Meet Dr Britton Who Is Revolutionizing Healthcare And Pain Management
Dr. R’Kione Britton
Dr. Britton is currently a Board-Eligible Functional Neurologist. Studying functional neuro-kinesiologist through the Carrick Institute. He has already completed over 2000 post-doctoral hours in neuroscience and Kinesiology.
In addition to his Doctor of Chiropractic, Dr. Britton has undertaken additional postgraduate studies. Comprehensive coursework in Functional Neuro-Orthopedic Rehabilitation. He has over 100 hours of training in Professional Kinesiology and is certified in the advanced Myofascial Release soft-tissue technique of NMR. He also practices the Chiropractic BioPhysics® technique for addressing the unique cellular properties of bone that allow for utilizing the bioelectric properties of the skeleton and allow the reversal of degenerative damages to the spine and skeleton.
West LA Neuro-Kinesiology: Nerve, Disc, & Neuropathy
Two terms as President of the Student American Chiropractic Association .
Orange County physician coordinator for Arthritis Introspective, a support group for those with arthritis, inflammatory diseases and autoimmune disorders.
Other Preventative Measures To Protect Your Knee Cartilage Are Also Vital
Unfortunately, no matter walking or exercising, this will put wear and tear on knee cartilage. Your cartilage will lose cartilage cells and collagen matrix due to wear and tear. Although taking collagen supplements can help to strengthen and protect your knee cartilage, the ability for your body to repair or regrow cartilage declines as you age and cartilage loss is eventually inevitable. How can you protect your knee cartilage if cartilage loss is inevitable? Whether you have to accept declining joint health? The answer is definitely not! Physical therapy or wearing knee pads can be alternative solutions to help you to reduce knee pressure. Hence it will be less wear and tear that your knee cartilage will suffer. The newly invented spring-loaded knee joint support pads can help you to reduce the pressure on your knees effectively.
Is It Possible To Rebuild Cartilage
In general, it is not possible to rebuild cartilage once it is gone. For those who are affected by conditions like osteoarthritis, the cartilage in joints will likely continue to wear away year after year, until there is none left. The only way to restore the joint at that time is to do a full replacement. Other possible treatments may include pain medications and supplements to ease stiffness and prevent further loss.
Although it is not possible to rebuild cartilage, some joints that are constantly painful may be replaced through surgery. Not all joints are eligible for this procedure, and the most common are the hips and knees. In most cases, an artificial joint is implanted into the body to replace the defective one. These new joints last upwards of 15 to 20 years, and pain is almost always alleviated entirely.
There are some indications that certain supplements and emerging treatments may help make it possible to rebuild cartilage, but there is not any evidence as of yet to back these theories up. Glucosamine, for example, has been rumored to rebuild cartilage in the joints of those who suffer from arthritis and other chronic conditions. Medical treatments are also under development, but they are not completed and have not been tested for effectiveness.
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Collagen For Knee Cartilage Healing
Do collagen supplements work to rebuild knee cartilage? The answer in short is, yes. Collagen is primarily found in various types of connective tissues around your knees such as cartilage, ligaments, tendons and bones. Collagen is one of the most important components which can contribute to cartilage repair and collagen can also stimulate cartilage regrowth. Collagen plays a vital role in supporting the growth and repair cartilage tissue over time as well as relieve joint inflammation and joint pain. Research has shown that Type 2 collagen is commonly found in knee joints, which are doing weight-bearing for your body but suffered from wear-and-tear during exercise.
For Fast And Effective Diagnosis And Treatment Of Knee Cartilage Damage In London Contact The Capital Orthopaedics Team Here
Your knee is the largest joint in your body, and it takes a massive force every step you take. 346% of your body weight goes through your knee when youre walking downstairs. Running can put 11 times your body weight through your knee joint. And the heavier you are, the greater the force.
Our knees have to be pretty extraordinary structures to be able to cope with this enormous strain.
