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Stem Cell Therapy Treatment Cost in Turkey

Stem Cell Therapy Cost in Turkey from top hospitals starts from TRY 210980 (USD 7000)approx

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Stem cells are the body's raw materials — they are the cells that give rise to all other cells with specialized tasks. Stem cells divide to generate new cells called daughter cells under the correct conditions in the body or in the lab. These daughter cells either self-renew or differentiate into specialized cells with a more specific role, such as blood cells, brain cells, heart muscle cells, or bone cells (differentiation). No other cell in the body has the potential to produce new cell types on its own.

Types of Stem Cells:

  • Totipotent- These stem cells have the ability to develop into any cell type. The totipotent cells are the first to arise as the zygote begins to divide.

  • Pluripotent- These cells have the ability to transform into practically any other cell. Pluripotent cells can be found in the early embryo.

  • Multipotent- These cells have the ability to develop into a closely related cell family. Adult hematopoietic stem cells, for example, can differentiate into red, white, and platelet cells.

  • Oligopotent: These can differentiate into a few different cell types. Adult lymphoid or myeloid stem cells can do this.

  • Unipotent: These can only produce cells of one kind, which is their own type. However, they still stem cells because they can renew themselves. Examples include adult muscle stem cells.

Embryonic stem cells are considered pluripotent instead of totipotent because they cannot become part of the extraembryonic membranes or the placenta.

What is the interest in stem cells?

Researchers and doctors hope that stem cell research will assist in:

Gain a better grasp of how diseases develop- Researchers and doctors may gain a better understanding of how diseases and ailments emerge by monitoring stem cells evolve into cells in bones, heart muscle, neurons, and other organs and tissue.

Replace sick cells with healthy cells (regenerative medicine)- Stem cells can be manipulated to become specific cells that can be used to restore and repair diseased or damaged human tissues.

People with spinal cord injuries, type 1 diabetes, Parkinson's disease, amyotrophic lateral sclerosis, Alzheimer's disease, heart disease, stroke, burns, cancer, and osteoarthritis may benefit from stem cell therapy.

Stem cells may be developed into new tissue for transplant and regenerative medicine purposes. Researchers continue to learn more about stem cells and how they might be used in transplant and regenerative medicine.

New medications are put through their paces to ensure their safety and efficacy- Researchers can utilize some types of stem cells to test new medications for safety and quality before employing them in people. For cardiac toxicity testing, this form of testing will most likely have a direct impact on drug development initiatives.

The effectiveness of employing human stem cells that have been turned into tissue-specific cells to evaluate new medications is one of the new fields of research. For accurate drug testing, the cells must be engineered to acquire the features of the cell types targeted by the medication. Techniques for programming cells to become certain cells are still being researched.

Nerve cells, for instance, could be created.

What is regenerative medicine (stem cell therapy) and how does it work?

  • Stem cell treatment, also known as regenerative medicine, uses stem cells or their derivatives to promote the repair response of sick, dysfunctional, or wounded tissue. It's the next step in organ transplantation, and it relies on cells rather than donor organs, which are in short supply.

  • In a lab, scientists cultivate stem cells. These stem cells are programmed to differentiate into certain cell types, such as heart muscle cells, blood cells, or nerve cells.

  • Following that, the specialized cells can be put into a person. If a person has cardiac disease, for example, the cells might be injected into the heart muscle. The healthy heart muscle cells that were transplanted could then help to repair damaged heart muscle.

  • Adult bone marrow cells leading to becoming heart-like cells have previously been shown to mend heart tissue in people, and further study is underway.

Where do stem cells come from? 

Embryonic Stem Cells: These stem cells come from three to five-day-old embryos. A blastocyst is a type of embryo that has roughly 150 cells at this stage.

Pluripotent stem cells can divide into additional stem cells or transform into any type of cell in the body. Embryonic stem cells can be employed to restore or repair damaged tissue and organs because of their plasticity.

Adult Stem Cells: Most adult tissues, such as bone marrow and fat, contain these stem cells in tiny numbers. Adult stem cells, unlike embryonic stem cells, have a restricted potential to give rise to various bodily cells.

Adult stem cells were thought to only be capable of producing identical types of cells until recently. For example, scientists formerly believed that stem cells in the bone marrow could only produce blood cells.

