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The Regeneration Center

Stem Cell Regeneration Center is dedicated to providing regenerative stem cell treatments in Thailand

Stem Cell Regeneration Center of Thailand "SCT" is dedicated to providing regenerative stem cell treatments for many degenerative conditions.

28/02/2026

The Chemical Code That Stops Gut Stem Cells Turning Cancerous

Scientists have mapped how healthy gut tissue uses chemical switches to prevent stem cells from becoming cancerous. Intestinal stem cells normally reside in a specialized environment that keeps them in a youthful, flexible state through activating chemical tags on DNA called H3K27ac. When these cells migrate away to form specialized gut lining, they accumulate opposing repressive tags called H3K27me3 that lock away stem cell programs. This epigenetic balancing act acts as a gatekeeper, ensuring adult cells do not reactivate fetal growth patterns. Cancer appears to disrupt this system by removing the repressive marks, allowing mature cells to revert to stem-like states and replenish tumors. These findings suggest that restoring these chemical locks could offer new ways to stop colorectal cancers from recurring after treatment.

27/02/2026

First Trial Uses Stem Cells to Treat Spina Bifida Before Birth

The first human trial using stem cells to treat spina bifida during pregnancy has just completed. The experimental therapy combines standard fetal surgery with injections of regenerative cells to repair the spinal defect while babies are still in the womb. Spina bifida occurs when the spinal column fails to close completely, and the trial focused on its most severe form, enrolling six pregnant women whose babies underwent the procedure between 2021 and 2022. All six infants were born with their spinal repairs intact and experienced no serious complications. Unlike conventional fetal surgery, which aims to prevent further nerve damage by closing the opening, the stem cell approach offers the potential to actually regenerate tissue that has already been injured. The team will continue monitoring the children to confirm long term safety and improvements in quality of life.

26/02/2026

Healing with Nanotech: New Strategies for Soft Tissue Repair

Scientists are combining microscopic materials with living cells to transform how we treat damaged muscles, tendons, and skin. This approach merges nano-biomaterials, stem cells, and precision drug delivery to create smarter treatments for injuries that normally heal slowly or poorly. Structures smaller than a human hair can now guide cell growth and release medicine exactly where damaged tissue needs it most. Six recent studies investigate how these technologies work together to rebuild flesh from the cellular level up. The research targets better recovery from sports injuries, surgery, and chronic wounds. With thousands of scientists already exploring this intersection of biology and engineering, practical applications for regenerative medicine are drawing closer.

25/02/2026

How 10 Minutes of Daily Mindfulness Helps You Stick to Health Goals

You already know that exercise and good sleep keep you healthy. The challenge is following through when life gets busy. New research suggests that mindfulness, the simple act of paying attention to the present moment without judgment, could close that gap between knowledge and action. Unlike fitness trackers or meal plans, mindfulness needs no equipment and takes just ten minutes daily. Studies show it lowers anxiety and improves sleep. Extended practice also reduces harmful inflammation linked to heart disease and sharpens thinking. The biggest benefit may be sticking with new habits. A 2024 study of over 1,200 adults across 91 countries found that daily mindfulness practice helped participants turn health intentions into consistent action. By teaching you to notice thoughts and discomfort without automatically reacting, this mental skill makes it easier to choose the healthy option even when motivation drops. It is not about clearing your mind or forcing calm, but about training a practical skill that supports your other wellness goals.

24/02/2026

Cellular 'Brake' Discovery Could Halt Aggressive Blood Cancer

Scientists have identified a natural brake on blood stem cells that prevents them from turning cancerous, offering a potential new treatment route for acute myeloid leukemia. The receptor, known as SUCNR1, keeps stem cells in a healthy balanced state. When levels are low, cells multiply uncontrollably and develop into cancer. Patients with low SUCNR1 levels have significantly worse survival outcomes. The molecule succinate activates this brake, suppressing proteins that drive cancer growth. Previously seen as harmful in leukemia, succinate now shows a protective side. The finding is significant because AML, an aggressive blood cancer mainly affecting people over 65, has only a 20 percent five-year survival rate. Current cures require stem cell transplants too intensive for many older patients. Activating this natural brake could provide a gentler alternative.

23/02/2026

Scientists Plan Major Review of Voice Analysis for Brain Disease Detection

Researchers are planning a comprehensive survey of how artificial intelligence might turn simple voice recordings into early warning systems for brain diseases like dementia and Parkinson’s. Since current diagnostic tests can be invasive, expensive, and infrequent, scientists hope that subtle changes in speech could offer an accessible alternative for monitoring neurological health in people over 65. The team from Tabriz University of Medical Sciences will systematically analyze existing studies published between 2012 and 2026, examining how machine learning algorithms detect vocal patterns associated with cognitive decline. By mapping this rapidly growing field, they aim to identify gaps in knowledge and guide the development of affordable screening tools that could catch symptoms years before traditional diagnosis.

