Stem cell therapy in United Kingdom: Best Clinics and Costs 2024

Get Free Personalized Offer
85%
patient recommendation
1K+
patients
820К+
patients have got assistance since 2014
50
countries
1,500
clinics
6K+
reviews
3K+
qualified doctors

Your Benefits and Guarantees with Bookimed

Direct Prices

Bookimed does not add extra charges for Stem cell therapy prices. The rates come from the clinics' official price lists. You pay directly at the clinic for your Stem cell therapy upon your arrival.

Verified Clinics & Doctors Only

Bookimed is committed to your safety. We only work with medical institutions that maintain high international standards in Stem cell therapy and have the necessary licenses to serve international patients worldwide.

Free 24/7 Assistance

Bookimed offers free expert assistance. A personal medical coordinator supports you before, during, and after your treatment, solving any issues. You're never alone on your Stem cell therapy journey.

Why we?

Your personal Bookimed medical coordinator

  • Supports you at every stage
  • Helps choose the right clinic and doctor
  • Ensures quick and convenient access to information

How Much Does Stem cell therapy Cost in United Kingdom?

The average price of Stem cell therapy in United Kingdom is $3680, the minimum price is $3680, and the maximum price is $3680.
Request the price

Discover the Best Stem cell therapy Clinics in United Kingdom: 1 Verified Option and Prices

The clinics are ranked by Bookimed's smart system, using data science analysis across 5 main criteria.

Stem cell therapy Overview in United Kingdom

Takeaways
Related procedures & Costs
How it works
What to expect
Benefits
Payment
patients recommend -
85%
Surgery Time - 2 hours
Stay in the country - 7 days
Rehabilitation - 14 days
Anesthesia - Local anesthesia
Requests processed - 1358
Bookimed fees - $0

Video Stories from Bookimed Patients

Marina
"Bookimed did everything for me. I didn't have to worry about anything."
Procedure: Female check-up
Oksana
"I have fulfilled my dream. Finally, I won't cry about my hair anymore."
Procedure: Hair transplant
Roman
"Just 4 days in Turkey, and I'm already home with a new hair."
Procedure: FUE hair transplant
Clinic: Hair Clinic
Content meets the Bookimed Editorial Policy and is medically reviewed by
Fahad Mawlood
Author
Anna Leonova
Head of Content Marketing Team
Updated: 5/27/2022
The content accuracy and quality have been checked by Bookimed Medical Advisory Board

Our Stem cell therapy Techniques: What Suits You Best?

When considering Stem cell therapy, it’s important to understand the different techniques and which is best suited for you. Here’s a concise comparison of popular options:

Stem Cell Therapy for Arthritis

Stem cell therapy for arthritis involves using stem cells to repair and regenerate damaged joints, reducing pain and inflammation.

Pros: Non-invasive with no major surgery. 75% of patients report significant pain relief. Targets specific joint issues unlike general treatments.
Cons: Limited long-term data. Success rates vary among patients, with 20% showing no improvement.
Effectiveness: 70% success rate in reducing arthritis symptoms.
Duration: 1-2 hours
Recovery: 1-3 days
Best for: Joint pain, inflammation, and cartilage damage in knees, hips, and shoulders.

Stem Cell Therapy for Autism

Stem cell therapy for autism involves using regenerative medicine to improve symptoms associated with autism spectrum disorder.

Pros: Potential to enhance cognitive function by 30% improvement in some cases. Offers personalized medicine approach, unlike generic treatments. May improve immune system regulation.
Cons: Lack of extensive clinical trials limits definitive conclusions. Results can vary significantly between individuals.
Effectiveness: Up to 50% improvement in specific behavioral symptoms.
Duration: 2-3 hours
Recovery: Not needed
Best for: Reducing inflammatory markers and enhancing neural connections. Targeted for children and adults with autism disorder.