Adult stem cells, on the other hand, may be able to form a variety of cell types, according to new data. Bone marrow stem cells, for example, may be able to become bone or heart muscle cells.

Early-stage clinical trials to determine utility and safety in individuals have resulted from this research. Adult stem cells, for example, are currently being investigated in persons with neurological or cardiovascular diseases.

Adult cells are altered to have properties of embryonic stem cells (induced pluripotent stem cells): Using genetic reprogramming, scientists have effectively turned ordinary adult cells into stem cells. Researchers can reprogram adult cells to act like embryonic stem cells by changing the genes in the cells.

Researchers may be able to use reprogrammed cells instead of embryonic stem cells, avoiding immune system rejection of the new stem cells, thanks to this novel technology. However, experts are unsure if employing changed adult cells may have negative consequences in humans.

Regular connective tissue cells have been reprogrammed to become functioning heart cells by researchers. Animals with heart failure who were given fresh heart cells had better cardiac function and survived longer in experiments.

Perinatal Stem Cells: Researchers found stem cells in both amniotic fluid and umbilical cord blood. These stem cells can also differentiate into different types of cells.

The sac that surrounds and protects a developing fetus in the uterus is filled with amniotic fluid. Researchers discovered stem cells in amniotic fluid samples taken from pregnant mothers to check for abnormalities during a technique known as amniocentesis.

To fully comprehend the potential of amniotic fluid stem cells, more research is required.

Stem cells are present inside different types of tissue. Scientists have found stem cells in tissues, including:

  • the brain

  • bone marrow

  • blood and blood vessels

  • skeletal muscles

  • skin

  • the liver

Difference between stem cells therapy, transplant, and injections

Aside from stem cell injections, a stem cell transplant is another phrase that many people are curious about. What's the distinction between a stem cell transplant, a stem cell injection, and stem cell therapy?

Stem Cell Therapy vs. Stem Cell Injection vs. Stem Cell Transplant

Let's start by defining what stem cell treatment is. In a word, stem cell therapy is a set of procedures that uses stem cells to improve a person's condition or treat a disease.

  • Diagnostics, stem cell harvesting, injection, and other procedures are all part of the treatment. The stem cells used in the injection can come from the patients or from a third party. Donors are frequently relatives or someone who have the same blood type as you.

  • A stem cell transplant is defined as the removal of stem cells from one person's body and transplanting them into the body of another person. This is most typically due to a lack of healthy stem cells in the patients themselves.

  • This normally occurs after cancer cells have been eliminated by chemotherapy or radiotherapy, but regrettably, stem cells in the bone marrow are also damaged during this process.

  • Doctors can sometimes collect a patient's own stem cells prior to these treatments if the patient's own stem cells are healthy enough.

  • Stem cell transplants are often used to treat people with leukemia, myeloma, or lymphoma.

b. Stem Cell Therapy (Diseases and Conditions Treatable By Stem Cell Therapy And Their Cost In Turkey - Listing)

Benefits of Stem Cells for different conditions

Stem cells are crucial for a variety of reasons, rather than serving a single purpose.

To begin with, many stem cells can take on the job of any type of cell given the correct stimulus, and they can restore damaged tissue under the right circumstances.

This capability could save lives or help individuals recover from disease or injury by repairing wounds and tissue damage. Stem cells could be used in a variety of ways, according to researchers.

Tissue Regeneration- 

The most common application of stem cells is in tissue regeneration.

Previously, someone in need of a new kidney had to wait for a donor and then undergo a transplant.

There is a scarcity of donor organs, but scientists could employ stem cells to generate a certain tissue type or organ by guiding them to develop in a precise way.

For example, surgeons have already created new skin tissue using stem cells from just beneath the skin's surface. They can then graft this tissue onto damaged skin to treat a serious burn or other lesions, and new skin will grow back.

Cardiovascular Disease Treatment- 

This type of technique could eventually help to treat people with cardiovascular and vascular diseases. The quality of these new blood vessels was as good as the nearby natural ones.

Brain Disease Treatment-

Doctors may one day be able to cure brain illnesses like Parkinson's and Alzheimer's using replacement cells and tissues.

