Stem Cell Therapy for Tendonitis
Stem Cell Therapy for Tendonitis
What is Stem Cell Therapy?
How Does Stem Cell Therapy Work for Tendonitis?
01
Reduces Inflammation
Stem cells secrete anti-inflammatory factors that calm swelling and irritation in damaged tendons. This provides significant relief as inflammation is the main cause of tendon pain.
02
Repairs degenerated tissue
Stem cells can differentiate into tenocytes that replace degenerated collagen fibers with healthy tendon tissue. This restores strength, flexibility, and function.
03
Stimulates regeneration
Growth factors secreted by stem cells activate the body's intrinsic healing abilities to regenerate damaged tendon fibers and matrix.
04
Prevents further degeneration
The regenerated tissue and anti-inflammatory effects protect tendons from additional damage. This halts the progression of tendonitis.
05
Restores tendon function
Reduction of inflammation paired with new tendon fiber growth significantly improves flexibility, strength, and pain-free range of motion. This enables patients to move and live actively again.
01
Reduces Inflammation
Stem cells secrete anti-inflammatory factors that calm swelling and irritation in damaged tendons. This provides significant relief as inflammation is the main cause of tendon pain.
02
Repairs degenerated tissue
Stem cells can differentiate into tenocytes that replace degenerated collagen fibers with healthy tendon tissue. This restores strength, flexibility, and function.
03
Stimulates regeneration
Growth factors secreted by stem cells activate the body's intrinsic healing abilities to regenerate damaged tendon fibers and matrix.
04
Prevents further degeneration
The regenerated tissue and anti-inflammatory effects protect tendons from additional damage. This halts the progression of tendonitis.
05
Restores tendon function
Reduction of inflammation paired with new tendon fiber growth significantly improves flexibility, strength, and pain-free range of motion. This enables patients to move and live actively again.
The Process of Stem Cell Therapy for Tendonitis
We use umbilical cord tissues that have a high concentration of stem cells.
These tissues are obtained from FDA-licensed tissue banks.
The stem cells are processed and concentrated within a few minutes.
Guided by imaging, the stem cells are injected into the damaged areas of your tendons.
The full procedure takes about an hour.
Patients can resume normal activities within a few weeks after the treatment.
Maximum improvement occurs after 1-2 months as the stem cells reduce scar tissue, grow new blood vessels, and regenerate tendon muscle.
FAQs about Stem Cell Therapy for Tendonitis
Stem Cell Treatment for Tendonitis Benefits
Stem cells repair damaged tendon fibers and tissue by differentiating into new tenocytes.
Reduces scar tissue formation to improve tendon flexibility and elasticity.
Generates new blood vessels to restore oxygen supply and promote healing.
Provides anti-inflammatory effects to reduce swelling, stiffness, and pain.
Improves strength, mobility, and range of motion in cases of chronic tendonitis.
Stem cell treatment can regenerate and strengthen degenerated tendons.
Avoids the risks and long recovery of tendon surgery.
Uses the body’s own stem cells for natural healing.
Delivered via minimally invasive injection into the injured tendon.
It can provide lasting improvements in tendon health, not just temporary relief.
A safe, effective option for those not responding adequately to other treatments.
Harnesses the body’s innate healing abilities without devices or surgery.
Allows athletes and active individuals to enjoy improved function and mobility.
Reduces the likelihood of recurring tendon tears or injuries.
Offers hope for those told there are no other options.
Stem Cell Therapy Beyond Tendonitis
01
Regenerating Damaged Heart Tissue
Stem cells injected into damaged heart muscle can:
- Differentiate into new cardiac cells to replace dead tissue.
- Reduce scarring from heart attacks to improve contraction.
- Stimulate new blood vessel growth to restore oxygen supply.
- Release anti-inflammatory factors to reduce swelling and chest pain.
02
Halting Neurodegenerative Diseases
Stem cells transplanted into the brain and spine may:
- Replace damaged neurons in Parkinson's, ALS, and Alzheimer's.
- Protect existing neurons from further degeneration.
- Reduce inflammation and free radicals harming the nervous system.
- Stimulate new neuronal connections.
03
Reversing Autoimmune Conditions
Stem cells can help reset overactive immune systems in:
- Multiple sclerosis by insulating damaged nerves.
- Rheumatoid arthritis by reducing inflammatory cytokine production.
- Lupus by modulating overactive B and T cells.
04
Restoring Vision Loss
Stem cells injected into the eye may:
- Regenerate damaged retinal cells in macular degeneration.
- Replace defective retinal pigment epithelial cells.
- Differentiate into new photoreceptors to restore sight.
05
Improving Diabetes Outcomes
Stem cell therapy can:
- Differentiate into insulin-producing beta cells to normalize blood glucose.
- Promote new blood vessel growth in limbs to prevent amputation.
- Accelerate wound healing of diabetic ulcers.
01
Regenerating Damaged Heart Tissue
Stem cells injected into damaged heart muscle can:
- Differentiate into new cardiac cells to replace dead tissue.
- Reduce scarring from heart attacks to improve contraction.
- Stimulate new blood vessel growth to restore oxygen supply.
- Release anti-inflammatory factors to reduce swelling and chest pain.
02
Halting Neurodegenerative Diseases
Stem cells transplanted into the brain and spine may:
- Replace damaged neurons in Parkinson's, ALS, and Alzheimer's.
- Protect existing neurons from further degeneration.
- Reduce inflammation and free radicals harming the nervous system.
- Stimulate new neuronal connections.
03
Reversing Autoimmune Conditions
Stem cells can help reset overactive immune systems in:
- Multiple sclerosis by insulating damaged nerves.
- Rheumatoid arthritis by reducing inflammatory cytokine production.
- Lupus by modulating overactive B and T cells.
04
Restoring Vision Loss
Stem cells injected into the eye may:
- Regenerate damaged retinal cells in macular degeneration.
- Replace defective retinal pigment epithelial cells.
- Differentiate into new photoreceptors to restore sight.
05
Improving Diabetes Outcomes
Stem cell therapy can:
- Differentiate into insulin-producing beta cells to normalize blood glucose.
- Promote new blood vessel growth in limbs to prevent amputation.
- Accelerate wound healing of diabetic ulcers.