StemLife® U-MSC Joint Regeneration
Rediscover Freedom in Motion
If you're struggling with chronic pain and wish to avoid invasive surgeries and lengthy recovery times, this therapy offers an innovative treatment option that harnesses the healing potential of umbilical cord-derived mesenchymal stem cells (U-MSCs) and derived exosomes to relieve pain and restore mobility.
What is StemLife® U-MSC Joint Regeneration?
StemLife® U-MSC Joint Regeneration utilizes targeted administration of U-MSC stem cells and exosomes to repair and rejuvenate damaged joints.
These biologics, are delivered directly into affected joints, reducing pain and enhancing function. This therapy is designed to promote natural recovery and tissue regeneration, offering effective relief for conditions such as osteoarthritis and tendon injuries.
How StemLife® U-MSC Therapy works
Through carefully targeted infusions directly into the affected joint, U-MSC-derived exosomes work to:
Reduce Inflammation
U-MSC have inherent anti-inflammatory properties, alleviating pain and swelling in affected areas.
Support Tissue Regeneration
Capable of transforming into diverse cell types, U-MSCs help renew damaged joint tissues, ligaments, and tendons, enhancing stability and function.
Minimize Downtime
As a non-surgical approach, StemLife® treatments offer quick recovery, allowing you to return to your daily activities with minimal interruption.
Safety Profile
U-MSC therapies have shown a favorable safety profile, avoiding many of the risks associated with steroids, NSAIDs, and surgical interventions.
Conditions benefiting from this protocol
Whether you’re dealing with knee or hip osteoarthritis, shoulder pain from rotator cuff issues, or chronic wrist discomfort from carpal tunnel syndrome, StemLife® offers a tailored approach to joint health:
Knee and Hip Pain: U-MSCs are deposited within the joint, stimulating cellular regeneration for both cartilage and ligaments, enhancing stability, and reducing pain.
Shoulder Injuries: Infusions around the shoulder joint can help improve cartilage health, reduce inflammation, and restore ligament and tendon function.
Elbow and Wrist Conditions: Tennis elbow, carpal tunnel syndrome, and other common joint issues are managed effectively by targeting joint capsules and surrounding tissues to increase strength and mobility.
Treatment Experience
The procedure typically takes about one hour, depending on the complexity of the affected joint, and involves minimal downtime.
Due to its non-invasive nature, this therapy does not require surgical recovery or extended rest periods, allowing patients to resume daily activities with improved comfort and mobility.
Treatment Centers
A comfortable and specialized clinic for treatment protocols in the city of Pereira in Colombia in compliance with rigorous biosafety standards.
Comfort and Luxury
OmniStem offers comfortable hotels and private villa accommodations With all the amenities to make your stay pleasant and relaxing in connection with yourself.
24/7 Personal Host
We provide all our guests with English-speaking hosts who make your stance a memorable experience. Your host will accompany and guide you throughout your trip.
Other conditions treated with this protocol
Regenerative medicine plays a vital role in modulating inflammation and immune responses, providing substantial therapeutic potential for various joint conditions and sports-related injuries.
Conditions
Injuries
Streamlined Patient Onboarding Process
Complete the form to receive detailed information about StemLife® U-MSC Joint Regeneration Protocol
- Secure HIPAA Compliant
- 48 Hours Response
- No Obligations
OmniStem Cell-based Therapies
Frequently Asked Questions
Please explore our Resource Center for helpful information. If you have any additional questions, feel free to contact our patient care team for assistance.
Patient Testimonials
Josh S.
“You’re not taking a risk, you owe this to yourself”
Alandra S.
“Never would I ever think that I would receive stem cells”
Steve F.
“I’m in shock that it works that well and that quickly “
