- GMP & ISO Certified Cell Therapy Network
- Oman • Morocco • Malaysia • Canada
Advanced Regenerative Medicine
Advanced Stem Cell Care for Your Future.
Transitioning from research excellence to patient-centered outcomes. Discover world-class regenerative therapies tailored for orthopedic, autoimmune, and anti-aging needs.
- Certified Excellence
- Personalized Journey
Advanced Regenerative Medicine
Advanced Stem Cell Care for Your Future.
Transitioning from research excellence to patient-centered outcomes. Discover world-class regenerative therapies tailored for orthopedic, autoimmune, and anti-aging needs.
- Certified Excellence
- Personalized Journey
International Recognition
Recognized Globally for Excellence in Regenerative Medicine
Mesencell continues to lead the future of regenerative medicine, immunotherapy and longevity science with internationally recognised research, thousands of successful treatments, and over two decades of clinical excellence.
Global 100 Winner
2026 Award
Honoured internationally for innovation and leadership in regenerative medicine and immunotherapy.
0 +
Years of Research
0 +
Treatments Delivered
0
Global Hub
0 +
Patient Satisfaction Index
Advanced Regenerative Medicine
Advanced Stem Cell Care for Your Future.
Transitioning from research excellence to patient-centered outcomes. Discover world-class regenerative therapies tailored for orthopedic, autoimmune, and anti-aging needs.
Most Requested
Anti Ageing/Anti Morbidity
Research into cellular approaches to healthy ageing, chronic disease burden, cellular senescence, oxidative stress…
- Regenerative Medicine • MSC-Based Research
Alzheimer Disease
Exploring mesenchymal stem cell approaches for Alzheimer’s disease, with research focused on neuroinflammation…
- Neurological • MSC Based Research
Most Requested
Cardiovascular Disease
Investigating regenerative cell-based approaches for cardiovascular conditions, including myocardial injury…
- Cardiovascular • Regenerative Medicine
Diabetes
Research into mesenchymal stem cells and their potential role in pancreatic β-cell support, insulin production…
- Metabolic • MSC Based Research
Parkinson’s Disease
Exploring mesenchymal stem cell and secretome-based approaches for Parkinson’s disease….
- Neurological • MSC-Based Research
Osteoarthritis
Exploring regenerative approaches for osteoarthritis, focusing on cartilage health, joint degeneration…
- Musculoskeletal • Regenerative Medicine
Stroke
Research into cell-based approaches for stroke recovery, focusing on neuroprotection, inflammation…
- Neurological • Regenerative Medicine
Immunotherapy
Advanced cellular immunotherapy research exploring immune-based approaches for cancer prevention…
- Cancer Research • Cellular Immunotherapy
Cryobanking
Secure long-term preservation of cellular material, supporting future access to stored stem cells…
- Stem Cell Banking • Cryopreservation
Aesthetics and Beauty
Regenerative and aesthetic approaches designed to support skin health, facial appearance, body care…
- Aesthetic Medicine • Regenerative Care
Hyperbaric Oxygen Chamber
Hyperbaric oxygen therapy delivers 100% oxygen under increased pressure, helping support tissue oxygenation…
- Regenerative Care • Hyperbaric Therapy
Sport's Medicine
Comprehensive sports medicine care focused on injury management, performance enhancement…
- Sports Medicine • Regenerative Care
Most Requested
Anti Ageing/Anti Morbidity
Research into cellular approaches to healthy ageing, chronic disease burden, cellular senescence, oxidative stress…
- Regenerative Medicine • MSC-Based Research
Alzheimer Disease
Exploring mesenchymal stem cell approaches for Alzheimer’s disease, with research focused on neuroinflammation…
- Neurological • MSC Based Research
Diabetes
Research into mesenchymal stem cells and their potential role in pancreatic β-cell support, insulin production…
- Metabolic • MSC Based Research
Most Requested
Cardiovascular Disease
Investigating regenerative cell-based approaches for cardiovascular conditions, including myocardial injury…
- Cardiovascular • Regenerative Medicine
Parkinson’s Disease
Exploring mesenchymal stem cell and secretome-based approaches for Parkinson’s disease….
- Neurological • MSC-Based Research
Immunotherapy
Advanced cellular immunotherapy research exploring immune-based approaches for cancer prevention…
- Cancer Research • Cellular Immunotherapy
Cryobanking
Secure long-term preservation of cellular material, supporting future access to stored stem cells…
- Stem Cell Banking • Cryopreservation
Laser
Permanent hair removal with the Primelase diode laser
Discover the most advanced ….
