Data verified by Bookimed as of December 2025, based on patient requests and official quotes from 108 clinics worldwide. Median costs are based on real invoices (2024–2025) and updated monthly. Actual prices may vary.
This package supports 30-45 days of in-patient care for an autologous transplant at JCI-accredited Memorial Bahçelievler Hospital. For around $32,500, the transparent fee covers a comprehensive pre-transplant diagnostic workup and the hospitalization itself. The clinic’s ISO 5 air filtration ensures strict infection control. With 337 transplants performed annually, this established center provides dedicated international services like translation and accommodation support.
Dr. Bulent Eser, who has performed over 900 transplants and follows European EBMT standards, develops personalized protocols at the Medical Park Antalya Hospital Complex. This 135-day all-inclusive package provides around-the-clock care, from donor matching to 90-day recovery support. Priced at about $40,000, it covers the complete procedure, conditioning, isolation care, and follow-up. The clinic's International Health Tourism Authorization Certificate confirms its rigorous safety and quality standards for complex hematologic conditions.
Dr. Seckin Cagirgan, with 900+ bone marrow transplantations performed, specializes in matched-donor allogeneic procedures for hematological cancers at the Medicalpoint International Hospital. The comprehensive package covers about $27,500 and includes the complete 120-day treatment period: a 60-day hospital stay with full monitoring followed by 60 days of hotel accommodation with meals. This JCI-accredited clinic also holds TEMOS and EFQM certifications for international healthcare standards, and the all-inclusive fee ensures transparent pricing for the procedure, transfers, and continuous hematologist support.
Discover the Best Bone marrow transplantation Clinics in United Kingdom: 6 Verified Options and Prices
The Bookimed clinic ranking is based on data science algorithms, providing a trusted, transparent, and objective comparison. It takes into account patient demand, review scores (both positive and negative), the frequency of updates to treatment options and prices, response speed, and clinic certifications.
A certified medical writer with 10+ years of experience, developed Bookimed’s trusted content, backed by a Master’s in Philology and medical expert interviews worldwide.
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Our Bone marrow transplantation Techniques: What Suits You Best?
When considering Bone marrow transplantation, it’s important to understand the different techniques and which is best suited for you. Here’s a concise comparison of popular options:
Autologous Bone Marrow Transplantation
This procedure involves collecting stem cells from a patient's own bone marrow, processing them, and reinfusing to aid in recovery, especially for cancer treatment, with minimal rejection risk.
Pros: Minimal risk of graft-versus-host disease (GVHD) as it uses the patient's cells. No need for donor matching, making it suitable for certain blood disorders and cancers.
Cons: Requires general anesthesia for cell collection, potentially causing pain and fatigue. Higher relapse rates in some cancers compared to donor transplants.
Effectiveness: Increases survival rates and quality of life in blood-related cancers and disorders.
Duration: 3-5 hours.
Recovery: 1-3 months for initial recovery, full immune recovery up to 12 months.
Best for: Blood cancers like leukemia and lymphoma; beneficial when chemotherapy is insufficient.
Allogenic Bone Marrow Transplantation from a Related Donor
This procedure involves transferring healthy stem cells from a closely matched family member to replace damaged bone marrow in patients with certain diseases.
Pros: Higher success rates due to better donor matching with a related donor, reducing graft-versus-host disease (GVHD) risks. Engraftment is typically faster with 70-90% success.
Cons: Requires a compatible family donor; there is a risk of GVHD despite close matching. Availability of a suitable donor can be limited.
Effectiveness: Success rate is 70-90% with related donors.
Duration: 1-2 hours for the procedure, with additional days for preparation and recovery.
Recovery: Initial recovery takes 3-6 weeks; complete recovery can take several months.
Best for: Blood cancers like leukemia and lymphoma, and certain genetic disorders. Ideal for patients with a suitable family donor.
Allogenic Bone Marrow Transplantation from an Unrelated Donor
This procedure involves transplanting stem cells from a donor who is not genetically related to the recipient, used primarily for treating blood-related diseases.
Pros: Offers a wider donor pool, increasing chances of finding a match. Provides a potential cure for conditions where related donors are unavailable.
Cons: Higher risk of graft-versus-host disease (GVHD) compared to related donor transplants. Requires stringent donor matching, potentially delaying treatment.
Effectiveness: Success rates vary but can be as high as 60-70% in certain conditions.
Duration: The procedure typically takes 1 day for infusion, with 2-4 weeks for engraftment.
Recovery: Recovery period can last 3-6 months, with full immune system recovery taking up to a year.
Best for: Suitable for leukemia, lymphoma, and other serious blood disorders where a related donor is not available.
Haploidentical Stem Cell Transplantation
Involves using stem cells from a half-matched donor, typically a family member, to treat various blood disorders and cancers.
Pros: Availability of donor is higher due to partial match requirement, covering 50% of potential related donors. Reduced waiting time for suitable donor compared to unrelated allogenic transplants.
Cons: Higher risk of graft-versus-host disease (GVHD) compared to fully matched donors, with around 30% incidence rate. Requires more intense conditioning regimens.
Effectiveness: 60-80% success rate in achieving engraftment and remission in certain blood cancers.
Duration: 4-6 hours for the procedure itself.
Recovery: 3-6 months for full recovery and immune reconstitution.
Best for: Patients with leukemia and other hematological malignancies lacking a fully matched donor. Suitable for urgent transplant needs.