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Human embryonic stem cells implanted into mice specifically engineered to have a serious retinal dysfunction resulting in blindness have restored the animal’s capacity to sense light during tests.
The results, published in international magazine, Cell Stem Cell, were obtained in the United States by a research group in the Department of Biological Structure at the University of Washington in Seattle. The study, performed by Deepak Lamba, Juliane Gust, and Thomas Reh, demonstrated that it is possible to obtain retina progenitor cells from stem cells derived from the embryo. The researchers observed, “In principle, embryonic stem
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Korean scientists are moving closer to cloning embryonic stem cells, the unprecedented breakthrough that their compatriot and disgraced scientist Hwang Woo-suk claimed to have achieved in 2004, only to have this disproved later.
Currently, a team at the Cha Medical Center is working on a project after getting state approval last year, while another team headed by professor Park Se-pill at Jeju National University is also set to begin research.
Park and his associates are awaiting final approval from the National Bioethics Committee.
“If the endorsement is made before June, we should be able to clone human embryonic stem cells
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After the decision of the United States to remove the ban preventing stem cell researchers from using public funding for experiments, legislators in South Korea have been put under pressure by scientists who have been aspiring to do experiments on stem cells from cloned human embryos.
Up until a few weeks ago the National Bioethics Committee continued to postpone a decision on the matter, but now thanks to the American president, it is increasingly probable that at most, by the end of April, researchers of the Cha Medical Institute of Seoul will be able to resume
(…) At the age of 29, Bhoir underwent a surgery to correct deformity in his legs. Although the limb length improved, there was no change in muscle strength. He then decided to consult Dr Pradeep Mahajan to be treated by stem cell therapy.
“A personalized treatment protocol was prepared comprising of 1 session of autologous cellular therapy combined with physiotherapy, yoga and diet modifications.
Incoming search terms:list of distinct cell types in the human body.
A recent report published in the medical journal Stem Cell Reports, sheds light on breakthrough research regarding the use of thyroid cells derived from stem cells for new therapies. Scientists at Boston University’s School Medicine led the work.
They have pinpointed a means of efficiently engineering thyroid cells by way of stem cells that will eventually help analyze and treat thyroid diseases (…)
The breakthrough described above was discovered after studies were performed on mice. Stem cells are valued as they can mature into an array of different cell types.