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UCLA researchers reprogram normal tissue cells into embryonic stem cells
Researchers at the Institute for Stem Cell Biology and Medicine at UCLA were able to take normal tissue cells and reprogram them into cells with the same unlimited properties as embryonic stem cells, the cells that are able to give rise to every cell type found in the body. view more (2007-06-07)
Carnegie Mellon researchers to develop new drug delivery system
Carnegie Mellon University's Stefan F. Zappe is using adult neural stem cells to develop a new stem cell-based drug delivery therapy that may ultimately help treat a variety of inherited genetic disorders like Hunter syndrome. view more (2007-11-05)
Stem cell treatment succeeds in spinal cord-injured rats
Stem cells can repair damaged spinal tissue and help restore function in rats with spinal cord injuries, according to a new study. view more (2006-03-29)
New technique invented to reveal pancreatic stem cells
Wanted: stems cells. Just like those absconders chased by police all over the world, everybody can tell about their good deeds but none really knows how to recognize them. view more (2009-04-07)
Human induced plurtipotent stem cells reprogrammed into germ cell precursors
For the first time, UCLA researchers have reprogrammed human induced pluripotent stem (iPS) cells into the cells that eventually become eggs and sperm, possibly opening the door for new treatments for infertility using patient-specific cells. view more (2009-01-27)
What is the role of the omentum in regenerating the liver?
In their recent work to be published on March 7, 2009 in the World Journal of Gastroenterology, Dr. Singh and his colleagues from the Cook County Hospital in Chicago (USA) first activated the omentum using a foreign body to increase its content of stem cells and growth factors and then used the activated omentum to regenerate the liver. view more (2009-03-09)
Aging stem cells in mice may hold answers to diseases of the aged, Stanford study finds
As stem cells in the blood grow older, genetic mutations accumulate that could be at the root of blood diseases that strike people as they age, according to work done in mice by researchers at the Stanford University School of Medicine. view more (2007-06-07)
Using stem cells to help heart attack victims
New research at The University of Nottingham is paving the way for techniques that use stem cells to repair the damage caused by heart attacks. view more (2007-07-30)
Tumor suppressor gene in flies may provide insights for human brain tumors
In the fruit fly's developing brain, stem cells called neuroblasts normally divide to create one self-renewing neuroblast and one cell that has a different fate. But neuroblast growth can sometimes spin out of control and become a brain tumor. view more (2009-06-23)
Of mice and men: Stem cells and ethical uncertainties
The recent creation of live mice from induced pluripotent stem cells (iPSCs) not only represents a remarkable scientific achievement, but also raises important issues, according to bioethicists at The Johns Hopkins University's Berman Institute of Bioethics. view more (2009-10-30)
Researchers safely regenerate failing mouse hearts with programmed embryonic stem cells
Mayo Clinic researchers have safely transplanted cardiac preprogrammed embryonic stem cells into diseased hearts of mice successfully regenerating infarcted heart muscle without precipitating the growth of a cancerous tumor — which, so far, has impeded successful translation into practice of embryonic stem cell research. view more (2007-02-28)
How an enzyme tells stem cells which way to divide
Driving Miranda, a protein in fruit flies crucial to switch a stem cell's fate, is not as complex as biologists thought, according to University of Oregon biochemists. They've found that one enzyme (aPKC) stands alone and acts as a traffic cop that directs which roads daughter cells will take. view more (2009-05-14)
Testes to incubate stem cells
Men may cringe at the idea, but sperm-producing stem cells found in testicles could be extracted, grown in the lab, and frozen for future use. view more (2006-04-25)
CU-Boulder research team identifies stem cells that repair injured muscles
A University of Colorado at Boulder research team has identified a type of skeletal muscle stem cell that contributes to the repair of damaged muscles in mice, which could have important implications in the treatment of injured, diseased or aging muscle tissue in humans, including the ravages of muscular dystrophy. view more (2009-03-06)
UF scientists program blood stem cells to become vision cells
University of Florida researchers were able to program bone marrow stem cells to repair damaged retinas in mice, suggesting a potential treatment for one of the most common causes of vision loss in older people. view more (2009-07-31)
System to analyze beating heart stem cells could lead to heart attack treatments
New research at the University of Nottingham, funded by the Biotechnology and Biological Sciences Research Council (BBSRC), is paving the way for techniques that use stem cells to repair the damage caused by heart attacks. view more (2007-07-30)
Scientists identify pancreatic cancer stem cells
Researchers at the University of Michigan Medical Center have, for the first time, identified human pancreatic cancer stem cells. Their work indicates that these cells are likely responsible for the aggressive tumor growth, progression, and metastasis that define this deadly cancer. view more (2007-02-01)
Mount Sinai Hospital researcher makes stem cell breakthrough
In a study to be released on March 1, 2009, Mount Sinai Hospital's Dr. Andras Nagy discovered a new method of creating stem cells that could lead to possible cures for devastating diseases including spinal cord injury, macular degeneration, diabetes and Parkinson's disease. view more (2009-03-02)
Fat stem cells being studied as option for breast reconstruction
Breast cancer survivors might one day avoid the prospect of invasive breast reconstruction surgery, opting instead for an approach that would involve using stem cells derived from their own fat. view more (2006-10-27)
Stripping leukemia-initiating cells of their 'invisibility cloak'
Two new studies reveal a way to increase the body's appetite for gobbling up the cancer stem cells responsible for acute myeloid leukemia (AML), a form of cancer with a particularly poor survival rate. view more (2009-07-24)
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