Regenerative medicine abroad: what is proven, what it costs and how to choose a clinic

Regenerative medicine uses blood, cells or tissue to help the body repair damage: platelet-rich plasma, bone marrow and fat-derived cell injections, donor stem cells and exosomes. A few uses are established hospital medicine; most are still being tested, and many are sold abroad ahead of the evidence. This page explains each treatment, what the evidence supports, how the rules differ by country, what drives the cost and how to check a clinic.

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Medically reviewed by Abdulaziz Ali. Written by Abdulaziz Ali.
Updated 19 August 2025 · Editorial standards

Regenerative medicine abroad at a glance

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Regenerative medicine abroad: what is proven, what it costs and how to choose a clinic

Regenerative medicine, which clinics often call regenerative therapy, tries to repair or replace damaged cells, tissue and organs rather than only treat symptoms, and the phrase covers very different things. Part of it is established hospital medicine, such as blood stem cell transplants for blood cancers and cartilage cell implants for selected knee injuries. Part is injections made from your own blood, bone marrow or fat, such as platelet-rich plasma, given for joints, tendons, hair and skin. The rest is a market of donor cells, cultured stem cells and exosomes sold for arthritis, neurological disease and ageing, mostly without the trial evidence a regulator would need. None of these has been shown to regrow a worn-out joint, and a product that is not offered at home is usually one that nobody has yet shown to work.

Types of regenerative medicine

The treatments differ in what is injected, where it comes from, how much it is processed and how strong the evidence is. Ask any clinic which of these it is offering, by name.

Platelet-rich plasma (PRP)

Your own blood, spun to concentrate the platelets and injected into a joint, a tendon, the scalp or the skin. The most studied and most widely available option, done in a single short visit.

Bone marrow aspirate concentrate (BMAC)

Marrow drawn from the pelvis under local anaesthetic, concentrated and injected the same day, mainly into joints and tendons. Stem cells are a small share of what it contains.

Fat-derived cells

Fat taken by mini-liposuction and injected as processed tissue or as a cell mixture called stromal vascular fraction. The evidence is early, and how far fat may be processed differs by country.

Cultured mesenchymal stromal cells

Cells from your marrow or fat, or from a donor, multiplied in a laboratory for weeks. Regulated as a medicine in most countries and approved for very few uses; much of what is sold abroad is in this group.

Umbilical cord and other donor cells

Donor cells or tissue from umbilical cord, Wharton's jelly, placenta or amniotic membrane, marketed as young cells. Quality, cell content and evidence vary widely between products.

Exosomes and secretome

Particles and proteins released by cells in culture, sold as injections, drips and skin treatments. They contain no living cells, and the US Food and Drug Administration has approved no exosome product for any use.

Prolotherapy

Injections of a sugar solution into ligaments and tendons to provoke a healing response. Older, cheaper and simpler than cell treatments, with mixed evidence.

Established cell and tissue therapies

Blood stem cell transplants, cartilage cell implantation, engineered skin and gene-modified cell therapies for some blood cancers: hospital treatments with a track record, given by specialist teams rather than clinics.

Which regenerative treatments make sense to have abroad

A regenerative treatment travels well when the diagnosis is settled, the product has a name and a regulatory status you can check, the procedure takes a day or two and the follow-up can happen at home. PRP and same-day marrow or fat injections for a joint or tendon fit that description. A course of cultured cells for a neurological condition does not.

  • Joints and tendons

    PRP, marrow or fat injections for knee or hip osteoarthritis, tennis elbow, Achilles and rotator cuff problems, usually after physiotherapy has not been enough. Short stays, for a modest and variable benefit.
  • Hospital cell therapies

    Bone marrow transplants for blood cancers and marrow failure, and autologous transplants for some people with highly active multiple sclerosis. Real treatments, done in transplant units over weeks, with long follow-up.
  • Hair and skin

    PRP for thinning hair and for facial skin, often combined with other treatments. Repeated over months, so the cost of each trip can outweigh the saving.
  • What should stay in a trial

    Cultured or donor cells, exosomes and intravenous cell drips for spinal cord injury, Parkinson's, stroke, autism, cerebral palsy, diabetes, heart, lung, kidney or liver disease, and ageing. Look for a registered trial at home rather than pay for an experiment abroad.

