Skip to main content

How Does MSC Therapy Help In Cartilage Defects?


 Cartilage defects in the joints are among the most disabling injuries that occur in the musculoskeletal system. Cartilage repair by bone marrow-derived mesenchymal stem cells (MSCs) can lead to remarkable and widespread improvement in the health of arthritis joints and improves patients’ quality of life and mobility. In addition, this process can be used as an alternative treatment of cartilage defects in order to provide permanent repair and regeneration of damaged cartilage tissue.

What is a Cartilage Defect?

Cartilage is the tough and flexible connective tissue that lines the ends of most of your bones. It acts as a shock absorber to protect the bones and allow them to glide smoothly over each other. Unfortunately, our cartilage breaks down and wears away as we age, leading to joint pain and stiffness. 

If you have this condition, you might experience other symptoms, such as swelling, joint stiffness, and pain. Different types of surgeries are used to fix damaged cartilage, including microfracture surgery, where holes are drilled into the bone beneath the lesion. 

Treating Osteoarthritis With Mesenchymal Stem Cells

Patients often belong to a young age group and have problems associated with joint prostheses. Mesenchymal stem cells form cartilage, muscle, or bone. Dr. David Greene Arizona is one of the leading experts on mesenchymal stem cells and works with patients suffering from joint damage. Currently conducting a clinical trial on using these cells to treat knee osteoarthritis. 

What Are The Benefits Of Using MSC In Osteoarthritis?

Mesenchymal stem cells (MSCs) are a type of cell that has the ability to grow into other different types of cells and tissues. They are most often found in bone marrow but exist elsewhere. MSCs can be used for various purposes, including treating osteoarthritis and joint cartilage defects.

Why Treat Cartilage Defects?

Cartilage defects in the joints are among the most disabling injuries in the musculoskeletal system. Over a year, an estimated million people are diagnosed with osteoarthritis. And it is predicted to increase at an alarming rate as the population ages. The degeneration of articular cartilage leads to bone contact and pain, eventually leading to complete joint destruction.

Wrapping Up

Hopefully, this blog post has helped you learn how mesenchymal stem cells can help with problems associated with cartilage defects. Dr. David Greene Orthopedic Surgeon, who is also an expert on these types of injuries and issues, notes that mesenchymal stem cells are not perfect and are not a cure for everything that is wrong with your body. However, if you suffer from a debilitating injury like cartilage defects in the joints and need relief from the pain, then mesenchymal stem cells may be just what you need to start feeling better again!
Labels:
Location: United States

Comments

Post a Comment

Popular posts from this blog

Reasons To Choose Stem Cell Therapy Over Surgery | Dr. David Greene Arizona

With aging, pain becomes the most exhausting experience. Consistently, many individuals look for treatment for shoulder, knee, back, or hip problems. Similarly, the amount of surgeries being performed has been on the rise, and entire knee and hip replacements rank among the most usually performed orthopedic treatment.  But is surgery the right option?  Before you take that jump, you need to think about the issues related to surgery and why stem cells may be a superior choice for you!  Stem Cell Treatment is cost-effective in the long run.  Both stem cell infusions and surgery are moderately costly techniques. You might like to settle on surgery since medical coverage might take care of the expenses. Your costs might be higher than you envision.  In addition, surgery requires sedation and pre-sedative examinations that can cost you time and cash. The long recuperation time after surgery may likewise bring about missed wages. Henceforth, over the long haul, you mi...
Post a Comment
Read more

When it is Time to See ENT Doctor - David Greene MD

With all the infections bobbing around, it's normal to have a runny nose but if you're continually going after a tissue for longer than two weeks, it's a smart thought to see a doctor such as Dr David Greene MD to figure out what's happening. Your nose will run when there is overabundance waste delivered by nasal tissues and veins. This can occur because of aggravations and irritation from colds and sensitivities, from a contamination, for example, sinusitis, or from a blockage in the nasal passage. How an ENT Doctor Help You:   An ear, nose and throat specialist can converse with you about your indications and look at you to figure out what's making your nose run. A few conditions and relating medicines ENT David Greene MD can offer include: Allergies: A runny nose and allergies go one by one and allergens make disturbance your sinuses, making your nose run. Allergy medications, for example, immunotherapy will slowly bring the allergen into your immun...
Post a Comment
Read more

David Greene MD | ENT Doctor | Arizona | Orthopedic

In the midnight, you have chronic pain in your ear and you don't know what to do. Well, It's time to call an ENT specialist such as Doctor David Greene MD, an Orthopedic in Arizona. Most of the times, the pain is caused by infection or there are also chances of a bug in the ear. If the pain continues for more than 48 hours then its infection for sure. If you will have a bug in the ear, you can experience the sound of wings and even you can feel that so if you don't then consider a visit to an expert to diagnose your infection. There are three types of ear infections: 1.  Inner Ear Infection 2.  Middle Ear Infection 3.  Outer Ear infection Outer ear infection is common and mostly it gets cleared up soon but middle and inner ear infections are serious as it builds up fluid behind eardrum which clogged the ear or ear drainage also common in this case.  According to Dr. David Greene , Children are more prone to ear infections as they are in contact ...
Post a Comment
Read more