Tag Archives: arthritis

Spice up your life to cool down inflammation

There has been quite a lot of press interest in the adverse effects of certain anti-inflammatory drugs and their potential to trigger a host of unwanted side effects including heart attacks. It’s no secret that most anti-inflammatory medications can play havoc with your stomach and gut but the news that taking these drugs could cause heart complications was quite a shock to those who have come to rely on these drugs to get them through the day. Interestingly, research over the years into the spice turmeric has revealed some encouraging results when used to treat pain and inflammation. Turmeric is composed of a complex mixture of organic compounds the principle one being curcumin. Although easily confused with the spice cumin, curcumin is completely unrelated and a unique compound to the spice turmeric. It belongs to a group of compounds called curcuminoids that are responsible for the typical yellow colour of turmeric. Anyone who has seen natural turumic root in the supermarket may notice a similarity to another culinary spice, ginger root. However, this is no coincidence because turmeric and ginger both belong to the same botanical family; Zingiberaceae. Both of these spices accumulate pharmacologically important compounds within the root tissue. In the case of turmeric the compounds are known as curcuminoids where as in ginger the compounds are called gingerols. The key fact that interests us is the ability of these compound to effectively reduce inflammation and pain while sparing other tissues the hazardous side effects commonly associated with anti-inflammatory medications. This may sound a bit to good to be true but to understand how turmeric, or more specifically the curcumoid known as curcumin, achieves this we will have to discuss the inflammatory process and a bit of biochemistry!

Inflammation – the basics.

When ever we injure ourselves the body has to mend the damage. To do this, chemicals need to be released that enhance blood supply, neutralise any invading bad bacteria and stimulate the local immune reaction. Over this early (acute) phase inflammation is accompanied by pain, swelling and some heat. In the majority of cases this process is self-limiting and once the injury has been mended all the levels settle to normal along with all the related symptoms. However, this is not always the case especially if there is an ongoing irritant present such as arthritis, joint damage or autoimmune disease. In these cases the inflammation becomes chronic and the sufferer experiences daily pain and disability. Anti-inflammatory drugs can offer great relief but often at a price and their safe long term use has become questionable.

Inflammation – the chemistry

The cascade of events that eventually causes inflammation kicks off within cell membranes. A specific fatty acid, known as arachidonic acid (AA), is released from it’s bound state within the cell membrane by an enzyme (phospholipase-A2). Two key players in the inflammation story, COX and LOX, then act upon the now freed AA. The COX enzyme comes in two forms, COX1 and COX 2. When AA interacts with COX1 it produces a mixture of compounds (prostaglandins; PG’s) that protect the stomach and maintain the ability of the blood to clot. When AA interacts with COX2 in produces PG’s that signal pain and enhance inflammation. The LOX enzyme converts AA into another powerful group of inflammatory compounds known as leukortrines. Drugs that block the COX and LOX enzymes are known as anti-inflammatory drugs for this reason; they block the inflammatory cascade. However, by blocking the COX1 enzyme these drugs also block the stomach and gut protective PG’s and cause thinning and blood vessel leaks as they also block the PG’s that maintain blood clotting. As a result, specific drugs were developed that selectively block the COX2 enzyme but leave the COX1 alone. In theory, this sounded great but in reality the drugs did leave the COX1 enzyme alone in the majority of tissues except the COX1 found within the cells that line the blood vessels. These cells are called endothelial cells and the COX1 enzyme within these cells produces a special compound known as prostacyclin, which in turn maintains the smooth flowing of the blood within the blood vessels. By blocking the action of endothelial COX1 and the production of prostacyclin blood becomes stickier and prone to clotting, which explained the increased heart attack risk associated with drugs that have COX2 inhibitor action.

Inflammation – the natural answer

Research into the anti-inflammatory actions of curcumin has revealed that curcumin is a safe and effective inhibitor of COX2 and of the LOX enzyme that is responsible for the generation of the powerful inflammatory actions of leukortrines. What’s more, curcumin has also been shown to block the initial release of AA from the cell membrane. By doing this curcumin may have an effective preventative action as well as a powerful anti-inflammatory effect when used on a regular basis. To date, there have been no indication or suggestion that curcumin inhibits the endothelial COX1.