Each treatment has its own page with candidates, the procedure, recovery and price drivers: stem cell therapy, PRP for hair loss, the vampire facelift, which is PRP for the face, fat transfer and bone marrow transplant. For a worn-out joint, compare an injection with knee replacement and arthroscopic knee surgery on our orthopaedics page.

What the evidence supports, condition by condition

Whether regenerative medicine works depends on which treatment, for which condition, in whom. There is no single success rate, and a clinic that quotes one figure for everything it treats is telling you about its marketing. This is where the published evidence stood when this page was reviewed.

  • Knee and hip osteoarthritis. PRP is the most studied injection, and several trials report less pain for some months than with other injections; UK guidance from NICE allows it only with special arrangements because the evidence is limited in quality. Marrow, fat and cultured cell injections have weaker studies, and none has been shown to regrow cartilage.
  • Tendon problems. Tennis elbow, Achilles tendinopathy, plantar fasciitis and rotator cuff problems are treated with PRP once exercise programmes have failed. Results across trials are mixed, and many people would have improved with time and physiotherapy alone.
  • Cartilage defects in younger knees. Implanting your own cultured cartilage cells into a defined defect is an established operation in some health systems, with long rehabilitation. It is not an injection and not a treatment for arthritis.
  • Hair loss. PRP for pattern hair loss has some trial support as an addition to medicines, with repeated sessions. Read our PRP page before you book.
  • Back and neck pain. Disc and spinal injections of cells or PRP are experimental. Start with a spinal surgery assessment.
  • Blood cancers and marrow failure. Blood stem cell transplantation is standard care for selected leukaemias, lymphomas, myeloma and bone marrow failure, done in accredited transplant units.
  • Multiple sclerosis. Autologous haematopoietic stem cell transplantation, which uses chemotherapy to reset the immune system, is offered in some health systems to a small group with highly active relapsing disease. It is a transplant with serious risks, not a cell injection, and needs a neurologist's referral.
  • Neurological, developmental and organ diseases. Parkinson's disease, stroke, spinal cord injury, motor neurone disease, autism, cerebral palsy, diabetes, heart failure and lung, kidney and liver disease: research is ongoing, a few products hold conditional approval in one or two countries, and none is standard treatment in Europe, the United Kingdom or the United States.
  • Ageing, fatigue and sexual function. Anti-ageing drips, exosome facials and cell injections for erectile dysfunction are sold widely and have no good evidence behind them.

Where people go for regenerative medicine abroad

For PRP and same-day marrow or fat injections the question is ordinary: a qualified specialist, an image-guided injection and a price that justifies the trip. For cultured and donor cell products it is also legal, because the rules decide what a clinic may give you. In the United States, cells grown in a laboratory or used for a different job than they do in the body are regulated as drugs and almost none are approved, which is why clinics in Mexico, Panama and the Caribbean advertise to American patients. The United Kingdom, the European Union and Australia regulate them as advanced medicines. A country that permits a product does not make it effective; it decides where you can complain.

  • Turkey. Regenerative medicine in Turkey: private hospital groups and aesthetic clinics in Istanbul, short flights from Europe and the Middle East. Cell treatments fall under the Ministry of Health; ask which licence covers the product and whether it is authorised treatment or a registered trial. See also stem cell therapy in Turkey.
  • Thailand. Regenerative medicine in Thailand: Bangkok hospitals and wellness clinics serving Australia, Asia and the Gulf. Thai medical council rules allow stem cell treatment as routine care for listed blood disorders and treat other uses as research needing ethics approval; ask to see it. See also stem cell therapy in Thailand.
  • Mexico. Regenerative medicine in Mexico: border cities, Guadalajara and the coast, a short trip from the United States. Clinics using cells need a sanitary licence from COFEPRIS, the federal health regulator; ask what it covers. See also stem cell therapy in Mexico.
  • Spain. Regenerative medicine in Spain: private hospitals in Barcelona and Madrid with sports medicine and orthopaedic units. Cell products come under European rules and the Spanish medicines agency, so the range is narrower and the oversight closer. See also stem cell therapy in Spain.

