As stem cell research continues to be a very divisive topic, a new study has revealed that the general public is much more willing to accept it than politicians.
This novel treatment could help thousands live independently.
Tailored stem cell treatment could become a reality in the near future.
For the first time, Japanese researchers have successfully grown a pair of kidneys in a lab and then transplanted them into animals. The organs functioned just fine, and this gives big hopes for the transplants ultimately moving to humans.
For the first time, scientists have developed a treatment for Multiple Sclerosis (MS) that actually reverses the disability. Dr. Richard K. Burt performed the first hematopoietic stem cell transplant (HSCT) for a multiple sclerosis (MS) patient in the United States at Chicago’s Northwestern Memorial Hospital, and the treatment shows great promise.
A Japanese woman in her 70s is the world’s first recipient of cells derived from induced pluripotent stem cells, a technology that promises to work wonders and has the scientific community excited about the perspectives. Surgeons working on the case created the retinal tissue after reverting the patient’s own cells to ‘pluripotent’ state. If you’d like to benefit from stem cells, but
A few months ago we were telling you about the researchers from Transylvania, Romania, who developed artificial blood. Now, the production of blood on an industrial scale could become a reality as other researchers found a way to develop artificial blood from patients’ stem cells. Marc Turner, the principal researcher in the £5 million programme funded by the Wellcome Trust announced
Her short career was absolutely remarkable – before she was 20, Haruko Obokata was accepted into the science department at Tokyo’s Waseda University, but that was only the beginning. Then she studied at Harvard University in what was supposed to be a half-year program, but advisers were so impressed with her research, they asked her stay longer. It was there that her
Human embryonic stem cells can be induced into forming a developing brain tissue. The brain development process represents one of the most specific processes; during it, neuroepithelium, formed as a flat sheet by the nervous system, grows on the exterior layer of the embryo, after which it folds in to create a neural tube giving rise to the brain and
Mammals can naturally regenerate the very top of their fingers and toes after amputation; starting from this idea, researchers have demonstrated the mechanism that describes this process, and explain how stem cells from nails could play a pivotal role in future regeneration of entire fingers. A study conducted on mice showed that the chemical signal that triggers stem cells to
Researchers have managed to take skin cells from monkeys, reverse engineer them into stem cells, and then transplant into the monkeys’ brain where they successfully became brain cells. This technique holds massive promise for treating mental degenerative diseases. ADVERTISEMENT The generation of induced pluripotent stem cells (iPSCs) opens up the possibility for personalized cell therapy. Using Rhesus monkeys iPSC-derived neural
Stem cell research is still extremely controversial and problematic due to the numerous financial, social, and political pressures often applied on this kind of study. However, as some of the biggest companies working in the field throw the towel, others claim they will not stop their pioneering work, that bring eyesight to the blind and cure broken hearts (literally). Scientists
The Vatican have entered an unusual partnership with a relatively small U.S. biotech company (NeoStem) to promote using adult stem cells for treating diseases, instead of focusing on embryonic stem cell research. ADVERTISEMENT The Vatican are perhaps the loudest advocates of not using embryonic stem cells; the Christian teaching holds that the life begins at conception, and as a result,
In was is a historic day, US doctors have officially begun the first trial of using human embryonic stem cells, as a result of the green light they got from regulators. The controversial method has been on the table for quite a while, and now The Food and Drug Administration has given a license to Geron to use stem cells
The ethical and moral aspects of using stem cells have been discussed a lot and it seems there is no good answer; genetic practically has no limit and since the discovery of DNA things have evolved very quickly. But the thing is that the moral aspects concerning it could be left unsolved and yet everybody could be happy. How? Well