One factor that goes against curcumin is it’s poor absorption from the digestive tract. To get around this problem manufacturers have produced a highly bio-available extract; Theracurmin. This innovative ingredient uses a microscopic particle (100 times smaller than regular curcumin powder) size to enhance the curcumin absorption from the gut. Studies using Theracurmin have shown that the microscopic curcumin particles are absorbed up to and reach concentrations 300 times higher than regular powders.

How to take curcumin supplements

Theracurmin is simple and easy to use; take 1-2 capsules daily around a meal time. Because of the lack of available information, those who are pregnant or breast feeding or taking warfarin should only use curcumin based products after taking medical advise.


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50% improvement in pain-related questions by the end of the study (60 days)

NEM paper

A new study was conducted at six different clinical sites throughout Germany to evaluate the efficacy and tolerability of NEM® for the relief of the pain and discomfort associated with osteoarthritis of the knee and/or hip.

NEM® is a natural source of collagen, chondroitin, and hyaluronic acid, each of which is known to support joint health. Much of the benefit with NEM® is thought to be the result of its nutrients boosting the production of critical joint molecules.

Forty-four patients were treated with a daily dosage of 500 mg of NEM®. Clinic visits were scheduled for subjects at study initiation and at 60 days following the onset of treatment. Statistical analysis revealed that supplementation with NEM® produced a significant pain relieving effect within 10 days. On average, nearly 1/4th of the subjects experienced a 30% improvement in pain-related questions within 10 days and almost 20% of the study population experienced a 50% improvement in pain-related questions by the end of the study (60 days). Significant improvement for stiffness was noted at 30 and 60 days after treatment.

An indication of the pain relieving effect of NEM was a drop in analgesic use. For the 30 days prior to study commencement, patients consumed on average 7 doses of acetaminophen. Analgesic use had dropped considerably to 2.43 doses per 30 days after 30 days of supplementation with NEM®.

No side effects were noted with NEM®.

Product link: NEM® capsules

Study link: NEM Brand Eggshell Membrane Effective in the Treatment of Pain Associated with Knee and Hip Osteoarthritis: Results from a Six Center, Open Label German Clinical Study. 2014

Naturopathic Physician, Dr Michael Murray comments on osteoarthritis: What is osteoarthritis?

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Vegetarian Celadrin Soon Available From Hadley Wood Healthcare

The popular joint supplement, Celadrin, has been available since 2004, and is now able to meet the needs of vegetarian products.

Several years of research and development have enabled the firm to mimic the chemical composition and bioavailability benefits of the meat tallow-based version.

The vegetarian version is made from a mixture of palm oil, coconut oil, palm kernel, olive oil, nutmeg and unsaturated vegetable oils.

According to the manufacturers, “The trick was to find the right profile of fatty acids, that’s why it took 4-5 years.”

Clinical trials have shown it to be safe, non-toxic and effective in reducing joint discomfort and improving joint flexibility.

As soon as its available in the UK, Hadley Wood Healthcare will be offering this version to customers.

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Arthritis & Artery Disease

Hand osteoarthritis in older women appears to be associated with carotid and coronary atherosclerosis, Icelandic and US researchers report in the November issue of Annals of the Rheumatic Diseases.

“These results” lead investigator Dr. Helgi Jonsson told Reuters Health, “indicate a linear association between the severity of hand osteoarthritis and atherosclerosis, suggesting that the pathological processes have certain components in common.”

Dr. Jonsson of Landspitalinn University Hospital, Reykjavik and colleagues examined data from a population-based study of Icelanders involving 2264 men and 3078 women with a mean age of 76 years.

After adjustment for age and other confounders, in women, both carotid plaque severity and coronary artery calcification were significantly associated with hand osteoarthritis. For coronary artery calcification, the odds ratio was 1.42 and for moderate or severe coronary plaques, it was 1.25.

Both of these factors showed significant linear trends in relation to hand osteoarthritis in women over the whole cohort. However, no significant relationships were seen in men.

“Our results,” say the investigators, “lend support to theories indicating that vascular pathology is an integral part of the osteoarthritis process.”

Dr. Jonsson concluded “I consider this a major step forward in our understanding of the systemic nature of osteoarthritis and think that further studies of hand osteoarthritis may provide the key necessary for the understanding and treatment of osteoarthritis.”