Panama, Colombia, Japan, South Korea and Germany also attract regenerative medicine patients. The same checks apply everywhere: the licence for the product, not just the building, and the evidence for your condition, not just for the product.

How regenerative treatment abroad works

  1. Diagnosis and imaging first

    Recent X-rays or MRI, a specialist's diagnosis and the treatments you have tried go to the doctor abroad, who should tell you whether an injection is reasonable for your problem, not only whether it is available.
  2. A written plan that names the product

    What will be injected, where it comes from, which laboratory processes it, how many sessions, and the evidence for it in your condition. A price list is not a plan.
  3. Checks before you fly

    Blood tests, an infection screen and a review of your medicines. Anti-inflammatory painkillers and blood thinners may need to stop before PRP or a marrow harvest, but only on a doctor's instruction.
  4. Harvest, processing and injection

    For PRP, a blood draw and an injection the same day; for marrow or fat, a short procedure under local anaesthetic first. Joint and tendon injections should be guided by ultrasound or X-ray.
  5. A short stay before flying

    Most injections need a day or two of rest and a check for infection before the flight; ask how long to stay for your procedure.
  6. Rehabilitation and review at home

    A written record of what was injected, where and in what dose, a rehabilitation plan and a named contact abroad. Any benefit usually shows over weeks to months.

Risks specific to regenerative medicine abroad

  • Infection. Any injection into a joint or tendon can introduce infection, and a joint infection is an emergency that will be treated wherever you are when it starts, usually at home.
  • Contaminated or mislabelled products. Cells grown or stored outside a controlled laboratory can carry bacteria or be something other than the label says, and cells multiplied many times can behave unpredictably; tumours and abnormal growths have been reported after unregulated treatments.
  • Reactions to donor material. Donor cells, cord tissue and exosomes can cause fever, allergic reactions and immune responses that your own cells would not.
  • Harm from where it is injected. Injections into the eye, the spine, the fluid around the brain or the bloodstream carry risks of their own; blindness and serious neurological harm have been reported after unproven eye and spinal cell injections.
  • Lost time on a proven treatment. Months of injections can delay the physiotherapy, weight loss, medication or surgery that would have helped.
  • Rising costs. Booster sessions, repeat drips and add-ons turn a single quote into a subscription. Ask in writing how many sessions are included.
  • Insurance and home services. Travel insurance excludes planned treatment, and health insurers rarely pay for regenerative injections at home or abroad. Your home doctor will treat a complication but may not continue a treatment they would not have offered.

Who should not travel for regenerative medicine

  • Anyone whose diagnosis is not settled. Pain without a specialist's diagnosis and imaging that explains it needs an assessment, not a product.
  • Anyone with advanced arthritis. When the joint surface has worn through, injections rarely change much, and a joint replacement is the treatment to discuss.
  • Anyone with an active infection, an active cancer or a bleeding disorder. Each changes what can be injected at all and who should do it; cancer care belongs with an oncology team.
  • Anyone who is pregnant or breastfeeding. Regenerative injections are generally avoided until afterwards.
  • Children taken abroad for cell treatment of autism, cerebral palsy or a genetic disease. Children's conditions belong with a specialist team and, where one exists, a registered trial.
  • Anyone asked to pay to join a trial. Genuine clinical trials do not normally charge participants for the treatment being tested.
  • Anyone told the treatment will replace their medicines. Never stop prescribed treatment for a cell product without your own doctor.

