Tendonitis – Shoulder, Achilles, Elbow, Hip

Suffering from tendonitis? Get the natural relief you need with Tendonitis stem cell therapy! Our groundbreaking treatment is designed to reduce inflammation and pain in affected tendons, allowing you to get back to your daily activities with ease. Stop struggling through your body’s limitations and start your path towards recovery today!

Causes of Tendonitis

  • Tendinitis is a condition caused by the repetitive strain or injury of tendons, resulting in pain and inflammation.
  • Common activities such as gardening, painting, throwing ball, pitching, skiing and heavy lifting can all cause tendonitis if proper warm up exercises are not done beforehand.
  • Athletes should be especially careful to take precautionary measures to prevent tendonitis from developing due to overuse or poor warm up habits.
  • Working out in cold temperatures can cause tendonitis, as well as using improper sporting techniques.
  • Poor posture and repetitive awkward positions can also increase the risk of developing tendonitis.
  • Excess weight puts unnecessary pressure on your tendons and could be the cause of tendonitis.
  • Any person is at risk of developing tendonitis, so it’s important to maintain a healthy body mass index (BMI)
  • Start your exercise regimen with a few slow stretches to warm up the muscles.
  • Properly cool down after exercise to avoid any discomfort or injury.
  • Avoid repetitive motions and take regular breaks throughout the day. Include stretch exercises in between to reduce fatigue and pain.

Common Types of Tendonitis

  • Achilles Tendonitis is a common issue causing swelling and discomfort in the Achilles heel. It is important to address this condition in order to prevent further damage and avoid potential ruptures.
  • Lateral Epicondylitis, also known as tennis elbow, is a type of tendonitis commonly found in athletes who play sports such as tennis or conduct repetitive activities. The pain is located outside the elbow area.
  • Rotator cuff tendonitis is a common cause of long-term shoulder pain and discomfort. Without regenerative medicine treatment, the pain can last for 6-18 months. Our product provides an effective solution for addressing this condition and relieving associated symptoms.

Treatment Options for Tendonitis

  • A comprehensive suite of treatment options to address tendonitis.
  • Icing helps reduce inflammation and improve blood flow, while casts, wraps and splints help provide joint relief.
  • Customizable medical solutions tailored to your specific situation. Non-steroidal anti-inflammatory medications are used to treat pain and swelling. If these do not work, cortisone injections can be used.
  • Surgery is the last resort and involves removing soft tissue to give the tendon enough space to move without irritation.
  • Stem cell therapy can be a viable option for treating tendonitis if other treatments have failed. This treatment harnesses the healing power of stem cells to reduce inflammation and promote tissue regeneration.

Stem Cell Therapy for Tendonitis

  • Cut down recovery time and accelerate tendon repair with platelet-rich plasma (PRP) and stem cell therapy. This treatment has proven to be effective in treating Achilles, hamstring, elbow, biceps and rotator cuff tendons. By utilizing growth factors and proteins produced by PRP along with the regenerative power of stem cells, you can get back to your usual routine faster.
  • R3 Stem Cell’s PRP Therapy and Stem Cell Treatments can help reduce pain from tendonitis and arthritis.
  • Over 75% of patients have experienced significant pain relief, while over 90% of patients have avoided surgery.
  • Get the relief you need with R3 stem cell treatments and PRP therapy

Golfer’s or Tennis Elbow

Golfers elbow and tennis elbow are both forms of tendonitis that cause sharp pain on the elbow area. The main difference between them is that the pain from a golfers elbow is located on the inner side, whereas the pain from a tennis elbow is located on the outer side. Both conditions can be treated with a combination of rest, physical therapy and medication. Tennis elbow is a condition characterized by pain on the outer parts of the elbow, also known as lateral epicondylitis. It can be caused by repetitive use of the wrists and fingers, and is not exclusive to golfers and tennis players. If left unmanaged, it can spread to the forearm and wrist and last for an extended period of time. Symptoms can range from mild to severe, making it difficult to perform everyday tasks.