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Getting to grips with knee pain

The bulk of people who attend our clinics for knee pain have been diagnosed as having arthritis in some form or another. In most cases this can be attributed to the natural wear and tear process but it can still a disabling condition that may affect anyone becoming especially common as we get older.
It may come as no surprise that some estimates put the incidence of arthritis in the over 50’s as high as 8 out of 10 but the process of cartilage thinning can start much earlier than that. To understand why the knee is so prone to arthritis we need to get to grips with the knee anatomy.

Knee Anatomy – Why it can go wrong
In essence, the knee is simply two blind-ended bones coming together and held in place by numerous soft tissue structures. Unlike the hip, the knee has no socket to give it stability and is therefore inherently unstable. It relies totally on ligaments, tendons and muscles to keep it together. Now add to this the effects of gravity squashing us on a daily basis, our own body weight, the compressive effect of the powerful leg muscles as they contract and compress the joint during walking and running, and the damaging jarring effects of hard surfaces and it is easy to see that 50 years of such abuse will take its toll on the knee. These factors act on the normal knee in day-to-day life before we even considered the abnormal effects of sports such as football, running, horse riding and skiing all of which bring their special strains and stresses to play on the joint.
All in all, the knee puts up a brave fight. It has a tough layer or cartilage and two anatomical space fillers called menisci. These half moon shaped pieces of cartilage increase the surface area of the knee and help to spread out the load more evenly. They are, however, prone to getting caught between the bones of the knee during odd twisting movements and becoming damaged or torn. If this occurs you know all about it! The pain is acute and the knee often locks so you are unable to straighten it. There is much swelling and it is impossible to weight bear on the joint. I have seen many of these injuries and they are not easy to treat.

The meniscus can, in some cases, be replaced by joint manipulation but they invariably come out again and more often than not require surgery. Time has moved on and knee surgery is now very straightforward. Using arthroscopic techniques a torn meniscus can be easily removed with minimal disruption to the joint and minimal risk of infection. In the case of an acute tear of the meniscus there is often no alternative. Luckily, they are not that common and the degenerated knee far outnumbers them.

Looking for Clues
If we accept that joint degeneration is one of those things that naturally occurs with age and use, looking for a “cure” becomes unrealistic. Treatment of the arthritic knee needs to be viewed as a healthy balance between self-help and natural therapy. A knee that shows signs of early arthritis can be prevented from degenerating further with simple and common sense advice and treatment. With all knee pain the first place to look for clues is at the feet! These are the foundations for the body and any aberration in their structure or alignment will throw the balance out and place eccentric stresses and strains on all the weight bearing joints, including then knee. I am constantly amazed at the number of patients I see who have been through the medical-mill of GP, consultant and physiotherapist, none of whom have ever examined the patients feet. If you walk with a flat foot or a high stiff arch you are asking for trouble from the knees in time. In the case of flat foot the arch drops. As this occurs the lower leg twists inwards placing the knee in a strained twisted position. The knee cap then moves across the front of knee joint in an oblique fashion when it should be moving simply in an up and down direction. This odd “patella-tracking”, as it is known, starts the degenerative process off. I commonly see it in pre-teen and teenage girls, especially those who are sporty. In this age group the cartilage is still quite soft and malleable, but pain soon establishes itself often curtailing promising sporting aspirations. The problem is known as chondromalacia patellae. Some medical estimates places its incidence at 2 in every 10,000 but I feel it is more common than that and may go undiagnosed, often put down to “growing pains” or an aversion to sports in overweight sports-phobic children. However, it is a real problem and one that needs to be taken seriously. Missing this diagnosis may predispose the sufferer to early degenerative changes in later life since the incidence of chondromalacia peaks again in the early 40’s when, I feel, the symptoms are more due to early degenerative changes. In any case, early detection is essential and can be corrected with special exercises, orthotic shoe inserts and the use of cartilage protective agents such as glucosamine and esterified fatty acids. The correct balance between these two agents needs to be assessed in the clinic and depends on the type of pain that presents.
If we return again to the older knee, foot structure and function is just as important. A flat foot will not function as an effective shock absorber nor will a foot with a high arch. Both these feet need special support with an individualised orthotic. Getting the foundations right is vital if the knee is ever going to feel good.
Working up the leg we come to the knee itself. In cases of early arthritis there may not be much to see but the margins of the joint are commonly tender to touch and there may be some crunching and cracking as the knee bends and straightens. In more advanced cases obvious bony swellings can be seen and the knee looks very sorry for itself, often stuck in a knocked-knee posture. I am regularly amazed at how the appearance of the knee offers little indication to the level of pain felt. Some knees are so bent and knarred but the owners simply report a vague ache whereas another pair of knees, with hardly an outward sign, can be wracked in agony. You can see how knees are mostly treated on the grounds pain. A severely deformed arthritic knee that is aching but not actually painful can be very effectively managed with acupuncture and natural medicines such as Knotgrass Complex. A monthly clinic visit is all that is needed in most cases and the use of potentially hazardous anti-inflammatory drugs completely avoided. With so many people taking a mini aspirin for circulatory problems the concurrent use of anti-inflammatory drugs for arthritis places the gut in real danger of ulceration and bleeding. Avoiding long-term use of anti-inflammatory drugs is essential especially if you are taking the mini aspirin.

