Stem Cell Therapy Treatment in Turkey
About Stem Cell Therapy
Key Highlights
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Offers a regenerative approach to repair and rejuvenate reproductive tissues.May improve endometrial thickness and receptivity for embryo implantation.Can be a potential option for conditions like Asherman's Syndrome and thin endometrium.Utilizes the patient's own cells (autologous), minimizing rejection risks.Represents a novel frontier in treating complex, previously untreatable fertility issues.
Who is this surgery for?
- Asherman's Syndrome (Intrauterine Adhesions) not responsive to standard surgical treatment.
- Persistent thin endometrium (<7mm) despite estrogen therapy.
- Selected cases of Premature Ovarian Insufficiency (POI) or diminished ovarian reserve.
- To improve endometrial receptivity in patients with recurrent implantation failure (RIF).
- Uterine scarring or poor blood flow to the endometrium.
How to prepare
- Comprehensive fertility evaluation including hysteroscopy and advanced imaging.
- Blood tests and screening for infectious diseases.
- Consultation with a reproductive specialist to confirm candidacy and set realistic expectations.
- Stem cell harvesting, typically a minor procedure to collect bone marrow or adipose tissue.
- Laboratory processing and concentration of the harvested stem cells over several days.
Risks & possible complications
- Risks associated with the harvesting procedure (e.g., pain, bleeding, or infection at the collection site).
- Risk of infection or injury during the uterine injection procedure.
- Potential for minimal vaginal spotting or cramping post-procedure.
- Theoretical long-term risks are not fully established as it is an evolving therapy.
- No guarantee of successful pregnancy or improvement in fertility outcomes.
Recovery & hospital stay
- Most patients can go home the same day after a short observation period.
- Mild cramping or spotting for 1-2 days is common; rest is advised.
- Avoid strenuous activity, swimming, and sexual intercourse for 3-5 days as directed.
- Follow-up ultrasound may be scheduled to assess endometrial response.
- Integration into an IVF cycle typically occurs in a subsequent menstrual cycle to allow for tissue regeneration.
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Typical hospital stay:
0-1 days (typically outpatient)
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Expected recovery time:
1-3 days for immediate post-procedure recovery; full cycle integration takes 4-6 weeks
Frequently Asked Questions
If you are considering stem cell therapy in Turkey, these questions and answers can help you make a confident, informed decision.
Top-rated hospitals in Turkey with ivf and reproductive medicine departments and experienced surgeons are ideal for this procedure. Use MediFyr to compare facilities, reviews, and doctor profiles before you decide.
Look at the doctor’s years of experience, hospital association, patient reviews, and how often they perform stem cell therapy. MediFyr helps you compare ivf and reproductive medicines and book consultations online.
The overall cost depends on hospital category, surgeon’s experience, room type, implant or device used (if any), length of stay, tests, and post-operative care. Our team can help you get cost estimates from multiple hospitals before you decide.
Procedure cost in other countries
Here is an overview of how the estimated cost, hospital stay, and recovery time for stem cell therapy compare across other countries where we have data.
| Country | Estimated cost range | Typical stay | Recovery time | View details |
|---|---|---|---|---|
| India | USD 1,652 – USD 5,506 | 0-1 days (typically outpatient) | ~ 1-3 days for immediate post-procedure recovery; full cycle integration takes 4-6 weeks | Know More |
| Turkey | USD 12,293 – USD 40,978 | 0-1 days (typically outpatient) | ~ 1-3 days for immediate post-procedure recovery; full cycle integration takes 4-6 weeks | Know More |
Michael Bhatia, a 42-year-old software engineer,...
Michael Bhatia, a 42-year-old software engineer, had always dreamed of fatherhood. He and his wife, Priya, had been trying to conceive for five years. After multiple failed IVF cycles with his own sperm, genetic testing revealed a high level of DNA fragmentation in his sperm, likely due to a combination of age and occupational stress. Their fertility specialist, Dr. Evans, explained that this fragmentation was preventing the creation of viable embryos. She recommended a new adjunct therapy: using stem cells derived from Michael's own bone marrow to potentially rejuvenate the spermatogonial stem cells in his testes, aiming to improve sperm health. The procedure involved a bone marrow aspiration under light sedation, which was uncomfortable but manageable. After a three-month recovery and waiting period, a follow-up test showed a significant reduction in DNA fragmentation. While not a guarantee, it gave them a new chance. In their next IVF cycle, they created two high-grade embryos. The emotional journey was a rollercoaster, from the despair of repeated failure and feeling he was 'the problem,' to cautious hope with the new science, and finally to profound relief and renewed partnership with Priya when the procedure offered a tangible biological improvement.