Risk Factors of Golfers and Tennis Elbow

  • Advanced AI technology to identify the risks of developing golfers or tennis elbow.
  • Ideal for golfers, tennis players, violinists, guitar players, house cleaners and decorators who have a higher risk of developing these conditions.
  • Special attention given to those within the 40 to 60 years age bracket as they are more susceptible to develop the conditions

Preventing Golfers or Tennis Elbow

  • Make sure to take regular breaks throughout the day to avoid overstressing your elbow tendons.
  • Stay aware of your daily activities and tailor them in such a way that you reduce the chances of developing golfers or tennis elbow.
  • Prevention is key, and these tips can help you safeguard yourself from developing such conditions.
  • Reduce your risk of injury and inflammation with a personalized stretching routine.
  • Adapt your technique to reduce the amount of strain on your elbow when playing sports such as tennis.
  • Make sure you don’t use any heavy items such as a heavy tennis racket, as this will cause excess weight on the elbow.

Treatments for Golfer’s and Tennis Elbow

  • Get relief from the discomfort of golfer’s and tennis elbow with one simple treatment. Rest is key to reduce the pressure caused by repetitive motions.
  • Wrapping your elbow in an elastic bandage is a great way to help reduce load and provide some movement.
  • Counterforce bracing helps decrease pressure in the inflamed area while relieving pain, making it an ideal solution for those suffering from either condition.
  • Ice packs help reduce inflammation and provide massage to affected area for improved blood flow.
  • Physical and occupational therapy can be beneficial for relieving pain and inflammation, which includes stretching and strengthening exercises.
  • Non-steroidal anti-inflammatory drugs (NSAIDs) are prescribed to reduce pain, swelling, and stiffness.
  • Cortisone injections are a last resort when OTC medications don’t work, with the potential to provide short term relief of pain and inflammation in the elbow.
  • Shock wave therapy is one of the most effective treatments for certain soft tissue conditions. It uses sound waves to target deep tissue with precision and deliver better results in a much shorter time frame.
  • Surgery is usually seen as an emergency solution. However, with shock wave therapy, there’s no need to go under the knife unless absolutely necessary.

Stem Cell Treatment for Golfer’s or Tennis Elbow

  • Stem cell therapy is a natural healing method that repairs and regenerates tissue injuries with minimal scarring and fast recovery time.
  • Platelet Rich Plasma (PRP) Therapy utilizes skin stem cells which are injected into the affected area to encourage regeneration.
  • Perfect for golfers or tennis elbow, this revolutionary treatment has been proven effective to heal the tendon without any major side effects.
  • The injections use a combination of platelets and growth factors to stimulate tissue healing.
  • PRP has been clinically proven to be effective in providing relief from pain, such as tennis elbow, and avoiding surgery.
  • Studies published in the American Journal of Sports Medicine have demonstrated positive outcomes with PRP treatments.

Ligament Sprains

Tendons are the essential connection point between bones and muscles. Tendonitis is the inflammation of any of these tendons, causing pain and limited mobility. Common sites of tendonitis includes the hip, elbow, shoulder, biceps, and Achilles tendons. Our product is designed to provide relief from tendonitis, a painful inflammation of the tendons. The key is in understanding why tendons are more likely to develop inflammation and addressing the underlying cause – poor circulation of blood. Our product is created to help tackle the issue head on and prevent further deterioration of the tendon from occurring.

Causes of Tendonitis

  • Tendonitis is a common condition caused by repetitive motions or injury to the tendons. Activities such as gardening, throwing a ball, heavy lifting, and even skiing can contribute to this condition. Athletes can further increase their risk of tendonitis if they fail to warm up beforehand. Taking the time to warm up properly before exercising can help avoid this painful condition.
  • Exercising in the cold can put additional strain on your tendons, increasing the risk of tendonitis.
  • Poor posture and repeated awkward positions can also contribute to tendonitis.
  • Having excess weight puts extra pressure on your tendons, leading to tendonitis.
  • Tendonitis is a condition that can affect anyone regardless of age or physical fitness, so it’s important to keep your body mass index in a healthy range.
  • Begin each exercise session with slow stretches to warm up your muscles and avoid injury.
  • To prevent tendonitis, make sure to cool down and relax after exercising before engaging in other activities. If you work in a job that requires high levels of repetitive movements, take regular breaks and perform some light stretches to keep your muscles limber.

