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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.

23/05/2026

Normal Vitamin B12 Ranges May Miss Early Brain Injury in Seniors

Current medical guidelines suggest certain vitamin B12 blood levels are adequate for older adults, but new research suggests these standards might miss subtle brain injury. Scientists studied 231 healthy seniors and found that even within the normal range, lower levels of active B12 were linked to slower brain processing speeds, delayed nerve signals in the visual system, and larger areas of white matter damage visible on brain scans. Unexpectedly, high levels of inactive B12 also correlated with elevated Tau protein, a marker associated with neurodegeneration. These findings indicate that the current definition of sufficient B12 may not protect against neurological changes in aging. The results challenge doctors to reconsider optimal nutritional thresholds for preserving brain health in later life.

22/05/2026

Beta Stem Cells for Treatment of Type 2 Diabetes

Uncontrolled blood sugar slowly damages the heart, kidneys, nerves, and eyes, making diabetes a leading cause of serious illness. A new regenerative approach uses mesenchymal stem cells, specialized cells derived from umbilical cord tissue, to repair the pancreas directly. Physicians deliver these enhanced cells through IV infusion or targeted administration to reduce inflammation and regenerate beta cells that produce insulin. For patients with Type 2 diabetes, whose bodies grow resistant to insulin or stop producing it, The Regeneration Center Protocol aims to stabilize blood sugar without daily injections or synthetic medications. By addressing the disease at its biological root rather than just managing symptoms, the treatment seeks to prevent the severe complications that threaten longevity.

21/05/2026

A Protein Building Block Boosts Cell Power Plants by Blocking Breakdown

Mitochondria serve as the cell's power plants, converting nutrients into usable energy. New research reveals that leucine, an essential amino acid abundant in meat and eggs, helps these organelles run more efficiently by shielding their surface proteins from destruction. Normally, a cellular sensor called GCN2 works with a molecule named SEL1L to tag outer mitochondrial membrane proteins for disposal. Leucine blocks this process, stabilizing the machinery that imports proteins into mitochondria and allowing the organelles to expand their workforce and increase energy production. The discovery carries clinical weight: disrupting this pathway made human lung cancer cells resistant to certain therapies, while defects in leucine processing harmed fertility in worms. The findings draw a direct line between nutrient intake and mitochondrial maintenance, offering new avenues for treating metabolic disorders and cancer.

20/05/2026

How Immune Cells Differ Genetically Between the Genders

Autoimmune diseases like lupus strike women far more often than men, and new research reveals part of the reason lies in how individual immune cells function differently between s*xes. By examining immune cells individually rather than in mixed batches, scientists spotted distinct genetic patterns previously hidden in bulk studies. Female immune cells showed heightened activity in genes controlling inflammation signals. Male cells, meanwhile, displayed stronger activity in ribosomes, the cellular machinery that builds proteins. The team identified over 1,000 genetic variants that influence immune gene expression differently depending on s*x, including variants affecting genes linked to lupus susceptibility in natural killer cells and monocytes. These findings help explain why women face higher autoimmune risk and could pave the way for treatments tailored by s*x. Understanding these cellular distinctions offers a clearer picture of immune health beyond basic comparisons between men and women.

19/05/2026

Stem Cell Treatments Offer New Alternative to Surgery for Injured Joints

Active lifestyles and sports often lead to painful cartilage and ligament injuries that traditionally require surgery. Now, advanced stem cell therapies using specialized cells called mesenchymal stem cells are helping patients heal without invasive procedures. These treatments, already popular among professional athletes, involve injecting concentrated cells directly into damaged areas like knees, ankles, shoulders, or hips. The cells used at the Regeneration Center can come from the patient's own body or from umbilical cord tissue, and they work by releasing signals that trigger natural tissue regeneration. This approach not only reduces pain and swelling but also prevents the long-term arthritis that often follows untreated joint damage. Unlike conventional surgery, these procedures use biodegradable scaffolds or hydrogels to support new tissue growth, potentially cutting recovery time from years to weeks.

18/05/2026

What to know: Mystery of the AnWj Blood Type Solved After 50 Years

Researchers have identified the genetic cause behind the AnWj blood group, ending a mystery that has persisted since 1972. The AnWj antigen, a molecular marker present on red blood cells of over 99.9 percent of people, lacked a known genetic origin until now. Scientists found that individuals with the extremely rare AnWj-negative blood type carry mutations in both copies of the MAL gene, which prevents production of the Mal protein on their red blood cells. This protein acts as a structural component of the cell membrane. The discovery explains why some patients develop immune reactions to AnWj following transfusions or illness, and establishes an official fresh blood group system. Understanding this genetic basis supports ensure safer blood matching for the rare individuals who lack this common marker.