Damage to brain cells, for example, causes involuntary muscular movements in Parkinson's disease. Scientists may be able to employ stem cells to repair damaged brain tissue. This may help to restore the specialized brain cells that inhibit uncontrollable muscle movements.

Treatments are hopeful since researchers have already tried differentiating embryonic stem cells into these sorts of cells.

Cell Deficiency Therapy- 

Researchers hope to be able to generate healthy heart cells in the lab and transplant them into people with heart disease one day. By repopulating the heart with healthy tissue, these new cells may be able to mend cardiac damage.

People with type I diabetes, meantime, may get pancreatic cells to replace insulin-producing cells that their immune systems have lost or destroyed. The sole current treatment option is a pancreatic transplant, however, only a few pancreases are available.

Blood Disease Treatments- 

Adult hematopoietic stem cells are now commonly used to treat disorders including leukemia, sickle cell anemia, and other immunodeficiency issues.

Hematopoietic stem cells are found in the blood and bone marrow and can create all blood cell types, including oxygen-carrying red blood cells and disease-fighting white blood cells.

Donating or Harvesting Stem Cells- 

People can donate stem cells to help a loved one or for their own future usage.

Donations can be made through the following therapies:

  1. Bone Marrow- These cells are extracted from the hip or pelvic bone under general anesthesia. The stem cells are then harvested from the bone marrow and stored or donated.

When the bone marrow is destroyed by disease, chemotherapy, or radiation, stem cell transplants are utilized to restore the stem cells. The transplant procedure is known by many names depending on where the stem cells come from:

  • Bone marrow transplant (BMT)

  • Peripheral blood stem cell transplant

  • Cord blood transplant

All of these are referred to as hematopoietic stem cell transplants. Transplants can be divided into two categories. They get their names from the people who contribute the stem cells.

  • Autologous: The word "auto" refers to one's own self. Autologous transplants use stem cells from the same person who will get the transplant, making the patient their own donor.

  • Allogeneic is derived from the Greek word allo, which means "other." Allogeneic transplants use stem cells from someone other than the patient, either a related or unrelated donor.

  1. Peripheral stem cells: A person's bone marrow is injected numerous times, causing stem cells to be released into the bloodstream. Following that, blood is taken from the body, a machine separates the stem cells, and the blood is returned to the body by doctors.

  2. Umbilical cord blood: After delivery, stem cells can be extracted from the umbilical cord without harming the newborn. Some people give their cord blood, while others keep it in their freezer. 

The cost of extracting stem cells is high, but the benefits for future needs are numerous:

  • Because stem cells are easily available

  • transplanted tissue from the recipient's own body is less likely to be rejected

Cost Comparison:

Taking Turkey into consideration for Stem Cell Therapy, Turkey beats the Western countries in stem cell transplant. "Turkey is the rising star of Europe in stem cell and cancer treatment". Average Costs for Stem Cell Therapy in Turkey for Different conditions-

Type of Stem Cell Treatment

Turkey (starts from)

Stem Cell Injections

$8,000

Erectile Dysfunction

$10,500

Stroke

$15,000

Spinal Cord Injury

$28,000

Bone Marrow Transplant

$40,000

Arthritis

$20,000

Transplant for Cancer

$46,000

Country wise cost comparison for Stem Cell Therapy:

CountryCostLocal_currency
IndiaUSD 5000India 415750
MalaysiaUSD 19000Malaysia 89490
TurkeyUSD 7000Turkey 210980

Treatment and Cost

15

Total Days
In Country
  • 1 Day in Hospital
  • 2 No. Travelers
  • 14 Days Outside Hospital

Treatment cost

USD15000 - USD25000

3 Hospitals


Types of Stem Cell Therapy in Baskent University Istanbul Hospital and its associated cost

Treatment OptionApproximate Cost Range (USD)Approximate Cost Range (TRY)
Overall Stem Cell Therapy Cost7983 - 13737241112 - 404790
Autologous Stem Cell Therapy5513 - 9098167198 - 271119
Allogeneic Stem Cell Therapy7788 - 13648237398 - 410567
  • Address: Altunizade, BAKENT
  • Facilities related to Baskent University Istanbul Hospital: SIM, TV inside room, Accommodation, Airport Transfer

