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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.

28/03/2026

How Your Gut Shuts Down Hunger When Parasites Strike

When you are fighting a parasitic infection, you often lose your appetite. Scientists have traced this protective behavior to a two step conversation happening inside your gut lining. Special sensory cells called tuft cells detect parasites and release a chemical messenger. At first, this happens in quick bursts, but as the infection progresses, these cells switch to a slow, continuous leak of the chemical. This sustained signal activates neighboring hormone releasing cells, which flood the system with serotonin. High enough levels of this brain signaling chemical stimulate the vagus nerve to tell the brain to shut down hunger signals. This discovery explains why you might feel fine initially but lose your appetite later in an infection, revealing how the gut and brain collaborate to prioritize healing over eating when under attack.

27/03/2026

Stem Cell Therapy Offers New Hope for Joint and Ligament Injuries

For athletes and active individuals, damaged cartilage and torn ligaments often mean surgery or chronic pain. New regenerative treatments using mesenchymal stem cells derived from umbilical cord tissue now offer alternatives. These specialized cells, combined with growth factors and platelet rich plasma, are implanted directly into injured joints including knees, ankles, shoulders, and hips. Unlike traditional approaches that simply manage symptoms, these therapies aim to rebuild tissue from within. The stem cells release chemical signals that recruit the body's own repair mechanisms and transform into the specific cell types needed for cartilage, tendon, or ligament repair. Using biodegradable scaffolds or injectable hydrogels, we can deliver these cells precisely where needed. Recovery typically takes weeks rather than months or years, potentially preventing the arthritis that often follows untreated joint damage. These protocols represent a shift from merely treating pain to actually reversing tissue damage through accelerated natural regeneration.

26/03/2026

Scientists Map How Brain Organization Evolves Across the Entire Lifespan

Scientists have mapped how the brain's large-scale organization changes from birth to age 100, revealing a predictable pattern of rise and fall. The brain's functional gradients, which describe how different regions connect and communicate along smooth axes, start simple in babies, anchored by basic sensory systems. During childhood and adolescence, these connections grow more complex and differentiated, forming distinct networks for attention, control, and abstract thought. As we age, this sophisticated architecture gradually simplifies again. This organizational trajectory tracks closely with cognitive performance throughout life. The findings also link these structural changes to genetic activity that is strongest early in life and fades with age, suggesting a biological timetable for brain development. This new timeline serves as a reference to identify when brain development or aging deviates from healthy patterns, potentially aiding early diagnosis of developmental or neurodegenerative conditions.

25/03/2026

How Gut Parasites Trigger a Two-Step Alert That Suppresses Appetite

Scientists have discovered how parasitic gut infections progress from silent invasions to symptoms like appetite loss. Specialized sentinel cells called tuft cells detect parasites and release a chemical messenger, acetylcholine. Initially, they release it in quick bursts, but as infection triggers inflammation, they switch to a slower, steady leak. This sustained signal reaches neighboring enterochromaffin cells, prompting them to release serotonin. Only this prolonged chemical conversation generates enough serotonin to alert the vagus nerve, which connects gut to brain, triggering reduced food intake. This two-phase system explains the delay between infection and symptoms, revealing how the gut coordinates immune defense with protective behaviors like fasting.

24/03/2026

New Trial Tests Spinal Chemotherapy Combo for Advanced Lung Cancer

When lung cancer spreads to the protective membranes surrounding the brain and spinal cord, a condition called leptomeningeal metastasis, patients face severe symptoms and limited treatment options. A new early-stage clinical trial in Shanghai will test whether injecting two chemotherapy drugs directly into the spinal fluid can safely fight these aggressive tumors. The protocol first tests pemetrexed alone in six patients to establish safety, then combines it with bevacizumab, a drug that blocks blood vessel growth in tumors. While both drugs are already used to treat lung cancer through standard intravenous delivery, direct injection into the central nervous system could bypass the body's protective blood-brain barrier and deliver higher drug concentrations to the cancer site. Phase Ia trials focus primarily on determining safe dosages rather than proving effectiveness. Success could offer new hope for patients whose cancer has spread to these delicate membranes, potentially improving both survival and quality of life.

23/03/2026

How Uneven Cell Division Maintains Your Sense of Smell

The tissue that lets you smell renews itself constantly throughout life thanks to specialized stem cells. Researchers have discovered that when these cells divide, they distribute their DNA packaging proteins unevenly between the two new cells. One daughter receives the original proteins and remains a stem cell, while the other gets fresh ones and becomes a specialized smell neuron. This uneven split depends on specific proteins called histones, particularly H4. When scientists disrupted this lopsided distribution in mice, the animals could not properly regenerate their smell tissue or recover their sense of smell after injury. The findings reveal a fundamental biological mechanism that allows adult stem cells to balance self-renewal with tissue repair, explaining how our sensory systems stay functional for decades.

