Degenerative changes in the intervertebral discs and joints is a process of gradual wear and tear and destruction of cartilage tissue associated with age, stress and other factors. This condition can lead to pain, limited mobility and inflammation.
OBSERVE EFFECTIVE TREATMENT PROTOCOL: Stem Cells Treatment for Osteoarthritis and Joint Support
Is it possible to stop degenerative changes in joints?
It is difficult to completely stop degenerative changes, as this is a natural aging process. However, it is possible to slow down their progression and reduce symptoms.
Causes of degenerative changes:
- Age-related changes – decreased water content and elasticity of cartilage.
- A sedentary lifestyle – weakening of the muscle corset and deterioration of tissue nutrition.
- Excessive stress – heavy physical labor, excess weight.
- Injuries to the spine and joints.
- Posture and biomechanics disorders.
- Genetic predisposition.
Joint and disc pain in degenerative diseases occurs due to structural changes in tissues that lead to dysfunction, inflammation, and compression of nerve endings.
The main causes of pain in degenerative diseases are:
Wearing of cartilage and decreased cushioning
In healthy joints, cartilage acts as a shock absorber, reducing friction between bones.
With osteoarthritis or degenerative changes in discs (for example, osteochondrosis), the cartilage becomes thinner and loses elasticity.
This leads to increased stress on the bones and microtraumas that cause pain.
Inflammation and irritation of nerve endings
Damaged tissues secrete proinflammatory substances (cytokines, prostaglandins).
Inflammation leads to swelling and increased sensitivity of nerve endings, which causes inflammatory pain.
Examples: arthritis, radiculitis.
Decreased intervertebral disc height
With disc degeneration (osteochondrosis), fluid is lost, the disc becomes less elastic and decreases in height.
This reduces the distance between the vertebrae, which can lead to compression of the nerve roots and pain.
Formation of bone growths (osteophytes)
In response to cartilage wear, the body can form bone growths (osteophytes).
They can compress nearby tissues, blood vessels and nerve endings, causing pain and stiffness.
Muscle spasm and overstrain
Due to pain and impaired biomechanics, reflex muscle spasm often occurs.
Spasm aggravates pain, creating a vicious circle of pain.
Disruption of microcirculation and tissue nutrition
Changes in the joints and spine can disrupt blood circulation.
This leads to a lack of oxygen and nutrients, which slows down tissue regeneration and increases pain.
Pinched nerve roots (radiculopathy)
With herniated discs or spinal stenosis, nerves are compressed.
This causes shooting pain that can radiate to the limbs (for example, sciatica with damage to the sciatic nerve).
Microtrauma and damage to soft tissues
Inflammation of ligaments, tendons and joint capsule (for example, with tendinitis or bursitis).
Microtrauma to tissues leads to chronic pain and limited mobility.
✅ Summary: Why do joints and discs hurt?
Loss of the cushioning function of cartilage.
Inflammation and irritation of nerve endings.
Mechanical compression of nerve roots.
Muscle spasm and circulatory disorders.
Treatment of joints using stem cells is a modern method aimed at restoring damaged tissues and slowing down degenerative processes. The main goal of this therapy is to regenerate cartilage tissue, reduce inflammation and improve joint function.
The mechanism of action of stem cells on joints:
Regeneration of cartilage tissue: Stem cells are able to differentiate into chondrocytes – cells that form cartilage tissue, helping to restore damaged areas.
Anti-inflammatory effect: They secrete biologically active substances that reduce inflammation in the joint, which reduces pain and swelling.
Stimulation of angiogenesis: They promote the formation of new blood vessels, improving nutrition and metabolism in the affected area.
Indications for the use of stem cells for the treatment of joints:
Stage I-II osteoarthritis: In the early stages of the disease, stem cell therapy can slow down the progression and improve the patient’s quality of life.
Cartilage damage: Traumatic or degenerative defects of cartilage tissue.
Sports injuries: Ligament tears, meniscus tears and other joint injuries.