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DOCTORS IN 14 SPECIALITIES

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Types of Stem Cell Therapy in Asya Hospital and its associated cost

Treatment OptionApproximate Cost Range (USD)Approximate Cost Range (TRY)
Overall Stem Cell Therapy Cost7092 - 12175214888 - 366872
Autologous Stem Cell Therapy5063 - 8094152994 - 244524
Allogeneic Stem Cell Therapy7102 - 12154214555 - 367570
  • Address: Yeni, ASYA HASTANES, Cami Kars Sk., Gaziosmanpaa/stanbul, Turkey
  • Facilities related to Asya Hospital: Online Doctor Consultation, Post operative followup, Mobility Accessible Rooms, Rehabilitation, Air Ambulance

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Types of Stem Cell Therapy in Guven Hospital and its associated cost

Treatment OptionApproximate Cost Range (USD)Approximate Cost Range (TRY)
Overall Stem Cell Therapy Cost7751 - 13796236237 - 405129
Autologous Stem Cell Therapy5729 - 9139173076 - 269988
Allogeneic Stem Cell Therapy7785 - 13211232335 - 409292
  • Address: Kavakldere, G
  • Facilities related to Guven Hospital: Choice of Meals, Interpreter, TV inside room, Accommodation, Airport Transfer

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Types of Stem Cell Therapy in StemCells 21 and its associated cost

Treatment OptionApproximate Cost Range (USD)Approximate Cost Range (THB)
Overall Stem Cell Therapy Cost11207 - 17173392896 - 605363
Autologous Stem Cell Therapy7976 - 13675279241 - 483857
Allogeneic Stem Cell Therapy11085 - 17226407195 - 613878
  • Address: StemCells21 Lumphini, Bangkok, Thailand
  • Facilities related to StemCells 21: Choice of Meals, Interpreter, SIM, TV inside room, Accommodation

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Types of Stem Cell Therapy in Venkateshwar Hospital and its associated cost

Treatment OptionApproximate Cost Range (USD)Approximate Cost Range (INR)
Overall Stem Cell Therapy Cost5068 - 8140416958 - 663624
Autologous Stem Cell Therapy3056 - 5081250605 - 415336
Allogeneic Stem Cell Therapy5058 - 8123417887 - 663458
  • Address: Venkateshwar Hospital, Sector 18, Sector 18A, Dwarka, Delhi, India
  • Facilities related to Venkateshwar Hospital: Post operative followup, Mobility Accessible Rooms, Online Doctor Consultation, Air Ambulance, Religious Facilities

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Types of Stem Cell Therapy in Artemis Health Institute and its associated cost

Treatment OptionApproximate Cost Range (USD)Approximate Cost Range (INR)
Overall Stem Cell Therapy Cost5749 - 9106466374 - 728941
Autologous Stem Cell Therapy3430 - 5613278685 - 469044
Allogeneic Stem Cell Therapy5544 - 9059458870 - 748143
  • Address: Artemis Hospitals, Sector 51, Gurugram, Haryana, India
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Apart from in-detail treatment procedures available, Farrer Park Hospital located in Connexion, Singapore has a wide variety of facilities available for International Patients. Some of the facilities which are provided by them are Accommodation, Airport Transfer, Choice of Meals, Interpreter, SIM, TV inside room. Also listed below are some of the most prominent infrastructural details:

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We, The London Clinic family, take pride in our reputation as a multi-disciplined healthcare facility. With skilled nurses and expert consultants, our medical teams are always focused to deliver the best individualized medical care. More than 1,000 nursing, clinical, and support staff are currently working with us to give our patients an extensive range of treatments. We use cutting-edge technologies to ensure a comprehensive range of healthcare services. Not only that, in order to make your stay with us comfortable enough, we equip our patient bedrooms with:

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Types of Stem Cell Therapy in Apollo Hospital and its associated cost