- Non-Surgical • Ethical Umbilical Cord MSCs
Face
Your face reveals everything about you: your well-being, sorrow, happiness…
- Dendritic Cells • NK Cells • Oncolytic Virus
Eyelash & Eyebrow
Perfectly shaped eyebrows and lush eyelashes are, for many women, the key to an…
- Dendritic Cells • NK Cells • Oncolytic Virus
Hands
Hands – that human marvel of strength, agility and grace. Alongside the voice, they are our most important means of …
- Non-Surgical • Ethical Umbilical Cord MSCs
The Body
Aesthetics concerns everything we embody: our charisma, our posture, our movements…
- Dendritic Cells • NK Cells • Oncolytic Virus
Neck + Décolleté
Compared to the face, the neck and décolleté are often neglected and not given sufficient consideration…
- Dendritic Cells • NK Cells • Oncolytic Virus
Madero Massage
The Madero Massage is an effective form of manual therapy from South America, specifically used for body contouring…
- Non-Surgical • Ethical Umbilical Cord MSCs
Interactive Clinical Comparison
Surgical Replacement vs. Stem Cell Regeneration
Slide to compare traditional invasive joint/organ surgery against Mesencell’s targeted umbilical cord MSC protocols.
- Conventional Joint / Organ Surgery
- Invasiveness: General anesthesia, bone cutting, metal/plastic artificial joint implantation.
- Hospital Stay: 4 to 7 days inpatient hospitalization with post-op infection risk.
- Recovery: 6 to 12 months painful physical rehabilitation and restricted mobility.
- Longevity: Artificial implants wear out in 15-20 years requiring risky revision surgery.
- Mesencell Cellular Regenerative Protocol
- Invasiveness: Zero surgical incisions. Painless ultrasound-guided micro-infiltration.
- Hospital Stay: Outpatient VIP suite treatment (2-3 hours), return to hotel same day.
- Recovery: Resume light activities within 48 hours; cartilage tissue remodeling over 90 days.
- Natural Biology: Restores native tissue cartilage & suppresses systemic inflammation naturally.
International Medical Footprint
State-of-the-Art Clinics & Cleanrooms
Each Mesencell medical hub features ISO 9001 quality standards, Class 100 GMP cell processing laboratories, and multilingual patient concierge staff.
Mesencell Medical Center Muscat
Villa No. Z3 006 at Muscat Bay, Quantab, Bandar Al Jissah St, Muscat Sultanat of Oman
Fine Aesthetics Switzerland AG
Hottingerstrasse 35, 8032 Zürich
opening in 2027
Mesencell Center Vancouver, Canada
44797 Wolfe Road, Chilliwack,
British Columbia.
Structured Patient Care Pathway
Your Seamless Medical Care Journey
From free online record review to VIP travel and 12-month post-care tracking, we handle every detail with medical precision and warmth.
- 01
Free Medical Evaluation
Submit MRI & lab reports online for physician review.
- 02
Tailored Treatment Plan
Custom cell dosage & protocol recommendation.
- 03
VIP Travel & Concierge
Medical visa assistance, airport chauffeur, and hotel booking.
- 04
Treatment Administration
Painless stem cell infusion in luxury private suite.
Structured Patient Care Pathway
Your Seamless Medical Care Journey
Scientific Innovation
Patent Protected Technology
Mesencell’s proprietary EXORAP® and EXOPAN® technologies represent an advanced approach to clinical-grade secretome production, designed to improve manufacturing consistency, quality control, and scalable production for regenerative medicine applications.
- Patent Protected
Proprietary EXORAP® & EXOPAN® technology developed for clinical-grade secretome production.
- Increased RNA Yield
Designed to significantly enhance RNA content compared with conventional production methods.
- Standardized Manufacturing
Built around reproducible production protocols to support manufacturing consistency and quality control.
- Research Driven
Developed to support regenerative medicine research and future therapeutic applications.
World-Class Medical Leadership
Senior Physicians & Cell Specialists
Dr. Somayeh (Somy) Sabbaghan
Translational STEM Cells / Genomics & Proteomics
Prof Dr Steven James Kellner
Stem Cell & Tissue Regeneration Specialist