Common Types of Tendonitis

  • Achilles Tendonitis is a painful and swelling condition of the Achilles heel. With timely treatment, it can be avoided from getting worse.
  • Lateral Epicondylitis is a type of tendonitis that is caused by overuse or repetitive activities. It’s commonly known as tennis elbow because it is often found in tennis players who are repetitively using the same motion with their arms. Pain can be felt outside the elbow area.

Treatment Options for Tendonitis

  • Get the treatment you need for tendonitis with various options available.
  • Icing helps reduce inflammation and increase blood flow to the area, providing relief from pain.
  • Casts, wraps and splints can help stabilize the joint and provide support during recovery.
  • Non-steroidal anti-inflammatory medication can be used to reduce pain and swelling, while cortisone injections may be an alternative.
  • Surgery is a last resort and often unnecessary with stem cell therapy, which involves removing the soft tissue so as to give the tendon enough space to move without irritation.
  • Stem cell therapy is a safe and effective way of treating tendon issues without having to resort to surgery.

Stem Cell Therapy for Tendonitis

  • This revolutionary stem cell therapy utilizes platelet-rich plasma combined with stem cells to speed up the healing process of tendon injury.
  • With increased production of proteins and growth factors, this therapy helps tendons regain their structure and strength more effectively. From Achilles to elbow tendons, we have seen successful treatment results in all kinds of tendons.
  • R3 Stem Cell offers leading-edge PRP therapy and stem cell treatments to help with all kinds of tendonitis and arthritis.
  • With over 75% of patients experiencing significant pain relief and over 90% being able to avoid surgery, it’s no wonder why R3 Stem Cell has such a high success rate.


Tendons are the tough, fibrous cords that connect muscles to bones and are essential for movement. Tendonitis occurs when a tendon is inflamed, which can happen in any of the tendons in the body. Common areas of tendon inflammation include the hip, elbow, shoulder, biceps and Achilles tendons. Symptoms such as swelling and pain can be treated with rest and physical therapy. Experience relief from tendonitis and tendinopathy with this revolutionary product! Our innovative technology helps to promote better blood circulation in the watershed zone, reducing the risk of injury and inflammation. With regular use, you can reduce pain and keep your tendons healthy.

Causes of Tendonitis

  • Tendonitis is a common condition caused by overuse or injury to the tendons.
  • Common activities such as gardening, painting, throwing ball and pitching, skiing and even heavy lifting can cause tendonitis if not done properly.
  • Athletes should take extra care in warming up before any physical activity to reduce the risk of developing tendonitis.
  • Working out in cold temperatures can be a risk factor for developing tendonitis.
  • Incorrect sporting techniques, bad posture and repetitive awkward positions can lead to the same issue.
  • Excess weight puts extra pressure on your tendons and could bring about tendonitis. Keep your weight in check to reduce the risk.
  • Tendonitis can affect anyone, no matter their age or fitness level. To reduce risks, it’s important to maintain a healthy BMI and warm up properly before engaging in physical activity.
  • After exercising, it’s essential to cool down properly and take breaks if your job requires repetitive movements. Balance out the strain with stretching exercises for optimal muscle health.

Common Types of Tendonitis

  • Achilles Tendonitis is an inflammatory condition of the tendon, causing swelling and pain in the heel. With proper care, this condition can be managed to avoid more serious consequences.
  • Lateral Epicondylitis, or tennis elbow, is a painful condition that affects people who participate in repetitive activities such as tennis. Pain radiates outside the elbow area and requires therapeutic treatment to alleviate symptoms.
  • Rotator cuff tendonitis is an all-too-common condition that can cause long-term shoulder pain and decreased mobility. Without regenerative medicine treatment, pain can persist for up to 18 months.