Treatment OptionApproximate Cost Range (USD)Approximate Cost Range (INR)
Overall Stem Cell Therapy Cost5724 - 8833464524 - 746351
Autologous Stem Cell Therapy3438 - 5740278423 - 457463
Allogeneic Stem Cell Therapy5596 - 9022464038 - 725456
  • Address: Apollo Hospital Greams Road Chennai - Best Hospital in Chennai, Greams Road, Thousand Lights West, Thousand Lights, Chennai, Tamil Nadu, India
  • Facilities related to Apollo Hospital: Post operative followup, Mobility Accessible Rooms, Online Doctor Consultation, Air Ambulance, Religious Facilities

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Types of Stem Cell Therapy in Indraprastha Apollo Hospital and its associated cost

Treatment OptionApproximate Cost Range (USD)Approximate Cost Range (INR)
Overall Stem Cell Therapy Cost5517 - 9186451270 - 747952
Autologous Stem Cell Therapy3397 - 5746273651 - 452809
Allogeneic Stem Cell Therapy5591 - 9068468126 - 751436
  • Address: Indraprastha Apollo Hospitals, Mathura Road, Sarita Vihar, New Delhi, Delhi, India
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About the Stem Cell Therapy

Stem cells are the body's raw materials cells from which all other cells with specific functions are produced. Stem-cell therapy means using the stem cells to treat or stop disease or condition. The most widely used stem cell treatment is called as hematopoietic or blood stem cell transplantation, like bone marrow transplantation which is done to treat blood and immune system ailments or to restore the blood system after treatments for certain types of cancer. The two main ways by which stem cells can be used are as follows:

1) Transplant: The chosen stem cells are collected either from the patient or a donor and cultured or modified in some way prior injecting or grafting into the patient.

2) A target for a drug or other biologic: Here the drug or biologic is planned to activate a required response from the stem cells that are present in the patient’s organs or tissues.

How is Stem Cell Therapy performed?

The doctor will first clean and numbs by giving anaesthesia to the hip area. A needle is then inserted into an area of the pelvic bone which is called as the iliac crest. Bone marrow is then removed using an extraordinary syringe and the sample taken is sent to the laboratory. The doctor then cleans and numbs the patient’s affected area that needs treatment. Under the guidance of special X-rays, the doctor injects the stem cells into the affected region. The complete procedure normally takes less than one hour and the patient may return home on the same day of the procedure. There are stem cell treatments for different types of medical conditions as below:

Stem cells treatment for multiple myeloma:

The patient receives high-dose chemotherapy to kill the cells in the bone marrow. Later, the patient gets fresh, healthy blood-forming stem cells.

Stem cells treatment for sickle cell disease:

Same procedure followed as a treatment for multiple myeloma.

Stem cells treatment for lymphoma:

Stem cell transplants are at times used to treat lymphoma patients who are in remission during or after treatment. The stem cells are frozen and stored while the person gets high-dose chemotherapy or radiation. Then through IV, it is given back into the patient’s blood.

Stem cells treatment for leukaemia:

Same procedure followed as a treatment for lymphoma.

Stem cells treatment for thalassemia:

Stem cells are taken from a healthy donor and transferred into the patient’s blood. The stem cells the move to the patients’ bone marrow where they grow and allow it to generate healthy blood cells.

Stem cells transplant for diabetes:

The skin cells from a diabetes patient can be reprogrammed into induced pluripotent stem cells that have the probability to make any cell type in the body, containing beta cells (cell types involved in diabetes), as well as the immune cells which attack and destroy beta cells in type 1 diabetes.

Stem cells transplant for muscular dystrophy:

Injecting stem cells into the body with muscular dystrophy, the stem cells may produce working muscle fibres to substitute the patient’s damaged ones which help to gain muscle strength, can exercise for longer and generate normal muscle proteins.

Recovery from Stem Cell Therapy

The complete stem cell procedure will take 3-4 hours. Stem cell patients easily walk out on their own. They can normally return to work and daily activities within two days. They need to take it easy and should not do any load bearing activities for at least three weeks post procedure. They will need to abstain from taking NSAIDs for a while as this can affect the healing process of the body. Normally for a period of six to twelve months, many patients will have ongoing improvement, observing a reduction in inflammation, less pain and an increase in mobility and function.

Patient Stories

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Frequently Asked Questions

How much does Stem Cell Therapy cost in Turkey?