Choosing a regenerative medicine clinic abroad

  • A licence for the product, not just the building. A hospital licence or accreditation logo does not mean every treatment on the menu is authorised. Ask for the licence number, the authority and what it covers.
  • A named product and laboratory. Product name, source, how it is processed, the cell count or dose, the laboratory and its quality certification, and a batch record you can take home.
  • A specialist in your condition. An orthopaedic surgeon or sports physician for a joint, a dermatologist for hair and skin, a haematologist for a transplant. A doctor whose only specialty is the product is a warning sign.
  • Image-guided injections. Ultrasound or X-ray guidance for joints and tendons, in a clean procedure room with emergency equipment.
  • Honest consent. What the evidence shows and does not show for your condition, the realistic chance of benefit, the risks and the alternatives, in writing, before you pay.
  • Follow-up and records. A named contact, a plan for adverse events, and records in a language your home doctor can read.
  • Warning signs. One product for many unrelated diseases, testimonials instead of published studies, pressure to book quickly, discounts for paying in advance, and claims that treatment with your own cells cannot harm you.

What drives the cost of regenerative medicine abroad

  • The product. PRP, a same-day marrow or fat procedure, a cultured cell product and a donor cell product are different orders of cost, with cultured and donor cells at the top.
  • Dose and number of sessions. The cell count, the number of joints or areas treated, and whether the plan is one session or a course.
  • Harvest and anaesthesia. A marrow or fat harvest adds a procedure, a sterile room and sometimes sedation.
  • Laboratory processing. Growing cells, testing them for sterility and identity, and storing them is where most of the cost of a cell product sits.
  • Imaging and assessment. MRI review, ultrasound or X-ray guidance, blood tests and follow-up appointments, included or billed separately.
  • The trip. Flights, a short stay, a companion if a harvest leaves you sore, and travel insurance that will not cover the treatment itself.

The clinic listing on this page shows each clinic's current price with a note of what it includes, and many clinics quote regenerative injection therapy only on request because the plan depends on your diagnosis. Compare what is inside a quote, not the total. For paying in instalments, see payment plans.

References

  • US Food and Drug Administration, consumer alert on regenerative medicine products including stem cells and exosomes.
  • International Society for Stem Cell Research, the ISSCR guide to stem cell treatments and its questions to ask a provider.
  • National Institute for Health and Care Excellence, interventional procedures guidance on platelet-rich plasma injections for knee osteoarthritis.
  • European Medicines Agency, information on advanced therapy medicinal products and the Committee for Advanced Therapies.
  • Therapeutic Goods Administration, guidance on the regulation of autologous human cell and tissue products in Australia.
  • American Academy of Orthopaedic Surgeons, clinical practice guideline on the management of osteoarthritis of the knee.
  • Hospital for Special Surgery, patient information on regenerative medicine for orthopaedic conditions.

What patients say How we collect reviews

Reviews left by patients treated through Flymedi for this treatment. Each one is written in the patient's own language.

I.· Stem cell therapy✓ Verified

5.0 · 21 February 2026

Received stem cell treatment here on my knees . My first time doing any kind of medical stuff outside of Aussie . The place was super clean modern and better than anything I’ve been in Australia . Doctor and staff were top notch. It’s only been a few days but feeling benefits already which not expected . Let’s see how it is in a few months … fingers crossed 🤞

T. from Romania· Stem cell therapy✓ Verified

5.0 · 20 February 2026

As a tennis lover,I play tennis a lot and came here for recovery. After stem cells treatment felt great! My joints feel lighter and less sore. Highly recommend!

W.· Stem cell therapy✓ Verified

5.0 · 18 February 2026

Panacee Hospital Rama 2 built a personalized cell therapy plan for me after reviewing my history and test results. They emphasized monitoring and follow-up, which made me feel confident. The process was smooth, and the team was professional from reception to nursing. I’d recommend them for anyone considering this kind of treatment.