Treatment Options for Tendonitis

  • Get the best out of your treatment for tendonitis. Our tailored options allow us to tailor your treatment plan to match the severity of the condition. Reap the benefits of icing, which helps reduce inflammation and increases blood flow in the affected area. Moreover, supportive braces, wraps and splints can be used to provide relief and prevent further aggravation of symptoms.
  • Pain and swelling can be treated with non-steroidal anti-inflammatory medication and if these do not work then cortisone injections could be used. Surgery could also be necessary if other treatments seem to fail at treating the problem. Surgery involves removing the soft tissue so as to give the tendon enough space to move with no irritation. It is an absolute last resort and often unnecessary with stem cell therapy.

Stem Cell Therapy for Tendonitis

  • Platelet-rich plasma (PRP) combined with stem cells can provide effective treatment to a variety of tendon injuries, such as those in the Achilles, hamstring, elbow, biceps and rotator cuff tendons.
  • By increasing production of proteins and growth factors along with stem cells, this treatment helps repair and regain structure and strength of the injured tendon.
  • Quicker healing results when compared to traditional methods for tendon injury recovery are expected due to this advanced therapy.


Rheumatoid Arthritis is a chronic condition caused by the body’s own enzymes attacking healthy tissue. This autoimmune inflammatory condition can affect the ankles, feet, knees, elbows, shoulders, wrists and fingers. The synovial membrane which lubricates and protects the joints is destroyed by these enzymes leading to inflammation, swelling and pain. Untreated joint erosion could also occur if left unchecked.

Characteristics of Rheumatoid Arthritis

  • Develops quickly, with symptoms appearing within weeks or months.
  • Both small and large joints are affected in a symmetrical pattern.
  • Systemic symptoms of illness like fatigue are present.

Treatments for Rheumatoid Arthritis

  • Get lasting relief from the symptoms of rheumatoid arthritis with the help of carefully researched diets and supplements.
  • Fish oil and curcumin, sourced from turmeric, can reduce inflammation and provide relief from joint pain.
  • Targeted cortisone injections and other medications can be used to treat individual affected joints for more effective symptom management.

Stem Cell Therapy for Rheumatoid Arthritis

  • Stem cell therapy offers a powerful solution to reduce the pain and inflammation associated with rheumatoid arthritis.
  • It is administered directly into the affected joint or intravenously, allowing it to reach even multiple joints and provide maximum relief.
  • This safe and effective treatment shows impressive results in reducing RA symptoms, bringing you back to life with minimum discomfort.


Osteoarthritis is a degenerative joint disorder that affects joints like the lower back, hands, knees, hips and neck. It is caused by repetitive actions that injure the cartilage cushioning the joints and cause friction between these joints. It can be painful and even lead to immobility if not treated in time.

Characteristics of Degenerative Osteoarthritis

  • Osteoarthritis is a condition that mostly affects people of aging, with symptoms beginning on one side and gradually spreading to the other.
  • Unlike some other conditions, osteoarthritis does not affect the entire body. It is typically confined to certain areas.

Treatments for Degenerative Osteoarthritis

  • Cold and hot packs provide effective relief from pain and inflammation. Physical exercise, especially swimming, helps to soothe aching joints. Muscle strengthening exercises and stretching exercises help to build strength and flexibility. To further enhance pain relief, non-steroidal anti-inflammatory drugs can be prescribed. For more severe cases of pain and inflammation, cortisone injections may help provide additional relief.

Stem Cell Therapy for Degenerative Osteoarthritis

  • Stem cell and platelet-rich plasma therapy are proven to reduce osteoarthritis pain and help preserve cartilage.
  • The latest research from Hospital for Special Surgery provides evidence of their effectiveness.
  • Animal studies have shown impressive results in terms of cartilage restoration, while larger studies will provide more insight into the extent of the potential benefits.


