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Stem cells injected into the eyes of mice with defective corneas returned the corneas to a more normal appearance, a new study has found.
Researchers hope the procedure might one day be in humans. About 40,000 such transplants are done each year in the United States.
“The stem cells took the scar-like matrix, remodeled it and made it more like normal,” said senior investigator James Funderburgh, an associate professor of ophthalmology at the University of Pittsburgh. “We were surprised and delighted.”
A report on the study is in the April 9 online edition of the journal Stem Cells.
Italy is ranked among the top countries in Europe for the number of bone marrow transplants performed. This is one of the elements that emerged on the first day of the 3rd GITMO conference (Italian group for bone marrow transplants), which began today in Florence.
Italy plays a leading role for bone marrow transplants, said a statement, demonstrated by the fact that our country is one of the top contributors to the number of transplants performed in Europe. The European Bone Marrow Transplant Group (EMBT) collects and stores data regarding transplants performed in various countries, and Italy is
Transplanting own stem cells into heart of severe angina patients lessens their pain and improves their ability to walk, a new study has revealed.
The largest national stem cell study for heart disease showed that transplant subjects also experienced fewer deaths than those who didn’t receive stem cells.
In the 12-month Phase II, double-blind trial, subjects’ own purified stem cells, called CD34+ cells, were injected into their hearts in an effort to spur the growth of small blood vessels that make up the microcirculation of the heart muscle (…)
He also said that this study provides the first evidence that a person’s
In a fresh demonstration of science’s newfound ability to alter the basic units of human life, researchers at the Medical College of Wisconsin have turned the cells in human skin into those in the liver, work that opens new avenues for treating diseases of the liver without relying on organ transplants.
Professor and stem cell researcher Stephen A. Duncan and other scientists in his lab reported this week in the journal Hepatology that they have created reprogrammed mouse liver cells that were identical to those grown in nature and were able to integrate and grow alongside those in a mouse
A new report brings bioengineered organs a step closer, as scientists from Stanford and New York University Langone Medical Center describe how they were able to use a “scaffolding” material extracted from the groin area of mice on which stem cells from blood, fat, and bone marrow grew. This advance clears two major hurdles to bioengineered replacement organs, namely a matrix on which stem cells can form a 3-dimensional organ and transplant rejection.