regen center bangkok

Regeneration Center: A Stem Cell Institution Since 2007

Throughout history, humans have been blessed with the power of reasoning, memory, imagination, and intellect. In the last 100 years, humanity has finally started understanding the fundamentals of medical science and, in the process, created a revolutionary new field known as regenerative medicine. Researchers’ discoveries in the last century have helped us overcome the previously “so-called” intractable & incurable diseases of the late 18th century. In the last century, we have learned how to effectively eliminate diseases like leprosy, T.B., and polio. Today, we are on the cusp of another giant leap for humanity. Through controlled cell culturing and differentiation, we can now stop and, in many cases, reverse damage to many human organs, such as the pancreas, liver, lungs, and heart, along with damage to tendons & tissues of the hands, legs, wrists, shoulders, and hips. Our cryogenic cell bank, stem cell clinic, testing facilities, and rehabilitation facilities offer comprehensive & integrative global cellular therapies for patients looking for effective results without the risks of invasive surgeries or organ transplantation

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In the 21st century, Stem cell science and biotechnology are the beacons of hope for many of today’s intractable diseases, such as Alzheimer’s, injury paralysis, cerebral palsy, traumatic spinal cord injury, ataxia, and kidney disease. This new and innovative field is still in its infancy. Still, stem cell therapies are THE treatment of choice for professional athletes and those who can afford the treatment, which is still not covered by most public insurance companies. Our medical team is trained in the cutting-edge biotechnology applications of cellular therapies for the public, private, and educational sectors and funded entirely by private medical institutes for functional health. In July of each year, we also offer a ten-day training retreat for physicians to gain accreditation in the fundamentals of therapeutic stem cell treatments. Contact us to learn about careers in Biotechnology or internship opportunities at the regeneration center.

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Regen Center Sukhumvit – Main Office

Regeneration Center Asoke Office

Institute of Stem Cells – What are stem cells?

Stem cells are the ‘building blocks’ of our bodies. These undifferentiated cells can essentially develop into any cell in the human body. These stem cells can be enriched for better potency

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and delivered painlessly to the patient. The lab-enhanced cells and neurotransmitters can then migrate to the injured areas of the body through a medical process known as “homing.” The cell infusion we perform is done systematically to allow for the new cells to replace the previously damaged cells slowly and allow. Stem cells have the unique capacity to self-renew and multiply themselves indefinitely. Stem Cells have the fantastic ability to form nerve cells, blood cells, or even muscle cells.

Stem cells are essential foundation cells for nearly every tissue, organ, and cell in the body. In humans, the first stem cells originate inside the developing embryo. Stem cells are also produced in the bone marrow. These bone marrow stem cells can develop into anything from the liver, nerve, fat, skin, cardiac muscle, and even bone. These types of cells are known as progenitor cells and lead to the rapid creation of new stem cells. It is for this reason that they are known as generative cells. Hematopoietic (From the Greek word “make blood”) cells are found in your bone marrow and can help create all blood cell types.

How much does stem cell therapy cost in Thailand?

Stem cell therapy prices depend on many factors, such as the type and severity of the disease, which require different protocols. Thus, the cost can range anywhere between $4000 and $12,500 per infusion. The Regeneration Center recommends that all candidates conduct research and review medical recommendations thoroughly before committing financially to therapy.

Costs will also vary based on the source of cells. Autologous (Adult Somatic) therapies from Bone marrow (BM) peripheral blood stem cells (PBSC) require more specific collection and isolation requirements than allogeneic protocols from multipotent cord tissue, amniotic-membrane-derived stem cells (AMS), cord blood-derived or placental membrane-derived mesenchymal cells, which can be performed as outpatient procedures.

Modern Stem Cell Clinic for Biological Healing

Cellular-based treatments are a health science. Modern mesenchymal cell treatments force cells to differentiate into a specific cell type required to treat or repair damaged or destroyed tissue or cells. Our stem cell institute uses adult autologous stem cell treatments to help treat certain conditions and diseases. Stem cell treatments are the use of adult stem cells in the treatment of diseases and disorders. 
Treatments with adult MSC+ stem cells can be divided into two main types:





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Autologous Cell regeneration treatments include the use of the patient’s own (Autologous) stem cells. These types of stem cells are mainly obtained from Peripheral blood, Adipose Tissue (Fat ), dental / Deciduous tooth pulp, or bone marrow.

Enhanced Allogeneic treatments include the use of matched donated stem cells to help treat a disease or disorder. These types of stem cells are mainly obtained from cord tissue, placenta-derived cells, amniotic fluid, dental pulp, or bone marrow cells.

Our therapies generally prefer autologous-derived stem cells as long as the quality and quantity of circulating stem cells can provide therapeutic benefits. In cases of elderly patients or genetic diseases, HLA-matched donated and cultured stem cells are often a better choice than autologous stem cells.

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Published Clinical Citations

  • [1] ^ Velasco, Román Pérez, Usa Chaikledkaew, Chaw Yin Myint, Roongnapa Khampang, Sripen Tantivess, and Yot Teerawattananon. 2013. Advanced health biotechnologies in Thailand: redefining policy directions. Journal of translational medicine (January 2). doi:10.1186/1479-5876-11-1. https://www.ncbi.nlm.nih.gov/pubmed/23281771