13 Foods That Fight Pain

While many foods taste great, they are also powerful healers in a vibrant multicolor disguise. The best healing remedies also taste fabulous (I can’t say that about any prescription medications). Plus, foods won’t cause the nasty common side effects that most drugs cause.

1. Cherries
Muraleedharan Nair, PhD, professor of natural products and chemistry at Michigan State University, found that tart cherry extract is ten times more effective than aspirin at relieving inflammation. Only two tablespoons of the concentrated juice need to be taken daily for effective results. Sweet cherries have also been found to be effective.

2. Blackberries 
3. Raspberries 
4. Blueberries and 
5. Strawberries
Dr. Nair later found the same anti-pain compound in berries like blackberries, raspberries, blueberries and strawberries

6. Celery and Celery Seeds
James Duke, Ph.D., author of The Green Pharmacy, found more than 20 anti-inflammatory compounds in celery and celery seeds, including a substance called apigenin, which is powerful in its anti-inflammatory action. Add celery seeds to soups, stews or as a salt substitute in many recipes.

7. Ginger
Ginger reduces pain-causing prostaglandin levels in the body and has been widely used in India to treat pain and inflammation. A study by Indian researchers found that when people who were suffering from muscular pain were given ginger, they all experienced improvement. The recommended dosage of ginger is between 500 and 1,000 milligrams per day. If you’re taking medications, check with your health practitioner for possible herb-drug interactions.

8. Turmeric
Turmeric (curcuma longa) is the yellow spice commonly used in Indian curries. In research it has been shown to be a more effective anti-inflammatory than steroid medications when dealing with acute inflammation. Its main therapeutic ingredient is curcumin. Research shows that curcumin suppresses pain through a similar mechanism as drugs like COX-1 and COX-2 inhibitors (without the harmful side effects). Choose a standardized extract with 1500 mg of curcumin content per day.

9. Salmon 10. Mackerel and 11. Herring
Many fatty fish like salmon, mackerel and herring also contain these valuable oils. Omega-3s convert in the body into hormone-like substances that decrease inflammation and pain. According to Dr. Alfred D. Steinberg, an arthritis expert at the National Institute of Health, fish oil is an anti-inflammatory agent. Fish oil acts directly on the immune system by suppressing 40 to 55 percent of the release of cytokines, compounds known to destroy joints. Many other studies also demonstrate that eating moderate amounts of fish or taking fish oil reduces pain and inflammation, particularly for arthritis sufferers.

12. Flax Seeds and Flax Oil
Freshly-ground flax seeds and cold-pressed flax oil, contain plentiful amounts of fatty acids known as Omega-3s. Do not cook with flax oil otherwise it will have the opposite effect-irritating the body’s tissues and causing pain.

13. Raw Walnuts and Walnut Oil
Raw walnuts and walnut oil also contain the same powerful Omega-3 fatty acids that fight pain and inflammation in the body.

When it comes to pain, food really is the best medicine.

The Health Costs of High Fashion

For years, women have worn high heels to add inches to their height, to make a “fashion statement” or to accentuate a long lean leg. All this fashion NONsense has wreaked havoc on women’s spines, necks, legs and backs.
Ask most women why they wear high heels and they might respond, “They complement my outfit,” or “They make me look taller.” Ask these same women if these shoes are comfortable and most will respond with a resounding “NO!” What they may not understand is that wearing these types of shoes can alter the forward curve in the spine, causing the pelvis to tip forward. This affects the body’s ability to maintain its center of gravity. Because of this, wearing high heels can actually increase your risk of falling!
When I see a woman walking down the street with high heels and a two-ton bag, I want to stop her and make her aware of what she is doing to her body.
Your legs are an important part of your musculoskeletal system. When you stand bare-footed you have the best opportunity to balance yourself. Your hamstring muscles along the back of your legs are taut and both parts of the pelvis are stabilized. But by raising your heel, you shorten and actually weaken these crucial support muscles.
Aside from all the stress you place on your spine by wearing high heels, they can also cause damage to your feet, such as corns, calluses and bunions that can last for a lifetime. They can even change the shape of your foot!
The solution? Wear flat shoes or lower heels with the proper arch support as often as possible. And if you’re concerned about the long-term effects that wearing heels may have had on your spine, mention it on your next visit.

Have You Been Suffering From Chronic Knee Pain?

Chronic knee pain is notoriously difficult to treat successfully. Persons with these problems often become discouraged as they shuttle from specialist to specialist, from rheumatologist to orthopedic surgeon to physical therapist to acupuncturist and back again. Lack of progress and improvement becomes understandable when one considers that typical evaluation and treatment are directed at the symptoms. But with chronic knee pain, and many other pain syndromes, actual benefits may be obtained by addressing underlying biomechanical problems.

Faulty biomechanics are at the root of many ongoing knee problems. Of course, various other diseases and orthopedic conditions may cause the same type of chronic pain. The most likely of these possibilities need to be considered and ruled out before a diagnosis of biomechanical knee pain is established. Osteochondritis dissecans, a torn meniscus, and synovial effusion are all frequently encountered in persons over age 40 with chronic knee pain. Rheumatoid arthritis, lupus, and ankylosing spondylitis are a few rheumatologic conditions which may result in sporadic or chronic knee pain.¹

When these medical entities have been eliminated as possibilities, a biomechanical causation becomes probable. How does a person develop "faulty biomechanics"? In fact, most of us have never received effective instruction in how to use our bodies. We stand and sit in all kinds of unsound postures, slouching and slumping and generally giving in to every available force of gravity. We stand with all our body weight on one leg, neck and shoulder muscles gripped tightly and abdominal muscles sagging and protruding. When we sit we slump down, stressing the lower back with poorly tolerated mechanical forces, or sit for hours with legs crossed, stressing the lower back, hips, and knees.

Over the course of a lifetime, our bodies have continually tried to adapt to a range of inefficient and stressful postures and habits. But eventually no more adaptation is possible.² As a result joints, muscles, ligaments, and tendons break down and fail. We experience this failure as pain. And once this type of pain has started, it is not going to go away unless the underlying causes are corrected. Specifically, the person's biomechanics need to be restored closer to normal.

Correction of posture takes time and can only be accomplished gradually. The key is to learn what to do, learn how to do it, and to be working on posture every day.³ The most important thing is to begin. Three basic biomechanical corrections are as follows: (1) When standing, be sure to have your weight over the balls of your feet and to have your weight evenly distributed on both legs. (2) Activate your deep abdominal muscles by visualizing an "inner lift". (3) Have straight lines of force running down your legs (rather than lines of force crossing at your knee, creating torsion and tension). Visualize "straight energy" flowing from your hip sockets, straight down through the center of your knees, straight down to your feet, between your first and second toes.

Visualizing and implementing these three biomechanical corrections on a daily basis represents the first series of steps toward improving knee mechanics and reducing chronic knee pain.