It's important to remember that stem cell therapy is a relatively new field of medicine, and that research into many different potential applications is still ongoing. However, even for uncomplicated procedures, more people than ever are opting for this approach. Tennis Elbow, as previously indicated, can be cured with a single injection into the joint – as can other forms of arthritis – but even this basic therapy can cost upwards of $1000. The high price is due to the time and effort required to extract stem cells, develop additional daughter cells, and then instruct them to become the required cell type, which is a highly specialized procedure.

Treatments that are more in-depth and complex might cost tens of thousands of dollars, or even $100,000. A simple answer to the topic is that stem cell therapy can cost anywhere from $1000 to $100,000, depending on the procedure. For example, a simple injection into a broken knee will be significantly less expensive than full treatment for an MS patient. Individuals should get expert advice on the applicability of stem cell treatment to their disease, the possibility of success, and the overall cost of a consultant.

With internationally recognized hospitals, and highly skilled and accredited medical practitioners, facilities in Turkey guarantee exceptional patient care for stem cell treatment patients. Furthermore, compared to the cost in the USA, UK, or India – the main countries offering stem cell treatment – Turkey is much less expensive with the same levels of treatment, care and success.

What are the factors affecting the cost of Stem Cell Therapy in Turkey?

Stem Cell Therapy cost in Turkey varies from one hospital to the other. The Stem Cell Therapy package cost usually includes all the expenses related to pre and post-surgery expenses of the patient. The Stem Cell Therapy cost in Turkey includes the cost of anesthesia, medicines, hospitalization, and the surgeon's fee. There are many things that may increase the cost of Stem Cell Therapy in Turkey, including prolonged hospital stay and complications after the procedure.

The cost of stem cell therapy is impacted by the following factors:

  • The type of stem cells used in the procedure

  • What is the location of the treatment?

  • If the cells have been expanded culturally,

  • If the cells are ethically sourced, viable, and regulated, they can be used.

  • The location of the laboratory (for cell expansion)

Which are some of the best clinics in Turkey for Stem Cell Therapy?

There are several best hospitals for Stem Cell Therapy in Turkey. Some of the most renowned hospitals for Stem Cell Therapy in Turkey include the following:

  1. Asian Health Center
  2. Guven Hospital
  3. Baskent University Istanbul Hospital
How many days does it take to recover post Stem Cell Therapy in Turkey?

Upon discharge from the hospital after Stem Cell Therapy in Turkey, the patients are advised to stay for about 15 days for recovery. During this time, the patient undergoes medical tests and consultations. this is to ensure that the treatment was successful and the patient us safe to return.

How much are the other expenses in Turkey apart from the cost of Stem Cell Therapy?

Apart from the Stem Cell Therapy cost, there are a few other daily charges that the patient may have to pay. These are the charges for daily meals and accommodation outside the hospital. The per day cost in this case may start from USD 50 per person.

Which are the best cities in Turkey for Stem Cell Therapy Procedure?

There are many cities that offer Stem Cell Therapy in Turkey, including the following:

  • Ankara
  • Fethiye
  • Antalya
  • Istanbul
Which are the best doctors offering Telemedicine for Stem Cell Therapy in Turkey?

There are many Stem Cell Therapy surgeons who offer video telemedicine consultation to patients who need this treatment. Some of them include the following:

How many days does one have to spend in the hospital for Stem Cell Therapy in Turkey?

The patient is supposed to stay at the hospital for about 1 days after Stem Cell Therapy for monitoring and care. The patient is subjected to several biochemistry and radiological scans to see that everything is okay and the recovery is on track. After making sure that patient is clinically stable, discharge is planned.

What is the average rating of Hospitals in Turkey offering Stem Cell Therapy?

The average rating for Stem Cell Therapy hospitals in Turkey is 3.6. This rating is automatically calculated on the basis of several parameters such as the infrastructure of the hospital, quality of services, nursing support and other services.

How many hospitals offer Stem Cell Therapy in Turkey?

There are more than 3 hospitals that offer Stem Cell Therapy in Turkey. These hospitals have propoer infrastructure as well as offer good quality of services when it comes to Stem Cell Therapy Such hospitals follow all legal protocols and guidelines as specified by the local medical affairs body when it comes to the treatment of international patients.

What are the conditions affected by Stem Cell Therapy?

