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'Stem cells derived from the placenta are among the important sources in modern medical and cosmetic research, with applications being explored in several areas' Dr Fakhriya.....
'Stem cells derived from the placenta are among the important sources in modern medical and cosmetic research, with applications being explored in several areas' Dr Fakhriya.....
For decades, mammary stem cells have been portrayed as the hidden architects of the breast: rare, self-renewing cells capable of producing the specialized cell types that build and...
A gentler stem cell transplant rejuvenated aging blood and immune systems in mice. Imagine storing your own healthy blood stem cells while young, then receiving them decades later...
First generation stem cell therapies that use a variety of cell sources and protocols are widely used in the medical tourism industry. A more limited set of such therapies are used...
Researchers in Australia have created human heart valve tissues from stem cells, providing a new platform to advance treatments for childhood heart diseases, reported Xinhua. The...
By Pat AnsonStem cells are often touted for their ability to reduce pain, restore damaged tissues and joints, and even treat cancer.But researchers at Weill Cornell Medicine and Ho...
High-risk MDS stem cells may have a dangerous weakness hidden inside their own metabolism: an “energy addiction” that researchers may be able to exploit to selectively attack the c...
Stem cells in the Drosophila intestine continuously generate new cells, but their division must be precisely limited to preserve tissue balance. Left unchecked, overproliferation c...
A new study tracking human stem-cell-derived cardiovascular progenitors inside injured pig hearts has identified a molecular signal that may help explain how transplanted cells pro...
Melbourne researchers have created human heart valve tissues from stem cells, providing a powerful new platform to advance treatments for childhood heart diseases.
When immunology researchers talk about “T cell stem cells” (or stem T cells or T memory stem cells), are they talking more generally about hematopoietic stem cells? No, because tho...
A hospital in east China has used reprogrammed stem cells to treat severe heart failure, with 90 per cent of patients showing significant recovery in heart function after the novel...
Researchers have described a method of using exosomes derived from mesenchymal stem cells (MSCs) to fight harmful metabolic changes in the liver. Another look […]
Cortical neural stem cells branch early into parallel lineages, overturning traditional views on how brain cell types form.
An investigational stem cell-based therapy that would replace the nerve cells, or neurons, lost due to Parkinson’s disease was found to be generally safe and feasible for use after...
Hematopoietic stem cell transplantation (HCT) is a treatment for some life-threatening cancers and nonmalignant disorders. As HCT is a curative treatment, it is used to treat child...
The field of regenerative medicine is gaining momentum. Mesenchymal stem cells (MSCs) remain central to this field, with expanding applications as direct therapies and as producers...
A protein and signaling pathway may help overcome the developmental block that keeps some leukemia cells immature. Inside the bone marrow, immature blood cells normally pass throug...
A newly reported nucleus pulposus cell population could reshape how scientists understand the spine’s natural capacity for repair. In a study published in Nature Communications, Zh...
Treatment with neural stem cells — cells that have the ability to mature into supportive cells of the brain and spinal cord — showed early signs of neuroprotection in people with p...
Patients with sickle cell disease are often hesitant to undergo transformative gene therapy—the current lengthy process requires multiple hospital visits to collect enough stem cel...
Cells do not become specialized in a single instant. During development, they gradually change their molecular programs, position, shape, polarity and behavior before reaching a ma...
The telomere protein TRF2 regulates non-telomeric G-quadruplex DNA structures in muscle stem cells to preserve cell identity, drive muscle regeneration, and slow Duchenne muscular...
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