Moderate Knee Pain
For those knees that fall into the moderate category, things get a little more complicated. The sufferer has pain that must be addressed but is also in a position where further degeneration is inevitable if other measures are not taken. For these knees an aggressive exercise plan is needed to strengthen the muscular structures that run across the joint. Remember that the knee is only as stable as its soft tissue support. Weak thigh muscles offer little or no support and allow for excessive “joint-play” that accelerates the degenerative process. Muscle strengthening and conditioning is essential. To ease the more acute phases of a moderate case of knee arthritis a combination of Harpagophytum and esterified fatty acids helps take the heat out of the joint. These natural anti-inflammatory remedies are safe on the stomach. They may take a little longer to take effect but the long-term outcome is far better and the body can tolerate them very well. Acupuncture has now been shown to offer significant pain relief in cases of knee arthritis. A recent issue of the journal Acupuncture in Medicine devoted an entire supplement issue to the published studies all of which showed very encouraging results and outcomes from around the worlds. The photo above shows my approach to treating degenerative arthritis using electro-acupuncture. In this case the inner part of the knee (medial joint space) was painful and tender to touch. However, this chap responded very well to the treatment.

Complementary Treatment and Hard Science
There is always a problem with acupuncture studies and hard science; how do you give placebo acupuncture? However, in the real world of the clinic where patients vote with their feet I know that acupuncture works in the fight against knee pain where other treatments have, more often than not, failed.
Between clinic visits the home exercise plan can be supplemented by the use of alternate hot and cold packs. This basic hydrotherapy helps boost circulation and eases the accumulation of irritant toxins. Applying our special hot-pepper cream also helps ease the stiffness and bone aches associated with joint degeneration. Applying the cream causes a deep warming sensation and effects the action of substance-P within the spinal cord. Substance P is a fascinating substance known as a neuropeptide. It was discovered and reported back in 1931 when its role was somewhat mysterious. Now, almost 70 years later it is probably one of the most investigated and well-understood pain transmitting substance. By the end of the 80’s substance P was shown to exert powerful actions within certain areas of the spinal cord. The hot stuff in our cream is known as Capsaicin. This has been shown to reduce the levels of Substance P in many studies by altering its actions withing the spinal cord. Apart from the hot and tingling effect of this cream it is safe and effective. A few people who have very sensitive skins find the heating effects intolerable but for most the pain relieving effect is profound.
When it comes to the knee the medical outlook is rather bleak; take pain killers and if these don’t work try anti-inflammatories; if these fail or you get side effects wait 15 weeks for physiotherapy; if you are in too much pain try a steroid injection; if you don’t fancy that then join the list to see the surgeon for a new knee! In some cases surgery may be the only way but these cases are in the minority. For most knees the natural approach offers a better outcome with negligible side effects and is well worth a try!

Interesting Links
1) High volume acupuncture clinic (HVAC) for chronic knee pain – audit of a possible model for delivery of acupuncture in the National Health Service
2) A blinded randomised trial of acupuncture (manual and electroacupuncture) compared with a non-penetrating sham for the symptoms of osteoarthritis of the knee
3) Trigger point acupuncture for treatment of knee osteoarthritis – a preliminary RCT for a pragmatic trial

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