Treatment procedure: Injection into the affected joint
Effectiveness and results of joint and disc treatment with stem cells:
Reduction in pain and inflammation: Patients report a decrease in pain and improved joint mobility.
Slowing down the progression of the disease: Therapy can delay the need for joint replacement.
Restoration of joint function: Improved range of motion and overall functionality.
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Joint treatment:
Osteoarthritis: The use of mesenchymal stem cells (MSCs) has shown high efficiency in the treatment of patients with arthrosis of the hip, knee, and other joints, as well as local cartilage defects. In some cases, the therapy allows to postpone joint replacement by reducing pain and expanding the patient’s functional capabilities.
Overall effectiveness: According to one study, approximately 86% of patients (out of a total of 556 patients) with arthrosis treated at a university clinic noted an improvement in their condition after stem cell therapy.
Treatment of intervertebral discs:
Herniated disc: Stem cell therapy led to significant improvements in the numeric pain rating scale (NPRS) at 3, 36, 48, 60 and 72 months after treatment. On average, patients reported an improvement of 60% 3 years after the introduction of stem cells. In 85% of them, a reduction in disc herniation by an average of 23% was noted.
Stem cell therapy is a promising direction in the treatment of joint diseases, especially in the early stages. It promotes tissue regeneration, pain reduction and improvement of joint function.
Cellular replacement in the treatment of joints with stem cells is a process in which stem cells promote the regeneration and restoration of damaged joint tissues. It is based on the ability of cells to differentiate and stimulate reparative processes.
The main mechanisms of cell replacement:
Differentiation of stem cells into chondrocytes (cartilage cells)
Mesenchymal stem cells (MSCs) introduced into the joint can transform into chondrocytes – cells that form and maintain cartilage tissue.
These cells fill in cartilage defects, restoring its structure.
However, direct differentiation is limited, so the main effect is associated with other mechanisms.
Secretion of biologically active substances (paracrine effect)
Stem cells secrete growth factors and cytokines that:
Stimulate the growth and division of endogenous (own) chondrocytes.
Suppress inflammation, reducing pain and swelling.
Activate angiogenesis (formation of new blood vessels), improving tissue nutrition.
Examples of factors: TGF-β (transforming growth factor), IGF-1 (insulin-like growth factor), VEGF (vascular endothelial growth factor).
Immunomodulation and anti-inflammatory effect
Stem cells can suppress the activity of proinflammatory cytokines (e.g. TNF-α, IL-1β), which leads to a decrease in inflammation in the joint.
This reduces pain and slows down the destruction of cartilage.
Stimulation of endogenous regeneration (activation of own cells)
Stem cells activate local stem cells and progenitor cells capable of restoring cartilage tissue.
This effect contributes to a long-term improvement in the condition of the joint.
Angiogenesis and improvement of microcirculation
Growth factors secreted by stem cells promote the formation of new capillaries.
This improves the supply of oxygen and nutrients to damaged tissues, accelerating their recovery.
Stages of cell replacement in the joint:
Introduction of stem cells into the joint (by injection):
Usually, allogeneic MSCs from adipose tissue, bone marrow or umbilical cord blood are used.
Migration of cells to the damaged area:
Cells are attracted to inflamed and damaged tissues.
Secretion of growth factors and anti-inflammatory substances:
Reduction of inflammation, stimulation of the growth of own cells.
Differentiation and restoration of cartilage tissue:
Gradual filling of defects with new cartilage cells.
LEARN MORE: Stem Cells Treatment of joints can avoid from surgery!
✅ Summary: How does cell replacement occur in joints and discs?
Direct regeneration: Partial differentiation of stem cells into chondrocytes.
Indirect restoration: Secretion of growth factors, stimulation of local cells.
Anti-inflammatory effect: Suppression of inflammation and pain syndrome.
This process helps to slow down the progression of degenerative changes, reduce pain and improve joint function. However, the degree of recovery depends on the stage of the disease and the individual characteristics of the body.
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