As in all joints, the bones are coated in a layer of slippery cartilage which enables smooth, friction-free movement. In the middle of your knee are two rubbery, semi-circular pieces of cartilage called menisci, which provide additional shock absorption.
Small fluid-filled sacs called bursa also help with cushioning as you pound away at your knee joints.
Just as in any mechanical structure, repeated force or a sudden impact will cause the parts of your knee joint to get worn, torn or damaged.
The result is a pain in your knees. It may be a dull ache, or sharp, debilitating pain. It may be accompanied by swelling and a feeling of instability. It may change your life
No matter what the best thing you can do is get a diagnosis, and the sooner the better. Joints that take that much force on a daily basis rarely get better on their own. Many knee conditions can be resolved with physiotherapy if they are caught soon enough. Even if you need surgery, the sooner you can get treated, the less likely you are to have ongoing repercussions such as osteoarthritis.
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Perform Low Impact Exercise
Exercise, and leading an active lifestyle, can help you improve your overall health, while at the same time aid you in maintaining a healthy knee cartridge. It does not necessarily mean that you should go to the gym to exercise. You can do this by simply taking walks every day, which can help flex your ligaments so that they remain in good health.
Foods To Increase Lubrication In The Knees
To help increase lubrication in the knees through nutrition, there are several foods to consider adding as a part of your healthy and well-balanced diet.
Some of these foods include salmon, trout, olive oil, nuts, avocados are all high in omega-3s. When you combine these foods with glucosamine sulfate and chondroitin, they can all work together to help increase lubrication while also decreasing inflammation. All of this will work wonders when it comes to pain relief as well.
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Glucosamine And Chondroitin Supplements
These are two compounds naturally produced in huge amounts in the body. The deficiency of these two compounds may cause unforeseeable wear and tear of the knee cartilage, tendons, ligaments, and the synovial fluid. As we age, the production of these two compounds decreases.
But then again, these two are the building blocks involved in the synthesis of proteoglycan, a complex protein-carbohydrate-hydroxyl that makes up the cartilage. If these two compounds are lurking or are in short supply, knee cartilage health will be affected. Fortunately, there are some nutritional supplements that include glucosamine and chondroitin as their active ingredients to improve cartilage and joint health. Heres what they do in a nutshell.
Strengthening Your Thigh Muscles
- Sit on a chair or stool thats high enough for your knees to bend at a roughly 90-degree angle.
- Wear a light weight cuff on your calf .
- Slowly stretch out one leg and lift it up, hold for 5 seconds, and then slowly bend and lower it. Repeat 8 to 12 times and then do the same with the other leg.
- Rest for about one minute and then do 2 to 3 more sets.
In the beginning, this exercise can also be done without weights.
Strengthening your thigh muscles
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Initial Treatment And Self Care
If you’ve injured your joint and your symptoms are not too severe for example, you’re still able to put weight on and move the joint you can often look after yourself using PRICE therapy.
PRICE stands for:
- Protection protect the affected area from further injury by using a support, such as a knee brace
- Rest rest the affected joint as much as possible during the first 2 or 3 days , then try gradually returning to light activity over the next few days and weeks
- Ice apply an ice pack or a bag of frozen vegetables wrapped in a towel to the injured area for 15-20 minutes every 2-3 hours during the first 2 or 3 days
- Compression compress or bandage the injured area to limit any swelling and movement that could damage it further you can use a simple elastic bandage or an elasticated tubular bandage available from a pharmacy
- Elevation keep the injured area raised and supported on a pillow whenever you can to help reduce swelling
Visit your GP if your symptoms have not started to improve after a few days of PRICE therapy.
How Does It Work
While were not exactly sure, researchers believe that fiber helps protect your knees in a couple of ways.
First, it reduces the levels of C-reactive protein, a protein that has been repeatedly correlated with inflammation. Second, fiber increases satiety, which makes you feel fuller and therefore prevents you from overeating.
