British scientists have created human red blood cells from spare embryonic stem cells, a major breakthrough they claim could soon pave the way for production of synthetic ‘O-negative‘ blood for medical transfusions.
The red blood cells have been produced from stem cells from spare IVF embryos as part of a three-billion-pound project to develop an alternative source of O-negative blood, the universal donor group which can be transfused into people without fear of rejection, ‘The Independent’ reported.
In their research, the scientists used more than a 100 spare embryos left over from treatment at fertility clinics to establish several embryonic stem
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Expectant parents must make several important medical decisions. Among them: whether to have prenatal genetic testing, request pain medication during labor, strive for a natural birth or circumcise a male baby?
Perhaps one of the most overlooked parts of childbirth preparation is whether to save or donate the infant’s umbilical cord blood.
Umbilical cords are usually discarded as medical waste. But the potential uses for cord blood are growing, making it imperative that families understand their options, including whether to pay to have the blood stored for possible use in the event of their child’s illness
Cancer patients in remission at a Suffolk hospital can have their own cells transplanted back to them with the use of a new piece of equipment.
The stem-cell bath defrosts frozen cells taken from people recovering from blood cancers myeloma, leukaemia and lymphoma at Ipswich Hospital.
When transplanted back to the patient following treatment the cells can help their body create new bone marrow.
The bath cuts down on the need for patients to travel to other hospitals.
The stem cells are stored at -190C in liquid nitrogen and can be kept for several years at the national blood transfusion centre in Cambridge.
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It’s a doctor’s dream — an unlimited supply of disease-free blood.
And it may not be the stuff of fiction for long, reports CBS News correspondent Elizabeth Palmer.
Someone in the United States needs blood every two seconds. In surgery, on cancer words, on the nation’s battlefields — blood transfusions save lives.
But in the U.S., demand often exceeds supply. And elsewhere, especially in the developing world, there’s a real chance the blood cud be contaminated with diseases such as AIDS or Hepatitis C.
Enter Dr. Marc Turner, a cell biologist from Scotland who received a multi-million dollar research grant to
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At San Timoteo di Termoli Hospital, everything is in place to begin collecting stem cells, announced the Molise Regional Health Agency (ASREM) of Termoli-Larino, adding that as agreed with the pediatrics unit of the hospital, the collection of stem cells to be used for topical use, mainly in pseudoarthrosis, will begin. Computer records and a network will be created and shared with the regional health care facilities for all transfusions. For the health agency, this is an ambitious project, which will involve the entire team from the transfusion centre, which will collaborate with Regional Executive Health