| Istanbul | Thailand | South Korea | |
| Stem cell therapy for back pain | from AUD $3,600 | from AUD $14,800 | ≈ AUD $7,800 |
| Stem Cell Therapy for Neck Pain | ≈ AUD $4,000 | from AUD $7,000 | ≈ AUD $6,400 |
| Stem Cell Therapy for Herniated Disc | ≈ AUD $4,000 | from AUD $7,000 | ≈ AUD $9,300 |
No hidden fees – just official clinic prices. Pay at the clinic for Stem cell therapy for back pain upon arrival and use a flexible instalment plan if needed.
Bookimed is committed to your safety. We only work with medical institutions that maintain high international standards in Stem cell therapy for back pain and have the necessary licenses to serve international patients worldwide.
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 for back pain journey.
Dr. Yusuf Bayram has performed over 1,000 orthopedic surgeries at Hisar Hospital Intercontinental. He specializes in spinal diseases and arthroscopic procedures. Dr. Bayram earned his medical degree from the prestigious Marmara University. He treats complex conditions like scoliosis, kyphosis, and spinal fractures. Hisar Hospital holds JCI accreditation for meeting high safety and treatment standards.
Associate Professor Murat Aydin focuses on regenerative medicine and spine surgery to treat degenerative diseases and herniated discs at Büyük Anadolu Hospitals.
Dr. Mehmet Ali Taskaynatan is a specialist in physical medicine, rehabilitation, and algology. He treats patients at Memorial Atasehir Hospital in Istanbul. Dr. Taskaynatan previously served as a faculty member at the GATA Faculty of Medicine. He focuses on pain management and physical recovery. This hospital holds JCI accreditation for meeting international safety standards.
Dr Esref Terzi integrates regenerative medicine with orthopaedic surgery at Valued Med Hub Hospitals to treat chronic spinal conditions. He specialised in microsurgery and conducted pioneering research into 3D-printed hyperelastic bone for reconstructive procedures.