21/03/2026

Modified Probiotic Bacteria Manufacture Cancer Drugs Inside Tumors

Researchers have transformed a common probiotic into a living drug factory that manufactures powerful cancer medication directly inside tumors. The team modified Escherichia coli Nissle 1917, a bacterium known to seek out and accumulate in tumors, to produce Romidepsin, an anticancer compound approved by the FDA and normally derived from soil bacteria. In laboratory tests, the engineered strain generated measurable drug yields. When tested with breast tumors, six different engineered versions outperformed standard bacteria treatments. The combination of the bacteria's natural inflammatory response and localized drug production proved especially lethal to cancer cells. Crucially, producing the drug directly at the tumor site dramatically reduced dangerous side effects including heart toxicity and death rates typically associated with systemic Romidepsin delivery. This approach offers a potential path to safer, more effective cancer treatments by ensuring toxic drugs hit their target while sparing healthy tissue.

20/03/2026

Adult Stem Cells Offer New Path for Treating Parkinson's

Parkinson's disease affects over 6 million people worldwide, slowly destroying the brain cells that produce dopamine, a chemical essential for smooth movement. While most cases have no known cause, the result is the same: tremors, stiffness, and declining motor control as dopamine levels drop. Several stem cell therapies are being tested to replace these lost cells, but not all are considered safe. Embryonic stem cells and reprogrammed adult cells carry significant risks of tumor formation or cancer, leading The Regeneration Center to reject them. Instead, the clinic uses mesenchymal stem cells harvested from adult tissues like bone marrow or umbilical cord tissue. These cells can transform into dopamine-producing neurons and reduce brain inflammation. For patients with advanced Parkinson's who have exhausted other options, this approach offers a potential pathway to slow progression and restore function by targeting the root cellular damage rather than just masking symptoms.

19/03/2026

The Skin-Gut Connection: Why Psoriasis and Bowel Disease Often Overlap

People living with psoriasis frequently face an unexpected companion: inflammatory bowel disease. Research shows these conditions often appear together in patients and families, sharing deeper roots than mere coincidence. Both involve chronic inflammation driven by similar immune system glitches, particularly aggressive T-cells that attack the body's own tissues. Scientists have identified shared genetic risk factors and biological pathways connecting the two. In both diseases, protective barriers become overly permeable, allowing irritants to trigger inflammation. The skin's surface and the intestinal lining become battlegrounds where immune cells release the same inflammatory chemicals. This biological kinship explains why treatments frequently overlap. Medications that calm the immune system, including newer biologic drugs that block specific inflammatory signals, often help both conditions. However, some therapies work better for one than the other, highlighting subtle differences in how these diseases operate. Recognizing this connection helps doctors spot early warning signs and choose treatments that address both the visible skin symptoms and hidden gut inflammation.

18/03/2026

New Therapies Target Root Cause of Cystic Fibrosis

Cystic fibrosis patients now live into their 30s thanks to better infection treatments, but doctors still cannot fix the underlying genetic defect causing the disease. The condition stems from mutations in the CFTR gene, which serves as a blueprint for a protein that maintains fluid balance in the lungs. In many patients, specific mutations create early stop signals that halt protein production prematurely, resulting in thick mucus that clogs airways. While current treatments manage symptoms through antibiotics and airway clearance, they do not address the broken genetic code. Emerging gene editing techniques could potentially remove these erroneous stop signals, enabling cells to manufacture the full, functional protein required to prevent mucus buildup.

17/03/2026

New Therapy Quiets Immune Disorders in Children but Carries Infection Risk

For children with treatment resistant inflammatory conditions like severe arthritis and bowel disease, pairing two specialized immune medications offered relief where standard drugs failed. Physicians treated 29 patients by combining biologic drugs, which target specific immune proteins, or by mixing a biologic with a JAK inhibitor, another precision immune therapy. Over half the children entered remission, and most who relied on steroids were able to stop or reduce them significantly. The aggressive approach carried notable risks: nearly 70% developed temporary low blood cell counts, and more than a quarter required hospitalization for infections during treatment lasting a median of 14 months. While promising for severe cases, the therapy demands careful medical supervision.

16/03/2026

How Scarred Lung Tissue Alters Stem Cell Behavior

Pulmonary fibrosis causes irreversible scarring of lung tissue and currently has no cure. Researchers are exploring stem cell therapies to repair the damage, but these treatments face significant hurdles. When transplanted into diseased lungs, stem cells interact with surrounding scar tissue and immune signals. This harsh environment can change how the cells behave, reducing their ability to survive and heal tissue effectively. Scientists studying these complex interactions hope to develop methods that protect transplanted cells or enhance their therapeutic power. Success could transform treatment for this progressive disease, which currently leaves patients with few options as their breathing worsens.

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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.