22/02/2026

How Mesenchymal Stem Cells Help Initiate Organ Repair

Scientists are learning more on how mesenchymal stem cells, a type of adult cell found in cord tissue, bone marrow and fat tissue, can change how we treat damaged organs. These cells act like the body's own maintenance crew, reducing inflammation and stimulating natural repair processes. A new research collection explores their potential to heal injuries in the heart, liver, and other organs without surgery. Early work suggests these cells can migrate to damaged areas and release signals that encourage tissue regrowth. While clinical applications are still improving, this approach may offer alternatives to organ transplants and long term drug therapies for chronic damage.

19/02/2026

How TGF-β3 Acts as a Master Switch for Stem Cell Fate

Scientists have mapped how a specific protein signal called TGF-β3 influences what stem cells become. This molecule helps determine whether these versatile cells multiply, specialize into specific tissues, or die off. Rather than acting as a simple switch, TGF-β3 operates through complex networks that depend on timing, concentration, and cellular context. It triggers chains of molecular messages via both traditional and alternative pathways across six cell types, including neural stem cells that could treat brain injuries and mesenchymal cells used in regenerative medicine. Understanding these precise control mechanisms could lead to targeted therapies for conditions ranging from blood disorders to dental regeneration. By manipulating this signaling system, researchers hope to harness stem cells for tissue repair with greater precision.

17/02/2026

Childhood Cancer Strikes Few, But Leukemia Survival Tops 90 Percent

Learning your child has cancer feels catastrophic, yet these diagnoses are statistically rare, representing less than one percent of all cancer cases. For the families affected, the situation blends terror with surprising hope. Leukemia, a cancer of the blood and bone marrow, ranks as the most common childhood variety. Medical progress has pushed recovery rates for this specific cancer to between 90 and 95 percent. While no family wants to join this small group of patients, most children facing leukemia can now expect to survive and thrive.

16/02/2026

Stem Cell Therapy for Demyelinating Multiple Sclerosis

Multiple Sclerosis constitutes a demyelinating disorder of the central nervous system characterized by immune mediated damage to the myelin sheath surrounding axons in the brain and spinal cord. This pathological process disrupts efficient electrical signal conduction between nerve cells and produces scarring or sclerotic plaques within white matter. The condition manifests across four primary clinical variations. Relapsing Remitting Multiple Sclerosis represents the most common form, featuring recurrent attacks followed by partial functional restoration during remission periods. Secondary Progressive Multiple Sclerosis develops after continued attacks, resulting in progressive neurological damage and motor neuron death. Primary Progressive Multiple Sclerosis demonstrates steady functional decline without intermittent remissions. Progressive Relapsing Multiple Sclerosis constitutes the rarest and most treatment resistant variation, often requiring aggressive combination therapy with immunosuppressive techniques. Stem cell transplants provides a potentially life changing therapeutic intervention for appropriate candidates. This cellular protocol at The Regeneration Center offers particular efficacy for patients with progressive forms, though qualification depends on specific MS type and disease stage. Neurological testing identifies the myelopathic features standard across MS variations, enabling targeted treatment selection.

15/02/2026

: Silver Liquid vs. Fillings: Trial for Preschoolers' Cavities

A major clinical trial launching next year will pit a simple silver liquid against traditional fillings for treating cavities in preschoolers. Starting in 2025, researchers will enroll children aged 2 to 5 with active tooth decay, tracking about 234 cavities per treatment group. The silver diamine fluoride (SDF) treatment works like a brush-on varnish that stops cavities from growing, offering a needle-free, drill-free alternative to conventional gentle fillings. Scientists will measure three things over 12 months: whether the silver liquid halts decay as effectively, how children and parents feel about the procedure, and how treatment impacts the child's daily comfort and quality of life. If SDF proves successful, it could transform dental care for young children, especially in underserved areas where access to traditional dentistry is limited. The study will also monitor for any unwanted effects.

14/02/2026

Distant brain cells guide spinal cord healing

Scientists have discovered that star-shaped brain cells far from a spinal cord injury site act as crucial repair coordinators. These cells, called astrocytes, release a protein named CCN1 that guides microglia, the brain's cleanup crew, to properly clear away damaged myelin, the protective coating around nerve fibers. When astrocytes cannot produce CCN1, microglia become overactive and dysfunctional, hoarding debris instead of disposing of it. This leads to failed nerve repair and poorer recovery in injured mice. The study reveals that CCN1 helps microglia store fats properly, which is essential for their cleanup function. Intriguingly, these CCN1-producing astrocytes appear not only after spinal cord injury but also in multiple sclerosis and similar diseases in both mice and humans. The discovery opens new avenues for treating spinal cord injuries and demyelinating diseases by targeting this cellular communication pathway.

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จันทร์	09:00 - 17:00
อังคาร	09:00 - 17:00
พุธ	09:00 - 17:00
พฤหัสบดี	09:00 - 17:00
ศุกร์	09:00 - 17:00

เบอร์โทรศัพท์

+66808069391

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https://stemcellthailand.org/

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Regenerative Non-Surgical Medical Solutions

Stem Cell Regeneration Center of Thailand "SCT" is dedicated to providing regenerative stem cell treatments for many degenerative conditions. Our specialty as a biotech company that manufactures best-in-class, allogeneic, adult stem cells and stem cell-derived factors.