P.· Stem cell therapy✓ Verified

5.0 · 18 February 2026

Great experience with my IV drip! The clinic is clean, cozy, and welcoming. Can’t wait to come back for another treatment.

30 reviews

Frequently asked questions

Answers from the medical content team, reviewed by the medical reviewer named on this page.

What is regenerative medicine?
Regenerative medicine tries to repair or replace damaged cells, tissue and organs using cells, blood products, engineered tissue or genes. It ranges from established hospital treatments such as bone marrow transplants, through injections of your own blood, marrow or fat for joints and tendons, to experimental cell and exosome products not approved for routine use.
What are examples of regenerative medicine?
Established examples are blood stem cell transplants for leukaemia and marrow failure, cartilage cell implantation for knee cartilage defects and engineered skin for burns. Widely offered but less proven are PRP, bone marrow aspirate concentrate and fat-derived cell injections for joints and tendons. Cultured and donor stem cell products and exosomes are experimental.
Does regenerative medicine work?
Some of it does, for some conditions. Blood stem cell transplants work for the blood diseases they are used for. PRP eases pain for some people with knee osteoarthritis and tendon problems, on evidence of limited quality. Cell and exosome products for neurological disease, organ failure and ageing have not been shown to work in trials good enough to change routine care.
Is regenerative medicine legitimate?
The field is legitimate, and some of the most careful research in medicine is happening in it. The problem is the gap between that research and what some clinics sell. A legitimate provider can tell you the regulatory status of the product, show you published evidence for your condition and explain what is still unknown.
Can regenerative medicine help knee pain?
It can ease pain for some people with early or moderate knee osteoarthritis, or with a tendon problem around the knee, most often with PRP and usually for months rather than years. It has not been shown to regrow cartilage, and for advanced arthritis a knee replacement is usually the treatment to compare it with.
What is the difference between PRP and stem cell therapy?
PRP is a concentrate of platelets from your own blood, with growth factors but no stem cells, prepared in minutes. Stem cell therapy uses cells from bone marrow, fat or a donor, sometimes grown in a laboratory, and is more invasive, more expensive and more tightly regulated. For most joint and tendon problems, PRP has more published evidence.
What are exosomes, and are they worth paying for?
Exosomes are tiny particles that cells release to signal to each other. Products made from them are sold as injections, drips and facials, but they contain no living cells, their content is hard to standardise and none is approved by the US Food and Drug Administration. Paying for them abroad means paying for an experiment without the protections of a trial.
How much does regenerative medicine cost abroad?
It depends on the product, the dose, the number of sessions and what the quote includes. PRP costs least; cultured and donor cell products cost most. Many clinics quote only after reviewing your scans.
Does insurance cover regenerative medicine?
Rarely. Most health insurers and national health systems do not pay for PRP or cell injections for joints, hair or skin, and travel insurance excludes planned treatment abroad. Blood stem cell transplants are the exception: they are covered as standard care where they are indicated.
What is the success rate of regenerative medicine?
There is no single success rate. It depends on the treatment, the condition, how far it has progressed and how success is measured. Be wary of any clinic that quotes one figure across many conditions, and ask instead for the published studies on your treatment for your condition.
How long do I need to stay abroad?
For PRP or a same-day marrow or fat injection, usually a few days including a check before you fly. Cultured cell treatments may need a harvest visit and a separate injection visit weeks later. A blood stem cell transplant means weeks in or near the hospital.

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About this page

Written by Abdulaziz Ali, Leading Medical Writer & Strategist at Flymedi. Medically reviewed by Abdulaziz Ali. Content updated 19 August 2025. Next scheduled review 19 August 2026.

This page is general information, not personal medical advice. It does not diagnose you and it does not replace an individual assessment by a doctor who has examined you.

Found something wrong or out of date on this page? Tell us and we will check it. Editorial standards and reviewer list: authors and reviewers.

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