely based on the high level of discomfort they are experiencing.

Fortunately, most headaches are not migraines, even the very intense ones. And knowing what type of headache you have is crucial in determining what course of action will cure you.

According to the American Headache Society, over 78% of people will suffer tension type headaches during their lifetime. A much smaller percentage will ever have a true migraine. Therefore, if you have intense headaches, instead of self diagnosing yourself, go see your chiropractor or family doctor for a professional opinion. Having treated headache patients for over 10 years and having taught a headache class at the University of Victoria, I am well aware of sufferers and their tendency towards self-diagnosis. If the self diagnosis is wrong it can stop them from getting to the pain free stages they so desire because they are doing the wrong things.

This post is not meant to replace diagnosis by a professional, but to help you see that you may have wrongly self diagnosed and therefore are on the wrong track.

WHAT CAUSES MIGRAINES AND TENSION TYPE HEADACHES?

image778If you were to drill a hole through each of your cheek bones (front to back) within about 2 inches you would hit a bundle of nerves known as the trigeminal ganglion. This is a squid-like branch of nerves that connect to the eyes, forehead, scalp, face, jaw and temple region and then relays them all back to the spinal chord. In the spinal chord the trigeminal nerves connect to the neck nerves via an area called the trigemino-cervical nucleus. The trigeminal ganglion is involved in both migraines and tension type headaches but only tension type headaches affect the trigemino-cervical nerves. The following information will teach you some basics to differentiate migraines from tension headaches.

MIGRAINES
Because the trigeminal nerves interact with blood vessels the foods we eat can trigger migraine headaches. Migraines are therefore different from tension type headaches because they can be triggered by wine, cheese, chocolate or caffeine. Migraines also don’t involve the neck or back of the head and are usually around the temple and eye area on one side only. The pain is typically a throbbing or pulsing sensation.

photo by Petr Kratochvil (click image for more)

photo by Petr Kratochvil (click image for more)

Migraines typically occur only a couple of times per month and last minutes to hours but generally not days. Further, if just before you feel the headache you have visual disturbances or light and sound hypersensitivity, this points towards migraines. The typical migraine patient has migraines in their family history and has had migraines since adolescence. Typically, migraines do not respond much to ibuprofen, tylenol or aspirin. Women are more prone then men to migraines. See your chiropractor to determine if you are indeed suffering from migraines and receive the appropriate nutritional advice and treatments.

TENSION TYPE HEADACHES
The tension type headache patient usually has neck pain before their headaches. Classic tension headaches affect the rim of your scalp like a sweat band (i.e.: forehead, sides of the head and back of the head) and both sides are affected equally. Unlike migraines, tension headaches can last more than an hour and can even be constant for 2 or more days. Tylenol, ibuprofen and aspirin generally are quite helpful at reducing tension headaches. Tension headaches typically manifest several times per week and feel like constant pressure or pain — they do not pulse like migraines. No pre-headache visual or hearing issues occur with tension headaches.

Tension type headaches involve the cervical nerves and migraines do not. This is why neck injury from muscle or joint trauma or prolonged bad posture is usually the sole cause of tension headaches. They affect the neck nerves which communicate with the trigeminal ganglion which in turn sends nerves to the scalp and face, therefore causing the head pain associated with headaches. Sometimes tension type headaches are more severe than even true migraines, leading the sufferer to re-label it a “migraine.”

Because the neck causes all or most of the head and face symptoms for tension type headaches, treating the muscles and joints of the neck is usually the solution to years of suffering. People don’t know their neck is causing their debilitating headaches. At our clinic we’ve developed a series of treatments that are very effective at dealing with tension headaches.

Even long term, well entrenched tension type headaches can be cured. Our clinic also has designed a 10 week exercise rehabilitation and manual therapy program to solve even the longest term headaches. As an example, one of our headache patients let us do a documentary on her full recovery after 13 years of debilitating headaches. Please take the time to watch:

http://drparenteauimagebank.files.wordpress.com/2012/01/testimonial-mclennan.jpg

CLICK IMAGE TO SEE VIDEO

Some patients have symptoms of both tension headaches and migraines. Sometimes, these patients receive treatment for their tension headaches and their migraines disappear. This is because both types of headaches affect the trigeminal ganglion. Therefore, in some patients, tension headaches trigger the migraines. So if you remove the tension headache, you remove the migraine by default.

To recap the difference between tension headaches and migraines, see the diagram below for an easy comparison: 

tension vs migrain sxs

Please do not use this post as substitute for professional diagnosis. There are many other types of headaches such as cluster headaches, temporal arteritis, toxic headaches and others that mimic certain aspects of migraines and tension headaches. A clinician such as your chiropractor or family doctor will be able to differentiate from these and give you a sure diagnosis.