16/05/2026

What to know: Common Blood Pressure Medication Strips Tumors of Immune Shield

Researchers have discovered that telmisartan, a widely prescribed medication for high blood pressure, can strip cancer cells of a critical defense mechanism that supports them hide from the immune system. The drug targets PD-L1, a protein that acts like an invisibility cloak on tumor surfaces, preventing immune cells from recognizing and attacking cancer. Unlike seven similar blood pressure medications tested, telmisartan uniquely triggers the destruction of this shield protein through a process that tags it for cellular garbage disposal. Because telmisartan is already FDA-approved, it could potentially be repurposed to boost existing cancer immunotherapies much faster than developing fresh drugs from scratch. Laboratory tests showed the drug depleted PD-L1 in breast, colon, and ovarian cancer cells without harming healthy immune cells. The findings suggest this common heart medication might help unmask stubborn tumors, making them vulnerable to the body's natural defenses.

14/05/2026

What to know: Enhanced Umbilical Cord Stem Cell Therapy Targets Autoimmune Diseases

A regenerative therapy using stem cells from umbilical cord tissue arrives in 2026 to address over 100 autoimmune conditions. These diseases develop when the immune system, which normally fights infections, mistakenly attacks healthy body tissue. Women face double the risk compared to men, with diagnoses often appearing during childbearing years between ages 15 and 45. Environmental factors like chemical exposure and processed foods can also trigger these disorders. Common examples include Type 1 diabetes, where the pancreas loses insulin producing cells, and Rheumatoid Arthritis, which causes painful joint inflammation. The Stem Cell Regeneration Center offers this treatment as part of efforts to recovery damage caused by these misdirected immune responses.

13/05/2026

What to know: Arts Engagement Matches Exercise for Slowing Biological Aging

People who regularly enjoyed cultural activities or stayed active showed slower aging across three different epigenetic measures. Surprisingly, the benefits of attending concerts or exhibitions matched those of exercise. The protective effect was strongest for adults over 40. While physical activity is already prescribed for health, these findings suggest that visiting galleries or theater performances deserve similar recognition as tools for healthy aging. Biological aging can slow down when you visit museums or hit the gym. fresh research tracking over 3,500 adults found that both arts engagement and physical activity were tied to younger-looking cells, as measured by epigenetic clocks. These chemical markers on DNA act like biological timestamps, revealing how quickly the body is aging regardless of birth date.

12/05/2026

What to know: Research Team Creates First Therapy to Mirror Stroke Rehab in Mice

The experimental compound DDL-920 restored these brain rhythms and repaired damaged neural connections, significantly improving movement control. Unlike treatments targeting the initial injury, this approach rebuilds circuitry weeks later. If proven safe in humans, the pill could complement or replace grueling rehabilitation schedules, transforming stroke care from physical therapy into molecular medicine. Stroke leaves millions with permanent disability because damaged brain circuits struggle to rebuild. Physical rehabilitation supports somewhat, but most patients cannot sustain the intense therapy needed for full recovery. Currently, no medications exist to recovery stroke damage. UCLA researchers have developed a drug candidate that replicates the benefits of physical rehab in mice. Published in Nature Communications, the study shows that strokes disrupt specific electrical patterns, called gamma oscillations, which coordinate movement across distant brain regions. These rhythms fade when connections to specialized neurons break down.

11/05/2026

What to know: Building Custom Neighborhoods to support Stem Cells Repair Tissue

Scientists are learning that stem cells are only as good as their surroundings. Like plants needing specific soil, light, and water, these master cells need carefully designed three-dimensional environments to transform into functioning tissue. Researchers review how engineered scaffolds, neighboring cells, and molecular signals can recreate the natural conditions found in the body, guiding both embryonic and adult stem cells to build blood vessels and other tissues. This approach could revolutionize treatments for age-related damage by growing replacement parts in the lab rather than relying on transplants. Beyond healing, these engineered tissues serve as realistic models for testing drugs and studying diseases, offering a window into human biology without experimenting on patients. The work focuses particularly on vasculogenesis, the formation of blood vessel networks essential for keeping any fresh tissue alive.

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725 Sukhumvit Road
Bangkok
10110

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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

เว็บไซต์

https://stemcellthailand.org/

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