Osteoporosis is a condition that weakens the bones, making them prone to fractures even with minimal activities. People suffering from this condition can experience breaks and fractures in their spine, wrist and hip bone due to minor impacts. With effective treatment and lifestyle changes, patients can drastically reduce the effects of osteoporosis.

Osteoporosis Causes

  • Osteoporosis is caused by the thinning of bones, with age as a major contributing factor.
  • Our bones naturally lose calcium as we age, and they do not regenerate as they should. This makes them more fragile and prone to fractures.
  • By understanding the root cause of osteoporosis, we can better prevent and manage it to maintain healthy bones.
  • Calcium is a key ingredient in maintaining healthy bones and avoiding bone loss.
  • Low estrogen levels in women after menopause can contribute to the development of osteoporosis as it causes a sharp decrease in calcium absorption.
  • Men with low testosterone levels also have an increased risk of bone loss due to the same effect on calcium absorption.

Osteoporosis Symptoms

  • With early bone loss detection, you can be one step ahead of the condition before it gets too serious.
  • Monitor your height, posture, and bone fractures to identify any changes that could indicate an underlying condition.
  • Be aware of spinal fractures as they may be silent and cause pain if left untreated.

Treating Osteoporosis

  • Comprehensive assessment before starting treatment. Get a full picture of your current health status and age-related bone thinning risks.
  • Develop a tailored plan to keep your bones strong and reduce the risk of fractures. Calcium and Vitamin D supplements combined with lifestyle changes can help you manage osteoporosis symptoms.
  • Follow a healthy, balanced diet with foods rich in calcium such as dairy products, leafy greens and nuts.
  • Incorporate light exercise such as walking or yoga to improve bone strength and keep them healthy.
  • Hormone replacement therapy helps replace estrogen levels that have been depleted due to osteoporosis, helping reduce bone loss.
  • Various medications can also be prescribed to help regulate bone turnover, replace needed nutrients and hormones as well as provide pain relief.

Stem Cell Therapy for Osteoporosis

Stem cell therapy can encourage the regeneration of new bone and connective tissues. This regenerative therapy manipulates stem cells to rebuild and strengthen bones. This actually decreases the risk of bone loss. Stem cell therapy could help reverse the effects of osteoporosis.

Fractures (e.g. Nonunions)

Understand how fractures occur and how to protect yourself against them. Learn the anatomy of bones and joints, as well as how they respond to various levels of stress. Identify risk factors that can increase your chances of suffering a fracture, such as age, lifestyle, and medical history. Discover the symptoms of a fracture and learn when to seek medical attention. Get the latest information on treatment options available for fractures.

Types of Fractures

  • Open, Compound Fracture: A type of break that is more serious due to the bone penetrating and tearing through the skin. The bone may even be visible in the wound. Treatment typically involves setting and immobilizing the bone as well as providing antibiotics to prevent infection.
  • Stable Fracture: A type of fracture where the two parts of the broken bone line up with each other, making it easier for the bones to heal. This type of fracture is less likely to cause further injury or damage.
  • Transverse fractures occur when a bone is broken in two along a horizontal axis. These fractures often require orthopedic intervention to heal, as they can cause misalignments of the bones and other complications. Treatment typically includes immobilization with a cast or splint, as well as physical therapy.
  • Comminuted fractures occur when the bone is shattered into several pieces and there are three or more break points. This type of fracture is often caused by high-impact trauma and can be one of the most difficult to treat, often requiring surgery.
  • Oblique Fracture: A type of bone fracture where the bone breaks at an acute or obtuse angle. It is caused by a combination of torsional and compressive forces acting on the bone, resulting in a fracture line that does not follow the traditional straight line.
  • An impacted fracture is a form of bone injury where two bone ends are knocked together, resulting in a buckle fracture that is most commonly found in arms. This type of fracture can be very painful and may require medical attention.
  • Pathologic Fracture: A type of fracture that is caused by a weakened bone due to underlying diseases like cancer or osteoporosis. It can occur with minimal force or trauma to the affected area. Early diagnosis and treatment is important as it can help reduce the risk of further complications.