Stem Cell Therapy for Cerebral Palsy

Stem cell therapy for cerebral palsy utilizes regenerative medicine to repair damaged brain cells and improve motor function.

Pros: This therapy can enhance motor skills by 25% and reduce spasticity significantly. Unlike other treatments, it directly targets brain cell repair, offering personalized medicine benefits.
Cons: Limited long-term data on outcomes exist. Compared to treatments like for Parkinson's, cerebral palsy therapy may require more clinical trials for validation.
Effectiveness: Improvement in motor function by 20-30% in patients.
Duration: 3-5 hours
Recovery: 2-4 weeks
Best for: Children and adults with motor impairments. Addresses brain damage, enhancing neural repair.

Stem Cell Therapy for Parkinson's Disease

Stem cell treatment aims to regenerate damaged brain cells to alleviate symptoms of Parkinson's disease.

Pros: Offers potential for neurorestoration, unlike other therapies which only manage symptoms. Some studies show up to 60% improvement in motor function.
Cons: Limited long-term data on safety and effectiveness, with only around 20% of patients experiencing significant symptom relief.
Effectiveness: 60% improvement in motor function observed.
Duration: 3-5 hours
Recovery: 1-2 weeks
Best for: Patients with early to mid-stage Parkinson's disease, targeting motor symptom relief.

Diabetes mellitus treatment with stem cells

Stem cell treatment for diabetes mellitus involves using regenerative therapy to repair or replace damaged pancreatic cells, aiming to improve insulin production and glucose control.

Pros: Promotes tissue regeneration, potentially reducing insulin dependency by up to 50%. Offers personalized medicine options and targets cellular repair more effectively than traditional treatments.
Cons: Clinical trials are ongoing, with long-term outcomes not fully established. May require immune system modulation to prevent rejection.
Effectiveness: Success rates reported up to 60% in improving insulin sensitivity and reducing HbA1c levels.
Duration: 3-5 hours
Recovery: 1-2 weeks
Best for: Patients with type 1 or type 2 diabetes seeking alternative to continuous insulin therapy. Targets pancreatic cell regeneration.

Stem Cell Therapy for Knees

Stem cell treatment for knees uses regenerative medicine to repair and regenerate damaged knee tissue.

Pros: Non-surgical option with minimal downtime. Clinical trials show up to 80% improvement in pain relief and function. Compared to arthritis treatments, it offers a more natural healing process.
Cons: Not covered by insurance. Limited long-term data compared to traditional arthritis therapies.
Effectiveness: 70% success rate in reducing knee pain and improving joint function.
Duration: 1-2 hours
Recovery: 1-2 days
Best for: Osteoarthritis, meniscal tears, and ligament injuries in the knee.

Course of Treatment with Donor Stem Cells

Donor stem cell therapy involves using healthy stem cells from a donor to repair or replace damaged tissues in the recipient's body.

Pros: Offers a broader range of cell types. Suitable for conditions where patient's own cells are not viable. Provides up to 60% improvement in some chronic conditions.
Cons: Risk of immune rejection is higher compared to autologous therapies. Requires immunosuppressive drugs, which can have side effects.
Effectiveness: Success rate of 50-70% in improving target condition.
Duration: 3-6 hours
Recovery: 1-2 weeks
Best for: Severe immune disorders, blood diseases, and tissue damage. Addresses complex conditions requiring donor cells.

Stem Cell Therapy for Erectile Dysfunction

Involves using stem cells to rejuvenate damaged tissues, improving erectile function.

Pros: Non-invasive with minimal side effects. Research indicates up to 70% improvement in erectile function. Faster recovery than stem cell therapy for knees or arthritis.
Cons: Limited long-term data compared to diabetes mellitus treatment with stem cells. Success varies significantly by individual, with only 30% achieving full function.
Effectiveness: 70% improvement in erectile function
Duration: 1-2 hours
Recovery: Not needed
Best for: Men with erectile dysfunction due to vascular or neurogenic causes.