Computer-generated image of C reactive protein
So, you should focus on getting more fiber in your diet, as the best foods for your knees include loads of them. This can be achieved through fibrous vegetables , as well as minimally processed cereals and whole-grain products.
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Articular Cartilage Paste Graft
At The Stone Clinic, we have a unique procedure for repairing articular cartilage: the Articular Cartilage Paste Graft, designed by Dr. Stone in 1991.
Articular cartilage paste grafting uses your own bone, cartilage, and marrow cells to regenerate your damaged cartilage. It is a minimally invasive, single arthroscopic procedure that stimulates regrowth of damaged articular cartilage surfaces.
The arthritic area of the knee, or the area where there is missing cartilage, is morselized by the surgeon to create a fresh blood supply and to bring marrow cells to the surface. The graft is harvested from the intercondylar notch , crushed into a paste, and packed into the fractured chondral defect. The result is a repair technique that can provide durable cartilage repair tissue with long-term improvement in function and diminishment of pain.
“Articular cartilage paste grafting has provided my patients with tremendous relief and permitted a return to sports for many arthritic joints that were thought to require joint replacement. Our published peer reviewed long-term outcome studies have matched or exceeded any other published work. Paste grafting has been a great tool for salvaging failed microfractures and other cartilage procedures.”
A Better Way To Rebuild Cartilage
NSF CAREER award supports Lehigh University materials science and engineering and bioengineering professor Lesley Chow’s research into 3D-printed biomaterials that give cells the cues they need to regenerate functional tissue
image: Lesley Chow, an assistant professor of bioengineering and materials science and engineering at Lehigh University received an NSF Faculty Early Career Development Program award. The award supports work she and her team are doing to develop a biomaterial that promotes regeneration of the osteochondral tissue interface. Specifically, refining their 3D-printed material to provide signals to cells that enables the formation of tissue organized in the same way as natural tissue.view more
If youre able to walk without pain, give a silent shout-out to your cartilage.
Every time you take a step, this flexible tissue absorbs the load and transfers it to the bone, allowing you to move freely. But unlike bone, if cartilage gets damagedby injury, wear and tear, or inflammationit cant regenerate. Over time, the damaged tissue degrades, and walking becomes progressively more painful as the bones come in contact with each other.
If we can intervene when you first have that injury, this therapy would have the potential to buy you 10 or more years, or maybe youd never need a knee replacement, says Chow. Thats the dream.
About Lesley W. Chow
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The Process Of Producing New Cartilage
The formation of cartilage starts even before a person is born. It starts as a primitive, loose and undifferentiated connective tissue that subsequently undergoes differentiation in a process called chondrogenesis.
The cells involved in cartilage formation are called chondrocytes.
To simplify the growth process of cartilage, there are two mechanisms involved:
1. Interstitial growth
- The chondrocytes undergo cell division and increase in number
- The matrix of the cartilage is synthesized
- The cartilage expands from within
2. Appositional growth
- Premature chondrocytes called chondroblasts differentiate
- The matrix of the cartilage is synthesized
- The girth of the cartilage expands
So, how is understanding this growth process important to you?
Previously, orthopedic specialist hypothesized that articular cartilage cannot regenerate because it has no blood supply.
When you recheck the processes outlined above, you can see how easy it is to manipulate the growth of cartilage.
For instance, you can:
Can You Regenerate Joint Cartilage
What comes to your mind when you hear the word cartilage? For most people, cartilage is just the smooth coating that reduces joint friction by covering the end of bones.
However, thats not the only reason you have cartilage in your body.
For starters, cartilage is one of the reasons why your bones grow – when hyaline cartilage changes to bone in a process called endochondral ossification.
Classic examples of bones that develop straight from cartilage are your ribs, which are initially soft when you are young and become strong as you age because they transform from cartilage to bone.
Besides acting to reduce friction and form bones,cartilage also acts as shock absorbers to protect bones and joints during daily use.
Unfortunately, cartilage is one of those parts of the body thats prone to complications, and these complications can manifest with dire consequences, especially when they cause cartilage levels to decrease.