Signs of a Fracture

  • Be aware of swelling and bruising on the affected area, as these are the first signs of a possible fracture.
  • In some cases, the area could become deformed if not treated immediately.
  • Pain is usually a reliable indicator of a fracture; it usually worsens when pressure is applied or when moving.
  • Loss of function is a key indicator of a fracture, which can leave the affected limb or area unable to be used.
  • Open fractures are easily identifiable as the broken bone may protrude through the skin.

Complications Brought About By Fractures

  • Fractures come with a range of possible complications, from local to systemic. Local complications can include vascular injury, wound infections, visceral injury and tissue damage. Systemic complications that may arise are shock, thromboembolism, pneumonia and the worsening of an already existing disease.
  • Delayed recovery, joint stiffness, contractures, malunion and nonunion can occur months after the fracture.
  • Surgery may be necessary to correct a nonunion fracture if it does not heal on its own.
  • Stem cell therapy may offer a solution by helping the fracture heal more quickly and effectively.

Stem Cell Therapy for Fractures

  • Stem cell therapy has been scientifically proven to be highly effective in treating nonunion fractures, which are fractures that do not heal even after receiving standard medical treatment.
  • Studies conducted at the 93rd Annual Endocrine Society Meeting and Molecular Therapy have presented evidence on the efficacy of stem cells in speeding up recovery from broken bones.
  • Stem cells enhanced with bone regenerative hormones could help repair fractured bones that refuse to heal normally.
  • A revolutionary new therapy that provides the potential to replace or supplement traditional surgery, with the potential to significantly reduce recovery time and cost. Utilizing stem cells sourced from the patient, this therapy is a safe and effective alternative that helps to heal fractures without resorting to surgery.

Cartilage Defects

Cartilage defects occur in the knee joint due to trauma or injury, as well as conditions like osteonecrosis or osteochondritis. These defects are not the same as arthritis and can cause severe pain and limited range of motion if left untreated. In order to prevent further damage, it is important to seek medical treatment early on, so that any cartilage defect can be adequately addressed. Cartilage defects can lead to ligament and meniscal injuries, especially in people with arthritis. Traditional treatments for these issues are often not viable due to their increased risk of causing further harm. To address this, innovative new treatments leveraging the latest medical breakthroughs have been developed to offer an effective solution for those in need.

Identifying Cartilage Defects

  • Recognize the varying symptoms of cartilage damage, ranging from pain and swelling to joint locking.
  • Be aware of the risk of muscle wastage and weakening due to cartilage injury.
  • Take preventive measures to keep your joints functioning properly and reduce the risk of cartilage damage.
  • Advanced scanning techniques to precisely identify cartilage damage.
  • MRI and X-ray scans may not always reveal the injury, but our technology can detect even subtle changes in the knee cartilage.
  • Early diagnosis of cartilage damage reduces the risk of irreversible damage and associated complications.
  • Accurate diagnosis of cartilage defects in their early stages is made possible with advanced imaging tools.
  • Arthroscopy is the gold standard when it comes to identifying the presence of cartilage defects, providing the highest accuracy and reliability.
  • Cartilage defects are categorized into four grades according to their severity, ranging from Grade 0 (healthy and normal cartilage) to Grade 4 (torn cartilage exposing the underlying bone).
  • Grade 1 defects present with blisters and soft spots, while Grade 2 have visible minor tears.
  • Grade 3 cartilage defects frequently present as lesions and deep crevices, affecting about 50% of the cartilage.
  • The worst type of defect is grade 4, where the cartilage is torn to an extent that exposes the underlying bone.
  • Accurately measure the size of cartilage defects to determine their extent, with small defects being less than two centimeters squared.
  • The location of the defect is also an important factor, as it can influence the repair options available.

