In this study, researchers provide the first evidence that it is possible to regenerate stem cells of the nasal tissue in mice, thus enlarging the population of adult stem cells.
Stem Cell-Based Organ Transplants Emerging as Alternative to Conventional Donations
Repair Revolution: Surgeons use fat grafts to address extensive facial deformities
Fat grafts have been used to repair the aging face for about two decades, but recently, surgeons have been using grafts to repair more extensive facial deformities caused by injury, illness or congenital abnormalities. Success, they said in interviews with ENT Today, depends on proper patient selection, matching the fat graft to defects that are most amenable to repair with fat injections and an understanding of the biology of the graft and how it reacts with surrounding facial structures.
Neurotrophic Factors Aid Laryngeal Reinnervation: Rat study highlights potential new technique for nerve injury
Neurotrophic factors can be introduced using stem cells and, along with the plant alkaloid vincristine, can be used to selectively reinnervate the larynx in rat models, a researcher from Indiana University said here on April 29 at the Annual Meeting of the Triological Society, held as part of the Combined Otolaryngology Spring Meetings.
Tracheal Transplant Brings High Hopes for Tissue Engineering
When a 30-year-old woman from Colombia who had had severe stenosis from airway tuberculosis was referred to the University College London Centre for Stem Cells and Regenerative Medicine, there were more questions than answers.
Cellular Therapy of Autoimmune Disease
Cellular therapy refers to the use of live cells to replace or repair a damaged organ system. The first widespread use of this approach occurred more than 50 years ago when hematopoietic stem cells (HSCs) from the bone marrow of a healthy donor (allogeneic) were used to replace the hematopoietic system of a recipient after it was ablated during chemo/radio therapy of leukemia, the recipient’s hematopoietic system being “collateral damage” during the eradication of the unwanted leukemia cells.