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Fiber: The Solution On Your Plate
High Fiber Foods and Their Benefits by Urbanwired1 Flickr
The key to alleviating and even avoiding knee pain might be closer than you think! Just look down at your plate. Are you eating enough fiber?
New research in the journal Annals of the Rheumatic Diseases has shown that people with fiber-rich diets have a reduced risk of knee osteoarthritis. This is huge, as two separate studies consistently showed that higher total fiber intake was related to lower risk, with statistically significant results!
The first study, Osteoarthritis Initiative, examined nearly 5,000 participants and the second study, the Framingham Offspring, examined more than 1,200. Both studies concluded that the more fiber you eat, the less likely you are to experience knee pain, and the less likely you are to be diagnosed with knee arthritis.
Keep in mind that correlation does not imply causation, and the studies did not prove that fiber heals knee pain, only that something is going on with the nutrients that are almost certainly good for you.
Is This The Gateway To Limb Regeneration Research
These two findings lay important groundwork for future research because, one day soon, scientists will be able to identify those cells in salamanders not found in humans which enable salamanders to regenerate entire limbs.
When this happens, perhaps researchers will be able to reproduce these regenerator cells and create a cocktail mixture with human MicroRNA that can be injected into humans to repair joint injuries or maybe be developed into medicines that can prevent or reverse arthritis.
And, who knows? Maybe one day in the not too distant future, scientists will discover the key to regenerating entire human limbs so we humans can channel our inner salamander!
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Aesculap Biologics Is Currently Conducting A Phase 3 Clinical Trial For Novocart 3d
Within the last decades, exciting advances in cellular research have allowed medicine to acquire a new area of focus- regenerative medicine. Regenerative approaches to medicine focus on encouraging the body to repair damaged or diseased tissue. In some areas, the body can be persuaded to recreate and integrate new tissue in the place of old tissue.
The regenerative medicine approach to the repair of tissues and organs damaged by injury, disease and aging is rapidly emerging as a disruptive technology that promises to transform healthcare worldwide. Through the overlap of cell and molecular biology, biomaterial and bioengineering disciplines, the vision of restoring and extending a patients normal, active lifestyle without the use of plastic, metal or foreign tissue parts is no longer science fiction. The use of cells, biomaterials and bioactive mediators, either alone or in combination, can stimulate and guide natural repair mechanisms to produce fully functional, native tissues. This bench to bedside translation of basic academic science principles provides new alternatives to the treatment of a diverse range of unmet clinical needs that encompass musculoskeletal-related conditions, soft tissue wounds, cardio- and peripheral vascular diseases, neurological disorders and stroke.
Researchers Find Method To Regrow Cartilage In The Joints
In laboratory studies, Stanford School of Medicine researchers have found a way to regenerate the cartilage that eases movement between bones.
Researchers at the Stanford University School of Medicine have discovered a way to regenerate, in mice and human tissue, the cushion of cartilage found in joints.
Loss of this slippery and shock-absorbing tissue layer, called articular cartilage, is responsible for many cases of joint pain and arthritis, which afflicts more than 55 million Americans. Nearly 1 in 4 adult Americans suffer from arthritis, and far more are burdened by joint pain and inflammation generally.
The Stanford researchers figured out how to regrow articular cartilage by first causing slight injury to the joint tissue, then using chemical signals to steer the growth of skeletal stem cells as the injuries heal. The work was published Aug. 17 in the journal Nature Medicine.
Cartilage has practically zero regenerative potential in adulthood, so once its injured or gone, what we can do for patients has been very limited, said assistant professor of surgery Charles K.F. Chan, PhD. Its extremely gratifying to find a way to help the body regrow this important tissue.
Charles K.F. Chan
Damaged cartilage can be treated through a technique called microfracture, in which tiny holes are drilled in the surface of a joint. The microfracture technique prompts the body to create new tissue in the joint, but the new tissue is not much like cartilage.
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