Treatment Options for Cartilage Defects

  • Start with conservative treatments to treat cartilage defects such as OTC/prescription medication, physical therapy and cortisone injections.
  • Introduce more advanced treatments like microfracture which stimulates the cartilage’s growth to repair damaged areas.
  • Cartilage transfer is a procedure where healthy cartilage is removed and replaced in the damaged area to aid in the healing process. Cartilage implantation is an innovative treatment option where lab-produced cartilage cells are implanted into the joint to help repair and regenerate tissue. Both methods have been proven to be successful for some patients.

Stem Cell Therapy for Cartilage Defects

  • Stem cell therapy is a potential treatment for repairing cartilage defects like those found in osteoarthritis and knee articular cartilage defects.
  • Recent studies conducted by the Hospital for Special Surgery show that Platelet Rich Plasma Therapy could be effective in helping to repair moderate knee arthritis due to cartilage degradation in more than three fourths of patients.
  • While this treatment is still experimental, it has shown great promise in helping to improve the quality of cartilage in patients with these types of conditions.
  • An animal study recently published in Stem Cells shows promising results for the injection of stem cells into knees with large cartilage defects.
  • These results, when seen in conjunction with the HSS study, indicate that patients may be able to avoid surgery and have their pain relieved and cartilage restored not only for cartilage defects of the knee but also other extremity joints such as hips, shoulders, ankles, wrists and elbows.

Degenerative Disc Disease

Degenerative disc disease (DDD) is not a disease, but rather an umbrella term describing certain changes in the spinal discs. DDD usually occurs in the cervical and lumbar regions of the spine, although any area can be affected. Contrary to its name, DDD is not degenerative; it is actually a condition that can improve with appropriate treatments such as physical therapy or medications. With age, discs naturally degenerate and this process is called degenerative disc disease. Although the condition can worsen over time, usually it gets better with time and proper treatment. It’s important to remember that not all cases of disc degeneration cause back pain or other symptoms and that the degree of degeneration varies greatly from person to person.

Causes of Degenerative Disc Disease

  • Degenerative disc disease is caused by a variety of factors, including reduced disc fluid which can lead to narrower, thinner discs and cracks and tears on the annulus or capsule.
  • This can reduce flexibility in the spinal cord and create an increased risk of developing this condition.
  • Disc nucleus is prone to pour out or even rapture into fragments due to cracks caused by age or injury.
  • Age-related degeneration can cause disc damage and lead to disc bulging or rupture.
  • Traumatic accidents may also be responsible for degenerative disc disease.
  • Lower back pain is one of the most common symptoms of degenerative disc disease. It may begin as a mild ache but can become severe and more frequent over time. This pain is usually heightened when seated and can be aggravated by bending, lifting items, and twisting.

Degenerative Disc Disease: Treatment Options

  • Our treatment plan for degenerative disc disease offers a range of options, from mild to more extensive measures. We assess the severity of your condition and suggest the best approach that works for your needs.
  • Physical therapy and exercise provide relief from pain and pressure, allowing discs to receive vital nutrients.
  • Heat and ice can reduce inflammation and stimulate blood flow to promote natural healing.
  • Combined, these methods create a comprehensive approach to treating disc problems and relieving pain.
  • A wide range of medications available to help alleviate back pain, such as prescription drugs and epidural steroid injections
  • Chiropractic manual manipulation can reduce pressure on the nerves and back tissue, providing relief from pain
  • Surgery may be recommended as a last resort for certain cases of chronic or severe back pain.

Stem Cell Therapy for Degenerative Disc Disease

  • Stem cell research is providing a promising avenue for managing degenerative disc disease. This treatment option has already been made available and can enable reversal of the aging process that happens in discs.
  • Stem cells have the potential to work in two directions – to prevent further degeneration and renew the affected disc too. Transplanted stem cells can transition into disc cells, further transforming into new disc tissue, thus reversing damage.