R3 stem cell therapy for cartilage defects Dr David Greene

1. R3 stem cell therapy for cartilage defects | Dr David Greene

2. WHAT ARE CARTILAGE DEFECTS? Have you ever experienced hitting your elbow, knee, or other joints while playing? Did you ever face any trauma from a bike accident injury, slip, and fall, etc.? Usually, people ignore such happenings considering that they would automatically soothe. But, often, these hits cause chronic pains. These chronic pains occur because you may have damaged your cartilage during the injury. This cartilage damage is known as a cartilage defect. 2

3. What is the proper and non-surgical treatment of cartilage defects? Although, medical science and experts haven’t proposed any proper solution for cartilage damage. But, recent researches in the field of Regenerative Stem Cell Therapy have found out that stem cells can treat all types of cartilage damages. The Stem Cell Rejuvenation Procedure has proved to be the world’s first and proper treatment for cartilage damages and their associated problems. 3

4. Regenerative Stem Cell Therapy – The Only Proper Treatment for Cartilage Defects Regenerative Stem Cell Therapy is the only proper treatment for cartilage damages. It actually treats the damaged cartilage which isn’t possible with any other method than regenerative medicine therapy. It saves a patient from pains and hassles of knee transplant or invasive surgery, etc. The Amniotic Fluid Stem Cells (or, amniotic stem cells) are highly effective and powerful to organically treat inflammation and cartilage damage. Thus, these stem cells restore the cartilage damage properly and make a person active again. 3

5. Diagnosis & Symptoms of Cartilage Defects • The diagnosis and treatment of cartilage defects are challenging. Articular cartilage injuries are common and have the potential to progress to osteoarthritis if left untreated. It isn’t easy to exactly diagnose cartilage damage; however, it can be diagnosed through various symptoms. Some common symptoms of cartilage defects include: • Joint Pain • Joint Locking, Catching or Giving Way • Swelling • Stiffness 3

6. There are mainly three different types of cartilage present in the human body. What is Cartilage? • Elastic Cartilage is flexible cartilage and found in the ears and nose. The elastic cartilage provides firmness and elasticity and it gives shape to the ear in the upper glass which acts as a valve closing when you’re eating, blocking any swallowed food from entering your windpipe. Cartilage is a firm connective tissue that is an important structural component in the body. It comprises cartilage cells and a matrix. • Hyaline Cartilage is smooth yet tough, with minimal flexibility that allows smooth joint functioning. Hyaline cartilage is the most common type of cartilage and it caps the bones of synovial joints. • Fibrocartilage is robust and flexible but not smooth. Fibrocartilage is a tapas form of cartilage and it is what makes up the discs of the spine and the meniscus and the knee joint. 6

7. Functioning of Cartilage Cartilage has many important functions in the body. Cartilage caps bones of synovial joints such as the knee joint to make the movement of the body easier by minimizing friction and help with shock absorption. Cartilage unites the bones of some joints such as the discs in the vertebral column. It also provides shape to the ear and nose and supports the trachea. Cartilage does not have nerves or blood vessels so when it gets injured it does not restore very well easily with conventional treatment methods. Only regenerative stem cell therapy can treat cartilage damage. 3

8. Major Causes of Cartilage Defects Cartilage defects occur due to several reasons like age, pregnancy, obesity, diabetes, birth abnormalities, acute injury, and knee or an underlying disorder of the bone. Cartilage damages are different from arthritis, and their treatments are significantly different as well. An isolated cartilage defect like present in ears, without any underlying bone attached to the fragment, is not commonly repairable. The cartilage is often unable to survive when detached from the bone and, therefore, must be removed, which can be done with an arthroscopic procedure. 3

9. The innovation of Amniotic Fluid Stem Cell Therapy to Treat Cartilage Damages The amniotic fluid stem cell therapy has been approved by the Food & Drug Administration (FDA), the United States because these cells are far better than embryonic stem cells. The embryonic cells have a tendency to grow wildly and they can form tumors. The amniotic fluid stem cells do not form tumors at all. The amniotic stem cells have concentrated growth and anti-inflammatory properties. They are also amino-privileged. There can never arise any rejection or resistance to these cells in a human body. 3

10. THANK YOU!