Stem cell therapy has been hailed as a major medical breakthrough that can be utilized to treat a wide range of diseases and disorders caused by cell and tissue damage. The fact that daughter cells can be 'guided' to produce specific cell types adds to the method's versatility. The following are just a handful of the ailments that stem cell therapy can help with.

Types of Cancer and Stem Cell Therapy

Some types of cancer can be treated using stem cell treatment. This sort of treatment is most commonly used for leukemia and lymphoma, although it can also be used for other cancers. Since these are malignancies of the blood, the cells are guided to become blood cells and replenish the cancer-causing damaged or altered blood cells.

Crohn's Disease Stem Cell Therapy

Recent research has found that stem cell treatment can be effective in treating Crohn's disease patients, which is a significant development in this field of medicine. Fresh cells are effectively used to restart the body's immune system and minimize the disease's consequences. Adult or umbilical stem cells can be used in this manner.

Rheumatoid Arthritis Stem Cell Therapy

Rheumatoid arthritis and other illnesses characterized by inflammation of injured tissue have also been the subject of stem cell research. Because stem cells can be injected into damaged areas, they operate to lessen the consequences of inflammation by rebuilding and repairing tissue. This reduces the pain that chronic pain sufferers experience.

Other Conditions Treated with Stem Cells

Many other disorders, particularly those involving blood and degenerative diseases, may be treated using stem cell therapy. The therapy has been utilized to cure cartilage degeneration in individuals with heart disease and other illnesses, as well as in odd conditions such Buerger Disease, spinal cord damage, optic neuropathy, people with facial abnormalities, and even Tennis Elbow. COPD patients, as well as those with MS and other related illnesses, can benefit from stem cell treatment. Any disease or condition caused by tissue damage could potentially be treated with stem cells. This form of treatment appears to have a bright future.

Stem Cell Therapy for Other Conditions

Many other diseases, especially those that are blood-related and those that are degenerative diseases, may be treated using stem cell therapy. The therapy has been used in patients with heart disease and other conditions, to treat cartilage damage, in unusual conditions such a Buerger Disease, spinal cord damage, optic neuropathy, for people with facial deformities, and even for Tennis Elbow. COPD sufferers can also benefit from stem cell treatment, as can those with MS and similar conditions. Potentially, any disease or condition that results from tissue damage may be a subject for stem cell therapy. The future of this type of treatment looks very bright and provides hope for sufferers of many ailments.

Who are some of the top surgeons in Turkey for Stem Cell Therapy?

Doctors or Medical Experts who treat stem cell conditions are also known as Regenerative Stem Cell Doctor. A regenerative stem cell doctor is a specialist who uses stem cell therapy to treat patients. Some of the Top stem cell practitioners in Turkey are:

Dr. Erdal Karaoz- Consultant, Regenerative Medicine and Stem Cell Center at Liv Hospital, Turkey

Experience- 35 years

Qualifications- 

  • (1982-1986) B.Sc. Dicle University, Faculty of Science, Department of Biology, Diyarbakir- Turkey.

  • (1986-1989) M.Sc. Dicle University, Faculty of Medicine, Department of Histology and Embryology, Diyarbakir- Turkey.

  • (1990-1994) Ph.D. Gazi University, Faculty of Medicine, Department of Histology and Embryology, Ankara Turkey.

Career Profile- 

  • He holds the professional membership of the New York Academy of Sciences (NAS) Member, Turkish Haematology Society, European Haematology Association, International Cellular Medicine Society, Cell, Tissue and Organ Transplantation Society, and many others.

  • Also, he is the President of Stem Cell and Cellular Therapies Society

  • Dr. Erdal has been awarded many prestigious awards such as the 35th National Haematology Congress Young Scientist Award, The Travel Tripend Award of Continental European Division (CED) of the International Association for Dental Research (IADR), Turkish Diabetes Foundation- Diabetes Mellitus Support Award For Best Scientific Project, and many others

  • His special clinical interests are:

    • Stem Cell

    • Mesenchymal stem cell

    • Embryonic stem cell

    • Induced pluripotent stem cell

    • Tissue Engineering-3D

    • Good Manufacture Procedures

    • Diabetes (Type 1)

    • Neurodegenerative diseases

    • Muscular degenerative diseases